PREFIX owl: PREFIX rdf: PREFIX rdfs: PREFIX vec: PREFIX xs: [ rdf:type owl:AllDisjointClasses; owl:members ( vec:DocumentRelatedAssignmentGroup vec:FunctionalAssignmentGroup ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:PlacementPointPosition vec:MeasurePointPosition ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:NodeLocation vec:SegmentLocation ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:TopologyGroupSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:OnPointPlacement vec:OnWayPlacement ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:MeasurementPointReference vec:Location ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:NumericalValue vec:ValueRange ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CompositeUnit vec:CustomUnit vec:IECUnit vec:ImperialUnit vec:OtherUnit vec:SIUnit vec:USUnit ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:PartOccurrence vec:PartUsage ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:FittingSpecification vec:StripeSpecification vec:TapeSpecification vec:TubeSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CorrugatedPipeSpecification vec:ShrinkableTubeSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:BoltMountedFixingSpecification vec:EdgeMountedFixingSpecification vec:HoleMountedFixingSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:DocumentBasedInstruction vec:FileBasedInstruction vec:TextBasedInstruction ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:ShrinkableTubeRole vec:CorrugatedPipeRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:HoleMountedFixingRole vec:EdgeMountedFixingRole vec:BoltMountedFixingRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:TapeRole vec:TubeRole vec:StripeRole vec:FittingRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CoatingRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:AntennaRole vec:BatteryRole vec:CapacitorRole vec:DiodeRole vec:FuseRole vec:MultiFuseRole vec:PotentialDistributorRole vec:RelayRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:MultiCavitySealRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:MultiCavityPlugRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:WireElementReference vec:Connection ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:PluggableTerminalRole vec:RingTerminalRole vec:SpliceTerminalRole vec:BoltTerminalRole vec:OpenWireEndTerminalRole vec:BridgeTerminalRole vec:HoleTerminalRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:ModularSlotReference vec:SlotReference ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CavityPlugRole vec:CavitySealRole vec:CavityAccessoryRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:PartWithSubComponentsRole vec:SpecificRole vec:ConnectorHousingRole vec:EEComponentRole vec:TerminalRole vec:WireRole vec:ConnectorHousingCapRole vec:WireEndAccessoryRole vec:LabelingRole vec:CavityPartRole vec:ConnectorHousingCoverRole vec:TerminalProtectionRole vec:CableSealPlugRole vec:CableSealRole vec:FixingRole vec:GrommetRole vec:WireProtectionRole vec:CableDuctRole vec:CableTieRole vec:FerriteRole vec:PlaceableElementRole ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:NURBSCurve ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:GeometrySegment2D vec:GeometrySegment3D ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:GeometryNode2D vec:GeometryNode3D ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CartesianVector2D vec:CartesianVector3D ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:FuseCharacteristic ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CoatingSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:InsulationCrimpDetail vec:CoreCrimpDetail ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:PluggableTerminalSpecification vec:RingTerminalSpecification vec:SpliceTerminalSpecification vec:BoltTerminalSpecification vec:OpenWireEndTerminalSpecification vec:BridgeTerminalSpecification vec:HoleTerminalSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:MultiCavitySealSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:MultiCavityPlugSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:ModularSlot vec:Slot ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CoreSpecification vec:ShieldSpecification vec:FlatCoreSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:CavityPlugSpecification vec:CavitySealSpecification vec:CavityAccessorySpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:AntennaSpecification vec:BatterySpecification vec:FuseSpecification vec:RelaySpecification vec:MultiFuseSpecification vec:PotentialDistributorSpecification vec:DiodeSpecification vec:CapacitorSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:NumericalValueProperty vec:SimpleValueProperty vec:ValueRangeProperty vec:LocalizedStringProperty vec:BooleanValueProperty vec:DateValueProperty vec:DoubleValueProperty vec:IntegerValueProperty vec:ComplexProperty vec:MultiDimensionalValueProperty ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:PartSubstitutionSpecification vec:ConnectorHousingSpecification vec:EEComponentSpecification vec:GeneralTechnicalPartSpecification vec:TerminalSpecification vec:WireSpecification vec:ConnectorHousingCapSpecification vec:CavityPartSpecification vec:WireEndAccessorySpecification vec:LabelingSpecification vec:ConnectorHousingCoverSpecification vec:CableSealPlugSpecification vec:CableSealSpecification vec:CableDuctSpecification vec:FixingSpecification vec:GrommetSpecification vec:WireProtectionSpecification vec:CableTieSpecification vec:FerriteSpecification vec:PartStructureSpecification vec:PlaceableElementSpecification vec:RequirementsConformanceSpecification vec:LocalGeometrySpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:LocalizedString vec:LocalizedTypedString ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:DocumentVersion vec:PartVersion vec:ResourceVersion ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:AliasIdentification vec:ExtendableElement vec:AbstractLocalizedString vec:DocumentClassification vec:CustomProperty vec:SlotLayout vec:TerminalCurrentInformation vec:WireType vec:TerminalDistanceInformation vec:ReferenceSurfaceDefinition vec:NURBSControlPoint vec:Color vec:MassInformation vec:Material vec:RobustnessProperties vec:Size vec:SoundDampingClass vec:TemperatureInformation vec:Tolerance vec:ValueWithUnit vec:MaterialComposition vec:MultiDimensionalValue vec:DataPoint vec:DataPointValue ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:ContactPoint vec:RoutableElement vec:HousingComponent vec:PinComponent vec:PinComponentBehavior vec:InternalComponentConnection vec:SwitchingState vec:ExtensionSlot vec:BuildingBlockPositioning2D vec:BuildingBlockPositioning3D vec:OccurrenceOrUsage vec:HousingComponentReference vec:PinComponentReference vec:ExtensionSlotReference vec:MatingPoint vec:CouplingPoint vec:SlotCoupling vec:CavityCoupling vec:ModuleFamily vec:ModuleList vec:Net vec:NetGroup vec:NetworkNode vec:NetworkPort vec:Dimension vec:Placement vec:Routing vec:ComponentNode vec:ComponentPort vec:ConnectionEnd vec:ConnectionGroup vec:ComponentConnector vec:GeometryNode vec:GeometrySegment vec:TopologyNode vec:TopologySegment vec:TopologyZone vec:UsageNode vec:SignalGraph vec:SignalGraphEdge vec:SignalGraphNode vec:SignalGraphRelation ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:TerminalPairingSpecification vec:ContactingSpecification vec:PartOrUsageRelatedSpecification vec:BaselineSpecification vec:ConfigurationConstraintSpecification vec:CavitySpecification vec:ConductorSpecification vec:FillerSpecification vec:InsulationSpecification vec:SlotSpecification vec:TerminalReceptionSpecification vec:WireElementSpecification vec:WireGroupSpecification vec:WireReceptionSpecification vec:WireTupleSpecification vec:TerminalProtectionSpecification vec:ExternalMappingSpecification vec:BuildingBlockSpecification2D vec:HarnessDrawingSpecification2D vec:BuildingBlockSpecification3D vec:HarnessGeometrySpecification3D vec:WireGroupingSpecification vec:WireTupleTerminationSpecification vec:MappingSpecification vec:CouplingSpecification vec:ModuleFamilySpecification vec:ModuleListSpecification vec:NetSpecification vec:NetViewSpecification vec:CableLeadThroughSpecification vec:WireProtectionGroupSpecification vec:CompositionSpecification vec:PartUsageSpecification vec:PlacementSpecification vec:DefaultDimensionSpecification vec:RoutingSpecification vec:ConnectionSpecification vec:ConnectionViewSpecification vec:SignalSpecification vec:TopologySpecification vec:TopologyZoneSpecification vec:TopologyMappingSpecification vec:TopologyBendingRestrictionSpecification vec:UsageConstraintSpecification vec:UsageNodeSpecification vec:VariantCodeSpecification vec:VariantConfigurationSpecification vec:VariantGroupSpecification vec:ApplicationConstraintSpecification vec:VariantStructureSpecification vec:PinWireMappingSpecification vec:AssignmentGroupSpecification vec:FunctionalStructureSpecification vec:SignalGraphSpecification vec:ReusageSpecification ) ] . [ rdf:type owl:AllDisjointClasses; owl:members ( vec:TerminalPairing vec:CavityMounting vec:CavityMountingDetail vec:WireMounting vec:WireMountingDetail vec:ConfigurableElement vec:ItemVersion vec:SheetOrChapter vec:Specification vec:VecContent vec:ConfigurationConstraint vec:AbstractSlot vec:Cavity vec:Coding vec:ConductorCurrentInformation vec:InternalTerminalConnection vec:PartRelation vec:PinCurrentInformation vec:PinOpticalInformation vec:PinTiming vec:PinVoltageInformation vec:SealedCavitiesAssignment vec:SegmentConnectionPoint vec:TerminalReception vec:TerminalType vec:WireElement vec:WireReception vec:OpenCavitiesAssignment vec:PowerConsumption vec:ModularSlotAddOn vec:CavityAddOn vec:FuseComponent vec:ConductorMaterial vec:WireReceptionAddOn vec:CavityPositionDetail vec:SegmentConnectionPointHC vec:CrimpDetail vec:CavityLayout vec:ModularSlotConfiguration vec:CableSealEntry vec:SealingPin vec:ExternalMapping vec:CartesianDimension vec:CartesianPoint2D vec:OccurrenceOrUsageViewItem2D vec:PathSegment vec:Transformation2D vec:CartesianPoint3D vec:OccurrenceOrUsageViewItem3D vec:Transformation3D vec:Curve3D vec:Role vec:AbstractSlotReference vec:CavityReference vec:WireEnd vec:WireGrouping vec:WireLength vec:WireReceptionReference vec:TerminalReceptionReference vec:WireTupleTermination vec:SealingPinReference vec:CableSealEntryReference vec:CableLeadThroughReference vec:CableLeadThroughOutletReference vec:Instruction vec:CavityMapping vec:Mapping vec:SlotMapping vec:MatingDetail vec:NetType vec:NetworkNodeViewItem vec:NetworkPortViewItem vec:CableDuctOutlet vec:CableLeadThrough vec:FittingOutlet vec:CableLeadThroughOutlet vec:ProtectionMaterialLength vec:WireProtectionGroup vec:Approval vec:ChangeDescription vec:Contract vec:CopyrightInformation vec:Creation vec:ItemEquivalence vec:ItemHistoryEntry vec:Permission vec:Person vec:Project vec:Unit vec:BoundingBox vec:QuantityKind vec:MeasurementPoint vec:PlacementPoint vec:DimensionAnchor vec:PlacementPointReference vec:DefaultDimension vec:ComponentPortViewItem vec:ConnectionNodeViewItem vec:ComponentNodeViewItem vec:Signal vec:CartesianVector vec:SegmentCrossSectionArea vec:SegmentLength vec:ZoneAssignment vec:ZoneCoverage vec:NodeMapping vec:SegmentMapping vec:Path vec:TopologyBendingRestriction vec:UsageConstraint vec:VariantCode vec:VariantConfiguration vec:VariantGroup vec:ApplicationConstraint vec:VariantStructureNode vec:RequirementsConformanceStatement vec:LocalPosition vec:PinWireMappingPoint vec:AssignmentGroup vec:FunctionalRequirement vec:FunctionalStructureNode vec:Reusage ) ] . vec:parent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The inverse of 'contains'."@en; rdfs:label "parent"@en; owl:inverseOf vec:contains . vec:contains rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This is the representation of the containment modeled in the UML. All associations that are a \"containment\" in the UML model are subproperties of this property."@en; rdfs:label "contains"@en . vec:WireReceptionType_CrimpAndSoldering rdf:type vec:WireReceptionType , owl:NamedIndividiual; rdfs:comment "A crimp connection with subsequent soldering of the joining area."@en; vec:enumLiteral "CrimpAndSoldering" . vec:WireReceptionType_MultiaxialShieldCrimp rdf:type vec:WireReceptionType , owl:NamedIndividiual; rdfs:comment "A crimping method for coaxial shields, where the crimping process is performed in the directions of a of multiple axis."@en; vec:enumLiteral "MultiaxialShieldCrimp" . vec:WireReceptionType_UniaxialShieldCrimp rdf:type vec:WireReceptionType , owl:NamedIndividiual; rdfs:comment "A crimping method for coaxial shields, where the crimping process is performed only in the direction of a of single axis."@en; vec:enumLiteral "UniaxialShieldCrimp" . vec:WireReceptionType_UltraSonicCompactation rdf:type vec:WireReceptionType , owl:NamedIndividiual; rdfs:comment " UltraSonicCompactation, typically used for aluminum wires.\n"@en; vec:enumLiteral "UltraSonicCompactation" . vec:WireReceptionType_UltraSonicWelding rdf:type vec:WireReceptionType , owl:NamedIndividiual; vec:enumLiteral "UltraSonicWelding" . vec:WireReceptionType_FrictionWelding rdf:type vec:WireReceptionType , owl:NamedIndividiual; vec:enumLiteral "FrictionWelding" . vec:WireReceptionType_SpotResistentWelding rdf:type vec:WireReceptionType , owl:NamedIndividiual; vec:enumLiteral "SpotResistentWelding" . vec:WireReceptionType_PlasmaSoldering rdf:type vec:WireReceptionType , owl:NamedIndividiual; vec:enumLiteral "PlasmaSoldering" . vec:WireReceptionType_Soldering rdf:type vec:WireReceptionType , owl:NamedIndividiual; vec:enumLiteral "Soldering" . vec:WireReceptionType_Crimp rdf:type vec:WireReceptionType , owl:NamedIndividiual; vec:enumLiteral "Crimp" . vec:WireReceptionType rdf:type owl:Class; rdfs:comment "The WireReceptionType defines in an OpenEnumeration how a wire is joined with a wire reception.\n"@en; rdfs:label "WireReceptionType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:WireLengthType_Functional rdf:type vec:WireLengthType , owl:NamedIndividiual; rdfs:comment "A Functional length is a length specification which must be precisely adhered to in production, and which results from the design, for example due to signal/wave characteristics. This is in contrast to the DMU / Drawing Length which only specifies the length of the routed neutral phase.\n"@en; vec:enumLiteral "Functional" . vec:WireLengthType_Production rdf:type vec:WireLengthType , owl:NamedIndividiual; rdfs:comment "The cutting length for the used in production environments.\n"@en; vec:enumLiteral "Production" . vec:WireLengthType_Contract rdf:type vec:WireLengthType , owl:NamedIndividiual; rdfs:comment "The agreed length for any negotiations and calculations.\n"@en; vec:enumLiteral "Contract" . vec:WireLengthType_Drawing rdf:type vec:WireLengthType , owl:NamedIndividiual; rdfs:comment "The length is rounded length from the DMU model (shown on the drawing), without any add-ons\n"@en; vec:enumLiteral "Drawing" . vec:WireLengthType_DMU rdf:type vec:WireLengthType , owl:NamedIndividiual; rdfs:comment "The length of the wire is calculated from the sum of the lengths of the neutral axes of the corresponding segments in the DMU model.\n"@en; vec:enumLiteral "DMU" . vec:WireLengthType rdf:type owl:Class; rdfs:comment "Specifies possible values for the lengthType of WireLength .\n"@en; rdfs:label "WireLengthType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:WireGroupType_Twisted rdf:type vec:WireGroupType , owl:NamedIndividiual; vec:enumLiteral "Twisted" . vec:WireGroupType rdf:type owl:Class; rdfs:comment "OpenEnumeration for the types of wire groups.\n"@en; rdfs:label "WireGroupType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:WireElementShape_Elliptical rdf:type vec:WireElementShape , owl:NamedIndividiual; vec:enumLiteral "Elliptical" . vec:WireElementShape_Flat rdf:type vec:WireElementShape , owl:NamedIndividiual; vec:enumLiteral "Flat" . vec:WireElementShape_Circular rdf:type vec:WireElementShape , owl:NamedIndividiual; vec:enumLiteral "Circular" . vec:WireElementShape rdf:type owl:Class; rdfs:comment "Defines the shape of a wire element.\n"@en; rdfs:label "WireElementShape"@en; rdfs:subClassOf vec:OpenEnumeration . vec:WireAddOnType_Production rdf:type vec:WireAddOnType , owl:NamedIndividiual; rdfs:comment "The add-on length for the use in production environments.\n"@en; vec:enumLiteral "Production" . vec:WireAddOnType_Contract rdf:type vec:WireAddOnType , owl:NamedIndividiual; rdfs:comment "The agreed add-on for any negotiations and calculations.\n"@en; vec:enumLiteral "Contract" . vec:WireAddOnType rdf:type owl:Class; rdfs:comment "Specifies possible values for the t ype of wire add-ons (e.g. CavityAddOn ). \n"@en; rdfs:label "WireAddOnType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:WindingType_Cross rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " Cross describes a special taping method at intersections where the rounds around the segment form a cross (German: Kreuzwickel)\n"@en; vec:enumLiteral "Cross" . vec:WindingType_Spot rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " Spot defines a taping where all rounds are placed at the same location (SpotTape).\n"@en; vec:enumLiteral "Spot" . vec:WindingType_Longitudinal rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " Longitudinal defines a taping with where the tape is folded around a segment.\n"@en; vec:enumLiteral "Longitudinal" . vec:WindingType_Spiral rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " Spiral defines a taping with the least overlapping (German: Spiral).\n"@en; vec:enumLiteral "Spiral" . vec:WindingType_DoubleOverlap rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " DoubleOverlap describes a taping where each round overlaps the preceding round and the taping is done twice (forward and backwards).\n"@en; vec:enumLiteral "DoubleOverlap" . vec:WindingType_Overlap rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " Overlap describes a taping where each round overlaps the preceding round.\n"@en; vec:enumLiteral "Overlap" . vec:WindingType_Spare rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " Spare describes a taping with larger gaps between the rounds (German: Spar)\n"@en; vec:enumLiteral "Spare" . vec:WindingType_OnSpace rdf:type vec:WindingType , owl:NamedIndividiual; rdfs:comment " OnSpace describes a taping with gaps between the rounds (German: Luecke)\n"@en; vec:enumLiteral "OnSpace" . vec:WindingType rdf:type owl:Class; rdfs:comment " Defines the type of taping.\n"@en; rdfs:label "WindingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:WindingFirmness_Tight rdf:type vec:WindingFirmness , owl:NamedIndividiual; rdfs:comment "The taping is applied tight.\n"@en; vec:enumLiteral "Tight" . vec:WindingFirmness_Limp rdf:type vec:WindingFirmness , owl:NamedIndividiual; rdfs:comment " The taping is applied limp (loose taping).\n"@en; vec:enumLiteral "Limp" . vec:WindingFirmness rdf:type owl:Class; rdfs:comment "Defines the firmness with which a tape is applied to a segment.\n"@en; rdfs:label "WindingFirmness"@en; rdfs:subClassOf vec:OpenEnumeration . vec:VecVersion_2.2.0 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "2.2.0" . vec:VecVersion_2.1.0 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "2.1.0" . vec:VecVersion_2.0.2 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "2.0.2" . vec:VecVersion_2.0.1 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "2.0.1" . vec:VecVersion_2.0.0 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "2.0.0" . vec:VecVersion_1.2.2 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "1.2.2" . vec:VecVersion_1.2.1 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "1.2.1" . vec:VecVersion_1.2.0 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "1.2.0" . vec:VecVersion_1.1.3 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "1.1.3" . vec:VecVersion_1.1.2 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "1.1.2" . vec:VecVersion_1.1.1 rdf:type vec:VecVersion , owl:NamedIndividiual; vec:enumLiteral "1.1.1" . vec:VecVersion rdf:type owl:Class; rdfs:label "VecVersion"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:VecVersion_1.1.1 vec:VecVersion_1.1.2 vec:VecVersion_1.1.3 vec:VecVersion_1.2.0 vec:VecVersion_1.2.1 vec:VecVersion_1.2.2 vec:VecVersion_2.0.0 vec:VecVersion_2.0.1 vec:VecVersion_2.0.2 vec:VecVersion_2.1.0 vec:VecVersion_2.2.0 ) ] . vec:VariantGroupType_LogicalGroup rdf:type vec:VariantGroupType , owl:NamedIndividiual; rdfs:comment "Defines a logical grouping on variant codes. However, no semantic constraint is implied."@en; vec:enumLiteral "LogicalGroup" . vec:VariantGroupType_OptionalFamily rdf:type vec:VariantGroupType , owl:NamedIndividiual; rdfs:comment "A group with the type \"OptionalFamily\" defines a set of variant codes that are mutually exclusive, and a valid configuration can, but does not have to contain one variant code from the group.\n"@en; vec:enumLiteral "OptionalFamily" . vec:VariantGroupType_Family rdf:type vec:VariantGroupType , owl:NamedIndividiual; rdfs:comment "A group with the type \"Family\" defines a set of variant codes that are mutually exclusive, and a valid configuration must contain one variant code from the group.\n"@en; vec:enumLiteral "Family" . vec:VariantGroupType rdf:type owl:Class; rdfs:comment "Defines valid values for the type of VariantGroups.\n"@en; rdfs:label "VariantGroupType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:VariantConfigurationType_Technical rdf:type vec:VariantConfigurationType , owl:NamedIndividiual; rdfs:comment "The VariantConfiguration is a technical (feature or function oriented) key normally used in a building block set. In a concrete vehicle project those keys are mapped to specific logistic keys within the project."@en; vec:enumLiteral "Technical" . vec:VariantConfigurationType_Logistic rdf:type vec:VariantConfigurationType , owl:NamedIndividiual; rdfs:comment "The VariantConfiguration is a concrete logistic key (e.g. within a vehicle project) that used for example in order / delivery systems."@en; vec:enumLiteral "Logistic" . vec:VariantConfigurationType rdf:type owl:Class; rdfs:comment "Defines an OpenEnumeration for VariantConfigurationTypes. The configuration type defines in which \"variant code universe\" the logistic control expression is defined."@en; rdfs:label "VariantConfigurationType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:VariantCodeType_Prototype rdf:type vec:VariantCodeType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Prototype" . vec:VariantCodeType_Serial rdf:type vec:VariantCodeType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Serial" . vec:VariantCodeType rdf:type owl:Class; rdfs:comment "OpenEnumeration for the available types of the variant codes.\n"@en; rdfs:label "VariantCodeType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ValueDetermination_Estimated rdf:type vec:ValueDetermination , owl:NamedIndividiual; rdfs:comment "The value is estimated by a person.\n"@en; vec:enumLiteral "Estimated" . vec:ValueDetermination_Measured rdf:type vec:ValueDetermination , owl:NamedIndividiual; rdfs:comment "The value is determined by an exact measurement.\n"@en; vec:enumLiteral "Measured" . vec:ValueDetermination_Calculated rdf:type vec:ValueDetermination , owl:NamedIndividiual; rdfs:comment "The value is determined by a calculation algorithm.\n"@en; vec:enumLiteral "Calculated" . vec:ValueDetermination rdf:type owl:Class; rdfs:comment "Enumeration for the definition of a value determination. (see KBLFRM-316)\n"@en; rdfs:label "ValueDetermination"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:ValueDetermination_Calculated vec:ValueDetermination_Measured vec:ValueDetermination_Estimated ) ] . vec:UsageNodeType_CableDuct rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "CableDuct" . vec:UsageNodeType_Grommet rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Grommet" . vec:UsageNodeType_Fixing rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Fixing" . vec:UsageNodeType_Protection rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Protection" . vec:UsageNodeType_Splice rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Splice" . vec:UsageNodeType_Ground rdf:type vec:UsageNodeType , owl:NamedIndividiual; rdfs:comment "Defines that this ComponentNode is a grounding point.\n"@en; vec:enumLiteral "Ground" . vec:UsageNodeType_Fuse rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Fuse" . vec:UsageNodeType_Relay rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Relay" . vec:UsageNodeType_Lamp rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Lamp" . vec:UsageNodeType_Switch rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Switch" . vec:UsageNodeType_PowerDistribution rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "PowerDistribution" . vec:UsageNodeType_Generator rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Generator" . vec:UsageNodeType_EnergyStorage rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "EnergyStorage" . vec:UsageNodeType_CouplingDevice rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "CouplingDevice" . vec:UsageNodeType_Actuator rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Actuator" . vec:UsageNodeType_Sensor rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "Sensor" . vec:UsageNodeType_ECU rdf:type vec:UsageNodeType , owl:NamedIndividiual; vec:enumLiteral "ECU" . vec:UsageNodeType rdf:type owl:Class; rdfs:comment "Enumeration for the different types of UsageNodes.\n"@en; rdfs:label "UsageNodeType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:UsageConstraintType_Deny rdf:type vec:UsageConstraintType , owl:NamedIndividiual; vec:enumLiteral "Deny" . vec:UsageConstraintType_Allow rdf:type vec:UsageConstraintType , owl:NamedIndividiual; vec:enumLiteral "Allow" . vec:UsageConstraintType rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the type of a UsageConstraint. Valid values are A llow and Deny .\n"@en; rdfs:label "UsageConstraintType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:UsageConstraintType_Allow vec:UsageConstraintType_Deny ) ] . vec:USUnitName_AWG rdf:type vec:USUnitName , owl:NamedIndividiual; rdfs:comment "American wire gauge (AWG), also known as the Brown & Sharpe wire gauge, is a standardized wire gauge system used in the United States and Canada.\n"@en; vec:enumLiteral "AWG" . vec:USUnitName_Acre rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Acre" . vec:USUnitName_Rood rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Rood" . vec:USUnitName_Perch rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Perch" . vec:USUnitName_Ton rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Ton" . vec:USUnitName_HundredWeight rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "HundredWeight" . vec:USUnitName_Quarter rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Quarter" . vec:USUnitName_Stone rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Stone" . vec:USUnitName_Pound rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Pound" . vec:USUnitName_Ounce rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Ounce" . vec:USUnitName_Drachm rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Drachm" . vec:USUnitName_Grain rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Grain" . vec:USUnitName_Gallon rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Gallon" . vec:USUnitName_Quart rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Quart" . vec:USUnitName_Pint rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Pint" . vec:USUnitName_Gill rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Gill" . vec:USUnitName_FluidOunce rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "FluidOunce" . vec:USUnitName_League rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "League" . vec:USUnitName_Mile rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Mile" . vec:USUnitName_Furlong rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Furlong" . vec:USUnitName_Chain rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Chain" . vec:USUnitName_Yard rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Yard" . vec:USUnitName_Foot rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Foot" . vec:USUnitName_Inch rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Inch" . vec:USUnitName_Thou rdf:type vec:USUnitName , owl:NamedIndividiual; vec:enumLiteral "Thou" . vec:USUnitName rdf:type owl:Class; rdfs:comment "Enumeration for the definition of US unit names.\n"@en; rdfs:label "USUnitName"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:USUnitName_Thou vec:USUnitName_Inch vec:USUnitName_Foot vec:USUnitName_Yard vec:USUnitName_Chain vec:USUnitName_Furlong vec:USUnitName_Mile vec:USUnitName_League vec:USUnitName_FluidOunce vec:USUnitName_Gill vec:USUnitName_Pint vec:USUnitName_Quart vec:USUnitName_Gallon vec:USUnitName_Grain vec:USUnitName_Drachm vec:USUnitName_Ounce vec:USUnitName_Pound vec:USUnitName_Stone vec:USUnitName_Quarter vec:USUnitName_HundredWeight vec:USUnitName_Ton vec:USUnitName_Perch vec:USUnitName_Rood vec:USUnitName_Acre vec:USUnitName_AWG ) ] . vec:TypeOfPermission_Released rdf:type vec:TypeOfPermission , owl:NamedIndividiual; vec:enumLiteral "Released" . vec:TypeOfPermission_Checked rdf:type vec:TypeOfPermission , owl:NamedIndividiual; vec:enumLiteral "Checked" . vec:TypeOfPermission_Seen rdf:type vec:TypeOfPermission , owl:NamedIndividiual; vec:enumLiteral "Seen" . vec:TypeOfPermission rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the type of a permission.\n"@en; rdfs:label "TypeOfPermission"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TubeSlitStyle_TwoParts rdf:type vec:TubeSlitStyle , owl:NamedIndividiual; rdfs:comment "Two-parted tubes consist of inner tube and an outer tube (normally defined as one PartNumber) . Both tubes are slit and are combined into each other during assembly, thus creating one closed tube.\n"@en; vec:enumLiteral "TwoParts" . vec:TubeSlitStyle_Overlapping rdf:type vec:TubeSlitStyle , owl:NamedIndividiual; rdfs:comment "The edges of the slit are overlapping.\n"@en; vec:enumLiteral "Overlapping" . vec:TubeSlitStyle_Closable rdf:type vec:TubeSlitStyle , owl:NamedIndividiual; rdfs:comment "The slit can be closed manually.\n"@en; vec:enumLiteral "Closable" . vec:TubeSlitStyle_SelfClosing rdf:type vec:TubeSlitStyle , owl:NamedIndividiual; rdfs:comment "The slit of the tube is self-closing.\n"@en; vec:enumLiteral "SelfClosing" . vec:TubeSlitStyle_Slit rdf:type vec:TubeSlitStyle , owl:NamedIndividiual; rdfs:comment "The tube has just a simple slit.\n"@en; vec:enumLiteral "Slit" . vec:TubeSlitStyle rdf:type owl:Class; rdfs:comment "Defines valid types / styles of a slitted tube.\n"@en; rdfs:label "TubeSlitStyle"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TubeShape_NonCircular rdf:type vec:TubeShape , owl:NamedIndividiual; rdfs:comment "The tube has a cross section that is not circular.\n"@en; vec:enumLiteral "NonCircular" . vec:TubeShape_Circular rdf:type vec:TubeShape , owl:NamedIndividiual; rdfs:comment "The tube has circular cross section.\n"@en; vec:enumLiteral "Circular" . vec:TubeShape rdf:type owl:Class; rdfs:comment "Defines valid shapes of the cross section of a tube.\n"@en; rdfs:label "TubeShape"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TransmissionMediumType_Pneumatic rdf:type vec:TransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Pneumatic" . vec:TransmissionMediumType_Hydraulic rdf:type vec:TransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Hydraulic" . vec:TransmissionMediumType_Optical rdf:type vec:TransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Optical" . vec:TransmissionMediumType_Electrical rdf:type vec:TransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Electrical" . vec:TransmissionMediumType rdf:type owl:Class; rdfs:comment "OpenEnumeration of the different transmission mediums in wire elements."@en; rdfs:label "TransmissionMediumType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TopologyZoneType_EnvironmentZone rdf:type vec:TopologyZoneType , owl:NamedIndividiual; vec:enumLiteral "EnvironmentZone" . vec:TopologyZoneType_DmuZone rdf:type vec:TopologyZoneType , owl:NamedIndividiual; vec:enumLiteral "DmuZone" . vec:TopologyZoneType rdf:type owl:Class; rdfs:comment "There can be various reasons to define TopologyZones. These can be differentiated with these type literals.\n"@en; rdfs:label "TopologyZoneType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TerminalSealingType_Moulded rdf:type vec:TerminalSealingType , owl:NamedIndividiual; rdfs:comment "The terminal can be used in a moulded slot.\n"@en; vec:enumLiteral "Moulded" . vec:TerminalSealingType_Neutral rdf:type vec:TerminalSealingType , owl:NamedIndividiual; rdfs:comment "The terminal can be sealed (with a cavity seal), but a seal is not mandatory for this terminal.\n"@en; vec:enumLiteral "Neutral" . vec:TerminalSealingType_Sealed rdf:type vec:TerminalSealingType , owl:NamedIndividiual; rdfs:comment "The Terminal can be sealed and can only be used together with a cavity seal. It is not allowed to be used unsealed.\n"@en; vec:enumLiteral "Sealed" . vec:TerminalSealingType_None rdf:type vec:TerminalSealingType , owl:NamedIndividiual; rdfs:comment "The Terminal cannot be sealed by itself (e.g. a CavitySeal)\n"@en; vec:enumLiteral "None" . vec:TerminalSealingType rdf:type owl:Class; rdfs:comment "Defines the possible sealing types for a terminal, if the terminal shall be sealed in its usage.\n"@en; rdfs:label "TerminalSealingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TerminalReceptionGender_Unspecified rdf:type vec:TerminalReceptionGender , owl:NamedIndividiual; vec:enumLiteral "Unspecified" . vec:TerminalReceptionGender_Male rdf:type vec:TerminalReceptionGender , owl:NamedIndividiual; vec:enumLiteral "Male" . vec:TerminalReceptionGender_Female rdf:type vec:TerminalReceptionGender , owl:NamedIndividiual; vec:enumLiteral "Female" . vec:TerminalReceptionGender rdf:type owl:Class; rdfs:comment " OpenEnumeration of possible genders for TerminalReception "@en; rdfs:label "TerminalReceptionGender"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TerminalPositionAssuranceState_Engaged rdf:type vec:TerminalPositionAssuranceState , owl:NamedIndividiual; vec:enumLiteral "Engaged" . vec:TerminalPositionAssuranceState_PreInstalled rdf:type vec:TerminalPositionAssuranceState , owl:NamedIndividiual; vec:enumLiteral "PreInstalled" . vec:TerminalPositionAssuranceState_NotInstalled rdf:type vec:TerminalPositionAssuranceState , owl:NamedIndividiual; vec:enumLiteral "NotInstalled" . vec:TerminalPositionAssuranceState rdf:type owl:Class; rdfs:comment "Defines the valid states for the terminal position assurance (TPA, syn. secondary locking).\n"@en; rdfs:label "TerminalPositionAssuranceState"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TerminalDistanceType_UltraSonicConnection rdf:type vec:TerminalDistanceType , owl:NamedIndividiual; rdfs:comment "The distance to the next ultra-sonic-welding connection, e.g. a splice or a terminal (on the same wire).\n"@en; vec:enumLiteral "UltraSonicConnection" . vec:TerminalDistanceType_Terminal rdf:type vec:TerminalDistanceType , owl:NamedIndividiual; rdfs:comment "The distance to the next terminal (e.g. for handling reasons).\n"@en; vec:enumLiteral "Terminal" . vec:TerminalDistanceType rdf:type owl:Class; rdfs:comment " OpenEnumeration of possible TerminalDistanceTypes for TerminalDistanceInformation .\n"@en; rdfs:label "TerminalDistanceType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TerminalBoltType_Snappable rdf:type vec:TerminalBoltType , owl:NamedIndividiual; rdfs:comment "A bolt with a groove or similar that allows the counterpart to snap on."@en; vec:enumLiteral "Snappable" . vec:TerminalBoltType_Plain rdf:type vec:TerminalBoltType , owl:NamedIndividiual; rdfs:comment "A plain bolt without any specific features.\n"@en; vec:enumLiteral "Plain" . vec:TerminalBoltType_ImperialThread rdf:type vec:TerminalBoltType , owl:NamedIndividiual; rdfs:comment "A bolt with an imperial scale thread.\n"@en; vec:enumLiteral "ImperialThread" . vec:TerminalBoltType_MetricThread rdf:type vec:TerminalBoltType , owl:NamedIndividiual; rdfs:comment "A bolt with a metric scale thread.\n"@en; vec:enumLiteral "MetricThread" . vec:TerminalBoltType rdf:type owl:Class; rdfs:comment "Open Enumeration to define different types of bolts for bolt / ring terminals."@en; rdfs:label "TerminalBoltType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TerminalBoltNominalSize_1 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "1" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "7/8" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "3/4" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "5/8" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "9/16" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "1/2" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "7/16" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "3/8" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "5/16" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "1/4" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#12" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#10" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#8" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#6" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#5" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#4" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#3" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#2" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#1" . rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "#0" . vec:TerminalBoltNominalSize_M64 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M64" . vec:TerminalBoltNominalSize_M60 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M60" . vec:TerminalBoltNominalSize_M56 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M56" . vec:TerminalBoltNominalSize_M52 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M52" . vec:TerminalBoltNominalSize_M48 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M48" . vec:TerminalBoltNominalSize_M45 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M45" . vec:TerminalBoltNominalSize_M42 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M42" . vec:TerminalBoltNominalSize_M39 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M39" . vec:TerminalBoltNominalSize_M36 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M36" . vec:TerminalBoltNominalSize_M33 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M33" . vec:TerminalBoltNominalSize_M30 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M30" . vec:TerminalBoltNominalSize_M27 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M27" . vec:TerminalBoltNominalSize_M24 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M24" . vec:TerminalBoltNominalSize_M22 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M22" . vec:TerminalBoltNominalSize_M20 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M20" . vec:TerminalBoltNominalSize_M18 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M18" . vec:TerminalBoltNominalSize_M16 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M16" . vec:TerminalBoltNominalSize_M14 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M14" . vec:TerminalBoltNominalSize_M12 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M12" . vec:TerminalBoltNominalSize_M10 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M10" . vec:TerminalBoltNominalSize_M8 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M8" . vec:TerminalBoltNominalSize_M7 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M7" . vec:TerminalBoltNominalSize_M6 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M6" . vec:TerminalBoltNominalSize_M5.5 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M5.5" . vec:TerminalBoltNominalSize_M5 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M5" . vec:TerminalBoltNominalSize_M4 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M4" . vec:TerminalBoltNominalSize_M3.5 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M3.5" . vec:TerminalBoltNominalSize_M3 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M3" . vec:TerminalBoltNominalSize_M2.5 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M2.5" . vec:TerminalBoltNominalSize_M2 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M2" . vec:TerminalBoltNominalSize_M1.8 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M1.8" . vec:TerminalBoltNominalSize_M1.6 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M1.6" . vec:TerminalBoltNominalSize_M1.4 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M1.4" . vec:TerminalBoltNominalSize_M1.2 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M1.2" . vec:TerminalBoltNominalSize_M1 rdf:type vec:TerminalBoltNominalSize , owl:NamedIndividiual; vec:enumLiteral "M1" . vec:TerminalBoltNominalSize rdf:type owl:Class; rdfs:comment "Defines the nominal sizes for threaded bolts as \"ISO metric screw thread\" or as \"Unified Thread Standard\" (Imperial).\nSee also TerminalBoltType.MetricThread / ImperialThread.  \nFor the definition of the values see https://en.wikipedia.org/wiki/ISO_metric_screw_thread and https://de.wikipedia.org/wiki/Unified_Thread_Standard .\n"@en; rdfs:label "TerminalBoltNominalSize"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TemperatureType_ProcessingTemperature rdf:type vec:TemperatureType , owl:NamedIndividiual; vec:enumLiteral "ProcessingTemperature" . vec:TemperatureType_StorageTemperature rdf:type vec:TemperatureType , owl:NamedIndividiual; vec:enumLiteral "StorageTemperature" . vec:TemperatureType_OperatingTemperature rdf:type vec:TemperatureType , owl:NamedIndividiual; vec:enumLiteral "OperatingTemperature" . vec:TemperatureType_AmbientTemperature rdf:type vec:TemperatureType , owl:NamedIndividiual; vec:enumLiteral "AmbientTemperature" . vec:TemperatureType rdf:type owl:Class; rdfs:comment "Defines the type (scenario) for which a TemperatureInformation applies."@en; rdfs:label "TemperatureType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:TapingDirection_FromEnd rdf:type vec:TapingDirection , owl:NamedIndividiual; vec:enumLiteral "FromEnd" . vec:TapingDirection_FromStart rdf:type vec:TapingDirection , owl:NamedIndividiual; vec:enumLiteral "FromStart" . vec:TapingDirection rdf:type owl:Class; rdfs:comment "Defines the direction in relation to the start & end-Location of the corresponding placement. If no TapingDirection is defined it is arbitrary.\n"@en; rdfs:label "TapingDirection"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:TapingDirection_FromStart vec:TapingDirection_FromEnd ) ] . vec:StatusOfApproval_Withdrawn rdf:type vec:StatusOfApproval , owl:NamedIndividiual; vec:enumLiteral "Withdrawn" . vec:StatusOfApproval_Approved rdf:type vec:StatusOfApproval , owl:NamedIndividiual; vec:enumLiteral "Approved" . vec:StatusOfApproval_NotYetApproved rdf:type vec:StatusOfApproval , owl:NamedIndividiual; vec:enumLiteral "NotYetApproved" . vec:StatusOfApproval rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the state of an approval.\n"@en; rdfs:label "StatusOfApproval"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SpliceType_EndSplice rdf:type vec:SpliceType , owl:NamedIndividiual; rdfs:comment "An EndSplice is a splice where wires only from one side are connected.\n"@en; vec:enumLiteral "EndSplice" . vec:SpliceType_InlineSplice rdf:type vec:SpliceType , owl:NamedIndividiual; rdfs:comment "An InlineSplice is a splice where wires from both sides are connected.\n"@en; vec:enumLiteral "InlineSplice" . vec:SpliceType rdf:type owl:Class; rdfs:comment "Enumeration for the definition of type of splice.\n"@en; rdfs:label "SpliceType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SlotSealingType_Moulded rdf:type vec:SlotSealingType , owl:NamedIndividiual; rdfs:comment "The Slot is sealed by moulding it with some sort of sealing compound.\n"@en; vec:enumLiteral "Moulded" . vec:SlotSealingType_MultiSealing rdf:type vec:SlotSealingType , owl:NamedIndividiual; rdfs:comment "The Slot is sealed with a more complex sealing variant, typically sealing multiple cavities with a single seal (e.g. a MultiCavityPlug or a combination of those).\n"@en; vec:enumLiteral "MultiSealing" . vec:SlotSealingType_SingleSealing rdf:type vec:SlotSealingType , owl:NamedIndividiual; rdfs:comment "The Slot is sealed with a single Seal per Cavity e.g. a CavitySeal or a CavityPlug.\n"@en; vec:enumLiteral "SingleSealing" . vec:SlotSealingType_None rdf:type vec:SlotSealingType , owl:NamedIndividiual; rdfs:comment "The Slot cannot be sealed at all.\n"@en; vec:enumLiteral "None" . vec:SlotSealingType rdf:type owl:Class; rdfs:comment "Defines the possible sealing types for a slot, if the slot shall be sealed in its usage.\n"@en; rdfs:label "SlotSealingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SlotLayoutType_HMTD rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "High-Speed Modular Twisted-Pair Data"@en; vec:enumLiteral "HMTD" . vec:SlotLayoutType_AMEC rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "AMEC" . vec:SlotLayoutType_HSD rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "High Speed Data Connectors"@en; vec:enumLiteral "HSD" . vec:SlotLayoutType_RS-453 rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "IEC 60603-11"@en; vec:enumLiteral "RS-453" . vec:SlotLayoutType_Fakra rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fakra (ISO-20860)"@en; vec:enumLiteral "Fakra" . vec:SlotLayoutType_MITOX rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820\n"@en; vec:enumLiteral "MITOX" . vec:SlotLayoutType_Form_CB15_CatE rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: auto\n"@en; vec:enumLiteral "Form_CB15_CatE" . vec:SlotLayoutType_Type_A1S rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: flat\n"@en; vec:enumLiteral "Type_A1S" . vec:SlotLayoutType_Type_A1 rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: jcase\n"@en; vec:enumLiteral "Type_A1" . vec:SlotLayoutType_Type_E rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: maxi\n"@en; vec:enumLiteral "Type_E" . vec:SlotLayoutType_Type_C rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: ato\n"@en; vec:enumLiteral "Type_C" . vec:SlotLayoutType_Type_F rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: mini\n"@en; vec:enumLiteral "Type_F" . vec:SlotLayoutType_Type_SF rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: strip\n"@en; vec:enumLiteral "Type_SF" . vec:SlotLayoutType_Type_SF30 rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: midi\n"@en; vec:enumLiteral "Type_SF30" . vec:SlotLayoutType_Type_SF51 rdf:type vec:SlotLayoutType , owl:NamedIndividiual; rdfs:comment "Fuse type according to ISO8820, also known as: mega\n"@en; vec:enumLiteral "Type_SF51" . vec:SlotLayoutType_USBMicroABSuperSpeed rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMicroABSuperSpeed" . vec:SlotLayoutType_USBMicroAB rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMicroAB" . vec:SlotLayoutType_USBMicroBSuperSpeed rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMicroBSuperSpeed" . vec:SlotLayoutType_USBMicroB rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMicroB" . vec:SlotLayoutType_USBMicroASuperSpeed rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMicroASuperSpeed" . vec:SlotLayoutType_USBMicroA rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMicroA" . vec:SlotLayoutType_USBMiniAB rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMiniAB" . vec:SlotLayoutType_USBMiniB rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMiniB" . vec:SlotLayoutType_USBMiniA rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBMiniA" . vec:SlotLayoutType_USBTypeC rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBTypeC" . vec:SlotLayoutType_USBTypeBSuperSpeed rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBTypeBSuperSpeed" . vec:SlotLayoutType_USBTypeB rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBTypeB" . vec:SlotLayoutType_USBTypeASuperSpeed rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBTypeASuperSpeed" . vec:SlotLayoutType_USBTypeA rdf:type vec:SlotLayoutType , owl:NamedIndividiual; vec:enumLiteral "USBTypeA" . vec:SlotLayoutType rdf:type owl:Class; rdfs:comment "OpenEnumeration that defines standard slot layouts. A slot layout represents the mechanical / geometrical properties / layout of the slot, not the electrical properties.\n"@en; rdfs:label "SlotLayoutType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SlotGender_Unspecified rdf:type vec:SlotGender , owl:NamedIndividiual; vec:enumLiteral "Unspecified" . vec:SlotGender_Female rdf:type vec:SlotGender , owl:NamedIndividiual; vec:enumLiteral "Female" . vec:SlotGender_Male rdf:type vec:SlotGender , owl:NamedIndividiual; vec:enumLiteral "Male" . vec:SlotGender rdf:type owl:Class; rdfs:comment "Defines the gender of a slot.\n"@en; rdfs:label "SlotGender"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SignalType_Ground rdf:type vec:SignalType , owl:NamedIndividiual; vec:enumLiteral "Ground" . vec:SignalType_Energy rdf:type vec:SignalType , owl:NamedIndividiual; vec:enumLiteral "Energy" . vec:SignalType_Information rdf:type vec:SignalType , owl:NamedIndividiual; vec:enumLiteral "Information" . vec:SignalType rdf:type owl:Class; rdfs:label "SignalType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SignalTransmissionMediumType_RadioTransmission rdf:type vec:SignalTransmissionMediumType , owl:NamedIndividiual; rdfs:comment "Signal transmission via electromagnetic waves (e.g. Wi-Fi, 4G, 5G)\n"@en; vec:enumLiteral "RadioTransmission" . vec:SignalTransmissionMediumType_Inductive rdf:type vec:SignalTransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Inductive" . vec:SignalTransmissionMediumType_Acoustic rdf:type vec:SignalTransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Acoustic" . vec:SignalTransmissionMediumType_Pneumatic rdf:type vec:SignalTransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Pneumatic" . vec:SignalTransmissionMediumType_Hydraulic rdf:type vec:SignalTransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Hydraulic" . vec:SignalTransmissionMediumType_Optical rdf:type vec:SignalTransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Optical" . vec:SignalTransmissionMediumType_Electrical rdf:type vec:SignalTransmissionMediumType , owl:NamedIndividiual; vec:enumLiteral "Electrical" . vec:SignalTransmissionMediumType rdf:type owl:Class; rdfs:label "SignalTransmissionMediumType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SignalSubType_PowerGround rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "PowerGround" . vec:SignalSubType_SignalGround rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "SignalGround" . vec:SignalSubType_IEEE802.11 rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "also: Wi-Fi, Wireless LAN"@en; vec:enumLiteral "IEEE802.11" . vec:SignalSubType_NFC rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "Near Field Communication\n"@en; vec:enumLiteral "NFC" . vec:SignalSubType_BTLE rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "Bluetooth Low Energy\n"@en; vec:enumLiteral "BTLE" . vec:SignalSubType_RGB rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "RGB" . vec:SignalSubType_LVDS rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "low-voltage differential signalling\n"@en; vec:enumLiteral "LVDS" . vec:SignalSubType_USB3.X rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "Universal Serial Bus Version 3.X\n"@en; vec:enumLiteral "USB3.X" . vec:SignalSubType_USB2 rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "Universal Serial Bus Version 2.0\n"@en; vec:enumLiteral "USB2" . vec:SignalSubType_USB rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "Universal Serial Bus Version 1.X: The \"USB\" literal represents all USB 1.X Versions for USB 2.0 or USB 3.X the corresponding literals shall be used.\n"@en; vec:enumLiteral "USB" . vec:SignalSubType_FBAS rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "FBAS" . vec:SignalSubType_APIX3 rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "APIX3" . vec:SignalSubType_APIX2 rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "APIX2" . vec:SignalSubType_APIX rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "Automotive Pixel Link\n"@en; vec:enumLiteral "APIX" . vec:SignalSubType_RTPGE rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "RTPGE" . vec:SignalSubType_BroadR-Reach rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "BroadR-Reach" . vec:SignalSubType_Ethernet rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "Ethernet" . vec:SignalSubType_MOST rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "MOST" . vec:SignalSubType_FlexRay rdf:type vec:SignalSubType , owl:NamedIndividiual; vec:enumLiteral "FlexRay" . vec:SignalSubType_LIN rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment "Local Interconnect Network"@en; vec:enumLiteral "LIN" . vec:SignalSubType_CAN rdf:type vec:SignalSubType , owl:NamedIndividiual; rdfs:comment " Controller Area Network\n"@en; vec:enumLiteral "CAN" . vec:SignalSubType rdf:type owl:Class; rdfs:label "SignalSubType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SignalInformationType_Digital rdf:type vec:SignalInformationType , owl:NamedIndividiual; vec:enumLiteral "Digital" . vec:SignalInformationType_Analog rdf:type vec:SignalInformationType , owl:NamedIndividiual; vec:enumLiteral "Analog" . vec:SignalInformationType rdf:type owl:Class; rdfs:label "SignalInformationType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SignalGraphRelationType_RedundancyFor rdf:type vec:SignalGraphRelationType , owl:NamedIndividiual; rdfs:comment " RedundancyFor specifies, that \"from\"-SignalGraph of a SignalGraphRelation is a redundant implementation for the \"to\"-SignalGraph.\n"@en; vec:enumLiteral "RedundancyFor" . vec:SignalGraphRelationType rdf:type owl:Class; rdfs:comment "This OpenEnumeration defines a set of predefined semantics for the SignalGraphRelation between two SignalGraph (\"from\" & \"to\").\n"@en; rdfs:label "SignalGraphRelationType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SignalForm_SquareWave rdf:type vec:SignalForm , owl:NamedIndividiual; vec:enumLiteral "SquareWave" . vec:SignalForm_SinusWave rdf:type vec:SignalForm , owl:NamedIndividiual; vec:enumLiteral "SinusWave" . vec:SignalForm rdf:type owl:Class; rdfs:label "SignalForm"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SignalDirection_InOut rdf:type vec:SignalDirection , owl:NamedIndividiual; vec:enumLiteral "InOut" . vec:SignalDirection_Out rdf:type vec:SignalDirection , owl:NamedIndividiual; vec:enumLiteral "Out" . vec:SignalDirection_In rdf:type vec:SignalDirection , owl:NamedIndividiual; vec:enumLiteral "In" . vec:SignalDirection rdf:type owl:Class; rdfs:comment "Enumeration for the definition of SignalDirections.\n"@en; rdfs:label "SignalDirection"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:SignalDirection_In vec:SignalDirection_Out vec:SignalDirection_InOut ) ] . vec:SignalCurve_DiscreteSignal rdf:type vec:SignalCurve , owl:NamedIndividiual; vec:enumLiteral "DiscreteSignal" . vec:SignalCurve_ContinuousSignal rdf:type vec:SignalCurve , owl:NamedIndividiual; vec:enumLiteral "ContinuousSignal" . vec:SignalCurve rdf:type owl:Class; rdfs:label "SignalCurve"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SiUnitName_Katal rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Katal" . vec:SiUnitName_Sievert rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Sievert" . vec:SiUnitName_Gray rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Gray" . vec:SiUnitName_Becquerel rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Becquerel" . vec:SiUnitName_Lux rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Lux" . vec:SiUnitName_Lumen rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Lumen" . vec:SiUnitName_DegreeCelsius rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "DegreeCelsius" . vec:SiUnitName_Henry rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Henry" . vec:SiUnitName_Tesla rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Tesla" . vec:SiUnitName_Weber rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Weber" . vec:SiUnitName_Siemens rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Siemens" . vec:SiUnitName_Ohm rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Ohm" . vec:SiUnitName_Farad rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Farad" . vec:SiUnitName_Volt rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Volt" . vec:SiUnitName_Coulomb rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Coulomb" . vec:SiUnitName_Watt rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Watt" . vec:SiUnitName_Joule rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Joule" . vec:SiUnitName_Pascal rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Pascal" . vec:SiUnitName_Newton rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Newton" . vec:SiUnitName_Hertz rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Hertz" . vec:SiUnitName_Steradian rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Steradian" . vec:SiUnitName_Radian rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Radian" . vec:SiUnitName_Candela rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Candela" . vec:SiUnitName_Mole rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Mole" . vec:SiUnitName_Kelvin rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Kelvin" . vec:SiUnitName_Ampere rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Ampere" . vec:SiUnitName_Second rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Second" . vec:SiUnitName_Gram rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Gram" . vec:SiUnitName_Metre rdf:type vec:SiUnitName , owl:NamedIndividiual; vec:enumLiteral "Metre" . vec:SiUnitName rdf:type owl:Class; rdfs:comment "Enumeration for the definition of SI unit names. In difference to the SI-System gram is used as literal for the measurement of mass, instead of kilogram. Since a unit is formed with prefix and unit name gram would have to be defined as milli kilogram otherwise.\n"@en; rdfs:label "SiUnitName"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:SiUnitName_Metre vec:SiUnitName_Gram vec:SiUnitName_Second vec:SiUnitName_Ampere vec:SiUnitName_Kelvin vec:SiUnitName_Mole vec:SiUnitName_Candela vec:SiUnitName_Radian vec:SiUnitName_Steradian vec:SiUnitName_Hertz vec:SiUnitName_Newton vec:SiUnitName_Pascal vec:SiUnitName_Joule vec:SiUnitName_Watt vec:SiUnitName_Coulomb vec:SiUnitName_Volt vec:SiUnitName_Farad vec:SiUnitName_Ohm vec:SiUnitName_Siemens vec:SiUnitName_Weber vec:SiUnitName_Tesla vec:SiUnitName_Henry vec:SiUnitName_DegreeCelsius vec:SiUnitName_Lumen vec:SiUnitName_Lux vec:SiUnitName_Becquerel vec:SiUnitName_Gray vec:SiUnitName_Sievert vec:SiUnitName_Katal ) ] . vec:SiPrefix_Yocto rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Yocto" . vec:SiPrefix_Zepto rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Zepto" . vec:SiPrefix_Atto rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Atto" . vec:SiPrefix_Femto rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Femto" . vec:SiPrefix_Pico rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Pico" . vec:SiPrefix_Nano rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Nano" . vec:SiPrefix_Micro rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Micro" . vec:SiPrefix_Milli rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Milli" . vec:SiPrefix_Centi rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Centi" . vec:SiPrefix_Deci rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Deci" . vec:SiPrefix_Deca rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Deca" . vec:SiPrefix_Hecto rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Hecto" . vec:SiPrefix_Kilo rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Kilo" . vec:SiPrefix_Mega rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Mega" . vec:SiPrefix_Giga rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Giga" . vec:SiPrefix_Tera rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Tera" . vec:SiPrefix_Peta rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Peta" . vec:SiPrefix_Exa rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Exa" . vec:SiPrefix_Zetta rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Zetta" . vec:SiPrefix_Yotta rdf:type vec:SiPrefix , owl:NamedIndividiual; vec:enumLiteral "Yotta" . vec:SiPrefix rdf:type owl:Class; rdfs:comment "Enumeration for the definition of SI unit prefixes.\n"@en; rdfs:label "SiPrefix"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:SiPrefix_Yotta vec:SiPrefix_Zetta vec:SiPrefix_Exa vec:SiPrefix_Peta vec:SiPrefix_Tera vec:SiPrefix_Giga vec:SiPrefix_Mega vec:SiPrefix_Kilo vec:SiPrefix_Hecto vec:SiPrefix_Deca vec:SiPrefix_Deci vec:SiPrefix_Centi vec:SiPrefix_Milli vec:SiPrefix_Micro vec:SiPrefix_Nano vec:SiPrefix_Pico vec:SiPrefix_Femto vec:SiPrefix_Atto vec:SiPrefix_Zepto vec:SiPrefix_Yocto ) ] . vec:SegmentForm_NonCircular rdf:type vec:SegmentForm , owl:NamedIndividiual; vec:enumLiteral "NonCircular" . vec:SegmentForm_Circular rdf:type vec:SegmentForm , owl:NamedIndividiual; vec:enumLiteral "Circular" . vec:SegmentForm rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the SegmentForm.\n"@en; rdfs:label "SegmentForm"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SegmentCrossSectionAreaType_Real rdf:type vec:SegmentCrossSectionAreaType , owl:NamedIndividiual; rdfs:comment " Real is the type for cross section areas that can be observed for TopologySegments with variants of a Harness that are producible.\n"@en; vec:enumLiteral "Real" . vec:SegmentCrossSectionAreaType_Reserved rdf:type vec:SegmentCrossSectionAreaType , owl:NamedIndividiual; rdfs:comment " Reserved is the type for cross section areas that define a reserved space in the DMU for the  TopologySegment.\n"@en; vec:enumLiteral "Reserved" . vec:SegmentCrossSectionAreaType rdf:type owl:Class; rdfs:comment "Defines valid values the type of the cross-section area of a TopologySegment , since a TopologySegment can have different cross section areas with different meanings in the process.\n"@en; rdfs:label "SegmentCrossSectionAreaType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SecondaryLockingType_PLR rdf:type vec:SecondaryLockingType , owl:NamedIndividiual; rdfs:comment "PLR stands for \"Primary Lock Reinforcement\" and means, that the slot as some mechanical slider (or similar) to lock (and ensure) the terminals in their position in the connect. However, this system is not independent from the primary locking (see ISL), but by ensuring (reinforcement) that the primary lock is in place and cannot be opened again.\n"@en; vec:enumLiteral "PLR" . vec:SecondaryLockingType_ISL rdf:type vec:SecondaryLockingType , owl:NamedIndividiual; rdfs:comment "ISL stands for \"Independent Secondary Lock\" and means, that the slot as some mechanical slider (or similar) to lock (and ensure) the terminals in their position in the connector. The ISL works independent form the primary locking.\n"@en; vec:enumLiteral "ISL" . vec:SecondaryLockingType rdf:type owl:Class; rdfs:comment "Defines the valid secondary locking types within slots (syn. Terminal Position Assurance).\n"@en; rdfs:label "SecondaryLockingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SealingGeometry_Sectored rdf:type vec:SealingGeometry , owl:NamedIndividiual; vec:enumLiteral "Sectored" . vec:SealingGeometry_Segmented rdf:type vec:SealingGeometry , owl:NamedIndividiual; vec:enumLiteral "Segmented" . vec:SealingGeometry_Square rdf:type vec:SealingGeometry , owl:NamedIndividiual; vec:enumLiteral "Square" . vec:SealingGeometry_Oval rdf:type vec:SealingGeometry , owl:NamedIndividiual; vec:enumLiteral "Oval" . vec:SealingGeometry_Circular rdf:type vec:SealingGeometry , owl:NamedIndividiual; vec:enumLiteral "Circular" . vec:SealingGeometry rdf:type owl:Class; rdfs:comment "Defines valid values of the geometry of a cavity sealing. It defines the cross-section geometry.\n"@en; rdfs:label "SealingGeometry"@en; rdfs:subClassOf vec:OpenEnumeration . vec:SealState_Sealed rdf:type vec:SealState , owl:NamedIndividiual; rdfs:comment "The splice is waterproof.\n"@en; vec:enumLiteral "Sealed" . vec:SealState_Unsealed rdf:type vec:SealState , owl:NamedIndividiual; rdfs:comment "The splice is not waterproof.\n"@en; vec:enumLiteral "Unsealed" . vec:SealState rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the sealing state of the splice.\n"@en; rdfs:label "SealState"@en; rdfs:subClassOf vec:OpenEnumeration . rdf:type vec:RobustnessClassReferenceSystem , owl:NamedIndividiual; rdfs:comment "Protective systems for wiring harnesses in motor vehicles Hoses\n"@en; vec:enumLiteral "LV 312" . rdf:type vec:RobustnessClassReferenceSystem , owl:NamedIndividiual; rdfs:comment "OEM Specification for High Voltage contacting.\n"@en; vec:enumLiteral "LV 215" . rdf:type vec:RobustnessClassReferenceSystem , owl:NamedIndividiual; rdfs:comment "OEM Connector Test Specification\n"@en; vec:enumLiteral "LV 214" . rdf:type vec:RobustnessClassReferenceSystem , owl:NamedIndividiual; rdfs:comment "The literal that shall be used for the LV 112.\n"@en; vec:enumLiteral "LV 112" . rdf:type vec:RobustnessClassReferenceSystem , owl:NamedIndividiual; rdfs:comment "The literal that shall be used for the ISO 6722 \"Road vehicles -- 60 V and 600 V single-core cables\".\n  Note: ISO 6722-1 & 6722-2 define the same temperature classes, except that 6722-1 defines two additional (G & H). Therefore 6722-1 & 6722-2 are not differentiated here.\n"@en; vec:enumLiteral "ISO 6722" . rdf:type vec:RobustnessClassReferenceSystem , owl:NamedIndividiual; rdfs:comment "The literal that shall be used for the ISO 20653 \"Road vehicles - Degrees of protection (IP code) - Protection of electrical equipment against foreign objects, water and access\".\n"@en; vec:enumLiteral "ISO 20653" . vec:RobustnessClassReferenceSystem rdf:type owl:Class; rdfs:comment "Defines the literals that shall be used for specific robustness class reference systems.\n"@en; rdfs:label "RobustnessClassReferenceSystem"@en; rdfs:subClassOf vec:OpenEnumeration . vec:RobustnessClass_AbrasionResistance rdf:type vec:RobustnessClass , owl:NamedIndividiual; vec:enumLiteral "AbrasionResistance" . vec:RobustnessClass_ImpactProtection rdf:type vec:RobustnessClass , owl:NamedIndividiual; vec:enumLiteral "ImpactProtection" . vec:RobustnessClass_LiquidIngressProtection rdf:type vec:RobustnessClass , owl:NamedIndividiual; vec:enumLiteral "LiquidIngressProtection" . vec:RobustnessClass_SolidParticleProtection rdf:type vec:RobustnessClass , owl:NamedIndividiual; vec:enumLiteral "SolidParticleProtection" . vec:RobustnessClass_AmbientTemperature rdf:type vec:RobustnessClass , owl:NamedIndividiual; vec:enumLiteral "AmbientTemperature" . vec:RobustnessClass rdf:type owl:Class; rdfs:comment "Defines the literals that shall be used for specific robustness classes.\n"@en; rdfs:label "RobustnessClass"@en; rdfs:subClassOf vec:OpenEnumeration . vec:RelaisType_Bistable rdf:type vec:RelaisType , owl:NamedIndividiual; rdfs:comment "Defines a relais that is bistable .\n"@en; vec:enumLiteral "Bistable" . vec:RelaisType_Switch rdf:type vec:RelaisType , owl:NamedIndividiual; rdfs:comment "Defines a relais that is a switch.\n"@en; vec:enumLiteral "Switch" . rdf:type vec:RelaisType , owl:NamedIndividiual; rdfs:comment "Defines a relais that is closed in its normal state.\n"@en; vec:enumLiteral "Normally closed" . rdf:type vec:RelaisType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Normally open" . vec:RelaisType rdf:type owl:Class; rdfs:comment "Defines the type of a relais (switching behavior).\n"@en; rdfs:label "RelaisType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:RelaisApplianceType_Plugged rdf:type vec:RelaisApplianceType , owl:NamedIndividiual; vec:enumLiteral "Plugged" . vec:RelaisApplianceType_Screwed rdf:type vec:RelaisApplianceType , owl:NamedIndividiual; vec:enumLiteral "Screwed" . vec:RelaisApplianceType_Soldered rdf:type vec:RelaisApplianceType , owl:NamedIndividiual; vec:enumLiteral "Soldered" . vec:RelaisApplianceType rdf:type owl:Class; rdfs:comment "Specifies the appliance type of a relais.\n"@en; rdfs:label "RelaisApplianceType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PrimaryResourceType_ExtractionTool rdf:type vec:PrimaryResourceType , owl:NamedIndividiual; rdfs:comment "A tool for safely extracting a terminal from a cavity without causing any damage.\n"@en; vec:enumLiteral "ExtractionTool" . vec:PrimaryResourceType_CrimpTool rdf:type vec:PrimaryResourceType , owl:NamedIndividiual; vec:enumLiteral "CrimpTool" . vec:PrimaryResourceType rdf:type owl:Class; rdfs:comment "The primary type of the resource defines the type of the resource. In a future version of the VEC the PrimaryResourceType might correspond to Specifications describing the ResourceVersion (see PrimaryPartType ).\n"@en; rdfs:label "PrimaryResourceType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:PrimaryResourceType_CrimpTool vec:PrimaryResourceType_ExtractionTool ) ] . vec:PrimaryPartType_WireProtection rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "WireProtection" . vec:PrimaryPartType_WireEndAccessory rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "WireEndAccessory" . vec:PrimaryPartType_Wire rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Wire" . vec:PrimaryPartType_Tube rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Tube" . vec:PrimaryPartType_TerminalProtection rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "TerminalProtection" . vec:PrimaryPartType_Terminal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Terminal" . vec:PrimaryPartType_Tape rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Tape" . vec:PrimaryPartType_Stripe rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Stripe" . vec:PrimaryPartType_SpliceTerminal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "SpliceTerminal" . vec:PrimaryPartType_ShrinkableTube rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "ShrinkableTube" . vec:PrimaryPartType_RingTerminal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "RingTerminal" . vec:PrimaryPartType_Relay rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Relay" . vec:PrimaryPartType_PotentialDistributor rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "PotentialDistributor" . vec:PrimaryPartType_PluggableTerminal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "PluggableTerminal" . vec:PrimaryPartType_PartStructure rdf:type vec:PrimaryPartType , owl:NamedIndividiual; rdfs:comment "The PrimaryPartType \" PartStructure \" has an inconsistency with VEC conventions for historical reasons, which is kept for backwards compatibility. The corresponding PartOrUsageRelatedSpecification is the PartStructureSpecification. However, the corresponding Role is the PartWithSubComponentsRole .\n"@en; vec:enumLiteral "PartStructure" . vec:PrimaryPartType_OpenWireEnd rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "OpenWireEnd" . vec:PrimaryPartType_OpenWireEndTerminal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "OpenWireEndTerminal" . vec:PrimaryPartType_Other rdf:type vec:PrimaryPartType , owl:NamedIndividiual; rdfs:comment "The PrimaryPartType \" Other \" is used for parts that are described by a direct instance of PartOrUsageRelatedSpecification . These are parts that do not have a specific classification in the VEC and can be described with a PartOrUsageRelatedSpecification and CustomProperties. The corresponding Role is the SpecificRole.\n"@en; vec:enumLiteral "Other" . vec:PrimaryPartType_MultiFuse rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "MultiFuse" . vec:PrimaryPartType_MultiCavitySeal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "MultiCavitySeal" . vec:PrimaryPartType_MultiCavityPlug rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "MultiCavityPlug" . vec:PrimaryPartType_HoleMountedFixing rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "HoleMountedFixing" . vec:PrimaryPartType_Grommet rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Grommet" . vec:PrimaryPartType_Fuse rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Fuse" . vec:PrimaryPartType_Fixing rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Fixing" . vec:PrimaryPartType_Fitting rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Fitting" . vec:PrimaryPartType_Ferrite rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Ferrite" . vec:PrimaryPartType_EEComponent rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "EEComponent" . vec:PrimaryPartType_EdgeMountedFixing rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "EdgeMountedFixing" . vec:PrimaryPartType_Diode rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Diode" . vec:PrimaryPartType_CorrugatedPipe rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CorrugatedPipe" . vec:PrimaryPartType_ConnectorHousingCover rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "ConnectorHousingCover" . vec:PrimaryPartType_ConnectorHousingCap rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "ConnectorHousingCap" . vec:PrimaryPartType_ConnectorHousing rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "ConnectorHousing" . vec:PrimaryPartType_Coating rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Coating" . vec:PrimaryPartType_CavitySeal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CavitySeal" . vec:PrimaryPartType_CavityPlug rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CavityPlug" . vec:PrimaryPartType_CavityAccessory rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CavityAccessory" . vec:PrimaryPartType_Capacitor rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Capacitor" . vec:PrimaryPartType_CableTie rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CableTie" . vec:PrimaryPartType_CableSealPlug rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CableSealPlug" . vec:PrimaryPartType_CableSeal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CableSeal" . vec:PrimaryPartType_CableDuct rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "CableDuct" . vec:PrimaryPartType_BridgeTerminal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "BridgeTerminal" . vec:PrimaryPartType_BoltTerminal rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "BoltTerminal" . vec:PrimaryPartType_BoltMountedFixing rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "BoltMountedFixing" . vec:PrimaryPartType_Battery rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Battery" . vec:PrimaryPartType_Antenna rdf:type vec:PrimaryPartType , owl:NamedIndividiual; vec:enumLiteral "Antenna" . vec:PrimaryPartType rdf:type owl:Class; rdfs:comment "The primary type of the part defines the type of the part (e.g. ConnectorHousing, Fixing, etc.) Since the VEC supports dual use parts (e.g. Fixing & WireProtection) the primary part type is necessary to define which specification associated to part is the primary character of the part. Therefore, all primary part types correspond to a PartOrUsageRelatedSpecification (e.g. ConnectorHousing --> ConnectorHousingSpecification).\nThe primary part type ' Other ' is used if the PartVersion is not further specified by the VEC, which means it has no PartOrUsageRelatedSpecification, only a GeneralTechnicalPartSpecification or a direct instance of PartOrUsageRelatedSpecification.\n"@en; rdfs:label "PrimaryPartType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:PrimaryPartType_Antenna vec:PrimaryPartType_Battery vec:PrimaryPartType_BoltMountedFixing vec:PrimaryPartType_BoltTerminal vec:PrimaryPartType_BridgeTerminal vec:PrimaryPartType_CableDuct vec:PrimaryPartType_CableSeal vec:PrimaryPartType_CableSealPlug vec:PrimaryPartType_CableTie vec:PrimaryPartType_Capacitor vec:PrimaryPartType_CavityAccessory vec:PrimaryPartType_CavityPlug vec:PrimaryPartType_CavitySeal vec:PrimaryPartType_Coating vec:PrimaryPartType_ConnectorHousing vec:PrimaryPartType_ConnectorHousingCap vec:PrimaryPartType_ConnectorHousingCover vec:PrimaryPartType_CorrugatedPipe vec:PrimaryPartType_Diode vec:PrimaryPartType_EdgeMountedFixing vec:PrimaryPartType_EEComponent vec:PrimaryPartType_Ferrite vec:PrimaryPartType_Fitting vec:PrimaryPartType_Fixing vec:PrimaryPartType_Fuse vec:PrimaryPartType_Grommet vec:PrimaryPartType_HoleMountedFixing vec:PrimaryPartType_MultiCavityPlug vec:PrimaryPartType_MultiCavitySeal vec:PrimaryPartType_MultiFuse vec:PrimaryPartType_Other vec:PrimaryPartType_OpenWireEndTerminal vec:PrimaryPartType_OpenWireEnd vec:PrimaryPartType_PartStructure vec:PrimaryPartType_PluggableTerminal vec:PrimaryPartType_PotentialDistributor vec:PrimaryPartType_Relay vec:PrimaryPartType_RingTerminal vec:PrimaryPartType_ShrinkableTube vec:PrimaryPartType_SpliceTerminal vec:PrimaryPartType_Stripe vec:PrimaryPartType_Tape vec:PrimaryPartType_Terminal vec:PrimaryPartType_TerminalProtection vec:PrimaryPartType_Tube vec:PrimaryPartType_Wire vec:PrimaryPartType_WireEndAccessory vec:PrimaryPartType_WireProtection ) ] . vec:PrimaryLockingType_None rdf:type vec:PrimaryLockingType , owl:NamedIndividiual; vec:enumLiteral "None" . vec:PrimaryLockingType_Lanceless rdf:type vec:PrimaryLockingType , owl:NamedIndividiual; rdfs:comment "Lanceless specifies, that the terminal itself has no lance (syn. tang) to lock itself in the cavity. However, it is locked in the cavity by some mechanical feature of the cavity (e.g. a lance)."@en; vec:enumLiteral "Lanceless" . vec:PrimaryLockingType_Lance rdf:type vec:PrimaryLockingType , owl:NamedIndividiual; rdfs:comment "Lance specifies, that the terminal has a lance or lances (syn. tang) to lock itself in the cavity."@en; vec:enumLiteral "Lance" . vec:PrimaryLockingType rdf:type owl:Class; rdfs:comment "Defines the valid primary locking types for terminals.\n"@en; rdfs:label "PrimaryLockingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PowerConsumptionType_StartStop rdf:type vec:PowerConsumptionType , owl:NamedIndividiual; vec:enumLiteral "StartStop" . vec:PowerConsumptionType_DeepSleep rdf:type vec:PowerConsumptionType , owl:NamedIndividiual; vec:enumLiteral "DeepSleep" . vec:PowerConsumptionType_Sleep rdf:type vec:PowerConsumptionType , owl:NamedIndividiual; vec:enumLiteral "Sleep" . vec:PowerConsumptionType_Maximum rdf:type vec:PowerConsumptionType , owl:NamedIndividiual; vec:enumLiteral "Maximum" . vec:PowerConsumptionType_Minimum rdf:type vec:PowerConsumptionType , owl:NamedIndividiual; vec:enumLiteral "Minimum" . vec:PowerConsumptionType_Standby rdf:type vec:PowerConsumptionType , owl:NamedIndividiual; vec:enumLiteral "Standby" . vec:PowerConsumptionType_Typical rdf:type vec:PowerConsumptionType , owl:NamedIndividiual; vec:enumLiteral "Typical" . vec:PowerConsumptionType rdf:type owl:Class; rdfs:comment "OpenEnumeration for predefined PowerConsumptionTypes. "@en; rdfs:label "PowerConsumptionType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PluggableTerminalType_PiggyBack rdf:type vec:PluggableTerminalType , owl:NamedIndividiual; vec:enumLiteral "PiggyBack" . vec:PluggableTerminalType_Bridge rdf:type vec:PluggableTerminalType , owl:NamedIndividiual; vec:enumLiteral "Bridge" . vec:PluggableTerminalType_MultiContact rdf:type vec:PluggableTerminalType , owl:NamedIndividiual; vec:enumLiteral "MultiContact" . vec:PluggableTerminalType_Coax rdf:type vec:PluggableTerminalType , owl:NamedIndividiual; vec:enumLiteral "Coax" . vec:PluggableTerminalType_Standard rdf:type vec:PluggableTerminalType , owl:NamedIndividiual; vec:enumLiteral "Standard" . vec:PluggableTerminalType rdf:type owl:Class; rdfs:comment "Defines valid values for the type of PluggableTerminals. The type defines constraints about the numbers of wire and terminal receptions and their relations.\n"@en; rdfs:label "PluggableTerminalType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PlacementType_OnPoint rdf:type vec:PlacementType , owl:NamedIndividiual; rdfs:comment " OnPoint refers to an OnPointPlacement .\n"@en; vec:enumLiteral "OnPoint" . vec:PlacementType_OnWay rdf:type vec:PlacementType , owl:NamedIndividiual; rdfs:comment " OnWay refers to an OnWayPlacement .\n"@en; vec:enumLiteral "OnWay" . vec:PlacementType rdf:type owl:Class; rdfs:comment "Defines the type for which a PlaceableElement can be used.\n"@en; rdfs:label "PlacementType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:PlacementType_OnWay vec:PlacementType_OnPoint ) ] . vec:PinVoltageType_OverrunVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "OverrunVoltage" . vec:PinVoltageType_StartStopVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "StartStopVoltage" . vec:PinVoltageType_BlockVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "BlockVoltage" . vec:PinVoltageType_InitVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "InitVoltage" . vec:PinVoltageType_StandbyVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "StandbyVoltage" . vec:PinVoltageType_TypicalVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "TypicalVoltage" . vec:PinVoltageType_MaxVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "MaxVoltage" . vec:PinVoltageType_MinVoltage rdf:type vec:PinVoltageType , owl:NamedIndividiual; vec:enumLiteral "MinVoltage" . vec:PinVoltageType rdf:type owl:Class; rdfs:comment "Defines the different available voltage types of a pin.\n"@en; rdfs:label "PinVoltageType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PinType_Filament rdf:type vec:PinType , owl:NamedIndividiual; vec:enumLiteral "Filament" . vec:PinType_Optical rdf:type vec:PinType , owl:NamedIndividiual; vec:enumLiteral "Optical" . vec:PinType_Capacitive rdf:type vec:PinType , owl:NamedIndividiual; vec:enumLiteral "Capacitive" . vec:PinType_Inductive rdf:type vec:PinType , owl:NamedIndividiual; vec:enumLiteral "Inductive" . vec:PinType_Resistive rdf:type vec:PinType , owl:NamedIndividiual; vec:enumLiteral "Resistive" . vec:PinType rdf:type owl:Class; rdfs:comment "Defines the type of a pin.\n"@en; rdfs:label "PinType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PinTimingType_Duration rdf:type vec:PinTimingType , owl:NamedIndividiual; vec:enumLiteral "Duration" . vec:PinTimingType_CurrentPeakDistances rdf:type vec:PinTimingType , owl:NamedIndividiual; vec:enumLiteral "CurrentPeakDistances" . vec:PinTimingType_BlockTime rdf:type vec:PinTimingType , owl:NamedIndividiual; vec:enumLiteral "BlockTime" . vec:PinTimingType_OverrunTime rdf:type vec:PinTimingType , owl:NamedIndividiual; vec:enumLiteral "OverrunTime" . vec:PinTimingType_StartStopTime rdf:type vec:PinTimingType , owl:NamedIndividiual; vec:enumLiteral "StartStopTime" . vec:PinTimingType_InitTime rdf:type vec:PinTimingType , owl:NamedIndividiual; vec:enumLiteral "InitTime" . vec:PinTimingType rdf:type owl:Class; rdfs:comment "Defines the different available timing types of a pin.\n"@en; rdfs:label "PinTimingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PinCurrentType_ClippingCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; rdfs:comment "Current at which the output driver of an ECU turns off or limits the current on an output in (a behavior similar to a fuse).\n"@en; vec:enumLiteral "ClippingCurrent" . vec:PinCurrentType_DeepSleepCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; rdfs:comment "Defines the current on the pin, when the EEComponent is in deep sleep mode.\n"@en; vec:enumLiteral "DeepSleepCurrent" . vec:PinCurrentType_LeakageCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; rdfs:comment "Defines the current that leaks at this pin.\n"@en; vec:enumLiteral "LeakageCurrent" . vec:PinCurrentType_OverrunCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "OverrunCurrent" . vec:PinCurrentType_StartStopCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "StartStopCurrent" . vec:PinCurrentType_BlockCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "BlockCurrent" . vec:PinCurrentType_InitCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "InitCurrent" . vec:PinCurrentType_StandbyCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "StandbyCurrent" . vec:PinCurrentType_TypicalCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "TypicalCurrent" . vec:PinCurrentType_MaxCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "MaxCurrent" . vec:PinCurrentType_MinCurrent rdf:type vec:PinCurrentType , owl:NamedIndividiual; vec:enumLiteral "MinCurrent" . vec:PinCurrentType rdf:type owl:Class; rdfs:comment "Defines the different available current types of a pin.\n"@en; rdfs:label "PinCurrentType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PinComponentType_NotConnected rdf:type vec:PinComponentType , owl:NamedIndividiual; vec:enumLiteral "NotConnected" . vec:PinComponentType_Signal rdf:type vec:PinComponentType , owl:NamedIndividiual; vec:enumLiteral "Signal" . vec:PinComponentType_PowerDistributionLimited rdf:type vec:PinComponentType , owl:NamedIndividiual; rdfs:comment " PowerDistributionLimited has the same meaning as PowerDistribution , except that PowerDistributionLimited defines a pin that is limited by an electronic measure within the parent component (eFuse). Limitation with a conventional fuse is not within the semantic of PowerDistributionLimited since conventional fusing can be recognized with the internal connectivity.\n"@en; vec:enumLiteral "PowerDistributionLimited" . vec:PinComponentType_PowerDistribution rdf:type vec:PinComponentType , owl:NamedIndividiual; rdfs:comment " PowerDistribution defines a PinComponent that is used to distribute power to other components (in contrast to PowerSupply ). The semantic of this type depends on the SignalDirection . In means, that this PinComponent is used to supply power to the EEComponent for further distribution to other components. Out means that the PinComponent is a source of power for other EEComponents. It is undefined whether the pin is fused/limited or not.\n"@en; vec:enumLiteral "PowerDistribution" . vec:PinComponentType_PowerSupply rdf:type vec:PinComponentType , owl:NamedIndividiual; rdfs:comment " PowerSupply defines a PinComponent that is used to supply the component itself with power (in contrast to PowerDistribution ). PinComponentBehaviours of PinComponents with this type always have the SignalDirection \"In \".\n"@en; vec:enumLiteral "PowerSupply" . vec:PinComponentType_Ground rdf:type vec:PinComponentType , owl:NamedIndividiual; vec:enumLiteral "Ground" . vec:PinComponentType_Coil rdf:type vec:PinComponentType , owl:NamedIndividiual; vec:enumLiteral "Coil" . vec:PinComponentType_Switch rdf:type vec:PinComponentType , owl:NamedIndividiual; vec:enumLiteral "Switch" . vec:PinComponentType rdf:type owl:Class; rdfs:comment "Specifies the type of a PinComponent .\n"@en; rdfs:label "PinComponentType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PinApplianceType_LongTerm rdf:type vec:PinApplianceType , owl:NamedIndividiual; vec:enumLiteral "LongTerm" . vec:PinApplianceType_ShortTerm rdf:type vec:PinApplianceType , owl:NamedIndividiual; vec:enumLiteral "ShortTerm" . vec:PinApplianceType rdf:type owl:Class; rdfs:comment "Classifies the appliance of a Pin in terms of the duration of the appliance.\nE.g. the power supply pin of a power window has \"shortTerm\" PinApplianceType, in contrast to the head light which is a \"long term\".\n"@en; rdfs:label "PinApplianceType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PartStructureContentType_Harness rdf:type vec:PartStructureContentType , owl:NamedIndividiual; rdfs:comment "A definition of harness, containing variance (150%)."@en; vec:enumLiteral "Harness" . vec:PartStructureContentType_Variant rdf:type vec:PartStructureContentType , owl:NamedIndividiual; rdfs:comment "A concrete variant of a harness (100%)."@en; vec:enumLiteral "Variant" . vec:PartStructureContentType_Module rdf:type vec:PartStructureContentType , owl:NamedIndividiual; rdfs:comment "A module / option in a customer specific or configurable harness (KSK / Stufenleitungssatz). The content of a module is normally free of variance but does not represent a functional subset on its own. (10%)\n"@en; vec:enumLiteral "Module" . vec:PartStructureContentType_ConfigurableAssembly rdf:type vec:PartStructureContentType , owl:NamedIndividiual; rdfs:comment "Definition of part / component that has variance, which has a bill of material (150%).\n"@en; vec:enumLiteral "ConfigurableAssembly" . vec:PartStructureContentType_Assembly rdf:type vec:PartStructureContentType , owl:NamedIndividiual; rdfs:comment "Definition of part / component without variance, which has a bill of material (100%)."@en; vec:enumLiteral "Assembly" . vec:PartStructureContentType rdf:type owl:Class; rdfs:comment "OpenEnumeration that defines standard content types for the PartStructureSpecification.\n"@en; rdfs:label "PartStructureContentType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PartRelationType_Custom rdf:type vec:PartRelationType , owl:NamedIndividiual; rdfs:comment "Custom means, that there is some kind of custom constraints / logic between referenced PartVersions that has to be evaluated to determine the selected accessories.\n"@en; vec:enumLiteral "Custom" . vec:PartRelationType_OneOfAll rdf:type vec:PartRelationType , owl:NamedIndividiual; rdfs:comment " OneOfAll means that in a usage of a component exactly one of the referenced acessoryParts must be selected.\n"@en; vec:enumLiteral "OneOfAll" . vec:PartRelationType_Optional rdf:type vec:PartRelationType , owl:NamedIndividiual; rdfs:comment " Optional means that in a usage of a component some referenced acessoryParts can be used by choice.\n"@en; vec:enumLiteral "Optional" . vec:PartRelationType_Mandatory rdf:type vec:PartRelationType , owl:NamedIndividiual; rdfs:comment " Mandatory means that in a usage of a component all referenced acessoryParts must be used.\n"@en; vec:enumLiteral "Mandatory" . vec:PartRelationType rdf:type owl:Class; rdfs:comment "Defines how the set of acessoryParts referenced by a PartRelation should be interpreted.\n"@en; rdfs:label "PartRelationType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:PartRelationType_Mandatory vec:PartRelationType_Optional vec:PartRelationType_OneOfAll vec:PartRelationType_Custom ) ] . vec:PartNumberType_ImplementationRegulation rdf:type vec:PartNumberType , owl:NamedIndividiual; rdfs:comment "The part number refers to a rule or instruction that governs how a part or system must be implemented. It does not directly identify a physical or virtual part but rather describes a processing step, constraints or requirements (e.g. an ultra-sonic splice)."@en; vec:enumLiteral "ImplementationRegulation" . vec:PartNumberType_TablePart rdf:type vec:PartNumberType , owl:NamedIndividiual; rdfs:comment "The part number identifies a table or list of possible part numbers. A specific real part must be selected from this table during subsequent steps of the development or configuration process (e.g. an appropriate ring terminal for a specific configuration of a harness). "@en; vec:enumLiteral "TablePart" . vec:PartNumberType_VirtualPart rdf:type vec:PartNumberType , owl:NamedIndividiual; rdfs:comment "The part number identifies a virtual part, which is used for structuring or modeling purposes. It does not refer to a physically existing component in the final product."@en; vec:enumLiteral "VirtualPart" . vec:PartNumberType_RealPart rdf:type vec:PartNumberType , owl:NamedIndividiual; rdfs:comment "The part number identifies a physically existing part. It uniquely refers to a concrete, realizable item in the finished product. \n"@en; vec:enumLiteral "RealPart" . vec:PartNumberType rdf:type owl:Class; rdfs:comment "Specifies the classification of a part number associated, indicating its semantic role within the BOM methodology of the issuing process. This enables the distinction between different types of part numbers, such as those referencing actual physical parts and those used to represent virtual constructs or implementation logic. In some cases, positions in the bill of material are created to express specific aspects of the product structure, even though they do not (directly) refer to a concrete part."@en; rdfs:label "PartNumberType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:PartNature_CustomerOrder rdf:type vec:PartNature , owl:NamedIndividiual; rdfs:comment " CustomerOrder PartVersions represent part numbers that are not regularly used in serial production. They are only used to fulfil special customer orders (e.g. an adapter connector for equipment of a special purpose vehicle).\n"@en; vec:enumLiteral "CustomerOrder" . vec:PartNature_Productive rdf:type vec:PartNature , owl:NamedIndividiual; rdfs:comment " Productive PartVersions represent regular part numbers that are used in serial production.\n"@en; vec:enumLiteral "Productive" . vec:PartNature_Preliminary rdf:type vec:PartNature , owl:NamedIndividiual; rdfs:comment " Preliminary PartVersion represent part numbers which are used as place holders for parts that are not yet developed, or which are representing prototype parts that are not allowed in serial production.\n"@en; vec:enumLiteral "Preliminary" . vec:PartNature rdf:type owl:Class; rdfs:comment " OpenEnumeration that defines the nature of a PartVersion . The nature specifies how the PartVersion can be used in the different processes or the significance of the PartVersion in the process.\n"@en; rdfs:label "PartNature"@en; rdfs:subClassOf vec:OpenEnumeration . vec:OtherUnitName_ArcSecond rdf:type vec:OtherUnitName , owl:NamedIndividiual; rdfs:comment "ArcSecond is a unit of angle (see ArcDegree)."@en; vec:enumLiteral "ArcSecond" . vec:OtherUnitName_ArcMinute rdf:type vec:OtherUnitName , owl:NamedIndividiual; rdfs:comment "ArcMinute is a unit of angle (see ArcDegree)."@en; vec:enumLiteral "ArcMinute" . vec:OtherUnitName_ArcDegree rdf:type vec:OtherUnitName , owl:NamedIndividiual; rdfs:comment "ArcDegree is a unit of angle (1° = π/180 rad). This unit belongs to the special group of units called \"non-SI units that are accepted for use with the SI\"."@en; vec:enumLiteral "ArcDegree" . vec:OtherUnitName_Piece rdf:type vec:OtherUnitName , owl:NamedIndividiual; vec:enumLiteral "Piece" . vec:OtherUnitName_Pi rdf:type vec:OtherUnitName , owl:NamedIndividiual; vec:enumLiteral "Pi" . vec:OtherUnitName rdf:type owl:Class; rdfs:comment "Enumeration for the definition of other unit names.\n"@en; rdfs:label "OtherUnitName"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:OtherUnitName_Pi vec:OtherUnitName_Piece vec:OtherUnitName_ArcDegree vec:OtherUnitName_ArcMinute vec:OtherUnitName_ArcSecond ) ] . vec:NominalVoltage_HV5 rdf:type vec:NominalVoltage , owl:NamedIndividiual; rdfs:comment "HV Class 5 (1200V DC)\n"@en; vec:enumLiteral "HV5" . vec:NominalVoltage_HV4 rdf:type vec:NominalVoltage , owl:NamedIndividiual; rdfs:comment "HV Class 4 (900V DC)\n"@en; vec:enumLiteral "HV4" . vec:NominalVoltage_HV3 rdf:type vec:NominalVoltage , owl:NamedIndividiual; rdfs:comment "HV Class 3 (600V DC)\n"@en; vec:enumLiteral "HV3" . vec:NominalVoltage_HV2 rdf:type vec:NominalVoltage , owl:NamedIndividiual; rdfs:comment "HV Class 2 (300V DC)\n"@en; vec:enumLiteral "HV2" . vec:NominalVoltage_HV1 rdf:type vec:NominalVoltage , owl:NamedIndividiual; rdfs:comment "HV Class 1 (200V DC)\n"@en; vec:enumLiteral "HV1" . vec:NominalVoltage_HV rdf:type vec:NominalVoltage , owl:NamedIndividiual; rdfs:comment "HV defines all voltages that are dangerous to health or life, regardless of alternating (AC) or direct current (DC). This literal should be used if the concrete class is not known, not defined or not specified.\n"@en; vec:enumLiteral "HV" . vec:NominalVoltage_48V rdf:type vec:NominalVoltage , owl:NamedIndividiual; vec:enumLiteral "48V" . vec:NominalVoltage_24V rdf:type vec:NominalVoltage , owl:NamedIndividiual; vec:enumLiteral "24V" . vec:NominalVoltage_12V rdf:type vec:NominalVoltage , owl:NamedIndividiual; vec:enumLiteral "12V" . vec:NominalVoltage rdf:type owl:Class; rdfs:comment " OpenEnumeration defines the nominal voltage levels currently known and used in vehicles.\n"@en; rdfs:label "NominalVoltage"@en; rdfs:subClassOf vec:OpenEnumeration . vec:NodeType_Inliner rdf:type vec:NodeType , owl:NamedIndividiual; rdfs:comment "An Inliner is a TopologyNode where one section of the electrical system is connected to another section.\n"@en; vec:enumLiteral "Inliner" . vec:NodeType_Junction rdf:type vec:NodeType , owl:NamedIndividiual; rdfs:comment "A Junction is a TopologyNode where no electrical component is placed.\n"@en; vec:enumLiteral "Junction" . vec:NodeType_EndNode rdf:type vec:NodeType , owl:NamedIndividiual; rdfs:comment "Electrical components are normally placed on an EndNode.\n"@en; vec:enumLiteral "EndNode" . vec:NodeType rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the type of a TopologyNode.\n"@en; rdfs:label "NodeType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:NetworkPortViewItemSide_Right rdf:type vec:NetworkPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Right" . vec:NetworkPortViewItemSide_Left rdf:type vec:NetworkPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Left" . vec:NetworkPortViewItemSide_Bottom rdf:type vec:NetworkPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Bottom" . vec:NetworkPortViewItemSide_Top rdf:type vec:NetworkPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Top" . vec:NetworkPortViewItemSide rdf:type owl:Class; rdfs:label "NetworkPortViewItemSide"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:NetworkPortViewItemSide_Top vec:NetworkPortViewItemSide_Bottom vec:NetworkPortViewItemSide_Left vec:NetworkPortViewItemSide_Right ) ] . vec:NetworkNodeType_Ground rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "Defines that this NetworkNode is a grounding point.\n"@en; vec:enumLiteral "Ground" . vec:NetworkNodeType_OpenEnd rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "Defines that this NetworkNode is the end point for some unconnected nets that require wires and routings in the resulting harness (e.g. an antenna). A NetworkNode of this type is used whenever nets shall not be connected (on one side).\n"@en; vec:enumLiteral "OpenEnd" . vec:NetworkNodeType_Switch rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "A \"Switch\" is a device that can change its internal connectivity in reaction to some external action (e.g. connect / disconnect some pins). A switch has no \"active\" logic (in contrast to an ECU).\n"@en; vec:enumLiteral "Switch" . vec:NetworkNodeType_PowerDistribution rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "A device that distributes power to other devices (e.g. a fuse box).\n"@en; vec:enumLiteral "PowerDistribution" . vec:NetworkNodeType_Generator rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "A device that can generate energy.\n"@en; vec:enumLiteral "Generator" . vec:NetworkNodeType_EnergyStorage rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "A device that stores energy in some kind of way (e.g. a battery).\n"@en; vec:enumLiteral "EnergyStorage" . vec:NetworkNodeType_CouplingDevice rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "A CouplingDevice is the (virtual) device that separates / connects two or more wiring harnesses. \"Virtual\" because it can be interpreted as a device / interface definition between the harnesses, where one harness behaves like an E/E component form the point of view of the other harness.\n"@en; vec:enumLiteral "CouplingDevice" . vec:NetworkNodeType_Actuator rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "An actuator is a device that is responsible for controlling or moving a mechanism.\n"@en; vec:enumLiteral "Actuator" . vec:NetworkNodeType_Sensor rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "A sensor is a device that detects changes to the environment and sends them as information to other devices (e.g. an ECU).\n"@en; vec:enumLiteral "Sensor" . vec:NetworkNodeType_ECU rdf:type vec:NetworkNodeType , owl:NamedIndividiual; rdfs:comment "Electronic Control Unit. An electronic control unit (ECU) is any embedded system in automotive electronics that controls one or more of the electrical systems or subsystems in a vehicle.\n"@en; vec:enumLiteral "ECU" . vec:NetworkNodeType rdf:type owl:Class; rdfs:comment "Defines the common agreed values for the Types of a NetworkNode.\n"@en; rdfs:label "NetworkNodeType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:NetworkNodeSubType_Motor rdf:type vec:NetworkNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Motor" . vec:NetworkNodeSubType_Speaker rdf:type vec:NetworkNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Speaker" . vec:NetworkNodeSubType_Microphone rdf:type vec:NetworkNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Microphone" . vec:NetworkNodeSubType_Fuse rdf:type vec:NetworkNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Fuse" . vec:NetworkNodeSubType_Relay rdf:type vec:NetworkNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Relay" . vec:NetworkNodeSubType_Lamp rdf:type vec:NetworkNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Lamp" . vec:NetworkNodeSubType rdf:type owl:Class; rdfs:comment "Defines agreed values for NetworkNodeSubTypes . Not all combinations of NetworkNodeSubTypes and NetworkNodeTypes are semantically correct (e.g. Lamp, Microphone, Speaker, Motor are all Actuators).\n"@en; rdfs:label "NetworkNodeSubType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:MultiFuseType_Welded rdf:type vec:MultiFuseType , owl:NamedIndividiual; vec:enumLiteral "Welded" . vec:MultiFuseType_OverMolded rdf:type vec:MultiFuseType , owl:NamedIndividiual; vec:enumLiteral "OverMolded" . vec:MultiFuseType_Clinched rdf:type vec:MultiFuseType , owl:NamedIndividiual; vec:enumLiteral "Clinched" . vec:MultiFuseType_Stamped rdf:type vec:MultiFuseType , owl:NamedIndividiual; vec:enumLiteral "Stamped" . vec:MultiFuseType rdf:type owl:Class; rdfs:comment "OpenEnumeration for the manufacturing types of the multi-fuses.\n"@en; rdfs:label "MultiFuseType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:MassInformationSource_IMDS rdf:type vec:MassInformationSource , owl:NamedIndividiual; rdfs:comment "A MassInformation with this valueSource has been retrieved from the IMDS (see http://www.mdsystem.com ).\n"@en; vec:enumLiteral "IMDS" . vec:MassInformationSource_Series rdf:type vec:MassInformationSource , owl:NamedIndividiual; rdfs:comment "A MassInformation with this valueSource has been determined based on a serial production part.\n"@en; vec:enumLiteral "Series" . vec:MassInformationSource_Prototype rdf:type vec:MassInformationSource , owl:NamedIndividiual; rdfs:comment "A MassInformation with this valueSource has been determined based on a preproduction part.\n"@en; vec:enumLiteral "Prototype" . vec:MassInformationSource rdf:type owl:Class; rdfs:comment "Defines possible sources for MassInformations .\n"@en; rdfs:label "MassInformationSource"@en; rdfs:subClassOf vec:OpenEnumeration . vec:LocalizedTypedStringType_AdditionalDescription rdf:type vec:LocalizedTypedStringType , owl:NamedIndividiual; rdfs:comment "An additional description that is an extension or a detailing of the MainDescription .\n"@en; vec:enumLiteral "AdditionalDescription" . vec:LocalizedTypedStringType_MainDescription rdf:type vec:LocalizedTypedStringType , owl:NamedIndividiual; rdfs:comment "The primary description of an element, possibly inherited from a parent element (e.g. a ComponentNode might inherit its description from the assigned UsageNode ).\n"@en; vec:enumLiteral "MainDescription" . vec:LocalizedTypedStringType_SupplementaryTitle rdf:type vec:LocalizedTypedStringType , owl:NamedIndividiual; rdfs:comment "The LocalizedTypedString represents a SupplementaryTitle in accordance with ISO 7200.\n"@en; vec:enumLiteral "SupplementaryTitle" . vec:LocalizedTypedStringType_Title rdf:type vec:LocalizedTypedStringType , owl:NamedIndividiual; rdfs:comment "The LocalizedTypedString represents a Title in accordance with ISO 7200.\n"@en; vec:enumLiteral "Title" . vec:LocalizedTypedStringType rdf:type owl:Class; rdfs:label "LocalizedTypedStringType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:LevelOfApproval_Invalid rdf:type vec:LevelOfApproval , owl:NamedIndividiual; rdfs:comment "The ItemVersion shall not be used anymore.\n"@en; vec:enumLiteral "Invalid" . vec:LevelOfApproval_Restricted rdf:type vec:LevelOfApproval , owl:NamedIndividiual; rdfs:comment "The Usage of the ItemVersion is restricted in some way. See additionalLevelInformation for more details.\n"@en; vec:enumLiteral "Restricted" . vec:LevelOfApproval_Free rdf:type vec:LevelOfApproval , owl:NamedIndividiual; rdfs:comment "The ItemVersion can be used without restriction.\n"@en; vec:enumLiteral "Free" . vec:LevelOfApproval_Develop rdf:type vec:LevelOfApproval , owl:NamedIndividiual; rdfs:comment "An approval during the development process. There might process specific different approvals out of this category. See Approval.additionalLevelInformation for more information about the details.\n"@en; vec:enumLiteral "Develop" . vec:LevelOfApproval_Planned rdf:type vec:LevelOfApproval , owl:NamedIndividiual; rdfs:comment "The ItemVersion has been created.\n"@en; vec:enumLiteral "Planned" . vec:LevelOfApproval rdf:type owl:Class; rdfs:comment "The LevelOfApproval standardizes the approval levels most engineering processes have in common. See Approval.levelOfApproval for more details.\n"@en; rdfs:label "LevelOfApproval"@en; rdfs:subClassOf vec:OpenEnumeration . vec:LengthClassification_Adapted rdf:type vec:LengthClassification , owl:NamedIndividiual; rdfs:comment "An adapted length means that the value is not the exact value taken from the CAD tool but is adapted in some way. Adapted values are supposed for further use in the process, especially as basis for the product specification. Adapted values are normally created for example by rounding the designed values.\n"@en; vec:enumLiteral "Adapted" . vec:LengthClassification_Designed rdf:type vec:LengthClassification , owl:NamedIndividiual; rdfs:comment "A designed length means that the value is derived automatically in a CAD Tool (e.g. from a 3D Geometry).\n"@en; vec:enumLiteral "Designed" . vec:LengthClassification rdf:type owl:Class; rdfs:comment "Enumeration for the definition of a LengthClassification.\n"@en; rdfs:label "LengthClassification"@en; rdfs:subClassOf vec:OpenEnumeration . vec:LanguageCode_Zu rdf:type vec:LanguageCode , owl:NamedIndividiual; rdfs:comment "Zulu\n"@en; vec:enumLiteral "Zu" . vec:LanguageCode_Zh rdf:type vec:LanguageCode , owl:NamedIndividiual; rdfs:comment "Chinese\n"@en; vec:enumLiteral "Zh" . vec:LanguageCode_Za rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Za" . vec:LanguageCode_Yo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Yo" . vec:LanguageCode_Yi rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Yi" . vec:LanguageCode_Xh rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Xh" . vec:LanguageCode_Wo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Wo" . vec:LanguageCode_Vo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Vo" . vec:LanguageCode_Vi rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Vi" . vec:LanguageCode_Uz rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Uz" . vec:LanguageCode_Ur rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ur" . vec:LanguageCode_Uk rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Uk" . vec:LanguageCode_Ug rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ug" . vec:LanguageCode_Tw rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Tw" . vec:LanguageCode_Tt rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Tt" . vec:LanguageCode_Ts rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ts" . vec:LanguageCode_Tr rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Tr" . vec:LanguageCode_To rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "To" . vec:LanguageCode_Tn rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Tn" . vec:LanguageCode_Tl rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Tl" . vec:LanguageCode_Tk rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Tk" . vec:LanguageCode_Zi rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Zi" . vec:LanguageCode_Th rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Th" . vec:LanguageCode_Tg rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Tg" . vec:LanguageCode_Te rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Te" . vec:LanguageCode_Ta rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ta" . vec:LanguageCode_Sw rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sw" . vec:LanguageCode_Sv rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sv" . vec:LanguageCode_Su rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Su" . vec:LanguageCode_St rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "St" . vec:LanguageCode_Ss rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ss" . vec:LanguageCode_Sr rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sr" . vec:LanguageCode_Sq rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sq" . vec:LanguageCode_So rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "So" . vec:LanguageCode_Sn rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sn" . vec:LanguageCode_Sm rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sm" . vec:LanguageCode_Sl rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sl" . vec:LanguageCode_Sk rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sk" . vec:LanguageCode_Si rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Si" . vec:LanguageCode_Sh rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sh" . vec:LanguageCode_Sg rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sg" . vec:LanguageCode_Sd rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sd" . vec:LanguageCode_Sa rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Sa" . vec:LanguageCode_Rw rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Rw" . vec:LanguageCode_Ru rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ru" . vec:LanguageCode_Ro rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ro" . vec:LanguageCode_Rn rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Rn" . vec:LanguageCode_Rm rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Rm" . vec:LanguageCode_Qu rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Qu" . vec:LanguageCode_Pt rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Pt" . vec:LanguageCode_Ps rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ps" . vec:LanguageCode_Pl rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Pl" . vec:LanguageCode_Pa rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Pa" . vec:LanguageCode_Or rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Or" . vec:LanguageCode_Om rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Om" . vec:LanguageCode_Oc rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Oc" . vec:LanguageCode_No rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "No" . vec:LanguageCode_Nl rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Nl" . vec:LanguageCode_Ne rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ne" . vec:LanguageCode_Na rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Na" . vec:LanguageCode_My rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "My" . vec:LanguageCode_Mt rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Mt" . vec:LanguageCode_Ms rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ms" . vec:LanguageCode_Mr rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Mr" . vec:LanguageCode_Mo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Mo" . vec:LanguageCode_Mn rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Mn" . vec:LanguageCode_Ml rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ml" . vec:LanguageCode_Mk rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Mk" . vec:LanguageCode_Mi rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Mi" . vec:LanguageCode_Mg rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Mg" . vec:LanguageCode_Lv rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Lv" . vec:LanguageCode_Lt rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Lt" . vec:LanguageCode_Lo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Lo" . vec:LanguageCode_Ln rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ln" . vec:LanguageCode_La rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "La" . vec:LanguageCode_Ky rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ky" . vec:LanguageCode_Ku rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ku" . vec:LanguageCode_Ks rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ks" . vec:LanguageCode_Ko rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ko" . vec:LanguageCode_Kn rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Kn" . vec:LanguageCode_Km rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Km" . vec:LanguageCode_Kl rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Kl" . vec:LanguageCode_Kk rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Kk" . vec:LanguageCode_Ka rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ka" . vec:LanguageCode_Jw rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Jw" . vec:LanguageCode_Ji rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ji" . vec:LanguageCode_Ja rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ja" . vec:LanguageCode_Iw rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Iw" . vec:LanguageCode_Iu rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Iu" . vec:LanguageCode_It rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "It" . vec:LanguageCode_Is rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Is" . vec:LanguageCode_In rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "In" . vec:LanguageCode_Ik rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ik" . vec:LanguageCode_Ie rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ie" . vec:LanguageCode_Id rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Id" . vec:LanguageCode_Ia rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ia" . vec:LanguageCode_Hy rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Hy" . vec:LanguageCode_Hu rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Hu" . vec:LanguageCode_Hr rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Hr" . vec:LanguageCode_He rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "He" . vec:LanguageCode_Hi rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Hi" . vec:LanguageCode_Ha rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ha" . vec:LanguageCode_Gu rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Gu" . vec:LanguageCode_Gn rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Gn" . vec:LanguageCode_Gl rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Gl" . vec:LanguageCode_Gd rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Gd" . vec:LanguageCode_Ga rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ga" . vec:LanguageCode_Fy rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Fy" . vec:LanguageCode_Fr rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Fr" . vec:LanguageCode_Fo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Fo" . vec:LanguageCode_Fj rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Fj" . vec:LanguageCode_Fi rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Fi" . vec:LanguageCode_Fa rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Fa" . vec:LanguageCode_Eu rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Eu" . vec:LanguageCode_Et rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Et" . vec:LanguageCode_Es rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Es" . vec:LanguageCode_Eo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Eo" . vec:LanguageCode_En rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "En" . vec:LanguageCode_El rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "El" . vec:LanguageCode_Dz rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Dz" . vec:LanguageCode_De rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "De" . vec:LanguageCode_Da rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Da" . vec:LanguageCode_Cy rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Cy" . vec:LanguageCode_Cs rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Cs" . vec:LanguageCode_Co rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Co" . vec:LanguageCode_Ca rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ca" . vec:LanguageCode_Br rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Br" . vec:LanguageCode_Bo rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Bo" . vec:LanguageCode_Bn rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Bn" . vec:LanguageCode_Bi rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Bi" . vec:LanguageCode_Bh rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Bh" . vec:LanguageCode_Bg rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Bg" . vec:LanguageCode_Be rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Be" . vec:LanguageCode_Ba rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ba" . vec:LanguageCode_Az rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Az" . vec:LanguageCode_Ay rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ay" . vec:LanguageCode_As rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "As" . vec:LanguageCode_Ar rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Ar" . vec:LanguageCode_Am rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Am" . vec:LanguageCode_Af rdf:type vec:LanguageCode , owl:NamedIndividiual; vec:enumLiteral "Af" . vec:LanguageCode_Ab rdf:type vec:LanguageCode , owl:NamedIndividiual; rdfs:comment "Abkhazian\n"@en; vec:enumLiteral "Ab" . vec:LanguageCode_Aa rdf:type vec:LanguageCode , owl:NamedIndividiual; rdfs:comment "Afar\n"@en; vec:enumLiteral "Aa" . vec:LanguageCode rdf:type owl:Class; rdfs:comment "Enumeration for the definition of ISO language codes. (see KBLFRM-317)\n"@en; rdfs:label "LanguageCode"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:LanguageCode_Aa vec:LanguageCode_Ab vec:LanguageCode_Af vec:LanguageCode_Am vec:LanguageCode_Ar vec:LanguageCode_As vec:LanguageCode_Ay vec:LanguageCode_Az vec:LanguageCode_Ba vec:LanguageCode_Be vec:LanguageCode_Bg vec:LanguageCode_Bh vec:LanguageCode_Bi vec:LanguageCode_Bn vec:LanguageCode_Bo vec:LanguageCode_Br vec:LanguageCode_Ca vec:LanguageCode_Co vec:LanguageCode_Cs vec:LanguageCode_Cy vec:LanguageCode_Da vec:LanguageCode_De vec:LanguageCode_Dz vec:LanguageCode_El vec:LanguageCode_En vec:LanguageCode_Eo vec:LanguageCode_Es vec:LanguageCode_Et vec:LanguageCode_Eu vec:LanguageCode_Fa vec:LanguageCode_Fi vec:LanguageCode_Fj vec:LanguageCode_Fo vec:LanguageCode_Fr vec:LanguageCode_Fy vec:LanguageCode_Ga vec:LanguageCode_Gd vec:LanguageCode_Gl vec:LanguageCode_Gn vec:LanguageCode_Gu vec:LanguageCode_Ha vec:LanguageCode_Hi vec:LanguageCode_He vec:LanguageCode_Hr vec:LanguageCode_Hu vec:LanguageCode_Hy vec:LanguageCode_Ia vec:LanguageCode_Id vec:LanguageCode_Ie vec:LanguageCode_Ik vec:LanguageCode_In vec:LanguageCode_Is vec:LanguageCode_It vec:LanguageCode_Iu vec:LanguageCode_Iw vec:LanguageCode_Ja vec:LanguageCode_Ji vec:LanguageCode_Jw vec:LanguageCode_Ka vec:LanguageCode_Kk vec:LanguageCode_Kl vec:LanguageCode_Km vec:LanguageCode_Kn vec:LanguageCode_Ko vec:LanguageCode_Ks vec:LanguageCode_Ku vec:LanguageCode_Ky vec:LanguageCode_La vec:LanguageCode_Ln vec:LanguageCode_Lo vec:LanguageCode_Lt vec:LanguageCode_Lv vec:LanguageCode_Mg vec:LanguageCode_Mi vec:LanguageCode_Mk vec:LanguageCode_Ml vec:LanguageCode_Mn vec:LanguageCode_Mo vec:LanguageCode_Mr vec:LanguageCode_Ms vec:LanguageCode_Mt vec:LanguageCode_My vec:LanguageCode_Na vec:LanguageCode_Ne vec:LanguageCode_Nl vec:LanguageCode_No vec:LanguageCode_Oc vec:LanguageCode_Om vec:LanguageCode_Or vec:LanguageCode_Pa vec:LanguageCode_Pl vec:LanguageCode_Ps vec:LanguageCode_Pt vec:LanguageCode_Qu vec:LanguageCode_Rm vec:LanguageCode_Rn vec:LanguageCode_Ro vec:LanguageCode_Ru vec:LanguageCode_Rw vec:LanguageCode_Sa vec:LanguageCode_Sd vec:LanguageCode_Sg vec:LanguageCode_Sh vec:LanguageCode_Si vec:LanguageCode_Sk vec:LanguageCode_Sl vec:LanguageCode_Sm vec:LanguageCode_Sn vec:LanguageCode_So vec:LanguageCode_Sq vec:LanguageCode_Sr vec:LanguageCode_Ss vec:LanguageCode_St vec:LanguageCode_Su vec:LanguageCode_Sv vec:LanguageCode_Sw vec:LanguageCode_Ta vec:LanguageCode_Te vec:LanguageCode_Tg vec:LanguageCode_Th vec:LanguageCode_Zi vec:LanguageCode_Tk vec:LanguageCode_Tl vec:LanguageCode_Tn vec:LanguageCode_To vec:LanguageCode_Tr vec:LanguageCode_Ts vec:LanguageCode_Tt vec:LanguageCode_Tw vec:LanguageCode_Ug vec:LanguageCode_Uk vec:LanguageCode_Ur vec:LanguageCode_Uz vec:LanguageCode_Vi vec:LanguageCode_Vo vec:LanguageCode_Wo vec:LanguageCode_Xh vec:LanguageCode_Yi vec:LanguageCode_Yo vec:LanguageCode_Za vec:LanguageCode_Zh vec:LanguageCode_Zu ) ] . vec:LabelingTechnology_Codeable rdf:type vec:LabelingTechnology , owl:NamedIndividiual; rdfs:comment "In case of labels that can be coded at a later stage (e.g. RFID)."@en; vec:enumLiteral "Codeable" . vec:LabelingTechnology_PreCoded rdf:type vec:LabelingTechnology , owl:NamedIndividiual; rdfs:comment "In case precoded labels (e.g. RFID)."@en; vec:enumLiteral "PreCoded" . vec:LabelingTechnology_Moulded rdf:type vec:LabelingTechnology , owl:NamedIndividiual; vec:enumLiteral "Moulded" . vec:LabelingTechnology_Imprinted rdf:type vec:LabelingTechnology , owl:NamedIndividiual; vec:enumLiteral "Imprinted" . vec:LabelingTechnology_Printed rdf:type vec:LabelingTechnology , owl:NamedIndividiual; vec:enumLiteral "Printed" . vec:LabelingTechnology_Lasered rdf:type vec:LabelingTechnology , owl:NamedIndividiual; vec:enumLiteral "Lasered" . vec:LabelingTechnology rdf:type owl:Class; rdfs:comment "OpenEnumeration of standard labeling technologies."@en; rdfs:label "LabelingTechnology"@en; rdfs:subClassOf vec:OpenEnumeration . vec:LabelType_RFID rdf:type vec:LabelType , owl:NamedIndividiual; vec:enumLiteral "RFID" . vec:LabelType_QRCode rdf:type vec:LabelType , owl:NamedIndividiual; vec:enumLiteral "QRCode" . vec:LabelType_BarCode rdf:type vec:LabelType , owl:NamedIndividiual; vec:enumLiteral "BarCode" . vec:LabelType_AlphaNumerical rdf:type vec:LabelType , owl:NamedIndividiual; vec:enumLiteral "AlphaNumerical" . vec:LabelType rdf:type owl:Class; rdfs:comment "OpenEnumeration of different labeling types. This refers to the way the information is encoded."@en; rdfs:label "LabelType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:LabelPosition_Continuous rdf:type vec:LabelPosition , owl:NamedIndividiual; vec:enumLiteral "Continuous" . vec:LabelPosition_End rdf:type vec:LabelPosition , owl:NamedIndividiual; vec:enumLiteral "End" . vec:LabelPosition rdf:type owl:Class; rdfs:comment "Open Enumeration of standard label positions on WireElementReferences. "@en; rdfs:label "LabelPosition"@en; rdfs:subClassOf vec:OpenEnumeration . vec:InsulationState_Uninsulated rdf:type vec:InsulationState , owl:NamedIndividiual; rdfs:comment "The splice is not electrically insulated.\n"@en; vec:enumLiteral "Uninsulated" . vec:InsulationState_Insulated rdf:type vec:InsulationState , owl:NamedIndividiual; rdfs:comment "The splice is electrically insulated.\n"@en; vec:enumLiteral "Insulated" . vec:InsulationState rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the insulation state of the splice.\n"@en; rdfs:label "InsulationState"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ImperialUnitName_Acre rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Acre" . vec:ImperialUnitName_Rood rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Rood" . vec:ImperialUnitName_Perch rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Perch" . vec:ImperialUnitName_Ton rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Ton" . vec:ImperialUnitName_HundredWeight rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "HundredWeight" . vec:ImperialUnitName_Quarter rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Quarter" . vec:ImperialUnitName_Stone rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Stone" . vec:ImperialUnitName_Pound rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Pound" . vec:ImperialUnitName_Ounce rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Ounce" . vec:ImperialUnitName_Drachm rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Drachm" . vec:ImperialUnitName_Grain rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Grain" . vec:ImperialUnitName_Gallon rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Gallon" . vec:ImperialUnitName_Quart rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Quart" . vec:ImperialUnitName_Pint rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Pint" . vec:ImperialUnitName_Gill rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Gill" . vec:ImperialUnitName_FluidOunce rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "FluidOunce" . vec:ImperialUnitName_League rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "League" . vec:ImperialUnitName_Mile rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Mile" . vec:ImperialUnitName_Furlong rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Furlong" . vec:ImperialUnitName_Chain rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Chain" . vec:ImperialUnitName_Yard rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Yard" . vec:ImperialUnitName_Foot rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Foot" . vec:ImperialUnitName_Inch rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Inch" . vec:ImperialUnitName_Thou rdf:type vec:ImperialUnitName , owl:NamedIndividiual; vec:enumLiteral "Thou" . vec:ImperialUnitName rdf:type owl:Class; rdfs:comment "Enumeration for the definition of imperial unit names.\n"@en; rdfs:label "ImperialUnitName"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:ImperialUnitName_Thou vec:ImperialUnitName_Inch vec:ImperialUnitName_Foot vec:ImperialUnitName_Yard vec:ImperialUnitName_Chain vec:ImperialUnitName_Furlong vec:ImperialUnitName_Mile vec:ImperialUnitName_League vec:ImperialUnitName_FluidOunce vec:ImperialUnitName_Gill vec:ImperialUnitName_Pint vec:ImperialUnitName_Quart vec:ImperialUnitName_Gallon vec:ImperialUnitName_Grain vec:ImperialUnitName_Drachm vec:ImperialUnitName_Ounce vec:ImperialUnitName_Pound vec:ImperialUnitName_Stone vec:ImperialUnitName_Quarter vec:ImperialUnitName_HundredWeight vec:ImperialUnitName_Ton vec:ImperialUnitName_Perch vec:ImperialUnitName_Rood vec:ImperialUnitName_Acre ) ] . vec:IECUnitName_Byte rdf:type vec:IECUnitName , owl:NamedIndividiual; vec:enumLiteral "Byte" . vec:IECUnitName_Bit rdf:type vec:IECUnitName , owl:NamedIndividiual; vec:enumLiteral "Bit" . vec:IECUnitName rdf:type owl:Class; rdfs:comment "Enumeration for the definition of IEC unit names.\n"@en; rdfs:label "IECUnitName"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:IECUnitName_Bit vec:IECUnitName_Byte ) ] . vec:IECPrefix_Kibi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Kibi" . vec:IECPrefix_Mebi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Mebi" . vec:IECPrefix_Gibi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Gibi" . vec:IECPrefix_Tebi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Tebi" . vec:IECPrefix_Pebi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Pebi" . vec:IECPrefix_Exbi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Exbi" . vec:IECPrefix_Zebi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Zebi" . vec:IECPrefix_Yobi rdf:type vec:IECPrefix , owl:NamedIndividiual; vec:enumLiteral "Yobi" . vec:IECPrefix rdf:type owl:Class; rdfs:comment "Enumeration for the definition of IEC unit prefixes.\n"@en; rdfs:label "IECPrefix"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:IECPrefix_Yobi vec:IECPrefix_Zebi vec:IECPrefix_Exbi vec:IECPrefix_Pebi vec:IECPrefix_Tebi vec:IECPrefix_Gibi vec:IECPrefix_Mebi vec:IECPrefix_Kibi ) ] . vec:HousingComponentType_MultiFuse rdf:type vec:HousingComponentType , owl:NamedIndividiual; vec:enumLiteral "MultiFuse" . vec:HousingComponentType_RingTerminal rdf:type vec:HousingComponentType , owl:NamedIndividiual; vec:enumLiteral "RingTerminal" . vec:HousingComponentType_Terminal rdf:type vec:HousingComponentType , owl:NamedIndividiual; vec:enumLiteral "Terminal" . vec:HousingComponentType_EEComponent rdf:type vec:HousingComponentType , owl:NamedIndividiual; vec:enumLiteral "EEComponent" . vec:HousingComponentType_Relay rdf:type vec:HousingComponentType , owl:NamedIndividiual; vec:enumLiteral "Relay" . vec:HousingComponentType_Fuse rdf:type vec:HousingComponentType , owl:NamedIndividiual; vec:enumLiteral "Fuse" . vec:HousingComponentType_ConnectorHousing rdf:type vec:HousingComponentType , owl:NamedIndividiual; vec:enumLiteral "ConnectorHousing" . vec:HousingComponentType rdf:type owl:Class; rdfs:comment "Defines the valid HousingComponentTypes. The values in this Enumeration are matching the relevant PrimaryPartTypes. For a description of the values see PrimaryPartType.\n"@en; rdfs:label "HousingComponentType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:HoleMountedFixingHoleType_Through rdf:type vec:HoleMountedFixingHoleType , owl:NamedIndividiual; rdfs:comment "The hole is in some kind metal sheet or similar. The fixing is stuck through the hole and expands in some way on the other side to reach a fixation."@en; vec:enumLiteral "Through" . vec:HoleMountedFixingHoleType_Plain rdf:type vec:HoleMountedFixingHoleType , owl:NamedIndividiual; rdfs:comment "The hole itself is plain and provides no specific features."@en; vec:enumLiteral "Plain" . vec:HoleMountedFixingHoleType_ImperialThread rdf:type vec:HoleMountedFixingHoleType , owl:NamedIndividiual; rdfs:comment "The hole provides an imperial thread for fixation."@en; vec:enumLiteral "ImperialThread" . vec:HoleMountedFixingHoleType_MetricThread rdf:type vec:HoleMountedFixingHoleType , owl:NamedIndividiual; rdfs:comment "The hole provides a metric thread for fixation."@en; vec:enumLiteral "MetricThread" . vec:HoleMountedFixingHoleType rdf:type owl:Class; rdfs:comment "Open Enumeration of standard hole types (see HoleMountedFixingSpecification.holeType)."@en; rdfs:label "HoleMountedFixingHoleType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:HoleMountedFixingHoleShape_Slotted rdf:type vec:HoleMountedFixingHoleShape , owl:NamedIndividiual; vec:enumLiteral "Slotted" . vec:HoleMountedFixingHoleShape_Oval rdf:type vec:HoleMountedFixingHoleShape , owl:NamedIndividiual; vec:enumLiteral "Oval" . vec:HoleMountedFixingHoleShape_Square rdf:type vec:HoleMountedFixingHoleShape , owl:NamedIndividiual; vec:enumLiteral "Square" . vec:HoleMountedFixingHoleShape_Circular rdf:type vec:HoleMountedFixingHoleShape , owl:NamedIndividiual; vec:enumLiteral "Circular" . vec:HoleMountedFixingHoleShape rdf:type owl:Class; rdfs:comment "Open Enumeration of standard hole shapes (see HoleMountedFixingSpecification.holeShape)."@en; rdfs:label "HoleMountedFixingHoleShape"@en; rdfs:subClassOf vec:OpenEnumeration . vec:HistoryEntryType_Sequence rdf:type vec:HistoryEntryType , owl:NamedIndividiual; vec:enumLiteral "Sequence" . vec:HistoryEntryType_Derivation rdf:type vec:HistoryEntryType , owl:NamedIndividiual; vec:enumLiteral "Derivation" . vec:HistoryEntryType rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the type of relationship represented by an ItemHistoryEntry. (see KBLFRM-271)\n"@en; rdfs:label "HistoryEntryType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:HistoryEntryType_Derivation vec:HistoryEntryType_Sequence ) ] . vec:GrommetType_LeadThrough rdf:type vec:GrommetType , owl:NamedIndividiual; vec:enumLiteral "LeadThrough" . vec:GrommetType_BendProtection rdf:type vec:GrommetType , owl:NamedIndividiual; vec:enumLiteral "BendProtection" . vec:GrommetType_ConnectorCover rdf:type vec:GrommetType , owl:NamedIndividiual; vec:enumLiteral "ConnectorCover" . vec:GrommetType rdf:type owl:Class; rdfs:comment ""@en; rdfs:label "GrommetType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:GrommetMountingType_Threading rdf:type vec:GrommetMountingType , owl:NamedIndividiual; rdfs:comment "The wires must threaded through the grommet."@en; vec:enumLiteral "Threading" . vec:GrommetMountingType_MultiPiece rdf:type vec:GrommetMountingType , owl:NamedIndividiual; rdfs:comment "The grommet consists of multiple parts that are assembled around the harness to create the final appearance."@en; vec:enumLiteral "MultiPiece" . vec:GrommetMountingType_Slit rdf:type vec:GrommetMountingType , owl:NamedIndividiual; rdfs:comment "The grommet has a longitudinal slit through which the wires can be inserted.\n"@en; vec:enumLiteral "Slit" . vec:GrommetMountingType_Moulded rdf:type vec:GrommetMountingType , owl:NamedIndividiual; rdfs:comment "The grommet created in place around the harness with some kind of moulding or foaming manufacturing process."@en; vec:enumLiteral "Moulded" . vec:GrommetMountingType rdf:type owl:Class; rdfs:comment "OpenEnumeration to define different mounting possibilities of a grommet onto a wiring harness."@en; rdfs:label "GrommetMountingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:GeometryType_Formboard rdf:type vec:GeometryType , owl:NamedIndividiual; rdfs:comment "The geometry is a model of a formboard.\n"@en; vec:enumLiteral "Formboard" . vec:GeometryType_Dmu rdf:type vec:GeometryType , owl:NamedIndividiual; rdfs:comment "The geometry is a DMU model of the vehicle.\n"@en; vec:enumLiteral "Dmu" . vec:GeometryType rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the GeometryType.\n"@en; rdfs:label "GeometryType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:FuseType_MITOX rdf:type vec:FuseType , owl:NamedIndividiual; vec:enumLiteral "MITOX" . vec:FuseType_Form_CB15_CatE rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: auto\n"@en; vec:enumLiteral "Form_CB15_CatE" . vec:FuseType_Type_A1S rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: flat\n"@en; vec:enumLiteral "Type_A1S" . vec:FuseType_Type_A1 rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: jcase\n"@en; vec:enumLiteral "Type_A1" . vec:FuseType_Type_E rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: maxi\n"@en; vec:enumLiteral "Type_E" . vec:FuseType_Type_C rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: ato\n"@en; vec:enumLiteral "Type_C" . vec:FuseType_Type_F rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: mini\n"@en; vec:enumLiteral "Type_F" . vec:FuseType_Type_SF rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: strip\n"@en; vec:enumLiteral "Type_SF" . vec:FuseType_Type_SF30 rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: midi\n"@en; vec:enumLiteral "Type_SF30" . vec:FuseType_Type_SF51 rdf:type vec:FuseType , owl:NamedIndividiual; rdfs:comment "also known as: mega\n"@en; vec:enumLiteral "Type_SF51" . vec:FuseType rdf:type owl:Class; rdfs:comment "Defines the values for the type a fuse. This is the geometrical type.\n"@en; rdfs:label "FuseType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:FunctionalRequirementType_Function rdf:type vec:FunctionalRequirementType , owl:NamedIndividiual; rdfs:comment "Requirements from a functional point of view (e.g. standby current).\n"@en; vec:enumLiteral "Function" . vec:FunctionalRequirementType_Legal rdf:type vec:FunctionalRequirementType , owl:NamedIndividiual; rdfs:comment "Legal Requirements.\n"@en; vec:enumLiteral "Legal" . vec:FunctionalRequirementType_Crash rdf:type vec:FunctionalRequirementType , owl:NamedIndividiual; rdfs:comment "Crash requirements e.g. post-crash functionality.\n"@en; vec:enumLiteral "Crash" . vec:FunctionalRequirementType_FunctionalSafety rdf:type vec:FunctionalRequirementType , owl:NamedIndividiual; rdfs:comment "Functional safety requirements e.g. ASIL Level.\n"@en; vec:enumLiteral "FunctionalSafety" . vec:FunctionalRequirementType rdf:type owl:Class; rdfs:label "FunctionalRequirementType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:FoilShieldWindingType_Longitudinal rdf:type vec:FoilShieldWindingType , owl:NamedIndividiual; rdfs:comment "Folded lengthwise around the shielded elements (like a cigarette paper)."@en; vec:enumLiteral "Longitudinal" . vec:FoilShieldWindingType_Overlap rdf:type vec:FoilShieldWindingType , owl:NamedIndividiual; rdfs:comment "Spirally wound around the shielded elements with minimal overlap (i.e. without gaps)"@en; vec:enumLiteral "Overlap" . vec:FoilShieldWindingType rdf:type owl:Class; rdfs:comment "Defines the type of winding for foil shields. It can be folded around and along the inner wire elements like a cigarette paper or it can be wound around them in a spiral. Both types result in different manufacturing and EMC properties.\n"@en; rdfs:label "FoilShieldWindingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:FittingForm_A rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "A pipe / tube connector (1:1) with an additional outlet for wires (without a pipe / tube).\n"@en; vec:enumLiteral "A" . vec:FittingForm_M rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "A \"wye\" with more than 2 outlets (one inlet).\n"@en; vec:enumLiteral "M" . vec:FittingForm_Lateral rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "A \"wye\" with one straight and one lateral outlet.\n"@en; vec:enumLiteral "Lateral" . vec:FittingForm_Wye rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "Symmetric division (2 ways).\n"@en; vec:enumLiteral "Wye" . vec:FittingForm_Elbow rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "Angled 1:1 coupling.\n"@en; vec:enumLiteral "Elbow" . vec:FittingForm_Reducer rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "Straight 1:1 coupling used for changes of the nominal size.\n"@en; vec:enumLiteral "Reducer" . vec:FittingForm_Plug rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "Plug for the closure of tubes and pipes.\n"@en; vec:enumLiteral "Plug" . vec:FittingForm_EndPiece rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "For covering pipe ends when no screw fitting is used. Allows cables to be inserted level to avoid damage.\n"@en; vec:enumLiteral "EndPiece" . vec:FittingForm_Cap rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "Cap for the closure of tubes and pipes.\n"@en; vec:enumLiteral "Cap" . vec:FittingForm_Straight rdf:type vec:FittingForm , owl:NamedIndividiual; rdfs:comment "Straight 1:1 coupling e.g. used for the coupling of different pipe sections.\n"@en; vec:enumLiteral "Straight" . vec:FittingForm_Cross rdf:type vec:FittingForm , owl:NamedIndividiual; vec:enumLiteral "Cross" . vec:FittingForm_Tee rdf:type vec:FittingForm , owl:NamedIndividiual; vec:enumLiteral "Tee" . vec:FittingForm rdf:type owl:Class; rdfs:comment "OpenEnumeration to define different fitting forms.\n"@en; rdfs:label "FittingForm"@en; rdfs:subClassOf vec:OpenEnumeration . vec:DocumentType_MatingInterface rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type are a specification of the geometrical interface for a connector family. All connectors satisfying this interface are plugging compatible with the corresponding component connector, provided that a matching coding is selected.\n"@en; vec:enumLiteral "MatingInterface" . vec:DocumentType_ProcessingInstruction rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type specify the processing / handling of a part during production (e.g. a crimp specification for terminals)."@en; vec:enumLiteral "ProcessingInstruction" . vec:DocumentType_ComponentDrawing rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment " DocumentVersion of this type represent the drawing of a component (Deutsch: Einzelteilezeichnung). Those DocumentVersion are normally used as external reference to the document containing the graphical representation of the component and do not contain Specifications . DocumentVersion describing a component in terms of the VEC (with Specifications ) shall have the DocumentType PartMaster.\n"@en; vec:enumLiteral "ComponentDrawing" . vec:DocumentType_DeviationTable rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents that define allowed deviations from specified part numbers.\n"@en; vec:enumLiteral "DeviationTable" . vec:DocumentType_NetworkSymbol rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type represent a graphical symbol (2D), which is normally an external file (e.g. an SVG, PNG). The use case for this document type are symbols that are used in network / architecture diagrams.\n"@en; vec:enumLiteral "NetworkSymbol" . vec:DocumentType_SchematicSymbol rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type represent a graphical symbol (2D), which is normally an external file (e.g. an SVG, PNG). The use case for this document type are symbols that are used in schematic diagrams.\n"@en; vec:enumLiteral "SchematicSymbol" . vec:DocumentType_HarnessCoupling rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment " DocumentVersions of this type define the coupling information of wiring harnesses in a vehicle network. The DocumentVersion contains the necessary CouplingSpecifications and the PartUsages for the coupling devices.\n"@en; vec:enumLiteral "HarnessCoupling" . vec:DocumentType_MasterDataDefinition rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type contain master data definitions e.g. list valid UsageNodes or list valid Signals .\n"@en; vec:enumLiteral "MasterDataDefinition" . vec:DocumentType_GeometryParameters rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "An actual set of parameters for a GeometryTemplate. "@en; vec:enumLiteral "GeometryParameters" . vec:DocumentType_GeometryTemplate rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "A GeometryTemplate is a GeometryModelSimplified who's actual appearance can be modified with a set of parameters, e.g. a tube can have a variable length, diameter and deformation. A specific set of parameters is defined in GeometryParameters. "@en; vec:enumLiteral "GeometryTemplate" . vec:DocumentType_GeometryModelOccurrence rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type represent a geometry model (3D) of a component or part, normally as a reference to an external file (e.g. a JT File or some native file of a 3D modelling tool). \"Occurrence\" means, that the model represents the component in a specific usage situation, meaning in a specific shape and position (e.g. a deformed grommet).\n"@en; vec:enumLiteral "GeometryModelOccurrence" . vec:DocumentType_GeometryModelSimplified rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type represent a geometry model (3D) of a component or part, normally as a reference to an external file (e.g. a JT File or some native file of a 3D modelling tool). Simplified means, that those models contain only details necessary for representation in wiring harness and not every detail (e.g. for production of the component itself). For example, a simplified connector model might not contain cavity details.\nHowever, a simplified model could contain additional (meta-)information necessary in the harness development process (e.g. segment connection points).\n"@en; vec:enumLiteral "GeometryModelSimplified" . vec:DocumentType_GeometryModel rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type represent a geometry model (3D) of a component or part, normally as a reference to an external file (e.g. a JT File or some native file of a 3D modelling tool). GeometryModels are original CAD Models and not simplified. Typical use cases are for example the models of components (e.g. connectors) used in a 3D model or the 3D visualization of a Harness.\n"@en; vec:enumLiteral "GeometryModel" . vec:DocumentType_GraphicsSymbol rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type represent a graphical symbol (2D), which is normally an external file (e.g. an SVG, PNG). The use case for this document type are symbols that are used in 2D harness and form board drawings.\n"@en; vec:enumLiteral "GraphicsSymbol" . vec:DocumentType_ChangeDescription rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "ChangeDescription" . vec:DocumentType_RequirementsDescription rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "A requirements description is some kind of document that contains requirements for a certain part or a group of parts, their design or their properties. A requirements description can be a requirements specification (e.g. REQ-IF) or any other document containing requirements (e.g. a norm).\n"@en; vec:enumLiteral "RequirementsDescription" . vec:DocumentType_ManufacturingDescription rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "ManufacturingDescription" . vec:DocumentType_InstallationDescription rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "InstallationDescription" . vec:DocumentType_HarnessDescription rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type contain the description of a Harness  (which is for example the scope of the KBL).\n"@en; vec:enumLiteral "HarnessDescription" . vec:DocumentType_WiringDescription rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "WiringDescription" . vec:DocumentType_SchematicProject rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "The SchematicProject is a bracket around multiple SystemSchematics which are by itself often versioned documents.\n"@en; vec:enumLiteral "SchematicProject" . vec:DocumentType_SystemSchematic rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "SystemSchematic" . vec:DocumentType_NetworkArchitecture rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "NetworkArchitecture" . vec:DocumentType_PartMasterTemplate rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type describe reusable snippets of component master data (e.g. a standard cavities or wire receptions, wires without color or interface definition for E/E components).\n"@en; vec:enumLiteral "PartMasterTemplate" . vec:DocumentType_PartMaster rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "Documents of this type describe the master data of a part / component (e.g. a ConnectorHousing , a  Terminal , a Wire ).\n"@en; vec:enumLiteral "PartMaster" . vec:DocumentType_BaselineDefinition rdf:type vec:DocumentType , owl:NamedIndividiual; rdfs:comment "The DocumentVersion represents the definition of a baseline (see BaselineSpecification ).\n"@en; vec:enumLiteral "BaselineDefinition" . vec:DocumentType rdf:type owl:Class; rdfs:comment "Defines the predefined DocumentTypes of a PartVersion. A certain DocumentType has normally a typical set of information that is defined within its scope. E.g. a part master document contains Specifications that are used for the description of a defined PartVersion. The content and the degree of information a DocumentType may vary in the different processes.\n"@en; rdfs:label "DocumentType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:DocumentRelationType_RequirementsLink rdf:type vec:DocumentRelationType , owl:NamedIndividiual; vec:enumLiteral "RequirementsLink" . vec:DocumentRelationType_ResponsibilityLink rdf:type vec:DocumentRelationType , owl:NamedIndividiual; vec:enumLiteral "ResponsibilityLink" . vec:DocumentRelationType rdf:type owl:Class; rdfs:label "DocumentRelationType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:DefaultDimensionType_WireLengths rdf:type vec:DefaultDimensionType , owl:NamedIndividiual; rdfs:comment "Applies to length values for WireElementReferences .\n"@en; vec:enumLiteral "WireLengths" . vec:DefaultDimensionType_FixingDistances rdf:type vec:DefaultDimensionType , owl:NamedIndividiual; rdfs:comment "Applies to the measurements between individual fixings.\n"@en; vec:enumLiteral "FixingDistances" . vec:DefaultDimensionType_SegmentLengths rdf:type vec:DefaultDimensionType , owl:NamedIndividiual; rdfs:comment "Applies to length values for segments.\n"@en; vec:enumLiteral "SegmentLengths" . vec:DefaultDimensionType_MeasurementChains rdf:type vec:DefaultDimensionType , owl:NamedIndividiual; rdfs:comment "Applies to all measurements without specific tolerance definitions or a more specific DefaultDimensionType. Sums of individual dimensions must also not exceed these tolerances.\n"@en; vec:enumLiteral "MeasurementChains" . vec:DefaultDimensionType rdf:type owl:Class; rdfs:comment "The dimensionType defines to which measurements this DefaultDimension applies.\n"@en; rdfs:label "DefaultDimensionType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:CurrentType_DC rdf:type vec:CurrentType , owl:NamedIndividiual; vec:enumLiteral "DC" . vec:CurrentType_ACThreePhase rdf:type vec:CurrentType , owl:NamedIndividiual; vec:enumLiteral "ACThreePhase" . vec:CurrentType_ACTwoPhase rdf:type vec:CurrentType , owl:NamedIndividiual; vec:enumLiteral "ACTwoPhase" . vec:CurrentType_ACOnePhase rdf:type vec:CurrentType , owl:NamedIndividiual; vec:enumLiteral "ACOnePhase" . vec:CurrentType rdf:type owl:Class; rdfs:label "CurrentType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:CrimpShape_OVL rdf:type vec:CrimpShape , owl:NamedIndividiual; vec:enumLiteral "OVL" . vec:CrimpShape_O rdf:type vec:CrimpShape , owl:NamedIndividiual; vec:enumLiteral "O" . vec:CrimpShape_F rdf:type vec:CrimpShape , owl:NamedIndividiual; vec:enumLiteral "F" . vec:CrimpShape rdf:type owl:Class; rdfs:comment " OpenEnumeration of possible CrimpShapes for Core- and InsulationCrimps.\n"@en; rdfs:label "CrimpShape"@en; rdfs:subClassOf vec:OpenEnumeration . vec:CrimpBarrelType_Closed rdf:type vec:CrimpBarrelType , owl:NamedIndividiual; vec:enumLiteral "Closed" . vec:CrimpBarrelType_Open rdf:type vec:CrimpBarrelType , owl:NamedIndividiual; vec:enumLiteral "Open" . vec:CrimpBarrelType rdf:type owl:Class; rdfs:comment "The CrimpBarrel Type defines in an OpenEnumeration the shape of the crimp barrel in its unprocessed state.\n"@en; rdfs:label "CrimpBarrelType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ContractRole_Manufacturer rdf:type vec:ContractRole , owl:NamedIndividiual; vec:enumLiteral "Manufacturer" . vec:ContractRole_Supplier rdf:type vec:ContractRole , owl:NamedIndividiual; vec:enumLiteral "Supplier" . vec:ContractRole_Oem rdf:type vec:ContractRole , owl:NamedIndividiual; vec:enumLiteral "Oem" . vec:ContractRole rdf:type owl:Class; rdfs:comment "Enumeration for the definition of roles a contractor has in a contract.\n"@en; rdfs:label "ContractRole"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConnectorPositionAssuranceType_ScrewMonitoring rdf:type vec:ConnectorPositionAssuranceType , owl:NamedIndividiual; rdfs:comment "The correct positioning of the connector can be ensured by a screw monitoring."@en; vec:enumLiteral "ScrewMonitoring" . vec:ConnectorPositionAssuranceType_Electronical rdf:type vec:ConnectorPositionAssuranceType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Electronical" . vec:ConnectorPositionAssuranceType_Mechanical rdf:type vec:ConnectorPositionAssuranceType , owl:NamedIndividiual; rdfs:comment "The connector features some sort of mechanical device (switch, snapper, slider, spring), that ensure the correct placement and closing of the primary locking of the connector."@en; vec:enumLiteral "Mechanical" . vec:ConnectorPositionAssuranceType rdf:type owl:Class; rdfs:comment "Defines the valid connector position assurance types for connectors.\n"@en; rdfs:label "ConnectorPositionAssuranceType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConnectorPositionAssuranceState_Engaged rdf:type vec:ConnectorPositionAssuranceState , owl:NamedIndividiual; vec:enumLiteral "Engaged" . vec:ConnectorPositionAssuranceState_PreInstalled rdf:type vec:ConnectorPositionAssuranceState , owl:NamedIndividiual; vec:enumLiteral "PreInstalled" . vec:ConnectorPositionAssuranceState_NotInstalled rdf:type vec:ConnectorPositionAssuranceState , owl:NamedIndividiual; vec:enumLiteral "NotInstalled" . vec:ConnectorPositionAssuranceState rdf:type owl:Class; rdfs:comment "Defines the valid states for the connector position assurance (CPA).\n"@en; rdfs:label "ConnectorPositionAssuranceState"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConnectorOutletDirection_Angled rdf:type vec:ConnectorOutletDirection , owl:NamedIndividiual; vec:enumLiteral "Angled" . vec:ConnectorOutletDirection_Straight rdf:type vec:ConnectorOutletDirection , owl:NamedIndividiual; vec:enumLiteral "Straight" . vec:ConnectorOutletDirection rdf:type owl:Class; rdfs:comment "Defines the OutletDirection of a connector for wires.\n"@en; rdfs:label "ConnectorOutletDirection"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConnectorLockingType_RotarySlider rdf:type vec:ConnectorLockingType , owl:NamedIndividiual; vec:enumLiteral "RotarySlider" . vec:ConnectorLockingType_Spring rdf:type vec:ConnectorLockingType , owl:NamedIndividiual; vec:enumLiteral "Spring" . vec:ConnectorLockingType_Bolting rdf:type vec:ConnectorLockingType , owl:NamedIndividiual; vec:enumLiteral "Bolting" . vec:ConnectorLockingType_Lever rdf:type vec:ConnectorLockingType , owl:NamedIndividiual; vec:enumLiteral "Lever" . vec:ConnectorLockingType_Slider rdf:type vec:ConnectorLockingType , owl:NamedIndividiual; vec:enumLiteral "Slider" . vec:ConnectorLockingType_SnapLock rdf:type vec:ConnectorLockingType , owl:NamedIndividiual; rdfs:comment "The plastic of connector has some notches, lances, retainer (or its counterpart) that snap into position when connector is placed."@en; vec:enumLiteral "SnapLock" . vec:ConnectorLockingType rdf:type owl:Class; rdfs:comment "Defines the valid primary locking types for connectors.\n"@en; rdfs:label "ConnectorLockingType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConnectorLockingState_Closed rdf:type vec:ConnectorLockingState , owl:NamedIndividiual; vec:enumLiteral "Closed" . vec:ConnectorLockingState_Open rdf:type vec:ConnectorLockingState , owl:NamedIndividiual; vec:enumLiteral "Open" . vec:ConnectorLockingState rdf:type owl:Class; rdfs:comment "Defines the valid states for the connector locking.\n"@en; rdfs:label "ConnectorLockingState"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConnectionGroupType_Coaxial rdf:type vec:ConnectionGroupType , owl:NamedIndividiual; vec:enumLiteral "Coaxial" . vec:ConnectionGroupType_Shielded rdf:type vec:ConnectionGroupType , owl:NamedIndividiual; vec:enumLiteral "Shielded" . vec:ConnectionGroupType_Twisted rdf:type vec:ConnectionGroupType , owl:NamedIndividiual; vec:enumLiteral "Twisted" . vec:ConnectionGroupType rdf:type owl:Class; rdfs:comment "Defines the type of physical realization that is expressed by a ConnectionGroup.\n"@en; rdfs:label "ConnectionGroupType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConnectionEndGender_Unspecified rdf:type vec:ConnectionEndGender , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Unspecified" . vec:ConnectionEndGender_Female rdf:type vec:ConnectionEndGender , owl:NamedIndividiual; vec:enumLiteral "Female" . vec:ConnectionEndGender_Male rdf:type vec:ConnectionEndGender , owl:NamedIndividiual; vec:enumLiteral "Male" . vec:ConnectionEndGender rdf:type owl:Class; rdfs:comment "Defines the gender of a connection end.\n"@en; rdfs:label "ConnectionEndGender"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConfidentialityLevel_Secret rdf:type vec:ConfidentialityLevel , owl:NamedIndividiual; vec:enumLiteral "Secret" . vec:ConfidentialityLevel_Confidential rdf:type vec:ConfidentialityLevel , owl:NamedIndividiual; vec:enumLiteral "Confidential" . vec:ConfidentialityLevel_Internal rdf:type vec:ConfidentialityLevel , owl:NamedIndividiual; vec:enumLiteral "Internal" . vec:ConfidentialityLevel_Public rdf:type vec:ConfidentialityLevel , owl:NamedIndividiual; vec:enumLiteral "Public" . vec:ConfidentialityLevel rdf:type owl:Class; rdfs:comment "Defines different levels of confidentiality for DocumentVersions.\n"@en; rdfs:label "ConfidentialityLevel"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConductorType_Braided rdf:type vec:ConductorType , owl:NamedIndividiual; rdfs:comment "Used for conductors that are made of multiple individual strands that are braided together (often used for shields).\n"@en; vec:enumLiteral "Braided" . vec:ConductorType_Foil rdf:type vec:ConductorType , owl:NamedIndividiual; rdfs:comment "Used for conductors that are a foil (e.g. some shields).\n"@en; vec:enumLiteral "Foil" . vec:ConductorType_Stranded rdf:type vec:ConductorType , owl:NamedIndividiual; rdfs:comment "Used for conductors that are made of multiple individual strands (used for most automotive cores).\n"@en; vec:enumLiteral "Stranded" . vec:ConductorType_Rigid rdf:type vec:ConductorType , owl:NamedIndividiual; rdfs:comment "Used for conductors that are made of solid material.\n"@en; vec:enumLiteral "Rigid" . vec:ConductorType rdf:type owl:Class; rdfs:comment "Specifies the type of the conductor, e.g. if it is rigid or stranded.\n"@en; rdfs:label "ConductorType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ConductorStructure_MultiStrand rdf:type vec:ConductorStructure , owl:NamedIndividiual; rdfs:comment "Multi-Strand conductor structure in accordance with ISO 6722-1 (Type C)\n"@en; vec:enumLiteral "MultiStrand" . vec:ConductorStructure_Asymmetric rdf:type vec:ConductorStructure , owl:NamedIndividiual; rdfs:comment "Asymmetric conductor structure in accordance with ISO 6722-1 (Type B)\n"@en; vec:enumLiteral "Asymmetric" . vec:ConductorStructure_Symmetric rdf:type vec:ConductorStructure , owl:NamedIndividiual; rdfs:comment "Symmetric conductor structure in accordance with ISO 6722-1 (Type A)\n"@en; vec:enumLiteral "Symmetric" . vec:ConductorStructure rdf:type owl:Class; rdfs:comment "Specifies the structure of the conductor according to ISO 6722-1 for ConductorSpecifications with Type = Stranded.\n"@en; rdfs:label "ConductorStructure"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ComponentPortViewItemSide_Right rdf:type vec:ComponentPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Right" . vec:ComponentPortViewItemSide_Left rdf:type vec:ComponentPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Left" . vec:ComponentPortViewItemSide_Bottom rdf:type vec:ComponentPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Bottom" . vec:ComponentPortViewItemSide_Top rdf:type vec:ComponentPortViewItemSide , owl:NamedIndividiual; vec:enumLiteral "Top" . vec:ComponentPortViewItemSide rdf:type owl:Class; rdfs:label "ComponentPortViewItemSide"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:ComponentPortViewItemSide_Top vec:ComponentPortViewItemSide_Bottom vec:ComponentPortViewItemSide_Left vec:ComponentPortViewItemSide_Right ) ] . vec:ComponentNodeType_PotentialDistributor rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "A passive device that distributes one or more potentials. Splits a network into different Connections with the same Signal.\n"@en; vec:enumLiteral "PotentialDistributor" . vec:ComponentNodeType_OpenLink rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "Defines that this ComponentNode is an OpenLink. In the description of partial systems, it can be necessary to reference a ComponentNode that is not defined in the scope of the partial system (e.g. vehicle infrastructure like power, ground, bus systems). OpenLinks must be resolved and replaced by a determined ComponentNode when a partial system is integrated into a vehicle system.\n"@en; vec:enumLiteral "OpenLink" . vec:ComponentNodeType_OpenEnd rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "Defines that this ComponentNode is the end point for some unconnected connections that require wires and routings in the resulting harness (e.g. an antenna). A component node of this type is used whenever connections shall not be connected (on one side), regardless of if it is an individual wire or a core of a multi core wire.\n"@en; vec:enumLiteral "OpenEnd" . vec:ComponentNodeType_Ground rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "Defines that this ComponentNode is a grounding point.\n"@en; vec:enumLiteral "Ground" . vec:ComponentNodeType_Fuse rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment " \n"@en; vec:enumLiteral "Fuse" . vec:ComponentNodeType_Relay rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment " \n"@en; vec:enumLiteral "Relay" . vec:ComponentNodeType_Lamp rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment " \n"@en; vec:enumLiteral "Lamp" . vec:ComponentNodeType_Switch rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "A \"Switch\" is a device that can change its internal connectivity in reaction to some external action (e.g. connect / disconnect some pins). A switch has no \"active\" logic (in contrast to an ECU).\n"@en; vec:enumLiteral "Switch" . vec:ComponentNodeType_PowerDistribution rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "A device that distributes power to other devices (e.g. a fuse box).\n"@en; vec:enumLiteral "PowerDistribution" . vec:ComponentNodeType_Generator rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "A device that can generate energy.\n"@en; vec:enumLiteral "Generator" . vec:ComponentNodeType_EnergyStorage rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "A device that stores energy in some kind of way (e.g. a battery).\n"@en; vec:enumLiteral "EnergyStorage" . vec:ComponentNodeType_CouplingDevice rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "A CouplingDevice is the (virtual) device that separates / connects two or more wiring harnesses. \"Virtual\" because it can be interpreted as a device / interface definition between the harnesses, where one harness behaves like an E/E component form the point of view of the other harness.\n"@en; vec:enumLiteral "CouplingDevice" . vec:ComponentNodeType_Actuator rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "An actuator is a device that is responsible for controlling or moving a mechanism.\n"@en; vec:enumLiteral "Actuator" . vec:ComponentNodeType_Sensor rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "A sensor is a device that detects changes to the environment and sends them as information to other devices (e.g. an ECU).\n"@en; vec:enumLiteral "Sensor" . vec:ComponentNodeType_ECU rdf:type vec:ComponentNodeType , owl:NamedIndividiual; rdfs:comment "Electronic Control Unit. An electronic control unit (ECU) is any embedded system in automotive electronics that controls one or more of the electrical systems or subsystems in a vehicle.\n"@en; vec:enumLiteral "ECU" . vec:ComponentNodeType rdf:type owl:Class; rdfs:comment "Defines the common agreed values for the types of a ComponentNode.\n"@en; rdfs:label "ComponentNodeType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ComponentNodeSubType_Motor rdf:type vec:ComponentNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Motor" . vec:ComponentNodeSubType_Speaker rdf:type vec:ComponentNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Speaker" . vec:ComponentNodeSubType_Microphone rdf:type vec:ComponentNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Microphone" . vec:ComponentNodeSubType_Fuse rdf:type vec:ComponentNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Fuse" . vec:ComponentNodeSubType_Relay rdf:type vec:ComponentNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Relay" . vec:ComponentNodeSubType_Lamp rdf:type vec:ComponentNodeSubType , owl:NamedIndividiual; vec:enumLiteral "Lamp" . vec:ComponentNodeSubType rdf:type owl:Class; rdfs:comment "Defines agreed values for ComponentNodeSubTypes . Not all combinations of ComponentNodeSubTypes and ComponentNodeTypes are semantically correct (e.g. Lamp, Microphone, Speaker, Motor are all Actuators).\n"@en; rdfs:label "ComponentNodeSubType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ColorReferenceSystem_RGB rdf:type vec:ColorReferenceSystem , owl:NamedIndividiual; vec:enumLiteral "RGB" . vec:ColorReferenceSystem_RAL rdf:type vec:ColorReferenceSystem , owl:NamedIndividiual; vec:enumLiteral "RAL" . rdf:type vec:ColorReferenceSystem , owl:NamedIndividiual; rdfs:comment "The literal shall be used for the IEC 60757 \"Electrotechnical engineering; code for designation of colours\"\n"@en; vec:enumLiteral "IEC 60757" . vec:ColorReferenceSystem rdf:type owl:Class; rdfs:comment "Defines the literals that shall be used for specific color reference systems.\n"@en; rdfs:label "ColorReferenceSystem"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ChangeRestrictionType_Function rdf:type vec:ChangeRestrictionType , owl:NamedIndividiual; rdfs:comment "A change of the ItemVersion might create a heavy impact on the function of the product, e.g. because of critical interdependencies like a bearing fit."@en; vec:enumLiteral "Function" . vec:ChangeRestrictionType_Safety rdf:type vec:ChangeRestrictionType , owl:NamedIndividiual; rdfs:comment "The ItemVersion influences safety critical elements, and their changes are underlying specific restrictions."@en; vec:enumLiteral "Safety" . vec:ChangeRestrictionType_Legal rdf:type vec:ChangeRestrictionType , owl:NamedIndividiual; rdfs:comment "The ItemVersion falls under legal and other regulatory aspects (e.g. it defines type approval characteristics)."@en; vec:enumLiteral "Legal" . vec:ChangeRestrictionType rdf:type owl:Class; rdfs:comment "The ChangeRestrictionType defines the reason for a changeRestriction (see ItemVersion.changeRestriction for more details) . "@en; rdfs:label "ChangeRestrictionType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:CavityGeometry_Octagon rdf:type vec:CavityGeometry , owl:NamedIndividiual; vec:enumLiteral "Octagon" . vec:CavityGeometry_Oval rdf:type vec:CavityGeometry , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Oval" . vec:CavityGeometry_Circular rdf:type vec:CavityGeometry , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Circular" . vec:CavityGeometry_Square rdf:type vec:CavityGeometry , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "Square" . vec:CavityGeometry rdf:type owl:Class; rdfs:comment "Defines valid values of the geometry of cavities in the sealing area (crimp end).\n"@en; rdfs:label "CavityGeometry"@en; rdfs:subClassOf vec:OpenEnumeration . vec:CableLeadThroughType_WithSealingComponent rdf:type vec:CableLeadThroughType , owl:NamedIndividiual; rdfs:comment "Literal used when the CableLeadThrough is sealed with an additional sealing component (a \"cavity seal\").\n"@en; vec:enumLiteral "WithSealingComponent" . vec:CableLeadThroughType_Foamed rdf:type vec:CableLeadThroughType , owl:NamedIndividiual; vec:enumLiteral "Foamed" . vec:CableLeadThroughType_Overmolded rdf:type vec:CableLeadThroughType , owl:NamedIndividiual; vec:enumLiteral "Overmolded" . vec:CableLeadThroughType_SealingGlue rdf:type vec:CableLeadThroughType , owl:NamedIndividiual; vec:enumLiteral "SealingGlue" . vec:CableLeadThroughType_ShrinkingTubeWithSealingGlue rdf:type vec:CableLeadThroughType , owl:NamedIndividiual; vec:enumLiteral "ShrinkingTubeWithSealingGlue" . vec:CableLeadThroughType_ShrinkingTube rdf:type vec:CableLeadThroughType , owl:NamedIndividiual; rdfs:comment ""@en; vec:enumLiteral "ShrinkingTube" . vec:CableLeadThroughType rdf:type owl:Class; rdfs:comment "Defines valid types for CableLeadThroughs.\n"@en; rdfs:label "CableLeadThroughType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:CableLeadThroughGeometry_Oval rdf:type vec:CableLeadThroughGeometry , owl:NamedIndividiual; vec:enumLiteral "Oval" . vec:CableLeadThroughGeometry_Circular rdf:type vec:CableLeadThroughGeometry , owl:NamedIndividiual; vec:enumLiteral "Circular" . vec:CableLeadThroughGeometry_Square rdf:type vec:CableLeadThroughGeometry , owl:NamedIndividiual; vec:enumLiteral "Square" . vec:CableLeadThroughGeometry rdf:type owl:Class; rdfs:comment "Defines valid values for the geometry of a CableLeadThrough in the sealing area.\n"@en; rdfs:label "CableLeadThroughGeometry"@en; rdfs:subClassOf vec:OpenEnumeration . vec:BoltMountedFixingBoltType_Regular rdf:type vec:BoltMountedFixingBoltType , owl:NamedIndividiual; rdfs:comment "A bolt with some kind of corrugation for fixing to lock on."@en; vec:enumLiteral "Regular" . vec:BoltMountedFixingBoltType_Plain rdf:type vec:BoltMountedFixingBoltType , owl:NamedIndividiual; rdfs:comment "A plain bolt without any specific features.\n"@en; vec:enumLiteral "Plain" . vec:BoltMountedFixingBoltType_ImperialThread rdf:type vec:BoltMountedFixingBoltType , owl:NamedIndividiual; rdfs:comment "A bolt with an imperial scale thread.\n"@en; vec:enumLiteral "ImperialThread" . vec:BoltMountedFixingBoltType_MetricThread rdf:type vec:BoltMountedFixingBoltType , owl:NamedIndividiual; rdfs:comment "A bolt with a metric scale thread.\n"@en; vec:enumLiteral "MetricThread" . vec:BoltMountedFixingBoltType rdf:type owl:Class; rdfs:comment "OpenEnumeration for the types of the bolts on which the fixing can be mounted.\n"@en; rdfs:label "BoltMountedFixingBoltType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:BoltMountedFixingBoltShape_Oval rdf:type vec:BoltMountedFixingBoltShape , owl:NamedIndividiual; vec:enumLiteral "Oval" . vec:BoltMountedFixingBoltShape_Square rdf:type vec:BoltMountedFixingBoltShape , owl:NamedIndividiual; vec:enumLiteral "Square" . vec:BoltMountedFixingBoltShape_Circular rdf:type vec:BoltMountedFixingBoltShape , owl:NamedIndividiual; vec:enumLiteral "Circular" . vec:BoltMountedFixingBoltShape rdf:type owl:Class; rdfs:comment "OpenEnumeration for the shapes of the bolts on which the fixing can be mounted.\n"@en; rdfs:label "BoltMountedFixingBoltShape"@en; rdfs:subClassOf vec:OpenEnumeration . vec:BaselineState_Frozen rdf:type vec:BaselineState , owl:NamedIndividiual; rdfs:comment "Frozen means that the baseline is finalized and new ItemVersions must not be added without creating a new version of the baseline itself.\n"@en; vec:enumLiteral "Frozen" . vec:BaselineState_Draft rdf:type vec:BaselineState , owl:NamedIndividiual; rdfs:comment "Draft means that the baseline is not finalized yet and new ItemVersions can be added without the necessity to create a new version of the baseline itself.\n"@en; vec:enumLiteral "Draft" . vec:BaselineState rdf:type owl:Class; rdfs:comment "Enumeration the define the valid states of a baseline.\n"@en; rdfs:label "BaselineState"@en; rdfs:subClassOf vec:OpenEnumeration . vec:BaselineContent_Complete rdf:type vec:BaselineContent , owl:NamedIndividiual; rdfs:comment "A complete baseline contains all elements of the final scope of the baseline.\n"@en; vec:enumLiteral "Complete" . vec:BaselineContent_Partial rdf:type vec:BaselineContent , owl:NamedIndividiual; rdfs:comment "A partial baseline does not contain all elements of the final scope of the baseline (e.g. it is a baseline created during the development process).\n"@en; vec:enumLiteral "Partial" . vec:BaselineContent rdf:type owl:Class; rdfs:comment "Enumeration to define the state of the content of the baseline in regard of its defined scope.\n"@en; rdfs:label "BaselineContent"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ApplicationType_Busbar rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "Busbar" . vec:ApplicationType_OpticalFibre rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "OpticalFibre" . vec:ApplicationType_HF rdf:type vec:ApplicationType , owl:NamedIndividiual; rdfs:comment "High Frequency"@en; vec:enumLiteral "HF" . rdf:type vec:ApplicationType , owl:NamedIndividiual; rdfs:comment "Flat conductors, FFC = Flat Flexible Cable, FPC = Flexible Printed Circuitry.\n"@en; vec:enumLiteral "FFC/FPC" . vec:ApplicationType_HV5 rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "HV5" . vec:ApplicationType_HV4 rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "HV4" . vec:ApplicationType_HV3 rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "HV3" . vec:ApplicationType_HV2 rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "HV2" . vec:ApplicationType_HV1 rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "HV1" . vec:ApplicationType_HV rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "HV" . vec:ApplicationType_48V rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "48V" . vec:ApplicationType_24V rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "24V" . vec:ApplicationType_12V rdf:type vec:ApplicationType , owl:NamedIndividiual; vec:enumLiteral "12V" . vec:ApplicationType rdf:type owl:Class; rdfs:comment " OpenEnumeration defines different fields of application / application types for and within wiring harnesses.\n \nFor definitions of 12V to HV5 see NominalVoltage.\n"@en; rdfs:label "ApplicationType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:ApplicationConstraintType_Deny rdf:type vec:ApplicationConstraintType , owl:NamedIndividiual; vec:enumLiteral "Deny" . vec:ApplicationConstraintType_Allow rdf:type vec:ApplicationConstraintType , owl:NamedIndividiual; vec:enumLiteral "Allow" . vec:ApplicationConstraintType rdf:type owl:Class; rdfs:comment "Enumeration for the definition of the type of an ApplicationConstraints. Valid values are Allow and Deny .\n"@en; rdfs:label "ApplicationConstraintType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:ApplicationConstraintType_Allow vec:ApplicationConstraintType_Deny ) ] . vec:AnchorType_FromEndNode rdf:type vec:AnchorType , owl:NamedIndividiual; rdfs:comment "The offset of the location is measured from the endNode of the TopologySegment.\n"@en; vec:enumLiteral "FromEndNode" . vec:AnchorType_FromStartNode rdf:type vec:AnchorType , owl:NamedIndividiual; rdfs:comment "The offset of the location is measured from the startNode of the TopologySegment.\n"@en; vec:enumLiteral "FromStartNode" . vec:AnchorType rdf:type owl:Class; rdfs:comment "Enumeration for the definition of AnchorType of the SegmentLocation.\n"@en; rdfs:label "AnchorType"@en; rdfs:subClassOf vec:ClosedEnumeration; owl:equivalentClass [ rdf:type owl:Class; owl:oneOf ( vec:AnchorType_FromStartNode vec:AnchorType_FromEndNode ) ] . vec:AliasIdentificationType_SoftwareAddress rdf:type vec:AliasIdentificationType , owl:NamedIndividiual; rdfs:comment "A SoftwareAddress identifies a vehicle network participant during regular operation. This is normally used on NetworkPorts, ComponentPorts and PinComponentBehaviours.\n"@en; vec:enumLiteral "SoftwareAddress" . vec:AliasIdentificationType_DiagnosticAddress rdf:type vec:AliasIdentificationType , owl:NamedIndividiual; rdfs:comment "A DiagnosticAddress identifies a vehicle network participant during diagnosis. This is normally used on NetworkPorts, ComponentPorts and PinComponentBehaviours.\n"@en; vec:enumLiteral "DiagnosticAddress" . vec:AliasIdentificationType_UUID rdf:type vec:AliasIdentificationType , owl:NamedIndividiual; rdfs:comment "Defines that this AliasIdentification represents a \"Universally Unique Identifier\". Although a UUID is technical definition of a 128-Bit number, the primary relevance of this type is not its technical representation, but it's other properties. An AliasIdentification with the type \"UUID\" of an element is its unique identifier, which is constant over time, never changes and is never reused for other elements. Such an AliasIdentification can be used to trace elements through different systems, companies and processes.\n"@en; vec:enumLiteral "UUID" . vec:AliasIdentificationType rdf:type owl:Class; rdfs:label "AliasIdentificationType"@en; rdfs:subClassOf vec:OpenEnumeration . vec:zoneCoverageSecondLocation rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ZoneCoverage; rdfs:label "secondLocation"@en; rdfs:range vec:Location; rdfs:subPropertyOf vec:contains . vec:zoneCoverageFirstLocation rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ZoneCoverage; rdfs:label "firstLocation"@en; rdfs:range vec:Location; rdfs:subPropertyOf vec:contains . vec:zoneAssignmentCoverage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Contains a set of ZoneCoverages that define the areas of a TopologySegment that is affected by the TopologyZone. If no coverage is defined, the complete segment is affected. Multiple coverages can be necessary if the TopologySegment zigzags in and out of the TopologyZone.\n"@en; rdfs:domain vec:ZoneAssignment; rdfs:label "coverage"@en; rdfs:range vec:ZoneCoverage; rdfs:subPropertyOf vec:contains . vec:zoneAssignmentAssignedSegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The TopologySegment that is assigned to TopologyZone with this ZoneAssignment.\n"@en; rdfs:domain vec:ZoneAssignment; rdfs:label "assignedSegment"@en; rdfs:range vec:TopologySegment . vec:wireTupleTerminationSpecificationWireTupleTermination rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireTupleTerminationSpecification; rdfs:label "wireTupleTermination"@en; rdfs:range vec:WireTupleTermination; rdfs:subPropertyOf vec:contains . vec:wireTupleTerminationWireTupleSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireTupleTermination; rdfs:label "wireTupleSpecification"@en; rdfs:range vec:WireTupleSpecification . vec:wireTupleTerminationPermittedUntwist rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the allowed length of untwist for the WireElementReferences on the sides of associated WireEnds."@en; rdfs:domain vec:WireTupleTermination; rdfs:label "permittedUntwist"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireTupleTerminationFixationOffset rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the offset of the fixation."@en; rdfs:domain vec:WireTupleTermination; rdfs:label "fixationOffset"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireTupleTerminationAssociatedWireEnds rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireTupleTermination; rdfs:label "associatedWireEnds"@en; rdfs:range vec:WireEnd . vec:wireTupleSpecificationMaximumUntwistSingleSided rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum untwist for one side."@en; rdfs:domain vec:WireTupleSpecification; rdfs:label "maximumUntwistSingleSided"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireTupleSpecificationMaximumUntwistDualSided rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum untwist for both sides together (A+B)."@en; rdfs:domain vec:WireTupleSpecification; rdfs:label "maximumUntwistDualSided"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireTupleSpecificationFixationOffset rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The offset from the wire end, at which the fixation has to be placed."@en; rdfs:domain vec:WireTupleSpecification; rdfs:label "fixationOffset"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireTupleSpecificationFixationAccessory rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies PartRelations that can / have to be used for the fixation."@en; rdfs:domain vec:WireTupleSpecification; rdfs:label "fixationAccessory"@en; rdfs:range vec:PartRelation; rdfs:subPropertyOf vec:contains . vec:wireSpecificationWireElementSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Redundant to WireSpecification->WireElement->WireElementSpecification (exists for historical reasons).\nSince: 2.2.0"@en , "References the WireElementSpecification that defines the properties of the top-most WireElement.\n"@en; rdfs:domain vec:WireSpecification; rdfs:label "wireElementSpecification"@en; rdfs:range vec:WireElementSpecification; owl:deprecated true . vec:wireSpecificationWireElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the WireElement that represents the root of the WireSpecification .\n"@en; rdfs:domain vec:WireSpecification; rdfs:label "wireElement"@en; rdfs:range vec:WireElement; rdfs:subPropertyOf vec:contains . vec:wireRoleWireSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireSpecification that is instanced by this WireRole.\n"@en; rdfs:domain vec:WireRole; rdfs:label "wireSpecification"@en; rdfs:range vec:WireSpecification . vec:wireRoleWireElementReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the WireElementReferences used in the WireRole. For multi core wires more than one WireElementReference is needed. \n"@en; rdfs:domain vec:WireRole; rdfs:label "wireElementReference"@en; rdfs:range vec:WireElementReference; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationWireTipProtrusion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the valid length range in which the protrusion of the conductor from the conductor crimp must be located.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "wireTipProtrusion"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationWireReceptionType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the wire reception. The WireReceptionType defines how the wire is joined with the wire reception.\nThis attribute is defined in an OpenEnumeration. As there are terminals that support multiple joining techniques, e.g. crimping, soldering and a combination of both, it is possible to define multiple values for this attribute.\nJoining methods that are a combination of other joining methods are represented as a separate literal. For example, a WireReceptionSpecification with WireReceptionType = [Crimp,Soldering] supports crimping or soldering, but not a combination of both, where as the definition [Crimp,CrimpAndSoldering] would support crimping and crimping with subsequent soldering, but not soldering alone.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "wireReceptionType"@en; rdfs:range vec:WireReceptionType; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationWireElementOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a value range for valid diameters a WireElement must have to fit to the wire reception.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "wireElementOutsideDiameter"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationValidConductorMaterials rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the materials of a conductor, which are valid to use with this WireReceptionSpecification . This material shall be matched against the ConductorSpecification.material.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "validConductorMaterials"@en; rdfs:range vec:ConductorMaterial; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationSheetThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The thickness of the material of terminal (metal sheet) in the crimp area.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "sheetThickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationRearBellMouthLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the rear bell mouth of the conductor crimp (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "rearBellMouthLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationPlatingMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the plating material of the wire reception.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "platingMaterial"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationInsulationDisplacementLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the insulation which must be stripped off to fit to this wire reception.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "insulationDisplacementLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationInsulationCrimpShape rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " The shape of the insulation crimp (e.g. O).\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "insulationCrimpShape"@en; rdfs:range vec:CrimpShape; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationInsulationCrimpLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the insulation crimp (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "insulationCrimpLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationInsulationCrimpLegHeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The maximum height of the legs above the normal plane of the terminal (uncrimped state).\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "insulationCrimpLegHeight"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationFrontBellMouthLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the front (facing the terminal reception) bell mouth of the conductor crimp (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "frontBellMouthLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationCutOffTabLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the cut off tab (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "cutOffTabLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationCrimpConnectionLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the crimp area, conductor + insulation crimp (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "crimpConnectionLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationCrimpBarrelType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The CrimpBarrelType defines the shape of the crimp barrel in its unprocessed state. When the crimp barrel is open the wire can be laid into the terminal from above. If the crimp barrel is closed the wire must be fed in from the front.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "crimpBarrelType"@en; rdfs:range vec:CrimpBarrelType; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationCoreCrossSectionArea rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a value range for cross-section areas of cores that are compatible with the wire reception.\nFor wire receptions where a single core is attached to, this value defines the ValueRange of the crossSectionArea of the core. For wire receptions where more than one core is attached to (e.g. ring terminals, splices), this attribute defines the valid value range for the sum of the cross-section areas of all attached cores.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "coreCrossSectionArea"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationCoreCrimpDetails rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the CrimpDetails for this WireReception.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "coreCrimpDetails"@en; rdfs:range vec:CoreCrimpDetail; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationConnectionBLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the connection between the conductor and the insulation crimp (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "connectionBLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationConductorCrimpShape rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " The shape of the conductor crimp (e.g. F).\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "conductorCrimpShape"@en; rdfs:range vec:CrimpShape; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationConductorCrimpLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the conductor crimp (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "conductorCrimpLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationConductorCrimpLegHeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The maximum height of the legs above the normal plane of the terminal (uncrimped state).\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "conductorCrimpLegHeight"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionSpecificationAddOns rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireReceptionSpecification; rdfs:label "addOns"@en; rdfs:range vec:WireReceptionAddOn; rdfs:subPropertyOf vec:contains . vec:wireReceptionReferenceWireReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireReception that is instanced by this WireReceptionReference.\n"@en; rdfs:domain vec:WireReceptionReference; rdfs:label "wireReception"@en; rdfs:range vec:WireReception . vec:wireReceptionAddOnWireAddOn rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the wire length add on needed for the wire reception.\n"@en; rdfs:domain vec:WireReceptionAddOn; rdfs:label "wireAddOn"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionAddOnType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the add-on.\n"@en; rdfs:domain vec:WireReceptionAddOn; rdfs:label "type"@en; rdfs:range vec:WireAddOnType; rdfs:subPropertyOf vec:contains . vec:wireReceptionWireReceptionSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireReceptionSpecification that specifies the WireReception. \n"@en; rdfs:domain vec:WireReception; rdfs:label "wireReceptionSpecification"@en; rdfs:range vec:WireReceptionSpecification . vec:wireReceptionRotation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the rotation of a WireReception relative to the TerminalReception. The rotation of the WireReception is the angle between the normal vector on base plane of the crimp area and the y-axis, which is a rotation around the z-axis (right hand rule, compare illustration in \"Terminal Coordinate System\" ).\n"@en; rdfs:domain vec:WireReception; rdfs:label "rotation"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireReceptionPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PlacementPoint that represents this WireReception in a PlaceableElementSpecification.\n"@en; rdfs:domain vec:WireReception; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:wireReceptionAngle rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the angles against two planes of the connector housing a wire reception can be buckled. The planes are defined in a way, that angles of  [0.0, 0.0] specify an unbuckled (regular) terminal. The two planes are perpendicular to each other and parallel to the plugging direction of the terminal (the direction of the pin).\nThe plane for the first angle is the plane in which the uncrimped wire reception would be, if the terminal has not been buckled. Since most terminals are cut or punched in some way out of a sheet of metal, this plane would be the same as metal sheet before further deformation.\nFor ring terminals, the first plane is perpendicular to the bolt direction.\nWith a viewing direction from the wire reception to the terminal reception and the intended wire position above the terminal, buckling directions up and right are expressed by positive angles, down and left by negative angles.\n"@en; rdfs:domain vec:WireReception; rdfs:label "angle"@en; rdfs:range vec:NumericalValue , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:wireProtectionSpecificationSoundDampingClass rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the class of sound damping. According to the VDA this is a value between A & E. KBLFRM-311\n"@en; rdfs:domain vec:WireProtectionSpecification; rdfs:label "soundDampingClass"@en; rdfs:range vec:SoundDampingClass; rdfs:subPropertyOf vec:contains . vec:wireProtectionRoleWireProtectionSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireProtectionSpecification that is instanced by this WireProtectionRole.\n"@en; rdfs:domain vec:WireProtectionRole; rdfs:label "wireProtectionSpecification"@en; rdfs:range vec:WireProtectionSpecification . vec:wireProtectionRoleProtectionLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The ProtectionLength specifies the length of the area covered by the protection. As a consequence, the ProtectionLength may differ from the real length of the material (e.g. for tapes).\n"@en; rdfs:domain vec:WireProtectionRole; rdfs:label "protectionLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireProtectionRoleMaterialLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireProtectionRole; rdfs:label "materialLength"@en; rdfs:range vec:ProtectionMaterialLength; rdfs:subPropertyOf vec:contains . vec:wireProtectionGroupSpecificationWireProtectionGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireProtectionGroupSpecification; rdfs:label "wireProtectionGroup"@en; rdfs:range vec:WireProtectionGroup; rdfs:subPropertyOf vec:contains . vec:wireProtectionGroupRelatedWireProtections rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the members in the WireProtectionGroup.\n"@en; rdfs:domain vec:WireProtectionGroup; rdfs:label "relatedWireProtections"@en; rdfs:range vec:WireProtectionRole . vec:wireMountingDetailWireTipProtrusion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the valid length range in which the protrusion of the conductor from the conductor crimp must be located.\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "wireTipProtrusion"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:wireMountingDetailWireReceptionType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the joining method to be applied for this WireMountingDetail. This is particularly relevant for wire receptions that support multiple joining methods (see WireReceptionSpecification.WireReceptionType ).\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "wireReceptionType"@en; rdfs:range vec:WireReceptionType; rdfs:subPropertyOf vec:contains . vec:wireMountingDetailReferencedWireEnd rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireEnds that are mounted to referenced WireReception. A cardinality of more than one is allowed in order support parallel connectors, where multiple wire ends are placed on one side of the connector (one wire reception) and the other wire ends are placed on the other side of the connector (the other wire reception).\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "referencedWireEnd"@en; rdfs:range vec:WireEnd . vec:wireMountingDetailPullOffForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The minimum force, of this specific wire mounting situation, that the completed crimp should withstand when the wire is being pulled off the terminal. Above that force, the crimp can be expected to be destroyed at any time. This value applies when both core & insulation crimp are functional.\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "pullOffForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireMountingDetailInsulationPullOffForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The minimum force, of this specific wire mounting situation, that the completed crimp should withstand when the wire is being pulled off the terminal. Above that force, the crimp can be expected to be destroyed at any time. This value applies when only the insulation crimp is functional.\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "insulationPullOffForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireMountingDetailInsulationCrimpSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the required insulation crimp size (width & height) of this specific wire mounting situation.\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "insulationCrimpSize"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:wireMountingDetailCorePullOffForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The minimum force, of this specific wire mounting situation, that the completed crimp should withstand when the wire is being pulled off the terminal. Above that force, the crimp can be expected to be destroyed at any time. This value applies when only the core crimp is present or functional (insulation crimp is either not present or disabled).\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "corePullOffForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireMountingDetailCoreCrimpSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the required core crimp size (width & height) of this specific wire mounting situation.\n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "coreCrimpSize"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:wireMountingDetailContactedWireReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireReception that is used for the WireMounting. \n"@en; rdfs:domain vec:WireMountingDetail; rdfs:label "contactedWireReception"@en; rdfs:range vec:WireReceptionReference . vec:wireMountingDetailAbsoluteSealPosition rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The absoluteSealPosition defines the distance between the conductor tip and edge of the CavitySeal facing the conductor tip."@en; rdfs:domain vec:WireMountingDetail; rdfs:label "absoluteSealPosition"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireMountingWireMountingDetail rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the WireMoutingDetails, if a detailed description of the relationships between WireEnds and WireReceptions is needed.\n"@en; rdfs:domain vec:WireMounting; rdfs:label "wireMountingDetail"@en; rdfs:range vec:WireMountingDetail; rdfs:subPropertyOf vec:contains . vec:wireMountingWireEndAccessory rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireMounting; rdfs:label "wireEndAccessory"@en; rdfs:range vec:WireEndAccessoryRole . vec:wireMountingReferencedWireEnd rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the wire ends that are used for the wire mounting. The minimum cardinality is one, because a wire mounting without wire end makes no sense.\nThe maximum cardinality is * in order to support multi crimps.\n"@en; rdfs:domain vec:WireMounting; rdfs:label "referencedWireEnd"@en; rdfs:range vec:WireEnd . vec:wireMountingMountedCavitySeal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the cavity seal that is used for the wire mounting.\n"@en; rdfs:domain vec:WireMounting; rdfs:label "mountedCavitySeal"@en; rdfs:range vec:CavitySealRole . vec:wireLengthLengthValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The length value for the type.\n"@en; rdfs:domain vec:WireLength; rdfs:label "lengthValue"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireLengthLengthType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type of the length. Possible values are defined in an open enumeration (see WireLengthType).\n"@en; rdfs:domain vec:WireLength; rdfs:label "lengthType"@en; rdfs:range vec:WireLengthType; rdfs:subPropertyOf vec:contains . vec:wireGroupingSpecificationWireGrouping rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the WireGroupings described by the WireGroupingSpecification.\n"@en; rdfs:domain vec:WireGroupingSpecification; rdfs:label "wireGrouping"@en; rdfs:range vec:WireGrouping; rdfs:subPropertyOf vec:contains . vec:wireGroupingWireGroupSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireGroupSpecification that applies to the WireGrouping .\n"@en; rdfs:domain vec:WireGrouping; rdfs:label "wireGroupSpecification"@en; rdfs:range vec:WireGroupSpecification . vec:wireGroupingRelatedWireElementReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the concrete wire elements ( WireElementReference ) that are grouped by the WireGrouping.\n"@en; rdfs:domain vec:WireGrouping; rdfs:label "relatedWireElementReference"@en; rdfs:range vec:WireElementReference . vec:wireGroupingContainedWireGroupings rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireGroupings that are contained in this WireGrouping .\n"@en; rdfs:domain vec:WireGrouping; rdfs:label "containedWireGroupings"@en; rdfs:range vec:WireGrouping; rdfs:subPropertyOf vec:contains . vec:wireGroupingConnectionGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ConnectionGroup that is realized by this WireGrouping.\n"@en; rdfs:domain vec:WireGrouping; rdfs:label "connectionGroup"@en; rdfs:range vec:ConnectionGroup . vec:wireGroupSpecificationLengthOfTwist rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of twist if the wire group is representing a twisted pair.\n"@en; rdfs:domain vec:WireGroupSpecification; rdfs:label "lengthOfTwist"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireGroupSpecificationGroupType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the group (e.g. twisted pair, ...).\n"@en; rdfs:domain vec:WireGroupSpecification; rdfs:label "groupType"@en; rdfs:range vec:WireGroupType; rdfs:subPropertyOf vec:contains . vec:wireEndAccessorySpecificationWireReceptionSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the single WireReceptionSpecification that is specifying the properties of the WireEndAccessory that are related to wire.\n"@en; rdfs:domain vec:WireEndAccessorySpecification; rdfs:label "wireReceptionSpecification"@en; rdfs:range vec:WireReceptionSpecification . vec:wireEndAccessoryRoleWireEndAccessorySpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireEndAccessorySpecification that is instanced by this WireEndAccessoryRole.\n"@en; rdfs:domain vec:WireEndAccessoryRole; rdfs:label "wireEndAccessorySpecification"@en; rdfs:range vec:WireEndAccessorySpecification . vec:wireEndStrippingLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the length by which an insulation on this stripped relative to this WireEnd, defined by the cutBackLength . E.g. a cutBackLength of 20mm and a strippingLength of 10mm means, that this WireElementReference is cutback by 20mm relative to length of whole wire, on the side of the defining WireEnd. Form the remaining WireElementReference are then 10mm insulation removed.\n"@en; rdfs:domain vec:WireEnd; rdfs:label "strippingLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireEndInsulationPullbackLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a partial stripping process in which the insulation is pulled back by the insulationPullbackLength after being cut at the strippingLength and is left on the WireEnd e.g. for logistic reasons. The insulationPullbackLength must be shorter than the strippingLength; otherwise, it would not qualify as partial stripping."@en; rdfs:domain vec:WireEnd; rdfs:label "insulationPullbackLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireEndCutBackLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the length, by which this WireEnd is cut back relative to the cut length of the outer most WireElementReference (see strippingLength for an example).\n"@en; rdfs:domain vec:WireEnd; rdfs:label "cutBackLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireEndConnectionEnd rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireEnd; rdfs:label "connectionEnd"@en; rdfs:range vec:ConnectionEnd . vec:wireElementSpecificationWireGroupSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "If the WireElementSpecification is representing a wire group, then the specification of the wire group is referenced here. That means as well, that the WireElementSpecification shall have subWireElementSpecifications .\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "wireGroupSpecification"@en; rdfs:range vec:WireGroupSpecification . vec:wireElementSpecificationValidWireReceptionTypes rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the WireReceptionTypes that are allowed for joining with the specified WireElement.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "validWireReceptionTypes"@en; rdfs:range vec:WireReceptionType; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the wire. A wire must not have more than one type. This attribute allows more than one value for the reason, that the same type can be expressed in multiple reference systems.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "type"@en; rdfs:range vec:WireType; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationTransmissionMediumType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the transmission medium in this wire element."@en; rdfs:domain vec:WireElementSpecification; rdfs:label "transmissionMediumType"@en; rdfs:range vec:TransmissionMediumType; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationWrapperItem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the actual item for a Wrapper."; rdfs:domain vec:WireElementSpecificationWrapper; rdfs:range vec:WireElementSpecification . vec:WireElementSpecificationWrapper rdf:type owl:Class; rdfs:comment "Container class for WireElementSpecification to participate in non-unique and/or ordered associations." . vec:wireElementSpecificationSubWireElementSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Redundant to WireElement->SubWireElement (exists for historical reasons and reuse of complex wire structures is not recommended).\nSince: 2.2.0"@en , "This association is defined as unique='false' and ordered='false'. This can not be represented efficiently directly in RDF/OWL. Therefore, this association references Wrappers as proxies to the actual elements, instead of the actual elements itself (like a regular association)." , "Specifies the contained subWireElements if the WireElement has sub elements. If a WireElementSpecification contains the same WireElementSpecification multiple times, then it shall be referenced as often as it occurs in the reality. Otherwise, the WireElementSpecification wouldn't specify a wire element unambiguously, because the representation in the model would be the same, regardless of the number of sub elements. Therefore, this association must not be realized with a \"set\" semantic.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "subWireElementSpecification"@en; rdfs:range vec:WireElementSpecificationWrapper; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:wireElementSpecificationSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the size of a WireElement if it has not the shape of circle. If it has the shape of a circle the size is normally defined by its outside diameter.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "size"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationShape rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the shape of a WireElement. Circular wire elements are defined by their outsideDiameter, all others are defined by their size.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "shape"@en; rdfs:range vec:WireElementShape; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the outside diameter of the WireElement.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "outsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationMinBendRadiusStatic rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the minimum bend radius for wire element, if it is used in a static environment, where it is bended once during installation. After that it remains unchanged in its bended position during usage. (see KLBFRM-311)\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "minBendRadiusStatic"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationMinBendRadiusDynamic rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the minimum bend radius for wire element, if it is used in a dynamic environment, where it is bended repeatedly (e.g. in grommet of the back door). (see KLBFRM-311)\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "minBendRadiusDynamic"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationInsulationSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "If the WireElement has an insulation then the specification of the insulation is referenced here.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "insulationSpecification"@en; rdfs:range vec:InsulationSpecification . vec:wireElementSpecificationImpedance rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the impedance of this wireElement. Typically used for WireElements that have subWireElements e.g. twisted pair or coax wires.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "impedance"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationGridSpacing rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the grid spacing. The grid spacing is the distance between the centers of two adjacent sub wire elements.\nThis attribute is only valid for WireElementSpecifications that have SubWireElementSpecifications.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "gridSpacing"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:wireElementSpecificationFillerSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "If the WireElement is a filler then the specification of the filler is referenced here.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "fillerSpecification"@en; rdfs:range vec:FillerSpecification . vec:wireElementSpecificationConductorSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "If the WireElement has a core then the specification of the core is referenced here.\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "conductorSpecification"@en; rdfs:range vec:ConductorSpecification . vec:wireElementReferenceWireLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the different length of a wire. \n"@en; rdfs:domain vec:WireElementReference; rdfs:label "wireLength"@en; rdfs:range vec:WireLength; rdfs:subPropertyOf vec:contains . vec:wireElementReferenceWireEnd rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ends of the WireElementReference for contacting purposes. \n"@en; rdfs:domain vec:WireElementReference; rdfs:label "wireEnd"@en; rdfs:range vec:WireEnd; rdfs:subPropertyOf vec:contains . vec:wireElementReferenceSignal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the signal that is transmitted by the WireElementReference.\n"@en; rdfs:domain vec:WireElementReference; rdfs:label "signal"@en; rdfs:range vec:Signal . vec:wireElementReferenceReferencedWireElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireElement that is represented by the WireElementReference.\n"@en; rdfs:domain vec:WireElementReference; rdfs:label "referencedWireElement"@en; rdfs:range vec:WireElement . vec:wireElementReferenceLabelingTechnology rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the used LabelingTechnology , if this WireElementReference is labled."@en; rdfs:domain vec:WireElementReference; rdfs:label "labelingTechnology"@en; rdfs:range vec:LabelingTechnology; rdfs:subPropertyOf vec:contains . vec:wireElementReferenceLabelType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:WireElementReference; rdfs:label "labelType"@en; rdfs:range vec:LabelType; rdfs:subPropertyOf vec:contains . vec:wireElementReferenceLabelPosition rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the position of label, if this WireElementReference is labled."@en; rdfs:domain vec:WireElementReference; rdfs:label "labelPosition"@en; rdfs:range vec:LabelPosition; rdfs:subPropertyOf vec:contains . vec:wireElementReferenceConnectionGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ConnectionGroup that is realized by this WireElementReference. This applies normally to WireElementReference that have subWireElements .\n"@en; rdfs:domain vec:WireElementReference; rdfs:label "connectionGroup"@en; rdfs:range vec:ConnectionGroup . vec:wireElementReferenceConnection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Connection that is realized by the referenced WireElement (WireElementReference).\nKBLFRM-341\n"@en; rdfs:domain vec:WireElementReference; rdfs:label "connection"@en; rdfs:range vec:Connection . vec:wireElementWireElementSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Reference the WireElementSpecification that is represented by the WireElement.\n"@en; rdfs:domain vec:WireElement; rdfs:label "wireElementSpecification"@en; rdfs:range vec:WireElementSpecification . vec:wireElementSubWireElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the subWireElements of this WireElement . The subWireElements shall be consistent with the subWireElementSpecifications of the WireElementSpecification referenced by this WireElement and shall resemble that hierarchy.\n"@en; rdfs:domain vec:WireElement; rdfs:label "subWireElement"@en; rdfs:range vec:WireElement; rdfs:subPropertyOf vec:contains . vec:vecContentVecVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the version of the VEC used for the file.\n"@en; rdfs:domain vec:VecContent; rdfs:label "vecVersion"@en; rdfs:range vec:VecVersion; rdfs:subPropertyOf vec:contains . vec:vecContentUnit rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Units used in the VEC-file. \n"@en; rdfs:domain vec:VecContent; rdfs:label "unit"@en; rdfs:range vec:Unit; rdfs:subPropertyOf vec:contains . vec:vecContentStandardCopyrightInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CopyrightInformation that is in effect for the complete content of this VecContent . It is applied to all ItemVersions that do not references their own individual CopyrightInformation.\n"@en; rdfs:domain vec:VecContent; rdfs:label "standardCopyrightInformation"@en; rdfs:range vec:CopyrightInformation . vec:vecContentResourceVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:VecContent; rdfs:label "resourceVersion"@en; rdfs:range vec:ResourceVersion; rdfs:subPropertyOf vec:contains . vec:vecContentQuantityKind rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the QuantityKind used in the VEC-file.\n"@en; rdfs:domain vec:VecContent; rdfs:label "quantityKind"@en; rdfs:range vec:QuantityKind; rdfs:subPropertyOf vec:contains . vec:vecContentProject rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Projects used in the VEC-file. \n"@en; rdfs:domain vec:VecContent; rdfs:label "project"@en; rdfs:range vec:Project; rdfs:subPropertyOf vec:contains . vec:vecContentPartVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PartVersions contained in the VEC-file. \n"@en; rdfs:domain vec:VecContent; rdfs:label "partVersion"@en; rdfs:range vec:PartVersion; rdfs:subPropertyOf vec:contains . vec:vecContentItemHistoryEntry rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ItemVersionHistoryEntries for ItemVersions contained in the VEC-file. \n"@en; rdfs:domain vec:VecContent; rdfs:label "itemHistoryEntry"@en; rdfs:range vec:ItemHistoryEntry; rdfs:subPropertyOf vec:contains . vec:vecContentDocumentVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the DocumentVersions contained in the VEC-file. \n"@en; rdfs:domain vec:VecContent; rdfs:label "documentVersion"@en; rdfs:range vec:DocumentVersion; rdfs:subPropertyOf vec:contains . vec:vecContentCopyrightInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the CopyrightInformation used in the VEC-file. \n"@en; rdfs:domain vec:VecContent; rdfs:label "copyrightInformation"@en; rdfs:range vec:CopyrightInformation; rdfs:subPropertyOf vec:contains . vec:vecContentContract rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the contracts used in the VEC-file. \n"@en; rdfs:domain vec:VecContent; rdfs:label "contract"@en; rdfs:range vec:Contract; rdfs:subPropertyOf vec:contains . vec:variantStructureSpecificationRootNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:VariantStructureSpecification; rdfs:label "rootNode"@en; rdfs:range vec:VariantStructureNode; rdfs:subPropertyOf vec:contains . vec:variantStructureNodeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the VariantStructureNode .\n"@en; rdfs:domain vec:VariantStructureNode; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:variantStructureNodeContainedGroups rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:VariantStructureNode; rdfs:label "containedGroups"@en; rdfs:range vec:VariantGroup . vec:variantStructureNodeChildNodes rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:VariantStructureNode; rdfs:label "childNodes"@en; rdfs:range vec:VariantStructureNode; rdfs:subPropertyOf vec:contains . vec:variantStructureNodeAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room to specify additional identifiers for the VariantStructureNode .\n"@en; rdfs:domain vec:VariantStructureNode; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:variantStructureNodeAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for a human readable short name, title etc. of the VariantStructureNode .\n"@en; rdfs:domain vec:VariantStructureNode; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:variantGroupSpecificationVariantGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the individual VariantGroups defined in the VariantGroupSpecification.\n"@en; rdfs:domain vec:VariantGroupSpecification; rdfs:label "variantGroup"@en; rdfs:range vec:VariantGroup; rdfs:subPropertyOf vec:contains . vec:variantGroupVariantCode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the VariantCodes that are member of the VariantGroup. \n"@en; rdfs:domain vec:VariantGroup; rdfs:label "variantCode"@en; rdfs:range vec:VariantCode . vec:variantGroupGroupType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Allows the classification of a VariantGroups into different types. For example: - composition (e.g. winter package) - choice (e.g. right hand / left hand driving). Agreed literals for this attribute are defined in the OpenEnumeration VariantGroupType.\n"@en; rdfs:domain vec:VariantGroup; rdfs:label "groupType"@en; rdfs:range vec:VariantGroupType; rdfs:subPropertyOf vec:contains . vec:variantGroupDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the variant group.\n"@en; rdfs:domain vec:VariantGroup; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:variantGroupAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room to specify additional identifiers for the VariantGroup.\n"@en; rdfs:domain vec:VariantGroup; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:variantGroupAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for a human readable short name, title etc. of the VariantGroup.\n"@en; rdfs:domain vec:VariantGroup; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:variantConfigurationSpecificationVariantConfiguration rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the individual VariantConfigurations defined in the VariantConfigurationSpecification.\n"@en; rdfs:domain vec:VariantConfigurationSpecification; rdfs:label "variantConfiguration"@en; rdfs:range vec:VariantConfiguration; rdfs:subPropertyOf vec:contains . vec:variantConfigurationDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the variant configuration.\n"@en; rdfs:domain vec:VariantConfiguration; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:variantConfigurationConfigurationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Allows the classification of a VariantConfiguration.\n(see KBLFRM-250, KBLFRM-314, KBLFRM-290)\n"@en; rdfs:domain vec:VariantConfiguration; rdfs:label "configurationType"@en; rdfs:range vec:VariantConfigurationType; rdfs:subPropertyOf vec:contains . vec:variantConfigurationBaseInclusion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A VariantConfiguration can only be satisfied if its baseInclusion is satisfied as well.\n"@en; rdfs:domain vec:VariantConfiguration; rdfs:label "baseInclusion"@en; rdfs:range vec:VariantConfiguration . vec:variantCodeSpecificationVariantCode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the individual VariantCodes defined in the VariantCodeSpecification.\n"@en; rdfs:domain vec:VariantCodeSpecification; rdfs:label "variantCode"@en; rdfs:range vec:VariantCode; rdfs:subPropertyOf vec:contains . vec:variantCodeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the variant code.\n"@en; rdfs:domain vec:VariantCode; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:variantCodeCodeType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Allows the classification of a VariantCodes.\n"@en; rdfs:domain vec:VariantCode; rdfs:label "codeType"@en; rdfs:range vec:VariantCodeType; rdfs:subPropertyOf vec:contains . vec:variantCodeAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room to specify additional identifiers for the VariantCode.\n"@en; rdfs:domain vec:VariantCode; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:variantCodeAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for a human readable short name, title etc. of the VariantConfiguration.\n"@en; rdfs:domain vec:VariantCode; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:valueWithUnitUnitComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the unit of the value. \n"@en; rdfs:domain vec:ValueWithUnit; rdfs:label "unitComponent"@en; rdfs:range vec:Unit . vec:valueRangePropertyValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:ValueRangeProperty; rdfs:label "value"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:usageNodeSpecificationUsageNodes rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the UsageNodes defined by this UsageNodeSpecification.\n"@en; rdfs:domain vec:UsageNodeSpecification; rdfs:label "usageNodes"@en; rdfs:range vec:UsageNode; rdfs:subPropertyOf vec:contains . vec:usageNodeUsedInProject rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Projects in which the UsageNode can be used.\n"@en; rdfs:domain vec:UsageNode; rdfs:label "usedInProject"@en; rdfs:range vec:Project . vec:usageNodeUsageNodeType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the UsageNode. The type determines how the UsageNode is handled in the latter processes.\n"@en; rdfs:domain vec:UsageNode; rdfs:label "usageNodeType"@en; rdfs:range vec:UsageNodeType; rdfs:subPropertyOf vec:contains . vec:usageNodeSubUsageNodes rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:UsageNode; rdfs:label "subUsageNodes"@en; rdfs:range vec:UsageNode; rdfs:subPropertyOf vec:contains . vec:usageNodeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the UsageNode .\n"@en; rdfs:domain vec:UsageNode; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:usageNodeAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies an abbreviation of the UsageNode . Normally this a human readable short name.\n"@en; rdfs:domain vec:UsageNode; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:usageConstraintSpecificationPartUsageConstraint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the UsageConstraints that apply to the PartVersion or PartUsages described by the UsageConstraintSpecification. The ordering of this association is relevant. The elements shall be arranged in the order of ascending priority. That means, elements further back in the collection have a higher priority.\n"@en; rdfs:domain vec:UsageConstraintSpecification; rdfs:label "partUsageConstraint"@en; rdfs:range vec:UsageConstraint , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:usageConstraintSpecificationConstrainedParts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartVersions to which this UsageConstraintSpecification applies.\n"@en; rdfs:domain vec:UsageConstraintSpecification; rdfs:label "constrainedParts"@en; rdfs:range vec:PartVersion . vec:usageConstraintUsageNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the UsageNode to which the UsageConstraint applies. This means the described PartVersion is allowed / denied in the referenced UsageNode.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "usageNode"@en; rdfs:range vec:UsageNode . vec:usageConstraintType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines if the usage constraint is positive (allowance) or negative (denial).\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "type"@en; rdfs:range vec:UsageConstraintType; rdfs:subPropertyOf vec:contains . vec:usageConstraintProject rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Projects to which the UsageConstraint applies. This means the described PartVersion is allowed / denied in the referenced UsageConstraint.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "project"@en; rdfs:range vec:Project . vec:uSUnitUsUnitName rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the name of the USUnit .\n"@en; rdfs:domain vec:USUnit; rdfs:label "usUnitName"@en; rdfs:range vec:USUnitName; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationWidth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the width of the tube. If the width is defined, a height shall be defined, too. The height and width of a tube shall only be used for tubes that are not circular (shape != Circular). For circular shapes, the outside diameter shall be used.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "width"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationWallThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the thickness of the wall of the tube.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "wallThickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationSlitStyle rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the style of the slitting of the tube. If a slitStyle is defined, it implies that isSlit=true .\nThis attribute is defined as an OpenEnumeration.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "slitStyle"@en; rdfs:range vec:TubeSlitStyle; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationShape rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the shape of the cross section of the tube.\nThis attribute is defined as an OpenEnumeration\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "shape"@en; rdfs:range vec:TubeShape; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationOuterDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the outer diameter of the tube. The outer diameter of a tube shall only be used for circular tubes (shape = Circular). For other shapes, height and width shall be used.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "outerDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the tube if it is a predefined value.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "length"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationInnerDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the inner diameter of a tube. In the case of a shrinkable tube, it is the diameter of the tube in the unshrinked state.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "innerDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationHeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the height of the tube. If the height is defined, a width shall be defined, too. The height and width of a tube shall only be used for tubes that are not circular (shape != Circular). For circular shapes, the outside diameter shall be used.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "height"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tubeSpecificationBendRadius rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the bend radius of the tube.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "bendRadius"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tubeRoleSlitStyle rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the style of the slitting of the tube. If a slitStyle is defined, it implies that isSlit=true .\nThis attribute is defined as an OpenEnumeration.\n"@en; rdfs:domain vec:TubeRole; rdfs:label "slitStyle"@en; rdfs:range vec:TubeSlitStyle; rdfs:subPropertyOf vec:contains . vec:transformation3DOrigin rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the coordinates of the translation.\n"@en; rdfs:domain vec:Transformation3D; rdfs:label "origin"@en; rdfs:range vec:CartesianPoint3D . vec:transformation2DOrigin rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CartesianPoint2D that is the origin of the Transformation2D. \n"@en; rdfs:domain vec:Transformation2D; rdfs:label "origin"@en; rdfs:range vec:CartesianPoint2D . vec:topologyZoneSpecificationZone rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the TopologyZones that are part of the TopologyZoneSpecification .\n"@en; rdfs:domain vec:TopologyZoneSpecification; rdfs:label "zone"@en; rdfs:range vec:TopologyZone; rdfs:subPropertyOf vec:contains . vec:topologyZoneType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type of the TopologyZone. Valid values are defined in an OpenEnumeration.\n"@en; rdfs:domain vec:TopologyZone; rdfs:label "type"@en; rdfs:range vec:TopologyZoneType; rdfs:subPropertyOf vec:contains . vec:topologyZoneSubZone rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the sub TopologyZones that are part the TopologyZone . All ZoneAssignments defined for subZones are automatically inherited by the parent zone.\n"@en; rdfs:domain vec:TopologyZone; rdfs:label "subZone"@en; rdfs:range vec:TopologyZone; rdfs:subPropertyOf vec:contains . vec:topologyZoneRequiredRobustnessProperties rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the robustness properties that are required in this zone. This can result in specific requirements for the used components (e.g. the ability for sealing).\n"@en; rdfs:domain vec:TopologyZone; rdfs:label "requiredRobustnessProperties"@en; rdfs:range vec:RobustnessProperties; rdfs:subPropertyOf vec:contains . vec:topologyZoneDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the zone.\n"@en; rdfs:domain vec:TopologyZone; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:topologyZoneAssignment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The assignments of specific topology elements to this zone.\n"@en; rdfs:domain vec:TopologyZone; rdfs:label "assignment"@en; rdfs:range vec:ZoneAssignment; rdfs:subPropertyOf vec:contains . vec:topologyZoneAmbientTemperature rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the ambient temperature that can occur in this zone. This can result in specific requirements for the used components.\n"@en; rdfs:domain vec:TopologyZone; rdfs:label "ambientTemperature"@en; rdfs:range vec:TemperatureInformation; rdfs:subPropertyOf vec:contains . vec:topologySpecificationTopologySegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the TopologySegments defined by the TopologySpecification.\n"@en; rdfs:domain vec:TopologySpecification; rdfs:label "topologySegment"@en; rdfs:range vec:TopologySegment; rdfs:subPropertyOf vec:contains . vec:topologySpecificationTopologyNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the TopologyNodes defined by the TopologySpecification.\n"@en; rdfs:domain vec:TopologySpecification; rdfs:label "topologyNode"@en; rdfs:range vec:TopologyNode; rdfs:subPropertyOf vec:contains . vec:topologySegmentStartNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TopologyNode where the TopologySegment starts. \n"@en; rdfs:domain vec:TopologySegment; rdfs:label "startNode"@en; rdfs:range vec:TopologyNode . vec:topologySegmentProcessingInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies processing instructions for the TopologySegment.\n"@en; rdfs:domain vec:TopologySegment; rdfs:label "processingInstruction"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:topologySegmentLengthInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the different SegmentLengths of the TopologySegment. \n"@en; rdfs:domain vec:TopologySegment; rdfs:label "lengthInformation"@en; rdfs:range vec:SegmentLength; rdfs:subPropertyOf vec:contains . vec:topologySegmentInstantiatedSegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Replaced by general concept, see \"ReusageSpecification\"\nSince: 2.2"@en , "If this TopologySegment is an instance of another To pologySegment that is defined elsewhere (e.g. the topology of an assembly), then the instantiated may be referenced here.\n"@en; rdfs:domain vec:TopologySegment; rdfs:label "instantiatedSegment"@en; rdfs:range vec:TopologySegment; owl:deprecated true . vec:topologySegmentForm rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the form of the TopologySegment. A TopologySegment can either be circular or noncircular.\n"@en; rdfs:domain vec:TopologySegment; rdfs:label "form"@en; rdfs:range vec:SegmentForm; rdfs:subPropertyOf vec:contains . vec:topologySegmentEndNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TopologyNode where the TopologySegment ends. \n"@en; rdfs:domain vec:TopologySegment; rdfs:label "endNode"@en; rdfs:range vec:TopologyNode . vec:topologySegmentCrossSectionAreaInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the different SegmentCrossSectionAreas of the TopologySegment. \n"@en; rdfs:domain vec:TopologySegment; rdfs:label "crossSectionAreaInformation"@en; rdfs:range vec:SegmentCrossSectionArea; rdfs:subPropertyOf vec:contains . vec:topologySegmentAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the TopologySegment.\nExample: TopologySegment Ids may vary from one CAD system export to another. Therefore, the CAD system Id is improper for identification attribute. The identification shall have a value which is unique within the Topology. AliasId may be used for the CAD system Id.\n"@en; rdfs:domain vec:TopologySegment; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:topologyNodeRealizedUsageNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the UsageNode that is realized by this TopologyNode .\n"@en; rdfs:domain vec:TopologyNode; rdfs:label "realizedUsageNode"@en; rdfs:range vec:UsageNode . vec:topologyNodeProcessingInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies processing instructions for the TopologyNode.\n"@en; rdfs:domain vec:TopologyNode; rdfs:label "processingInstruction"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:topologyNodeNodeType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the TopologyNode. A Node can either be an EndNode, a Junction or an Inliner.\n"@en; rdfs:domain vec:TopologyNode; rdfs:label "nodeType"@en; rdfs:range vec:NodeType; rdfs:subPropertyOf vec:contains . vec:topologyNodeInstantiatedNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Replaced by general concept, see \"ReusageSpecification\"\nSince: 2.2"@en , "If this TopologyNode is an instance of another To pologyNode that is defined elsewhere (e.g. the topology of an assembly), then the instantiated may be referenced here.\n"@en; rdfs:domain vec:TopologyNode; rdfs:label "instantiatedNode"@en; rdfs:range vec:TopologyNode; owl:deprecated true . vec:topologyNodeAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the TopologyNode.\nExample: TopologyNode Ids may vary from one CAD system export to another. Therefore, the CAD system Id is improper for identification attribute. The identification shall have a value which is unique within the Topology. AliasId may be used for the CAD system Id.\n"@en; rdfs:domain vec:TopologyNode; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:topologyMappingSpecificationSegmentMapping rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:TopologyMappingSpecification; rdfs:label "segmentMapping"@en; rdfs:range vec:SegmentMapping; rdfs:subPropertyOf vec:contains . vec:topologyMappingSpecificationOuterTopology rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:TopologyMappingSpecification; rdfs:label "outerTopology"@en; rdfs:range vec:TopologySpecification . vec:topologyMappingSpecificationNodeMapping rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:TopologyMappingSpecification; rdfs:label "nodeMapping"@en; rdfs:range vec:NodeMapping; rdfs:subPropertyOf vec:contains . vec:topologyMappingSpecificationInnerTopolgy rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:TopologyMappingSpecification; rdfs:label "innerTopolgy"@en; rdfs:range vec:TopologySpecification . vec:topologyGroupSpecificationTopologySpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:TopologyGroupSpecification; rdfs:label "topologySpecification"@en; rdfs:range vec:TopologySpecification . vec:topologyBendingRestrictionSpecificationTopologyBendingRestriction rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:TopologyBendingRestrictionSpecification; rdfs:label "topologyBendingRestriction"@en; rdfs:range vec:TopologyBendingRestriction; rdfs:subPropertyOf vec:contains . vec:topologyBendingRestrictionRestrictedPath rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The path that defines the restricted way in the topology.\n"@en; rdfs:domain vec:TopologyBendingRestriction; rdfs:label "restrictedPath"@en; rdfs:range vec:Path; rdfs:subPropertyOf vec:contains . vec:topologyBendingRestrictionMinBendRadiusStatic rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the minimum bend radius for the restricted path, if it is used in a static environment, where it is bended once during installation. After that it remains unchanged in its bended position during usage.\n"@en; rdfs:domain vec:TopologyBendingRestriction; rdfs:label "minBendRadiusStatic"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:topologyBendingRestrictionMinBendRadiusDynamic rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the minimum bend radius for the restricted path, if it is used in a dynamic environment, where it is bended repeatedly (e.g. in the grommet of the back door).\n"@en; rdfs:domain vec:TopologyBendingRestriction; rdfs:label "minBendRadiusDynamic"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:textBasedInstructionInstallationInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the instruction in a human readable form. Different languages are possible.\n"@en; rdfs:domain vec:TextBasedInstruction; rdfs:label "installationInstruction"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationWireReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the WireReceptions of the terminal described by the TerminalSpecification.\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "wireReception"@en; rdfs:range vec:WireReception; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationVoltageRange rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "\n \n\t\t\n\t\n \nReplaced by GeneralTechnicalPartSpecification.VoltageRating.\n\nSince: 2.2.0"@en , "Specifies the allowed voltage range for the connector housing.\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "voltageRange"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:terminalSpecificationTransmissionMedium rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the transmission medium for the terminal.\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "transmissionMedium"@en; rdfs:range vec:SignalTransmissionMediumType; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationTerminalReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the TerminalReceptions of the terminal described by the TerminalSpecification.\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "terminalReception"@en; rdfs:range vec:TerminalReception; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationSealingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the SealingType of the Terminal. This type always refers to the sealing of the terminal itself. However, even a terminal which is not sealable can be used in sealed locations with additional measures (e.g. on the slot).\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "sealingType"@en; rdfs:range vec:TerminalSealingType; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationOverallLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the overall length the terminal (see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "overallLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationMinimumDistance rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A terminal can have minimum distance requirements to other elements in the harness. These are defined with the TerminalDistanceInformation. "@en; rdfs:domain vec:TerminalSpecification; rdfs:label "minimumDistance"@en; rdfs:range vec:TerminalDistanceInformation; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationInternalTerminalConnection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the InternalTerminalConnections of the terminal. \n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "internalTerminalConnection"@en; rdfs:range vec:InternalTerminalConnection; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationCurrentInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the TerminalCurrentInformation that is applicable for the terminal.\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "currentInformation"@en; rdfs:range vec:TerminalCurrentInformation; rdfs:subPropertyOf vec:contains . vec:terminalSpecificationConnectionALength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the terminal between the contact area (terminal reception) and the crimp are (wire reception, see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:TerminalSpecification; rdfs:label "connectionALength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalRoleWireReceptionReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the WireReceptionReferences of this TerminalRole.\n"@en; rdfs:domain vec:TerminalRole; rdfs:label "wireReceptionReference"@en; rdfs:range vec:WireReceptionReference; rdfs:subPropertyOf vec:contains . vec:terminalRoleTerminalSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " References the TerminalSpecification that is instanced by this TerminalRole.\n"@en; rdfs:domain vec:TerminalRole; rdfs:label "terminalSpecification"@en; rdfs:range vec:TerminalSpecification . vec:terminalRoleTerminalReceptionReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the TerminalReceptionReferences of this TerminalRole.\n"@en; rdfs:domain vec:TerminalRole; rdfs:label "terminalReceptionReference"@en; rdfs:range vec:TerminalReceptionReference; rdfs:subPropertyOf vec:contains . vec:terminalRoleSealState rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies if this instance of a terminal should be sealed (waterproof). This applies for example to SpliceTerminals.\n"@en; rdfs:domain vec:TerminalRole; rdfs:label "sealState"@en; rdfs:range vec:SealState; rdfs:subPropertyOf vec:contains . vec:terminalRoleComponentPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentPort that is realized by the referenced Terminal (OccurrenceOrUsage with TerminalRole).\nKBLFRM-341\n"@en; rdfs:domain vec:TerminalRole; rdfs:label "componentPort"@en; rdfs:range vec:ComponentPort . vec:terminalReceptionSpecificationTestingPullOutForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The force that must be applied when the terminal is pulled back out of the housing (without further movement) in order to be able to assume that the terminal is securely latched in the housing (check that the terminal is correctly seated in the connector) and that an insertion process was successful.\n"@en; rdfs:domain vec:TerminalReceptionSpecification; rdfs:label "testingPullOutForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalReceptionSpecificationTerminalType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the terminal type that is associated with the terminal reception.\n"@en; rdfs:domain vec:TerminalReceptionSpecification; rdfs:label "terminalType"@en; rdfs:range vec:TerminalType; rdfs:subPropertyOf vec:contains . vec:terminalReceptionSpecificationPullOutForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The force that the terminal can withstand when being pulled out of the housing. Above that force, the terminal should be expected to be pulled out of the housing (destructive).\n"@en; rdfs:domain vec:TerminalReceptionSpecification; rdfs:label "pullOutForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalReceptionSpecificationPrimaryLockingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies if the terminal reception has a primary locking and of what type it is.\n"@en; rdfs:domain vec:TerminalReceptionSpecification; rdfs:label "primaryLockingType"@en; rdfs:range vec:PrimaryLockingType; rdfs:subPropertyOf vec:contains . vec:terminalReceptionSpecificationPlatingMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the plating material of the terminal reception.\n"@en; rdfs:domain vec:TerminalReceptionSpecification; rdfs:label "platingMaterial"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:terminalReceptionSpecificationContactRangeLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the contact area (see diagram \"Terminal Dimensions\").\n"@en; rdfs:domain vec:TerminalReceptionSpecification; rdfs:label "contactRangeLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalReceptionReferenceTerminalReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TerminalReception that is instanced by this TerminalReceptionReference.\n"@en; rdfs:domain vec:TerminalReceptionReference; rdfs:label "terminalReception"@en; rdfs:range vec:TerminalReception . vec:terminalReceptionTerminalReceptionSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TerminalReceptionSpecification that specifies the TerminalReception.\n"@en; rdfs:domain vec:TerminalReception; rdfs:label "terminalReceptionSpecification"@en; rdfs:range vec:TerminalReceptionSpecification . vec:terminalReceptionGender rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the gender of the TerminalReception. The gender is included in the TerminalReception class in order to be able to refer the same TerminalReceptionSpecification gender independent.\n"@en; rdfs:domain vec:TerminalReception; rdfs:label "gender"@en; rdfs:range vec:TerminalReceptionGender; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationWallThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The wall thickness of the terminal protection. Usually, this should be (outsideDiameter - insideDiameter) / 2. "@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "wallThickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationValidConductorMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the materials of a conductor, which are valid to use with this TerminalProtectionSpecification . This material shall be matched against the ConductorSpecification.material.\n"@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "validConductorMaterial"@en; rdfs:range vec:ConductorMaterial; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationOutsideLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The length of the terminal protection on the outside."@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "outsideLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The outside diameter of the terminal protection."@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "outsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationMaximumLongitudinalShrinkage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the shrinkage in longitudinal direction.\n"@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "maximumLongitudinalShrinkage"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationInsideLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The length on the inside of the terminal protection. For a splice cap, for example, this is the measurement how far wires can be inserted."@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "insideLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationInsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The inside diameter of the terminal protection."@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "insideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalProtectionSpecificationAdhesive rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the material used as adhesive / sealing, if present."@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "adhesive"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:terminalProtectionRoleTerminalProtectionSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:TerminalProtectionRole; rdfs:label "terminalProtectionSpecification"@en; rdfs:range vec:TerminalProtectionSpecification . vec:terminalPairingSpecificationTerminalPairing rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the TerminalPairings described by this TerminalPairingSpecification.\n"@en; rdfs:domain vec:TerminalPairingSpecification; rdfs:label "terminalPairing"@en; rdfs:range vec:TerminalPairing; rdfs:subPropertyOf vec:contains . vec:terminalPairingUnmatingForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the force required to unmate the two terminals.\n"@en; rdfs:domain vec:TerminalPairing; rdfs:label "unmatingForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalPairingSecondTerminal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the second terminal of the TerminalPairing (first and second does not imply any specific order).\n"@en; rdfs:domain vec:TerminalPairing; rdfs:label "secondTerminal"@en; rdfs:range vec:PartVersion . vec:terminalPairingReferencedCoreSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CoreSpecification that is used on both sides of the ContactSystem.\n"@en; rdfs:domain vec:TerminalPairing; rdfs:label "referencedCoreSpecification"@en; rdfs:range vec:ConductorSpecification . vec:terminalPairingMatingForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the joining force of the two terminals.\n"@en; rdfs:domain vec:TerminalPairing; rdfs:label "matingForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalPairingFirstTerminal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the first terminal of the TerminalPairing.\n"@en; rdfs:domain vec:TerminalPairing; rdfs:label "firstTerminal"@en; rdfs:range vec:PartVersion . vec:terminalPairingContactResistance rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the resistance of the terminal pairing."@en; rdfs:domain vec:TerminalPairing; rdfs:label "contactResistance"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalDistanceInformationValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the valid minimum distance."@en; rdfs:domain vec:TerminalDistanceInformation; rdfs:label "value"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalDistanceInformationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type of the TerminalDistanceInformation. "@en; rdfs:domain vec:TerminalDistanceInformation; rdfs:label "type"@en; rdfs:range vec:TerminalDistanceType; rdfs:subPropertyOf vec:contains . vec:terminalCurrentInformationValidForMatingTerminal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " PartVersions of mating terminals for which this TerminalCurrentInformation is valid. This is a relevant information, because the thermal absorption of the counterpart is a relevant influence factor for possible current."@en; rdfs:domain vec:TerminalCurrentInformation; rdfs:label "validForMatingTerminal"@en; rdfs:range vec:PartVersion . vec:terminalCurrentInformationNominalVoltage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the nominalVoltage for which the CurrentRangeInformation is valid.\n"@en; rdfs:domain vec:TerminalCurrentInformation; rdfs:label "nominalVoltage"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalCurrentInformationEnvironmentTemperature rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The environment temperature for which this maximum current value is applicable.\n"@en; rdfs:domain vec:TerminalCurrentInformation; rdfs:label "environmentTemperature"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:terminalCurrentInformationCurrentRange rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the valid current range for the terminal. It is defined as a value range, because there are terminals where minimum current is needed to avoid corrosion.\n"@en; rdfs:domain vec:TerminalCurrentInformation; rdfs:label "currentRange"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:terminalCurrentInformationCoreCrossSectionArea rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the coreCrossSectionArea for which the CurrentRangeInformation is valid. The coreCrossSectionArea is a relevant information, because the thermal absorption of the core depends on the cross-section area and thus is an influence factor for the valid current range.\n"@en; rdfs:domain vec:TerminalCurrentInformation; rdfs:label "coreCrossSectionArea"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:temperatureInformationTemperatureType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type of a TemperatureInformation.\n"@en; rdfs:domain vec:TemperatureInformation; rdfs:label "temperatureType"@en; rdfs:range vec:TemperatureType; rdfs:subPropertyOf vec:contains . vec:temperatureInformationTemperatureRange rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the allowed temperature range for this type of temperature.\n"@en; rdfs:domain vec:TemperatureInformation; rdfs:label "temperatureRange"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:tapeSpecificationWidth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the width of the tape.\n"@en; rdfs:domain vec:TapeSpecification; rdfs:label "width"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tapeSpecificationThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the thickness of the tape (adhesive + backing).\n"@en; rdfs:domain vec:TapeSpecification; rdfs:label "thickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tapeSpecificationCoilCoreDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the inner diameter of the coil on which the tape is delivered.\n"@en; rdfs:domain vec:TapeSpecification; rdfs:label "coilCoreDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tapeSpecificationBacking rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the material of carrier of the tape, on which the adhesive material is applied.\n"@en; rdfs:domain vec:TapeSpecification; rdfs:label "backing"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:tapeSpecificationAdhesive rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the adhesive material of the tape.\n"@en; rdfs:domain vec:TapeSpecification; rdfs:label "adhesive"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:tapeRoleWindingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the tape's winding (see WindingType ).\n"@en; rdfs:domain vec:TapeRole; rdfs:label "windingType"@en; rdfs:range vec:WindingType; rdfs:subPropertyOf vec:contains . vec:tapeRoleWindingFirmness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the firmness of the tape's winding (see WindingFirmness).\n"@en; rdfs:domain vec:TapeRole; rdfs:label "windingFirmness"@en; rdfs:range vec:WindingFirmness; rdfs:subPropertyOf vec:contains . vec:tapeRoleTapingDirection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the direction of the taping.\n"@en; rdfs:domain vec:TapeRole; rdfs:label "tapingDirection"@en; rdfs:range vec:TapingDirection; rdfs:subPropertyOf vec:contains . vec:tapeRoleTapeOverlap rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the amount of overlap two rounds of taping around a segment have, as an absolute value. A negative value means, that there is a gap between two rounds.\n"@en; rdfs:domain vec:TapeRole; rdfs:label "tapeOverlap"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:tapeRoleGradient rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the gradient of the taping.\n"@en; rdfs:domain vec:TapeRole; rdfs:label "gradient"@en; rdfs:range vec:ValueWithUnit; rdfs:subPropertyOf vec:contains . vec:switchingStateSwitchedLogicalConnections rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Connections in the internal connectivity of the EEComponentSpecification, that are switched by this SwitchingState.\n"@en; rdfs:domain vec:SwitchingState; rdfs:label "switchedLogicalConnections"@en; rdfs:range vec:Connection . vec:switchingStateSwitchedConnections rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the InternalComponentConnections that are switched by this SwitchingState.\n"@en; rdfs:domain vec:SwitchingState; rdfs:label "switchedConnections"@en; rdfs:range vec:InternalComponentConnection . vec:stripeSpecificationWidth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the width of the stripe.\n"@en; rdfs:domain vec:StripeSpecification; rdfs:label "width"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:stripeSpecificationThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the thickness of the stripe (adhesive + backing).\n"@en; rdfs:domain vec:StripeSpecification; rdfs:label "thickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:stripeSpecificationSegmentDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the valid segment diameter range for which the stripe can be used.\n"@en; rdfs:domain vec:StripeSpecification; rdfs:label "segmentDiameter"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:stripeSpecificationLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the stripe.\n"@en; rdfs:domain vec:StripeSpecification; rdfs:label "length"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:spliceTerminalRoleSpliceType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of splice (inline, end).\n"@en; rdfs:domain vec:SpliceTerminalRole; rdfs:label "spliceType"@en; rdfs:range vec:SpliceType; rdfs:subPropertyOf vec:contains . vec:spliceTerminalRoleInsulationState rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the insulation state of the splice, in other words is electrically insulated or not.\n"@en; rdfs:domain vec:SpliceTerminalRole; rdfs:label "insulationState"@en; rdfs:range vec:InsulationState; rdfs:subPropertyOf vec:contains . vec:specificationDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the specification.\n"@en; rdfs:domain vec:Specification; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:specificRoleSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartOrUsageRelatedSpecification that is instantiated by this SpecificRole.\n"@en; rdfs:domain vec:SpecificRole; rdfs:label "specification"@en; rdfs:range vec:PartOrUsageRelatedSpecification . vec:slotSpecificationSlotLayout rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the layout associated with this slot.\n"@en; rdfs:domain vec:SlotSpecification; rdfs:label "slotLayout"@en; rdfs:range vec:SlotLayout; rdfs:subPropertyOf vec:contains . vec:slotSpecificationSecondaryLockingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the secondary locking, if the slot features a secondary locking ( secondaryLocking=true) ."@en; rdfs:domain vec:SlotSpecification; rdfs:label "secondaryLockingType"@en; rdfs:range vec:SecondaryLockingType; rdfs:subPropertyOf vec:contains . vec:slotSpecificationLayoutType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the layout of the slot from a mechanical / geometrical point of view.\n"@en; rdfs:domain vec:SlotSpecification; rdfs:label "layoutType"@en; rdfs:range vec:SlotLayoutType; rdfs:subPropertyOf vec:contains . vec:slotSpecificationGender rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the gender of the slot. Valid values are defined in an open enumeration.\n"@en; rdfs:domain vec:SlotSpecification; rdfs:label "gender"@en; rdfs:range vec:SlotGender; rdfs:subPropertyOf vec:contains . vec:slotReferenceUsedSupplementaryParts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This is the relationship of the supplementary parts actually used in this SlotReference. This is the actual selection of the potential supplementary parts defined in the corresponding Slot.supplementaryParts association.\n"@en; rdfs:domain vec:SlotReference; rdfs:label "usedSupplementaryParts"@en; rdfs:range vec:OccurrenceOrUsage . vec:slotReferenceTpaState rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The state of the terminal position assurance (TPA, syn. secondary locking), if applicable. This is the state of the slot in the integration level described by the model to which the SlotReference belongs. For example, if the SlotReference is part of a harness specification from the OEM to the Tier1, it is the state the OEM expects for the delivered product, not the final state in the vehicle.\n"@en; rdfs:domain vec:SlotReference; rdfs:label "tpaState"@en; rdfs:range vec:TerminalPositionAssuranceState; rdfs:subPropertyOf vec:contains . vec:slotReferenceCavityReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the CavityReferences used in the SlotReference.\n"@en; rdfs:domain vec:SlotReference; rdfs:label "cavityReference"@en; rdfs:range vec:CavityReference; rdfs:subPropertyOf vec:contains . vec:slotMappingCavityMapping rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:SlotMapping; rdfs:label "cavityMapping"@en; rdfs:range vec:CavityMapping; rdfs:subPropertyOf vec:contains . vec:slotLayoutGridY rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The vertical distance between the center points of two cavities.\n"@en; rdfs:domain vec:SlotLayout; rdfs:label "gridY"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:slotLayoutGridX rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The horizontal distance between the center points of two cavities.\n"@en; rdfs:domain vec:SlotLayout; rdfs:label "gridX"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:slotCouplingSecondSlot rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SlotCoupling; rdfs:label "secondSlot"@en; rdfs:range vec:AbstractSlotReference . vec:slotCouplingFirstSlot rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SlotCoupling; rdfs:label "firstSlot"@en; rdfs:range vec:AbstractSlotReference . vec:slotCouplingCavityCoupling rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SlotCoupling; rdfs:label "cavityCoupling"@en; rdfs:range vec:CavityCoupling; rdfs:subPropertyOf vec:contains . vec:slotSupplementaryParts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartRelations that specify supplementary parts for this slot.\n"@en; rdfs:domain vec:Slot; rdfs:label "supplementaryParts"@en; rdfs:range vec:PartRelation . vec:slotSealingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the sealing of the slot, if sealed. The values are defined in an OpenEnumeration .\n"@en; rdfs:domain vec:Slot; rdfs:label "sealingType"@en; rdfs:range vec:SlotSealingType; rdfs:subPropertyOf vec:contains . vec:slotColorInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the color of the slot.\n"@en; rdfs:domain vec:Slot; rdfs:label "colorInformation"@en; rdfs:range vec:Color; rdfs:subPropertyOf vec:contains . vec:slotCavity rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Cavities forming the Slot.\n"@en; rdfs:domain vec:Slot; rdfs:label "cavity"@en; rdfs:range vec:Cavity; rdfs:subPropertyOf vec:contains . vec:sizeWidth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The width of the element.\n"@en; rdfs:domain vec:Size; rdfs:label "width"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:sizeHeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The height of the element.\n"@en; rdfs:domain vec:Size; rdfs:label "height"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:signalSpecificationSignal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the signals.\n"@en; rdfs:domain vec:SignalSpecification; rdfs:label "signal"@en; rdfs:range vec:Signal; rdfs:subPropertyOf vec:contains . vec:signalGraphSpecificationSignalGraphRelation rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SignalGraphSpecification; rdfs:label "signalGraphRelation"@en; rdfs:range vec:SignalGraphRelation; rdfs:subPropertyOf vec:contains . vec:signalGraphSpecificationSignalGraph rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SignalGraphSpecification; rdfs:label "signalGraph"@en; rdfs:range vec:SignalGraph; rdfs:subPropertyOf vec:contains . vec:signalGraphRelationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the semantic of the relationship between the \"from\"- and \"to\"-SignalGraph. "@en; rdfs:domain vec:SignalGraphRelation; rdfs:label "type"@en; rdfs:range vec:SignalGraphRelationType; rdfs:subPropertyOf vec:contains . vec:signalGraphRelationTo rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SignalGraphRelation; rdfs:label "to"@en; rdfs:range vec:SignalGraph . vec:signalGraphRelationFrom rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SignalGraphRelation; rdfs:label "from"@en; rdfs:range vec:SignalGraph . vec:signalGraphRelationDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the SignalGraphRelation .\n"@en; rdfs:domain vec:SignalGraphRelation; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:signalGraphRelationAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines additional identifiers for the SignalGraphRelation .\n"@en; rdfs:domain vec:SignalGraphRelation; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:signalGraphNodeRepresentedElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ConfigurableElement that is represented by a SignalGraphNode. This is expected to be some physical element of the vehicle network, which participates in signal transmission. In many cases this will be an OccurrenceOrUsage , however in some cases sub elements of the OccurrenceOrUsage might be relevant, e.g. a PinComponentReference or a WireElementReference.\n"@en; rdfs:domain vec:SignalGraphNode; rdfs:label "representedElement"@en; rdfs:range vec:ConfigurableElement . vec:signalGraphEdgeToNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SignalGraphEdge; rdfs:label "toNode"@en; rdfs:range vec:SignalGraphNode . vec:signalGraphEdgeFromNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SignalGraphEdge; rdfs:label "fromNode"@en; rdfs:range vec:SignalGraphNode . vec:signalGraphNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The SignalGraphNodes in the SignalGraph.\n"@en; rdfs:domain vec:SignalGraph; rdfs:label "node"@en; rdfs:range vec:SignalGraphNode; rdfs:subPropertyOf vec:contains . vec:signalGraphEdge rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The SignalGraphEdges in the SignalGraph.\n"@en; rdfs:domain vec:SignalGraph; rdfs:label "edge"@en; rdfs:range vec:SignalGraphEdge; rdfs:subPropertyOf vec:contains . vec:signalGraphDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the SignalGraph .\n"@en; rdfs:domain vec:SignalGraph; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:signalGraphAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines additional identifiers for the SignalGraph .\n"@en; rdfs:domain vec:SignalGraph; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:signalWireTupleRequirements rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a requirement for wire tuples.\n"@en; rdfs:domain vec:Signal; rdfs:label "wireTupleRequirements"@en; rdfs:range vec:WireTupleSpecification . vec:signalSignalType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Signal; rdfs:label "signalType"@en; rdfs:range vec:SignalType; rdfs:subPropertyOf vec:contains . vec:signalSignalTransmissionMediumType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the transmission medium for the signal.\n"@en; rdfs:domain vec:Signal; rdfs:label "signalTransmissionMediumType"@en; rdfs:range vec:SignalTransmissionMediumType; rdfs:subPropertyOf vec:contains . vec:signalSignalSubType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Signal; rdfs:label "signalSubType"@en; rdfs:range vec:SignalSubType; rdfs:subPropertyOf vec:contains . vec:signalSignalInformationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the information type of the signal.\n"@en; rdfs:domain vec:Signal; rdfs:label "signalInformationType"@en; rdfs:range vec:SignalInformationType; rdfs:subPropertyOf vec:contains . vec:signalSignalForm rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the form of the signal.\n"@en; rdfs:domain vec:Signal; rdfs:label "signalForm"@en; rdfs:range vec:SignalForm; rdfs:subPropertyOf vec:contains . vec:signalSignalCurve rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the curve of the signal.\n"@en; rdfs:domain vec:Signal; rdfs:label "signalCurve"@en; rdfs:range vec:SignalCurve; rdfs:subPropertyOf vec:contains . vec:signalRecommendedInsulationSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a recommended Specification for the insulation (e.g. the color) that implements this signal.\n"@en; rdfs:domain vec:Signal; rdfs:label "recommendedInsulationSpecification"@en; rdfs:range vec:InsulationSpecification . vec:signalRecommendedConductorSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a recommended Specification for the cores that implement this signal.\n"@en; rdfs:domain vec:Signal; rdfs:label "recommendedConductorSpecification"@en; rdfs:range vec:ConductorSpecification . vec:signalNominalVoltage rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Signal; rdfs:label "nominalVoltage"@en; rdfs:range vec:NominalVoltage; rdfs:subPropertyOf vec:contains . vec:signalNetType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Signal; rdfs:label "netType"@en; rdfs:range vec:NetType . vec:signalDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A human readable description of the signal.\n"@en; rdfs:domain vec:Signal; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:signalDataRate rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the data rate of the signal. This applies only to signals with signalType = 'information ' and signalInformationType = 'digital' . For the numerical value, an appropriate IECUnit combination shall be used (e.g. GBit / Second).\n"@en; rdfs:domain vec:Signal; rdfs:label "dataRate"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:signalCurrentType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Signal; rdfs:label "currentType"@en; rdfs:range vec:CurrentType; rdfs:subPropertyOf vec:contains . vec:signalAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the Signal .\n"@en; rdfs:domain vec:Signal; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:shrinkableTubeSpecificationWaterAbsorbtion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the water absorption of the shrinkable tube specification.\n"@en; rdfs:domain vec:ShrinkableTubeSpecification; rdfs:label "waterAbsorbtion"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:shrinkableTubeSpecificationResin rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the material of the resin usable for this shrinkable tube.\n"@en; rdfs:domain vec:ShrinkableTubeSpecification; rdfs:label "resin"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:shrinkableTubeSpecificationMaximumLongitudinalShrinkage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the shrinkage in longitudinal direction.\n"@en; rdfs:domain vec:ShrinkableTubeSpecification; rdfs:label "maximumLongitudinalShrinkage"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:shieldSpecificationWindingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of winding of the shield. Should only be used for ShieldSpecifications with type=Foil.\n"@en; rdfs:domain vec:ShieldSpecification; rdfs:label "windingType"@en; rdfs:range vec:FoilShieldWindingType; rdfs:subPropertyOf vec:contains . vec:shieldSpecificationOpticalTissueDensity rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Attribute had incorrectly the data NumericalValue, a value with unit, which is not correct for a value representing a ratio. Use OpticalCoverage instead.\nSince: 2.1.0"@en , "Defines the optical tissue density of the strands of a shield. This is defined as a value in percentage. Should only be used for ShieldSpecifications with type=Braided.\n \n"@en; rdfs:domain vec:ShieldSpecification; rdfs:label "opticalTissueDensity"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:sheetOrChapterSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Specifications contained in the SheetOrChapter. All structured, technical information in the VEC is described by such Specifications. \n"@en; rdfs:domain vec:SheetOrChapter; rdfs:label "specification"@en; rdfs:range vec:Specification; rdfs:subPropertyOf vec:contains . vec:sheetOrChapterSheetSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the size of the sheet with numerical values. This is the size of the \"paper\", the actual drawing area might be smaller for example due to drawing frames."@en; rdfs:domain vec:SheetOrChapter; rdfs:label "sheetSize"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:sheetOrChapterReferencedPart rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The association is an informative link which PartVersions are described by the SheetOrChapter. \n"@en; rdfs:domain vec:SheetOrChapter; rdfs:label "referencedPart"@en; rdfs:range vec:PartVersion . vec:sheetOrChapterDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the SheetOrChapter.\n"@en; rdfs:domain vec:SheetOrChapter; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:sheetOrChapterChangeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the change history of the SheetOrChapter."@en; rdfs:domain vec:SheetOrChapter; rdfs:label "changeDescription"@en; rdfs:range vec:ChangeDescription; rdfs:subPropertyOf vec:contains . vec:segmentMappingMappedPosition rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SegmentMapping; rdfs:label "mappedPosition"@en; rdfs:range vec:Path; rdfs:subPropertyOf vec:contains . vec:segmentMappingInnerSegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SegmentMapping; rdfs:label "innerSegment"@en; rdfs:range vec:TopologySegment . vec:segmentLocationReferencedSegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TopologySegment on which the Location is located.\n"@en; rdfs:domain vec:SegmentLocation; rdfs:label "referencedSegment"@en; rdfs:range vec:TopologySegment . vec:segmentLocationOffset rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the offset / distance of the Location to the anchor of the location.\n"@en; rdfs:domain vec:SegmentLocation; rdfs:label "offset"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:segmentLocationAnchor rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies if the location on the TopologySegment is defined as on offset relative to the startNode of the TopologySegment or the endNode.\n"@en; rdfs:domain vec:SegmentLocation; rdfs:label "anchor"@en; rdfs:range vec:AnchorType; rdfs:subPropertyOf vec:contains . vec:segmentLengthLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the length of the TopologySegment.\n"@en; rdfs:domain vec:SegmentLength; rdfs:label "length"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:segmentLengthClassification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the classification of the segment length.\n"@en; rdfs:domain vec:SegmentLength; rdfs:label "classification"@en; rdfs:range vec:LengthClassification; rdfs:subPropertyOf vec:contains . vec:segmentCrossSectionAreaValueDetermination rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the method for determination of the value.\n"@en; rdfs:domain vec:SegmentCrossSectionArea; rdfs:label "valueDetermination"@en; rdfs:range vec:ValueDetermination; rdfs:subPropertyOf vec:contains . vec:segmentCrossSectionAreaCrossSectionAreaType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the cross-section area of the segment. Different types are for example needed to differentiate between the designed space of a segment and the required space (e.g. calculated from the wires going through the segment).\nAttribute is defined as an OpenEnumeration.\n"@en; rdfs:domain vec:SegmentCrossSectionArea; rdfs:label "crossSectionAreaType"@en; rdfs:range vec:SegmentCrossSectionAreaType; rdfs:subPropertyOf vec:contains . vec:segmentCrossSectionAreaArea rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the value of the cross-section area of the segment.\n"@en; rdfs:domain vec:SegmentCrossSectionArea; rdfs:label "area"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:segmentConnectionPointHCWireAddOn rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the wire add-on that is required the reach the referenced SegmentConnectionPoint from this SegmentConnectionPointHC with which the individual cavity add-ons are defined."@en; rdfs:domain vec:SegmentConnectionPointHC; rdfs:label "wireAddOn"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:segmentConnectionPointHCPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PlacementPoint that represents this SegmentConnectionPoint in a PlaceableElementSpecification.\n"@en; rdfs:domain vec:SegmentConnectionPointHC; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:segmentConnectionPointHCConnectorSegmentConnectionPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the SegementConnectionPoint of the ConnectorHousingSpecification that is used to \"enter\" the connector housing."@en; rdfs:domain vec:SegmentConnectionPointHC; rdfs:label "connectorSegmentConnectionPoint"@en; rdfs:range vec:SegmentConnectionPoint . vec:segmentConnectionPointReachableCavities rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Cavities that are reachable with wires through this SegmentConnectionPoint.\n"@en; rdfs:domain vec:SegmentConnectionPoint; rdfs:label "reachableCavities"@en; rdfs:range vec:Cavity . vec:segmentConnectionPointPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PlacementPoint that represents this SegmentConnectionPoint in a PlaceableElementSpecification.\n"@en; rdfs:domain vec:SegmentConnectionPoint; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:segmentConnectionPointCavityAddOns rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SegmentConnectionPoint; rdfs:label "cavityAddOns"@en; rdfs:range vec:CavityAddOn; rdfs:subPropertyOf vec:contains . vec:segmentConnectionPointModularSlotAddOns rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SegmentConnectionPoint; rdfs:label "ModularSlotAddOns"@en; rdfs:range vec:ModularSlotAddOn; rdfs:subPropertyOf vec:contains . vec:sealingPinReferenceSealingPin rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SealingPinReference; rdfs:label "sealingPin"@en; rdfs:range vec:SealingPin . vec:sealingPinReferencePluggedEntry rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:SealingPinReference; rdfs:label "pluggedEntry"@en; rdfs:range vec:CableSealEntryReference . vec:sealingPinPosition rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Cavity in the CavityLayout of the CableSealPlugSpecification where this SealingPin is positioned."@en; rdfs:domain vec:SealingPin; rdfs:label "position"@en; rdfs:range vec:Cavity . vec:sealingPinOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the outside diameter in the relaxed state for the SealingPin .\n"@en; rdfs:domain vec:SealingPin; rdfs:label "outsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:sealedCavitiesAssignmentSealedCavities rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Cavities that are sealed.\n"@en; rdfs:domain vec:SealedCavitiesAssignment; rdfs:label "sealedCavities"@en; rdfs:range vec:Cavity . vec:sIUnitSiUnitName rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the name of SI unit (e.g. metre, second,...)\n"@en; rdfs:domain vec:SIUnit; rdfs:label "siUnitName"@en; rdfs:range vec:SiUnitName; rdfs:subPropertyOf vec:contains . vec:sIUnitSiPrefix rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the prefix of the SI unit (e.g. milli, centi, micro,...)\n"@en; rdfs:domain vec:SIUnit; rdfs:label "siPrefix"@en; rdfs:range vec:SiPrefix; rdfs:subPropertyOf vec:contains . vec:routingSpecificationRouting rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Routings described by the RoutingSpecification.\n"@en; rdfs:domain vec:RoutingSpecification; rdfs:label "routing"@en; rdfs:range vec:Routing; rdfs:subPropertyOf vec:contains . vec:routingSpecialRoutedComment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Allows the specification of an explanation why this routing has been routed in a special way.\n"@en; rdfs:domain vec:Routing; rdfs:label "specialRoutedComment"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:routingRoutedElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Element that is routed. \n"@en; rdfs:domain vec:Routing; rdfs:label "routedElement"@en; rdfs:range vec:RoutableElement . vec:routingPath rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a Path on the topology that is used for the routing. \n"@en; rdfs:domain vec:Routing; rdfs:label "path"@en; rdfs:range vec:Path; rdfs:subPropertyOf vec:contains . vec:routingMandatorySegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies some constraints for the routing. If the path of the routing is recalculated the referenced segments must be visited. \n"@en; rdfs:domain vec:Routing; rdfs:label "mandatorySegment"@en; rdfs:range vec:TopologySegment . vec:robustnessPropertiesDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the robustness (e.g. the name).\n"@en; rdfs:domain vec:RobustnessProperties; rdfs:label "description"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:robustnessPropertiesClassReferenceSystem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The identification of the robustness class reference system, which is defining possible values and the semantic of robustness classes and robustness class keys. Specific known and used reference systems are defined in an open enumeration.\n"@en; rdfs:domain vec:RobustnessProperties; rdfs:label "classReferenceSystem"@en; rdfs:range vec:RobustnessClassReferenceSystem; rdfs:subPropertyOf vec:contains . vec:robustnessPropertiesClass rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the identifier of a robustness class defined by the robustness class reference system. Robustness classes are for example: oil, petrol, UV, water. Specific known and used classes are defined in an open enumeration.\n"@en; rdfs:domain vec:RobustnessProperties; rdfs:label "class"@en; rdfs:range vec:RobustnessClass; rdfs:subPropertyOf vec:contains . vec:ringTerminalSpecificationThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the thickness of the contact surface of the ring terminal.\n"@en; rdfs:domain vec:RingTerminalSpecification; rdfs:label "thickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:ringTerminalSpecificationOutsideDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the circle around the center of the bolt which passes through the farthest outside point of the contact surface of the ring terminal.\n"@en; rdfs:domain vec:RingTerminalSpecification; rdfs:label "outsideDimension"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:ringTerminalSpecificationBoltType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the bolt to which the ring terminal is compatible.\n"@en; rdfs:domain vec:RingTerminalSpecification; rdfs:label "boltType"@en; rdfs:range vec:TerminalBoltType; rdfs:subPropertyOf vec:contains . vec:ringTerminalSpecificationBoltNominalSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the size (diameter) of the bolt for which the ring terminal is designed for in a nominal way (e.g. \"M8\").\n"@en; rdfs:domain vec:RingTerminalSpecification; rdfs:label "boltNominalSize"@en; rdfs:range vec:TerminalBoltNominalSize; rdfs:subPropertyOf vec:contains . vec:ringTerminalSpecificationBoltDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the bolt for which the ring terminal is designed for in a numerical way.\n"@en; rdfs:domain vec:RingTerminalSpecification; rdfs:label "boltDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:reusageSpecificationReusage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The Reusages that define the actual mapping between information source and"@en; rdfs:domain vec:ReusageSpecification; rdfs:label "reusage"@en; rdfs:range vec:Reusage; rdfs:subPropertyOf vec:contains . vec:reusageUsage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The usage references a model element that is the reuse of the template. The types of elements referenced by usage and template shall be the same."@en; rdfs:domain vec:Reusage; rdfs:label "usage"@en; rdfs:range vec:ExtendableElement . vec:reusageTemplate rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The template references a model element that is used as \"source\" of information."@en; rdfs:domain vec:Reusage; rdfs:label "template"@en; rdfs:range vec:ExtendableElement . vec:resourceVersionPrimaryResourceType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The primary type of the resource defines the type of the resource. In a future version of the VEC the PrimaryResourceType might correspond to Specifications describing the ResourceVersion (see PrimaryPartType ).\n"@en; rdfs:domain vec:ResourceVersion; rdfs:label "primaryResourceType"@en; rdfs:range vec:PrimaryResourceType; rdfs:subPropertyOf vec:contains . vec:requirementsConformanceStatementDocumentVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the DocumentVersion that contains the requirements to which a conformance statement shall be expressed.\n"@en; rdfs:domain vec:RequirementsConformanceStatement; rdfs:label "documentVersion"@en; rdfs:range vec:DocumentVersion . vec:requirementsConformanceStatementDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A free text description / additional information / comment for the RequirementsConformanceStatement.\n"@en; rdfs:domain vec:RequirementsConformanceStatement; rdfs:label "description"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:requirementsConformanceSpecificationConformanceStatement rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:RequirementsConformanceSpecification; rdfs:label "conformanceStatement"@en; rdfs:range vec:RequirementsConformanceStatement; rdfs:subPropertyOf vec:contains . vec:relaySpecificationRelaisType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type of the relay (switching behavior). This is an OpenEnumeration, for values see RelaisType.\n"@en; rdfs:domain vec:RelaySpecification; rdfs:label "relaisType"@en; rdfs:range vec:RelaisType; rdfs:subPropertyOf vec:contains . vec:relaySpecificationIMax rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum current allowed for the relais.\n"@en; rdfs:domain vec:RelaySpecification; rdfs:label "iMax"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:relaySpecificationApplianceType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the appliance type of a relais.\n"@en; rdfs:domain vec:RelaySpecification; rdfs:label "applianceType"@en; rdfs:range vec:RelaisApplianceType; rdfs:subPropertyOf vec:contains . vec:referenceSurfaceDefinitionDimensionY rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the distance and tolerance between the middle axis of the lowest alpha numerical cavity (origin of the connector coordinate system) and the reference surface in direction of the X-axis."@en; rdfs:domain vec:ReferenceSurfaceDefinition; rdfs:label "dimensionY"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:referenceSurfaceDefinitionDimensionX rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the distance and tolerance between the middle axis of the lowest alpha numerical cavity (origin of the connector coordinate system) and the reference surface in direction of the X-axis."@en; rdfs:domain vec:ReferenceSurfaceDefinition; rdfs:label "dimensionX"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:quantityKindUnit rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The Unit in which the magnitudes of this QuantityKind are defined."@en; rdfs:domain vec:QuantityKind; rdfs:label "unit"@en; rdfs:range vec:Unit . vec:quantityKindName rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A human readable name of the QuantityKind for example used as axis label in a visual diagram."@en; rdfs:domain vec:QuantityKind; rdfs:label "name"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:protectionMaterialLengthValueDetermination rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ProtectionMaterialLength; rdfs:label "valueDetermination"@en; rdfs:range vec:ValueDetermination; rdfs:subPropertyOf vec:contains . vec:protectionMaterialLengthLengthValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ProtectionMaterialLength; rdfs:label "lengthValue"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:projectDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional information about the item.\n"@en; rdfs:domain vec:Project; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:powerConsumptionValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the power consumption for this type of PowerConsumption .\n"@en; rdfs:domain vec:PowerConsumption; rdfs:label "value"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:powerConsumptionType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type of a PowerConsumption . This should be an enumeration of values defined in a conformance class.\n"@en; rdfs:domain vec:PowerConsumption; rdfs:label "type"@en; rdfs:range vec:PowerConsumptionType; rdfs:subPropertyOf vec:contains . vec:potentialDistributorSpecificationBoltType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the bolt to which the potential distributor is compatible.\n \n"@en; rdfs:domain vec:PotentialDistributorSpecification; rdfs:label "boltType"@en; rdfs:range vec:TerminalBoltType; rdfs:subPropertyOf vec:contains . vec:potentialDistributorSpecificationBoltNominalSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the size (diameter) of the bolt for which the potential distributor is designed for in a nominal way (e.g. \"M8\").\n"@en; rdfs:domain vec:PotentialDistributorSpecification; rdfs:label "boltNominalSize"@en; rdfs:range vec:TerminalBoltNominalSize; rdfs:subPropertyOf vec:contains . vec:potentialDistributorSpecificationBoltDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the bolt for which the potential distributor is designed for.\n"@en; rdfs:domain vec:PotentialDistributorSpecification; rdfs:label "boltDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:pluggableTerminalSpecificationTerminalType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the terminal. The type defines constraints about the numbers of wire and terminal receptions and their relations.\n"@en; rdfs:domain vec:PluggableTerminalSpecification; rdfs:label "terminalType"@en; rdfs:range vec:PluggableTerminalType; rdfs:subPropertyOf vec:contains . vec:pluggableTerminalSpecificationMaximumInsertionForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The maximum force that may be applied to the terminal during the insertion process of the terminal into the housing\n"@en; rdfs:domain vec:PluggableTerminalSpecification; rdfs:label "maximumInsertionForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:pluggableTerminalSpecificationExtractionTool rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PluggableTerminalSpecification; rdfs:label "extractionTool"@en; rdfs:range vec:ResourceVersion . vec:placementSpecificationPlacement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Placements defined by the PlacementSpecification.\n"@en; rdfs:domain vec:PlacementSpecification; rdfs:label "placement"@en; rdfs:range vec:Placement; rdfs:subPropertyOf vec:contains . vec:placementSpecificationDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Dimensions defined by the PlacementSpecification.\n"@en; rdfs:domain vec:PlacementSpecification; rdfs:label "dimension"@en; rdfs:range vec:Dimension; rdfs:subPropertyOf vec:contains . vec:placementPointReferenceUsedSupplementaryParts rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PlacementPointReference; rdfs:label "usedSupplementaryParts"@en; rdfs:range vec:OccurrenceOrUsage . vec:placementPointReferencePlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PlacementPoint that is instanced by this PlacementPointReference.\n"@en; rdfs:domain vec:PlacementPointReference; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:placementPointPositionTangent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A vector in the direction of the tangent on the TopologySegment that is attached to the PlacementPoint represented by this instance. The vector is defined in the coordinate system of the 3D model of the component.\n"@en; rdfs:domain vec:PlacementPointPosition; rdfs:label "tangent"@en; rdfs:range vec:CartesianVector3D; rdfs:subPropertyOf vec:contains . vec:placementPointPositionPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PlacementPointPosition; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:placementPointSupplementaryParts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartRelations that specify supplementary parts for this PlacementPoint , e.g. cable ties for attaching the component on the harness.\n"@en; rdfs:domain vec:PlacementPoint; rdfs:label "supplementaryParts"@en; rdfs:range vec:PartRelation . vec:placementPointSegmentDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the valid segment diameter range for which this PlacementPoint is suitable.\n"@en; rdfs:domain vec:PlacementPoint; rdfs:label "segmentDiameter"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:placementPlacedElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PlaceableElementRoles placed by the Placement. \n"@en; rdfs:domain vec:Placement; rdfs:label "placedElement"@en; rdfs:range vec:PlaceableElementRole . vec:placementIsOnTopOf rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies constraints on ordering of Placements. All referenced Placements must be below (nearer to the center of the Segment) this Placement. \n(see KBLFRM-171)\n"@en; rdfs:domain vec:Placement; rdfs:label "isOnTopOf"@en; rdfs:range vec:Placement . vec:placeableElementSpecificationValidPlacementTypes rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the PlacementTypes that are valid for this element.\n"@en; rdfs:domain vec:PlaceableElementSpecification; rdfs:label "validPlacementTypes"@en; rdfs:range vec:PlacementType; rdfs:subPropertyOf vec:contains . vec:placeableElementSpecificationPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PlacementPoints of a PlaceableElementSpecification .\n"@en; rdfs:domain vec:PlaceableElementSpecification; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint; rdfs:subPropertyOf vec:contains . vec:placeableElementSpecificationMeasurementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the MeasurementPoints of a PlaceableElement .\n"@en; rdfs:domain vec:PlaceableElementSpecification; rdfs:label "measurementPoint"@en; rdfs:range vec:MeasurementPoint; rdfs:subPropertyOf vec:contains . vec:placeableElementRolePlacementPointReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:PlaceableElementRole; rdfs:label "placementPointReference"@en; rdfs:range vec:PlacementPointReference; rdfs:subPropertyOf vec:contains . vec:placeableElementRolePlaceableElementSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PlaceableElementSpecification that is instanced by this PlaceableElementRole.\n"@en; rdfs:domain vec:PlaceableElementRole; rdfs:label "placeableElementSpecification"@en; rdfs:range vec:PlaceableElementSpecification . vec:placeableElementRoleMeasurementPointReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:PlaceableElementRole; rdfs:label "measurementPointReference"@en; rdfs:range vec:MeasurementPointReference; rdfs:subPropertyOf vec:contains . vec:pinWireMappingSpecificationPinWireMappingPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PinWireMappingSpecification; rdfs:label "pinWireMappingPoint"@en; rdfs:range vec:PinWireMappingPoint; rdfs:subPropertyOf vec:contains . vec:pinWireMappingPointPinComponentReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PinWireMappingPoint; rdfs:label "pinComponentReference"@en; rdfs:range vec:PinComponentReference . vec:pinWireMappingPointContactPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PinWireMappingPoint; rdfs:label "contactPoint"@en; rdfs:range vec:ContactPoint . vec:pinVoltageInformationVoltage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The voltage of the pin.\n"@en; rdfs:domain vec:PinVoltageInformation; rdfs:label "voltage"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:pinVoltageInformationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the voltage.\n"@en; rdfs:domain vec:PinVoltageInformation; rdfs:label "type"@en; rdfs:range vec:PinVoltageType; rdfs:subPropertyOf vec:contains . vec:pinVoltageInformationTiming rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the timing of the PinVoltageInformation .\n"@en; rdfs:domain vec:PinVoltageInformation; rdfs:label "timing"@en; rdfs:range vec:PinTiming; rdfs:subPropertyOf vec:contains . vec:pinVoltageInformationDeterminationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the determination type of the PinVoltageInformation .\n"@en; rdfs:domain vec:PinVoltageInformation; rdfs:label "determinationType"@en; rdfs:range vec:ValueDetermination; rdfs:subPropertyOf vec:contains . vec:pinTimingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the timing.\n"@en; rdfs:domain vec:PinTiming; rdfs:label "type"@en; rdfs:range vec:PinTimingType; rdfs:subPropertyOf vec:contains . vec:pinTimingTime rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the time value of the timing.\n"@en; rdfs:domain vec:PinTiming; rdfs:label "time"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:pinOpticalInformationFrequency rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The frequency of the optical signal.\n"@en; rdfs:domain vec:PinOpticalInformation; rdfs:label "frequency"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:pinOpticalInformationAttenuation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The attenuation of the optical pin at the defined frequency.\n"@en; rdfs:domain vec:PinOpticalInformation; rdfs:label "attenuation"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:pinCurrentInformationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the current.\n"@en; rdfs:domain vec:PinCurrentInformation; rdfs:label "type"@en; rdfs:range vec:PinCurrentType; rdfs:subPropertyOf vec:contains . vec:pinCurrentInformationTiming rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the timing of the PinCurrentInformation.\n"@en; rdfs:domain vec:PinCurrentInformation; rdfs:label "timing"@en; rdfs:range vec:PinTiming; rdfs:subPropertyOf vec:contains . vec:pinCurrentInformationDeterminationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the determination type of the PinCurrentInformation .\n"@en; rdfs:domain vec:PinCurrentInformation; rdfs:label "determinationType"@en; rdfs:range vec:ValueDetermination; rdfs:subPropertyOf vec:contains . vec:pinCurrentInformationCurrent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The current of the pin.\n"@en; rdfs:domain vec:PinCurrentInformation; rdfs:label "current"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:pinComponentReferenceTerminalRole rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TerminalRole of PinComponentReference. This is required to specify a Mating for EEComponents with other EEComponents or a Harness. \n(KBLFRM-401)\n"@en; rdfs:domain vec:PinComponentReference; rdfs:label "terminalRole"@en; rdfs:range vec:TerminalRole; rdfs:subPropertyOf vec:contains . vec:pinComponentReferencePinComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Points to the PinComponent referenced by the PinComponentReference.\n"@en; rdfs:domain vec:PinComponentReference; rdfs:label "pinComponent"@en; rdfs:range vec:PinComponent . vec:pinComponentBehaviorVoltageInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the voltage information of the PinComponent in this PinComponentBehavior . Since the voltage values of a pin can be defined for different types and times it is possible to define multiple PinVoltageInformations for a PinComponentBehavior .\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "voltageInformation"@en; rdfs:range vec:PinVoltageInformation; rdfs:subPropertyOf vec:contains . vec:pinComponentBehaviorSignalDirection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The direction of the signal on this pin.\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "signalDirection"@en; rdfs:range vec:SignalDirection; rdfs:subPropertyOf vec:contains . vec:pinComponentBehaviorSignal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Signal associated with the pin in this behavior.\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "signal"@en; rdfs:range vec:Signal . vec:pinComponentBehaviorPinType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PinType of the PinComponent .\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "pinType"@en; rdfs:range vec:PinType; rdfs:subPropertyOf vec:contains . vec:pinComponentBehaviorOpticalInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the optical information of the pin, if it has the type optical.\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "opticalInformation"@en; rdfs:range vec:PinOpticalInformation; rdfs:subPropertyOf vec:contains . vec:pinComponentBehaviorDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the PinComponentBehaviour .\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:pinComponentBehaviorCurrentInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the current information of the PinComponent in this PinComponentBehavior . Since the current values of a pin can be defined for different types and times it is possible to define multiple PinCurrentInformations for a PinComponentBehavior .\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "currentInformation"@en; rdfs:range vec:PinCurrentInformation; rdfs:subPropertyOf vec:contains . vec:pinComponentBehaviorApplianceType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Classifies the appliance of a Pin in terms of the duration of the appliance (see PinApplianceType).\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "applianceType"@en; rdfs:range vec:PinApplianceType; rdfs:subPropertyOf vec:contains . vec:pinComponentBehaviorAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the element.\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:pinComponentReferencedCavity rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the cavity in the corresponding ConnectorHousingSpecification of the HousingComponent where the PinComponent is located. \n(see KBLFRM-300)\n"@en; rdfs:domain vec:PinComponent; rdfs:label "referencedCavity"@en; rdfs:range vec:Cavity . vec:pinComponentPinSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TerminalSpecification describing the electrical connectivity aspect of the PinComponent. \n(see KBLFRM-300)\n"@en; rdfs:domain vec:PinComponent; rdfs:label "pinSpecification"@en; rdfs:range vec:TerminalSpecification . vec:pinComponentPinComponentType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of a PinComponent .\n"@en; rdfs:domain vec:PinComponent; rdfs:label "pinComponentType"@en; rdfs:range vec:PinComponentType; rdfs:subPropertyOf vec:contains . vec:pinComponentDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the PinComponent .\n"@en; rdfs:domain vec:PinComponent; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:pinComponentComponentPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The ComponentPort that represents this PinComponent in the internal connectivity of the EEComponentSpecification. "@en; rdfs:domain vec:PinComponent; rdfs:label "componentPort"@en; rdfs:range vec:ComponentPort . vec:pinComponentBehaviour rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the configuration dependent electrical behavior of the PinComponent.\n"@en; rdfs:domain vec:PinComponent; rdfs:label "behaviour"@en; rdfs:range vec:PinComponentBehavior; rdfs:subPropertyOf vec:contains . vec:personAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies identifiers for the Person in different contexts.\n"@en; rdfs:domain vec:Person; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:permissionPermitter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the person who was involved in the approval process giving a certain Permission.\n"@en; rdfs:domain vec:Permission; rdfs:label "permitter"@en; rdfs:range vec:Person; rdfs:subPropertyOf vec:contains . vec:permissionPermission rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of permission. Predefined values are: Seen, Checked, Released.\n"@en; rdfs:domain vec:Permission; rdfs:label "permission"@en; rdfs:range vec:TypeOfPermission; rdfs:subPropertyOf vec:contains . vec:pathSegmentCurveRadius rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The radius of the curve which describes the appearance of the path segment.\n"@en; rdfs:domain vec:PathSegment; rdfs:label "curveRadius"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cartesianPoint2DWrapperItem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the actual item for a Wrapper."; rdfs:domain vec:CartesianPoint2DWrapper; rdfs:range vec:CartesianPoint2D . vec:CartesianPoint2DWrapper rdf:type owl:Class; rdfs:comment "Container class for CartesianPoint2D to participate in non-unique and/or ordered associations." . vec:pathSegmentControlPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This association is defined as unique='false' and ordered='true'. This can not be represented efficiently directly in RDF/OWL. Therefore, this association references Wrappers as proxies to the actual elements, instead of the actual elements itself (like a regular association)." , "The ordered list of control points through which the PathSegment goes. \n"@en; rdfs:domain vec:PathSegment; rdfs:label "controlPoint"@en; rdfs:range vec:CartesianPoint2DWrapper , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:topologySegmentWrapperItem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the actual item for a Wrapper."; rdfs:domain vec:TopologySegmentWrapper; rdfs:range vec:TopologySegment . vec:TopologySegmentWrapper rdf:type owl:Class; rdfs:comment "Container class for TopologySegment to participate in non-unique and/or ordered associations." . vec:pathSegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This association is defined as unique='false' and ordered='true'. This can not be represented efficiently directly in RDF/OWL. Therefore, this association references Wrappers as proxies to the actual elements, instead of the actual elements itself (like a regular association)." , "Specifies an ordered list of TopologySegments the routing goes through. \n"@en; rdfs:domain vec:Path; rdfs:label "segment"@en; rdfs:range vec:TopologySegmentWrapper , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:partWithSubComponentsRoleSubComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the subcomponents that belong to this instance of a PartWithSubComponents.\n"@en; rdfs:domain vec:PartWithSubComponentsRole; rdfs:label "subComponent"@en; rdfs:range vec:OccurrenceOrUsage . vec:partWithSubComponentsRolePartStructureSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartStructureSpecification that is instantiated by this PartWithSubComponentsRole .\n"@en; rdfs:domain vec:PartWithSubComponentsRole; rdfs:label "partStructureSpecification"@en; rdfs:range vec:PartStructureSpecification . vec:partVersionProject rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the project that develops the PartVersion. \n"@en; rdfs:domain vec:PartVersion; rdfs:label "project"@en; rdfs:range vec:Project . vec:partVersionPrimaryPartType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The primary type of the part defines the type of the part (e.g. ConnectorHousing , Fixing , etc.) Since the VEC supports dual use parts (e.g. Fixing & WireProtection ) the primary part type is necessary to define which specification associated to part is the primary character of the part. Therefore, all primary part types correspond to a PartOrUsageRelatedSpecification and a Role (e.g. ConnectorHousing --> ConnectorHousingSpecification --> ConnectorHousingRole ).\n"@en; rdfs:domain vec:PartVersion; rdfs:label "primaryPartType"@en; rdfs:range vec:PrimaryPartType; rdfs:subPropertyOf vec:contains . vec:partVersionPreferredUseCase rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Contains a part description from the point of view of the preferred use case. Defines the function for which the part was initially designed. (e.g. \"Grommet for Hatch\", \"...passenger compartment\"). This can be an important information for searching and selecting parts.\n"@en; rdfs:domain vec:PartVersion; rdfs:label "preferredUseCase"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:partVersionPartNumberType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the classification of the part number associated with this PartVersion , indicating its semantic role within the BOM methodology of the issuing process (see PartNumberType for more details)."@en; rdfs:domain vec:PartVersion; rdfs:label "partNumberType"@en; rdfs:range vec:PartNumberType; rdfs:subPropertyOf vec:contains . vec:partVersionNature rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The nature specifies how the PartVersion can be used in the different processes or the significance of the PartVersion in the process.\nThe nature of a PartVersion is normally inherent and does not change. If the nature the underlying part changes a new (other) partNumber is assigned to the part and respectively a new PartVersion is created.\nIt used to differentiate for example normal (productive) part numbers from preliminary (prototypic) part numbers.\n"@en; rdfs:domain vec:PartVersion; rdfs:label "nature"@en; rdfs:range vec:PartNature; rdfs:subPropertyOf vec:contains . vec:partVersionAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room to specify additional identifiers for the PartVersion. This field must not be used for alternative PartNumbers. It is intended for identifiers others than PartNumbers, such as human readable identifiers printed on the part e.g. a number of fuse or a relay. Therefore, it does not have to be strictly unique.\n"@en; rdfs:domain vec:PartVersion; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:partUsageSpecificationPartUsage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PartUsages defined by the PartUsageSpecification.\n"@en; rdfs:domain vec:PartUsageSpecification; rdfs:label "partUsage"@en; rdfs:range vec:PartUsage; rdfs:subPropertyOf vec:contains . vec:partUsagePrimaryPartUsageType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The primary type of the PartUsage defines the type of the described part (e.g. ConnectorHousing, Fixing, etc.) Since the VEC supports dual use parts (e.g. Fixing & WireProtection) there is no direct connection between the primaryPartUsageType and the allowed specifications for the description of a PartUsage.\n"@en; rdfs:domain vec:PartUsage; rdfs:label "primaryPartUsageType"@en; rdfs:range vec:PrimaryPartType; rdfs:subPropertyOf vec:contains . vec:partUsagePartSubstitution rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "\n \n\t\t\n\t\n \nReplaced by the common concept that the PartSubstitutionSpecification is a PartOrUsageRelatedSpecification.\n\nSince: 2.2.0"@en; rdfs:domain vec:PartUsage; rdfs:label "partSubstitution"@en; rdfs:range vec:PartSubstitutionSpecification; owl:deprecated true . vec:partUsagePartOrUsageRelatedSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartOrUsageRelatedSpecification(s) that describe the PartOrUsageRelatedSpecification. \nKBLFRM-399\n"@en; rdfs:domain vec:PartUsage; rdfs:label "partOrUsageRelatedSpecification"@en; rdfs:range vec:PartOrUsageRelatedSpecification . vec:partUsageInstanciatedUsage rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PartUsage; rdfs:label "instanciatedUsage"@en; rdfs:range vec:PartUsage . vec:partSubstitutionSpecificationAlternativePartVersions rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:PartSubstitutionSpecification; rdfs:label "alternativePartVersions"@en; rdfs:range vec:PartVersion . vec:partStructureSpecificationInBillOfMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartOccurrences that are building the bill of material of a composite part.\n"@en; rdfs:domain vec:PartStructureSpecification; rdfs:label "inBillOfMaterial"@en; rdfs:range vec:OccurrenceOrUsage . vec:partStructureSpecificationContent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of content of the bill of material (e.g. module, harness complete set)\n"@en; rdfs:domain vec:PartStructureSpecification; rdfs:label "content"@en; rdfs:range vec:PartStructureContentType; rdfs:subPropertyOf vec:contains . vec:partRelationRelationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the relation.\n"@en; rdfs:domain vec:PartRelation; rdfs:label "relationType"@en; rdfs:range vec:PartRelationType; rdfs:subPropertyOf vec:contains . vec:partVersionWrapperItem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the actual item for a Wrapper."; rdfs:domain vec:PartVersionWrapper; rdfs:range vec:PartVersion . vec:PartVersionWrapper rdf:type owl:Class; rdfs:comment "Container class for PartVersion to participate in non-unique and/or ordered associations." . vec:partRelationAccessoryPart rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This association is defined as unique='false' and ordered='false'. This can not be represented efficiently directly in RDF/OWL. Therefore, this association references Wrappers as proxies to the actual elements, instead of the actual elements itself (like a regular association)." , "References the PartVersions that are related by the PartRelation. \n"@en; rdfs:domain vec:PartRelation; rdfs:label "accessoryPart"@en; rdfs:range vec:PartVersionWrapper; rdfs:subPropertyOf vec:contains . vec:partOrUsageRelatedSpecificationDescribedPart rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartVersion(s) to which the information defined in this specification applies.\nExample: If the PartOrUsageRelatedSpecification is a GeneralTechnicalPartSpecification and it defines that the color is \"green\" then all PartVersion referenced by this association are \"green\".\n"@en; rdfs:domain vec:PartOrUsageRelatedSpecification; rdfs:label "describedPart"@en; rdfs:range vec:PartVersion . vec:partOccurrenceRealizedPartUsage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartUsages that are realized by the PartOccurrence. \n"@en; rdfs:domain vec:PartOccurrence; rdfs:label "realizedPartUsage"@en; rdfs:range vec:PartUsage . vec:partOccurrencePart rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartVersion that is instantiated by this PartOccurrence.\n"@en; rdfs:domain vec:PartOccurrence; rdfs:label "part"@en; rdfs:range vec:PartVersion . vec:partOccurrenceInstanciatedOccurrence rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartOccurrence which is instantiated by the PartOccurrence. This reference is for example needed in the case of usage of assemblies.\n"@en; rdfs:domain vec:PartOccurrence; rdfs:label "instanciatedOccurrence"@en; rdfs:range vec:PartOccurrence . vec:partOccurrenceAlternativeOccurrence rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartOccurrences that are an alternative for this PartOccurrence.\n"@en; rdfs:domain vec:PartOccurrence; rdfs:label "alternativeOccurrence"@en; rdfs:range vec:PartOccurrence . vec:otherUnitOtherUnitName rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the name of the unit.\n"@en; rdfs:domain vec:OtherUnit; rdfs:label "otherUnitName"@en; rdfs:range vec:OtherUnitName; rdfs:subPropertyOf vec:contains . vec:openCavitiesAssignmentOpenCavities rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the cavities that are open.\n"@en; rdfs:domain vec:OpenCavitiesAssignment; rdfs:label "openCavities"@en; rdfs:range vec:Cavity . vec:onWayPlacementStartLocation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Location where OnWayPlacement starts. \n"@en; rdfs:domain vec:OnWayPlacement; rdfs:label "startLocation"@en; rdfs:range vec:Location; rdfs:subPropertyOf vec:contains . vec:onWayPlacementPath rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the topology path defining the way the OnWayPlacement takes in the topology. \n"@en; rdfs:domain vec:OnWayPlacement; rdfs:label "path"@en; rdfs:range vec:Path; rdfs:subPropertyOf vec:contains . vec:onWayPlacementEndLocation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Location where OnWayPlacement ends. \n"@en; rdfs:domain vec:OnWayPlacement; rdfs:label "endLocation"@en; rdfs:range vec:Location; rdfs:subPropertyOf vec:contains . vec:onPointPlacementLocation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Locations where Placement places the reference points of the placed element. \n"@en; rdfs:domain vec:OnPointPlacement; rdfs:label "location"@en; rdfs:range vec:Location; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageViewItem3DOrientation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the orientation of the view item.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem3D; rdfs:label "orientation"@en; rdfs:range vec:Transformation3D; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageViewItem3DOccurrenceOrUsage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the OccurrenceOrUsages which are represented by the view item. Important: To use one OccurenceOrUsageViewItem for multiple OccurrenceOrUsages is only valid, if the referenced items are true alternatives to each other. That means, they must have an identical placement, the geometrical models used for each item must be substitutable and the item must be mutually exclusive to each other.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem3D; rdfs:label "occurrenceOrUsage"@en; rdfs:range vec:OccurrenceOrUsage . vec:occurrenceOrUsageViewItem3DAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the OccurrenceOrUsageViewItem3D.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem3D; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageViewItem2DOrientation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the orientation of the view item.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem2D; rdfs:label "orientation"@en; rdfs:range vec:Transformation2D; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageViewItem2DOccurrenceOrUsage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the OccurrenceOrUsages which are represented by the view item. Important: To use one OccurenceOrUsageViewItem for multiple OccurrenceOrUsages is only valid, if the referenced items are true alternatives to each other. That means, they must have an identical placement, the geometrical models used for each item must be substitutable and the item must be mutually exclusive to each other.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem2D; rdfs:label "occurrenceOrUsage"@en; rdfs:range vec:OccurrenceOrUsage . vec:occurrenceOrUsageViewItem2DAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the OccurrenceOrUsageViewItem2D.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem2D; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageRole rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the different roles of the OccurrenceOrUsage.\n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "role"@en; rdfs:range vec:Role; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageReferenceElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the OccurrenceOrUsage for which this OccurrenceOrUsage is an accessory / supplementary component. If an OccurrenceOrUsage defines more than one referenceElement , the semantic is that it is related to the combination all \"reference elements\" and not to each individually. In other words, in a variable product definition the OccurrenceOrUsage only exists if all referenceElements exist.\n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "referenceElement"@en; rdfs:range vec:OccurrenceOrUsage . vec:occurrenceOrUsageRealizedUsageNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the UsageNode that is realized by this OccurrenceOrUsage .\n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "realizedUsageNode"@en; rdfs:range vec:UsageNode . vec:occurrenceOrUsageQuantity rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the actual amount of material consumed by this OccurrenceOrUsage . Allows modelling in arbitrary units (e.g. grams, centimetres, piece). If omitted the default is 1 piece. Use whenever the OccurrenceOrUsage does not consume exactly one discrete item (e.g. 5 gram of glue). There are specialized roles (e.g. WireRole or WireProtectionRole ) that define their own, more specific quantity information (e.g. WireLength ). Those definitions have precedence over this quantity attribute."@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "quantity"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageInstallationInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room to specify InstallationInstruction(s) for the OccurrenceOrUsage. \n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "installationInstruction"@en; rdfs:range vec:Instruction; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the OccurrenceOrUsage .\n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room to specify additional identifiers for the OccurrenceOrUsage .\n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:occurrenceOrUsageAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies an abbreviation of the OccurrenceOrUsage . Normally this a human readable short name.\n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:numericalValuePropertyValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:NumericalValueProperty; rdfs:label "value"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:numericalValueTolerance rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the tolerance for the dimension.\n"@en; rdfs:domain vec:NumericalValue; rdfs:label "tolerance"@en; rdfs:range vec:Tolerance; rdfs:subPropertyOf vec:contains . vec:nodeMappingMappedPosition rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:NodeMapping; rdfs:label "mappedPosition"@en; rdfs:range vec:Location; rdfs:subPropertyOf vec:contains . vec:nodeMappingInnerNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:NodeMapping; rdfs:label "innerNode"@en; rdfs:range vec:TopologyNode . vec:nodeLocationReferencedNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TopologyNode on which the Location is located.\n"@en; rdfs:domain vec:NodeLocation; rdfs:label "referencedNode"@en; rdfs:range vec:TopologyNode . vec:networkPortViewItemSide rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the side of the NetworkNodeViewItem on which the port should be displayed."@en; rdfs:domain vec:NetworkPortViewItem; rdfs:label "side"@en; rdfs:range vec:NetworkPortViewItemSide; rdfs:subPropertyOf vec:contains . vec:networkPortViewItemNetworkPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the NetworkPort that is represented by this NetworkPortViewItem. "@en; rdfs:domain vec:NetworkPortViewItem; rdfs:label "networkPort"@en; rdfs:range vec:NetworkPort . vec:networkPortSignalDirection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the direction of the signal on this NetworkPort.\n"@en; rdfs:domain vec:NetworkPort; rdfs:label "signalDirection"@en; rdfs:range vec:SignalDirection; rdfs:subPropertyOf vec:contains . vec:networkPortNetType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:NetworkPort; rdfs:label "netType"@en; rdfs:range vec:NetType . vec:networkPortDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the NetworkPort.\n"@en; rdfs:domain vec:NetworkPort; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:networkPortAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the element.\n"@en; rdfs:domain vec:NetworkPort; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:networkNodeViewItemOrientation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the position / placement of the NetworkNodeViewItem within the layout."@en; rdfs:domain vec:NetworkNodeViewItem; rdfs:label "orientation"@en; rdfs:range vec:Transformation2D; rdfs:subPropertyOf vec:contains . vec:networkNodeViewItemNetworkNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the NetworkNode that is represented by this NetworkNodeViewItem. "@en; rdfs:domain vec:NetworkNodeViewItem; rdfs:label "networkNode"@en; rdfs:range vec:NetworkNode . vec:networkNodeViewItemDisplayedPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies all NetworkPortViewItems that are displayed on this NetworkNodeViewItem. The order of this association defines the clockwise arrangement of the ports on the node. As each NetworkPortViewItem can also define the side on which it is placed, side definitions take precedence over order.   Caution: This association is ordered !  \n"@en; rdfs:domain vec:NetworkNodeViewItem; rdfs:label "displayedPort"@en; rdfs:range vec:NetworkPortViewItem , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:networkNodeSubType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the sub type of a NetworkNode. The sub type allows a differentiation within a specific type. E.g. an actuator can be differentiated into lamps, speakers, motors.\n"@en; rdfs:domain vec:NetworkNode; rdfs:label "subType"@en; rdfs:range vec:NetworkNodeSubType; rdfs:subPropertyOf vec:contains . vec:networkNodeRealizedUsageNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the UsageNode that is realized by this NetworkNode .\n"@en; rdfs:domain vec:NetworkNode; rdfs:label "realizedUsageNode"@en; rdfs:range vec:UsageNode . vec:networkNodePort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the NetworkPorts of a NetworkNode. \n"@en; rdfs:domain vec:NetworkNode; rdfs:label "port"@en; rdfs:range vec:NetworkPort; rdfs:subPropertyOf vec:contains . vec:networkNodeNetworkNodeType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of a NetworkNode. Common values are agreed as an OpenEnumeration .\n"@en; rdfs:domain vec:NetworkNode; rdfs:label "networkNodeType"@en; rdfs:range vec:NetworkNodeType; rdfs:subPropertyOf vec:contains . vec:networkNodeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the NetworkNode.\n"@en; rdfs:domain vec:NetworkNode; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:networkNodeAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for a short name of the NetworkNode.\n"@en; rdfs:domain vec:NetworkNode; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:netViewSpecificationPlacedViewItems rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies all NetworkNodeViewItems that are displayed within a NetViewSpecification ."@en; rdfs:domain vec:NetViewSpecification; rdfs:label "placedViewItems"@en; rdfs:range vec:NetworkNodeViewItem; rdfs:subPropertyOf vec:contains . vec:netViewSpecificationCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies all the CartesianPoint2Ds that are used within the NetViewSpecification. "@en; rdfs:domain vec:NetViewSpecification; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint2D; rdfs:subPropertyOf vec:contains . vec:netTypeSignalType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:NetType; rdfs:label "signalType"@en; rdfs:range vec:SignalType; rdfs:subPropertyOf vec:contains . vec:netTypeSignalTransmissionMediumType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the transmission medium for signals of this type.\n"@en; rdfs:domain vec:NetType; rdfs:label "signalTransmissionMediumType"@en; rdfs:range vec:SignalTransmissionMediumType; rdfs:subPropertyOf vec:contains . vec:netTypeSignalSubType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:NetType; rdfs:label "signalSubType"@en; rdfs:range vec:SignalSubType; rdfs:subPropertyOf vec:contains . vec:netTypeSignalInformationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:NetType; rdfs:label "signalInformationType"@en; rdfs:range vec:SignalInformationType; rdfs:subPropertyOf vec:contains . vec:netTypeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the NetType .\n"@en; rdfs:domain vec:NetType; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:netSpecificationNetworkNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the NetworkNodes defined in the NetSpecification.\n"@en; rdfs:domain vec:NetSpecification; rdfs:label "networkNode"@en; rdfs:range vec:NetworkNode; rdfs:subPropertyOf vec:contains . vec:netSpecificationNetType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:NetSpecification; rdfs:label "netType"@en; rdfs:range vec:NetType; rdfs:subPropertyOf vec:contains . vec:netSpecificationNetGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the NetGroup defined in the NetSpecification.\n"@en; rdfs:domain vec:NetSpecification; rdfs:label "netGroup"@en; rdfs:range vec:NetGroup; rdfs:subPropertyOf vec:contains . vec:netSpecificationNet rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Nets defined in the NetSpecification.\n"@en; rdfs:domain vec:NetSpecification; rdfs:label "net"@en; rdfs:range vec:Net; rdfs:subPropertyOf vec:contains . vec:netGroupNet rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Nets that are grouped by the NetGroup. \n"@en; rdfs:domain vec:NetGroup; rdfs:label "net"@en; rdfs:range vec:Net . vec:netGroupDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the NetGroup.\n"@en; rdfs:domain vec:NetGroup; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:netNetworkPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the NetworkPorts that are connected by the Net. \n"@en; rdfs:domain vec:Net; rdfs:label "networkPort"@en; rdfs:range vec:NetworkPort . vec:netNetType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Net; rdfs:label "netType"@en; rdfs:range vec:NetType . vec:netDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the Net.\n"@en; rdfs:domain vec:Net; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:nURBSCurveControlPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the control points of the NURBS curve (for details see the class description of NURBSCurve)\n"@en; rdfs:domain vec:NURBSCurve; rdfs:label "controlPoint"@en; rdfs:range vec:NURBSControlPoint , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:nURBSControlPointCartesianPoint3D rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The CartesionPoint3D that defines the position of this NURBSControlPoint.  \n"@en; rdfs:domain vec:NURBSControlPoint; rdfs:label "cartesianPoint3D"@en; rdfs:range vec:CartesianPoint3D . vec:multiFuseSpecificationIMaxTotal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum electric current tolerated by the multi-fuse in total.\n"@en; rdfs:domain vec:MultiFuseSpecification; rdfs:label "iMaxTotal"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:multiFuseSpecificationFuseType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the manufacturing types of a multi-fuse.\n"@en; rdfs:domain vec:MultiFuseSpecification; rdfs:label "fuseType"@en; rdfs:range vec:MultiFuseType; rdfs:subPropertyOf vec:contains . vec:multiFuseSpecificationFuseComponents rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:MultiFuseSpecification; rdfs:label "fuseComponents"@en; rdfs:range vec:FuseComponent; rdfs:subPropertyOf vec:contains . vec:multiDimensionalValuePropertyValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:MultiDimensionalValueProperty; rdfs:label "value"@en; rdfs:range vec:MultiDimensionalValue; rdfs:subPropertyOf vec:contains . vec:multiDimensionalValueDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:MultiDimensionalValue; rdfs:label "dimension"@en; rdfs:range vec:QuantityKind . vec:multiDimensionalValueDataPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:MultiDimensionalValue; rdfs:label "dataPoint"@en; rdfs:range vec:DataPoint; rdfs:subPropertyOf vec:contains . vec:multiCavitySealSpecificationAssignment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the OpenCavitiesAssignments that are valid for this MultiCavitySeal . One individual OpenCavitiesAssignment is used for each connector housing that matches this MultiCavitySeal.\n"@en; rdfs:domain vec:MultiCavitySealSpecification; rdfs:label "assignment"@en; rdfs:range vec:OpenCavitiesAssignment; rdfs:subPropertyOf vec:contains . vec:multiCavityPlugSpecificationAssignment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the SealedCavitiesAssignments that are valid for this MultiCavityPlug . One individual SealedCavitiesAssignment is used for each connector housing that matches this MultiCavityPlug.\n"@en; rdfs:domain vec:MultiCavityPlugSpecification; rdfs:label "assignment"@en; rdfs:range vec:SealedCavitiesAssignment; rdfs:subPropertyOf vec:contains . vec:moduleListSpecificationModuleListConfiguration rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ModuleLists defined in the ModuleListSpecification.\n"@en; rdfs:domain vec:ModuleListSpecification; rdfs:label "moduleListConfiguration"@en; rdfs:range vec:ModuleList; rdfs:subPropertyOf vec:contains . vec:moduleListModuleInList rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Modules that belong to the ModuleList. If any of the referenced Modules participates in a configuration the completion components participate, too.\n"@en; rdfs:domain vec:ModuleList; rdfs:label "moduleInList"@en; rdfs:range vec:PartWithSubComponentsRole . vec:moduleListDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the ModuleList.\n"@en; rdfs:domain vec:ModuleList; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:moduleListCompletionComponents rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the components that are used as completion, if any of the Modules in the ModuleList appears in a configuration. \n"@en; rdfs:domain vec:ModuleList; rdfs:label "completionComponents"@en; rdfs:range vec:OccurrenceOrUsage . vec:moduleFamilySpecificationModuleFamily rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ModuleFamilies defined in the ModuleFamilySpecification.\n"@en; rdfs:domain vec:ModuleFamilySpecification; rdfs:label "moduleFamily"@en; rdfs:range vec:ModuleFamily; rdfs:subPropertyOf vec:contains . vec:moduleFamilyModuleInFamily rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Modules that belong to the ModuleFamily. \n"@en; rdfs:domain vec:ModuleFamily; rdfs:label "moduleInFamily"@en; rdfs:range vec:PartWithSubComponentsRole . vec:moduleFamilyDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the ModuleFamily.\n"@en; rdfs:domain vec:ModuleFamily; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:modularSlotReferenceUsedInserts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the inserts that are used in this ModularSlotReference. More than one insert is valid in the case variant dependent equipment of the slot.\n"@en; rdfs:domain vec:ModularSlotReference; rdfs:label "usedInserts"@en; rdfs:range vec:ConnectorHousingRole . vec:modularSlotConfigurationValidLayoutCombination rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ModularSlotConfiguration; rdfs:label "validLayoutCombination"@en; rdfs:range vec:CavityLayout . vec:modularSlotAddOnWireAddOn rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the wire length add on needed for the modular slot.\n"@en; rdfs:domain vec:ModularSlotAddOn; rdfs:label "wireAddOn"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:modularSlotAddOnSlot rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ModularSlotAddOn; rdfs:label "slot"@en; rdfs:range vec:ModularSlot . vec:modularSlotLayout rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ModularSlot; rdfs:label "layout"@en; rdfs:range vec:CavityLayout; rdfs:subPropertyOf vec:contains . vec:modularSlotAllowedInserts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartRelations that are valid inserts for this ModularSlot.\nThis reference points to PartRelations in order to allow referencing indirectly a PartVersion if the description of individual PartVersions is done with one physical VEC file per PartVersion and to allow the expression of optional inserts, choices etc. However, inserts for a ModularSlot are always ConnectorHousings by itself. Therefore, the referenced PartVersion shall have a PrimaryPartType = ConnectorHousing\n"@en; rdfs:domain vec:ModularSlot; rdfs:label "allowedInserts"@en; rdfs:range vec:PartRelation . vec:measurementPointReferenceMeasurementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the MeasurementPoint that is instanced by this MeasurementPointReference.\n"@en; rdfs:domain vec:MeasurementPointReference; rdfs:label "measurementPoint"@en; rdfs:range vec:MeasurementPoint . vec:measurePointPositionMeasurementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:MeasurePointPosition; rdfs:label "measurementPoint"@en; rdfs:range vec:MeasurementPoint . vec:matingPointSecondTerminalRole rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the second terminal that is mated.\n"@en; rdfs:domain vec:MatingPoint; rdfs:label "secondTerminalRole"@en; rdfs:range vec:TerminalRole . vec:matingPointMatingDetail rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the MatingDetails, if a detailed description of the relationships between TerminalReceptions and TerminalReceptions is needed. \n"@en; rdfs:domain vec:MatingPoint; rdfs:label "matingDetail"@en; rdfs:range vec:MatingDetail; rdfs:subPropertyOf vec:contains . vec:matingPointFirstTerminalRole rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the first terminal that is mated.\n"@en; rdfs:domain vec:MatingPoint; rdfs:label "firstTerminalRole"@en; rdfs:range vec:TerminalRole . vec:matingPointConnection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Connection that is realized by this MatingPoint . For example, when a connection is realized by directly plugging or screwing two E/E components together.\n"@en; rdfs:domain vec:MatingPoint; rdfs:label "connection"@en; rdfs:range vec:Connection . vec:matingDetailSecondTerminalReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the second terminal reception that is mated.\n"@en; rdfs:domain vec:MatingDetail; rdfs:label "secondTerminalReception"@en; rdfs:range vec:TerminalReceptionReference . vec:matingDetailFirstTerminalReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the first terminal reception that is mated.\n"@en; rdfs:domain vec:MatingDetail; rdfs:label "firstTerminalReception"@en; rdfs:range vec:TerminalReceptionReference . vec:matingDetailConnection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Connection that is realized by this MatingPointDetail . For example, when a connection is realized by directly plugging or screwing two E/E components together.\nThe definition at level of the MatingDetail might be required if the TerminalRole of the MatingPoint carries multiple different potentials (e.g. Coax).\n"@en; rdfs:domain vec:MatingDetail; rdfs:label "connection"@en; rdfs:range vec:Connection . vec:materialCompositionMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the material of this composition entry with the syntax and nomenclature of an arbitrary reference system.\n"@en; rdfs:domain vec:MaterialComposition; rdfs:label "material"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:materialCompositionMassInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the mass of this corresponding Material in a part per Unit of quantity (e.g. g/piece or g/meter...) of the part.\n"@en; rdfs:domain vec:MaterialComposition; rdfs:label "massInformation"@en; rdfs:range vec:MassInformation; rdfs:subPropertyOf vec:contains . vec:materialDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the material (e.g. the name).\n"@en; rdfs:domain vec:Material; rdfs:label "description"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:massInformationValueSource rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The valueSource defines in an OpenEnumeration the source from which the MassInformation has been retrieved. This information, in combination with the ValueDetermination gives a hint about the reliability of the MassInformation\n"@en; rdfs:domain vec:MassInformation; rdfs:label "valueSource"@en; rdfs:range vec:MassInformationSource; rdfs:subPropertyOf vec:contains . vec:massInformationValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the mass as numerical value.\n"@en; rdfs:domain vec:MassInformation; rdfs:label "value"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:massInformationDeterminationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the determination type of the mass information.\n"@en; rdfs:domain vec:MassInformation; rdfs:label "determinationType"@en; rdfs:range vec:ValueDetermination; rdfs:subPropertyOf vec:contains . vec:mappingSpecificationMapping rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:MappingSpecification; rdfs:label "mapping"@en; rdfs:range vec:Mapping; rdfs:subPropertyOf vec:contains . vec:mappingSlotMapping rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:Mapping; rdfs:label "slotMapping"@en; rdfs:range vec:SlotMapping; rdfs:subPropertyOf vec:contains . vec:mappingB rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:Mapping; rdfs:label "B"@en; rdfs:range vec:PartVersion . vec:mappingA rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:Mapping; rdfs:label "A"@en; rdfs:range vec:PartVersion . vec:locationPlacedPlacementPoints rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PlacementPointReference that is placed by this location.\n"@en; rdfs:domain vec:Location; rdfs:label "placedPlacementPoints"@en; rdfs:range vec:PlacementPointReference . vec:localizedTypedStringType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the LocalizedTypedString . This allows the definition of a more detailed semantic than the semantic of the attribute itself with the type LocalizedTypedString. Agreed type values are defined in an OpenEnumeration.\n"@en; rdfs:domain vec:LocalizedTypedString; rdfs:label "type"@en; rdfs:range vec:LocalizedTypedStringType; rdfs:subPropertyOf vec:contains . vec:localizedStringPropertyValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:LocalizedStringProperty; rdfs:label "value"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:localPositionCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:LocalPosition; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint3D . vec:localGeometrySpecificationPositions rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "All position defined by this LocalGeometrySpecification.\n"@en; rdfs:domain vec:LocalGeometrySpecification; rdfs:label "positions"@en; rdfs:range vec:LocalPosition; rdfs:subPropertyOf vec:contains . vec:localGeometrySpecificationCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "All CartesianPoint3Ds that are used in this LocalGeometrySpecification. All CartesianPoint3Ds are defined in relation to the coordinate system of the component.\n"@en; rdfs:domain vec:LocalGeometrySpecification; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint3D; rdfs:subPropertyOf vec:contains . vec:localGeometrySpecificationBoundingBoxPositioning rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The transformation that defines the positioning of the bounding box in coordinate system of the component.\n"@en; rdfs:domain vec:LocalGeometrySpecification; rdfs:label "boundingBoxPositioning"@en; rdfs:range vec:Transformation3D; rdfs:subPropertyOf vec:contains . vec:localGeometrySpecificationBaseUnit rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The Unit in which all coordinates (e.g. cartesian points) are defined. Shall be a unit of length (e.g. millimetre).\n"@en; rdfs:domain vec:LocalGeometrySpecification; rdfs:label "baseUnit"@en; rdfs:range vec:Unit . vec:labelingSpecificationLabelingTechnology rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the used labeling technology if the label is already defined in this specification."@en; rdfs:domain vec:LabelingSpecification; rdfs:label "labelingTechnology"@en; rdfs:range vec:LabelingTechnology; rdfs:subPropertyOf vec:contains . vec:labelingSpecificationLabelType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of a label printed, stamped or integrated on or in component (e.g. alpha numerical, bar code).\n"@en; rdfs:domain vec:LabelingSpecification; rdfs:label "labelType"@en; rdfs:range vec:LabelType; rdfs:subPropertyOf vec:contains . vec:labelingSpecificationAllowedLabelingTechnology rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the allowed labeling technologies if the component is not yet labeled, but support labeling in its usage."@en; rdfs:domain vec:LabelingSpecification; rdfs:label "allowedLabelingTechnology"@en; rdfs:range vec:LabelingTechnology; rdfs:subPropertyOf vec:contains . vec:labelingRoleLabelingTechnology rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the used labeling technology."@en; rdfs:domain vec:LabelingRole; rdfs:label "labelingTechnology"@en; rdfs:range vec:LabelingTechnology; rdfs:subPropertyOf vec:contains . vec:labelingRoleLabelingSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:LabelingRole; rdfs:label "labelingSpecification"@en; rdfs:range vec:LabelingSpecification . vec:labelingRoleLabelType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of a label printed, stamped or integrated on or in component (e.g. alpha numerical, bar code).\n"@en; rdfs:domain vec:LabelingRole; rdfs:label "labelType"@en; rdfs:range vec:LabelType; rdfs:subPropertyOf vec:contains . vec:itemVersionProcessingInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Processing instructions for the application of the part or the document.\n"@en; rdfs:domain vec:ItemVersion; rdfs:label "processingInstruction"@en; rdfs:range vec:Instruction; rdfs:subPropertyOf vec:contains . vec:itemVersionDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the ItemVersion. e.g. Buchsengehäuse 26-polig\n"@en; rdfs:domain vec:ItemVersion; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:itemVersionCreation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the information about the creation of the ItemVersion. \n"@en; rdfs:domain vec:ItemVersion; rdfs:label "creation"@en; rdfs:range vec:Creation; rdfs:subPropertyOf vec:contains . vec:itemVersionCopyrightInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CopyrightInformation that is in effect for this ItemVersion. If no CopyrightInformation is referenced by the ItemVersion , the CopyrightInformation that is referenced by the VecContent (if defined) shall be considered as in effect for this ItemVersion.\n"@en; rdfs:domain vec:ItemVersion; rdfs:label "copyrightInformation"@en; rdfs:range vec:CopyrightInformation . vec:itemVersionContract rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the contracts that apply to an ItemVersion.\n"@en; rdfs:domain vec:ItemVersion; rdfs:label "contract"@en; rdfs:range vec:Contract . vec:itemVersionChangeRestriction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This attribute defines if the ItemVersion is subject to some kind of change restriction. For example, some parts or document might not be changeable anymore after a certain stage in the homologation process for a product. The ChangeRestrictionType defines the reason for the changeRestriction. "@en; rdfs:domain vec:ItemVersion; rdfs:label "changeRestriction"@en; rdfs:range vec:ChangeRestrictionType; rdfs:subPropertyOf vec:contains . vec:itemVersionChangeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the change history of the ItemVersion. \n"@en; rdfs:domain vec:ItemVersion; rdfs:label "changeDescription"@en; rdfs:range vec:ChangeDescription; rdfs:subPropertyOf vec:contains . vec:itemVersionApproval rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the approval information of the ItemVersion. \n"@en; rdfs:domain vec:ItemVersion; rdfs:label "approval"@en; rdfs:range vec:Approval; rdfs:subPropertyOf vec:contains . vec:itemVersionAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for a short name of the Item. In case of a document the attribute is wanted to contain its title.\n"@en; rdfs:domain vec:ItemVersion; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:itemHistoryEntryType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of relationship between the ItemVersions.\n"@en; rdfs:domain vec:ItemHistoryEntry; rdfs:label "type"@en; rdfs:range vec:HistoryEntryType; rdfs:subPropertyOf vec:contains . vec:itemHistoryEntrySuccessorVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ItemVersion that is the successor in the ItemHistoryEntry. \n"@en; rdfs:domain vec:ItemHistoryEntry; rdfs:label "successorVersion"@en; rdfs:range vec:ItemVersion . vec:itemHistoryEntryPredecessorVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ItemVersion that is the predecessor in the ItemHistoryEntry. \n"@en; rdfs:domain vec:ItemHistoryEntry; rdfs:label "predecessorVersion"@en; rdfs:range vec:ItemVersion . vec:itemEquivalenceItem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References all ItemVersion that are considered to be equivalent by the ItemEquivalence. A single ItemEquivalence shall only reference ItemVersions of the same class (either DocumentVersions or PartVersions ).\n"@en; rdfs:domain vec:ItemEquivalence; rdfs:label "item"@en; rdfs:range vec:ItemVersion . vec:internalTerminalConnectionWireReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the WireReceptions that participate in the InternalTerminalConnection.\n"@en; rdfs:domain vec:InternalTerminalConnection; rdfs:label "wireReception"@en; rdfs:range vec:WireReception . vec:internalTerminalConnectionTerminalReception rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TerminalReceptions that participate in the InternalTerminalConnection.\n"@en; rdfs:domain vec:InternalTerminalConnection; rdfs:label "terminalReception"@en; rdfs:range vec:TerminalReception . vec:internalComponentConnectionPins rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:InternalComponentConnection; rdfs:label "pins"@en; rdfs:range vec:PinComponent . vec:internalComponentConnectionConductorSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:InternalComponentConnection; rdfs:label "conductorSpecification"@en; rdfs:range vec:ConductorSpecification . vec:insulationSpecificationWireType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the insulation. A WireType is a key in a reference system for the definition of wires. Some reference systems define independent type fragments for insulations and conductors and the WireType of a WireElement is the combination of both.\nAn insulation must not have more than one type. This attribute allows more than one value for the reason, that the same type can be expressed in multiple reference systems.\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "wireType"@en; rdfs:range vec:WireType; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the thickness of the insulation.\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "thickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationSecondIdentificationColor rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the second identification color of the insulation.\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "secondIdentificationColor"@en; rdfs:range vec:Color; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the material of the insulation.\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "material"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationLabelingTechnology rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies used labeling technology if the label is already defined in this specification."@en; rdfs:domain vec:InsulationSpecification; rdfs:label "labelingTechnology"@en; rdfs:range vec:LabelingTechnology; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationLabelIdentificationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of a label printed, stamped or integrated on or in the insulation of the wire (e.g. alpha numerical, bar code).\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "labelIdentificationType"@en; rdfs:range vec:LabelType; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationLabelIdentificationColor rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the color of a label printed on the insulation of the wire.\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "labelIdentificationColor"@en; rdfs:range vec:Color; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationFirstIdentificationColor rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the first identification color of the insulation.\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "firstIdentificationColor"@en; rdfs:range vec:Color; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationBaseColor rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the base color of the insulation.\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "baseColor"@en; rdfs:range vec:Color; rdfs:subPropertyOf vec:contains . vec:insulationSpecificationAllowedLabelingTechnology rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the allowed labeling technologies if the insulation is not yet labeled, but support labeling in its usage."@en; rdfs:domain vec:InsulationSpecification; rdfs:label "allowedLabelingTechnology"@en; rdfs:range vec:LabelingTechnology; rdfs:subPropertyOf vec:contains . vec:insulationCrimpDetailPullOffForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The minimum force that the completed crimp should withstand when wire is being pulled off the terminal. Above that force, the crimp can be expected to be destroyed at any time. This value applies when core & insulation crimp are functional.\n"@en; rdfs:domain vec:InsulationCrimpDetail; rdfs:label "pullOffForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:insulationCrimpDetailInsulationPullOffForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The minimum force that the completed crimp should withstand when wire is being pulled off the terminal. Above that force, the crimp can be expected to be destroyed at any time. This value applies when only the insulation crimp is functional.\n"@en; rdfs:domain vec:InsulationCrimpDetail; rdfs:label "insulationPullOffForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:insulationCrimpDetailAppliesTo rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:InsulationCrimpDetail; rdfs:label "appliesTo"@en; rdfs:range vec:InsulationSpecification . vec:imperialUnitImperialUnitName rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the name of the imperial unit.\n"@en; rdfs:domain vec:ImperialUnit; rdfs:label "imperialUnitName"@en; rdfs:range vec:ImperialUnitName; rdfs:subPropertyOf vec:contains . vec:iECUnitIecUnitName rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the name of the IEC unit.\n"@en; rdfs:domain vec:IECUnit; rdfs:label "iecUnitName"@en; rdfs:range vec:IECUnitName; rdfs:subPropertyOf vec:contains . vec:iECUnitIecPrefix rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the prefix of the IEC unit.\n"@en; rdfs:domain vec:IECUnit; rdfs:label "iecPrefix"@en; rdfs:range vec:IECPrefix; rdfs:subPropertyOf vec:contains . vec:housingComponentReferencePinComponentRef rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PinComponentReferences used in the HousingComponentReference. \n(KBLFRM-401)\n"@en; rdfs:domain vec:HousingComponentReference; rdfs:label "pinComponentRef"@en; rdfs:range vec:PinComponentReference; rdfs:subPropertyOf vec:contains . vec:housingComponentReferenceHousingComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Points to the HousingComponent referenced by the HousingComponent reference. \n(KBLFRM-401)\n"@en; rdfs:domain vec:HousingComponentReference; rdfs:label "housingComponent"@en; rdfs:range vec:HousingComponent . vec:housingComponentReferenceConnectorHousingRole rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:HousingComponentReference; rdfs:label "connectorHousingRole"@en; rdfs:range vec:ConnectorHousingRole; rdfs:subPropertyOf vec:contains . vec:housingComponentReferenceComponentConnector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentConnector that is realized by the referenced HousingComponentReference."@en; rdfs:domain vec:HousingComponentReference; rdfs:label "componentConnector"@en; rdfs:range vec:ComponentConnector . vec:housingComponentSegmentConnectionPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the SegmentConnectionPoints the HousingComponent .\n"@en; rdfs:domain vec:HousingComponent; rdfs:label "segmentConnectionPoint"@en; rdfs:range vec:SegmentConnectionPointHC; rdfs:subPropertyOf vec:contains . vec:housingComponentPinComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PinComponents of HousingComponent. \n\n(see KBLFRM-300)\n"@en; rdfs:domain vec:HousingComponent; rdfs:label "pinComponent"@en; rdfs:range vec:PinComponent; rdfs:subPropertyOf vec:contains . vec:housingComponentHousingSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ConnectorHousingSpecification that is describing the connector interface of the HousingComponent (e.g. Slots, Cavities, Design, Coding).\n"@en; rdfs:domain vec:HousingComponent; rdfs:label "housingSpecification"@en; rdfs:range vec:ConnectorHousingSpecification . vec:housingComponentDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the HousingComponent .\n"@en; rdfs:domain vec:HousingComponent; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:housingComponentComponentConnector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The ComponentConnector that represents this HousingComponent in the internal connectivity of the EEComponentSpecification. "@en; rdfs:domain vec:HousingComponent; rdfs:label "componentConnector"@en; rdfs:range vec:ComponentConnector . vec:housingComponentCompatibleTypes rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The values of this attribute define the HousingComponentTypes that are valid to be associated with this HousingComponent. In other word, if this HousingComponent can be associated with a relay, a fuse, a connector housing of a harness. The values are matching the PrimaryPartType of the PartVersion of the component that should be associated (plugged) into this housing component.\n"@en; rdfs:domain vec:HousingComponent; rdfs:label "compatibleTypes"@en; rdfs:range vec:HousingComponentType; rdfs:subPropertyOf vec:contains . vec:holeTerminalSpecificationHoleType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the hole.\n"@en; rdfs:domain vec:HoleTerminalSpecification; rdfs:label "holeType"@en; rdfs:range vec:TerminalBoltType; rdfs:subPropertyOf vec:contains . vec:holeTerminalSpecificationHoleNominalSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the size (diameter) of the hole in a nominal way (e.g. \"M8\").\n"@en; rdfs:domain vec:HoleTerminalSpecification; rdfs:label "holeNominalSize"@en; rdfs:range vec:TerminalBoltNominalSize; rdfs:subPropertyOf vec:contains . vec:holeTerminalSpecificationHoleDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the hole in a numerical way.\n"@en; rdfs:domain vec:HoleTerminalSpecification; rdfs:label "holeDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:holeTerminalSpecificationHoleDepth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " Specifies the depth of the hole.\n"@en; rdfs:domain vec:HoleTerminalSpecification; rdfs:label "holeDepth"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:holeMountedFixingSpecificationPlateThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the thickness of the plate in which the hole is positioned.\n"@en; rdfs:domain vec:HoleMountedFixingSpecification; rdfs:label "plateThickness"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:holeMountedFixingSpecificationHoleType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of how the fixing is fixated in the hole. In other words, it defines what features the hole has to provide to allow a fixation of the fixing.\n"@en; rdfs:domain vec:HoleMountedFixingSpecification; rdfs:label "holeType"@en; rdfs:range vec:HoleMountedFixingHoleType; rdfs:subPropertyOf vec:contains . vec:holeMountedFixingSpecificationHoleShape rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the shape of the hole in horizontal direction (the plain on which the fixing is fixated)."@en; rdfs:domain vec:HoleMountedFixingSpecification; rdfs:label "holeShape"@en; rdfs:range vec:HoleMountedFixingHoleShape; rdfs:subPropertyOf vec:contains . vec:holeMountedFixingSpecificationHoleDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the hole in which the fixing is mounted.\n"@en; rdfs:domain vec:HoleMountedFixingSpecification; rdfs:label "holeDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:harnessGeometrySpecification3DType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the harness geometry.\n"@en; rdfs:domain vec:HarnessGeometrySpecification3D; rdfs:label "type"@en; rdfs:range vec:GeometryType; rdfs:subPropertyOf vec:contains . vec:harnessGeometrySpecification3DGeometryType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of geometry. Valid values are Dmu, Formboard.\n"@en; rdfs:domain vec:HarnessGeometrySpecification3D; rdfs:label "geometryType"@en; rdfs:range vec:GeometryType . vec:harnessGeometrySpecification3DBuildingBlockPositionings rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the BuildingBlockPositioning3Ds that are forming the HarnessGeometrySpecification3D.\n"@en; rdfs:domain vec:HarnessGeometrySpecification3D; rdfs:label "buildingBlockPositionings"@en; rdfs:range vec:BuildingBlockPositioning3D; rdfs:subPropertyOf vec:contains . vec:harnessDrawingSpecification2DBuildingBlockPositionings rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the BuildingBlockPositioning2Ds that are forming the 2D harness drawing. \n"@en; rdfs:domain vec:HarnessDrawingSpecification2D; rdfs:label "buildingBlockPositionings"@en; rdfs:range vec:BuildingBlockPositioning2D; rdfs:subPropertyOf vec:contains . vec:grommetSpecificationPlateThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies valid the plate thickness at the hole into which the grommet fits.\n"@en; rdfs:domain vec:GrommetSpecification; rdfs:label "plateThickness"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:grommetSpecificationMountingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines how the grommet is mounted onto the harness (not the vehicle body)."@en; rdfs:domain vec:GrommetSpecification; rdfs:label "mountingType"@en; rdfs:range vec:GrommetMountingType; rdfs:subPropertyOf vec:contains . vec:grommetSpecificationHoleDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the valid diameter of a hole into which the grommet fits.\n"@en; rdfs:domain vec:GrommetSpecification; rdfs:label "holeDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:grommetSpecificationHardness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the hardness of the grommet.\n"@en; rdfs:domain vec:GrommetSpecification; rdfs:label "hardness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:grommetSpecificationGrommetType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the grommet.\n"@en; rdfs:domain vec:GrommetSpecification; rdfs:label "grommetType"@en; rdfs:range vec:GrommetType; rdfs:subPropertyOf vec:contains . vec:grommetSpecificationCableLeadThrough rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the CableLeadThroughs of the Grommet. \n"@en; rdfs:domain vec:GrommetSpecification; rdfs:label "cableLeadThrough"@en; rdfs:range vec:CableLeadThrough; rdfs:subPropertyOf vec:contains . vec:grommetRoleGrommetSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the GrommetSpecification that is instanced by this GrommetRole.\n"@en; rdfs:domain vec:GrommetRole; rdfs:label "grommetSpecification"@en; rdfs:range vec:GrommetSpecification . vec:grommetRoleCableLeadThroughReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:GrommetRole; rdfs:label "cableLeadThroughReference"@en; rdfs:range vec:CableLeadThroughReference; rdfs:subPropertyOf vec:contains . vec:geometrySegment3DStartVector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the start vector of the geometry segment. The start vector is a tangent to the segment at the start position.\n"@en; rdfs:domain vec:GeometrySegment3D; rdfs:label "startVector"@en; rdfs:range vec:CartesianVector3D; rdfs:subPropertyOf vec:contains . vec:geometrySegment3DStartNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the GeometryNode3D where the GeometrySegment3D starts. \n"@en; rdfs:domain vec:GeometrySegment3D; rdfs:label "startNode"@en; rdfs:range vec:GeometryNode3D . vec:geometrySegment3DEndVector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the end vector of the geometry segment. The end vector is a tangent to the segment at the end position.\n"@en; rdfs:domain vec:GeometrySegment3D; rdfs:label "endVector"@en; rdfs:range vec:CartesianVector3D; rdfs:subPropertyOf vec:contains . vec:geometrySegment3DEndNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the GeometryNode3D where the GeometrySegment3D ends. \n"@en; rdfs:domain vec:GeometrySegment3D; rdfs:label "endNode"@en; rdfs:range vec:GeometryNode3D . vec:geometrySegment3DCurve rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies an ordered list of curves which describe the centerline of the segment. If a segment is described by more than one curve, the centerlines of the individual curves are aligned in the order of this association.\n"@en; rdfs:domain vec:GeometrySegment3D; rdfs:label "curve"@en; rdfs:range vec:Curve3D , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:geometrySegment2DStartVector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the start vector of the geometry segment. The start vector is a tangent to the segment at the start position.\n"@en; rdfs:domain vec:GeometrySegment2D; rdfs:label "startVector"@en; rdfs:range vec:CartesianVector2D; rdfs:subPropertyOf vec:contains . vec:geometrySegment2DStartNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the GeometryNode2D where the GeometrySegment2D starts. \n"@en; rdfs:domain vec:GeometrySegment2D; rdfs:label "startNode"@en; rdfs:range vec:GeometryNode2D . vec:geometrySegment2DPathSegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies an ordered list of PathSegments that describe the appearance of the GeometrySegment2D. The appearance is described by the concatenation of the PathSegments beginning at the startNode of the GeometrySegment2D.\n"@en; rdfs:domain vec:GeometrySegment2D; rdfs:label "pathSegment"@en; rdfs:range vec:PathSegment , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:geometrySegment2DEndVector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the end vector of the geometry segment. The end vector is a tangent to the segment at the end position.\n"@en; rdfs:domain vec:GeometrySegment2D; rdfs:label "endVector"@en; rdfs:range vec:CartesianVector2D; rdfs:subPropertyOf vec:contains . vec:geometrySegment2DEndNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the GeometryNode2D where the GeometrySegment2D ends. \n"@en; rdfs:domain vec:GeometrySegment2D; rdfs:label "endNode"@en; rdfs:range vec:GeometryNode2D . vec:geometrySegmentReferenceSegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TopologySegment that is represented by the GeometrySegment. \n"@en; rdfs:domain vec:GeometrySegment; rdfs:label "referenceSegment"@en; rdfs:range vec:TopologySegment . vec:geometrySegmentAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the GeometrySegment.\n"@en; rdfs:domain vec:GeometrySegment; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:geometryNode3DCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CartesianPoint3D where the GeometryNode3D is located. \n"@en; rdfs:domain vec:GeometryNode3D; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint3D . vec:geometryNode2DCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CartesianPoint2D where the GeometryNode2D is located. \n"@en; rdfs:domain vec:GeometryNode2D; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint2D . vec:geometryNodeReferenceNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TopologyNode that is represented by the GeometryNode.\n"@en; rdfs:domain vec:GeometryNode; rdfs:label "referenceNode"@en; rdfs:range vec:TopologyNode . vec:geometryNodeAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the GeometryNode.\n"@en; rdfs:domain vec:GeometryNode; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationVoltageRating rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The voltageRating of a component indicates the maximum voltage for which the component (e.g. a fuse, connector housing,...) is designed to operate safely."@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "voltageRating"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationVoltageLevelCompliance rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the voltage levels (in terms of NominalVoltage) for which the part is approved."@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "voltageLevelCompliance"@en; rdfs:range vec:NominalVoltage; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationTemperatureInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies valid temperatures for a part.\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "temperatureInformation"@en; rdfs:range vec:TemperatureInformation; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationRobustnessProperties rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the robustness of a part.\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "robustnessProperties"@en; rdfs:range vec:RobustnessProperties; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationPartRelation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies possible relations (accessories) of the specified part with other PartVersion (e.g. caps, clips). "@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "partRelation"@en; rdfs:range vec:PartRelation; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationMaterialInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the material of a part with the syntax and nomenclature of an arbitrary reference system. Multiple Material entries in this attribute are only allowed to express the same value in the different reference systems. For parts that are composed of different materials, e.g. wiring harness modules, these materials and their weight proportions can be defined via the MaterialComposition .\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "materialInformation"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationMaterialComposition rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Parts and components are often composed from a material-mix. The MaterialComposition allows the definition of the various Material s in a part and their mass. For example, the proportion of copper or other precious metals in a component. It is permissible to list only individual relevant components. A complete listing of all components is not required.\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "materialComposition"@en; rdfs:range vec:MaterialComposition; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationMassInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the overall mass of the part per Unit of quantity (e.g. g/piece or g/meter...)\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "massInformation"@en; rdfs:range vec:MassInformation; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationColorInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the color of the part.\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "colorInformation"@en; rdfs:range vec:Color; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationBoundingBox rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the bounding box of the part.\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "boundingBox"@en; rdfs:range vec:BoundingBox; rdfs:subPropertyOf vec:contains . vec:generalTechnicalPartSpecificationApplicationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the valid application types (or fields of application) for the PartVersion described by this GeneralTechnicalPartSpecification.  An application type usually implies a wide variety of aspects, such as process requirements, specifications, applicable standards, procedures to be followed etc.\n  Differentiation from VoltageComplianceLevel : Although there is an overlap between the literals of the NominalVoltage and the ApplicationType the statements expressed with the applicationType and the voltageComplianceLevel are different. The voltageComplianceLevel only refers to a statement about the voltage compatibility of a part, but does not include the other aspects, e.g. process requirements. For example, a connector or cable might withstand high voltage levels ( voltageLevelCompliance ) but might not be allowed for high voltage applications in a vehicle due to an insufficient color coding.\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "applicationType"@en; rdfs:range vec:ApplicationType; rdfs:subPropertyOf vec:contains . vec:fuseSpecificationIMax rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum electric current tolerated by the fuse.\n"@en; rdfs:domain vec:FuseSpecification; rdfs:label "iMax"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:fuseSpecificationFuseType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The geometric type of a fuse.\n"@en; rdfs:domain vec:FuseSpecification; rdfs:label "fuseType"@en; rdfs:range vec:FuseType; rdfs:subPropertyOf vec:contains . vec:fuseSpecificationCharacteristic rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The characteristics of a fuse design refers to how rapidly the fuse responds to various current overloads."@en; rdfs:domain vec:FuseSpecification; rdfs:label "characteristic"@en; rdfs:range vec:FuseCharacteristic; rdfs:subPropertyOf vec:contains . vec:fuseComponentFuseSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FuseComponent; rdfs:label "fuseSpecification"@en; rdfs:range vec:FuseSpecification . vec:fuseComponentConnectedPins rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FuseComponent; rdfs:label "connectedPins"@en; rdfs:range vec:PinComponent . vec:fuseCharacteristicTrippingCurrent rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FuseCharacteristic; rdfs:label "trippingCurrent"@en; rdfs:range vec:QuantityKind . vec:fuseCharacteristicTime rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FuseCharacteristic; rdfs:label "time"@en; rdfs:range vec:QuantityKind . vec:functionalStructureSpecificationRootNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:FunctionalStructureSpecification; rdfs:label "rootNode"@en; rdfs:range vec:FunctionalStructureNode; rdfs:subPropertyOf vec:contains . vec:functionalStructureNodeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the FunctionalStructureNode .\n"@en; rdfs:domain vec:FunctionalStructureNode; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:functionalStructureNodeContainedGroups rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FunctionalStructureNode; rdfs:label "containedGroups"@en; rdfs:range vec:FunctionalAssignmentGroup . vec:functionalStructureNodeChildNodes rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FunctionalStructureNode; rdfs:label "childNodes"@en; rdfs:range vec:FunctionalStructureNode; rdfs:subPropertyOf vec:contains . vec:functionalStructureNodeAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room to specify additional identifiers for the FunctionalStructureNode .\n"@en; rdfs:domain vec:FunctionalStructureNode; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:functionalStructureNodeAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for a human readable short name, title etc. of the FunctionalStructureNode .\n"@en; rdfs:domain vec:FunctionalStructureNode; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:functionalRequirementType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type defines to which category a requirement belongs (e.g.  Functional Safety).\n"@en; rdfs:domain vec:FunctionalRequirement; rdfs:label "type"@en; rdfs:range vec:FunctionalRequirementType; rdfs:subPropertyOf vec:contains . vec:functionalAssignmentGroupFunctionalRequirements rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Functional requirements that apply to the members of this group.\n \n"@en; rdfs:domain vec:FunctionalAssignmentGroup; rdfs:label "functionalRequirements"@en; rdfs:range vec:FunctionalRequirement; rdfs:subPropertyOf vec:contains . vec:flatCoreSpecificationSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the size (width & height) of the flat core.\n"@en; rdfs:domain vec:FlatCoreSpecification; rdfs:label "size"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:fixingSpecificationOffset rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Offset between the origin of a fixing (which is defined by its installed position on the car body), and the placement point on the harness. See Diagram \"Fixing Coordinates and Dimensions\" for details."@en; rdfs:domain vec:FixingSpecification; rdfs:label "offset"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:fixingSpecificationNominalSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FixingSpecification; rdfs:label "nominalSize"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:fixingSpecificationMaximumWidthB rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The maximum width of the fixing, measured from the placement plane (XZ-plane) in the opposite direction of the Y-axis (direction of the harness, passing through the fixing). See Diagram \"Fixing Coordinates and Dimensions\" for details.\n"@en; rdfs:domain vec:FixingSpecification; rdfs:label "maximumWidthB"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:fixingSpecificationMaximumWidthA rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The maximum width of the fixing, measured from the placement plane (XZ-plane) in the direction of the Y-axis (direction of the harness, passing through the fixing). See Diagram \"Fixing Coordinates and Dimensions\" for details."@en; rdfs:domain vec:FixingSpecification; rdfs:label "maximumWidthA"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:fixingRoleFixingSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the FixingSpecification that is instanced by this FixingRole.\n"@en; rdfs:domain vec:FixingRole; rdfs:label "fixingSpecification"@en; rdfs:range vec:FixingSpecification . vec:fittingSpecificationOutlet rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:FittingSpecification; rdfs:label "outlet"@en; rdfs:range vec:FittingOutlet; rdfs:subPropertyOf vec:contains . vec:fittingSpecificationForm rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the form of the fitting (e.g. Y, T).\n"@en; rdfs:domain vec:FittingSpecification; rdfs:label "form"@en; rdfs:range vec:FittingForm; rdfs:subPropertyOf vec:contains . vec:fittingOutletPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PlacementPoint that represents this FittingOutlet in a PlaceableElementSpecification.\n"@en; rdfs:domain vec:FittingOutlet; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:fittingOutletOuterDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the outer diameter of the outlet.\n"@en; rdfs:domain vec:FittingOutlet; rdfs:label "outerDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:fittingOutletInnerDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the inner diameter of the outlet.\n"@en; rdfs:domain vec:FittingOutlet; rdfs:label "innerDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:fillerSpecificationMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the material of the filler.\n"@en; rdfs:domain vec:FillerSpecification; rdfs:label "material"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:fillerSpecificationDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the filler.\n"@en; rdfs:domain vec:FillerSpecification; rdfs:label "diameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:ferriteRoleFerriteSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:FerriteRole; rdfs:label "ferriteSpecification"@en; rdfs:range vec:FerriteSpecification . vec:externalMappingSpecificationMappings rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the mappings of individual element.\n"@en; rdfs:domain vec:ExternalMappingSpecification; rdfs:label "mappings"@en; rdfs:range vec:ExternalMapping; rdfs:subPropertyOf vec:contains . vec:externalMappingSpecificationMappedDocument rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Reference to the DocumentVersion that represents the external data source that connected to the VEC content by the ExternalMappingSpecification .\n"@en; rdfs:domain vec:ExternalMappingSpecification; rdfs:label "mappedDocument"@en; rdfs:range vec:DocumentVersion . vec:externalMappingMappedElement rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:ExternalMapping; rdfs:label "mappedElement"@en; rdfs:range vec:ExtendableElement . vec:extensionSlotReferenceUsedInserts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the inserts used for extension slot in a defined instance. These can be more than one EEComponentRole, because of variance in a 150% specification. "@en; rdfs:domain vec:ExtensionSlotReference; rdfs:label "usedInserts"@en; rdfs:range vec:EEComponentRole . vec:extensionSlotReferenceExtensionSlot rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ExtensionSlotReference; rdfs:label "extensionSlot"@en; rdfs:range vec:ExtensionSlot . vec:extensionSlotAllowedInserts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartRelations that are valid inserts for this ExtensionSlot.\nThis reference points to PartRelations in order to allow referencing indirectly a PartVersion if the description of individual PartVersions is done with one physical VEC file per PartVersion and to allow the expression of optional inserts, choices etc. However, inserts for an ExtensionSlot are always EEComponents by itself. Therefore, the referenced PartVersion shall have a PrimaryPartType = EEComponent.\n"@en; rdfs:domain vec:ExtensionSlot; rdfs:label "allowedInserts"@en; rdfs:range vec:PartRelation . vec:extendableElementReferencedExternalDocuments rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This association allows all ExtendableElements in the VEC to reference DocumentVersions as \"external reference\".\nThis association shall be used for the extension of elements in the VEC with information that cannot be represented in the VEC in an appropriate way but can be expressed in some external format (e.g. a specific symbol for a ComponentNode ).\nD ocumentVersions referenced by this association shall not contain any Specifications.\nThis association is no replacement for associations with a more precise semantic like the DocumentBasedInstruction or the associations between PartVersion and DocumentVersion.\n \n"@en; rdfs:domain vec:ExtendableElement; rdfs:label "referencedExternalDocuments"@en; rdfs:range vec:DocumentVersion . vec:extendableElementCustomProperty rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the CustomProperties of the ExtendableElement. \n"@en; rdfs:domain vec:ExtendableElement; rdfs:label "customProperty"@en; rdfs:range vec:CustomProperty; rdfs:subPropertyOf vec:contains . vec:edgeMountedFixingSpecificationEdgeThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a range of valid thicknesses, onto which the fixing can be mounted.\n"@en; rdfs:domain vec:EdgeMountedFixingSpecification; rdfs:label "edgeThickness"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:eEComponentSpecificationVoltageRating rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "\n \n\t\t\n\t\n \nReplaced by GeneralTechnicalPartSpecification.VoltageRating.\n\nSince: 2.2.0"@en , "The voltageRating of an EEComponentSpecification indicates the maximum voltage of the circuit for which the E/E component (e.g. a fuse) is designed to operate safely."@en; rdfs:domain vec:EEComponentSpecification; rdfs:label "voltageRating"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:eEComponentSpecificationStates rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the available SwitchingStates of the EEComponent.\n"@en; rdfs:domain vec:EEComponentSpecification; rdfs:label "states"@en; rdfs:range vec:SwitchingState; rdfs:subPropertyOf vec:contains . vec:eEComponentSpecificationPowerConsumption rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PowerConsumptions of this EEComponentSpecification. This refers to the internal power consumption of this E/E-component, not the power-consumption that might occur indirectly over other E/E-components that are supplied through this component.\n"@en; rdfs:domain vec:EEComponentSpecification; rdfs:label "powerConsumption"@en; rdfs:range vec:PowerConsumption; rdfs:subPropertyOf vec:contains . vec:eEComponentSpecificationHousingComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the available connector interfaces of the EEComponent. \n"@en; rdfs:domain vec:EEComponentSpecification; rdfs:label "housingComponent"@en; rdfs:range vec:HousingComponent; rdfs:subPropertyOf vec:contains . vec:eEComponentSpecificationExtensionSlots rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the available ExtensionSlots of the EEComponent. "@en; rdfs:domain vec:EEComponentSpecification; rdfs:label "extensionSlots"@en; rdfs:range vec:ExtensionSlot; rdfs:subPropertyOf vec:contains . vec:eEComponentSpecificationConnections rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:EEComponentSpecification; rdfs:label "connections"@en; rdfs:range vec:InternalComponentConnection; rdfs:subPropertyOf vec:contains . vec:eEComponentSpecificationComponentNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The ComponentNode that defines the internal connectivity of this EEComponentSpecification. "@en; rdfs:domain vec:EEComponentSpecification; rdfs:label "componentNode"@en; rdfs:range vec:ComponentNode . vec:eEComponentRoleHousingComponentRef rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the HousingComponentReferences used in the EEComponentRole. \n(KBLFRM-401)\n"@en; rdfs:domain vec:EEComponentRole; rdfs:label "housingComponentRef"@en; rdfs:range vec:HousingComponentReference; rdfs:subPropertyOf vec:contains . vec:eEComponentRoleExtensionSlotRef rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ExtensionSlotReferences used in the EEComponentRole. "@en; rdfs:domain vec:EEComponentRole; rdfs:label "extensionSlotRef"@en; rdfs:range vec:ExtensionSlotReference; rdfs:subPropertyOf vec:contains . vec:eEComponentRoleComponentNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentNode that is realized by the referenced EEComponent (OccurrenceOrUsage with EEComponentRole).\nKBLFRM-341\n"@en; rdfs:domain vec:EEComponentRole; rdfs:label "componentNode"@en; rdfs:range vec:ComponentNode . vec:eEComponentRoleEEComponentSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the EEComponentSpecification that is instanced by this EEComponentRole.\n"@en; rdfs:domain vec:EEComponentRole; rdfs:label "EEComponentSpecification"@en; rdfs:range vec:EEComponentSpecification . vec:documentVersionSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Specifications contained in the DocumentVersion. All structured, technical information in the VEC is described by such Specifications. \n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "specification"@en; rdfs:range vec:Specification; rdfs:subPropertyOf vec:contains . vec:documentVersionSheetOrChapter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies SheetOrChapters defined in this DocumentVersion. These are especially useful if the DocumentVersion represents an external reference. \n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "sheetOrChapter"@en; rdfs:range vec:SheetOrChapter; rdfs:subPropertyOf vec:contains . vec:documentVersionRelatedDocument rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The association is an informative link which DocumentVersion are related to each other (e.g. by derivation, A Harness-Drawing is related to a 3D-Model). \n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "relatedDocument"@en; rdfs:range vec:DocumentVersion . vec:documentVersionReferencedPart rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The association is an informative link which PartVersions are described by the DocumentVersion. \n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "referencedPart"@en; rdfs:range vec:PartVersion . vec:documentVersionItemEquivalence rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies ItemEquivalences defined by the DocumentVersion.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "itemEquivalence"@en; rdfs:range vec:ItemEquivalence; rdfs:subPropertyOf vec:contains . vec:documentVersionDocumentType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The type of the document, which is defined in an OpenEnumeration and gives a hint about the content of the document. Values for typical types of documents in the process are predefined (e.g. a part master document for the specification of a PartVersion ).\nAt later point, further constraint might be attached to documentType defining a minimum content for certain types of documents.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "documentType"@en; rdfs:range vec:DocumentType; rdfs:subPropertyOf vec:contains . vec:documentVersionDocumentClassification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the DocumentClassifications of this DocumentVersion.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "documentClassification"@en; rdfs:range vec:DocumentClassification; rdfs:subPropertyOf vec:contains . vec:documentVersionConfidentialityLevel rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The ConfidentialityLevel of this DocumentVersion.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "confidentialityLevel"@en; rdfs:range vec:ConfidentialityLevel; rdfs:subPropertyOf vec:contains . vec:documentRelatedAssignmentGroupType rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:DocumentRelatedAssignmentGroup; rdfs:label "type"@en; rdfs:range vec:DocumentRelationType; rdfs:subPropertyOf vec:contains . vec:documentRelatedAssignmentGroupRelatedSheetOrChapter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Allows a more specific relationship to a SheetOrChapter within the relatedDocumentVersion.\n"@en; rdfs:domain vec:DocumentRelatedAssignmentGroup; rdfs:label "relatedSheetOrChapter"@en; rdfs:range vec:SheetOrChapter . vec:documentRelatedAssignmentGroupRelatedDocumentVersion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the DocumentVersion to which this group relates.\n"@en; rdfs:domain vec:DocumentRelatedAssignmentGroup; rdfs:label "relatedDocumentVersion"@en; rdfs:range vec:DocumentVersion . vec:documentClassificationDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the classification (e.g. the name or clear text, for example \"max. 99 Years\").\n"@en; rdfs:domain vec:DocumentClassification; rdfs:label "description"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:documentBasedInstructionReferencedSheetOrChapter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the SheetOrChapter that is used as an Instruction.\n"@en; rdfs:domain vec:DocumentBasedInstruction; rdfs:label "referencedSheetOrChapter"@en; rdfs:range vec:SheetOrChapter . vec:documentBasedInstructionReferencedDocument rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the DocumentVersion that is used as an Instruction.\n"@en; rdfs:domain vec:DocumentBasedInstruction; rdfs:label "referencedDocument"@en; rdfs:range vec:DocumentVersion . vec:diodeSpecificationThresholdVoltage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Voltage at which the diode starts conducting in forward direction.\n"@en; rdfs:domain vec:DiodeSpecification; rdfs:label "thresholdVoltage"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:diodeSpecificationIMax rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum electric current tolerated by the diode.\n"@en; rdfs:domain vec:DiodeSpecification; rdfs:label "iMax"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:diodeSpecificationCathode rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:DiodeSpecification; rdfs:label "cathode"@en; rdfs:range vec:PinComponent . vec:diodeSpecificationBreakDownVoltage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Voltage at which the diode starts conducting in reverse direction.\n"@en; rdfs:domain vec:DiodeSpecification; rdfs:label "breakDownVoltage"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:diodeSpecificationAnode rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:DiodeSpecification; rdfs:label "anode"@en; rdfs:range vec:PinComponent . vec:dimensionUnitComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Dimension; rdfs:label "unitComponent"@en; rdfs:range vec:Unit . vec:dimensionTolerance rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:Dimension; rdfs:label "tolerance"@en; rdfs:range vec:Tolerance; rdfs:subPropertyOf vec:contains . vec:dimensionReferenceAnchor rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the location that is used as reference point for the dimensioning (e.g. the location of a fixing as this relates to a fixpoint of the body in white).\nSee KBLFRM-329 and KBLFRM-391.\n"@en; rdfs:domain vec:Dimension; rdfs:label "referenceAnchor"@en; rdfs:range vec:DimensionAnchor . vec:dimensionPath rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a path in the topology along which the dimension is defined. \n"@en; rdfs:domain vec:Dimension; rdfs:label "path"@en; rdfs:range vec:Path; rdfs:subPropertyOf vec:contains . vec:dimensionDimensionAnchor rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the location that is used as dimension point for the dimensioning (e.g. the entry point of a bundle into a connector housing).\nSee KBLFRM-329 and KBLFRM-391.\n"@en; rdfs:domain vec:Dimension; rdfs:label "dimensionAnchor"@en; rdfs:range vec:DimensionAnchor . vec:dimensionDefinedLocations rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:Dimension; rdfs:label "definedLocations"@en; rdfs:range vec:Location; rdfs:subPropertyOf vec:contains . vec:defaultDimensionSpecificationDefaultDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:DefaultDimensionSpecification; rdfs:label "defaultDimension"@en; rdfs:range vec:DefaultDimension; rdfs:subPropertyOf vec:contains . vec:defaultDimensionToleranceIndication rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:DefaultDimension; rdfs:label "toleranceIndication"@en; rdfs:range vec:Tolerance; rdfs:subPropertyOf vec:contains . vec:defaultDimensionDimensionValueRange rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "dimensionValueRange defines the magnitude of measurements for which the tolerance applies (e.g. length from 500mm - 1500mm).\n"@en; rdfs:domain vec:DefaultDimension; rdfs:label "dimensionValueRange"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:defaultDimensionDimensionType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The dimensionType defines to which measurements this DefaultDimension applies.\n"@en; rdfs:domain vec:DefaultDimension; rdfs:label "dimensionType"@en; rdfs:range vec:DefaultDimensionType; rdfs:subPropertyOf vec:contains . vec:dataPointValueDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:DataPointValue; rdfs:label "dimension"@en; rdfs:range vec:QuantityKind . vec:dataPointDataPointValue rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:DataPoint; rdfs:label "dataPointValue"@en; rdfs:range vec:DataPointValue; rdfs:subPropertyOf vec:contains . vec:crimpDetailSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the expected size of the crimp. The height is measured in direction of the crimp opening. The width is measured in orthogonal to the height and orthogonal to main axis of the terminal ( TerminalSpecification.OverallLength ).\n"@en; rdfs:domain vec:CrimpDetail; rdfs:label "size"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:crimpDetailManualCrimpTool rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A list of tools that are permitted for manual crimping processes.\n"@en; rdfs:domain vec:CrimpDetail; rdfs:label "manualCrimpTool"@en; rdfs:range vec:ResourceVersion . vec:crimpDetailMachineCrimpTool rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A list of tools that are permitted for machine crimping processes.\n"@en; rdfs:domain vec:CrimpDetail; rdfs:label "machineCrimpTool"@en; rdfs:range vec:ResourceVersion . vec:creationResponsibleDesigner rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the person, which is the responsible designer for the ItemVersion at the point of creation.\n"@en; rdfs:domain vec:Creation; rdfs:label "responsibleDesigner"@en; rdfs:range vec:Person; rdfs:subPropertyOf vec:contains . vec:creationCreator rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the person who has created the Item.\n"@en; rdfs:domain vec:Creation; rdfs:label "creator"@en; rdfs:range vec:Person; rdfs:subPropertyOf vec:contains . vec:couplingSpecificationCouplingPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CouplingSpecification; rdfs:label "couplingPoint"@en; rdfs:range vec:CouplingPoint; rdfs:subPropertyOf vec:contains . vec:couplingPointSlotCoupling rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CouplingPoint; rdfs:label "slotCoupling"@en; rdfs:range vec:SlotCoupling; rdfs:subPropertyOf vec:contains . vec:couplingPointSecondConnector rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CouplingPoint; rdfs:label "secondConnector"@en; rdfs:range vec:ConnectorHousingRole . vec:couplingPointMatingPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the MatingPoints defined within the CouplingPoint .\n"@en; rdfs:domain vec:CouplingPoint; rdfs:label "matingPoint"@en; rdfs:range vec:MatingPoint; rdfs:subPropertyOf vec:contains . vec:couplingPointFirstConnector rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CouplingPoint; rdfs:label "firstConnector"@en; rdfs:range vec:ConnectorHousingRole . vec:corrugatedPipeSpecificationCorrugationWidth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the width of a corrugation of the pipe.\n"@en; rdfs:domain vec:CorrugatedPipeSpecification; rdfs:label "corrugationWidth"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:corrugatedPipeSpecificationCorrugationHeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the height of a corrugation of the pipe.\n"@en; rdfs:domain vec:CorrugatedPipeSpecification; rdfs:label "corrugationHeight"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:corrugatedPipeSpecificationCorrugationGradient rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the gradient of a corrugation of the pipe.\n"@en; rdfs:domain vec:CorrugatedPipeSpecification; rdfs:label "corrugationGradient"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:coreSpecificationOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the outside diameter of the core.\n"@en; rdfs:domain vec:CoreSpecification; rdfs:label "outsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:coreCrimpDetailInsulationCrimpDetails rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the different InsulationCrimpDetails that are valid combinations for this CoreCrimpDetail.\n"@en; rdfs:domain vec:CoreCrimpDetail; rdfs:label "insulationCrimpDetails"@en; rdfs:range vec:InsulationCrimpDetail; rdfs:subPropertyOf vec:contains . vec:coreCrimpDetailCorePullOffForce rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The minimum force that the completed crimp should withstand when wire is being pulled off the terminal. Above that force, the crimp can be expected to be destroyed at any time. This value applies when only the core crimp is present or functional (insulation crimp is either not present or disabled).\n"@en; rdfs:domain vec:CoreCrimpDetail; rdfs:label "corePullOffForce"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:coreCrimpDetailAppliesTo rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CoreCrimpDetail; rdfs:label "appliesTo"@en; rdfs:range vec:ConductorSpecification . vec:copyrightInformationCopyrightNote rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "An informal text which specifies copyright information.\n"@en; rdfs:domain vec:CopyrightInformation; rdfs:label "copyrightNote"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:contractContractRole rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The role the company takes in reference to the associated ItemVersion. Predefined are the values: OEM, Supplier and Manufacturer.\n"@en; rdfs:domain vec:Contract; rdfs:label "contractRole"@en; rdfs:range vec:ContractRole; rdfs:subPropertyOf vec:contains . vec:contactingSpecificationContactPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ContactPoints defined by the ContactingSpecification.\n"@en; rdfs:domain vec:ContactingSpecification; rdfs:label "contactPoint"@en; rdfs:range vec:ContactPoint; rdfs:subPropertyOf vec:contains . vec:contactPointWireMounting rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the WireMouting defined by ContactPoint. More than one WireMounting is allowed in order to support variance. In concrete configuration the WireMounting with all referenced elements present is used.\n"@en; rdfs:domain vec:ContactPoint; rdfs:label "wireMounting"@en; rdfs:range vec:WireMounting; rdfs:subPropertyOf vec:contains . vec:contactPointMountedTerminal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the terminal that is used for contacting defined by the ContactPoint. \n"@en; rdfs:domain vec:ContactPoint; rdfs:label "mountedTerminal"@en; rdfs:range vec:TerminalRole . vec:contactPointCavityMounting rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the mounting to a cavity of the terminal associated with the ContactPoint. \nThe cardinality is 0..* in order to allow a variant dependent cavity mounting. In such a scenario a cavity mounting is valid in a configuration if all addressed cavities and therefore the associated connector housing is available. \n"@en; rdfs:domain vec:ContactPoint; rdfs:label "cavityMounting"@en; rdfs:range vec:CavityMounting; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationVoltageRange rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "\n \n\t\t\n\t\n \nReplaced by GeneralTechnicalPartSpecification.VoltageRating.\n\nSince: 2.2.0"@en , "Specifies the allowed voltage range for the connector housing.\n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "voltageRange"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:connectorHousingSpecificationSlot rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the slots forming the ConnectorHousing. \n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "slot"@en; rdfs:range vec:AbstractSlot; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationSegmentConnectionPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the SegmentConnectionPoints the connector housing.\n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "segmentConnectionPoint"@en; rdfs:range vec:SegmentConnectionPoint; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationReferenceSurfaceDefinition rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Contains the information about reference surfaces of the connector."@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "referenceSurfaceDefinition"@en; rdfs:range vec:ReferenceSurfaceDefinition; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationOutletDirection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the OutletDirection for wires.\nThis attribute is defined as an OpenEnumeration .\n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "outletDirection"@en; rdfs:range vec:ConnectorOutletDirection; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationModularSlotConfiguration rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "modularSlotConfiguration"@en; rdfs:range vec:ModularSlotConfiguration; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationLockingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of locking of this connector against its counterpart."@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "lockingType"@en; rdfs:range vec:ConnectorLockingType; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationConnectorPositionAssuranceType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the connector position assurance. This is only valid of connectorPositionAssurance = true. "@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "connectorPositionAssuranceType"@en; rdfs:range vec:ConnectorPositionAssuranceType; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationCoding rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines coding of the connector housing that is satisfied by the connector housing. \n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "coding"@en; rdfs:range vec:Coding; rdfs:subPropertyOf vec:contains . vec:connectorHousingSpecificationAverageWireLengthAddOn rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the average wire length add on for this connector.\n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "averageWireLengthAddOn"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:connectorHousingRoleSlotReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the SlotReferences used in the ConnectorHousingRole. \n"@en; rdfs:domain vec:ConnectorHousingRole; rdfs:label "slotReference"@en; rdfs:range vec:AbstractSlotReference; rdfs:subPropertyOf vec:contains . vec:connectorHousingRoleSealState rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies if this instance of a connector housing should be sealed (waterproof).\n"@en; rdfs:domain vec:ConnectorHousingRole; rdfs:label "sealState"@en; rdfs:range vec:SealState; rdfs:subPropertyOf vec:contains . vec:connectorHousingRoleLockingState rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The state of the primary locking mechanism of the connector, if applicable. This is the state of the connector in the integration level described by the model to which the ConnectorHousingRole belongs. For example, if the ConnectorHousingRole is part of a harness specification from the OEM to the Tier1, it is the state the OEM expects for the delivered product, not the final state in the vehicle.\n"@en; rdfs:domain vec:ConnectorHousingRole; rdfs:label "lockingState"@en; rdfs:range vec:ConnectorLockingState; rdfs:subPropertyOf vec:contains . vec:connectorHousingRoleCpaState rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The state of the connector position assurance (CPA), if applicable. This is the state of the connector in the integration level described by the model to which the ConnectorHousingRole belongs. For example, if the ConnectorHousingRole is part of a harness specification from the OEM to the Tier1, it is the state the OEM expects for the delivered product, not the final state in the vehicle.\n"@en; rdfs:domain vec:ConnectorHousingRole; rdfs:label "cpaState"@en; rdfs:range vec:ConnectorPositionAssuranceState; rdfs:subPropertyOf vec:contains . vec:connectorHousingRoleConnectorHousingSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ConnectorHousingSpecification that is instanced by this ConnectorHousingRole.\n"@en; rdfs:domain vec:ConnectorHousingRole; rdfs:label "connectorHousingSpecification"@en; rdfs:range vec:ConnectorHousingSpecification . vec:connectorHousingRoleComponentConnector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentConnector that is realized by the referenced ConnectorHousing (OccurrenceOrUsage with ConnectorHousingRole). This can especially be relevant for inliners. KBLFRM-341.\n"@en; rdfs:domain vec:ConnectorHousingRole; rdfs:label "componentConnector"@en; rdfs:range vec:ComponentConnector . vec:connectorHousingCoverRoleConnectorHousingCoverSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ConnectorHousingCoverRole; rdfs:label "connectorHousingCoverSpecification"@en; rdfs:range vec:ConnectorHousingCoverSpecification . vec:connectorHousingCapSpecificationWireAddOn rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the wire length add on needed for the cap.\n"@en; rdfs:domain vec:ConnectorHousingCapSpecification; rdfs:label "wireAddOn"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:connectorHousingCapSpecificationOutletDirection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the OutletDirection for wires.\nThis attribute is defined as an OpenEnumeration .\n"@en; rdfs:domain vec:ConnectorHousingCapSpecification; rdfs:label "outletDirection"@en; rdfs:range vec:ConnectorOutletDirection; rdfs:subPropertyOf vec:contains . vec:connectorHousingCapRoleConnectorHousingCapSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ConnectorHousingCapSpecification that is instanced by this ConnectorHousingCapRole.\n"@en; rdfs:domain vec:ConnectorHousingCapRole; rdfs:label "connectorHousingCapSpecification"@en; rdfs:range vec:ConnectorHousingCapSpecification . vec:connectionViewSpecificationPlacedViewItems rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Target class was accidentally named incorrectly in 2.0.0. Use ComponentNodeViewItem instead.\nSince: 2.0.2"@en , "Specifies all ComponentNodeViewItems that are displayed within a ConnectionViewSpecification ."@en; rdfs:domain vec:ConnectionViewSpecification; rdfs:label "placedViewItems"@en; rdfs:range vec:ConnectionNodeViewItem; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:connectionViewSpecificationPlacedNodeViewItems rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies all ComponentNodeViewItems that are displayed within a ConnectionViewSpecification .\n"@en; rdfs:domain vec:ConnectionViewSpecification; rdfs:label "placedNodeViewItems"@en; rdfs:range vec:ComponentNodeViewItem; rdfs:subPropertyOf vec:contains . vec:connectionViewSpecificationCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies all the CartesianPoint2Ds that are used within the ConnectionViewSpecification . "@en; rdfs:domain vec:ConnectionViewSpecification; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint2D; rdfs:subPropertyOf vec:contains . vec:connectionSpecificationConnectionGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ConnectionGroup defined by the ConnectionSpecification.\n"@en; rdfs:domain vec:ConnectionSpecification; rdfs:label "connectionGroup"@en; rdfs:range vec:ConnectionGroup; rdfs:subPropertyOf vec:contains . vec:connectionSpecificationConnection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Connection defined by the ConnectionSpecification.\n"@en; rdfs:domain vec:ConnectionSpecification; rdfs:label "connection"@en; rdfs:range vec:Connection; rdfs:subPropertyOf vec:contains . vec:connectionSpecificationComponentNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ComponentNodes defined by the ConnectionSpecification.\n"@en; rdfs:domain vec:ConnectionSpecification; rdfs:label "componentNode"@en; rdfs:range vec:ComponentNode; rdfs:subPropertyOf vec:contains . vec:connectionNodeViewItemOrientation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the position / placement of the ConnectionNodeViewItem within the layout."@en; rdfs:domain vec:ConnectionNodeViewItem; rdfs:label "orientation"@en; rdfs:range vec:Transformation2D; rdfs:subPropertyOf vec:contains . vec:connectionNodeViewItemDisplayedPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies all ComponentPortViewItems that are displayed on this ComponentNodeViewItem . The order of this association defines the clockwise arrangement of the ports on the node. As each ComponentPortViewItem can also define the side on which it is placed, side definitions take precedence over order.   Caution: This association is ordered !  \n"@en; rdfs:domain vec:ConnectionNodeViewItem; rdfs:label "displayedPort"@en; rdfs:range vec:ComponentPortViewItem , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:connectionNodeViewItemComponentNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentNode that is represented by this ComponentNodeViewItem . "@en; rdfs:domain vec:ConnectionNodeViewItem; rdfs:label "componentNode"@en; rdfs:range vec:ComponentNode . vec:connectionGroupSubGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ConnectionGroups that are a subgroup of this ConnectionGroup.\n"@en; rdfs:domain vec:ConnectionGroup; rdfs:label "subGroup"@en; rdfs:range vec:ConnectionGroup; rdfs:subPropertyOf vec:contains . vec:connectionGroupInstallationInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional InstallationInstructions for the ConnectionGroup.\n"@en; rdfs:domain vec:ConnectionGroup; rdfs:label "installationInstruction"@en; rdfs:range vec:Instruction; rdfs:subPropertyOf vec:contains . vec:connectionGroupDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the ConnectionGroup.\n"@en; rdfs:domain vec:ConnectionGroup; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:connectionGroupConnectionGroupType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the connectionGroup, valid literals are defined in the open enumeration ConnectionGroupType .\n"@en; rdfs:domain vec:ConnectionGroup; rdfs:label "connectionGroupType"@en; rdfs:range vec:ConnectionGroupType; rdfs:subPropertyOf vec:contains . vec:connectionGroupConnection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Connections that are grouped by the ConnectionGroup. \n"@en; rdfs:domain vec:ConnectionGroup; rdfs:label "connection"@en; rdfs:range vec:Connection . vec:connectionEndInstallationInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies installation instruction for the ConnectionEnd .\n"@en; rdfs:domain vec:ConnectionEnd; rdfs:label "installationInstruction"@en; rdfs:range vec:Instruction; rdfs:subPropertyOf vec:contains . vec:connectionEndGender rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies if the ConnectionEnd is male or female. This may be e.g. important in case of an inliner.\n"@en; rdfs:domain vec:ConnectionEnd; rdfs:label "gender"@en; rdfs:range vec:ConnectionEndGender; rdfs:subPropertyOf vec:contains . vec:connectionEndConnectedComponentPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentPort that is connected by the ConnectionEnd. \n"@en; rdfs:domain vec:ConnectionEnd; rdfs:label "connectedComponentPort"@en; rdfs:range vec:ComponentPort . vec:connectionSignal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the signal that is transmitted by the connection.\n"@en; rdfs:domain vec:Connection; rdfs:label "signal"@en; rdfs:range vec:Signal . vec:connectionNet rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Net that is realized by the Connection.\n"@en; rdfs:domain vec:Connection; rdfs:label "net"@en; rdfs:range vec:Net . vec:connectionInstallationInstruction rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies installation instruction for the connection.\n"@en; rdfs:domain vec:Connection; rdfs:label "installationInstruction"@en; rdfs:range vec:Instruction; rdfs:subPropertyOf vec:contains . vec:connectionDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the Connection.\n"@en; rdfs:domain vec:Connection; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:connectionConnectionEnd rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ConnectionEnds of the Connection. "@en; rdfs:domain vec:Connection; rdfs:label "connectionEnd"@en; rdfs:range vec:ConnectionEnd; rdfs:subPropertyOf vec:contains . vec:configurationConstraintSpecificationConfigurationConstraint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the individual ConfigurationConstraint defined in the ConfigurationConstraintSpecification .\n"@en; rdfs:domain vec:ConfigurationConstraintSpecification; rdfs:label "configurationConstraint"@en; rdfs:range vec:ConfigurationConstraint; rdfs:subPropertyOf vec:contains . vec:configurationConstraintConstrainedElements rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Introduced with VEC V2.0.2. References the ConfigurableElement s that are constrained by this ConfigurationConstraint. This association shall only be used in combination with a containment in a ConfigurationConstraintSpecification. When using the deprecated containment in the ConfigurableElement it shall not be used.\n"@en; rdfs:domain vec:ConfigurationConstraint; rdfs:label "constrainedElements"@en; rdfs:range vec:ConfigurableElement . vec:configurationConstraintConfigInfo rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the configuration information that applies to the ConfigurationConstraint.\n"@en; rdfs:domain vec:ConfigurationConstraint; rdfs:label "configInfo"@en; rdfs:range vec:VariantConfiguration . vec:configurationConstraintApplicationConstraint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the application constraint that applies to the ConfigurationConstraint.\n"@en; rdfs:domain vec:ConfigurationConstraint; rdfs:label "applicationConstraint"@en; rdfs:range vec:ApplicationConstraint . vec:configurableElementConfigurationConstraint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The relationship has been inverted, allowing external configuration of ConfigurableElements. The ConfigurationConstraint is now contained in its own Specification.\nSince: 2.0.2"@en , "Contains or more ConfigurationContraints that apply to this ConfigurableElement. This is explained in more details in the recommendation chapter / model diagram \"Variants\".\n"@en; rdfs:domain vec:ConfigurableElement; rdfs:label "configurationConstraint"@en; rdfs:range vec:ConfigurationConstraint; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:configurableElementConfigInfo rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Replaced with ConfigurationConstraint.\nSince: 2.0.0"@en , "References the configuration information that applies to the ConfigurableElement.\n"@en; rdfs:domain vec:ConfigurableElement; rdfs:label "configInfo"@en; rdfs:range vec:VariantConfiguration; owl:deprecated true . vec:configurableElementAssociatedAssignmentGroups rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ConfigurableElement; rdfs:label "associatedAssignmentGroups"@en; rdfs:range vec:AssignmentGroup . vec:configurableElementApplicationConstraint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Replaced with ConfigurationConstraint.\nSince: 2.0.0"@en , "References the application constraints that apply to the ConfigurableElement.\n"@en; rdfs:domain vec:ConfigurableElement; rdfs:label "applicationConstraint"@en; rdfs:range vec:ApplicationConstraint; owl:deprecated true . vec:conductorSpecificationWireType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the conductor. A WireType is a key in a reference system for the definition of wires. Some reference systems define independent type fragment for insulations and conductors and the WireType of a WireElement is the combination of both.\nA conductor must not have more than one type. This attribute allows more than one value for the reason, that the same type can be expressed in multiple reference systems.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "wireType"@en; rdfs:range vec:WireType; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationVoltageRange rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Replaced by GeneralTechnicalPartSpecification.VoltageRating.\nSince: 2.2.0"@en , "Specifies the voltageRange for which the conductor is approved.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "voltageRange"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains; owl:deprecated true . vec:conductorSpecificationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the conductor, e.g. if it is rigid or stranded.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "type"@en; rdfs:range vec:ConductorType; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationTransmissionMedium rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the transmission medium for the conductor.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "transmissionMedium"@en; rdfs:range vec:SignalTransmissionMediumType; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationStructure rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the structure of the conductor according to ISO 6722-1 for ConductorSpecifications with Type = Stranded. Should only be used for ConductorSpecifications with type=Stranded.\n \n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "structure"@en; rdfs:range vec:ConductorStructure; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationStrandDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of a single strand in the conductor.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "strandDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationResistance rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the electrical resistance of the conductor. In most cases this is specified as resistance per length (e.g. Ohm per meter).\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "resistance"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationPlatingMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the plating material of the conductor.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "platingMaterial"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationNumberOfStrands rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the number of individual strands used to construct the conductor. If the conductor is solid than the number of strands would be one.\n \nThis value indicates the total number of strands forming the conductor. While typically an integer, this attribute is intentionally modelled as a NumericalValue to support tolerances , as found in technical data sheets — especially for high-voltage / large cross-section cables, where manufacturers may specify strand count as a range or with a deviation (e.g., 1.070 ± 5%).\n  Usage Notes: If a precise strand count is known and no variation applies, a NumericalValue without tolerance (e.g., 19) should be used. If the strand count includes a tolerance, the tolerance properties of NumericalValue should be utilized. The Unit used should be set to Piece .  \n \n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "numberOfStrands"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the material of the conductor.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "material"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationMassInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the mass information of the conductor. In most cases this mass information is known as copper weight and is normally specified as mass per length (e.g. gram per meter).\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "massInformation"@en; rdfs:range vec:MassInformation; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationCurrentInformation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the current information of the conductor. These are the maximum currents for which the conductor is approved.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "currentInformation"@en; rdfs:range vec:ConductorCurrentInformation; rdfs:subPropertyOf vec:contains . vec:conductorSpecificationCrossSectionArea rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the cross-section area of the conductor (e.g. 0,5 mm²). The cross-section area is a nominal value, which refers to the conducting properties of the conductor normalized to the properties of a full material core.\n"@en; rdfs:domain vec:ConductorSpecification; rdfs:label "crossSectionArea"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:conductorMaterialMaterial rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the material.\n"@en; rdfs:domain vec:ConductorMaterial; rdfs:label "material"@en; rdfs:range vec:Material; rdfs:subPropertyOf vec:contains . vec:conductorCurrentInformationVoltage rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The voltage for which this maximum current value is applicable.\n"@en; rdfs:domain vec:ConductorCurrentInformation; rdfs:label "voltage"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:conductorCurrentInformationMaxCurrent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The maximum current value.\n"@en; rdfs:domain vec:ConductorCurrentInformation; rdfs:label "maxCurrent"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:conductorCurrentInformationEnvironmentTemperature rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The environment temperature for which this maximum current value is applicable.\n"@en; rdfs:domain vec:ConductorCurrentInformation; rdfs:label "environmentTemperature"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:compositionSpecificationComponent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PartOccurrences defined in the CompositionSpecification.\n"@en; rdfs:domain vec:CompositionSpecification; rdfs:label "component"@en; rdfs:range vec:PartOccurrence; rdfs:subPropertyOf vec:contains . vec:compositeUnitFactors rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Units that are used as factors to create the CompositeUnit.\n"@en; rdfs:domain vec:CompositeUnit; rdfs:label "factors"@en; rdfs:range vec:Unit . vec:componentPortViewItemSide rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the side of the ComponentNodeViewItem on which the port should be displayed."@en; rdfs:domain vec:ComponentPortViewItem; rdfs:label "side"@en; rdfs:range vec:ComponentPortViewItemSide; rdfs:subPropertyOf vec:contains . vec:componentPortViewItemComponentPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentPort that is represented by this ComponentPortViewItem . "@en; rdfs:domain vec:ComponentPortViewItem; rdfs:label "componentPort"@en; rdfs:range vec:ComponentPort . vec:componentPortSignalDirection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the direction of the signal on this ComponentPort.\n"@en; rdfs:domain vec:ComponentPort; rdfs:label "signalDirection"@en; rdfs:range vec:SignalDirection; rdfs:subPropertyOf vec:contains . vec:componentPortSignal rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Signal that is associated with the ComponentPort .\n"@en; rdfs:domain vec:ComponentPort; rdfs:label "signal"@en; rdfs:range vec:Signal . vec:componentPortNetworkPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the NetworkPort that is realized by the ComponentPort.\n"@en; rdfs:domain vec:ComponentPort; rdfs:label "networkPort"@en; rdfs:range vec:NetworkPort . vec:componentPortDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the ComponentPort.\n"@en; rdfs:domain vec:ComponentPort; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:componentPortAliasId rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional identifiers for the element.\n"@en; rdfs:domain vec:ComponentPort; rdfs:label "aliasId"@en; rdfs:range vec:AliasIdentification; rdfs:subPropertyOf vec:contains . vec:componentNodeViewItemOrientation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the position / placement of the ConnectionNodeViewItem within the layout."@en; rdfs:domain vec:ComponentNodeViewItem; rdfs:label "orientation"@en; rdfs:range vec:Transformation2D; rdfs:subPropertyOf vec:contains . vec:componentNodeViewItemDisplayedPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies all ComponentPortViewItems that are displayed on this ComponentNodeViewItem . The order of this association defines the clockwise arrangement of the ports on the node. As each ComponentPortViewItem can also define the side on which it is placed, side definitions take precedence over order.   Caution: This association is ordered !  \n"@en; rdfs:domain vec:ComponentNodeViewItem; rdfs:label "displayedPort"@en; rdfs:range vec:ComponentPortViewItem , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:componentNodeViewItemComponentNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ComponentNodeViewItem; rdfs:label "componentNode"@en; rdfs:range vec:ComponentNode . vec:componentNodeSubType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the sub type of a ComponentNode. The sub type allows a differentiation within a specific type. E.g. an actuator can be differentiated into lamps, speakers, motors. \n"@en; rdfs:domain vec:ComponentNode; rdfs:label "subType"@en; rdfs:range vec:ComponentNodeSubType; rdfs:subPropertyOf vec:contains . vec:componentNodeRealizedUsageNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the UsageNode that is realized by this ComponentNode .\n"@en; rdfs:domain vec:ComponentNode; rdfs:label "realizedUsageNode"@en; rdfs:range vec:UsageNode . vec:componentNodeNetworkNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the NetworkNode that is realized by the ComponentNode.\n"@en; rdfs:domain vec:ComponentNode; rdfs:label "networkNode"@en; rdfs:range vec:NetworkNode . vec:componentNodeDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional, human readable information about the ComponentNode.\n"@en; rdfs:domain vec:ComponentNode; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:componentNodeComponentNodeType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the ComponentNode.\n"@en; rdfs:domain vec:ComponentNode; rdfs:label "componentNodeType"@en; rdfs:range vec:ComponentNodeType; rdfs:subPropertyOf vec:contains . vec:componentNodeComponentConnector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ComponentConnectors of a ComponentNode."@en; rdfs:domain vec:ComponentNode; rdfs:label "componentConnector"@en; rdfs:range vec:ComponentConnector; rdfs:subPropertyOf vec:contains . vec:componentNodeChildNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ComponentNodes that are a child of this ComponentNode.\n"@en; rdfs:domain vec:ComponentNode; rdfs:label "childNode"@en; rdfs:range vec:ComponentNode; rdfs:subPropertyOf vec:contains . vec:componentNodeAbbreviation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for a short name of the ComponentNode.\n"@en; rdfs:domain vec:ComponentNode; rdfs:label "abbreviation"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:componentConnectorDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:ComponentConnector; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:componentConnectorComponentPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ComponentPorts of the ComponentConnector.\n"@en; rdfs:domain vec:ComponentConnector; rdfs:label "componentPort"@en; rdfs:range vec:ComponentPort; rdfs:subPropertyOf vec:contains . vec:complexPropertyCustomProperty rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The customProperties that represent the individual values of the complex property.\n"@en; rdfs:domain vec:ComplexProperty; rdfs:label "customProperty"@en; rdfs:range vec:CustomProperty; rdfs:subPropertyOf vec:contains . vec:colorReferenceSystem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The identification of the color reference system, which is defining possible values and the semantic of color keys. (see KBLFRM-315). For common color reference systems, the literals defined in the open enumeration ColorReferenceSystem shall be used.\n"@en; rdfs:domain vec:Color; rdfs:label "referenceSystem"@en; rdfs:range vec:ColorReferenceSystem; rdfs:subPropertyOf vec:contains . vec:colorDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the color (e.g. the name).\n"@en; rdfs:domain vec:Color; rdfs:label "description"@en; rdfs:range vec:LocalizedString; rdfs:subPropertyOf vec:contains . vec:coatingRoleWeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The weight of material that shall be used for the coating of WireEnd. "@en; rdfs:domain vec:CoatingRole; rdfs:label "weight"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:coatingRoleVolume rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The volume of material that shall be used for the coating of WireEnd. "@en; rdfs:domain vec:CoatingRole; rdfs:label "volume"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:coatingRoleLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The length over which the coating is applied at the WireEnd , measured from the wire tip."@en; rdfs:domain vec:CoatingRole; rdfs:label "length"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:changeDescriptionResponsibleDesigner rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the design engineer who is/was responsible to perform the change.\n"@en; rdfs:domain vec:ChangeDescription; rdfs:label "responsibleDesigner"@en; rdfs:range vec:Person; rdfs:subPropertyOf vec:contains . vec:changeDescriptionDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable, information about the ChangeDescription.\n"@en; rdfs:domain vec:ChangeDescription; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:changeDescriptionApprover rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the person who has approved the change.\n"@en; rdfs:domain vec:ChangeDescription; rdfs:label "approver"@en; rdfs:range vec:Person; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationPrimaryLockingType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies if the cavity has a primary locking and of what type it is.\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "primaryLockingType"@en; rdfs:range vec:PrimaryLockingType; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationMinWireElementOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the minimum diameter a wire is allowed to have to fit into the cavity. This definition is necessary, since wires that are too small might cause movements and in acceptable torsion forces on terminals.\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "minWireElementOutsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationMaxWireElementOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum diameter a wire is allowed to have to fit into the cavity.\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "maxWireElementOutsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationGeometry rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the geometry of a cavity in the sealing area (crimp end).\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "geometry"@en; rdfs:range vec:CavityGeometry; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationCompatibleTerminalType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a list of terminal types that are compatible to this CavitySpecification.\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "compatibleTerminalType"@en; rdfs:range vec:TerminalType; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationCavitySealingLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the length of the sealing area in the cavity."@en; rdfs:domain vec:CavitySpecification; rdfs:label "cavitySealingLength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationCavityDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the dimension of the cavity in the sealing area of the cavity (crimp end), not in the contacting area (box end).\nThe Height of a cavity is defined as the dimension of cavity in the direction of the primary locking. The Width is the dimension orthogonal to the Height.\nFor cavities with Geometry = Circular the Size.Width shall be equal to Size.Height.\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "cavityDimension"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:cavitySpecificationAngle rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the angle against two planes of the connector housing a terminal used in this cavity can be buckled.\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "angle"@en; rdfs:range vec:NumericalValue , vec:Ordered; rdfs:subPropertyOf vec:contains . vec:cavitySealSpecificationWireReceptionType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the wireReceptionType to which the cavity seal fits.\n"@en; rdfs:domain vec:CavitySealSpecification; rdfs:label "wireReceptionType"@en; rdfs:range vec:WireReceptionType; rdfs:subPropertyOf vec:contains . vec:cavitySealSpecificationWireElementOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a range of valid wire diameters to which the cavity seal fits.\n"@en; rdfs:domain vec:CavitySealSpecification; rdfs:label "wireElementOutsideDiameter"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:cavitySealSpecificationInsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the inside diameter in the relaxed state for a cavity seal.\n"@en; rdfs:domain vec:CavitySealSpecification; rdfs:label "insideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavitySealRoleCavitySealSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CavitySealSpecification that is instanced by this CavitySealRole.\n"@en; rdfs:domain vec:CavitySealRole; rdfs:label "cavitySealSpecification"@en; rdfs:range vec:CavitySealSpecification . vec:cavityReferenceReferencedCavity rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Points to the cavity referenced by the cavity reference. \n"@en; rdfs:domain vec:CavityReference; rdfs:label "referencedCavity"@en; rdfs:range vec:Cavity . vec:cavityReferenceIntegratedTerminalRole rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Contains the terminal role if the cavity has an integrated terminal (e.g. an IDC).\n"@en; rdfs:domain vec:CavityReference; rdfs:label "integratedTerminalRole"@en; rdfs:range vec:TerminalRole; rdfs:subPropertyOf vec:contains . vec:cavityReferenceComponentPort rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ComponentPort that is implemented by this CavityReference .\n"@en; rdfs:domain vec:CavityReference; rdfs:label "componentPort"@en; rdfs:range vec:ComponentPort . vec:cavityPositionDetailRotation rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The rotation of the cavity is defined as the angle between the primary locking of the cavity and the Y-axis of the connector housing coordinate system.\n"@en; rdfs:domain vec:CavityPositionDetail; rdfs:label "rotation"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavityPositionDetailInsertionVector rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "A unit vector that points in the direction in which a terminal is inserted from the InsertionPosition into the connector."@en; rdfs:domain vec:CavityPositionDetail; rdfs:label "insertionVector"@en; rdfs:range vec:CartesianVector3D; rdfs:subPropertyOf vec:contains . vec:cavityPositionDetailInsertionPosition rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The position of the center of the cavity in the entrance surface of the connector during the insertion process.\n"@en; rdfs:domain vec:CavityPositionDetail; rdfs:label "insertionPosition"@en; rdfs:range vec:CartesianPoint3D; rdfs:subPropertyOf vec:contains . vec:cavityPositionDetailInsertionDepth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The insertionDepth of a cavity is the length of the insertion path for a terminal. The distance a terminal must travel from the InsertionPosition to its final position."@en; rdfs:domain vec:CavityPositionDetail; rdfs:label "insertionDepth"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavityPositionDetailCavitySealingOffset rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the offset (length) by which the starting point of the sealing area is displaced insertionPosition in insertion direction."@en; rdfs:domain vec:CavityPositionDetail; rdfs:label "cavitySealingOffset"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavityPositionDetailBaseUnit rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The Unit in which all coordinates (e.g. cartesian points) of this CavityPositionDetail  are defined. Shall be a unit of length (e.g. millimetre).\n"@en; rdfs:domain vec:CavityPositionDetail; rdfs:label "baseUnit"@en; rdfs:range vec:Unit . vec:cavityPlugRolePluggedCavityRef rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines which cavity / cavities in a connector instance is sealed by the plug. \n"@en; rdfs:domain vec:CavityPlugRole; rdfs:label "pluggedCavityRef"@en; rdfs:range vec:CavityReference . vec:cavityPlugRoleCavityPlugSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CavityPlugSpecification that is instanced by this CavityPlugRole.\n"@en; rdfs:domain vec:CavityPlugRole; rdfs:label "cavityPlugSpecification"@en; rdfs:range vec:CavityPlugSpecification . vec:cavityPartSpecificationHardness rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the hardness of the cavity seal.\n"@en; rdfs:domain vec:CavityPartSpecification; rdfs:label "hardness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavityPartSpecificationGeometry rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the geometry of the cavity sealing.\n \nThis attribute is defined as an OpenEnumeration.\n"@en; rdfs:domain vec:CavityPartSpecification; rdfs:label "geometry"@en; rdfs:range vec:SealingGeometry; rdfs:subPropertyOf vec:contains . vec:cavityPartSpecificationCompatibleTerminalType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a list of terminal types that are compatible to this CavitySealSpecification. This defines the compatible cavities as well, since a plug is normally used when no terminals are present.\n"@en; rdfs:domain vec:CavityPartSpecification; rdfs:label "compatibleTerminalType"@en; rdfs:range vec:TerminalType; rdfs:subPropertyOf vec:contains . vec:cavityPartSpecificationCompatibleCavityGeometry rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines a list of CavityGeometries that are compatible with this cavity part.\n"@en; rdfs:domain vec:CavityPartSpecification; rdfs:label "compatibleCavityGeometry"@en; rdfs:range vec:CavityGeometry; rdfs:subPropertyOf vec:contains . vec:cavityPartSpecificationCavityDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a valid cavity dimension to which the cavity part fits. The dimension defines the size of the sealing area of the cavity (crimp end), not in the contacting area (box end).\nNote: CavityDimension is of type Size which is defined as x & y with type NumericalValue. NumericalValue can define tolerances. So, a cavity dimension is not necessarily a single fixed value.\n"@en; rdfs:domain vec:CavityPartSpecification; rdfs:label "cavityDimension"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:cavityMountingDetailTerminalReceptionReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the TerminalReception that is used for the detailed description of the cavity mounting. \n"@en; rdfs:domain vec:CavityMountingDetail; rdfs:label "terminalReceptionReference"@en; rdfs:range vec:TerminalReceptionReference . vec:cavityMountingDetailEquippedCavityRef rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the cavity that is used for the detailed description of the cavity mounting. \n"@en; rdfs:domain vec:CavityMountingDetail; rdfs:label "equippedCavityRef"@en; rdfs:range vec:CavityReference . vec:cavityMountingReplacedPlug rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the cavity plugs that are obsolete if the cavity mounting is realized. \n"@en; rdfs:domain vec:CavityMounting; rdfs:label "replacedPlug"@en; rdfs:range vec:CavityPlugRole . vec:cavityMountingEquippedCavityRef rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the cavities that are used for the cavity mounting. \n"@en; rdfs:domain vec:CavityMounting; rdfs:label "equippedCavityRef"@en; rdfs:range vec:CavityReference . vec:cavityMountingCavityMountingDetail rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the CavityMoutingDetails, if a detailed description of the relationships between Cavities and TerminalReceptions is needed.\n"@en; rdfs:domain vec:CavityMounting; rdfs:label "cavityMountingDetail"@en; rdfs:range vec:CavityMountingDetail; rdfs:subPropertyOf vec:contains . vec:cavityMountingCavityAccessory rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CavityMounting; rdfs:label "cavityAccessory"@en; rdfs:range vec:CavityAccessoryRole . vec:cavityLayoutVirtualCavity rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CavityLayout; rdfs:label "virtualCavity"@en; rdfs:range vec:Cavity; rdfs:subPropertyOf vec:contains . vec:cavityCouplingSecondCavity rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CavityCoupling; rdfs:label "secondCavity"@en; rdfs:range vec:CavityReference . vec:cavityCouplingFirstCavity rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CavityCoupling; rdfs:label "firstCavity"@en; rdfs:range vec:CavityReference . vec:cavityAddOnWireAddOn rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the wire length add on needed for the cavity.\n"@en; rdfs:domain vec:CavityAddOn; rdfs:label "wireAddOn"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cavityAddOnType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of the add-on (see CavityAddOn ).\n"@en; rdfs:domain vec:CavityAddOn; rdfs:label "type"@en; rdfs:range vec:WireAddOnType; rdfs:subPropertyOf vec:contains . vec:cavityAddOnCavity rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CavityAddOn; rdfs:label "cavity"@en; rdfs:range vec:Cavity . vec:cavityAccessorySpecificationWireReceptionType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the wireReceptionType to which the cavity accessory fits.\n"@en; rdfs:domain vec:CavityAccessorySpecification; rdfs:label "wireReceptionType"@en; rdfs:range vec:WireReceptionType; rdfs:subPropertyOf vec:contains . vec:cavityAccessorySpecificationWireElementOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a range of valid wire diameters to which the cavity accessory fits.\n"@en; rdfs:domain vec:CavityAccessorySpecification; rdfs:label "wireElementOutsideDiameter"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:cavityAccessoryRoleCavityAccessorySpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CavityAccessoryRole; rdfs:label "cavityAccessorySpecification"@en; rdfs:range vec:CavityAccessorySpecification . vec:cavityPositionDetail rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Optional details for geometric properties of the cavity in the connector."@en; rdfs:domain vec:Cavity; rdfs:label "positionDetail"@en; rdfs:range vec:CavityPositionDetail; rdfs:subPropertyOf vec:contains . vec:cavityIntegratedTerminalSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the terminal, if the cavity has an integrated terminal (e.g. an IDC).\n"@en; rdfs:domain vec:Cavity; rdfs:label "integratedTerminalSpecification"@en; rdfs:range vec:TerminalSpecification . vec:cavityCavitySpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CavitySpecification that is satisfied by the cavity.\n"@en; rdfs:domain vec:Cavity; rdfs:label "cavitySpecification"@en; rdfs:range vec:CavitySpecification . vec:capacitorSpecificationUMax rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " The breakdown voltage of the capacitor.\n"@en; rdfs:domain vec:CapacitorSpecification; rdfs:label "uMax"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:capacitorSpecificationImpedance rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CapacitorSpecification; rdfs:label "impedance"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:capacitorSpecificationCapacity rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CapacitorSpecification; rdfs:label "capacity"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableTieSpecificationWidth rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableTieSpecification; rdfs:label "width"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableTieSpecificationThickness rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableTieSpecification; rdfs:label "thickness"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableTieSpecificationTensioningStrength rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableTieSpecification; rdfs:label "tensioningStrength"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableTieSpecificationLength rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:CableTieSpecification; rdfs:label "length"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableTieRoleCableTieSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableTieRole; rdfs:label "cableTieSpecification"@en; rdfs:range vec:CableTieSpecification . vec:cableSealSpecificationCavityLayout rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealSpecification; rdfs:label "cavityLayout"@en; rdfs:range vec:CavityLayout; rdfs:subPropertyOf vec:contains . vec:cableSealSpecificationCableSealEntry rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealSpecification; rdfs:label "cableSealEntry"@en; rdfs:range vec:CableSealEntry; rdfs:subPropertyOf vec:contains . vec:cableSealRoleCableSealSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealRole; rdfs:label "cableSealSpecification"@en; rdfs:range vec:CableSealSpecification . vec:cableSealRoleCableSealEntryReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealRole; rdfs:label "cableSealEntryReference"@en; rdfs:range vec:CableSealEntryReference; rdfs:subPropertyOf vec:contains . vec:cableSealPlugSpecificationSealingPin rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealPlugSpecification; rdfs:label "sealingPin"@en; rdfs:range vec:SealingPin; rdfs:subPropertyOf vec:contains . vec:cableSealPlugSpecificationCavityLayout rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealPlugSpecification; rdfs:label "cavityLayout"@en; rdfs:range vec:CavityLayout; rdfs:subPropertyOf vec:contains . vec:cableSealPlugRoleSealingPinReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealPlugRole; rdfs:label "sealingPinReference"@en; rdfs:range vec:SealingPinReference; rdfs:subPropertyOf vec:contains . vec:cableSealPlugRoleCableSealPlugSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealPlugRole; rdfs:label "cableSealPlugSpecification"@en; rdfs:range vec:CableSealPlugSpecification . vec:cableSealEntryReferenceSealInsertionDepth rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines how far the cable seal is pushed onto the wire, measured from the tip of the corresponding WireEnd ."@en; rdfs:domain vec:CableSealEntryReference; rdfs:label "sealInsertionDepth"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableSealEntryReferenceCableSealEntry rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealEntryReference; rdfs:label "cableSealEntry"@en; rdfs:range vec:CableSealEntry . vec:cableSealEntryReferenceAssociatedWireElementRef rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableSealEntryReference; rdfs:label "associatedWireElementRef"@en; rdfs:range vec:WireElementReference . vec:cableSealEntryWireElementOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies a range of valid wire diameters to which the CableSealEntry fits.\n"@en; rdfs:domain vec:CableSealEntry; rdfs:label "wireElementOutsideDiameter"@en; rdfs:range vec:ValueRange; rdfs:subPropertyOf vec:contains . vec:cableSealEntryPosition rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the Cavity in the CavityLayout of the CableSealSpecification where this CableSealEntry is positioned."@en; rdfs:domain vec:CableSealEntry; rdfs:label "position"@en; rdfs:range vec:Cavity . vec:cableSealEntryInsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the inside diameter in the relaxed state for the opening in the cable seal.\n"@en; rdfs:domain vec:CableSealEntry; rdfs:label "insideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughSpecificationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type of a cable lead through. Standardized values are defined in an OpenEnumeration .\n"@en; rdfs:domain vec:CableLeadThroughSpecification; rdfs:label "type"@en; rdfs:range vec:CableLeadThroughType; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughSpecificationSealingDimension rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the dimension of the cable lead through in the sealing area.\n"@en; rdfs:domain vec:CableLeadThroughSpecification; rdfs:label "sealingDimension"@en; rdfs:range vec:Size; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughSpecificationMinSegmentOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the minimum diameter a segment can have to fit through the cable lead through. This definition is necessary, since segments that are too small might cause movements and unacceptable torsion forces or they are not sealable.\n"@en; rdfs:domain vec:CableLeadThroughSpecification; rdfs:label "minSegmentOutsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughSpecificationMaxSegmentOutsideDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum diameter a segment can have to fit into the cable lead through.\n"@en; rdfs:domain vec:CableLeadThroughSpecification; rdfs:label "maxSegmentOutsideDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughSpecificationGeometry rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the geometry of a cable lead through in the sealing area. Standardized values are defined in an OpenEnumeration .\n"@en; rdfs:domain vec:CableLeadThroughSpecification; rdfs:label "geometry"@en; rdfs:range vec:CableLeadThroughGeometry; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughReferenceUsedSeals rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Use a cable seal as supplementary part instead.\nSince: 2.2.0"@en , ""@en; rdfs:domain vec:CableLeadThroughReference; rdfs:label "usedSeals"@en; rdfs:range vec:CavitySealRole; owl:deprecated true . vec:cableLeadThroughReferenceUsedPlugs rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Use a cable seal plug as supplementary part instead.\nSince: 2.2.0"@en , "References the plugs that are used with this CableLeadThroughReference. This association might be a 150% selection.\n"@en; rdfs:domain vec:CableLeadThroughReference; rdfs:label "usedPlugs"@en; rdfs:range vec:CavityPlugRole; owl:deprecated true . vec:cableLeadThroughReferenceCableLeadThroughOutletReference rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableLeadThroughReference; rdfs:label "cableLeadThroughOutletReference"@en; rdfs:range vec:CableLeadThroughOutletReference; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughReferenceCableLeadThrough rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableLeadThroughReference; rdfs:label "cableLeadThrough"@en; rdfs:range vec:CableLeadThrough . vec:cableLeadThroughOutletReferenceUsedSupplementaryParts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "This is the relationship of the supplementary parts actually used in this CableLeadThroughOutletReference. This is the actual selection of the potential supplementary parts defined in the corresponding Slot.supplementaryParts association.\n"@en; rdfs:domain vec:CableLeadThroughOutletReference; rdfs:label "usedSupplementaryParts"@en; rdfs:range vec:OccurrenceOrUsage . vec:cableLeadThroughOutletReferenceCableLeadThroughOutlet rdf:type rdf:Property , owl:ObjectProperty; rdfs:domain vec:CableLeadThroughOutletReference; rdfs:label "cableLeadThroughOutlet"@en; rdfs:range vec:CableLeadThroughOutlet . vec:cableLeadThroughOutletSupplementaryParts rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the PartRelations that specify supplementary parts for this CableLeadThroughOutlet .\n"@en; rdfs:domain vec:CableLeadThroughOutlet; rdfs:label "supplementaryParts"@en; rdfs:range vec:PartRelation . vec:cableLeadThroughOutletPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PlacementPoint that represents this CableLeadThroughOutlet in a PlaceableElementSpecification.\n"@en; rdfs:domain vec:CableLeadThroughOutlet; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:cableLeadThroughOutlet rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the outlets of a CableLeadThrough. "@en; rdfs:domain vec:CableLeadThrough; rdfs:label "outlet"@en; rdfs:range vec:CableLeadThroughOutlet; rdfs:subPropertyOf vec:contains . vec:cableLeadThroughCableLeadThroughSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CableLeadThroughSpecification that defines the technical properties of this CableLeadThrough.\n"@en; rdfs:domain vec:CableLeadThrough; rdfs:label "cableLeadThroughSpecification"@en; rdfs:range vec:CableLeadThroughSpecification . vec:cableDuctSpecificationOutlet rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:CableDuctSpecification; rdfs:label "outlet"@en; rdfs:range vec:CableDuctOutlet; rdfs:subPropertyOf vec:contains . vec:cableDuctRoleCableDuctSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the CableDuctSpecification that is instanced by this CableDuctRole.\n"@en; rdfs:domain vec:CableDuctRole; rdfs:label "cableDuctSpecification"@en; rdfs:range vec:CableDuctSpecification . vec:cableDuctOutletPlacementPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the PlacementPoint that represents this CableDuctOutlet in a PlaceableElementSpecification.\n"@en; rdfs:domain vec:CableDuctOutlet; rdfs:label "placementPoint"@en; rdfs:range vec:PlacementPoint . vec:buildingBlockSpecification3DTopologyZone rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Zone that is building block represents. This shall be a TopologyZone with the type \"DmuZone\".\n"@en; rdfs:domain vec:BuildingBlockSpecification3D; rdfs:label "topologyZone"@en; rdfs:range vec:TopologyZone . vec:buildingBlockSpecification3DPlacedElementViewItem3D rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the view items for OccurrenceOrUsages in a BuildingBlockSpecification3D. \n"@en; rdfs:domain vec:BuildingBlockSpecification3D; rdfs:label "placedElementViewItem3D"@en; rdfs:range vec:OccurrenceOrUsageViewItem3D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification3DGeometrySegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the GeometrySegment3Ds defined by the BuildingBlockSpecification3D.\n"@en; rdfs:domain vec:BuildingBlockSpecification3D; rdfs:label "geometrySegment"@en; rdfs:range vec:GeometrySegment3D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification3DGeometryNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the GeometryNode3Ds defined by the BuildingBlockSpecification3D.\n"@en; rdfs:domain vec:BuildingBlockSpecification3D; rdfs:label "geometryNode"@en; rdfs:range vec:GeometryNode3D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification3DCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the CartesianPoint3Ds that are used in the BuildingBlockSpecification3D.\n"@en; rdfs:domain vec:BuildingBlockSpecification3D; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint3D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification3DBaseUnit rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:BuildingBlockSpecification3D; rdfs:label "baseUnit"@en; rdfs:range vec:Unit . vec:buildingBlockSpecification2DPlacedElementViewItem rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the view items for OccurrenceOrUsages on a BuildingBlockSpecification2D. \n"@en; rdfs:domain vec:BuildingBlockSpecification2D; rdfs:label "placedElementViewItem"@en; rdfs:range vec:OccurrenceOrUsageViewItem2D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification2DGeometrySegment rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the GeometrySegment2Ds defined by the BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:BuildingBlockSpecification2D; rdfs:label "geometrySegment"@en; rdfs:range vec:GeometrySegment2D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification2DGeometryNode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the GeometryNode2Ds defined by the BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:BuildingBlockSpecification2D; rdfs:label "geometryNode"@en; rdfs:range vec:GeometryNode2D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification2DCartesianPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the CartesianPoint2Ds that are used in the BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:BuildingBlockSpecification2D; rdfs:label "cartesianPoint"@en; rdfs:range vec:CartesianPoint2D; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification2DBoundingBox rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the size of the area described by the BuildingBlockSpecification2D in Cartesian dimensions. \n"@en; rdfs:domain vec:BuildingBlockSpecification2D; rdfs:label "boundingBox"@en; rdfs:range vec:CartesianDimension; rdfs:subPropertyOf vec:contains . vec:buildingBlockSpecification2DBaseUnit rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment ""@en; rdfs:domain vec:BuildingBlockSpecification2D; rdfs:label "baseUnit"@en; rdfs:range vec:Unit . vec:buildingBlockPositioning3DReferenced3DBuildingBlock rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the building block that is positioned.\n"@en; rdfs:domain vec:BuildingBlockPositioning3D; rdfs:label "referenced3DBuildingBlock"@en; rdfs:range vec:BuildingBlockSpecification3D . vec:buildingBlockPositioning3DPositioning rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the positioning of the building block in the harness geometry.\n"@en; rdfs:domain vec:BuildingBlockPositioning3D; rdfs:label "positioning"@en; rdfs:range vec:Transformation3D; rdfs:subPropertyOf vec:contains . vec:buildingBlockPositioning2DReferenced2DBuildingBlock rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the building block which is placed on the harness drawing. \n"@en; rdfs:domain vec:BuildingBlockPositioning2D; rdfs:label "referenced2DBuildingBlock"@en; rdfs:range vec:BuildingBlockSpecification2D . vec:buildingBlockPositioning2DCenterPoint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the center point of the BuildingBlock in the coordinate system of the harness drawing. \n"@en; rdfs:domain vec:BuildingBlockPositioning2D; rdfs:label "centerPoint"@en; rdfs:range vec:CartesianPoint2D; rdfs:subPropertyOf vec:contains . vec:bridgeTerminalRoleConnection rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the Connection that is realized by this BridgeTerminalRole.\n"@en; rdfs:domain vec:BridgeTerminalRole; rdfs:label "connection"@en; rdfs:range vec:Connection . vec:boundingBoxZ rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the extent of the bounding box in the direction of z (height).\n"@en; rdfs:domain vec:BoundingBox; rdfs:label "z"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:boundingBoxY rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the extent of the bounding box in the direction of y (width).\n"@en; rdfs:domain vec:BoundingBox; rdfs:label "y"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:boundingBoxX rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the extent of the bounding box in the direction of x (length).\n"@en; rdfs:domain vec:BoundingBox; rdfs:label "x"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:boltTerminalSpecificationBoltType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the bolt.\n"@en; rdfs:domain vec:BoltTerminalSpecification; rdfs:label "boltType"@en; rdfs:range vec:TerminalBoltType; rdfs:subPropertyOf vec:contains . vec:boltTerminalSpecificationBoltNominalSize rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the size (diameter) of the bolt in a nominal way (e.g. \"M8\").\n"@en; rdfs:domain vec:BoltTerminalSpecification; rdfs:label "boltNominalSize"@en; rdfs:range vec:TerminalBoltNominalSize; rdfs:subPropertyOf vec:contains . vec:boltTerminalSpecificationBoltHeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " Specifies the height of the bolt (the height of the part to which ring terminals can be attached).\n"@en; rdfs:domain vec:BoltTerminalSpecification; rdfs:label "boltHeight"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:boltTerminalSpecificationBoltDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the bolt in a numerical way.\n"@en; rdfs:domain vec:BoltTerminalSpecification; rdfs:label "boltDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:boltMountedFixingSpecificationBoltType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the type of the bolt on which the fixing can be mounted.\n"@en; rdfs:domain vec:BoltMountedFixingSpecification; rdfs:label "boltType"@en; rdfs:range vec:BoltMountedFixingBoltType; rdfs:subPropertyOf vec:contains . vec:boltMountedFixingSpecificationBoltShape rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the shape of the bolt on which the fixing can be mounted.\n"@en; rdfs:domain vec:BoltMountedFixingSpecification; rdfs:label "boltShape"@en; rdfs:range vec:BoltMountedFixingBoltShape; rdfs:subPropertyOf vec:contains . vec:boltMountedFixingSpecificationBoltHeight rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the height of the bolt on which the fixing can be mounted.\n"@en; rdfs:domain vec:BoltMountedFixingSpecification; rdfs:label "boltHeight"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:boltMountedFixingSpecificationBoltDiameter rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the diameter of the bolt on which the fixing can be mounted.\n"@en; rdfs:domain vec:BoltMountedFixingSpecification; rdfs:label "boltDiameter"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:batterySpecificationU rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the nominal voltage of the battery.\n"@en; rdfs:domain vec:BatterySpecification; rdfs:label "u"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:batterySpecificationICool rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the battery's current in cool state.\n"@en; rdfs:domain vec:BatterySpecification; rdfs:label "iCool"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:batterySpecificationI rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the current the battery provides.\n"@en; rdfs:domain vec:BatterySpecification; rdfs:label "i"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:batterySpecificationCapacity rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the power capacity of the battery.\n"@en; rdfs:domain vec:BatterySpecification; rdfs:label "capacity"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:baselineSpecificationValidVersions rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the ItemVersions that are the content of the baseline.\n"@en; rdfs:domain vec:BaselineSpecification; rdfs:label "validVersions"@en; rdfs:range vec:ItemVersion . vec:baselineSpecificationState rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the state of the baseline itself (e.g. if it is finalized or work in progress).\n"@en; rdfs:domain vec:BaselineSpecification; rdfs:label "state"@en; rdfs:range vec:BaselineState; rdfs:subPropertyOf vec:contains . vec:baselineSpecificationContent rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the state of the content of the baseline in regard of its defined scope.\n"@en; rdfs:domain vec:BaselineSpecification; rdfs:label "content"@en; rdfs:range vec:BaselineContent; rdfs:subPropertyOf vec:contains . vec:assignmentGroupSpecificationAssignmentGroup rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Contains the AssignmentGroups that are defined by this AssignmentGroupSpecification.\n"@en; rdfs:domain vec:AssignmentGroupSpecification; rdfs:label "assignmentGroup"@en; rdfs:range vec:AssignmentGroup; rdfs:subPropertyOf vec:contains . vec:assignmentGroupDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies additional, human readable information about the AssignmentGroup .\n"@en; rdfs:domain vec:AssignmentGroup; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:approvalStatus rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "The approval level concerning approval status. Predefined are the values: NotYetApproved, Approved and Withdrawn. The status refers to the status of the Approval , not the status of the ItemVersion. So, e.g. withdrawn means the approval (with its corresponding level) has been withdrawn, not the ItemVersion itself.\n"@en; rdfs:domain vec:Approval; rdfs:label "status"@en; rdfs:range vec:StatusOfApproval; rdfs:subPropertyOf vec:contains . vec:approvalPermission rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the permission issued with the approval.\n"@en; rdfs:domain vec:Approval; rdfs:label "permission"@en; rdfs:range vec:Permission; rdfs:subPropertyOf vec:contains . vec:approvalLevelOfApproval rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Relates to activities that are allowed with the ItemVersion after release for example building pilot tools or production tools. The levelOfApproval applies to the ItemVersion itself without further detailing or additional context. So, for example \"Free\" means, that from a component's perspective the corresponding PartVersion has satisfied all qualification procedures and can be used within its specified limits without restriction.\nThe levels Planned , Free , Invalid refer to a single approval level. The levels Develop and Restricted refer to a category of approval levels in the lifecycle of an ItemVersion that all belong to the same phase but are highly company specific. For example, d evelop approvals might be a \"a start of construction approval\" or a \"building of prototypes or tools allowed approval\". \"Restricted\" approvals might be \"only for special purpose vehicles\", \"spare part only\" or \"residual parts may be used up\".\nIn these cases, the additionalLevelInformation can be used to provide further information (e.g. a company specific approval level).\n"@en; rdfs:domain vec:Approval; rdfs:label "levelOfApproval"@en; rdfs:range vec:LevelOfApproval; rdfs:subPropertyOf vec:contains . vec:approvalDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Room for additional information about the item.\n"@en; rdfs:domain vec:Approval; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:applicationConstraintSpecificationApplicationConstraint rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the ApplicationConstraints.\n"@en; rdfs:domain vec:ApplicationConstraintSpecification; rdfs:label "applicationConstraint"@en; rdfs:range vec:ApplicationConstraint; rdfs:subPropertyOf vec:contains . vec:applicationConstraintType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines if the application constraint is positive (allowance) or negative (denial). If the ApplicationConstraint has a baseInclusion that baseInclusion shall define the same type.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "type"@en; rdfs:range vec:ApplicationConstraintType; rdfs:subPropertyOf vec:contains . vec:applicationConstraintProject rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment " Defines the projects for which the application constraint applies.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "project"@en; rdfs:range vec:Project . vec:applicationConstraintBaseInclusion rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "An ApplicationConstraint can only be satisfied if its baseInclusion is satisfied as well. \n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "baseInclusion"@en; rdfs:range vec:ApplicationConstraint . vec:antennaSpecificationImpedance rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the impedance of the antenna.\n"@en; rdfs:domain vec:AntennaSpecification; rdfs:label "impedance"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:antennaSpecificationFMin rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the minimum operating frequency of the antenna.\n"@en; rdfs:domain vec:AntennaSpecification; rdfs:label "fMin"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:antennaSpecificationFMax rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Specifies the maximum operating frequency of the antenna.\n"@en; rdfs:domain vec:AntennaSpecification; rdfs:label "fMax"@en; rdfs:range vec:NumericalValue; rdfs:subPropertyOf vec:contains . vec:aliasIdentificationType rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines the type (or the role) of the AliasIdentification. Defined literals are contained in an OpenEnumeration.\n"@en; rdfs:domain vec:AliasIdentification; rdfs:label "type"@en; rdfs:range vec:AliasIdentificationType; rdfs:subPropertyOf vec:contains . vec:aliasIdentificationDescription rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "On optional human readable description of the AliasIdentification.\n"@en; rdfs:domain vec:AliasIdentification; rdfs:label "description"@en; rdfs:range vec:AbstractLocalizedString; rdfs:subPropertyOf vec:contains . vec:abstractSlotReferenceReferencedSlot rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Points to the slot referenced by the slot reference. \n"@en; rdfs:domain vec:AbstractSlotReference; rdfs:label "referencedSlot"@en; rdfs:range vec:AbstractSlot . vec:abstractSlotSlotSpecification rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the SlotSpecification that is satisfied by the slot.\n"@en; rdfs:domain vec:AbstractSlot; rdfs:label "slotSpecification"@en; rdfs:range vec:SlotSpecification . vec:abstractSlotCoding rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "Defines coding of the slot that is satisfied by the Slot.\n"@en; rdfs:domain vec:AbstractSlot; rdfs:label "coding"@en; rdfs:range vec:Coding; rdfs:subPropertyOf vec:contains . vec:abstractLocalizedStringLanguageCode rdf:type rdf:Property , owl:ObjectProperty; rdfs:comment "References the corresponding languageCode of the value.\n"@en; rdfs:domain vec:AbstractLocalizedString; rdfs:label "languageCode"@en; rdfs:range vec:LanguageCode; rdfs:subPropertyOf vec:contains . vec:wireTypeType rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the type of the wire (e.g. FLRY, NYFAZw). Valid values are defined by the wireTypeReferenceSystem.\n"@en; rdfs:domain vec:WireType; rdfs:label "type"@en; rdfs:range xs:string . vec:wireTypeReferenceSystem rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the reference system for the wire type.\n"@en; rdfs:domain vec:WireType; rdfs:label "referenceSystem"@en; rdfs:range xs:string . vec:wireTupleTerminationFixation rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines whether a fixation to prevent untwisting must be applied to associatedWireEnds of this WireTupleTermination ."@en; rdfs:domain vec:WireTupleTermination; rdfs:label "fixation"@en; rdfs:range xs:boolean . vec:wireTupleSpecificationFixationRequired rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if an implementation of this specification in a concrete harness required to define a fixation against untwisting of the wire ends."@en; rdfs:domain vec:WireTupleSpecification; rdfs:label "fixationRequired"@en; rdfs:range xs:boolean . vec:wireReceptionSpecificationSealable rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the wire reception can be sealed. (see KBLFRM-311)\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "sealable"@en; rdfs:range xs:boolean . vec:wireReceptionSpecificationMultiContact rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if it is possible to contact more than one core at the wire reception. If this attribute is set to true, the wire reception is allowed for more than one wire, but one wire is possible as well. If set to false, only one wire is allowed.\n"@en; rdfs:domain vec:WireReceptionSpecification; rdfs:label "multiContact"@en; rdfs:range xs:boolean . vec:wireReceptionReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the WireReceptionReference . The identification is guaranteed to be unique within the TerminalRole (this might be for example a reception number).\n"@en; rdfs:domain vec:WireReceptionReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:wireReceptionIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the WireReception. The identification is guaranteed to be unique within the TerminalSpecification (this might be for example a reception number).\n"@en; rdfs:domain vec:WireReception; rdfs:label "identification"@en; rdfs:range xs:string . vec:wireProtectionGroupIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the WireProtectionGroup . The identification is guaranteed to be unique within the WireProtectionGroupSpecification .\n"@en; rdfs:domain vec:WireProtectionGroup; rdfs:label "identification"@en; rdfs:range xs:string . vec:wireGroupingIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the WireGrouping. The identification is guaranteed to be unique within the WireGroupingSpecification.\n"@en; rdfs:domain vec:WireGrouping; rdfs:label "identification"@en; rdfs:range xs:string . vec:wireEndPositionOnWire rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the order of the WireEnds on the WireElementReference . This must be a value between 0 and 1. The PositionOnWire is defined as a floating-point number, to allow the ordering of an arbitrary number of WireEnds while having constant known values for the first and last WireEnd (\"0.0\" & \"1.0\"). The PositionOnWire is not defined as a relative factor with respect to the WireLength to determine an exact position of the WireEnd on the wire. This would not be defined unambiguously, since a WireElementReference can define multiple lengths of different WireLengthTypes . If such an interpretation can be made, it is tool or process specific definition.\nIn case of WireRole with multiple WireElementReferences the ordering of the WireEnds shall be consistent for all WireElementReferences. That means that all WireEnds with PositionOnWire = 0.0 are on the same side of the WireRole.\n"@en; rdfs:domain vec:WireEnd; rdfs:label "positionOnWire"@en; rdfs:range xs:double . vec:wireEndIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the WireEnd. The identification is guaranteed to be unique within the WireElementReference.\n"@en; rdfs:domain vec:WireEnd; rdfs:label "identification"@en; rdfs:range xs:string . vec:wireElementSpecificationSuitedForDynamicUse rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if it is allowed to use the WireElement in a dynamic environment. (see KBLFRM-311)\n"@en; rdfs:domain vec:WireElementSpecification; rdfs:label "suitedForDynamicUse"@en; rdfs:range xs:boolean . vec:wireElementReferenceUnconnected rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "If this attribute is true , the WireElementReference is not connected (unused) on purpose. This can be the case for example if a multi core is used, but not all cores are necessary in a specific situation.\nHowever, for all WireElements defined in the WireSpecification a corresponding WireElementReference shall exist. This attribute can be used to mark these unused cores explicitly.\n"@en; rdfs:domain vec:WireElementReference; rdfs:label "unconnected"@en; rdfs:range xs:boolean . vec:wireElementReferenceLabelValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of label, if this WireElementReference is labled."@en; rdfs:domain vec:WireElementReference; rdfs:label "labelValue"@en; rdfs:range xs:string . vec:wireElementReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the WireElementReference. The identification is guaranteed to be unique within the WireRole.\n"@en; rdfs:domain vec:WireElementReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:wireElementLayer rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The layer defines the layering of WireElements that are subWireElements of the same WireElement . WireElements with lower layer values are positioned further inward. If defined for an individual WireElement , the layer shall be defined for all SubWireElements within the same WireElement . "@en; rdfs:domain vec:WireElement; rdfs:label "layer"@en; rdfs:range xs:integer . vec:wireElementIndex rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The index defines an order on the WireElements that are SubWireElements of the same WireElement and that are on the same layer. If defined for an individual WireElement , the index shall be defined for all SubWireElements within the same WireElement . The order defined for a specific wire can be interpreted either clockwise or counterclockwise, or from left to right and vice versa, depending on the respective direction of view."@en; rdfs:domain vec:WireElement; rdfs:label "index"@en; rdfs:range xs:integer . vec:wireElementIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the WireElement. The identification is guaranteed to be unique within a wire and immutable. The identification is guaranteed to be the same for the same WireElement over different VEC documents.\n"@en; rdfs:domain vec:WireElement; rdfs:label "identification"@en; rdfs:range xs:string . vec:vecContentGeneratingSystemVersion rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the version of the system that has generated the VEC-file (see note in class documentation).\n"@en; rdfs:domain vec:VecContent; rdfs:label "generatingSystemVersion"@en; rdfs:range xs:string . vec:vecContentGeneratingSystemName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the name of the system that has generated the VEC-file (see note in class documentation).\n"@en; rdfs:domain vec:VecContent; rdfs:label "generatingSystemName"@en; rdfs:range xs:string . vec:vecContentDateOfCreation rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the date of creation of the VEC-file.\n"@en; rdfs:domain vec:VecContent; rdfs:label "dateOfCreation"@en; rdfs:range xs:dateTime . vec:variantStructureNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the VariantStructureNode .\n"@en; rdfs:domain vec:VariantStructureNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:variantGroupIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the variant code.\n"@en; rdfs:domain vec:VariantGroup; rdfs:label "identification"@en; rdfs:range xs:string . vec:variantConfigurationLogisticControlString rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a logisticControlString which can be used if the variant management is not done by Boolean logic.\n"@en; rdfs:domain vec:VariantConfiguration; rdfs:label "logisticControlString"@en; rdfs:range xs:string . vec:variantConfigurationLogisticControlExpression rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a logisticControlExpression expressed as Boolean term.\n"@en; rdfs:domain vec:VariantConfiguration; rdfs:label "logisticControlExpression"@en; rdfs:range xs:string . vec:variantConfigurationIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the variant configuration. The identification is guaranteed to be unique within the specification and does not change over the time.\n"@en; rdfs:domain vec:VariantConfiguration; rdfs:label "identification"@en; rdfs:range xs:string . vec:variantCodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the variant code. This is also the literal value for the VariantCode, which shall be used in the logisticControlExpressions of VariantConfigurations.\n"@en; rdfs:domain vec:VariantCode; rdfs:label "identification"@en; rdfs:range xs:string . vec:valueRangeMinimum rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Lower bound of the value range.\n"@en; rdfs:domain vec:ValueRange; rdfs:label "minimum"@en; rdfs:range xs:double . vec:valueRangeMaximum rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Upper bound of the value range.\n"@en; rdfs:domain vec:ValueRange; rdfs:label "maximum"@en; rdfs:range xs:double . vec:usageNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the UsageNode . The identification is guaranteed to be unique within the context. For all VEC-documents a UsageNode-instance can be trusted to be the same if the context-instance is the same and the identification of the UsageNode is the same.\n"@en; rdfs:domain vec:UsageNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:usageConstraintToSerialNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the upper bound of a serial number range to which the usage constraint applies.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "toSerialNumber"@en; rdfs:range xs:string . vec:usageConstraintToEffectivityControlKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "See FromEffectivityControlKey.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "toEffectivityControlKey"@en; rdfs:range xs:string . vec:usageConstraintToDate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the upper bound of the time period to which the usage constraint applies.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "toDate"@en; rdfs:range xs:dateTime . vec:usageConstraintProjectPhase rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the project phases to which the usage constraint applies.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "projectPhase"@en; rdfs:range xs:string . vec:usageConstraintFromSerialNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the lower bound of a serial number range to which the usage constraint applies.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "fromSerialNumber"@en; rdfs:range xs:string . vec:usageConstraintFromEffectivityControlKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "In the production logistics of complex products (like vehicles), the control of operation and cancellation dates of changes, features, components or the like is usually not carried out via concrete dates but via \"date keys\". These keys are then mapped in planning systems with concrete time specifications for certain plants or production steps. In the VEC these keys are called EffectivityControlKey.\nWith the FromEffectivityControlKey and To EffectivityControlKey a validity interval can be defined. If one of the two values is defined and the other is omitted, the meaning shall be \"unbounded\".\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "fromEffectivityControlKey"@en; rdfs:range xs:string . vec:usageConstraintFromDate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the lower bound of the time period to which the usage constraint applies.\n"@en; rdfs:domain vec:UsageConstraint; rdfs:label "fromDate"@en; rdfs:range xs:dateTime . vec:unitUnEceCode rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The UNECE provides a list of \" Codes for Units of Measurement used in the International Trade \". This attribute shall be used for traceability of  Units defined in the VEC into the UNECE system only. It provides additional meta information about the unit but shall not be used as the only definition of a Unit. Specifying a UNECE code does not exempt the creating system from generating a correct VEC mapping of the corresponding unit. In case of doubt, the VEC mapping has priority.\n"@en; rdfs:domain vec:Unit; rdfs:label "unEceCode"@en; rdfs:range xs:string . vec:unitExponent rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the exponent with which this unit instance should be used. In order to define square meters for example, the SIUnit \"metre\" with an exponent of 2 will be used. If no exponent is defined it is equivalent to the value 1.\n"@en; rdfs:domain vec:Unit; rdfs:label "exponent"@en; rdfs:range xs:integer . vec:tubeSpecificationSecondaryNominalSize rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the secondary nominal size of a tube. The nominal size is a name for the size of the tube that is somehow related to the inner diameter of the tube. However, it is not the inner diameter (e.g. \"10.5\").\nThe secondary nominal size shall only be used for two-parted tubes (see TubeSlitStyle = TwoParts). The secondary nominal size defines the size of the outer (larger) tube of a two-parted tube.\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "secondaryNominalSize"@en; rdfs:range xs:string . vec:tubeSpecificationNominalSize rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the nominal size of a tube. The nominal size is a name for the size of the tube that is somehow related to the inner diameter of the tube. However, it is not the inner diameter (e.g. \"10.5\").\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "nominalSize"@en; rdfs:range xs:string . vec:tubeSpecificationIsSlit rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies whether the tube is slit or not. The style of the slitting can be defined with the slitStyle. If a slitStyle is defined, it implies that isSlit=true .\n"@en; rdfs:domain vec:TubeSpecification; rdfs:label "isSlit"@en; rdfs:range xs:boolean . vec:tubeRoleIsSlit rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies whether the tube is slit or not. The style of the slitting can be defined with the slitStyle. If a slitStyle is defined, it implies that isSlit=true .\n"@en; rdfs:domain vec:TubeRole; rdfs:label "isSlit"@en; rdfs:range xs:boolean . vec:transformation3DA33 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a33"@en; rdfs:range xs:double . vec:transformation3DA32 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a32"@en; rdfs:range xs:double . vec:transformation3DA31 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a31"@en; rdfs:range xs:double . vec:transformation3DA23 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a23"@en; rdfs:range xs:double . vec:transformation3DA22 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a22"@en; rdfs:range xs:double . vec:transformation3DA21 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a21"@en; rdfs:range xs:double . vec:transformation3DA13 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a13"@en; rdfs:range xs:double . vec:transformation3DA12 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a12"@en; rdfs:range xs:double . vec:transformation3DA11 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation3D; rdfs:label "a11"@en; rdfs:range xs:double . vec:transformation2DA22 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation2D; rdfs:label "a22"@en; rdfs:range xs:double . vec:transformation2DA21 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation2D; rdfs:label "a21"@en; rdfs:range xs:double . vec:transformation2DA12 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation2D; rdfs:label "a12"@en; rdfs:range xs:double . vec:transformation2DA11 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:Transformation2D; rdfs:label "a11"@en; rdfs:range xs:double . vec:topologyZoneIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Zone (normally the name). The identification is guaranteed to be unique within the TopologySpecification. For all VEC-documents a Zone-instance can be trusted to be the same if the TopologySpecification-instance is the same (see TopologySpecification) and the identification of the Zone is the same.\n"@en; rdfs:domain vec:TopologyZone; rdfs:label "identification"@en; rdfs:range xs:string . vec:topologySegmentIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the TopologySegment. The identification is guaranteed to be unique within the TopologySpecification. For all VEC-documents a TopologySegment-instance can be trusted to be the same if the TopologySpecification-instance is the same (see TopologySpecification) and the identification of the TopologySegment is the same.\n"@en; rdfs:domain vec:TopologySegment; rdfs:label "identification"@en; rdfs:range xs:string . vec:topologyNodeMatchingPointId rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies an identifier that can be used for matching TopologyNodes that belong to different TopologySpecifications and are actually representing the same node. Example: There are two TopologySpecif ications, each specifying the topology of a certain zone of the car. If the zones are adjacent, it is possible that there are TopologyNodes in both zones where the two topologies are connected / have contact. These \"connection-nodes\" would then define the same matchingPointId .\n"@en; rdfs:domain vec:TopologyNode; rdfs:label "matchingPointId"@en; rdfs:range xs:string . vec:topologyNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the TopologyNode. The identification is guaranteed to be unique within the TopologySpecification. For all VEC-documents a TopologyNode-instance can be trusted to be the same if the TopologySpecification-instance is the same (see TopologySpecification) and the identification of the TopologyNode is the same.\n"@en; rdfs:domain vec:TopologyNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:toleranceUpperBoundary rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the upper boundary for the tolerance.\n"@en; rdfs:domain vec:Tolerance; rdfs:label "upperBoundary"@en; rdfs:range xs:double . vec:toleranceLowerBoundary rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the lower boundary for the tolerance.\n"@en; rdfs:domain vec:Tolerance; rdfs:label "lowerBoundary"@en; rdfs:range xs:double . vec:terminalTypeNominalSize rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the nominal size of terminals that fit into the cavity. (e.g. 2x4).\n"@en; rdfs:domain vec:TerminalType; rdfs:label "nominalSize"@en; rdfs:range xs:string . vec:terminalTypeName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the type of the cavity (e.g. MQS, DFK, ...).\n"@en; rdfs:domain vec:TerminalType; rdfs:label "name"@en; rdfs:range xs:string . vec:terminalReceptionSpecificationCavityDesign rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Has been replaced by the more meaningful mechanism with TerminalTypes.\nSince: 1.1.4"@en , " \n"@en; rdfs:domain vec:TerminalReceptionSpecification; rdfs:label "cavityDesign"@en; rdfs:range xs:string; owl:deprecated true . vec:terminalReceptionReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the TerminalReceptionReference . The identification is guaranteed to be unique within the TerminalRole (this might be for example a reception number).\n"@en; rdfs:domain vec:TerminalReceptionReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:terminalReceptionIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the TerminalReception. The identification is guaranteed to be unique within the TerminalSpecification (this might be for example a reception number).\n"@en; rdfs:domain vec:TerminalReception; rdfs:label "identification"@en; rdfs:range xs:string . vec:terminalProtectionSpecificationShrinkingFactor rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the factor of shrinking for the terminal protection.\n"@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "shrinkingFactor"@en; rdfs:range xs:double . vec:terminalProtectionSpecificationShrinkable rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the terminal protection is heat shrinkable."@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "shrinkable"@en; rdfs:range xs:boolean . vec:terminalProtectionSpecificationAdhesivePresent rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if an adhesive / sealing is already present in the terminal protection."@en; rdfs:domain vec:TerminalProtectionSpecification; rdfs:label "adhesivePresent"@en; rdfs:range xs:boolean . vec:terminalPairingMatingCycles rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The maximum number of mating cycles, this terminal combination is certified for."@en; rdfs:domain vec:TerminalPairing; rdfs:label "matingCycles"@en; rdfs:range xs:integer . vec:tapeRoleTapeOverlapRelative rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the amount of overlap two rounds of taping around a segment have, as a relative value. A negative value means, that there is a gap between two rounds. Values are defined as a factor, not as a percentage. Values can be between 1.0 and negative \"infinity\". Examples: An overlap of 1.0 defines that the second round is placed exactly on top of the first one. An overlap of 0.5 specifies that one half of the second round is on top of the first round (50% overlapping), a value of 0 specifies, that there is no overlap, but also no gap. A value of -2.0 specifies that there is a gap twice the width of the tape between two rounds.\n"@en; rdfs:domain vec:TapeRole; rdfs:label "tapeOverlapRelative"@en; rdfs:range xs:double . vec:tapeRoleNumberOfTurns rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the number of turns, the tape is wrapped around a segment. This is mainly a relevant definition for Spot and Cross tapes."@en; rdfs:domain vec:TapeRole; rdfs:label "numberOfTurns"@en; rdfs:range xs:integer . vec:switchingStateIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the SwitchingState, which must be distinct for all SwitchingStates of an EEComponent.\n"@en; rdfs:domain vec:SwitchingState; rdfs:label "identification"@en; rdfs:range xs:string . vec:specificationIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the specification. The identification is guaranteed to be unique within the document containing the specification. For all VEC-documents a Specification-instance can be trusted to be identical if the DocumentVersion-instance is the same (see DocumentVersion) and the identification of the Specification is the same.\n"@en; rdfs:domain vec:Specification; rdfs:label "identification"@en; rdfs:range xs:string . vec:specificRoleSpecificRoleType rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the type for role.\n"@en; rdfs:domain vec:SpecificRole; rdfs:label "specificRoleType"@en; rdfs:range xs:string . vec:soundDampingClassReferenceSystem rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the sound damping class reference system, which is defining possible values and the semantic of sound damping keys.\n"@en; rdfs:domain vec:SoundDampingClass; rdfs:label "referenceSystem"@en; rdfs:range xs:string . vec:soundDampingClassClassKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a key for the level defined in the sound damping class (e.g. A, B, C).\n"@en; rdfs:domain vec:SoundDampingClass; rdfs:label "classKey"@en; rdfs:range xs:string . vec:slotSpecificationSecondaryLocking rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies whether the slot supports \"secondary locking\", which refers to a locking or a lock reinforcement of the terminals in the connector, in addition to the primary locking of terminal itself (e.g. lances on the terminal). This is also often referred to as TPA (Terminal Position Assurance).\n"@en; rdfs:domain vec:SlotSpecification; rdfs:label "secondaryLocking"@en; rdfs:range xs:boolean . vec:slotSpecificationNumberOfCavities rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The possible number of cavities in the layout defined by the SlotSpecification. This includes all cavities in the layout. The actual Slot can define specific cavities in the layout as \"not available\".\n"@en; rdfs:domain vec:SlotSpecification; rdfs:label "numberOfCavities"@en; rdfs:range xs:integer . vec:slotSpecificationEmvProtectionRequired rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies whether the slot needs EMV protection.\n"@en; rdfs:domain vec:SlotSpecification; rdfs:label "emvProtectionRequired"@en; rdfs:range xs:boolean . vec:slotMappingLayoutIdentificationB rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of a ModularSlotLayout, if the Slot on side B refers to a ModularSlot.\n"@en; rdfs:domain vec:SlotMapping; rdfs:label "layoutIdentificationB"@en; rdfs:range xs:string . vec:slotMappingLayoutIdentificationA rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of a ModularSlotLayout, if the Slot on side A refers to a ModularSlot.\n"@en; rdfs:domain vec:SlotMapping; rdfs:label "layoutIdentificationA"@en; rdfs:range xs:string . vec:slotMappingIdentificationB rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the Slot on side B\n"@en; rdfs:domain vec:SlotMapping; rdfs:label "identificationB"@en; rdfs:range xs:string . vec:slotMappingIdentificationA rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the Slot on side A\n"@en; rdfs:domain vec:SlotMapping; rdfs:label "identificationA"@en; rdfs:range xs:string . vec:slotLayoutRowCount rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The number of cavity rows of the slot.\n"@en; rdfs:domain vec:SlotLayout; rdfs:label "rowCount"@en; rdfs:range xs:integer . vec:slotCouplingIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:SlotCoupling; rdfs:label "identification"@en; rdfs:range xs:string . vec:slotPermittedTerminalSupplierCompanyNames rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "If this attribute is defined, it is only permitted to use terminals of one of the listed terminal suppliers.\nThe used company name shall be same as the one used as PartVersion.companyName for part numbers of this supplier.\n"@en; rdfs:domain vec:Slot; rdfs:label "permittedTerminalSupplierCompanyNames"@en; rdfs:range xs:string . vec:simpleValuePropertyValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:SimpleValueProperty; rdfs:label "value"@en; rdfs:range xs:string . vec:signalGraphRelationIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the SignalGraphRelation . The identification is guaranteed to be unique within the SignalGraphSpecification .\n"@en; rdfs:domain vec:SignalGraphRelation; rdfs:label "identification"@en; rdfs:range xs:string . vec:signalGraphNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the SignalGraphNode . The identification is guaranteed to be unique within the SignalGraph .\n"@en; rdfs:domain vec:SignalGraphNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:signalGraphEdgeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the SignalGraphEdge . The identification is guaranteed to be unique within the SignalGraph .\n"@en; rdfs:domain vec:SignalGraphEdge; rdfs:label "identification"@en; rdfs:range xs:string . vec:signalGraphIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the SignalGraph . The identification is guaranteed to be unique within the SignalGraphSpecification .\n"@en; rdfs:domain vec:SignalGraph; rdfs:label "identification"@en; rdfs:range xs:string . vec:signalSignalName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Name of the Signal, which is not guaranteed to be unique and is normally function oriented.\n"@en; rdfs:domain vec:Signal; rdfs:label "signalName"@en; rdfs:range xs:string . vec:signalIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Signal. The identification is guaranteed to be unique within the SignalSpecification.\n"@en; rdfs:domain vec:Signal; rdfs:label "identification"@en; rdfs:range xs:string . vec:signalClampName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the name of the clamp e.g. KL15, KL30, KL31.\n"@en; rdfs:domain vec:Signal; rdfs:label "clampName"@en; rdfs:range xs:string . vec:shrinkableTubeSpecificationShrinkingFactor rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the factor of shrinking for the tube.\n"@en; rdfs:domain vec:ShrinkableTubeSpecification; rdfs:label "shrinkingFactor"@en; rdfs:range xs:double . vec:shieldSpecificationOpticalCoverage rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the optical coverage of the strands of a shield. This value is defined as the ratio of overall area to the area covered by the shield. A value of 0.0 would mean no cover at all, a value of 1.0 means a gapless covering by the shield.   Should only be used for ShieldSpecifications with type=Braided.\n"@en; rdfs:domain vec:ShieldSpecification; rdfs:label "opticalCoverage"@en; rdfs:range xs:double . vec:sheetOrChapterSheetVersion rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The sheetVersion specifies the version index of a sheet (see also sheetNumber)\n"@en; rdfs:domain vec:SheetOrChapter; rdfs:label "sheetVersion"@en; rdfs:range xs:string . vec:sheetOrChapterSheetNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The sheetNumber is the major identifier of a SheetOrChapter. The format is user defined and respectively company specific. This field has to be used if a SheetOrChapter has its own \"DocumentNumber\".\n"@en; rdfs:domain vec:SheetOrChapter; rdfs:label "sheetNumber"@en; rdfs:range xs:string . vec:sheetOrChapterSheetFormat rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the format of the SheetOrChapter. This is an alias for a specific sheet / paper size (e.g. DINA4). If both attributes are defined the SheetSize takes precedence.\n"@en; rdfs:domain vec:SheetOrChapter; rdfs:label "sheetFormat"@en; rdfs:range xs:string . vec:sheetOrChapterIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the sheet or chapter within the document. This value must be distinct within the context of a document.\n"@en; rdfs:domain vec:SheetOrChapter; rdfs:label "identification"@en; rdfs:range xs:string . vec:segmentConnectionPointHCIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:SegmentConnectionPointHC; rdfs:label "identification"@en; rdfs:range xs:string . vec:segmentConnectionPointIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the SegmentConnectionPoint. The identification is guaranteed to be unique within the ConnectorHousingSpecification.\n"@en; rdfs:domain vec:SegmentConnectionPoint; rdfs:label "identification"@en; rdfs:range xs:string . vec:sealingPinReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Provides an identifier for the SealingPinReference . The Identification shall be unique within a CableSealPlugRole.\n"@en; rdfs:domain vec:SealingPinReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:sealingPinIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Provides an identifier for the SealingPin . The Identification shall be unique within a CableSealPlugSpecification.\n"@en; rdfs:domain vec:SealingPin; rdfs:label "identification"@en; rdfs:range xs:string . vec:routingSpecialRouted rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies that routing has been created in a special way. This means it has not been calculated in the standard way, because for some reason the result of the standard calculation has been inconvenient.\n"@en; rdfs:domain vec:Routing; rdfs:label "specialRouted"@en; rdfs:range xs:boolean . vec:routingIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Routing. The identification is guaranteed to be unique within the RoutingSpecification.\n"@en; rdfs:domain vec:Routing; rdfs:label "identification"@en; rdfs:range xs:string . vec:roleIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Role. The identification is guaranteed to be unique within the OccurrenceOrUsage.\n"@en; rdfs:domain vec:Role; rdfs:label "identification"@en; rdfs:range xs:string . vec:robustnessPropertiesHasRobustness rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the described element has a robustness in the specified robustness class. (see KBLFRM-260)\n"@en; rdfs:domain vec:RobustnessProperties; rdfs:label "hasRobustness"@en; rdfs:range xs:boolean . vec:robustnessPropertiesClassKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a key for the robustness level defined in the specified robustness class (e.g. A, B, C). The classKey is the key as specified in the reference system and no additional syntax or prefixes, e.g. for ISO 20653 (Ingress Protection) it is \"9K\" and not \"IPX9K\".\n"@en; rdfs:domain vec:RobustnessProperties; rdfs:label "classKey"@en; rdfs:range xs:string . vec:ringTerminalSpecificationTorsionProtection rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the ring terminal is torsion protected or not. (see KBLFRM-311)\n"@en; rdfs:domain vec:RingTerminalSpecification; rdfs:label "torsionProtection"@en; rdfs:range xs:boolean . vec:ringTerminalSpecificationNutIntegrated rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if the ring terminal has nut integrated for the fixation on the corresponding bolt terminal.\n"@en; rdfs:domain vec:RingTerminalSpecification; rdfs:label "nutIntegrated"@en; rdfs:range xs:boolean . vec:resourceVersionResourceVersion rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The ResourceVersion specifies the version index of a resource (see also ResourceNumber ).\n"@en; rdfs:domain vec:ResourceVersion; rdfs:label "resourceVersion"@en; rdfs:range xs:string . vec:resourceVersionResourceNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The ResourceNumber is the major identifier of a ResourceVersion . The format is user defined and respectively company specific. For all VEC-documents a ResourceVersion-instance can be trusted to be identical if the combination of ResourceNumber , ResourceVersion and CompanyName is identical.\n"@en; rdfs:domain vec:ResourceVersion; rdfs:label "resourceNumber"@en; rdfs:range xs:string . vec:requirementsConformanceStatementSatisfies rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if the describedParts satisfy (satisfy = true) or explicitly fail (satisfy = false) to conform with the requirementsSpecification .\n"@en; rdfs:domain vec:RequirementsConformanceStatement; rdfs:label "satisfies"@en; rdfs:range xs:boolean . vec:relaySpecificationLowNoise rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if the relais switch with low noise / silently or not.\n"@en; rdfs:domain vec:RelaySpecification; rdfs:label "lowNoise"@en; rdfs:range xs:boolean . vec:referenceSurfaceDefinitionHasSurfaces rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies whether the connector has defined references surfaces or not."@en; rdfs:domain vec:ReferenceSurfaceDefinition; rdfs:label "hasSurfaces"@en; rdfs:range xs:boolean . vec:quantityKindIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the QuantityKind . The identification is guaranteed to be unique within a VEC . Furthermore, the same QuantityKind shall have the same Identification for different VECs in the same a data exchange context. For example, if using the identification trippingTime for the time- Quantity of a FuseCharacteristic all appearances of this QuantityKind shall have the same Identification , when created by the same publisher.\n"@en; rdfs:domain vec:QuantityKind; rdfs:label "identification"@en; rdfs:range xs:string . vec:projectIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the development order number (car or engine project)\n"@en; rdfs:domain vec:Project; rdfs:label "identification"@en; rdfs:range xs:string . vec:projectCarClassificationLevel4 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Provides a classification according to \"CC8 Recommended Practices Specification and Configuration, Product Structures\". Car classification is the identification of a set of similar cars to be offered to the market. Level 4 stands for \"Furthest pre-configured abstract product class\" and represents the furthest configured class of a product, which is not yet a real product. E.g. this could be a complete vehicle, engine, gearbox etc. which has not been evaluated against customer special choices or an abstract vehicle, engine, gearbox etc. which could become a real one after the associated BoM is evaluated. The purpose of this level of a product class instance is in any case to reflect that level of product class of a BoM system which leads to the individual BoM for a single product.\n"@en; rdfs:domain vec:Project; rdfs:label "carClassificationLevel4"@en; rdfs:range xs:string . vec:projectCarClassificationLevel3 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Provides a classification according to \"CC8 Recommended Practices Specification and Configuration, Product Structures\". Car classification is the identification of a set of similar cars to be offered to the market. Level 3 stands for \"Configuration information / product family\" where all variant control mechanisms are attached.\n"@en; rdfs:domain vec:Project; rdfs:label "carClassificationLevel3"@en; rdfs:range xs:string . vec:projectCarClassificationLevel2 rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Provides a classification according to \"CC8 Recommended Practices Specification and Configuration, Product Structures\". Car classification is the identification of a set of similar cars to be offered to the market. Level 2 stands for \"Technical information / platform\" and reflects the level of a product class in a BoM system which represents a main technical product base (e.g. project, platform, engineering series etc.). In some cases, this level carries a complete BoM (\"Maximum BoM\") for a project, platform, engineering series etc. This level is in some cases called technical documentation.\n"@en; rdfs:domain vec:Project; rdfs:label "carClassificationLevel2"@en; rdfs:range xs:string . vec:potentialDistributorSpecificationScrewable rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if the PotentialDistributor can be screwed by itself to be fixed. This fixation is a non-electrical connection. If the PotentialDistributor can be fixated electrical (like a ring terminal) it shall have one PinComponent with a RingTerminalSpecification .\n"@en; rdfs:domain vec:PotentialDistributorSpecification; rdfs:label "screwable"@en; rdfs:range xs:boolean . vec:placementPointReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the PlacementPointReference. The identification is guaranteed to be unique within the containing PlaceableElementRole.\n"@en; rdfs:domain vec:PlacementPointReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:placementPointIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the PlacementPoint. The identification is guaranteed to be unique within a component.\n"@en; rdfs:domain vec:PlacementPoint; rdfs:label "identification"@en; rdfs:range xs:string . vec:placementType rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Room to specify additional type information of the placement.\n"@en; rdfs:domain vec:Placement; rdfs:label "type"@en; rdfs:range xs:string . vec:placementIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Location. The identification is guaranteed to be unique within the PlacementSpecification.\n"@en; rdfs:domain vec:Placement; rdfs:label "identification"@en; rdfs:range xs:string . vec:pinComponentReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the PinComponentReference. The identification is guaranteed to be unique within the HousingComponentReference.\n"@en; rdfs:domain vec:PinComponentReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:pinComponentBehaviorIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the PinComponentBehavior which identifies it from a user perspective, and which must be distinct for all PinComponentBehaviors of a PinComponent.\n"@en; rdfs:domain vec:PinComponentBehavior; rdfs:label "identification"@en; rdfs:range xs:string . vec:pinComponentIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the PinComponent, which must be distinct for all PinComponent of a HousingComponents.\n"@en; rdfs:domain vec:PinComponent; rdfs:label "identification"@en; rdfs:range xs:string . vec:personPhoneNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the person's phone number.\n"@en; rdfs:domain vec:Person; rdfs:label "phoneNumber"@en; rdfs:range xs:string . vec:personLastName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the person's last name.\n"@en; rdfs:domain vec:Person; rdfs:label "lastName"@en; rdfs:range xs:string . vec:personFirstName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the person's first name.\n"@en; rdfs:domain vec:Person; rdfs:label "firstName"@en; rdfs:range xs:string . vec:personEmailAddress rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the person's email address.\n"@en; rdfs:domain vec:Person; rdfs:label "emailAddress"@en; rdfs:range xs:string . vec:personDepartment rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the department the person belongs to.\n"@en; rdfs:domain vec:Person; rdfs:label "department"@en; rdfs:range xs:string . vec:personCompanyName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the name of the company the person belongs to.\n"@en; rdfs:domain vec:Person; rdfs:label "companyName"@en; rdfs:range xs:string . vec:permissionPermissionDate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the date when the permission was stated.\n"@en; rdfs:domain vec:Permission; rdfs:label "permissionDate"@en; rdfs:range xs:dateTime . vec:partVersionPartVersion rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The partVersion specifies the version index of a part (see also partNumber).\n"@en; rdfs:domain vec:PartVersion; rdfs:label "partVersion"@en; rdfs:range xs:string . vec:partVersionPartNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The partNumber is the major identifier of a PartVersion. The format is user defined and respectively company specific. For all VEC-documents a PartVersion-instance can be trusted to be identical if the combination of partNumber, partVersion and companyName is identical.\n"@en; rdfs:domain vec:PartVersion; rdfs:label "partNumber"@en; rdfs:range xs:string . vec:partVersionIsPreferredPart rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Flags a part as \"preferred\" by the means of being a preferred part out of a group of parts with identical technical properties. The preferred part should be used, if the other properties of a couple of parts do not allow a distinct decision.\nEven though the name suggests a Boolean value, this attribute has the type \"string\". The way in which preference is expressed varies greatly between the process and usually it is a multi-value flag and not just a yes/no answer.\n"@en; rdfs:domain vec:PartVersion; rdfs:label "isPreferredPart"@en; rdfs:range xs:string . vec:partStructureSpecificationDefinedAsEmpty rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "If true the PartStructureSpecification defines a part that has no OccurrenceOrUsage in its inBillOfMaterial on purpose. Such parts are sometimes required to satisfy certain variant management methods. This attribute serves as flag to clearly separate such parts from the ones whose bill of material is not yet defined."@en; rdfs:domain vec:PartStructureSpecification; rdfs:label "definedAsEmpty"@en; rdfs:range xs:boolean . vec:partRelationCustomRelationExpression rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the relationship between the accessory parts in a proprietary expression language. This attribute shall only be used, if the relationType = 'Custom'.\n"@en; rdfs:domain vec:PartRelation; rdfs:label "customRelationExpression"@en; rdfs:range xs:string . vec:partOrUsageRelatedSpecificationSpecialPartType rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The specialPartType allows the specification of subclassifications for a PartOrUsageRelatedSpecification (e.g. different types of connector housings).\n"@en; rdfs:domain vec:PartOrUsageRelatedSpecification; rdfs:label "specialPartType"@en; rdfs:range xs:string . vec:partOccurrenceIsSecondaryAlternative rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "If a PartUsage is realized by more than one PartOccurrence it is possible to specify which one is the preferred. (see KBLFRM-264)\n"@en; rdfs:domain vec:PartOccurrence; rdfs:label "isSecondaryAlternative"@en; rdfs:range xs:boolean . vec:occurrenceOrUsageViewItem3DIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the OccurrenceOrUsageViewItem. The identification is guaranteed to be unique within the BuildingBlockSpecification3D.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem3D; rdfs:label "identification"@en; rdfs:range xs:string . vec:occurrenceOrUsageViewItem2DIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the OccurrenceOrUsageViewItem2D. The identification is guaranteed to be unique within the BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem2D; rdfs:label "identification"@en; rdfs:range xs:string . vec:occurrenceOrUsageViewItem2DGridSquare rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the grid square in which the OccurrenceOrUsageViewItem2D is placed (e.g. E/40).\n"@en; rdfs:domain vec:OccurrenceOrUsageViewItem2D; rdfs:label "gridSquare"@en; rdfs:range xs:string . vec:occurrenceOrUsageIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the OccurrenceOrUsage . The identification is guaranteed to be unique within the context. For all VEC-documents an OccurrenceOrUsage -instance can be trusted to be the same if the context-instance is the same and the identification of the OccurrenceOrUsage is the same.\n"@en; rdfs:domain vec:OccurrenceOrUsage; rdfs:label "identification"@en; rdfs:range xs:string . vec:numericalValueValueComponent rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of the numerical value.\n"@en; rdfs:domain vec:NumericalValue; rdfs:label "valueComponent"@en; rdfs:range xs:double . vec:networkPortIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the NetworkPort. The identification is guaranteed to be unique within the NetSpecification.\n"@en; rdfs:domain vec:NetworkPort; rdfs:label "identification"@en; rdfs:range xs:string . vec:networkNodeViewItemIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the NetworkNodeViewItem . The identification is guaranteed to be unique within the NetViewSpecification .\n"@en; rdfs:domain vec:NetworkNodeViewItem; rdfs:label "identification"@en; rdfs:range xs:string . vec:networkNodeViewItemGridSquare rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the grid square in which the NodeViewItem is placed (e.g. E/40).\n"@en; rdfs:domain vec:NetworkNodeViewItem; rdfs:label "gridSquare"@en; rdfs:range xs:string . vec:networkNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the NetworkNode. The identification is guaranteed to be unique within the NetSpecification.\n"@en; rdfs:domain vec:NetworkNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:netTypeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the NetType. The identification is guaranteed to be unique within the NetSpecification.\n"@en; rdfs:domain vec:NetType; rdfs:label "identification"@en; rdfs:range xs:string . vec:netGroupNetGroupType rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the type of the group.\n"@en; rdfs:domain vec:NetGroup; rdfs:label "netGroupType"@en; rdfs:range xs:string . vec:netGroupIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the NetGroup. The identification is guaranteed to be unique within the NetSpecification.\n"@en; rdfs:domain vec:NetGroup; rdfs:label "identification"@en; rdfs:range xs:string . vec:netIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Net. The identification is guaranteed to be unique within the NetSpecification.\n"@en; rdfs:domain vec:Net; rdfs:label "identification"@en; rdfs:range xs:string . vec:nURBSCurveKnots rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the knot-vector of the NURBS(for details see the class description of NURBSCurve).\n"@en; rdfs:domain vec:NURBSCurve; rdfs:label "knots"@en; rdfs:range xs:double . vec:nURBSCurveDegree rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the degree of the NURBS (for details see the class description of NURBSCurve).\n"@en; rdfs:domain vec:NURBSCurve; rdfs:label "degree"@en; rdfs:range xs:integer . vec:nURBSControlPointWeight rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment " The weight of the NURBSControlPoint.\n"@en; rdfs:domain vec:NURBSControlPoint; rdfs:label "weight"@en; rdfs:range xs:double . vec:moduleListIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ModuleList. The identification is guaranteed to be unique within the ModuleListSpecification. For all VEC-documents a ModuleList-instance can be trusted to be the same if the ModuleListSpecification-instance is the same and the identification of the ModuleList is the same.\n"@en; rdfs:domain vec:ModuleList; rdfs:label "identification"@en; rdfs:range xs:string . vec:moduleFamilyMandatory rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "If ' mandatory=true ' applies, then exactly one PartWithSubComponentsRole from the ModuleFamily the must be contained in a valid vehicle configuration, provided that the ModuleFamily itself is valid for the vehicle configuration. This is implied by the fact that the ModuleFamily itself is a ConfigurableElement . If this attribute is false or not defined, then at most one PartWithSubComponentsRole can be selected from the ModuleFamily. "@en; rdfs:domain vec:ModuleFamily; rdfs:label "mandatory"@en; rdfs:range xs:boolean . vec:moduleFamilyIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ModuleFamily. The identification is guaranteed to be unique within the ModuleFamilySpecification. For all VEC-documents a ModuleFamily-instance can be trusted to be the same if the ModuleFamilySpecification-instance is the same and the identification of the ModuleFamily is the same.\n"@en; rdfs:domain vec:ModuleFamily; rdfs:label "identification"@en; rdfs:range xs:string . vec:modularSlotConfigurationIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ModularSlotConfiguration . The identification is guaranteed to be unique within the ConnectorHousingSpecification.\n"@en; rdfs:domain vec:ModularSlotConfiguration; rdfs:label "identification"@en; rdfs:range xs:string . vec:modularSlotOptional rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies whether the allocation of the ModularSlot is optional or not (can a usage of the connector housing leave this ModularSlot empty.\n"@en; rdfs:domain vec:ModularSlot; rdfs:label "optional"@en; rdfs:range xs:boolean . vec:measurementPointReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the MeasurementPointReference. The identification is guaranteed to be unique within the containing PlaceableElementRole.\n"@en; rdfs:domain vec:MeasurementPointReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:measurementPointIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the MeasurementPoint. The identification is guaranteed to be unique within a component.\n"@en; rdfs:domain vec:MeasurementPoint; rdfs:label "identification"@en; rdfs:range xs:string . vec:matingPointIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the MatingPoint . The identification is guaranteed to be unique within a CouplingPoint .\n"@en; rdfs:domain vec:MatingPoint; rdfs:label "identification"@en; rdfs:range xs:string . vec:matingDetailIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:MatingDetail; rdfs:label "identification"@en; rdfs:range xs:string . vec:materialReferenceSystem rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the material reference system, which is defining possible values and the semantic of material keys.\n"@en; rdfs:domain vec:Material; rdfs:label "referenceSystem"@en; rdfs:range xs:string . vec:materialKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The key of the material in the corresponding material reference system.\n"@en; rdfs:domain vec:Material; rdfs:label "key"@en; rdfs:range xs:string . vec:mappingIdentificationB rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the ConnectorHousingSpecification on side A."@en; rdfs:domain vec:Mapping; rdfs:label "identificationB"@en; rdfs:range xs:string . vec:mappingIdentificationA rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the ConnectorHousingSpecification on side A."@en; rdfs:domain vec:Mapping; rdfs:label "identificationA"@en; rdfs:range xs:string . vec:locationMatchingId rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies an identification for matching the location with a reference point of component (e.g. a cable channel).\n"@en; rdfs:domain vec:Location; rdfs:label "matchingId"@en; rdfs:range xs:string . vec:locationIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Location. The identification is guaranteed to be unique within the PlacementSpecification.\n"@en; rdfs:domain vec:Location; rdfs:label "identification"@en; rdfs:range xs:string . vec:labelingSpecificationLabelValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of a label printed on the component. This value applies to all components that satisfy this specification, so all instances share the same label value (e.g. a part number).\nIf instances of a component require individual labeling it has to be defined on the LabelingRole.\n"@en; rdfs:domain vec:LabelingSpecification; rdfs:label "labelValue"@en; rdfs:range xs:string . vec:labelingRoleLabelValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of a label printed on the component.\n"@en; rdfs:domain vec:LabelingRole; rdfs:label "labelValue"@en; rdfs:range xs:string . vec:itemVersionCompanyName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the publishing company of the ItemVersion. The companyName is part of the main identifier of an ItemVersion together with the corresponding number (partNumber or documentNumber) and version (partVersion or documentVersion).\n"@en; rdfs:domain vec:ItemVersion; rdfs:label "companyName"@en; rdfs:range xs:string . vec:itemEquivalenceCompanyName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the company which states the ItemEquivalence.\n"@en; rdfs:domain vec:ItemEquivalence; rdfs:label "companyName"@en; rdfs:range xs:string . vec:internalTerminalConnectionIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the InternalTerminalConnection. The identification is guaranteed to be unique within the TerminalSpecification (this might be for example an internal connection number).\n"@en; rdfs:domain vec:InternalTerminalConnection; rdfs:label "identification"@en; rdfs:range xs:string . vec:internalComponentConnectionIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the InternalComponentConnection , which must be distinct for all InternalComponentConnection of an EEComponent .\n"@en; rdfs:domain vec:InternalComponentConnection; rdfs:label "identification"@en; rdfs:range xs:string . vec:integerValuePropertyValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:IntegerValueProperty; rdfs:label "value"@en; rdfs:range xs:integer . vec:insulationSpecificationLabelIdentificationValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of a label printed on the insulation of the wire. This value applies to all wire elements that satisfy this specification, so all instances share the same label value (e.g. a wire type or a core number in a multi core wire).\nIf instances of a wire require individual labelling it has to be defined on the WireElementReference .\n"@en; rdfs:domain vec:InsulationSpecification; rdfs:label "labelIdentificationValue"@en; rdfs:range xs:string . vec:housingComponentReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the HousingComponentReference. The identification is guaranteed to be unique within the EEComponentRole.\n"@en; rdfs:domain vec:HousingComponentReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:housingComponentIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the HousingComponent, which must be distinct for all HousingComponents of an EEComponent.\n"@en; rdfs:domain vec:HousingComponent; rdfs:label "identification"@en; rdfs:range xs:string . vec:holeTerminalSpecificationTorsionProtection rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the hole provides torsion protected or not.\n"@en; rdfs:domain vec:HoleTerminalSpecification; rdfs:label "torsionProtection"@en; rdfs:range xs:boolean . vec:holeTerminalSpecificationMaxTerminalCount rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment " Defines the maximum number of (ring) terminals that can be attached to this hole at the same time.\n"@en; rdfs:domain vec:HoleTerminalSpecification; rdfs:label "maxTerminalCount"@en; rdfs:range xs:integer . vec:geometrySegmentIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the GeometrySegment. The identification is guaranteed to be unique within the corresponding BuildingBlockSpecification. For all VEC-documents a GeometrySegment-instance can be trusted to be the same if the BuildingBlockSpecification-instance is the same (see BuildingBlockSpecification) and the identification of the GeometrySegment is the same.\n"@en; rdfs:domain vec:GeometrySegment; rdfs:label "identification"@en; rdfs:range xs:string . vec:geometryNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the GeometryNode. The identification is guaranteed to be unique within the corresponding BuildingBlockSpecification. For all VEC-documents a GeometryNode-instance can be trusted to be the same if the BuildingBlockSpecification-instance is the same (see BuildingBlockSpecification) and the identification of the GeometryNode is the same.\n"@en; rdfs:domain vec:GeometryNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:generalTechnicalPartSpecificationUnspecifiedAccessoryPermitted rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines whether accessories which are not explicitly defined by a PartRelation may be used with instances of this part. If this attribute is not specified the default value is true.\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "unspecifiedAccessoryPermitted"@en; rdfs:range xs:boolean . vec:generalTechnicalPartSpecificationFitRate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The Failures In Time (FIT) rate of a device is the number of failures that can be expected in one billion (109) device-hours of operation.[14] (E.g. 1000 devices for 1 million hours, or 1 million devices for 1000 hours each, or some other combination.) (see https://en.wikipedia.org/wiki/Failure_rate#Units )\n"@en; rdfs:domain vec:GeneralTechnicalPartSpecification; rdfs:label "fitRate"@en; rdfs:range xs:double . vec:fuseComponentIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the FuseComponent, which must be distinct for all FuseComponents of an MultiFuseSpecification.\n"@en; rdfs:domain vec:FuseComponent; rdfs:label "identification"@en; rdfs:range xs:string . vec:functionalStructureNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the FunctionalStructureNode.\n"@en; rdfs:domain vec:FunctionalStructureNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:functionalRequirementValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The value that represents the functional requirement (e.g. ASIL D).\n \n"@en; rdfs:domain vec:FunctionalRequirement; rdfs:label "value"@en; rdfs:range xs:string . vec:functionalRequirementReferenceSystem rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The reference system identifies the system in which the values are defined (e.g. ISO26262)\n"@en; rdfs:domain vec:FunctionalRequirement; rdfs:label "referenceSystem"@en; rdfs:range xs:string . vec:fittingOutletNominalSize rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the nominal size of a tube. The nominal size is a name for the size of the tube that is somehow related to the inner diameter of the tube. However, it is not the inner diameter (e.g. \"10.5\").\n"@en; rdfs:domain vec:FittingOutlet; rdfs:label "nominalSize"@en; rdfs:range xs:string . vec:fittingOutletIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the identification of the Outlet. This must be unique within a FittingSpecification.\n"@en; rdfs:domain vec:FittingOutlet; rdfs:label "identification"@en; rdfs:range xs:string . vec:fileBasedInstructionLastModified rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The last modified timestamp of the file.\n"@en; rdfs:domain vec:FileBasedInstruction; rdfs:label "lastModified"@en; rdfs:range xs:dateTime . vec:fileBasedInstructionFileName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The name of the file as it appears in the VEC-Package, including the folder structure (fully qualified name) that contains this FileBasedInstruction . The usage of this attribute is only valid, if the original document is distributed along with the VEC-file in a VEC-Package. It must not point to any file location which is not part of the VEC-Package (e.g. a file on a central server file share). The fileName is relative to the VEC-Package root. It MUST NOT contain a drive or device letter, or a leading slash. All slashes MUST be forward slashes '/' (UNIX-style).\n"@en; rdfs:domain vec:FileBasedInstruction; rdfs:label "fileName"@en; rdfs:range xs:string . vec:fileBasedInstructionDataFormat rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The dataFormat specifies the format of the FileReference. The dataFormat has to be a valid \"Internet Media Type\" (see https://www.iana.org/assignments/media-types/media-types.xhtml ).\n"@en; rdfs:domain vec:FileBasedInstruction; rdfs:label "dataFormat"@en; rdfs:range xs:string . vec:ferriteRoleNumberOfWindings rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the of windings that the wires are wound around the ferrite.\n"@en; rdfs:domain vec:FerriteRole; rdfs:label "numberOfWindings"@en; rdfs:range xs:integer . vec:externalMappingExternalReference rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the unique key of the external element. How this key shall be interpreted is dependent from the format of the external data source.\n"@en; rdfs:domain vec:ExternalMapping; rdfs:label "externalReference"@en; rdfs:range xs:string . vec:extensionSlotReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:ExtensionSlotReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:extensionSlotIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Identification of the ExtensionSlot, which must be distinct for all ExtensionSlots of an EEComponent.\n"@en; rdfs:domain vec:ExtensionSlot; rdfs:label "identification"@en; rdfs:range xs:string . vec:doubleValuePropertyValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:DoubleValueProperty; rdfs:label "value"@en; rdfs:range xs:double . vec:documentVersionNumberOfSheets rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The number of sheets contained in the document.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "numberOfSheets"@en; rdfs:range xs:integer . vec:documentVersionLocation rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The location is a possibility to provide a reference to the source location of the DocumentVersion (e.g. a document management system or an archive system) where the original document can be found . The location shall be provided either as an URN or URL.\n \n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "location"@en; rdfs:range xs:string . vec:documentVersionFileName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The name of the file as it appears in the VEC-Package, including the folder structure (fully qualified name) that contains this DocumentVersion . If this DocumentVersion is a link to an external document (e.g. a ComponentSymbol), then the fileName attribute points to the file containing the original document. The usage of this attribute is only valid, if the original document is distributed along with the VEC-file in a VEC-Package. It must not point to any file location which is not part of the VEC-Package (e.g. a File on a central server file share). The fileName is relative to the VEC-Package root. It MUST NOT contain a drive or device letter, or a leading slash. All slashes MUST be forward slashes '/' (UNIX-style).\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "fileName"@en; rdfs:range xs:string . vec:documentVersionDocumentVersion rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The documentVersion specifies the version index of a document (see also documentNumber).\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "documentVersion"@en; rdfs:range xs:string . vec:documentVersionDocumentNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The documentNumber is the major identifier of a DocumentVersion. The format is user defined and respectively company specific.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "documentNumber"@en; rdfs:range xs:string . vec:documentVersionDigitalRepresentationIndex rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "An arbitrary change index that indicates if the digital representation (the content in VEC) of this DocumentVersion has been changed / regenerated. This can be for example an index, a timestamp or a checksum. This allows the detection of changes in the content, even when the DocumentNumber & DocumentVersion is the same.\nFor a more detailed explanation in the context see \"Parts & Documents\". KBLFRM-837.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "digitalRepresentationIndex"@en; rdfs:range xs:string . vec:documentVersionDataFormat rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The dataFormat specifies the convention that was used to structure the information in the document. This is useful if the DocumentVersion is a pointer to an external document, which is not contained in the VEC or if the content of this DocumentVersion was automatically generated by the extraction of the information out of the original document.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "dataFormat"@en; rdfs:range xs:string . vec:documentVersionCreatingSystem rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The creatingSystem specifies the computer application or the machine which is used to create the document.\n"@en; rdfs:domain vec:DocumentVersion; rdfs:label "creatingSystem"@en; rdfs:range xs:string . vec:documentRelatedAssignmentGroupRelatedIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "If this group relates to a specific element in the relatedDocumentVersion the identifier of the element is defined in this attribute (e.g. a requirements number).\n"@en; rdfs:domain vec:DocumentRelatedAssignmentGroup; rdfs:label "relatedIdentification"@en; rdfs:range xs:string . vec:documentClassificationReferenceSystem rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the classification reference system, which is defining possible values and the semantic of DocumentClassification keys.\n"@en; rdfs:domain vec:DocumentClassification; rdfs:label "referenceSystem"@en; rdfs:range xs:string . vec:documentClassificationKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The Key of the DocumentClassification in the corresponding classification reference system.\n"@en; rdfs:domain vec:DocumentClassification; rdfs:label "key"@en; rdfs:range xs:string . vec:dimensionValueComponent rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the value of the dimension. This value can be null, if it shall be calculated and only a tolerance shall be defined.\n"@en; rdfs:domain vec:Dimension; rdfs:label "valueComponent"@en; rdfs:range xs:double . vec:dimensionValueCalculated rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if the value of the Dimension was calculated (e.g. the sum of segment lengths in the topology) or if it was defined manually.\n"@en; rdfs:domain vec:Dimension; rdfs:label "valueCalculated"@en; rdfs:range xs:boolean . vec:dimensionIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Dimension. The identification is guaranteed to be unique within the containing PlacementSpecification.\n"@en; rdfs:domain vec:Dimension; rdfs:label "identification"@en; rdfs:range xs:string . vec:dateValuePropertyValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:DateValueProperty; rdfs:label "value"@en; rdfs:range xs:dateTime . vec:dataPointValueValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:DataPointValue; rdfs:label "value"@en; rdfs:range xs:double . vec:customUnitIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "A unique identification of the custom unit.\n"@en; rdfs:domain vec:CustomUnit; rdfs:label "identification"@en; rdfs:range xs:string . vec:customPropertyPropertyType rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:CustomProperty; rdfs:label "propertyType"@en; rdfs:range xs:string . vec:creationCreationDate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the date when the associated ItemVersion was created. (see KBLFRM-241)\n"@en; rdfs:domain vec:Creation; rdfs:label "creationDate"@en; rdfs:range xs:dateTime . vec:couplingPointIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:CouplingPoint; rdfs:label "identification"@en; rdfs:range xs:string . vec:corrugatedPipeSpecificationCutOnWave rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if the corrugated pipe is cut on top of the corrugation. This applies only to corrugated pipes that have a defined length. For bulk material in the cutting is defined in the CorrugatedPipeRole. "@en; rdfs:domain vec:CorrugatedPipeSpecification; rdfs:label "cutOnWave"@en; rdfs:range xs:boolean . vec:corrugatedPipeRoleCutOnWave rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines if the corrugated pipe is cut on top of the corrugation. This applies only to corrugated pipes specified as bulk material. For parts with a predefined length the cutting is defined in the CorrugatedPipeSpecification. "@en; rdfs:domain vec:CorrugatedPipeRole; rdfs:label "cutOnWave"@en; rdfs:range xs:boolean . vec:contractCompanyName rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the company which acts in the specified Role in the Contract Relationship.\n"@en; rdfs:domain vec:Contract; rdfs:label "companyName"@en; rdfs:range xs:string . vec:contactPointIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ContactPoint. The identification is guaranteed to be unique within the ContactingSpecification.\n"@en; rdfs:domain vec:ContactPoint; rdfs:label "identification"@en; rdfs:range xs:string . vec:connectorHousingSpecificationCoupleable rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines whether the connector is coupleable or not. Connectors that are coupleable can be used in an inline position. Connectors that are not coupleable can be connected only to an ECU or something similar.\n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "coupleable"@en; rdfs:range xs:boolean . vec:connectorHousingSpecificationConnectorPositionAssurance rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "If true the ConnectorHousing has a connector position assurance (CPA).\nA CPA is some sort of feature of a connector, which ensures that the connector in its correctly assembled position with its mating part.\n"@en; rdfs:domain vec:ConnectorHousingSpecification; rdfs:label "connectorPositionAssurance"@en; rdfs:range xs:boolean . vec:connectorHousingCoverRoleTransportOnly rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the cover is only used during transportation of the harness. Conversely, transportOnly=false means that the cover might remain in the vehicle, depending on the specific circumstances (e.g. the variant configuration of the vehicle)."@en; rdfs:domain vec:ConnectorHousingCoverRole; rdfs:label "transportOnly"@en; rdfs:range xs:boolean . vec:connectionNodeViewItemIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ComponentNodeViewItem . The identification is guaranteed to be unique within the ConnectionViewSpecification .\n"@en; rdfs:domain vec:ConnectionNodeViewItem; rdfs:label "identification"@en; rdfs:range xs:string . vec:connectionNodeViewItemGridSquare rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the grid square in which the ComponentNodeViewIt em is placed (e.g. E/40).\n"@en; rdfs:domain vec:ConnectionNodeViewItem; rdfs:label "gridSquare"@en; rdfs:range xs:string . vec:connectionGroupIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ConnectionGroup. The identification is guaranteed to be unique within the ConnectionSpecification.\n"@en; rdfs:domain vec:ConnectionGroup; rdfs:label "identification"@en; rdfs:range xs:string . vec:connectionEndIsExternalEnd rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the ConnectionEnd is connected to the internal or the external side of the ComponentPort.\n"@en; rdfs:domain vec:ConnectionEnd; rdfs:label "isExternalEnd"@en; rdfs:range xs:boolean . vec:connectionEndIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ConnectionEnd. The identification is guaranteed to be unique within the ConnectionSpecification.\n"@en; rdfs:domain vec:ConnectionEnd; rdfs:label "identification"@en; rdfs:range xs:string . vec:connectionIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the Connection. The identification is guaranteed to be unique within the ConnectionSpecification.\n"@en; rdfs:domain vec:Connection; rdfs:label "identification"@en; rdfs:range xs:string . vec:configurationConstraintIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ConfigurationConstraint . The identification is guaranteed to be unique within the ConfigurableElement and does not change over the time.\n"@en; rdfs:domain vec:ConfigurationConstraint; rdfs:label "identification"@en; rdfs:range xs:string . vec:componentPortIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ComponentPort. The identification is guaranteed to be unique within the ComponentConnector.\n"@en; rdfs:domain vec:ComponentPort; rdfs:label "identification"@en; rdfs:range xs:string . vec:componentNodeViewItemIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ComponentNodeViewItem . The identification is guaranteed to be unique within the ConnectionViewSpecification .\n"@en; rdfs:domain vec:ComponentNodeViewItem; rdfs:label "identification"@en; rdfs:range xs:string . vec:componentNodeViewItemGridSquare rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the grid square in which the ComponentNodeViewIt em is placed (e.g. E/40).\n"@en; rdfs:domain vec:ComponentNodeViewItem; rdfs:label "gridSquare"@en; rdfs:range xs:string . vec:componentNodeIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ComponentNode. The identification is guaranteed to be unique within the ConnectionSpecification.\n"@en; rdfs:domain vec:ComponentNode; rdfs:label "identification"@en; rdfs:range xs:string . vec:componentConnectorIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ComponentConnector. The identification is guaranteed to be unique within the ComponentNode."@en; rdfs:domain vec:ComponentConnector; rdfs:label "identification"@en; rdfs:range xs:string . vec:colorKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The key of the color in the corresponding color reference system.\n"@en; rdfs:domain vec:Color; rdfs:label "key"@en; rdfs:range xs:string . vec:codingCoding rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the name of the coding.\n"@en; rdfs:domain vec:Coding; rdfs:label "coding"@en; rdfs:range xs:string . vec:changeDescriptionRelatedChangeRequest rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the identification of a corresponding change request. (see KBLFRM-249)\n"@en; rdfs:domain vec:ChangeDescription; rdfs:label "relatedChangeRequest"@en; rdfs:range xs:string . vec:changeDescriptionLabel rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the label of the change on a drawing for example. If more than one change is issued with one ItemVersion (e.g. change 0001, 0002), in some cases the different changes are labelled on the drawing (e.g. A, B, C).\n"@en; rdfs:domain vec:ChangeDescription; rdfs:label "label"@en; rdfs:range xs:string . vec:changeDescriptionIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies an identifier for the ChangeDescription. This can be the ID of a change order or an ID which indicates model upgrading. (see KBLFRM-249)\n"@en; rdfs:domain vec:ChangeDescription; rdfs:label "identification"@en; rdfs:range xs:string . vec:changeDescriptionChangeDate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the date when the change was performed.\n"@en; rdfs:domain vec:ChangeDescription; rdfs:label "changeDate"@en; rdfs:range xs:dateTime . vec:cavitySpecificationSealable rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the cavity is sealable.\n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "sealable"@en; rdfs:range xs:boolean . vec:cavitySpecificationCavityDesign rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Replaced by the more meaningful mechanism TerminalTypes.\nSince: 1.1.4"@en , " \n"@en; rdfs:domain vec:CavitySpecification; rdfs:label "cavityDesign"@en; rdfs:range xs:string; owl:deprecated true . vec:cavityReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the CavityReference. The identification is guaranteed to be unique within the ConnectorHousingRole. The cavity & slot number is defined by the associated cavity and slot.\n"@en; rdfs:domain vec:CavityReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:cavityMappingIdentificationB rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the Cavity on side B\n"@en; rdfs:domain vec:CavityMapping; rdfs:label "identificationB"@en; rdfs:range xs:string . vec:cavityMappingIdentificationA rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The identification of the Cavity on side A\n"@en; rdfs:domain vec:CavityMapping; rdfs:label "identificationA"@en; rdfs:range xs:string . vec:cavityLayoutIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the ModularSlotLayout . The identification is guaranteed to be unique within the ModularSlot .\n"@en; rdfs:domain vec:CavityLayout; rdfs:label "identification"@en; rdfs:range xs:string . vec:cavityCouplingIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:CavityCoupling; rdfs:label "identification"@en; rdfs:range xs:string . vec:cavityHasIntegratedTerminal rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines whether the cavity has an integrated terminal (for example an IDC cavity) or if an additional terminal is required.\nIf this attribute is \"true\", the cavity can reference a TerminalSpecification as integratedTerminalSpecification in order to specify the integrated terminal.\n"@en; rdfs:domain vec:Cavity; rdfs:label "hasIntegratedTerminal"@en; rdfs:range xs:boolean . vec:cavityCavityNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Provides an identifier for the cavity. The cavity number needs to be unique within a Slot .\n"@en; rdfs:domain vec:Cavity; rdfs:label "cavityNumber"@en; rdfs:range xs:string . vec:cavityAvailable rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines whether the cavity is available for contacting. If the cavity is not available, it means that it is completely closed.\n"@en; rdfs:domain vec:Cavity; rdfs:label "available"@en; rdfs:range xs:boolean . vec:cartesianVector3DZ rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the z-coordinate in 3D space.\n"@en; rdfs:domain vec:CartesianVector3D; rdfs:label "z"@en; rdfs:range xs:double . vec:cartesianVector3DY rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the y-coordinate in 3D space.\n"@en; rdfs:domain vec:CartesianVector3D; rdfs:label "y"@en; rdfs:range xs:double . vec:cartesianVector3DX rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the x-coordinate in 3D space.\n"@en; rdfs:domain vec:CartesianVector3D; rdfs:label "x"@en; rdfs:range xs:double . vec:cartesianVector2DY rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the y-coordinate in 2D space.\n"@en; rdfs:domain vec:CartesianVector2D; rdfs:label "y"@en; rdfs:range xs:double . vec:cartesianVector2DX rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the x-coordinate in 2D space.\n"@en; rdfs:domain vec:CartesianVector2D; rdfs:label "x"@en; rdfs:range xs:double . vec:cartesianPoint3DZ rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of z-coordinate of the Cartesian point. The unit of this value is the baseUnit of containing BuildingBlockSpecification3D.\n"@en; rdfs:domain vec:CartesianPoint3D; rdfs:label "z"@en; rdfs:range xs:double . vec:cartesianPoint3DY rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of y-coordinate of the Cartesian point. The unit of this value is the baseUnit of containing BuildingBlockSpecification3D.\n"@en; rdfs:domain vec:CartesianPoint3D; rdfs:label "y"@en; rdfs:range xs:double . vec:cartesianPoint3DX rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of x-coordinate of the Cartesian point. The unit of this value is the baseUnit of containing BuildingBlockSpecification3D.\n"@en; rdfs:domain vec:CartesianPoint3D; rdfs:label "x"@en; rdfs:range xs:double . vec:cartesianPoint2DY rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of y-coordinate of the Cartesian point. The unit of this value is the baseUnit of containing BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:CartesianPoint2D; rdfs:label "y"@en; rdfs:range xs:double . vec:cartesianPoint2DX rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the value of x-coordinate of the Cartesian point. The unit of this value is the baseUnit of containing BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:CartesianPoint2D; rdfs:label "x"@en; rdfs:range xs:double . vec:cartesianDimensionWidth rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the width of the object. The unit of this value is the baseUnit of containing BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:CartesianDimension; rdfs:label "width"@en; rdfs:range xs:double . vec:cartesianDimensionHeight rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the height of the object. The unit of this value is the baseUnit of containing BuildingBlockSpecification2D.\n"@en; rdfs:domain vec:CartesianDimension; rdfs:label "height"@en; rdfs:range xs:double . vec:cableSealEntryReferencePositionOnWire rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the position of this CableSealEntryReference on its associated WireElementReference . This value is analogous to WireEnd.PositionOnWire (see that documentation for details) and must be between 0 and 1. Note that it is not a fraction of the wire's total length used to compute an exact physical location.\nIts primary purpose is to indicate which side of the wire the seal entry is associated with. By definition, all WireEnd instances sharing the same PositionOnWire lie on the same side of the wire - and the same rule applies to CableSealEntryReference.PositionOnWire . Accordingly, properties such as sealInsertionDepth are always measured relative to the WireEnd with the matching PositionOnWire .\nIn cases where the seal's position is determined by other topology elements (for example, the placement of a grommet) rather than a specific WireEnd , the PositionOnWire attribute may be omitted.\n"@en; rdfs:domain vec:CableSealEntryReference; rdfs:label "positionOnWire"@en; rdfs:range xs:double . vec:cableSealEntryReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:domain vec:CableSealEntryReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:cableSealEntryIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Provides an identifier for the CableSealEntry . The Identification shall be unique within a CableSealSpecification.\n"@en; rdfs:domain vec:CableSealEntry; rdfs:label "identification"@en; rdfs:range xs:string . vec:cableLeadThroughSpecificationSealable rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the cable lead through is sealable.\n"@en; rdfs:domain vec:CableLeadThroughSpecification; rdfs:label "sealable"@en; rdfs:range xs:boolean . vec:cableLeadThroughReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the CableLeadThroughReference. The identification is guaranteed to be unique within the GrommetRole.\n"@en; rdfs:domain vec:CableLeadThroughReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:cableLeadThroughOutletReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the CableLeadThroughReference. The identification is guaranteed to be unique within the GrommetRole.\n"@en; rdfs:domain vec:CableLeadThroughOutletReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:cableLeadThroughOutletIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the identification of the CableLe adThroughOutlet. This must be unique within a CableLeadThrough .\n"@en; rdfs:domain vec:CableLeadThroughOutlet; rdfs:label "identification"@en; rdfs:range xs:string . vec:cableLeadThroughIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the identification of the CableLeadThrough. This must be unique within a GrommetSpecification.\n"@en; rdfs:domain vec:CableLeadThrough; rdfs:label "identification"@en; rdfs:range xs:string . vec:cableDuctOutletIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the identification of the Outlet. This must be unique within a CableDuctSpecification.\n"@en; rdfs:domain vec:CableDuctOutlet; rdfs:label "identification"@en; rdfs:range xs:string . vec:buildingBlockPositioning3DIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique (optional) identification of the BuildingBlockPositioning3D. The identification is guaranteed to be unique within the HarnessGeometrySpecification3D.\n"@en; rdfs:domain vec:BuildingBlockPositioning3D; rdfs:label "identification"@en; rdfs:range xs:string . vec:buildingBlockPositioning2DIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique (optional) identification of the BuildingBlockPositioning2D. The identification is guaranteed to be unique within the HarnessDrawingSpecification2D.\n"@en; rdfs:domain vec:BuildingBlockPositioning2D; rdfs:label "identification"@en; rdfs:range xs:string . vec:booleanValuePropertyValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the value of the CustomProperty.\n"@en; rdfs:domain vec:BooleanValueProperty; rdfs:label "value"@en; rdfs:range xs:boolean . vec:boltTerminalSpecificationTorsionProtection rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies if the bolt provides torsion protected or not.\n"@en; rdfs:domain vec:BoltTerminalSpecification; rdfs:label "torsionProtection"@en; rdfs:range xs:boolean . vec:boltTerminalSpecificationMaxTerminalCount rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment " Defines the maximum number of (ring) terminals that can be attached to this bolt at the same time.\n"@en; rdfs:domain vec:BoltTerminalSpecification; rdfs:label "maxTerminalCount"@en; rdfs:range xs:integer . vec:assignmentGroupIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the AssignmentGroup. The identification is guaranteed to be unique within the specification.\n"@en; rdfs:domain vec:AssignmentGroup; rdfs:label "identification"@en; rdfs:range xs:string . vec:approvalIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the approval. The identification is guaranteed to be unique over all VEC-documents. Normally this would reference to a company specific approval number or something similar. KBLFRM-349\n"@en; rdfs:domain vec:Approval; rdfs:label "identification"@en; rdfs:range xs:string . vec:approvalCompanyInScope rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Room to specify for which companies the Approval is valid. It might be e.g. that an approved Item may only be delivered by some specific company.\n"@en; rdfs:domain vec:Approval; rdfs:label "companyInScope"@en; rdfs:range xs:string . vec:approvalAdditionalLevelInformation rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Additional potentially company specific information about the level of approval (e.g. further detailing of a \"Restricted\" approval.\n"@en; rdfs:domain vec:Approval; rdfs:label "additionalLevelInformation"@en; rdfs:range xs:string . vec:applicationConstraintToSerialNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the upper bound of a serial number range to which the application constraint applies.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "toSerialNumber"@en; rdfs:range xs:string . vec:applicationConstraintToEffectivityControlKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "See FromEffectivityControlKey.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "toEffectivityControlKey"@en; rdfs:range xs:string . vec:applicationConstraintToDate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the upper bound of the time period to which the application constraint applies.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "toDate"@en; rdfs:range xs:dateTime . vec:applicationConstraintProjectPhase rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the project phases to which the application constraint applies.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "projectPhase"@en; rdfs:range xs:string . vec:applicationConstraintFromSerialNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the lower bound of a serial number range to which the application constraint applies.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "fromSerialNumber"@en; rdfs:range xs:string . vec:applicationConstraintFromEffectivityControlKey rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "In the production logistics of complex products (like vehicles), the control of operation and cancellation dates of changes, features, components or the like is usually not carried out via concrete dates but via \"date keys\". These keys are then mapped in planning systems with concrete time specifications for certain plants or production steps. In the VEC these keys are called EffectivityControlKey.\nWith the FromEffectivityControlKey and To EffectivityControlKey a validity interval can be defined. If one of the two values is defined and the other is omitted, the meaning shall be \"unbounded\".\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "fromEffectivityControlKey"@en; rdfs:range xs:string . vec:applicationConstraintFromDate rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the lower bound of the time period to which the application constraint applies.\n"@en; rdfs:domain vec:ApplicationConstraint; rdfs:label "fromDate"@en; rdfs:range xs:dateTime . vec:aliasIdentificationScope rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The scope in which the AliasIdentification is valid / or the issuer of the alias id. This could be for example a certain process, a company or an IT-System.\n"@en; rdfs:domain vec:AliasIdentification; rdfs:label "scope"@en; rdfs:range xs:string . vec:aliasIdentificationIdentificationValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the identification value.\n"@en; rdfs:domain vec:AliasIdentification; rdfs:label "identificationValue"@en; rdfs:range xs:string . vec:abstractSlotReferenceIdentification rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies a unique identification of the SlotReference. The identification is guaranteed to be unique within the ConnectorHousingRole. The cavity & slot number is defined by the associated cavity and slot.\n"@en; rdfs:domain vec:AbstractSlotReference; rdfs:label "identification"@en; rdfs:range xs:string . vec:abstractSlotSlotNumber rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Specifies the number of the slot. This must be unique within a ConnectorHousingSpecification.\n"@en; rdfs:domain vec:AbstractSlot; rdfs:label "slotNumber"@en; rdfs:range xs:string . vec:abstractLocalizedStringValue rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "The value of the LocalizedString in language defined by the languageCode.\n"@en; rdfs:domain vec:AbstractLocalizedString; rdfs:label "value"@en; rdfs:range xs:string . vec:ZoneCoverage rdf:type owl:Class; rdfs:comment "A ZoneCoverage defines an area on a TopologySegment that lies within a TopologyZone. The area is defined with two Locations . Locations are the same mechanism that is used to define placements for components. The area that is in the TopologyZone is the area between the two locations. There is no semantic in the direction of the definition, so the assignment of first & second Location is completely arbitrary.\nHowever, there are some restrictions for the definition of the locations. All locations have to be in relation to the  TopologySegment that is referenced by the containing ZoneAssignment . This means the Locations have to be either a SegmentLocation on the respective TopologySegment or a NodeLocation on the start or end node of this particular T opologySegment. A ZoneCoverage from start to end node of a TopologySegment is equivalent to the complete omission of ZoneCoverages for a particular ZoneAssignment .\n \n"@en; rdfs:label "ZoneCoverage"@en; rdfs:subClassOf vec:ExtendableElement . vec:ZoneAssignment rdf:type owl:Class; rdfs:comment "A ZoneAssignment defines that a specific TopologySegment is affected by the TopologyZone. If a coverage is defined, only the parts of the Segment that have a coverage are affected. If no coverage is defined, the whole segment is affected.\n"@en; rdfs:label "ZoneAssignment"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireType rdf:type owl:Class; rdfs:comment "Specifies a wire type. A wire type is always defined by a key value. What wire type is meant by this key value is defined by a standard reference system.\n"@en; rdfs:label "WireType"@en . vec:WireTupleTerminationSpecification rdf:type owl:Class; rdfs:comment "A WireTupleTerminationSpecification is the container specification for WireTupleTerminations .\n"@en; rdfs:label "WireTupleTerminationSpecification"@en; rdfs:subClassOf vec:Specification . vec:WireTupleTermination rdf:type owl:Class; rdfs:comment "A WireTupleTermination is to define the handling of wire ends in a tuple (group). This is mostly relevant for twisted pairs / triple / tuple to define the handling of untwisting.\n"@en; rdfs:label "WireTupleTermination"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireTupleSpecification rdf:type owl:Class; rdfs:comment "A Specification to define requirements for the handling of wire / wire element tuples (pairs, triple,...) with the focus on twisting. More precisely, the allowed untwisting at the wire ends and required measures against it.\nThis definition is made independent from the WireGroup , as it might be defined for the part master data (the wire on the roller). The specifications for untwisting are based on the concrete usage.\n"@en; rdfs:label "WireTupleSpecification"@en; rdfs:subClassOf vec:Specification . vec:WireSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of a wire. This can either be a complex multicore wire or a normal single core. In the VEC a wire is defined by one WireElement, which may be composed from other WireElements.\n"@en; rdfs:label "WireSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:WireRole rdf:type owl:Class; rdfs:comment "A WireRole defines the instance specific properties and relationships of a wire.\n"@en; rdfs:label "WireRole"@en; rdfs:subClassOf vec:Role . vec:WireReceptionSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of wire receptions. A WireReception is the area of a terminal where the contacting with a wire element (e.g. by crimping) takes place.\n"@en; rdfs:label "WireReceptionSpecification"@en; rdfs:subClassOf vec:Specification . vec:WireReceptionReference rdf:type owl:Class; rdfs:comment "A WireReceptionReference is an instance of a WireReception .\n"@en; rdfs:label "WireReceptionReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireReceptionAddOn rdf:type owl:Class; rdfs:comment "Specifies the wire addon required for this wire reception.\n"@en; rdfs:label "WireReceptionAddOn"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireReception rdf:type owl:Class; rdfs:comment "A WireReception is the area of a terminal where the contacting with a wire element (e.g. by crimping) takes place. This class represents such an area on the terminal. Its description is done with a WireReceptionSpecification, which is independent from the TerminalSpecification. This allows the reuse of the specification of similar WireReception on different terminals.\n"@en; rdfs:label "WireReception"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireProtectionSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of wire protections.\n"@en; rdfs:label "WireProtectionSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:WireProtectionRole rdf:type owl:Class; rdfs:comment "A WireProtectionRole defines the instance specific properties and relationships of a wire protection. This is a general-purpose role for instances of all types of WireProtectionSpecifications that do not have specific instance attributes. For TapeSpecifications the more specific TapeRole shall be used.\n"@en; rdfs:label "WireProtectionRole"@en; rdfs:subClassOf vec:Role . vec:WireProtectionGroupSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of WireProtectionGroups .\n"@en; rdfs:label "WireProtectionGroupSpecification"@en; rdfs:subClassOf vec:Specification . vec:WireProtectionGroup rdf:type owl:Class; rdfs:comment "A WireProtectionGroup is the definition of a set of WireProtectionRoles to which the following rules apply: The WireProtectionGroup defines a processing instruction, not a precise product specification. All transitions between adjacent elements in group shall be implemented continuous, without interruption, wherever technically possible. The elements of a WireProtectionGroup can be subject to variance depending on the scenario in a specific 100% configuration. Meaning, some elements of the group might only be applicable in some scenarios, e.g. a cross-taping might only occur, if at least three segments with wires in them exist in a configuration. The existence of the elements of a group in a specific 100% configuration is not controlled by the WireProtectionGroup, but by the individual variance control applied to the participating Roles and the corresponding OccurrenceOrUsages .  \n"@en; rdfs:label "WireProtectionGroup"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireMountingDetail rdf:type owl:Class; rdfs:comment "With a WireMountingDetail it is possible to describe a detailed wire mounting.\nThis is needed if the information which wire end is mounted onto which wire reception is important (e.g. coax contacts).\n"@en; rdfs:label "WireMountingDetail"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireMounting rdf:type owl:Class; rdfs:comment "A WireMounting defines the mounting of a wire end to terminal. If the contacting is required to be waterproof a cavity seal can be mounted additionally.\n"@en; rdfs:label "WireMounting"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireLength rdf:type owl:Class; rdfs:comment "Defines the length of a WireElementReference. A WireElementReference can have multiple lengths of different types but must not have more than one length of the same type.\n"@en; rdfs:label "WireLength"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireGroupingSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of WireGroupings.\n"@en; rdfs:label "WireGroupingSpecification"@en; rdfs:subClassOf vec:Specification . vec:WireGrouping rdf:type owl:Class; rdfs:comment "A WireGrouping is the definition of a multi core wire in its usage. The elements of a WireGrouping are well defined wires (e.g. with a part number). The grouping itself is only created in its concrete usage. The most common use case is the individual definition of unshielded twisted pair wires without creating the full combinatorics of every possible core / insulation / twist combination in a part master data system (and by this creating part numbers for all of them). However, there are other use cases as well.\nA WireGrouping groups the relatedWireElementReferences on an equal level containedWireGroupings are on a lower level. So, in order to create something like a shielded twisted pair, one WireGrouping \"A\" that references two WireElementReferences is required to represent the twisted pair and another WireGrouping \" B\" that contains WireGrouping \"A\" and references the \"shield wire element\".\n The referenced WireGroupSpecification defines the handling of the WireGrouping during its assembly (e.g. twist).\n"@en; rdfs:label "WireGrouping"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireGroupSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of WireGroups. Wire groups are for example used for the representation of twisted pairs.\n"@en; rdfs:label "WireGroupSpecification"@en; rdfs:subClassOf vec:Specification . vec:WireEndAccessorySpecification rdf:type owl:Class; rdfs:comment " WireEndAccessorySpecifications are describing parts that are used for a treatment of a wire end before the actual terminal is attached to the WireEnd (e.g. a ferrule).\nThe actual specification of the properties of the wire end accessory is done by the referenced WireReceptionSpecification since this is the Specification to describe joining properties of a part with a wire end.\n"@en; rdfs:label "WireEndAccessorySpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:WireEndAccessoryRole rdf:type owl:Class; rdfs:comment "A WireEndAccessoryRole defines the instance specific properties and relationships of a WireEndAccessory .\n"@en; rdfs:label "WireEndAccessoryRole"@en; rdfs:subClassOf vec:Role . vec:WireEnd rdf:type owl:Class; rdfs:comment "A WireEnd is the end of a wire. This class mainly needed for the definition of a contacting. As a wire can be contacted on more than two ends (e.g. IDC) the WireEnd has a position on the wire.\n"@en; rdfs:label "WireEnd"@en; rdfs:subClassOf vec:ExtendableElement . vec:WireElementSpecification rdf:type owl:Class; rdfs:comment "A WireElementSpecification is the basic element to describe a wire in the VEC. A WireElementSpecification can be atomic or composed recursively out of other WireElementSpecifications. A WireElementSpecification can reference an InsulationSpecification, if it has an insulation, a CoreSpecification, if it has a core or a WireGroupSpecification if it is a grouping of other WireElementSpecifications in the Wire (e.g. a multi-core wire with twisted pairs).\n"@en; rdfs:label "WireElementSpecification"@en; rdfs:subClassOf vec:Specification . vec:WireElementReference rdf:type owl:Class; rdfs:comment "A WireElementReference represents the usage of a WireElement in the context of a PartUsage or PartOccurrence. For contacting purposes, a WireElementReference has WireEnds. KBLFRM-384\n"@en; rdfs:label "WireElementReference"@en; rdfs:subClassOf vec:RoutableElement . vec:WireElement rdf:type owl:Class; rdfs:comment "A WireElement specifies a WireElementSpecification in the context of a WireSpecification . This is necessary to define a unique identification of a WireElementSpecification in the context of a WireSpecification. Additionally, the WireElement serves as anchor for the instancing of a wire ( WireElementReference ) as the WireElementSpecifications are not uniquely related to a WireSpecification for reasons of reusability.\n"@en; rdfs:label "WireElement"@en; rdfs:subClassOf vec:ExtendableElement . vec:VecContent rdf:type owl:Class; rdfs:comment "The VecContent is the XML-Root node for any VEC-Document.   Note about GeneratingSystemName and GeneratingSystemVersion: Both together are intended to provide meta information to identify the generating system and its version for reasons of traceability (system is used as general term and can also be a system landscape, a highly modularized micro service architecture or a tool chain). It is not intended to provide detailed information about the composition or configuration of a system and its modules. Especially in a scenario where a system is highly modularized (e.g. a micro service architecture) any detailed information would be subject to very individual interpretation.\nTherefore, the VEC provides only the means to identify a specific system configuration, not to describe it. The GeneratingSystemName allows identification in space (who did it), and the GeneratingSystemVersion provides identification in time (when was it done, with which version of the configuration). The generator of the dataset is responsible to provide meaningful identifications for both, that satisfy the traceability requirements in the context.\nThe following scenarios are explicitly allowed: Single System: Single identifiers are used which are mapping directly to a system / system version (e.g. \"Component DB\" / \"V7.1.0\") Combined System: The identifiers are a combination of the participating modules (e.g. \"Design System X+Userware ACME+DBExport\" / \"V3+V2.7+V1.2.3\"). Baseline / System Configuration: The identifiers are pointing to a baseline in the configuration management of a system landscape. The systems and their versions are tracked there, outside the VEC (e.g. \"Harness Tool Chain\" / \"V12-2023-5\").  \n \n \n \n"@en; rdfs:label "VecContent"@en; rdfs:subClassOf vec:ExtendableElement . vec:VariantStructureSpecification rdf:type owl:Class; rdfs:comment "Specification to define any hierarchical structure on variant groups (e.g. by the means of a functional organization). The hierarchy starts with a single root node.\n"@en; rdfs:label "VariantStructureSpecification"@en; rdfs:subClassOf vec:Specification . vec:VariantStructureNode rdf:type owl:Class; rdfs:comment " VariantStructureNodes can be used to define a hierarchical structure on VariantGroups . Every VariantStructureNodes can reference VariantGroups and VariantStructureNodes as children.\n"@en; rdfs:label "VariantStructureNode"@en; rdfs:subClassOf vec:ExtendableElement . vec:VariantGroupSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of variant groups.\n"@en; rdfs:label "VariantGroupSpecification"@en; rdfs:subClassOf vec:Specification . vec:VariantGroup rdf:type owl:Class; rdfs:comment "With a VariantGroup it is possible to group VariantCodes. The semantic of this grouping should be defined with the groupType (e.g. composition, choice, etc.).\n"@en; rdfs:label "VariantGroup"@en; rdfs:subClassOf vec:ExtendableElement . vec:VariantConfigurationSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of variant configurations.\n"@en; rdfs:label "VariantConfigurationSpecification"@en; rdfs:subClassOf vec:Specification . vec:VariantConfiguration rdf:type owl:Class; rdfs:comment "A variant configuration defines a condition with which it is possible to express the inclusion or exclusion of ConfigurableElements in different variants of a product.\nA VariantConfiguration can reference another VariantConfiguration as baseInclusion . In this case, a VariantConfiguration can only be satisfied if its baseInclusion is also satisfied.\n"@en; rdfs:label "VariantConfiguration"@en; rdfs:subClassOf vec:ExtendableElement . vec:VariantCodeSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of variant codes.\n"@en; rdfs:label "VariantCodeSpecification"@en; rdfs:subClassOf vec:Specification . vec:VariantCode rdf:type owl:Class; rdfs:comment "VariantCodes are defining the literals on which VariantConfiguration are stated. Possible VariantCodes might be different for steering types, optional equipment, engine-power class.\n"@en; rdfs:label "VariantCode"@en; rdfs:subClassOf vec:ExtendableElement . vec:ValueWithUnit rdf:type owl:Class; rdfs:comment "Abstract class either for a single numerical measure or a range of numerical measures with upper, lower, or upper and lower bounds.\n"@en; rdfs:label "ValueWithUnit"@en . vec:ValueRangeProperty rdf:type owl:Class; rdfs:comment "A custom property with a value range. (see KBLFRM-319)\n"@en; rdfs:label "ValueRangeProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:ValueRange rdf:type owl:Class; rdfs:comment "A pair of numerical values representing a value range.\n"@en; rdfs:label "ValueRange"@en; rdfs:subClassOf vec:ValueWithUnit . vec:UsageNodeSpecification rdf:type owl:Class; rdfs:comment "A UsageNodeSpecification is a container for the specification of UsageNodes.\n"@en; rdfs:label "UsageNodeSpecification"@en; rdfs:subClassOf vec:Specification . vec:UsageNode rdf:type owl:Class; rdfs:comment "A UsageNode represents a position in an abstract vehicle. For example, the \"Head Light Left\". UsageNodes belong to the master data, and they are defined on some companywide level. They can be used to enforce consistent naming over different projects and different development streams (e.g. between Geometry and Electrologic).\nA UsageNode can be realized by different elements in the VEC (e.g. NetworkNode, OccurrenceOrUsage, TopologyNode, ComponentNode ).\n"@en; rdfs:label "UsageNode"@en; rdfs:subClassOf vec:ConfigurableElement . vec:UsageConstraintSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of usage constraints. The associated UsageConstraints are restricting the possible usages of the associated PartVersions and PartUsages.\n"@en; rdfs:label "UsageConstraintSpecification"@en; rdfs:subClassOf vec:Specification . vec:UsageConstraint rdf:type owl:Class; rdfs:comment "Specifies a constraint of the possible usages for PartVersion or PartUsages. UsageConstraints are of part master data information. UsageConstraints specify general restrictions for the application of a PartVersion or PartUsage (e.g. a certain period of time in which the part is allowed to be used). (see KBLFRM-229)\n"@en; rdfs:label "UsageConstraint"@en; rdfs:subClassOf vec:ExtendableElement . vec:Unit rdf:type owl:Class; rdfs:comment "A precisely specified quantity in terms of which the magnitudes of other quantities of the same kind can be stated. The different systems to define units are represented by the subclasses of this class (e.g. SIUnit, ImperialUnit).\n"@en; rdfs:label "Unit"@en; rdfs:subClassOf vec:ExtendableElement . vec:USUnit rdf:type owl:Class; rdfs:comment "The USUnit class can define quantities in the terms of the US-Unit-System by specifying the corresponding US unit name. The US Unit System is quite similar to the imperial unit system; however, some units are defined slightly different.\n"@en; rdfs:label "USUnit"@en; rdfs:subClassOf vec:Unit . vec:TubeSpecification rdf:type owl:Class; rdfs:comment "Specifies tubes.\n"@en; rdfs:label "TubeSpecification"@en; rdfs:subClassOf vec:WireProtectionSpecification . vec:TubeRole rdf:type owl:Class; rdfs:comment "Specific WireProtectionRole for instances of TubeSpecification.\n"@en; rdfs:label "TubeRole"@en; rdfs:subClassOf vec:WireProtectionRole . vec:Transformation3D rdf:type owl:Class; rdfs:comment "A Transformation3D is used to position an object in 3D space (e.g. on a DMU model).\nIt consists of a reference to a CartesianPoint3D as origin and a 3 ⨯ 3 matrix a . The matrix is given by the attributes [ a11 ... a33 ] , with the numbers representing the index of the matrix element a ij where i is the row and j the column index of the matrix.\nTo place an object with a Transformation3D its origin is translated in space to the CartesianPoint3D origin and every point P = (x,y,z) of the object is transformed to P' by applying the matrix multiplication: P'= a · P .\nWith a suitable definition of the transformation matrix, a wide variety of geometric operations can be mapped. Which of these operations are permissible depends on the respective application and cannot be defined in general terms. For example, scaling and mirroring are probably not permissible operations in a normal DMU process with harmonized 3D models.\n \n"@en; rdfs:label "Transformation3D"@en; rdfs:subClassOf vec:ExtendableElement . vec:Transformation2D rdf:type owl:Class; rdfs:comment "A Transformation2D is used to position an object in 2D space (e.g. on a drawing).\nIt consists of a reference to a CartesianPoint2D as origin and a 2 ⨯ 2 matrix a . The matrix is given by the attributes [ a11 ... a22 ] , with the numbers representing the index of the matrix element a ij where i is the row and j the column index of the matrix.\nTo place an object with a Transformation2D its origin is translated in space to the CartesianPoint2D origin and every point P = (x,y) of the object is transformed to P' by applying the matrix multiplication: P'= a · P\nWith a suitable definition of the transformation matrix, a wide variety of geometric operations can be mapped. Which of these operations are permissible depends on the respective application and cannot be defined in general terms. For example, scaling and mirroring are probably not permissible operations when creating drawings in true scale.\n"@en; rdfs:label "Transformation2D"@en; rdfs:subClassOf vec:ExtendableElement . vec:TopologyZoneSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of TopologyZones.\n"@en; rdfs:label "TopologyZoneSpecification"@en; rdfs:subClassOf vec:Specification . vec:TopologyZone rdf:type owl:Class; rdfs:comment "A TopologyZone divides a topology in different sections / design spaces. A TopologyZone may be subdivided in further TopologyZone . There can be multiple reasons for creating an orthogonal sectioning on a Topology . Therefore, TopologyZones can be overlapping.\n"@en; rdfs:label "TopologyZone"@en; rdfs:subClassOf vec:ConfigurableElement . vec:TopologySpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of a topology. A topology consists of TopologyNodes, TopologySegments.\n"@en; rdfs:label "TopologySpecification"@en; rdfs:subClassOf vec:Specification . vec:TopologySegment rdf:type owl:Class; rdfs:comment "A TopologySegment is a distance in the Topology where no intermediate electrical contacts appear. If a Topology contains routed wires, then the wire at the beginning of a TopologySegment must be the same as in the ending. TopologySegments are a logical construct to describe the physical representation of a wiring harness topology. Therefore, a TopologySegment is only valid if it has a physical manifestation. TopologySegments with a length of 0 or less do not have a physical manifestation and are therefore not valid.\nAdditionally, the usage of TopologySegments with a length of 0 create problems in the overall process. For example, the synchronization of 3D / 2D systems becomes harder or even impossible and the handling of wire protections on those TopologySegment is also unclear.\n"@en; rdfs:label "TopologySegment"@en; rdfs:subClassOf vec:ConfigurableElement . vec:TopologyNode rdf:type owl:Class; rdfs:comment "A TopologyNode is a point in the Topology where TopologySegments are starting and ending.\n"@en; rdfs:label "TopologyNode"@en; rdfs:subClassOf vec:ConfigurableElement . vec:TopologyMappingSpecification rdf:type owl:Class; rdfs:comment "A  TopologyMappingSpecification allows the definition of hierarchical topologies. It relates an outer topology with an enclosed inner topology.\n"@en; rdfs:label "TopologyMappingSpecification"@en; rdfs:subClassOf vec:Specification . vec:TopologyGroupSpecification rdf:type owl:Class; rdfs:comment "A TopologyGroupSpecification defines a new Topology based on the grouped Topologies. (see KBLFRM-240)\n"@en; rdfs:label "TopologyGroupSpecification"@en; rdfs:subClassOf vec:TopologySpecification . vec:TopologyBendingRestrictionSpecification rdf:type owl:Class; rdfs:comment "A TopologyBendingRestrictionSpecification can be used to define TopologyBendingRestrictions.\n"@en; rdfs:label "TopologyBendingRestrictionSpecification"@en; rdfs:subClassOf vec:Specification . vec:TopologyBendingRestriction rdf:type owl:Class; rdfs:comment "As the name implies, a TopologyBendingRestriction defines restrictions on the bendability a path in the Topology. There are multiple reasons, why such restrictions exist, for example: There is a bending restriction for a wire in the segment. The number of wires and the segment diameter is such, that excessive bending causes intolerable torsion forces on wires in the segment. Other technical reasons Since these restrictions can be determined using a variety of methods the VEC provides a concept to store this information for later use. This makes the information available in the downstream processes, without detailed knowledge of the determination procedure (e.g. during form board design, packaging or installation).\nThe restriction applies to a path of segments as this can cover different case: a single segment two adjacent segments at a node the complete path of a wire "@en; rdfs:label "TopologyBendingRestriction"@en; rdfs:subClassOf vec:ExtendableElement . vec:Tolerance rdf:type owl:Class; rdfs:comment "A Tolerance defines the permissible limit or limits of variation for defined values (e.g. a NumericalValue ). The tolerated value is defined by the context in which the Tolerance is contained / used.\nThe values of the limits of the Tolerance , LowerBoundary and UpperBoundary , shall be interpreted as \"modifiers\" to the actual value. To obtain an absolute range of valid values, the values of boundaries shall be added to the actual value, regardless of the Upper or Lower prefix. For example, to define a value of 100mm with a tolerated variation between 95mm and 105mm, the definition would be Value = 100 mm, LowerBoundary=-5, UpperBoundary=+5 . The Unit of the Tolerance boundaries is always the same as in the defining context.\n \n"@en; rdfs:label "Tolerance"@en . vec:TextBasedInstruction rdf:type owl:Class; rdfs:comment "A TextBasedInstruction is used to specify human readable instructions in text.\n"@en; rdfs:label "TextBasedInstruction"@en; rdfs:subClassOf vec:Instruction . vec:TerminalType rdf:type owl:Class; rdfs:comment "Defines the type (system) of a terminal. The type is specified by a combination of a name for the system and an optional nominalSize.\nIn some processes the terminal type is referred as cavity system, because the system of cavities, terminals, seals, plugs and other cavity accessories must match / be compatible.\nHowever, since a terminal has only one since type and a cavity can be compatible to more than one it is named TerminalType in the VEC.\n"@en; rdfs:label "TerminalType"@en; rdfs:subClassOf vec:ExtendableElement . vec:TerminalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of terminals. A terminal can own multiple WireReceptions & TerminalReceptions.\n"@en; rdfs:label "TerminalSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:TerminalRole rdf:type owl:Class; rdfs:comment "A TerminalRole defines the instance specific properties and relationships of a terminal.\n"@en; rdfs:label "TerminalRole"@en; rdfs:subClassOf vec:Role . vec:TerminalReceptionSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of terminal receptions. A TerminalReception is the area of a terminal where the contacting with another terminal (e.g. between a connector housing and a control unit) takes place. Normally the terminal reception is placed in a cavity of a connector housing.\n"@en; rdfs:label "TerminalReceptionSpecification"@en; rdfs:subClassOf vec:Specification . vec:TerminalReceptionReference rdf:type owl:Class; rdfs:comment "A TerminalReceptionReference is an instance of a TerminalReception .\n"@en; rdfs:label "TerminalReceptionReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:TerminalReception rdf:type owl:Class; rdfs:comment "A TerminalReception is the area of a terminal where the contacting with another terminal (e.g. between a connector housing and a control unit) takes place. Normally the terminal reception is placed in a cavity of a connector housing.\nThis class represents such an area on the terminal.\n"@en; rdfs:label "TerminalReception"@en; rdfs:subClassOf vec:ExtendableElement . vec:TerminalProtectionSpecification rdf:type owl:Class; rdfs:comment "A TerminalProtection is an insulation or sealing that is applied after the joining process between the terminal and the wire, typically in the contact area of the WireReception. Examples include caps for splices or heat shrink tubing for ring terminals."@en; rdfs:label "TerminalProtectionSpecification"@en; rdfs:subClassOf vec:Specification . vec:TerminalProtectionRole rdf:type owl:Class; rdfs:comment "A TerminalProtectionRole defines the instance specific properties and relationships of a TerminalProtection .\n"@en; rdfs:label "TerminalProtectionRole"@en; rdfs:subClassOf vec:Role . vec:TerminalPairingSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of TerminalPairings.\n"@en; rdfs:label "TerminalPairingSpecification"@en; rdfs:subClassOf vec:Specification . vec:TerminalPairing rdf:type owl:Class; rdfs:comment "A TerminalPairing is a standard reference setup of exactly two terminals and a defined length of a core contacted to both terminals. The TerminalPairing defines physical properties that apply to this combination (e.g. contactResistance) . Other values might be independent from a specific conductor (e.g. matingForce ). Therefore, the referencedCoreSpecification is optional.\n \n \n"@en; rdfs:label "TerminalPairing"@en; rdfs:subClassOf vec:ExtendableElement . vec:TerminalDistanceInformation rdf:type owl:Class; rdfs:comment "Allows the definition of valid minimum distances for a terminal. A minimum distance is always a NumericalValue defined for a TerminalDistanceType . Attributes of the type TerminalDistanceInformation normally have the multiplicity [0..*]. This means that such an attribute can have TerminalDistanceInformation entries for different TerminalDistanceType . It must not have multiple entries for the same TerminalDistanceType .\n"@en; rdfs:label "TerminalDistanceInformation"@en . vec:TerminalCurrentInformation rdf:type owl:Class; rdfs:comment "Allows the definition of valid current ranges for a terminal. A current range is always defined for a coreCrossSectionArea and a nominalVoltage . Attributes of the type TerminalCurrentInformation normally have the multiplicity [0..*]. This means that such an attribute can have TerminalCurrentInformation entries for different coreCrossSectionAreas , nominalVoltages , environmentTemperature and mating terminals. It must not have multiple entries for the same values.\n"@en; rdfs:label "TerminalCurrentInformation"@en . vec:TemperatureInformation rdf:type owl:Class; rdfs:comment "Defines valid temperature ranges for a general technical part. A part can have different valid temperature ranges in different scenarios e.g. operating temperature, storage temperature, processing temperature, environment temperature. A class can own multiple TemperatureInformations but must not have more than one TemperatureInformations of the same temperatureType.\n"@en; rdfs:label "TemperatureInformation"@en . vec:TapeSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of tapes.\n"@en; rdfs:label "TapeSpecification"@en; rdfs:subClassOf vec:WireProtectionSpecification . vec:TapeRole rdf:type owl:Class; rdfs:comment "Specific WireProtectionRole for instances of TapeSpecification. This Role is used for all kinds of taping and the WindingType defines the actual type of execution. Not all attributes in the TapeRole are relevant for all WingingTypes . Generating processes and systems are responsible to fill only attributes relevant for the selected WindingType .\n \n"@en; rdfs:label "TapeRole"@en; rdfs:subClassOf vec:WireProtectionRole . vec:SwitchingState rdf:type owl:Class; rdfs:comment "A SwitchingState defines a certain static state of an EEComponent . Under which conditions or when such a state applies, should be described in an external description model.\nA SwitchingState references a collection of InternalComponentConnections , with the semantic that these connections exist (and only these connections) when the switching state is active.\n"@en; rdfs:label "SwitchingState"@en; rdfs:subClassOf vec:ConfigurableElement . vec:StripeSpecification rdf:type owl:Class; rdfs:comment "Specifies a stripe which has fixed length and width. A stripe is a textile, foam or similar piece with fixed length & width that is wrapped around the harness.\n"@en; rdfs:label "StripeSpecification"@en; rdfs:subClassOf vec:WireProtectionSpecification . vec:StripeRole rdf:type owl:Class; rdfs:comment "Specific WireProtectionRole for instances of StripeSpecification.\n"@en; rdfs:label "StripeRole"@en; rdfs:subClassOf vec:WireProtectionRole . vec:SpliceTerminalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of splice terminals.\n"@en; rdfs:label "SpliceTerminalSpecification"@en; rdfs:subClassOf vec:TerminalSpecification . vec:SpliceTerminalRole rdf:type owl:Class; rdfs:comment "A SpliceTerminalRole defines the instance specific properties and relationships of a splice terminal.\n"@en; rdfs:label "SpliceTerminalRole"@en; rdfs:subClassOf vec:TerminalRole . vec:Specification rdf:type owl:Class; rdfs:comment "Abstract super-class for all specifications. Every technical information exchanged with the VEC is contained in the different specializations of a specification.\n"@en; rdfs:label "Specification"@en; rdfs:subClassOf vec:ExtendableElement . vec:SpecificRole rdf:type owl:Class; rdfs:comment "A SpecificRole is the possibility to define instance specific properties with custom properties (see ExtendableElement ). This is necessary, if the part is described by custom properties of a PartOrUsageRelatedSpecification .\n"@en; rdfs:label "SpecificRole"@en; rdfs:subClassOf vec:Role . vec:SoundDampingClass rdf:type owl:Class; rdfs:comment "Allows the definition of a sound damping class. The sound damping class of a component is specified as a level of sound damping. The level is specified by the classKey . Valid keys are specified by the referenceSystem . Attributes of the type SoundDampingClass normally have the multiplicity [0..*]. This means that such an attribute can have SoundDampingClass entries for different referenceSystems . It must not have multiple entries for the same referenceSystem .\n"@en; rdfs:label "SoundDampingClass"@en . vec:SlotSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of slots.\n"@en; rdfs:label "SlotSpecification"@en; rdfs:subClassOf vec:Specification . vec:SlotReference rdf:type owl:Class; rdfs:comment "A SlotReference represents the usage of a Slot in the context of PartUsage or PartOccurrence.\n"@en; rdfs:label "SlotReference"@en; rdfs:subClassOf vec:AbstractSlotReference . vec:SlotMapping rdf:type owl:Class; rdfs:comment "Defines the mapping of two slots contained PartVersion A & B of the containing Mapping-object.\n"@en; rdfs:label "SlotMapping"@en; rdfs:subClassOf vec:ExtendableElement . vec:SlotLayout rdf:type owl:Class; rdfs:comment "For regularly laid out slots the slot layout describes the positions of the cavities\n"@en; rdfs:label "SlotLayout"@en . vec:SlotCoupling rdf:type owl:Class; rdfs:comment "A SlotCoupling defines the mapping between two slots of the ConnectorHousingRoles associated with the CouplingPoint .\n"@en; rdfs:label "SlotCoupling"@en; rdfs:subClassOf vec:ConfigurableElement . vec:Slot rdf:type owl:Class; rdfs:comment "A Slot is a specific type of AbstractSlot that represents a group of cavities integrated directly into a connector housing. The design of a slot is described by a SlotSpecification .\n \nSlots serve two primary purposes: Cavity grouping within a housing: Each slot contains or groups cavities with specific properties and geometric placement. Definition of mating-side structure : A slot represents a logical and physical mating region of a connector. This makes it a fundamental unit for modular mating. For example, a connector with three slots can be mated with another connector that has only one slot, occupying just one slot on the multi-slot connector. This supports asymmetric or partial mating scenarios. "@en; rdfs:label "Slot"@en; rdfs:subClassOf vec:AbstractSlot . vec:Size rdf:type owl:Class; rdfs:comment "Defines the size of an element by width & height. Per definition is width >= height.\n"@en; rdfs:label "Size"@en . vec:SimpleValueProperty rdf:type owl:Class; rdfs:comment "A custom property with a simple value (string).\n"@en; rdfs:label "SimpleValueProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:SignalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of a list of valid signals.\n"@en; rdfs:label "SignalSpecification"@en; rdfs:subClassOf vec:Specification . vec:SignalGraphSpecification rdf:type owl:Class; rdfs:comment "Specification to define a list of SignalGraphs in a vehicle network.\n"@en; rdfs:label "SignalGraphSpecification"@en; rdfs:subClassOf vec:Specification . vec:SignalGraphRelation rdf:type owl:Class; rdfs:comment "A SignalGraphRelation represents a directed association between two SignalGraphs . The direction of the relationship is defined as \" from\" --> \"to\" and the semantic is defined by the type. "@en; rdfs:label "SignalGraphRelation"@en; rdfs:subClassOf vec:ConfigurableElement . vec:SignalGraphNode rdf:type owl:Class; rdfs:comment "A SignalGraphNode represent some physical element that participates in the signal transmission related to a SignalGraph . If the representedElement fails or is not present in a network, some paths in the SignalGraph maybe disrupted."@en; rdfs:label "SignalGraphNode"@en; rdfs:subClassOf vec:ConfigurableElement . vec:SignalGraphEdge rdf:type owl:Class; rdfs:comment "A SignalGraphEdge connects two SignalGraphNodes directed from \"fromNode\" to \"toNode\" and represents the direction of signal flow."@en; rdfs:label "SignalGraphEdge"@en; rdfs:subClassOf vec:ConfigurableElement . vec:SignalGraph rdf:type owl:Class; rdfs:comment "A SignalGraph is a directed graph of elements in the vehicle network that participate in the transmission of a signal / function / power / ground etc. A SignalGraph is expected to be at least a unilaterally connected graph, meaning it contains a directed path from u to v or a directed path from v to u for every pair u and v of SignalGraphNodes in the SignalGraph. "@en; rdfs:label "SignalGraph"@en; rdfs:subClassOf vec:ConfigurableElement . vec:Signal rdf:type owl:Class; rdfs:comment "Specifies a signal.\n"@en; rdfs:label "Signal"@en; rdfs:subClassOf vec:ExtendableElement . vec:ShrinkableTubeSpecification rdf:type owl:Class; rdfs:comment "Specification of tubes that are shrinkable.\n"@en; rdfs:label "ShrinkableTubeSpecification"@en; rdfs:subClassOf vec:TubeSpecification . vec:ShrinkableTubeRole rdf:type owl:Class; rdfs:comment "Specific WireProtectionRole for instances of ShrinkableTubeSpecification.\n"@en; rdfs:label "ShrinkableTubeRole"@en; rdfs:subClassOf vec:TubeRole . vec:ShieldSpecification rdf:type owl:Class; rdfs:comment "Specifies the properties of a shield.\n"@en; rdfs:label "ShieldSpecification"@en; rdfs:subClassOf vec:ConductorSpecification . vec:SheetOrChapter rdf:type owl:Class; rdfs:comment "Documents can be structured into sheets or chapters. Since it is possible, that one document describes a couple of parts it is necessary to be able to specify which sheet, or chapter contains the description of which part. (see KBLFRM-308)\n"@en; rdfs:label "SheetOrChapter"@en; rdfs:subClassOf vec:ExtendableElement . vec:SegmentMapping rdf:type owl:Class; rdfs:comment "Defines the relationship of an inner segment to its outer topology. The relationship to the outer topology is expressed with a Path.  \n"@en; rdfs:label "SegmentMapping"@en; rdfs:subClassOf vec:ExtendableElement . vec:SegmentLocation rdf:type owl:Class; rdfs:comment "Specifies a point on a TopologySegment as a Location.\n"@en; rdfs:label "SegmentLocation"@en; rdfs:subClassOf vec:Location . vec:SegmentLength rdf:type owl:Class; rdfs:comment "Specifies the length of a TopologySegment . The length of a TopologySegment is defined as the length of the centerline of the segment.\nAttributes of the type SegmentLength normally have the multiplicity [0..*]. This means that such an attribute can have SegmentLength-entries for different classifications. It must not have multiple entries with the same classification.\n"@en; rdfs:label "SegmentLength"@en; rdfs:subClassOf vec:ExtendableElement . vec:SegmentCrossSectionArea rdf:type owl:Class; rdfs:comment "Specifies the cross-section area of a segment. For the data exchange the cross-section area is used and not the diameter, because the diameter is only a valid measure for circular segments. For circular segments, the diameter and the cross-section area can be translated into each other without the loss of information. Attributes of the type SegmentCrossSectionArea normally have the multiplicity [0..*]. This means that such an attribute can have SegmentCrossSectionArea entries for different crossSectionAreaTypes and valueDeterminations. It must not have multiple entries with the same crossSectionAreaType and valueDetermination.\n"@en; rdfs:label "SegmentCrossSectionArea"@en; rdfs:subClassOf vec:ExtendableElement . vec:SegmentConnectionPointHC rdf:type owl:Class; rdfs:comment "Specifies a point where the HousingComponent can be attached to the topology [if required] (sometimes called bundle position point or insertion point).\n  Note: The suffix HC is justified by the fact that class names must be unique within the model and the name SegmentConnectionPoint is already used within the ConnectorHousingSpecification. However, the represented semantics of the two connection points are so similar that the use of actually different names for both would rather have led to confusion. So SegmentConnectionPointHC actually is shorthand for \"SegmentConnectionPoint within HousingComponent\".\n"@en; rdfs:label "SegmentConnectionPointHC"@en; rdfs:subClassOf vec:ExtendableElement . vec:SegmentConnectionPoint rdf:type owl:Class; rdfs:comment "Specifies a point where the connector can be attached to the topology (sometimes called bundle position point or insertion point).\n"@en; rdfs:label "SegmentConnectionPoint"@en; rdfs:subClassOf vec:ExtendableElement . vec:SealingPinReference rdf:type owl:Class; rdfs:comment "A SealingPinReference is an instance of a CableSealEntry. "@en; rdfs:label "SealingPinReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:SealingPin rdf:type owl:Class; rdfs:comment "Specifies a pin to seal a CableSealEntry. "@en; rdfs:label "SealingPin"@en; rdfs:subClassOf vec:ExtendableElement . vec:SealedCavitiesAssignment rdf:type owl:Class; rdfs:comment "see MultiCavityPlugSpecification\nSince: 2.2.0"@en , "A SealedCavitiesAssignment groups the cavities of ONE connector that are sealed by a MultiCavityPlug. If a MultiCavityPlug fits into more than one connector, than there are as many SealedCavitiesAssignments .\n"@en; rdfs:label "SealedCavitiesAssignment"@en; rdfs:subClassOf vec:ExtendableElement; owl:deprecated true . vec:SIUnit rdf:type owl:Class; rdfs:comment "The SIUnit class can define quantities in the terms of the SI-Unit-System by specifying the corresponding SI prefix (optional) and a SI unit name. The usage of SI units must be the preferred way of expressing units, since these units can be easily translated into other SI units.\n"@en; rdfs:label "SIUnit"@en; rdfs:subClassOf vec:Unit . vec:RoutingSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of Routings.\n"@en; rdfs:label "RoutingSpecification"@en; rdfs:subClassOf vec:Specification . vec:Routing rdf:type owl:Class; rdfs:comment "A Routing is the assignment of a RoutableElement (Connection or WireElementReference) to a path in the topology.\n"@en; rdfs:label "Routing"@en; rdfs:subClassOf vec:ConfigurableElement . vec:RoutableElement rdf:type owl:Class; rdfs:comment "A RoutableElement is an element that can be routed, which mean it is possible to assign it to a Path in the Topology.\n"@en; rdfs:label "RoutableElement"@en; rdfs:subClassOf vec:ConfigurableElement . vec:Role rdf:type owl:Class; rdfs:comment "A Role is the corresponding mechanism for OccurrenceOrUsages to the PartOrUsageRelatedSpecifcations for PartVersions or PartUsages. The PartOrUsageRelatedSpecifcations are describing a certain aspect of the master data of a part. A Role describes the corresponding properties and relationships for instances of a part (e.g. the usage specific properties of a wire occurrence like the length or the contacting).\n"@en; rdfs:label "Role"@en; rdfs:subClassOf vec:ExtendableElement . vec:RobustnessProperties rdf:type owl:Class; rdfs:comment "Allows the definition of robustness properties. Robustness of a component is specified as a level of robustness against a specific influence (e.g. oil, water, UV-light). The influence is specified by the class and the level is specified by the classKey . Valid robustness classes and keys are specified by the reference system. Attributes of the type RobustnessProperties normally have the multiplicity [0..*]. This means that such an attribute can have RobustnessProperties entries for different classReferenceSystems and classes .\nConstraints for the multiplicity of entries for the same class and classReferenceSystem are defined by the reference system. It most cases an element can have only one single value for a class and classReferenceSystem. This applies for example to cumulative ratings where a \"higher\" rating includes all \"lower\" ratings. However, there are reference systems where this is not true, for example in the \"ISO 20653 - Liquid Ingress Protection\" a component rated as IPX7 is not automatically rated IPX5 and vice versa. In these case, multiple values ( classKey ) for a single c lass and classReferenceSystem are allowed.\nNote: Most reference systems just define one class or at least some of the possible classes, but not all (e.g. the ISO 20653 defines \"Solid Particle Protection\" and \"Liquid Ingress Protection\", whereas the ISO 6722 defines \"Ambient Temperature\" among others).\n"@en; rdfs:label "RobustnessProperties"@en . vec:RingTerminalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of ring terminals. These are the counterparts to bolt terminals.\n"@en; rdfs:label "RingTerminalSpecification"@en; rdfs:subClassOf vec:TerminalSpecification . vec:RingTerminalRole rdf:type owl:Class; rdfs:comment "A RingTerminalRole defines the instance specific properties and relationships of a ring terminal.\n"@en; rdfs:label "RingTerminalRole"@en; rdfs:subClassOf vec:TerminalRole . vec:ReusageSpecification rdf:type owl:Class; rdfs:comment "A ReusageSpecification enables the traceability of information reuse or derivation in different contexts. A mapping between the source ( template ) and the destination ( usage ) model elements is created with the contained Reusage -Elements. For more information see Chapter \"Information Reuse\"."@en; rdfs:label "ReusageSpecification"@en; rdfs:subClassOf vec:Specification . vec:Reusage rdf:type owl:Class; rdfs:comment "A  Reusage defines a link for of information reuse between model elements that are reused in a different context. The source of information ( template ) and the destination ( usage ) shall have the same type (VEC model class). For more information see Chapter \"Information Reuse\"."@en; rdfs:label "Reusage"@en; rdfs:subClassOf vec:ExtendableElement . vec:ResourceVersion rdf:type owl:Class; rdfs:comment "A ResourceVersion is unique identifier for a resource in a company context. Resources are elements used to produce, handle or service a harness, e.g. tools or machines, which do not end up in the product (see PartVersion ). The ResourceVersion is one of the three anchors for PDM information in the VEC.\n"@en; rdfs:label "ResourceVersion"@en; rdfs:subClassOf vec:ItemVersion . vec:RequirementsConformanceStatement rdf:type owl:Class; rdfs:comment "A RequirementsConformanceStatement states that the PartVersions referenced by the parent RequirementsConformanceSpecification satisfy or do not satisfy the requirements defined in the associated DocumentVersion (via the requirementsSpecification association) .\n"@en; rdfs:label "RequirementsConformanceStatement"@en; rdfs:subClassOf vec:ExtendableElement . vec:RequirementsConformanceSpecification rdf:type owl:Class; rdfs:comment "A RequirementsConformanceSpecification can be used to express the conformance of a PartVersion (or a group of PartVersions ). The PartVersions to which this RequirementsConformanceSpecification applies are expressed through the describedPart reference.\n"@en; rdfs:label "RequirementsConformanceSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:RelaySpecification rdf:type owl:Class; rdfs:comment "Specification of the electrological aspects of a relay.\n"@en; rdfs:label "RelaySpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:RelayRole rdf:type owl:Class; rdfs:comment "An RelayRole defines the instance specific properties and relationships of a relay.\n"@en; rdfs:label "RelayRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:ReferenceSurfaceDefinition rdf:type owl:Class; rdfs:comment "A connector housing can define reference surfaces that serve as contact surfaces in a work piece holder. Those reference surfaces normally have defined tolerance limits to support accurate determination of cavity positions for example during the insertion process."@en; rdfs:label "ReferenceSurfaceDefinition"@en . vec:QuantityKind rdf:type owl:Class; rdfs:comment "A QuantityKind is any observable property that can be measured and quantified numerically. Familiar examples include physical properties such as length, mass, time, force, energy, power, electric charge, etc. A quantity (not represented as class in the VEC) would always be associated with the context of measurement (i.e. the thing measured, the measured value, the accuracy of measurement, etc.) whereas the underlying QuantityKind is independent of any particular measurement.  \nA QuantityKind provides an identifier and an optional human-readable name and is associated with a Unit that specifies how magnitudes of this QuantityKind are expressed within this VEC.\n"@en; rdfs:label "QuantityKind"@en; rdfs:subClassOf vec:ExtendableElement . vec:ProtectionMaterialLength rdf:type owl:Class; rdfs:comment "Defines the material length of a WireProtectionRole . A WireProtectionRole can have multiple lengths of different types but must not have more than one length of the same type.\n"@en; rdfs:label "ProtectionMaterialLength"@en; rdfs:subClassOf vec:ExtendableElement . vec:Project rdf:type owl:Class; rdfs:comment "Specifies a certain vehicle project. Instances of this class are assumed to be constant. Thus, this is located directly under VEC-root element.\nA vehicle project can be some abstract or concrete node in the product structure, addressed by the car classification levels.\n"@en; rdfs:label "Project"@en; rdfs:subClassOf vec:ExtendableElement . vec:PowerConsumption rdf:type owl:Class; rdfs:comment "Defines the power consumption of an EEComponent . An EEComponent can have multiple different PowerConsumptions e.g. standby, maximum. An EEComponent can have multiple PowerConsumptions but must not have more than one PowerConsumptions of the same type .\n"@en; rdfs:label "PowerConsumption"@en; rdfs:subClassOf vec:ExtendableElement . vec:PotentialDistributorSpecification rdf:type owl:Class; rdfs:comment "Specifies the properties of a potential distributor (e.g. a joint connector).\n"@en; rdfs:label "PotentialDistributorSpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:PotentialDistributorRole rdf:type owl:Class; rdfs:comment "An PotentialDistributorRole defines the instance specific properties and relationships of a potential distributor.\n"@en; rdfs:label "PotentialDistributorRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:PluggableTerminalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of pluggable terminals.\n"@en; rdfs:label "PluggableTerminalSpecification"@en; rdfs:subClassOf vec:TerminalSpecification . vec:PluggableTerminalRole rdf:type owl:Class; rdfs:comment "A PluggableTerminalRole defines the instance specific properties and relationships of a pluggable terminal.\n"@en; rdfs:label "PluggableTerminalRole"@en; rdfs:subClassOf vec:TerminalRole . vec:PlacementSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of placements. Placements are used to connect OccurrenceOrUsages with a topology.\n"@en; rdfs:label "PlacementSpecification"@en; rdfs:subClassOf vec:Specification . vec:PlacementPointReference rdf:type owl:Class; rdfs:comment "A PlacementPointReference is the instance of a PlacementPoint in the context of an OccurrenceOrUsage .\n"@en; rdfs:label "PlacementPointReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:PlacementPointPosition rdf:type owl:Class; rdfs:comment "Defines the position of a PlacementPoint within the coordinate system of the component. PlacementPoints are points where a component is attached to a TopologySegment. Therefor a PlacementPointPosition can define a tangent vector (in the coordinate system of the component) for a segment that is connected to the PlacementPoint.\n"@en; rdfs:label "PlacementPointPosition"@en; rdfs:subClassOf vec:LocalPosition . vec:PlacementPoint rdf:type owl:Class; rdfs:comment "Defines a point on the component which can be placed explicitly in the topology (e.g. opening in a grommet, the entry point of a connector housing). If a PlacementPoint requires further specification for a certain component type (e.g. the entry point of a connector housing), this is done by an element specific for the component type, which related to the placement point.\n"@en; rdfs:label "PlacementPoint"@en; rdfs:subClassOf vec:ExtendableElement . vec:Placement rdf:type owl:Class; rdfs:comment "A placement defines the placement of a PlaceableElementRole onto a Topology. For the definition of the place on the Topology, Locations are used. A Placement can either be a placement on discrete points (OnPointPlacement) or on an area of the topology (OnWayPlacement).\n"@en; rdfs:label "Placement"@en; rdfs:subClassOf vec:ConfigurableElement . vec:PlaceableElementSpecification rdf:type owl:Class; rdfs:comment "Specification for the general aspects of a component that are enabling the component to be placed in a topology. All components that should have the ability to be placed on a certain position in the topology must have a PlaceableElementSpecification.\n"@en; rdfs:label "PlaceableElementSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:PlaceableElementRole rdf:type owl:Class; rdfs:comment "A PlaceableElementRole defines the instance specific properties and relationships of a PlaceableElement.\n"@en; rdfs:label "PlaceableElementRole"@en; rdfs:subClassOf vec:Role . vec:PinWireMappingSpecification rdf:type owl:Class; rdfs:comment "A PinWireMappingSpecification can be used create variance free mappings between a wire (represented by the contact point) and the pin of an E/E component. This is a possibility to create a shortcut in the model between a wire and its connected E/E-component (e.g. a fuse) that might be only indirectly connected to a wire (e.g. via a fuse and relay carrier). This is a relevant information for e.g. the validation of fusing. See the Pin Wire Mapping Diagram for more details.\n"@en; rdfs:label "PinWireMappingSpecification"@en; rdfs:subClassOf vec:Specification . vec:PinWireMappingPoint rdf:type owl:Class; rdfs:comment "The PinWireMappingPoint creates a single variance free mapping between a ContactPoint and a PinComponentReference within a PinWireMappingSpecification (more details there) .\n"@en; rdfs:label "PinWireMappingPoint"@en; rdfs:subClassOf vec:ExtendableElement . vec:PinVoltageInformation rdf:type owl:Class; rdfs:comment "Allows the definition of voltages for a pin of an EEComponent . A current can be further specified by a duration. Attributes of the type PinVoltageInformation normally have the multiplicity [0..*]. This means that such an attribute can have PinVoltageInformation entries for different types and durations. It must not have multiple entries for the same type and duration.\n"@en; rdfs:label "PinVoltageInformation"@en; rdfs:subClassOf vec:ExtendableElement . vec:PinTiming rdf:type owl:Class; rdfs:comment "Specifies the timing for a PinCurrentInformation or a PinVoltageInformation .\n"@en; rdfs:label "PinTiming"@en; rdfs:subClassOf vec:ExtendableElement . vec:PinOpticalInformation rdf:type owl:Class; rdfs:comment "Allows the specification of optical information in a PinComponentBehavior.\n"@en; rdfs:label "PinOpticalInformation"@en; rdfs:subClassOf vec:ExtendableElement . vec:PinCurrentInformation rdf:type owl:Class; rdfs:comment "Allows the definition of currents for a pin of an EEComponent. A current can be further specified by a duration. Attributes of the type PinCurrentInformation normally have the multiplicity [0..*]. This means that such an attribute can have PinCurrentInformation entries for different types and durations. It must not have multiple entries for the same type and duration.\n"@en; rdfs:label "PinCurrentInformation"@en; rdfs:subClassOf vec:ExtendableElement . vec:PinComponentReference rdf:type owl:Class; rdfs:comment "A PinComponentReference represents the usage of a PinComponent in the context of a PartUsage or PartOccurrence. (KBLFRM-401)\n"@en; rdfs:label "PinComponentReference"@en; rdfs:subClassOf vec:ConfigurableElement . vec:PinComponentBehavior rdf:type owl:Class; rdfs:comment "A PinComponentBehavior specifies the electrical behavior of a PinComponent. Since the behavior of a pin is configuration dependent (e.g. the software deployed on an ECU) the PinComponentBehavior inherits from ConfigurableElement. Therefore, a PinComponent can specify multiple PinComponentBehavior.\n"@en; rdfs:label "PinComponentBehavior"@en; rdfs:subClassOf vec:ConfigurableElement . vec:PinComponent rdf:type owl:Class; rdfs:comment "A PinComponent describes a pin of an EEComponent. A PinComponent is part of a HousingComponent and is defined by three aspects. Its geometric position in the HousingComponent , which is defined by the referencedCavity. Its physical electrical properties, which are defined by the referenced TerminalSpecification. Its electrical behavior, which is defined configuration dependent by its PinComponentBehaviour. "@en; rdfs:label "PinComponent"@en; rdfs:subClassOf vec:ConfigurableElement . vec:Person rdf:type owl:Class; rdfs:comment "Specifies all relevant data of a person.\n"@en; rdfs:label "Person"@en; rdfs:subClassOf vec:ExtendableElement . vec:Permission rdf:type owl:Class; rdfs:comment "Describes an act of acceptance together with information about the responsible person, department and company who directly provoked the approval level and status as described in the referenced Approval-instance. (see KBLFRM-229)\n"@en; rdfs:label "Permission"@en; rdfs:subClassOf vec:ExtendableElement . vec:PathSegment rdf:type owl:Class; rdfs:comment "A PathSegment is a part of the 2D presentation of a GeometrySegment2D. The complete presentation of a GeometrySegment2D is built from an ordered list of PathSegments. Each PathSegment has an ordered list of control points through which the path goes. If no curveRadius is specified the control points are connected by a direct straight line. If a curveRadius is specified, the PathSegment can be drawn by a segment of a circle which touches all control points and has the radius specified.\n"@en; rdfs:label "PathSegment"@en; rdfs:subClassOf vec:ExtendableElement . vec:Path rdf:type owl:Class; rdfs:comment "Describes a path in the topology. A Path is a continuous way through a topology without interruptions, defined by an ordered list of TopologySegments .\n"@en; rdfs:label "Path"@en; rdfs:subClassOf vec:ExtendableElement . vec:PartWithSubComponentsRole rdf:type owl:Class; rdfs:comment "A PartWithSubComponentsRole defines the instance specific properties and relationships of a part with subcomponents. A PartWithSubComponents is a composite part like an Assembly, a Module, Harness.\n"@en; rdfs:label "PartWithSubComponentsRole"@en; rdfs:subClassOf vec:Role . vec:PartVersion rdf:type owl:Class; rdfs:comment "A PartVersion is unique identifier for a part in a company context. A part can be any components within a vehicle. The PartVersion is one of the three anchors for PDM information in the VEC. All technical information about a PartVersion is contained in one or more documents. These describing elements are normally referencing to the PartVersion.\n"@en; rdfs:label "PartVersion"@en; rdfs:subClassOf vec:ItemVersion . vec:PartUsageSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of PartUsages.\n"@en; rdfs:label "PartUsageSpecification"@en; rdfs:subClassOf vec:Specification . vec:PartUsage rdf:type owl:Class; rdfs:comment "PartUsages shall be used for the specification of the elements on an electrical system wiring plan and for the specification of the elements on a pure geometry description. PartUsages shall more than ever be used in cases where it is necessary to describe a certain instance of a part or part group, possibly together with certain technical properties, but where it is at the same time yet not possible to define a concrete part number.\n"@en; rdfs:label "PartUsage"@en; rdfs:subClassOf vec:OccurrenceOrUsage . vec:PartSubstitutionSpecification rdf:type owl:Class; rdfs:comment "A PartSubstitutionSpecification defines a set of PartVersions that can be used alternatively, due to an incomplete specification for the 150% product description. For a concrete wiring harness only on valid PartVersion remains. The selection logic for valid PartVersions is not included in the VEC.\nA PartSubstitutionSpecification can be used for example tubes or ring terminals, where a part of the specification is known at design time, but not yet the complete specification. For tubes for example the tube diameter is not known at design time, since it depends on the bundle diameter of a specific configuration.\n"@en; rdfs:label "PartSubstitutionSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:PartStructureSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of a part structure. This specification defines the PartOccurrences that are in the bill of material of the described PartOrUsage. This is necessary, because it is possible, that for a definite description a Part more PartOccurrences are needed than the ones that are in the bill of material (see CompositionSpecification).\n"@en; rdfs:label "PartStructureSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:PartRelation rdf:type owl:Class; rdfs:comment "A PartRelation defines additional parts (e.g. accessories) for a specific part. These parts are in some way or usage scenario required for the part itself to be used. However, they are not included with the part number and have to ordered separately. This can be used for example for caps, cable ties etc.\nThe associated PartRelations of a GeneralTechnicalPartSpecification represent a configurable bill of material that can/must be ordered together with the part, when it is used. Each PartRelation represents an item / line in this bill of material. The semantic by which a PartRelation is resolved to PartVersions is defined by the PartRelationType. If multiple PartRelations resolve to the same PartVersions the resulting bill of material is the sum of them.\nIf a PartRelation references more than one accessoryPart the PartRelationType defines the semantic to resolve this reference for a resulting bill of material. If the type is Mandatory all referenced PartVersions shall be in the resulting bill of material. If the type is Optional , the referenced PartVersions can be selected by choice into the resulting bill of material. However, the choice applies to all PartVersion s of one PartRelation. For Mandatory it is semantically equivalent to have one PartRelation referencing N PartVersions or to have N PartRelations , each referencing one PartVersion. The PartRelationType OneOfAll defines, that exactly one of the referenced PartVersions shall be chosen for the resulting bill of material.\nIf the same PartVersion is referenced multiple times, each reference counts as its own position. Example: To express that a PartVersion shall be used at least three times and with a maximum of 6 times, three mandatory and three optional PartRelations to this PartVersion would be created.\nWith these concepts, simple yes/no decisions can be represented. However, there cases where there are constraints between accessory parts (e.g. if part A, then choice of 2 x B or 1 x C). To express such logic in a static object model is not very feasible and inflexible. For such cases, the relationType 'Custom' was introduced. In this case, the relationships and constraints between all referenced accessoryPart can be expressed with some custom expression language in the customRelationExpression attribute. Even if it is custom, the expression shall only refer to elements that are contained in the accessoryPart relation and shall not influence other PartRelations of the same GeneralTechnicalPartSpecification .\n \n"@en; rdfs:label "PartRelation"@en; rdfs:subClassOf vec:ExtendableElement . vec:PartOrUsageRelatedSpecification rdf:type owl:Class; rdfs:comment "Base class for all specifications which are describing a PartVersion or a PartUsage . A PartOrUsageRelatedSpecification specifies a certain aspect of the described part or usage (e.g. general technical part information, connector housing aspects or wire aspects).\n"@en; rdfs:label "PartOrUsageRelatedSpecification"@en; rdfs:subClassOf vec:Specification . vec:PartOccurrence rdf:type owl:Class; rdfs:comment "A PartOccurrence is an instance of a component with a specified part number (PartVersion).\n"@en; rdfs:label "PartOccurrence"@en; rdfs:subClassOf vec:OccurrenceOrUsage . vec:OtherUnit rdf:type owl:Class; rdfs:comment "The OtherUnit class can be used to define a unit, which is necessary in the context of data exchange but not contained in the standard systems (e.g. Piece).\n"@en; rdfs:label "OtherUnit"@en; rdfs:subClassOf vec:Unit . vec:OpenWireEndTerminalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of open wire ends. An open wire end is an end of wire located at a specific location in the harness. Open wire ends are not connected to some other component, in contrast to regular connectors or ring terminals. Only one wire is ending at a single open wire end, otherwise it would be a splice.\n"@en; rdfs:label "OpenWireEndTerminalSpecification"@en; rdfs:subClassOf vec:TerminalSpecification . vec:OpenWireEndTerminalRole rdf:type owl:Class; rdfs:comment "An OpenWireEndTerminalRole defines the instance specific properties and relationships of an open wire end.\n"@en; rdfs:label "OpenWireEndTerminalRole"@en; rdfs:subClassOf vec:TerminalRole . vec:OpenCavitiesAssignment rdf:type owl:Class; rdfs:comment "see MultiCavitySealSpecification\nSince: 2.2.0"@en , "An OpenCavitiesAssignment groups the cavities of ONE connector that are open in a MultiCavitySeal. If a MultiCavitySeal fits into more than one connector, than there are as many OpenCavitiesAssignments.\n"@en; rdfs:label "OpenCavitiesAssignment"@en; rdfs:subClassOf vec:ExtendableElement; owl:deprecated true . vec:OnWayPlacement rdf:type owl:Class; rdfs:comment "An OnWayPlacement places an OccurrenceOrUsage onto an area of the Topology (e.g. a tape or a tube). The area is defined by a startLocation and an endLocation. If startLocation and endLocation are not located on the same TopologySegment it is possible to specify a Path of TopologySegments over which the OnWayPlacement goes.\nThe names start- and endLocation are used to distinguish between the two ends. It does not indicate a direction as property of the product (e.g. for tapes).\n"@en; rdfs:label "OnWayPlacement"@en; rdfs:subClassOf vec:Placement . vec:OnPointPlacement rdf:type owl:Class; rdfs:comment "An OnPointPlacement is a placement of an OccurrenceOrUsage that places it onto discrete points, in most cases one point. In some cases, it is necessary to place a component (with more than one reference point) onto multiple points (e.g. a cable duct).\n"@en; rdfs:label "OnPointPlacement"@en; rdfs:subClassOf vec:Placement . vec:OccurrenceOrUsageViewItem3D rdf:type owl:Class; rdfs:comment "An OccurrenceOrUsageViewItem3D specifies the existence and representation of an OccurrenceOrUsage in a 3D-model.\nThe definition of the existence is necessary because a 150% model of a harness might contain different geometric variants and not all of them must be represented in the same BuildingBlockSpecification3D .\nThere are two different cases for the representation of OccurrenceOrUsage s in a 3D model. There are components that can be represented explicitly by a 3D model of the component (e.g. connectors, cable ducts, fixings) and there are components that are represented implicitly by a generic visualization and their placement on the topology (e.g. tapes, tubes). If an OccurrenceOrUsage has a 3D model and it shall be placed explicitly in 3D space, the OccurrenceOrUsageViewItem3D defines a Transformation3D in the orientation role. If no orientation is defined the OccurrenceOrUsage is represented implicitly.\n"@en; rdfs:label "OccurrenceOrUsageViewItem3D"@en; rdfs:subClassOf vec:ExtendableElement . vec:OccurrenceOrUsageViewItem2D rdf:type owl:Class; rdfs:comment "An OccurrenceOrUsageViewItem2D specifies the representation of an OccurrenceOrUsage in a 2DDrawing.\n"@en; rdfs:label "OccurrenceOrUsageViewItem2D"@en; rdfs:subClassOf vec:ExtendableElement . vec:OccurrenceOrUsage rdf:type owl:Class; rdfs:comment "An OccurrenceOrUsage is an abstract appearance of a part in the harness. This can either be a concrete part (with a part number or something similar) or the description (specification / requirements) of a part that should be used at that position. In the first case it would be a PartOccurrence in the second case a PartUsage.\n"@en; rdfs:label "OccurrenceOrUsage"@en; rdfs:subClassOf vec:ConfigurableElement . vec:NumericalValueProperty rdf:type owl:Class; rdfs:comment "A custom property with a numerical value. (see KBLFRM-319)\n"@en; rdfs:label "NumericalValueProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:NumericalValue rdf:type owl:Class; rdfs:comment "A quantity expressed with a numerical value and a unit.\n"@en; rdfs:label "NumericalValue"@en; rdfs:subClassOf vec:ValueWithUnit . vec:NodeMapping rdf:type owl:Class; rdfs:comment "Defines the relationship of an inner node to its outer topology. The relationship to the outer topology is expressed with a Location .\n"@en; rdfs:label "NodeMapping"@en; rdfs:subClassOf vec:ExtendableElement . vec:NodeLocation rdf:type owl:Class; rdfs:comment "Specifies a TopologyNode as a Location.\n"@en; rdfs:label "NodeLocation"@en; rdfs:subClassOf vec:Location . vec:NetworkPortViewItem rdf:type owl:Class; rdfs:comment "A NetworkPortViewItem represents a NetworkPort within a NetworkNodeViewItem and defines its position on the node."@en; rdfs:label "NetworkPortViewItem"@en; rdfs:subClassOf vec:ExtendableElement . vec:NetworkPort rdf:type owl:Class; rdfs:comment "NetworkPort is the source or the receiver of a of a Net.\n"@en; rdfs:label "NetworkPort"@en; rdfs:subClassOf vec:ConfigurableElement . vec:NetworkNodeViewItem rdf:type owl:Class; rdfs:comment "A NetworkNodeViewItem represents a NetworkNode within a NetViewSpecification and defines its position within the layout."@en; rdfs:label "NetworkNodeViewItem"@en; rdfs:subClassOf vec:ExtendableElement . vec:NetworkNode rdf:type owl:Class; rdfs:comment "A NetworkNode is a representative for an actor in the electric system, e.g. an actuator, a sensor, an ECU.\n"@en; rdfs:label "NetworkNode"@en; rdfs:subClassOf vec:ConfigurableElement . vec:NetViewSpecification rdf:type owl:Class; rdfs:comment "The NetViewSpecification supports the exchange of a basic layout for a NetSpecification .\n"@en; rdfs:label "NetViewSpecification"@en; rdfs:subClassOf vec:Specification . vec:NetType rdf:type owl:Class; rdfs:comment "A NetType defines the different types of Nets used in the NetSpecification . The level of detail of the NetTypes for the can be process dependent.\nA NetType could be just used to differentiate between conventional (analogue) communication and bus communication (digital), it can also already define the different types of digital communication (e.g. CAN, MOST, Ethernet).\n"@en; rdfs:label "NetType"@en; rdfs:subClassOf vec:ExtendableElement . vec:NetSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of electrological nets.\n"@en; rdfs:label "NetSpecification"@en; rdfs:subClassOf vec:Specification . vec:NetGroup rdf:type owl:Class; rdfs:comment "Defines a logical grouping of specific Nets . For example, it can be used to identify all Nets of specific CAN domain, a function, a requirement level (e.g. Safety & Security).\n"@en; rdfs:label "NetGroup"@en; rdfs:subClassOf vec:ConfigurableElement . vec:Net rdf:type owl:Class; rdfs:comment "A Net is an undirected link between NetworkPorts . It defines that the NetworkPorts are related to each other with the Net .\nA Net is normally an instance of a NetType.  E.g. if \"CAN-BUS\" is defined as a NetType typical Nets would be \"BODY-CAN\", \"AUDIO-CAN\".\n"@en; rdfs:label "Net"@en; rdfs:subClassOf vec:ConfigurableElement . vec:NURBSCurve rdf:type owl:Class; rdfs:comment "The NURBSCurve represents the parameter set of a NURBS (Non-Uniform rational B-Spline) in the VEC. For a complete definition of NURBS see for example ( https://en.wikipedia.org/wiki/Non-uniform_rational_B-spline ).\n \nBasically, a NURBS curve is defined by: a degree a list of control points : with at least degree + 1 points. a weight for each control point. a knots vector: a list of numbers, with ( degree + #controlpoints +1) elements. Every number must be equal or greater than its predecessor, and the same value must not be repeated more than degree times. It seems that modern NURBS algorithms just require ( degree + #controlpoints -1) control points. Commonly used default assignments for the parameters are: weight = 1 for all control points: In this case the curve is called \"non-rational\". knot vector: equidistant and increasing values in the knot vector (e.g. 1,2,3,4,5,6,7) means the curve is \"uniform\" which exists in two variants. clamped (or pinned): If the knot vector starts and ends with degree times the same value (e.g. degree = 3, knots = [0,0,0,1,2,3,4,5,5,5], then it is clamped. This has the effect, that the first and last control point coincide with the start and end point of the curve. unclamped (or unpinned): If there are no repeated values in the knot vector (e.g. 1,2,3,4,5,6,7) it is unclamped. The VEC  NURBSCurve corresponds to removed BSplineCurve (VEC Version <= 1.1.3 and KBL). However, the BSplineCurve did not define weight and knot vector, so default assignments where assumed. Existing implementations are using \"uniform non-rational b splines\", unfortunately some implementations use \"uniform clamped\" and some \"unclamped\".\nSince a NURBS cannot be rendered correctly without the knowledge of all parameters and to avoid further misconceptions the VEC allows the definition of all parameters of a NURBS. Furthermore, it requires the specification of all parameters, even if some known default assignment (e.g. non-rational) is used. \n"@en; rdfs:label "NURBSCurve"@en; rdfs:subClassOf vec:Curve3D . vec:NURBSControlPoint rdf:type owl:Class; rdfs:comment "Represents a control point of a NURBSCurve. It consists of a referenced CartesianPoint3D for the position and a weight .\n"@en; rdfs:label "NURBSControlPoint"@en . vec:MultiFuseSpecification rdf:type owl:Class; rdfs:label "MultiFuseSpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:MultiFuseRole rdf:type owl:Class; rdfs:label "MultiFuseRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:MultiDimensionalValueProperty rdf:type owl:Class; rdfs:label "MultiDimensionalValueProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:MultiDimensionalValue rdf:type owl:Class; rdfs:comment "The MultiDimensionalValue represents a set of values defined across multiple Dimension s. It is used to describe properties that vary along several axes, such as characteristic curves. Each DataPoint assigned to a MultiDimensionalValue must define one DataPointValue per Dimension .\n"@en; rdfs:label "MultiDimensionalValue"@en . vec:MultiCavitySealSpecification rdf:type owl:Class; rdfs:comment "\n \n\t\t\n\t\n \nWas replaced by the more powerful concept of CableSeals (see documentation of MultiCavitySealSpecification).\n\nSince: 2.2.0"@en , "Specification for cavity seals that apply to more than one cavity. A CavitySeal is a watertight non-electrical object to fill a populated Cavity. MultiCavitySeals are formed to fit into one connector / slot and to seal more than one cavity at once.\nThere are two types of MultiCavitySeals: In first type the MultiCavitySeal has an opening for all cavities of the connector. Each opening can be filled either with a wire (without an individual seal) or with a CavityPlug (e.g. a synthetic pin) or a MultiCavityPlug. In the second type, the MultiCavitySeal has a specific configuration of openings for some cavities of the connector. These MultiCavitySeals are sealing all cavities with an opening and a wire in it and all cavities where no opening in the MultiCavitySeal exists. For each opening that has no wire it an additional CavityPlug is needed.  The cavities that are left open by a MultiCavitySeal are defined with a SealedCavitiesAssignment.\n  Note: With Version 2.2.0 The MultiCavitySealSpecification (and all associated concepts like the MultiCavityPlugSpecification and the corresponding Roles) has been replaced by the CableSealSpecification. The MultiCavitySeal(Specification) has multiple design flaws that became obvious, when more complex connector assemblies were taken into account (e.g. modern high-voltage or high-frequency connector systems). The main reason for deprecation of this concept were:  The MultiCavitySealSpecification inherits from CavitySealSpecification. Therefore, all openings in a MultiCavitySeal have to share the same properties. A ContactPoint is required to introduce an occurrence of a MultiCavitySeal. However, such seals are often placed at certain position on the wire and are not associated directly with specific ContactPoint. They also might be used on multi-core wires before those are split up into individual wire elements (that are contracted individually). It is not possible to assign a wire to a specific opening in the seal, which means an incomplete product definition. Such seals are often used in addition to a conventional cavity seal. However, the ContactPoint only permits one CavitySeal per contacting situation. This is true for conventional cavity seals that are associated with a specific crimp. This is not true for cable seals where multiple seals can be added to the wire. "@en; rdfs:label "MultiCavitySealSpecification"@en; rdfs:subClassOf vec:CavitySealSpecification; owl:deprecated true . vec:MultiCavitySealRole rdf:type owl:Class; rdfs:comment "see MultiCavitySealSpecification\nSince: 2.2.0"@en , "A MultiCavitySealRole defines the instance specific properties and relationships of a multi cavity seal.\n"@en; rdfs:label "MultiCavitySealRole"@en; rdfs:subClassOf vec:CavitySealRole; owl:deprecated true . vec:MultiCavityPlugSpecification rdf:type owl:Class; rdfs:comment "\n \n\t\t\n\t\n \nWas replaced by the more powerful concept of CablePlugs (see documentation of MultiCavitySealSpecification for a detailed explanation).\n\nSince: 2.2.0"@en , "Specification for the definition of cavity plugs that apply to more than one cavity. A cavity plug is a watertight non-electrical object to fill an empty cavity. MultiCavityPlugs are formed to fit into one connector / slot and to seal more than one cavity at once. Normally there are different variants of these MultiCavityPlugs that can seal a connector in different pinning scenarios. The cavities that are plugged by a MultiCavityPlug are defined with a SealedCavitiesAssignment.\n"@en; rdfs:label "MultiCavityPlugSpecification"@en; rdfs:subClassOf vec:CavityPlugSpecification; owl:deprecated true . vec:MultiCavityPlugRole rdf:type owl:Class; rdfs:comment "see MultiCavityPlugSpecification\nSince: 2.2.0"@en , "A MultiCavityPlugRole defines the instance specific properties and relationships of a multi cavity plug.\n"@en; rdfs:label "MultiCavityPlugRole"@en; rdfs:subClassOf vec:CavityPlugRole; owl:deprecated true . vec:ModuleListSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of module lists (see ModuleList).\n"@en; rdfs:label "ModuleListSpecification"@en; rdfs:subClassOf vec:Specification . vec:ModuleList rdf:type owl:Class; rdfs:comment "A ModuleList is a mechanism to control additional / completion PartOccurrences. This means for a car configuration, if at least one of the modules in the list participates in the configuration, the \"completionComponent\" participates, too.\n"@en; rdfs:label "ModuleList"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ModuleFamilySpecification rdf:type owl:Class; rdfs:comment "Specification for the description of module families (see ModuleFamily).\n"@en; rdfs:label "ModuleFamilySpecification"@en; rdfs:subClassOf vec:Specification . vec:ModuleFamily rdf:type owl:Class; rdfs:comment "A ModuleFamily is a mechanism to group mutually exclusive modules. This could be for example something like \"audio equipment\", \"diesel engine\".\nIn other words, a module family groups different variants of the same basic feature. In a real car configuration only one member of the family can participate. For the example module family \"audio equipment\" the members may be named: \"Basic Audio Equipment\", \"Standard Audio Equipment\", \"Premium / High End Audio Equipment\".\n"@en; rdfs:label "ModuleFamily"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ModularSlotReference rdf:type owl:Class; rdfs:comment "A ModularSlotReference represents the usage of a ModularSlot in the context of PartUsage or PartOccurrence.\n"@en; rdfs:label "ModularSlotReference"@en; rdfs:subClassOf vec:AbstractSlotReference . vec:ModularSlotConfiguration rdf:type owl:Class; rdfs:comment "A ModularSlotConfiguration defines a valid combination of ModularSlotLayouts for a set of modular slots within a connector housing.\nThis class enables the modeling of complex interdependencies between modular slots—particularly when the validity of one layout depends on the configuration of other slots. It is essential for ensuring consistency in use cases requiring continuous cavity numbering or where spatial constraints affect insert placement.\n"@en; rdfs:label "ModularSlotConfiguration"@en; rdfs:subClassOf vec:ExtendableElement . vec:ModularSlotAddOn rdf:type owl:Class; rdfs:comment "Specifies the wire addon needed to reach a ModularSlot from a specific SegmentConnectionPoint . The addon needed to reach the cavities of the insert(s) from this point is defined by the ConnectorHousingSpecification of the insert.\n"@en; rdfs:label "ModularSlotAddOn"@en; rdfs:subClassOf vec:ExtendableElement . vec:ModularSlot rdf:type owl:Class; rdfs:comment "A ModularSlot is a specialization of AbstractSlot . Unlike a Slot , it does not contain cavities itself but serves as a mounting location for other connector housings (modules) during assembly. This enables flexible, modular assembly and potentially reusable mating strategies.\n \n"@en; rdfs:label "ModularSlot"@en; rdfs:subClassOf vec:AbstractSlot . vec:MeasurementPointReference rdf:type owl:Class; rdfs:comment "A MeasurementPointReference is the instance of a MeasurementPoint in the context of an OccurrenceOrUsage .\n"@en; rdfs:label "MeasurementPointReference"@en; rdfs:subClassOf vec:DimensionAnchor . vec:MeasurementPoint rdf:type owl:Class; rdfs:comment "Defines a reference point on a component that can be used to apply a Dimension. This is normally a significant point of the component e.g. an edge, a hole, a bolt or something similar.\n"@en; rdfs:label "MeasurementPoint"@en; rdfs:subClassOf vec:ExtendableElement . vec:MeasurePointPosition rdf:type owl:Class; rdfs:comment "Defines the position of a MeasurementPoint within the coordinate system of the component. MeasurementPoint onto which dimension can be defined .\n"@en; rdfs:label "MeasurePointPosition"@en; rdfs:subClassOf vec:LocalPosition . vec:MatingPoint rdf:type owl:Class; rdfs:comment "A MatingPoint defines the Mating of two terminals. This normally occurs when two inliners are connected. Then terminals of one side (female) are mated with terminals of the other side (male).\n"@en; rdfs:label "MatingPoint"@en; rdfs:subClassOf vec:ConfigurableElement . vec:MatingDetail rdf:type owl:Class; rdfs:comment "If the mating of the two terminals is not unambiguously, a MatingDetail can specify the TerminalReceptions that are mated.\n"@en; rdfs:label "MatingDetail"@en; rdfs:subClassOf vec:ExtendableElement . vec:MaterialComposition rdf:type owl:Class; rdfs:comment "Parts and components are often composed from a material-mix. The MaterialComposition allows the definition of the various Material s in a part and their mass.\n"@en; rdfs:label "MaterialComposition"@en . vec:Material rdf:type owl:Class; rdfs:comment "Allows the definition of material information. Material- attributes normally have the multiplicity [0..*]. This means that such an attribute can have material values for different referenceSystems . It must not have multiple values for the same referenceSystems .\n"@en; rdfs:label "Material"@en . vec:MassInformation rdf:type owl:Class; rdfs:comment "Allows the definition of mass information. Attributes of the type MassInformation normally have the multiplicity [0..*]. This means that such an attribute can have mass values for different determinationTypes and valueSources . It must not have multiple values for the same determinationType and valueSource .\n"@en; rdfs:label "MassInformation"@en . vec:MappingSpecification rdf:type owl:Class; rdfs:comment " Specification for the description of a CavityMappings . A CavityMapping allows the mapping between the Cavities of two independent ConnectorHousingSpecifications . This is for example needed to determine the mating for an inliner or for the mating between an EE-Component and a ConnectorHousing. The CavityMapping is a part master data.\n"@en; rdfs:label "MappingSpecification"@en; rdfs:subClassOf vec:Specification . vec:Mapping rdf:type owl:Class; rdfs:comment "The Mapping defines the concrete mapping two parts aliased as A & B. For performance reasons the roles PartSideA and PartSideB are abbreviated to A & B.\n"@en; rdfs:label "Mapping"@en; rdfs:subClassOf vec:ExtendableElement . vec:Location rdf:type owl:Class; rdfs:comment "A Location specifies a distinct position on a topology. Locations can be used for the placement of components or for the definition of Dimensions.\n"@en; rdfs:label "Location"@en; rdfs:subClassOf vec:DimensionAnchor . vec:LocalizedTypedString rdf:type owl:Class; rdfs:comment "Allows the internationalization of text contents in a typed way. Attributes of the type LocalizedTypedString normally have the multiplicity [0..*]. This means that such an attribute can have multiple values for different locales and types. It must not have multiple values for the same locale and type."@en; rdfs:label "LocalizedTypedString"@en; rdfs:subClassOf vec:AbstractLocalizedString . vec:LocalizedStringProperty rdf:type owl:Class; rdfs:label "LocalizedStringProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:LocalizedString rdf:type owl:Class; rdfs:comment "Allows the internationalization of text contents. Attributes of the type LocalizedString normally have the multiplicity [0..*]. This means that such an attribute can have multiple values for different locales. It must not have multiple values for the same locale.\n"@en; rdfs:label "LocalizedString"@en; rdfs:subClassOf vec:AbstractLocalizedString . vec:LocalPosition rdf:type owl:Class; rdfs:comment "A LocalPosition defines the position of a relevant point of component within the coordinate system of the component.\n"@en; rdfs:label "LocalPosition"@en; rdfs:subClassOf vec:ExtendableElement . vec:LocalGeometrySpecification rdf:type owl:Class; rdfs:comment "A LocalGeometrySpecification is responsible to create a relationship between the 3D model of a component (e.g. a connector, a cable duct or a fixing) and entities of the VEC. The 'Local' in the name refers to the fact that all definitions within this specification are 'local' to the 3D model of a specific component (a component in a library, not in a specific usage).\nSpecifically, it defines a transformation to transform the BoundingBox of a component into to coordinate system of the component and it defines the positions of Placement- and MeasurementPoints in this coordinate system.\n"@en; rdfs:label "LocalGeometrySpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:LabelingSpecification rdf:type owl:Class; rdfs:comment "A component (of any type) can labeled in many ways either during the manufacturing process, for example a label that is imprinted on the component during the general manufacturing process (e.g. the part number), or in its concrete use (e.g. with wire number or a usage node id). The LabelingSpecification defines general labeling properties of the component. Labeling properties in its concrete use are defined with the corresponding role."@en; rdfs:label "LabelingSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:LabelingRole rdf:type owl:Class; rdfs:comment "If a component is labeled in its concrete usage, label information is defined with the LabelingRole. "@en; rdfs:label "LabelingRole"@en; rdfs:subClassOf vec:Role . vec:ItemVersion rdf:type owl:Class; rdfs:comment "Abstract super-class for physical objects (e.g. a Terminal), virtual objects (e.g. a 150% Harness) as well as documents (e.g. a wiring diagram). In difference to AP 212 the VEC makes it only possible to describe/exchange information about Versions since Master-Objects cannot exist without one or more Versions.\n"@en; rdfs:label "ItemVersion"@en; rdfs:subClassOf vec:ExtendableElement . vec:ItemHistoryEntry rdf:type owl:Class; rdfs:comment "An ItemHistoryEntry defines the direct relationship between ItemVersions in the terms of predecessor and successor. There are two possible types of relationships between ItemVersions, derivation and sequence. Derivation means for example for parts, that the successor version is a new part developed on the base of the predecessor version. Sequence means the successor version is an improvement of the predecessor version. By the combination of more than one ItemHistoryEntry a linear sequence of ItemVersions can be represented.\n"@en; rdfs:label "ItemHistoryEntry"@en; rdfs:subClassOf vec:ExtendableElement . vec:ItemEquivalence rdf:type owl:Class; rdfs:comment "Defines two or more ItemVersions to be equivalent out of the view of a certain company. The ItemEquivalence class will most likely be used by a company to express which PartNumber a certain PartVersion has in the context of other companies (same applies to DocumentVersions ). However, for every other company separate ItemEquivalences are needed as the statement of equivalence can be very subjective.\n"@en; rdfs:label "ItemEquivalence"@en; rdfs:subClassOf vec:ExtendableElement . vec:InternalTerminalConnection rdf:type owl:Class; rdfs:comment "An InternalTerminalConnection represents an electrical connection within a terminal. For standard terminals all receptions (wire- and terminal-receptions) have an electrical connection. For non-standard terminals (e.g. coax) only some receptions have an electrical connection. The InternalTerminalConnection is modelled as a separate class and not as relationship between wire- and terminal-reception, since it is possible that a terminal has only one kind of reception (e.g. a parallel connector, a cavity bridge). (see KBLFRM-302)\n"@en; rdfs:label "InternalTerminalConnection"@en; rdfs:subClassOf vec:ExtendableElement . vec:InternalComponentConnection rdf:type owl:Class; rdfs:comment "\n \n\t\t\n\t\n \n

\nThe InternalComponentConnection has been replaced with the more generic approach of adding a ConnectionSpecification to a E/E component description (see "Internal Connectivity").\n\n

\n\n\n\nSince: 2.2"@en , "An InternalComponentConnection defines a conductive connection between PinComponents within an EEComponent . Such a connection can be statically permanent or dynamically switch (e.g. by a relais). This behavior can be defined with a SwitchingState .\nThe electrical behavior of an InternalComponentConnection can be further specified by a referenced ConductorSpecification.\n"@en; rdfs:label "InternalComponentConnection"@en; rdfs:subClassOf vec:ConfigurableElement; owl:deprecated true . vec:IntegerValueProperty rdf:type owl:Class; rdfs:comment "A custom property with an integer value.\n"@en; rdfs:label "IntegerValueProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:InsulationSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of insulation properties of a WireElement.\n"@en; rdfs:label "InsulationSpecification"@en; rdfs:subClassOf vec:Specification . vec:InsulationCrimpDetail rdf:type owl:Class; rdfs:comment "The InsulationCrimpDetail defines crimp values for an insulation crimp. The selection criteria to which the InsulationCrimpDetail applies are defined by the referenced InsulationSpecification and the ConductorSpecification referenced by the containing CoreCrimpDetail.\n"@en; rdfs:label "InsulationCrimpDetail"@en; rdfs:subClassOf vec:CrimpDetail . vec:Instruction rdf:type owl:Class; rdfs:comment "Abstract super class to specify different types of instructions. Possible instructions are text, file or document based.\n"@en; rdfs:label "Instruction"@en; rdfs:subClassOf vec:ExtendableElement . vec:ImperialUnit rdf:type owl:Class; rdfs:comment "The ImperialUnit class can define quantities in the terms of the Imperial-Unit-System by specifying the corresponding Imperial unit name.\n"@en; rdfs:label "ImperialUnit"@en; rdfs:subClassOf vec:Unit . vec:IECUnit rdf:type owl:Class; rdfs:comment "The IECUnit class can define quantities in the terms of the IEC-Unit-System by specifying the corresponding IEC prefix (optional) and an IEC unit name.\n"@en; rdfs:label "IECUnit"@en; rdfs:subClassOf vec:Unit . vec:HousingComponentReference rdf:type owl:Class; rdfs:comment "A HousingComponentReference represents the usage of a HousingComponent in the context of a PartUsage or PartOccurrence. (KBLFRM-401)\n"@en; rdfs:label "HousingComponentReference"@en; rdfs:subClassOf vec:ConfigurableElement . vec:HousingComponent rdf:type owl:Class; rdfs:comment "A HousingComponent describes the interface of an EEComponent with which it can be connected to another EEComponent or a harness. The characteristics of the interface can be described with a referenced ConnectorHousingSpecification. (see KBLFRM-300)\n"@en; rdfs:label "HousingComponent"@en; rdfs:subClassOf vec:ConfigurableElement . vec:HoleTerminalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of hole terminals. These are used for example as attachment points of ring terminals at the car body.\n"@en; rdfs:label "HoleTerminalSpecification"@en; rdfs:subClassOf vec:TerminalSpecification . vec:HoleTerminalRole rdf:type owl:Class; rdfs:comment "An HoleTerminalRole defines the instance specific properties and relationships of a hole terminal.\n"@en; rdfs:label "HoleTerminalRole"@en; rdfs:subClassOf vec:TerminalRole . vec:HoleMountedFixingSpecification rdf:type owl:Class; rdfs:comment "Specification for fixings that are mounted into a hole. This means the fixing has got a bolt which is mounted into a hole of the surrounding.\n"@en; rdfs:label "HoleMountedFixingSpecification"@en; rdfs:subClassOf vec:FixingSpecification . vec:HoleMountedFixingRole rdf:type owl:Class; rdfs:comment "An HoleMountedFixingRole defines the instance specific properties and relationships of a hole mounted fixing.\n"@en; rdfs:label "HoleMountedFixingRole"@en; rdfs:subClassOf vec:FixingRole . vec:HarnessGeometrySpecification3D rdf:type owl:Class; rdfs:comment "The HarnessGeometrieSpecification3D specifies a three-dimensional model of a harness. A harness model is composed of one or more BuildingBlockSpecifaction3D which are placed in the model.\n"@en; rdfs:label "HarnessGeometrySpecification3D"@en; rdfs:subClassOf vec:Specification . vec:HarnessDrawingSpecification2D rdf:type owl:Class; rdfs:comment "The HarnessDrawingSpecification2D specifies a two-dimensional drawing of a harness. A harness drawing is composed of one or more BuildingBlockSpecifaction2D which are placed on the drawing.\n"@en; rdfs:label "HarnessDrawingSpecification2D"@en; rdfs:subClassOf vec:Specification . vec:GrommetSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of grommets.\n"@en; rdfs:label "GrommetSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:GrommetRole rdf:type owl:Class; rdfs:comment "A GrommetRole defines the instance specific properties and relationships of a grommet.\n"@en; rdfs:label "GrommetRole"@en; rdfs:subClassOf vec:Role . vec:GeometrySegment3D rdf:type owl:Class; rdfs:comment "A GeometrySegment3D is the geometric representation of a TopologySegment in 3D-space.\n"@en; rdfs:label "GeometrySegment3D"@en; rdfs:subClassOf vec:GeometrySegment . vec:GeometrySegment2D rdf:type owl:Class; rdfs:comment "A GeometrySegment2D is the geometric representation of a TopologySegment in 2D-space.\n"@en; rdfs:label "GeometrySegment2D"@en; rdfs:subClassOf vec:GeometrySegment . vec:GeometrySegment rdf:type owl:Class; rdfs:comment "A GeometrySegment is the geometric representation of a TopologySegment. A TopologySegment may be represented by more than one GeometrySegments, but only within different BuildingBlockSpecification2D/3D. That means, in a single BuildingBlockSpecification a TopologySegment shall only be represent once (or not).\nFurthermore, the definition of the GeometrySegment shall be consistent to the definition in the TopologySpecification. That means, that a GeometrySegment shall have those GeometryNodes as start- & endNode that represent the TopologyNodes referenced from the corresponding TopologySegment .\nA GeometrySegment is either a GeometrySegment2D or a GeometrySegment3D.\n"@en; rdfs:label "GeometrySegment"@en; rdfs:subClassOf vec:ConfigurableElement . vec:GeometryNode3D rdf:type owl:Class; rdfs:comment "A GeometryNode3D is the geometric representation of a TopologyNode in 3D-space.\n"@en; rdfs:label "GeometryNode3D"@en; rdfs:subClassOf vec:GeometryNode . vec:GeometryNode2D rdf:type owl:Class; rdfs:comment "A GeometryNode2D is the geometric representation of a TopologyNode in 2D-space.\n"@en; rdfs:label "GeometryNode2D"@en; rdfs:subClassOf vec:GeometryNode . vec:GeometryNode rdf:type owl:Class; rdfs:comment "A GeometryNode is the geometric representation of a TopologyNode. A TopologyNode may be represented by more than one GeometryNodes, but only within different BuildingBlockSpecification2D/3D. That means, in a single BuildingBlockSpecification a TopologyNode shall only be represent once (or not).\nA GeometryNode is either a GeometryNode2D or a GeometryNode3D.\n"@en; rdfs:label "GeometryNode"@en; rdfs:subClassOf vec:ConfigurableElement . vec:GeneralTechnicalPartSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of common properties for technical parts.\n"@en; rdfs:label "GeneralTechnicalPartSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:FuseSpecification rdf:type owl:Class; rdfs:comment "Specification of the electrological aspects of a fuse.\n"@en; rdfs:label "FuseSpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:FuseRole rdf:type owl:Class; rdfs:comment "An FuseRole defines the instance specific properties and relationships of a fuse.\n"@en; rdfs:label "FuseRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:FuseComponent rdf:type owl:Class; rdfs:comment "\n \n\t\t\n\t\n \nThe FuseComponent was a very specific model element for internal connectivity and has been replaced with the more generic approach of adding a ConnectionSpecification to a E/E component description (see "Internal Connectivity").\n\nSince: 2.2"@en; rdfs:label "FuseComponent"@en; rdfs:subClassOf vec:ExtendableElement; owl:deprecated true . vec:FuseCharacteristic rdf:type owl:Class; rdfs:comment "The FuseCharacteristic specializes the MultiDimensionalValue for describing fuse behavior. It references two mandatory d imension s: one for current (I) and one for tripping time (T). Additional dimensions may be included as needed (e.g., temperature).\n"@en; rdfs:label "FuseCharacteristic"@en; rdfs:subClassOf vec:MultiDimensionalValue . vec:FunctionalStructureSpecification rdf:type owl:Class; rdfs:comment "Specification to define any hierarchical structure on functional assignment groups (e.g. by the means of a functional organization). The hierarchy starts with a single root node.\n"@en; rdfs:label "FunctionalStructureSpecification"@en; rdfs:subClassOf vec:Specification . vec:FunctionalStructureNode rdf:type owl:Class; rdfs:comment " FunctionalStructureNodes can be used to define a hierarchical structure on FunctionalAssignmentGroups . Every FunctionalStructureNode can reference FunctionalAssignmentGroups and FunctionalStructureNodes as children.\n"@en; rdfs:label "FunctionalStructureNode"@en; rdfs:subClassOf vec:ExtendableElement . vec:FunctionalRequirement rdf:type owl:Class; rdfs:comment "Allows the definition of functional requirements in an enumerable way (e.g. conformance to a certain ASIL level). Attributes of this type have the multiplicity of [0..*]. The following restrictions apply: For a combination of type & referenceSystem only a single value is allowed. For single type For a specific type and different references systems, multiple values are allowed. However, they must express the same semantic value. For different types multiple values are allowed.  \n"@en; rdfs:label "FunctionalRequirement"@en; rdfs:subClassOf vec:ExtendableElement . vec:FunctionalAssignmentGroup rdf:type owl:Class; rdfs:comment "The FunctionalAssignmentGroup clusters elements that contribute to a specific function or a functional aspect. With such a group, certain functional requirements can be associated.\n"@en; rdfs:label "FunctionalAssignmentGroup"@en; rdfs:subClassOf vec:AssignmentGroup . vec:FlatCoreSpecification rdf:type owl:Class; rdfs:comment "Defines the properties of a flat (rectangular) conductor which are specific for them.\n"@en; rdfs:label "FlatCoreSpecification"@en; rdfs:subClassOf vec:ConductorSpecification . vec:FixingSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of fixings. A fixing is used to fix the harness in a certain position (e.g. at the car body, a seat, an ECU etc.). The FixingSpecification describes how the fixing is attached to the \"non-harness\" element. The attachment to harness is described by a PlaceableElementSpecification.\n"@en; rdfs:label "FixingSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:FixingRole rdf:type owl:Class; rdfs:comment "A FixingRole defines the instance specific properties and relationships of a fixing.\n"@en; rdfs:label "FixingRole"@en; rdfs:subClassOf vec:Role . vec:FittingSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of fittings. A fitting is a part that is used to connect pipes or tube. A fitting has a specific form (e.g. Y,T)\n"@en; rdfs:label "FittingSpecification"@en; rdfs:subClassOf vec:WireProtectionSpecification . vec:FittingRole rdf:type owl:Class; rdfs:comment "Specific WireProtectionRole for instances of FittingSpecification.\n"@en; rdfs:label "FittingRole"@en; rdfs:subClassOf vec:WireProtectionRole . vec:FittingOutlet rdf:type owl:Class; rdfs:comment "Specifies one outlet of the fitting.\n"@en; rdfs:label "FittingOutlet"@en; rdfs:subClassOf vec:ExtendableElement . vec:FillerSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of filler elements in the wire.\n"@en; rdfs:label "FillerSpecification"@en; rdfs:subClassOf vec:Specification . vec:FileBasedInstruction rdf:type owl:Class; rdfs:comment "A FileBasedInstruction is an Instruction that references a file packaged (VEC-Package) together with a VEC-file. Such a file can be for example an image.\n"@en; rdfs:label "FileBasedInstruction"@en; rdfs:subClassOf vec:Instruction . vec:FerriteSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of ferrites.\n"@en; rdfs:label "FerriteSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:FerriteRole rdf:type owl:Class; rdfs:comment "A FerriteRole defines the instance specific properties and relationships of a ferrite.\n"@en; rdfs:label "FerriteRole"@en; rdfs:subClassOf vec:Role . vec:ExternalMappingSpecification rdf:type owl:Class; rdfs:comment "An ExternalMappingSpecification is used to define a mapping between an external data source (represented by the referenced mappedDocument ) and the content of a VEC file.\n"@en; rdfs:label "ExternalMappingSpecification"@en; rdfs:subClassOf vec:Specification . vec:ExternalMapping rdf:type owl:Class; rdfs:comment "An ExternalMapping is used to relate an ExtendableElement in the VEC with an element located in an external data source. The element in the VEC is referenced by the mappedElement , the external element is identified by the attribute externalReference.\n"@en; rdfs:label "ExternalMapping"@en; rdfs:subClassOf vec:ExtendableElement . vec:ExtensionSlotReference rdf:type owl:Class; rdfs:comment "An ExtensionSlotReference represents the usage of an ExtensionSlot in the context of a PartUsage or PartOccurrence.\n"@en; rdfs:label "ExtensionSlotReference"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ExtensionSlot rdf:type owl:Class; rdfs:comment "An ExtensionSlot defines a slot within an EE-Component where other EE-Components can be plugged into (modular extension). This is necessary for example for modular power distributions.\n"@en; rdfs:label "ExtensionSlot"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ExtendableElement rdf:type owl:Class; rdfs:comment "Abstract base class for extendable elements. Extendable elements have the possibility to define non-standard custom properties. The ExtendableElement is also used as base class for all higher-level entities in the VEC (in contrast to a StructuredPrimitive ). So, in general, referencing ExtendableElement should be possible.\n"@en; rdfs:label "ExtendableElement"@en . vec:EdgeMountedFixingSpecification rdf:type owl:Class; rdfs:comment "Specification for fixings that are mounted onto an edge.\n"@en; rdfs:label "EdgeMountedFixingSpecification"@en; rdfs:subClassOf vec:FixingSpecification . vec:EdgeMountedFixingRole rdf:type owl:Class; rdfs:comment "An EdgeMountedFixingRole defines the instance specific properties and relationships of an edge mounted fixing.\n"@en; rdfs:label "EdgeMountedFixingRole"@en; rdfs:subClassOf vec:FixingRole . vec:EEComponentSpecification rdf:type owl:Class; rdfs:comment "Base-class for the specification of electrological components, which are connected to the harness. Usually, electrological components are not part of the harness e.g. a fuse, a switch or a control device. All EEComponents can have one or more HousingComponents which are possible interfaces for the connection to a harness.\n"@en; rdfs:label "EEComponentSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:EEComponentRole rdf:type owl:Class; rdfs:comment "An EEComponentRole defines the instance specific properties and relationships of an EE-component.\n"@en; rdfs:label "EEComponentRole"@en; rdfs:subClassOf vec:Role . vec:DoubleValueProperty rdf:type owl:Class; rdfs:comment "A custom property with a double value.\n"@en; rdfs:label "DoubleValueProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:DocumentVersion rdf:type owl:Class; rdfs:comment "A DocumentVersion is a unique identifier for a piece of information in a company context. The DocumentVersion is one of the three anchors for PDM information in the VEC. All technical information about a PartVersion is contained in one or more documents. The documents are containing the actual content of the VEC since all Specifications are an element of a document.\n"@en; rdfs:label "DocumentVersion"@en; rdfs:subClassOf vec:ItemVersion . vec:DocumentRelatedAssignmentGroup rdf:type owl:Class; rdfs:comment "A DocumentRelatedAssignmentGroup allows the creation of traceability links to elements in a DocumentVersion for a set of VEC objects. The semantic of the traceability link is defined by the DocumentRelationType.\n"@en; rdfs:label "DocumentRelatedAssignmentGroup"@en; rdfs:subClassOf vec:AssignmentGroup . vec:DocumentClassification rdf:type owl:Class; rdfs:comment "A DocumentClassification is used to categorize and classify a document in the context of a document management system. It helps to maintain consistency and compliance by ensuring that documents are appropriately handled according to their classification. Classifications can be used for example to define retention periods or disposal dates. A classification is defined by a Key in a corresponding ReferenceSystem ."@en; rdfs:label "DocumentClassification"@en . vec:DocumentBasedInstruction rdf:type owl:Class; rdfs:comment "A DocumentBasedInstruction is an Instruction to a SheetOrChapter in a DocumentVersion or to a complete DocumentVersion.\n"@en; rdfs:label "DocumentBasedInstruction"@en; rdfs:subClassOf vec:Instruction . vec:DiodeSpecification rdf:type owl:Class; rdfs:comment "Specification of the electrological aspects of a diode.\n"@en; rdfs:label "DiodeSpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:DiodeRole rdf:type owl:Class; rdfs:comment "An DiodeRole defines the instance specific properties and relationships of a diode.\n"@en; rdfs:label "DiodeRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:DimensionAnchor rdf:type owl:Class; rdfs:comment "A DimensionAnchor represents an abstract anchor onto which a Dimension can be specified.\n"@en; rdfs:label "DimensionAnchor"@en; rdfs:subClassOf vec:ExtendableElement . vec:Dimension rdf:type owl:Class; rdfs:comment "A Dimension defines a measurement for the distance between two Locations. An acceptable tolerance can be specified additionally. If the Locations are not located on adjacent topology-elements it is possible to specify a Path for the dimension along which the measurement must be taken.\nThe value for the Dimension is not specified as NumericalValue (which can define a Tolerance as well). This is because the \"valueComponent\" of the NumericalValue is mandatory. For Dimensions it shall be optional since there are scenarios where the dimension only specifies a Tolerance for a distance defined by the topology (segment length + placement information).\n"@en; rdfs:label "Dimension"@en; rdfs:subClassOf vec:ConfigurableElement . vec:DefaultDimensionSpecification rdf:type owl:Class; rdfs:comment "A DefaultDimensionSpecification defines tolerances that shall be applied to a part, if no explicit tolerance value has been defined.\n"@en; rdfs:label "DefaultDimensionSpecification"@en; rdfs:subClassOf vec:Specification . vec:DefaultDimension rdf:type owl:Class; rdfs:comment "A DefaultDimension defines a tolerance value that shall be applied to a part, if no explicit tolerance value has been defined.\n"@en; rdfs:label "DefaultDimension"@en; rdfs:subClassOf vec:ExtendableElement . vec:DateValueProperty rdf:type owl:Class; rdfs:comment "A custom property with a date value.\n"@en; rdfs:label "DateValueProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:DataPointValue rdf:type owl:Class; rdfs:comment "A DataPointValue assigns a concrete numeric value to one d imension within a DataPoint . Each DataPointValue must only reference a QuantityKind that is defined as Dimension of its owning MultiDimensionalValue .\n"@en; rdfs:label "DataPointValue"@en . vec:DataPoint rdf:type owl:Class; rdfs:comment "A DataPoint represents one set of values in a MultiDimensionalValue . It contains multiple DataPointValue s, one for each QuantityKind referenced as d imension . Each DataPoint thereby defines a complete point in the value space.\nEach DataPoint shall define a DataPointValue for all d imensions of its MultiDimensionalValue .\n"@en; rdfs:label "DataPoint"@en . vec:CustomUnit rdf:type owl:Class; rdfs:comment "A CustomUnit can be used to define \"Free Text\"-Units. Custom units must not be used for units that can be expressed by any of the other subclasses of Unit. Custom units are only allowed if a unit is needed that cannot be handled by any of the other classes.\n"@en; rdfs:label "CustomUnit"@en; rdfs:subClassOf vec:Unit . vec:CustomProperty rdf:type owl:Class; rdfs:comment "Abstract base class for custom properties. Basically, a custom property is key / value pair. The key (propertyType) defines the meaning of the value. A custom property can either be a simple value (string), a numerical value or a value range.\n"@en; rdfs:label "CustomProperty"@en . vec:Curve3D rdf:type owl:Class; rdfs:comment "The Curve3D is an abstract representation of a curve, which defines the three-dimensional appearance of the centerline of a segment. The concrete type of the curve (e.g. NURBSCurve) defines the mathematical function that applies to curve and stores the required parameter set for this function in the VEC.\n"@en; rdfs:label "Curve3D"@en; rdfs:subClassOf vec:ExtendableElement . vec:CrimpDetail rdf:type owl:Class; rdfs:comment "Abstract base class for the definition of CrimpDetail- information. See CoreCrimpDetail &  InsulationCrimpDetail .\n"@en; rdfs:label "CrimpDetail"@en; rdfs:subClassOf vec:ExtendableElement . vec:Creation rdf:type owl:Class; rdfs:comment "A Creation-instance provides additional information to the owning ItemVersion stating personal information on the creator and the creation date.\n"@en; rdfs:label "Creation"@en; rdfs:subClassOf vec:ExtendableElement . vec:CouplingSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of a Coupling. A coupling allows the mapping between independent harness sections or EEComponents of the electrical system. This is done by the mapping of either-or both, ConnectorHousingRoles & TerminalRoles of one side to the other.\n"@en; rdfs:label "CouplingSpecification"@en; rdfs:subClassOf vec:Specification . vec:CouplingPoint rdf:type owl:Class; rdfs:comment "A CouplingPoint defines a single coupling. If a coupling takes place, all sub elements are connected. If the coupling is disconnected, all sub elements are disconnected.\nIf a coupling occurs between two connectors, and not just between two terminals, the CouplingPoint references the respective ConnectorHousingRoles .\n"@en; rdfs:label "CouplingPoint"@en; rdfs:subClassOf vec:ConfigurableElement . vec:CorrugatedPipeSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of corrugated pipes.\n"@en; rdfs:label "CorrugatedPipeSpecification"@en; rdfs:subClassOf vec:TubeSpecification . vec:CorrugatedPipeRole rdf:type owl:Class; rdfs:comment "Specific WireProtectionRole for instances of CorrugatedPipeSpecification.\n"@en; rdfs:label "CorrugatedPipeRole"@en; rdfs:subClassOf vec:TubeRole . vec:CoreSpecification rdf:type owl:Class; rdfs:comment "Defines the properties of a circular conductor (core) which are specific for them.\n"@en; rdfs:label "CoreSpecification"@en; rdfs:subClassOf vec:ConductorSpecification . vec:CoreCrimpDetail rdf:type owl:Class; rdfs:comment "The CoreCrimpDetail defines crimp values for a conductor crimp (wire crimp). The selection criteria to which the CoreCrimpDetail applies are defined by the referenced ConductorSpecification.\n"@en; rdfs:label "CoreCrimpDetail"@en; rdfs:subClassOf vec:CrimpDetail . vec:CopyrightInformation rdf:type owl:Class; rdfs:comment "A CopyrightInformation-instance specifies copyright information for one or more Items.\n"@en; rdfs:label "CopyrightInformation"@en; rdfs:subClassOf vec:ExtendableElement . vec:Contract rdf:type owl:Class; rdfs:comment "A Contract-instance describes the relationship between an ItemVersion-instance and a Company-instance additionally defining the role the company takes in reference to the ItemVersion.\n"@en; rdfs:label "Contract"@en; rdfs:subClassOf vec:ExtendableElement . vec:ContactingSpecification rdf:type owl:Class; rdfs:comment "Specification for the description of the contacting. A contacting defines the relationships between Terminals, Seals, Plugs, Cavities and Wires. "@en; rdfs:label "ContactingSpecification"@en; rdfs:subClassOf vec:Specification . vec:ContactPoint rdf:type owl:Class; rdfs:comment "A contact point defines the relationship between Terminals, Seals, Plugs, Cavities and Wires. It specifies a single contacting variant. This means that the contacting is manufactured, as specified by the Contact Point. Either all participants (Cavities, Terminals, Seals, Wires) set into a relationship by the ContactPoint exist in a specific harness or none. There is no requirement, to filter the participants of a contacting situation with information derived from VariantConfigurations or assembly / module associations in order to create a manufacturing variant.\nThe ContactPoint represents a single potential. Consequently, all cavities and wires referencing / being referenced by a ContactPoint are short-circuited and have the same potential (even if the signals on the wires are named differently. If a contacting of a terminal has more than one potential (e.g. a coax-contact) one contact point for each potential is needed.\n"@en; rdfs:label "ContactPoint"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ConnectorHousingSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of connector housings. A connector housing consists of a one or more slots. In the means of the VEC, a connector housing can be a conventional connector housing, a contact module or a connector shell.\n"@en; rdfs:label "ConnectorHousingSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:ConnectorHousingRole rdf:type owl:Class; rdfs:comment "A ConnectorHousingRole defines the instance specific properties and relationships of a connector housing.\n"@en; rdfs:label "ConnectorHousingRole"@en; rdfs:subClassOf vec:Role . vec:ConnectorHousingCoverSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of covers for connectors. A ConnectorHousingCover is used to protect the contacting side (front) of the connector during transport of the harness or in the vehicle, if the connector remains unconnected (e.g. in case of \"give-away\" features or retrofit options).\nThere are two types of covers, on the one hand components whose sole purpose is to be used as a cover and on the other hand normal harness connectors which can also be used as covers, if necessary sealed with additional plugs. The former have the PrimaryPartType=\" ConnectorCover\" and are only specified by a ConnectorHousingCoverSpecification, the latter have the PrimaryPartType=\"ConnectorHousing\" and have an additional ConnectorHousingCoverSpecification .\nThe relation between a connect and its covers is established in part master data with the PartRelation.\n"@en; rdfs:label "ConnectorHousingCoverSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:ConnectorHousingCoverRole rdf:type owl:Class; rdfs:comment "A  ConnectorHousingCoverRole defines the instance-specific properties of a cover for a connector. \nThe association to the ConnectorHousing is established with the OccurrenceOrUsage.ReferenceElement association.\n"@en; rdfs:label "ConnectorHousingCoverRole"@en; rdfs:subClassOf vec:Role . vec:ConnectorHousingCapSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of caps (backshells) of connectors. Different caps can add additional wire length addons to a connector housing.\nA 'cap' which already defines the number of cavities, coding etc. is in the VEC defined by ConnectorHousingSpecification with ModularSlots and not by a ConnectorHousingCapSpecification .\n"@en; rdfs:label "ConnectorHousingCapSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:ConnectorHousingCapRole rdf:type owl:Class; rdfs:comment "A  ConnectorHousingCapRole defines the instance-specific properties of a cap for a connector (backshells).\n"@en; rdfs:label "ConnectorHousingCapRole"@en; rdfs:subClassOf vec:Role . vec:ConnectionViewSpecification rdf:type owl:Class; rdfs:comment "The ConnectionViewSpecification supports the exchange of a basic layout for a ConnectionSpecification .\n"@en; rdfs:label "ConnectionViewSpecification"@en; rdfs:subClassOf vec:Specification . vec:ConnectionSpecification rdf:type owl:Class; rdfs:comment "A ConnectionSpecification is used to define electrological connectivity.\n"@en; rdfs:label "ConnectionSpecification"@en; rdfs:subClassOf vec:Specification . vec:ConnectionNodeViewItem rdf:type owl:Class; rdfs:comment "Class was accidentally named incorrectly in 2.0.0. Use ComponentNodeViewItem instead.\nSince: 2.0.2"@en , "A ComponentNodeViewItem represents a ComponentNode within a ConnectionViewSpecification and defines its position within the layout."@en; rdfs:label "ConnectionNodeViewItem"@en; rdfs:subClassOf vec:ExtendableElement; owl:deprecated true . vec:ConnectionGroup rdf:type owl:Class; rdfs:comment "A ConnectionGroup references two or more Connections expressing that the physical realization of the referenced Connection shall be somehow grouped e.g. twisted. For complex structures a ConnectionGroup can specify subgroups.\n"@en; rdfs:label "ConnectionGroup"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ConnectionEnd rdf:type owl:Class; rdfs:comment "A connection end is the end of a Connection at a ComponentPort.\n"@en; rdfs:label "ConnectionEnd"@en; rdfs:subClassOf vec:ConfigurableElement . vec:Connection rdf:type owl:Class; rdfs:comment "A Connection is an electrological connection between two or more ComponentPorts.\n"@en; rdfs:label "Connection"@en; rdfs:subClassOf vec:RoutableElement . vec:ConfigurationConstraintSpecification rdf:type owl:Class; rdfs:comment "Specification container for the definition of ConfigurationConstraints .\n"@en; rdfs:label "ConfigurationConstraintSpecification"@en; rdfs:subClassOf vec:Specification . vec:ConfigurationConstraint rdf:type owl:Class; rdfs:comment "Represents a ConfigurationContraint (\"When does this element exist?\") for a specific application ( ApplicationConstraint) and a \"configuration universe\" ( VariantConfiguration.configurationType )\n"@en; rdfs:label "ConfigurationConstraint"@en; rdfs:subClassOf vec:ExtendableElement . vec:ConfigurableElement rdf:type owl:Class; rdfs:comment "Abstract base class for all elements which can be configured with a VariantConfiguration.\n"@en; rdfs:label "ConfigurableElement"@en; rdfs:subClassOf vec:ExtendableElement . vec:ConductorSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of conducting properties of a WireElement.\n"@en; rdfs:label "ConductorSpecification"@en; rdfs:subClassOf vec:Specification . vec:ConductorMaterial rdf:type owl:Class; rdfs:comment " ConductorMaterial is a helper class to specify validConductorMaterials. This is necessary, since all attributes of the type Material have a multiplicity of * with the semantics that it always defines one Material with the possibility to define it in different reference systems.\nSince a wire reception can have more than one validConductorMaterial this container class is necessary to keep the semantics clear.\n"@en; rdfs:label "ConductorMaterial"@en; rdfs:subClassOf vec:ExtendableElement . vec:ConductorCurrentInformation rdf:type owl:Class; rdfs:comment "The ConductorCurrentInformation specifies the maximum current for which a conductor is approved. As the maximum current is dependent from the voltage and the environment temperature it is modelled as a class and not only as an attribute.\n"@en; rdfs:label "ConductorCurrentInformation"@en; rdfs:subClassOf vec:ExtendableElement . vec:CompositionSpecification rdf:type owl:Class; rdfs:comment "The CompositionSpecificiation is used to define a set of occurrences required to describe unambiguously the design of a composite part. This does not have to be necessarily the same occurrences which are building the bill of material. Example: A company might want to regard an antenna cable as one part out of a bill of material perspective. However, at the same time it may be useful for the company to be able to describe the contacting of the antenna cable within the VEC. (see also PartStructureSpecification)\n"@en; rdfs:label "CompositionSpecification"@en; rdfs:subClassOf vec:Specification . vec:CompositeUnit rdf:type owl:Class; rdfs:comment "Defines a unit as a composition of other units. The composition is done by multiplying the different other units. By this way combined units like kg/m can be formed.\n"@en; rdfs:label "CompositeUnit"@en; rdfs:subClassOf vec:Unit . vec:ComponentPortViewItem rdf:type owl:Class; rdfs:comment "A ComponentPortViewItem represents a ComponentPort within a ComponentNodeViewItem and defines its position on the node."@en; rdfs:label "ComponentPortViewItem"@en; rdfs:subClassOf vec:ExtendableElement . vec:ComponentPort rdf:type owl:Class; rdfs:comment "Defines a port of ComponentNode. A ComponentPort is usually the realization of a NetworkPort. Electrological connections are defined between two or more ComponentPorts.\n"@en; rdfs:label "ComponentPort"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ComponentNodeViewItem rdf:type owl:Class; rdfs:comment "A ComponentNodeViewItem represents a ComponentNode within a ConnectionViewSpecification and defines its position within the layout.\n"@en; rdfs:label "ComponentNodeViewItem"@en; rdfs:subClassOf vec:ExtendableElement . vec:ComponentNode rdf:type owl:Class; rdfs:comment "A ComponentNode is a node where an electrological component is located. It is a representative for an element in the electric system, e.g. an actuator, a sensor, an ECU. In this way it is quite similar to a NetworkNode and may even reference the corresponding NetworkNode in this case. However, a ComponentNode is more likely to be used as a representative of an inliner or a splice. Moreover, a ComponentNode can define childNodes in order to describe its internal structure.\n"@en; rdfs:label "ComponentNode"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ComponentConnector rdf:type owl:Class; rdfs:comment "A ComponentConnector is a grouping of ComponentPorts and represents a logical abstraction of a connector of an EEComponent . When the ComponentNode is realized by an EEComponentRole the ComponentConnector will result in a HousingComponent.\nIt is permitted that a ComponentConnector is a 150% definition of connector.\n"@en; rdfs:label "ComponentConnector"@en; rdfs:subClassOf vec:ConfigurableElement . vec:ComplexProperty rdf:type owl:Class; rdfs:comment "A custom property that represents a tuple of values.\n"@en; rdfs:label "ComplexProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:Color rdf:type owl:Class; rdfs:comment "Specifies a color value. A color is always defined by a key value. What color is meant by this key value is defined by a standard reference system (e.g. RAL).\nFor example, if a RAL color should be expressed in the terms of the VEC the referenceSystem would be \"RAL\", the key would be the RAL number defined by the standard (e.g. \"1003\" for signal yellow).\nColor-attributes normally have the multiplicity [0..*]. This means that such an attribute can have a value for different referenceSystems (e.g. RAL, RGB,...). It must not have multiple values for the same ReferenceSystem.\n"@en; rdfs:label "Color"@en . vec:Coding rdf:type owl:Class; rdfs:comment "Specifies the coding of a slot or a connector housing.\n"@en; rdfs:label "Coding"@en; rdfs:subClassOf vec:ExtendableElement . vec:CoatingSpecification rdf:type owl:Class; rdfs:comment "A CoatingSpecification is a special WireEndAccessorySpecifications are describing parts / procedures with which the wire end is treated before the actual terminal is attached to the WireEnd (e.g. a tin coating of the wire end). Properties of the procedure are defined by the referenced WireReceptionSpecification , e.g. the coating material is defined by the GeneralTechnicalPartSpecification.MaterialInformation .\n \n"@en; rdfs:label "CoatingSpecification"@en; rdfs:subClassOf vec:WireEndAccessorySpecification . vec:CoatingRole rdf:type owl:Class; rdfs:comment "A  CoatingRole defines the instance specific properties of a coating for a WireEnd. "@en; rdfs:label "CoatingRole"@en; rdfs:subClassOf vec:WireEndAccessoryRole . vec:ChangeDescription rdf:type owl:Class; rdfs:comment "A ChangeDescription describes the implemented issues that are reason for the aggregating ItemVersion to be either an initial or successor version. A ChangeDescription can optionally define the person who has approved the change.\n"@en; rdfs:label "ChangeDescription"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavitySpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of cavities.\n"@en; rdfs:label "CavitySpecification"@en; rdfs:subClassOf vec:Specification . vec:CavitySealSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of cavity seals. A CavitySeal is a watertight non-electrical object to fill a populated Cavity. A CavitySeal is normally used at a WireEnd within the crimp of a terminal.\n"@en; rdfs:label "CavitySealSpecification"@en; rdfs:subClassOf vec:CavityPartSpecification . vec:CavitySealRole rdf:type owl:Class; rdfs:comment "A CavitySealRole defines the instance specific properties and relationships of a cavity seal.\n"@en; rdfs:label "CavitySealRole"@en; rdfs:subClassOf vec:CavityPartRole . vec:CavityReference rdf:type owl:Class; rdfs:comment "A CavityReference represents the usage of a Cavity in the context of PartUsage or PartOccurrence.\n"@en; rdfs:label "CavityReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavityPositionDetail rdf:type owl:Class; rdfs:comment " CavityPositionDetail is an aggregator class for all geometric properties of a cavity within the connector (e.g. rotation, position)."@en; rdfs:label "CavityPositionDetail"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavityPlugSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of cavity seals. A cavity plug is a watertight non-electrical object to fill an empty cavity.\n"@en; rdfs:label "CavityPlugSpecification"@en; rdfs:subClassOf vec:CavityPartSpecification . vec:CavityPlugRole rdf:type owl:Class; rdfs:comment "A CavityPlugRole defines the instance specific properties and relationships of a cavity plug.\n"@en; rdfs:label "CavityPlugRole"@en; rdfs:subClassOf vec:CavityPartRole . vec:CavityPartSpecification rdf:type owl:Class; rdfs:comment "The CavityPartSpecification is an abstract class for common properties of non-electrical parts that are used in Cavities .\n"@en; rdfs:label "CavityPartSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:CavityPartRole rdf:type owl:Class; rdfs:label "CavityPartRole"@en; rdfs:subClassOf vec:Role . vec:CavityMountingDetail rdf:type owl:Class; rdfs:comment "With a CavityMountingDetail it is possible to describe a detailed cavity mounting.\nThis is needed if the information which terminal reception is mounted into which cavity is important. There are cases where this information can be relevant (e.g. bridge contacts with an asymmetric wire mounting).\n"@en; rdfs:label "CavityMountingDetail"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavityMounting rdf:type owl:Class; rdfs:comment "A CavityMounting defines the cavities (CavityReference) where the contacted elements (Terminal) will be mounted.\n"@en; rdfs:label "CavityMounting"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavityMapping rdf:type owl:Class; rdfs:comment "Defines the mapping of two cavities contained Slot A & B of the containing SlotMapping-object.\n"@en; rdfs:label "CavityMapping"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavityLayout rdf:type owl:Class; rdfs:comment "A CavityLayout represents a specific configuration pattern for a component with cavities. It defines a set of virtualCavities that serve as placeholders for the actual cavities provided by component that satisfies this layout (e.g. a contact module).\nIt acts as a structural template, such as single-pole, five-pole, or multi-row configurations, that allows the definition of properties (e.g. a cavity mapping) for all components that satisfy this layout, instead of specifying those for each component individually (e.g. a cavity mapping for a contact modules within a specific modular slot of a collector housing). Its purpose is to create a layer of indirection between.\n"@en; rdfs:label "CavityLayout"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavityCoupling rdf:type owl:Class; rdfs:comment "A CavityCoupling defines the mapping between two cavities of the ConnectorHousingRoles associated with the CouplingPoint .\n"@en; rdfs:label "CavityCoupling"@en; rdfs:subClassOf vec:ConfigurableElement . vec:CavityAddOn rdf:type owl:Class; rdfs:comment "Specifies the wire addon needed to reach a Cavity from a specific SegmentConnectionPoint . More specifically, it is the addon required to calculate the cutting length of a wire. It is not a measured distance between the segment connection point and the insertion point of the cavity. For each SegmentConnectionPoint there shall be no more than one add-on value per cavity and type.\n"@en; rdfs:label "CavityAddOn"@en; rdfs:subClassOf vec:ExtendableElement . vec:CavityAccessorySpecification rdf:type owl:Class; rdfs:comment "A CavityAccessory is a non-electrical part used in a cavity with no sealing properties (e.g. a wire fixation).\n"@en; rdfs:label "CavityAccessorySpecification"@en; rdfs:subClassOf vec:CavityPartSpecification . vec:CavityAccessoryRole rdf:type owl:Class; rdfs:comment "A CavityAccessoryRole defines the instance specific properties and relationships of a cavity accessory.\n"@en; rdfs:label "CavityAccessoryRole"@en; rdfs:subClassOf vec:CavityPartRole . vec:Cavity rdf:type owl:Class; rdfs:comment "A cavity is a defined space in a connector housing for location of an electrical terminal or cavity plug or seal. A cavity may also be empty.\n"@en; rdfs:label "Cavity"@en; rdfs:subClassOf vec:ExtendableElement . vec:CartesianVector3D rdf:type owl:Class; rdfs:comment "A Cartesian vector in three-dimensional space.\n"@en; rdfs:label "CartesianVector3D"@en; rdfs:subClassOf vec:CartesianVector . vec:CartesianVector2D rdf:type owl:Class; rdfs:comment "A Cartesian vector in the two-dimensional space.\n"@en; rdfs:label "CartesianVector2D"@en; rdfs:subClassOf vec:CartesianVector . vec:CartesianVector rdf:type owl:Class; rdfs:comment "Abstract super class for vectors, either 2D or 3D.\n"@en; rdfs:label "CartesianVector"@en; rdfs:subClassOf vec:ExtendableElement . vec:CartesianPoint3D rdf:type owl:Class; rdfs:comment "A CartesianPoint3D is a point that is defined by its coordinates in a rectangular three-dimensional Cartesian coordinate system.\n"@en; rdfs:label "CartesianPoint3D"@en; rdfs:subClassOf vec:ExtendableElement . vec:CartesianPoint2D rdf:type owl:Class; rdfs:comment "A CartesianPoint2D is a point that is defined by its coordinates in a rectangular two-dimensional Cartesian coordinate system.\n"@en; rdfs:label "CartesianPoint2D"@en; rdfs:subClassOf vec:ExtendableElement . vec:CartesianDimension rdf:type owl:Class; rdfs:comment "The CartesianDimension specifies the size of an object in 2D-space. "@en; rdfs:label "CartesianDimension"@en; rdfs:subClassOf vec:ExtendableElement . vec:CapacitorSpecification rdf:type owl:Class; rdfs:comment "Specification of the electrological aspects of a capacitor. \n"@en; rdfs:label "CapacitorSpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:CapacitorRole rdf:type owl:Class; rdfs:comment "An CapacitorRole defines the instance specific properties and relationships of a capacitor.\n"@en; rdfs:label "CapacitorRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:CableTieSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of cable ties.\n"@en; rdfs:label "CableTieSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:CableTieRole rdf:type owl:Class; rdfs:comment "A CableTieRole defines the instance specific properties and relationships of a cable tie.\n"@en; rdfs:label "CableTieRole"@en; rdfs:subClassOf vec:Role . vec:CableSealSpecification rdf:type owl:Class; rdfs:comment " Specification for seals that are associated with one or more wires and not with specific cavity or crimp. A CavitySeal is a watertight non-electrical object to fill a populated Cavity. Cable seals are designed to seals specific areas (covering one or more wires) in a connector or a grommet. A cable seal is used on a cable outside the crimp. A CableSealSpecification defines one or more CableSealEntries. Cable seals can have more than one entry with different wire sizes.\n \nThere are two variants of cable seals: The cable seal has openings for all possible assignments. Openings that are unpopulated in a specific configuration must be sealed with a cable seal plug. A cable seal plug can seal one or multiple openings at the same time and can also provide additional functions, like serving as seal retainer. The cable seal is available in different versions, each with different openings of the theoretically possible ones that are actually open.  \n"@en; rdfs:label "CableSealSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:CableSealRole rdf:type owl:Class; rdfs:comment "A CableSealRole defines the instance specific properties and relationships of a cable seal.\n"@en; rdfs:label "CableSealRole"@en; rdfs:subClassOf vec:Role . vec:CableSealPlugSpecification rdf:type owl:Class; rdfs:comment "A cable seal plug is a plug that is used to seal entries of a cable seal. A cable seal plug can seal multiple CableSealEntry at the same time. A cable seal plug can have additional feature/functions at the same time. For example, it might also serve as a seal retainer in connector housing."@en; rdfs:label "CableSealPlugSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:CableSealPlugRole rdf:type owl:Class; rdfs:comment "A CableSealPlugRole defines the instance specific properties and relationships of a cable seal plug.\n"@en; rdfs:label "CableSealPlugRole"@en; rdfs:subClassOf vec:Role . vec:CableSealEntryReference rdf:type owl:Class; rdfs:comment "Provides an identifier for the CableSealEntryReference . The Identification shall be unique within a CableSealRole.\n"@en; rdfs:label "CableSealEntryReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:CableSealEntry rdf:type owl:Class; rdfs:comment "Specifies an opening in the cable seal."@en; rdfs:label "CableSealEntry"@en; rdfs:subClassOf vec:ExtendableElement . vec:CableLeadThroughSpecification rdf:type owl:Class; rdfs:comment "A CableLeadThrough specifies a hole in the grommet through which wires can pass through the grommet. The CableLeadThroughSpecification defines the technical properties of a CableLeadThrough (or a set of similar ones).\n"@en; rdfs:label "CableLeadThroughSpecification"@en; rdfs:subClassOf vec:Specification . vec:CableLeadThroughReference rdf:type owl:Class; rdfs:comment "A CableLeadThroughReference is the instance of a CableLeadThrough .\n"@en; rdfs:label "CableLeadThroughReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:CableLeadThroughOutletReference rdf:type owl:Class; rdfs:comment "A CableLeadThroughOutletReference is the instance of a CableLeadThroughOutlet . It can define a set of cable seals or plugs as supplementary parts. Plugs are used if no wire is present, seals are used together with a wire.\n"@en; rdfs:label "CableLeadThroughOutletReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:CableLeadThroughOutlet rdf:type owl:Class; rdfs:comment "Specifies one outlet of a CableLeadThrough . For most CableLeadThroughs , there will be two."@en; rdfs:label "CableLeadThroughOutlet"@en; rdfs:subClassOf vec:ExtendableElement . vec:CableLeadThrough rdf:type owl:Class; rdfs:comment "A CableLeadThrough specifies a hole in the grommet through which wires can pass through the grommet. There can be different technical realizations of a lead through, e.g. it can be realized with a shrinking material or an additional seal. The properties of a CableLeadThrough are defined in the referenced CableLeadThroughSpecification .\nFor a precise placement in topology, a CableLeadThrough specifies outlets.\n"@en; rdfs:label "CableLeadThrough"@en; rdfs:subClassOf vec:ExtendableElement . vec:CableDuctSpecification rdf:type owl:Class; rdfs:comment "Specification for cable ducts. A cable duct can have one or more outlets.\n"@en; rdfs:label "CableDuctSpecification"@en; rdfs:subClassOf vec:PartOrUsageRelatedSpecification . vec:CableDuctRole rdf:type owl:Class; rdfs:comment "A CableDuctRole defines the instance specific properties and relationships of a cable duct.\n"@en; rdfs:label "CableDuctRole"@en; rdfs:subClassOf vec:Role . vec:CableDuctOutlet rdf:type owl:Class; rdfs:comment "Specifies one outlet of the cable duct.\n"@en; rdfs:label "CableDuctOutlet"@en; rdfs:subClassOf vec:ExtendableElement . vec:BuildingBlockSpecification3D rdf:type owl:Class; rdfs:comment "Specification for the description of a three-dimensional building block. A building block is a reusable section of a geometry.\n"@en; rdfs:label "BuildingBlockSpecification3D"@en; rdfs:subClassOf vec:Specification . vec:BuildingBlockSpecification2D rdf:type owl:Class; rdfs:comment "Specification for the description of a two-dimensional building block. A building block is a reusable section of a geometry.\n"@en; rdfs:label "BuildingBlockSpecification2D"@en; rdfs:subClassOf vec:Specification . vec:BuildingBlockPositioning3D rdf:type owl:Class; rdfs:comment "Defines the position of a BuildingBlock3D in the HarnessGeometry.\n"@en; rdfs:label "BuildingBlockPositioning3D"@en; rdfs:subClassOf vec:ConfigurableElement . vec:BuildingBlockPositioning2D rdf:type owl:Class; rdfs:comment "Defines the position of a BuildingBlock2D on a HarnessDrawing.\n"@en; rdfs:label "BuildingBlockPositioning2D"@en; rdfs:subClassOf vec:ConfigurableElement . vec:BridgeTerminalSpecification rdf:type owl:Class; rdfs:comment "A bridge terminal is a part that behaves like terminal but has no WireReceptions. It is used to create short circuit between different pins in a connector. In its use, it can realize a schematic connection on its own and independently of other components.\n"@en; rdfs:label "BridgeTerminalSpecification"@en; rdfs:subClassOf vec:TerminalSpecification . vec:BridgeTerminalRole rdf:type owl:Class; rdfs:comment "A BridgeTerminalRole defines the instance specific properties and relationships of a bridge terminal (see BridgeTerminalSpecification).\nA bridge terminal is a part that behaves like terminal but has no WireReceptions. It is used to create short circuit between different pins in a connector. In its use, it can realize a schematic connection on its own and independently of other components.\n"@en; rdfs:label "BridgeTerminalRole"@en; rdfs:subClassOf vec:TerminalRole . vec:BoundingBox rdf:type owl:Class; rdfs:comment "The bounding box is defined for the processed state of the component, as it appears in the finished product. Therefore, it is valid to use the bounding box as simplified geometry of the component for viewing or simple DMU operations. For correct 3D positioning, the bounding might require a transformation in the coordinate system of the component (see LocalGeometrySpecification.BoundingBoxPositioning ).\nThe bounding box defines the smallest cuboid (box) that can contain a described part completely. If a component has multiple variants, the bounding box is the smallest cuboid that can contain every variant, while maintaining the spatial orientation of the bounding box and component variants.\nIt is valid to use the BoundingBox to describe the dimensions of a component, even if not all dimensions are known (e.g. only length and width). However, it must be possible to transform such a partial bounding box into a complete bounding box by adding the missing dimensions.\n"@en; rdfs:label "BoundingBox"@en; rdfs:subClassOf vec:ExtendableElement . vec:BooleanValueProperty rdf:type owl:Class; rdfs:comment "A custom property with a Boolean value.\n"@en; rdfs:label "BooleanValueProperty"@en; rdfs:subClassOf vec:CustomProperty . vec:BoltTerminalSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of bolt terminals. These are the counterparts to ring terminals.\n"@en; rdfs:label "BoltTerminalSpecification"@en; rdfs:subClassOf vec:TerminalSpecification . vec:BoltTerminalRole rdf:type owl:Class; rdfs:comment "A BoltTerminalRole defines the instance specific properties and relationships of a bolt terminal.\n"@en; rdfs:label "BoltTerminalRole"@en; rdfs:subClassOf vec:TerminalRole . vec:BoltMountedFixingSpecification rdf:type owl:Class; rdfs:comment "Specification for fixings that are mounted onto a bolt. This means the fixing itself has got a hole, which is mounted onto a bolt of the surrounding. \n"@en; rdfs:label "BoltMountedFixingSpecification"@en; rdfs:subClassOf vec:FixingSpecification . vec:BoltMountedFixingRole rdf:type owl:Class; rdfs:comment "An BoltMountedFixingRole defines the instance specific properties and relationships of a bolt mounted fixing.\n"@en; rdfs:label "BoltMountedFixingRole"@en; rdfs:subClassOf vec:FixingRole . vec:BatterySpecification rdf:type owl:Class; rdfs:comment "Specification of the electrological aspects of a battery.\n"@en; rdfs:label "BatterySpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:BatteryRole rdf:type owl:Class; rdfs:comment "An BatteryRole defines the instance specific properties and relationships of a battery.\n"@en; rdfs:label "BatteryRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:BaselineSpecification rdf:type owl:Class; rdfs:comment "A BaselineSpecification defines a set of ItemVersion s ( Document- and PartVersions ) that relate to each other in a certain way e.g. all parts and documents in their specific versions that contributed to a specific manufactured result.\nBaselines are a standard mechanism to support change, release and configuration management.\n"@en; rdfs:label "BaselineSpecification"@en; rdfs:subClassOf vec:Specification . vec:AssignmentGroupSpecification rdf:type owl:Class; rdfs:comment "Specification that contains AssignmentGroups .\n"@en; rdfs:label "AssignmentGroupSpecification"@en; rdfs:subClassOf vec:Specification . vec:AssignmentGroup rdf:type owl:Class; rdfs:comment "An AssignmentGroup is a concept that allows the clustering of arbitrary elements in ways that are orthogonal to hierarchical and semantic structure of the VEC.\n"@en; rdfs:label "AssignmentGroup"@en; rdfs:subClassOf vec:ExtendableElement . vec:Approval rdf:type owl:Class; rdfs:comment "Defines the approval of an ItemVersion. This consists of the StatusOfApproval, and the Permissions issued for the approval.\n"@en; rdfs:label "Approval"@en; rdfs:subClassOf vec:ExtendableElement . vec:ApplicationConstraintSpecification rdf:type owl:Class; rdfs:comment "Specification for the definition of application constraints. The associated ApplicationConstraints are restricting the possible usages of the associated ConfigurableElements .\n"@en; rdfs:label "ApplicationConstraintSpecification"@en; rdfs:subClassOf vec:Specification . vec:ApplicationConstraint rdf:type owl:Class; rdfs:comment "An ApplicationConstraint defines a condition with which it is possible to express the inclusion or exclusion of ConfigurableElements in different variants of a product. The ApplicationConstraint is focused to express validity rules based on time periods or elements of the product hierarchy in a concise way (attributes and relationships). It is complementary to the VariantConfiguration which expresses validity rules based on control strings.\nAn ApplicationConstraint can reference another ApplicationConstraint as baseInclusion . In this case, an ApplicationConstraint can only be satisfied if its baseInclusion is also satisfied.\n"@en; rdfs:label "ApplicationConstraint"@en; rdfs:subClassOf vec:ExtendableElement . vec:AntennaSpecification rdf:type owl:Class; rdfs:comment "Specification of the electrological aspects of an antenna.\n"@en; rdfs:label "AntennaSpecification"@en; rdfs:subClassOf vec:EEComponentSpecification . vec:AntennaRole rdf:type owl:Class; rdfs:comment "An AntennaRole defines the instance specific properties and relationships of an antenna.\n"@en; rdfs:label "AntennaRole"@en; rdfs:subClassOf vec:EEComponentRole . vec:AliasIdentification rdf:type owl:Class; rdfs:comment "Class for the definition of alias identifications. Alias identifications are additional identifications for VEC-elements, which are valid in a certain scope (e.g. PPS-ID's).\n"@en; rdfs:label "AliasIdentification"@en . vec:AbstractSlotReference rdf:type owl:Class; rdfs:comment "An AbstractSlotReference represents the usage of an AbstractSlot in the context of PartUsage or PartOccurrence.\n"@en; rdfs:label "AbstractSlotReference"@en; rdfs:subClassOf vec:ExtendableElement . vec:AbstractSlot rdf:type owl:Class; rdfs:comment "An AbstractSlot represents a geometrical location in a connector housing that can contain or group one or more cavities . This grouping can happen in two different ways: Directly , via a Slot , where the slot is an inseparable part of the connector housing , formed during the manufacturing process. Indirectly , via a ModularSlot , which serves as a placeholder where other connector housings (modules) can be inserted during assembly. The AbstractSlot is primarily relevant on the mating side of the connector. It enables a logical and geometrical grouping of cavities that may affect how mating is performed.\n"@en; rdfs:label "AbstractSlot"@en; rdfs:subClassOf vec:ExtendableElement . vec:AbstractLocalizedString rdf:type owl:Class; rdfs:comment "Abstract super-class for Localized text values. "@en; rdfs:label "AbstractLocalizedString"@en . vec:orderedIndex rdf:type rdf:Property , owl:DataProperty; rdfs:comment "Defines the order of Ordered elements. Lower indices are further forward in a list. 0 is the lowest index, i.e. the first element."@en; rdfs:domain vec:Ordered; rdfs:range xs:nonNegativeInteger . vec:Ordered rdf:type owl:Class; rdfs:comment "Class of elements that are ordered within their containment."@en; rdfs:label "Ordered"@en . vec:ClosedEnumeration rdf:type owl:Class; rdfs:comment "Classes in the model that can be enumerated and where all values are known (closed)."@en; rdfs:label "ClosedEnumeration"@en; rdfs:subClassOf vec:Enumeration . vec:OpenEnumeration rdf:type owl:Class; rdfs:comment "Classes in the model where some value can be enumerated, but not all values are known (Open)."@en; rdfs:label "OpenEnumeration"@en; rdfs:subClassOf vec:Enumeration . vec:enumLiteral rdf:type rdf:Property , owl:DatatypeProperty; rdfs:comment "Defines the literal value of an enumeration as represented in the model."@en; rdfs:domain vec:Enumeration; rdfs:label "enumLiteral"@en; rdfs:range xs:string; rdfs:subPropertyOf rdfs:label . vec:Enumeration rdf:type owl:Class; rdfs:comment "Classes in the model that can be enumerated, either closed or open (see VEC Specicification)"@en; rdfs:label "Enumeration"@en . vec: rdf:type owl:Ontology; rdfs:comment "\nThis file is provided under the terms of the MIT license reproduced here.\nCopyright © 2021 prostep ivip association\n\nPermission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the \"Software\"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:\nThe above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\t\t\n\n---------------------------------------------------------------------------------------------------\n\nGenerated Ontology from VEC model. Changelog can be found at https://track.prostep.com/browse/KBLFRM.\nAttention: If this is a SNAPSHOT version, then this schema is produced by a nightly or preview build, \nis NO OFFICIAL RELEASE and can change at any time.\n\nVersion: 2.2.0\nRevision: 4ec01f46a1c020e9ba5a0ba2c5b729c9bded366e\nTimestamp: 2025-09-19\n--------------------------------------------------------------------------------------------------- \n "@en; rdfs:label "Vehicle Electric Container Ontology"@en; owl:versionIRI .