초록 ▼

A system and method is provided, which monitors multiple pressure readings of the compactor assembly during each of one or more compaction cycles, and upon request, graphically displays the monitored information corresponding to one or more of the compaction cycles, thereby providing a visual indica

A system and method is provided, which monitors multiple pressure readings of the compactor assembly during each of one or more compaction cycles, and upon request, graphically displays the monitored information corresponding to one or more of the compaction cycles, thereby providing a visual indication of the operational status of the waste compactor container.

대표청구항 ▼

A system and method is provided, which monitors multiple pressure readings of the compactor assembly during each of one or more compaction cycles, and upon request, graphically displays the monitored information corresponding to one or more of the compaction cycles, thereby providing a visual indica

A system and method is provided, which monitors multiple pressure readings of the compactor assembly during each of one or more compaction cycles, and upon request, graphically displays the monitored information corresponding to one or more of the compaction cycles, thereby providing a visual indication of the operational status of the waste compactor container. cording medium to record data communications with the external apparatus. 7. A vehicle controller as in claim 3, wherein the self-diagnostic program further comprises a fault detection object for detecting a fault of the diagnosis object, and wherein the service execution object obtains detection information as fault information by requesting, as required, detection information in relation to the fault detection from the fault detection object.8. A vehicle controller as in claim 1, further comprising: a computer-readable recording medium to record data communications with the external apparatus. 9. A vehicle controller with an information providing function to reach and output, upon request from an external apparatus, information about controlled vehicle using an object-oriented service program, said controller object-oriented service program comprising: a service execution object prepared for each of plural vehicle information groups to each obtain a respectively predetermined aggregation of vehicle information data; and a service management object for data communication with the external apparatus, by determining, upon an information request from the external apparatus, an appropriate service execution object, issuing a drive instruction to the thus determined service execution object and outputting vehicle information obtained by that service execution object to the external apparatus. 10. A vehicle controller as in claim 9, wherein a vehicle information group is an aggregation of vehicle information pieces having a high possibility of simultaneous change based on a pattern of changing vehicle information pieces.11. A vehicle controller as in claim 10, wherein a vehicle information group is defined as an aggregation of vehicle information pieces determined depending on at least one of legislation or vehicle manufacturer requirements.12. A vehicle controller as in claim 11, wherein an information request from the external apparatus includes at least identification data for identifying a vehicle information group, and the service execution object determines the appropriate service execution object based on the identification data.13. A vehicle controller as in claim 11, including a self-diagnostic program for storing fault information based on a fault detection result of a diagnosis object, and wherein the service execution object obtains the fault information as vehicle information.14. A vehicle controller as in claim 10, wherein an information request from the external apparatus includes at least identification data for identifying a vehicle information group, and the service execution object determines the appropriate service execution object based on the identification data.15. A vehicle controller as in claim 10, including a self-diagnostic program for storing fault information based on a fault detection result of a diagnosis object, and wherein the service execution object obtains the fault information as vehicle information.16. A vehicle controller as in claim 9, wherein an information request from the external apparatus includes at least identification data for identifying a vehicle information group, and the service execution object determines the appropriate service execution object based on the identification data.17. A vehicle controller as in claim 16, wherein an information request from the external apparatus further includes designation date for designating vehicle information within a vehicle information group, the service management object outputs the designation data together with a drive instruction and the service execution object obtains said vehicle information from a vehicle information group based on the designation data output from the service management object.18. A vehicle controller as in claim 17, including a self-diagnostic program for storing fault information based on a fault detection result of a diagnosis object, and wherein the service execution object obtains the fault information