This clause shows different examples of how to instantiate the SAREF4LIFT extension of SAREF.

The example presented in Figure 6 demonstrates how to represent information from group name SLIdentification as described in ETSI TS 103 735, Clause 6.2a.

We defined two new global identifiers of respective smart lifts installations (`mailto:lift.1415@company1.com` and `mailto:lift.1416@company1.com`) and the global identifier of the associated group (`mailto:group.10354@company1.com`).

Through the object properties s4lift:isMasterInGroup and s4lift:isSecondaryinGroup it is possible to define the importance level of each identifier.

Figure 6: Smart Lift installation identification example.

The example presented in Figure 7 demonstrates how to represent administrative information associated with a s4lift:SmartLiftInstallation as described in ETSI TS 103 735, Clause 6.3.

The individual `mailto:lift.1415@company1.com` is subclass of both s4lift:SmartLiftInstallation and s4lift:PassengerAndGoodsPassengerSmartLift concepts in order to specify precisely the type of smart lift. Then, data properties describing the installation are provided and associated with it.

Figure 7: Administrative Information example.

Finally, the example presented in Figure 8 demonstrates how to represent information from group name SLInstallation as described in ETSI TS 103 735, Clause 6.4.

As shown in Figure 6 and Figure 7, the installation labelled as `mailto:lift.1415@company1.com` is associated with the respective group and the related administrative information are defined.

Here we show how the load capacity is defined through the definition of a the s4lift:carloadlimit property (linked through the s4lift:hasCarLoadLimit object property) that is associated with the related saref:Measurement (s4lift:CarLoadLimitMeasurement).

Then, both the main power supply and the standard power supply are defined.

The s4lift:mainPowerSupply individual instantiates both the s4lift:ElectricalConnectionPoint and s4lift:ThreePhaseConnectionPoint concepts, it is associated with the measure property (s4lift:mainPowerSupplyVoltage) that in turn relates to the saref:Measurement individual s4lift:mainPowerSupplyVoltageMeasurement.

Similarly, the s4lift:standardPowerSupply individual instantiates both the s4lift:ElectricalConnectionPoint and s4lift:SinglePhaseConnectionPoint concepts, it is associated with the measure property (s4lift:standardPowerSupplyVoltage) that in turn relates to the saref:Measurement individual s4lift:standardPowerSupplyVoltageMeasurement.

Figure 8: Smart Lift Installation example.
Figure 9: Smart Lift General Configuration Example.
Figure 10: General Signals Example.
Figure 11: Status Signals Example.
Figure 12: Statistic Signals Example.
Figure 13: Fault Signals Example.
Figure 14: General Command Example.
Figure 15: Power Supply Signals Example.
Figure 16: Bidirectional Communication System Configuration Example.
Figure 17: Bidirectional Communication System Alarms Example.
Figure 18: Bidirectional Communication System Signals Example.