Remote management of retail petroleum equipment

• US 20010034567A1
• Filed: 01/16/2001
• Published: 10/25/2001
• Est. Priority Date: 01/20/2000
• Status: Abandoned Application

• Current Assignee: Tokheim Sas (Cognetas LLP)
• Original Assignee: Tokheim Sas (Cognetas LLP)
• Inventors: Smith, Daniel S., Allen, Marc L.
• Application Number:
  US09/761,271
• Publication Number:
  US 20010034567A1
• Time in Patent Office: Days
• US Class Current: 700/283
• CPC Class Codes: G06F 8/65 Updates security arrangements therefor G06F21/57
• CPC Class Codes: G06Q 10/10 Office automation; Time management
• CPC Class Codes: H04L 41/0213 Standardised network management protocols, e.g. simple network management protocol [SNMP]

Abstract

A network management system remotely manages a fuel dispensing network comprising a plurality of refueling stations each including several fuel dispensing assemblies. The network management functions include reconfiguring the fuel dispensing equipment, downloading software updates, monitoring the status and performance of the fuel dispensing equipment, performing diagnostic and troubleshooting procedures, and scheduling maintenance calls and other servicing activity in response to the diagnostic evaluations. The management application performs its various network management functions in conjunction with a plurality of dedicated software agents each resident at a respective refueling station.

Claims

1. A system, comprising:

a plurality of fuel dispenser sites each having a plurality of fuel dispenser positions;

a system administrator to provide remote management of said plurality of fuel dispenser sites;

a plurality of agent facilities, each agent facility associated with a respective fuel dispenser site to operatively cooperate with said system administrator in the management of the respective fuel dispenser site; and

a connection between said system administrator and said plurality of fuel dispenser sites.

2. The system as recited in

claim 1

, wherein said system administrator enabling the execution of at least one management task, said at least one management task including at least one of downloading software relating to a fuel dispenser site activity, downloading software relating to a fuel dispenser position activity, downloading reconfiguration information, updating and/or modifying software resident at a fuel dispenser site, reconfiguring at least one fuel dispenser site and/or at least one fuel dispenser position, monitoring at least one of fuel dispensing operation, fuel dispenser site status and fuel dispenser position status, issuing commands to enable control of a fuel dispensing operation, evaluating diagnostic information operatively received from a fuel dispenser site, and scheduling at least one of a software download, a configuration download, and a service call in response to the diagnostic information evaluation.

3. The system as recited in

claim 1

, wherein said system administrator enabling the execution of a troubleshooting operation, said troubleshooting operation comprising receiving diagnostic information from at least one fuel dispenser site, evaluating the received diagnostic information, and generating a site servicing decision based upon the evaluation.

4. The system as recited in

claim 3

, wherein the generation of the site servicing decision comprises generating a service request when the evaluation indicates the occurrence of at least one servicing event.

5. The system as recited in

claim 3

, wherein the generation of the site servicing decision comprises scheduling tasks including at least one of a software upgrade, a software modification, and a fuel dispenser site component reconfiguration, wherein the scheduled tasks being performed by said system administrator.

6. The system as recited in

claim 3

, wherein the generation of the site servicing decision comprises generating an electronic service call ticket and forwarding the service call ticket to a service facility.

7. The system as recited in

claim 3

, further comprises:

a storage facility operatively associated with said system administrator, said storage facility for storing at least one of the received diagnostic information, the diagnostic evaluation results, and the generated site servicing decision.

8. The system as recited in

claim 1

, wherein at least one fuel dispenser position further comprises:

an interface device enabling at least one of the entry of information, the viewing of entered information, the viewing of information provided to the one fuel dispenser position, and the selection of refueling control parameters.

9. The system as recited in

claim 1

, wherein said system administrator enabling the execution of at least one refueling control management task, said at least one refueling control management task including at least one of receiving a refueling request, receiving a refueling control parameter selection, processing at least one of the refueling request and the refueling control parameter selection, and issuing refueling control commands in accordance with the processing operation.

10. The system as recited in

claim 1

, wherein said system administrator comprises a management application computer, and wherein at least one agent facility comprises a software process.

11. The system as recited in

claim 1

, wherein said connection comprises a network enabling communication among said plurality of fuel dispenser sites.

12. The system as recited in

claim 1

, wherein said connection comprises an internet, wherein at least one fuel dispenser site being enabled for internet communications.

13. The system as recited in

claim 12

, wherein said internet comprises the Internet enabling access to the World Wide Web.

14. A management system for use with a fuel dispenser environment, said fuel dispenser environment comprising a plurality of fuel dispenser locations each having a plurality of fuel dispenser positions, said management system comprising:

a remote management application facility, said management application facility enabling the execution of at least one management task involving at least one fuel dispenser location;

a plurality of interface means each operatively associated with a respective fuel dispenser location, each interface means operatively acting in cooperation with said management application facility to manage at least one of the fuel dispenser positions associated therewith; and

a means to connect said management application facility with at least one fuel dispenser location.

15. The management system as recited in

claim 14

, wherein at least one interface means further comprises a software agent.

16. The management system as recited in

claim 14

, wherein said management application facility comprises at least one server, and wherein at least one interface means comprises a client machine.

17. The management system as recited in

claim 14

, wherein at least one interface means further comprises an agent machine operatively arranged in a network configuration with the fuel dispenser positions associated therewith.

18. The management system as recited in

claim 14

, wherein the at least one management task executable by said management application facility including at least one of downloading software relating to a fuel dispenser location activity, downloading software relating to a fuel dispenser position activity, downloading reconfiguration information, updating and/or modifying software resident at a fuel dispenser location, reconfiguring at least one fuel dispenser location and/or at least one fuel dispenser position, monitoring at least one of fuel dispensing operation, fuel dispenser location status and fuel dispenser position status, issuing commands to enable control of a fuel dispensing operation, evaluating diagnostic information operatively received from a fuel dispenser location, and scheduling at least one of a software download, a configuration download, and a service call in response to the diagnostic information evaluation.

19. The management system as recited in

claim 14

, wherein said management application facility enabling the execution of at least one refueling control management task, said at least one refueling control management task including at least one of receiving a refueling request, receiving a refueling control parameter selection, processing at least one of the refueling request and the refueling control parameter selection, and issuing refueling control commands in accordance with the processing operation.

20. The management system as recited in

claim 14

, wherein said management application facility enabling the execution of a troubleshooting operation, said troubleshooting operation comprising receiving diagnostic information from at least one fuel dispenser location, evaluating the received diagnostic information, and generating a dispenser location servicing decision based upon the evaluation.

21. The management system as recited in

claim 20

, wherein the generation of the dispenser location servicing decision comprises generating a service request when the evaluation indicates the occurrence of at least one servicing event.

22. The management system as recited in

claim 14

, wherein said connection means includes a network.

23. A system for use with a fuel dispenser environment, said fuel dispenser environment comprising a plurality of fuel dispenser sites each having a plurality of fuel dispenser positions, said system comprising:

a remote network management facility, said network management facility being operatively arranged in a network configuration with at least one fuel dispenser site, said network management facility enabling the management of at least one fuel dispenser site;

a plurality of agent systems, each agent system associated with a respective fuel dispenser site and disposed to enable operative communication with at least one fuel dispenser position associated therewith; and

a means for enabling communication between said network management facility and at least one fuel dispenser site.

24. The system as recited in

claim 23

, wherein at least one agent system being operatively arranged in a network management configuration with the fuel dispenser positions associated therewith.

25. The system as recited in

claim 23

, wherein said network management facility enabling the execution of at least one management task, said at least one management task including at least one of downloading software relating to a fuel dispenser site activity, downloading software relating to a fuel dispenser position activity, downloading reconfiguration information, updating and/or modifying software resident at a fuel dispenser site, reconfiguring at least one fuel dispenser site and/or at least one fuel dispenser position, monitoring at least one of fuel dispensing operation, fuel dispenser site status and fuel dispenser position status, issuing commands to enable control of a fuel dispensing operation, evaluating diagnostic information operatively received from a fuel dispenser site, and scheduling at least one of a software download, a configuration download, and a service call in response to the diagnostic information evaluation.

26. The system as recited in

claim 23

, wherein said network management facility enabling the execution of a troubleshooting operation, said troubleshooting operation comprising receiving diagnostic information from at least one fuel dispenser site, evaluating the received diagnostic information, and generating a site servicing decision based upon the evaluation.

27. The system as recited in

claim 26

, wherein the generation of the site servicing decision comprises generating a service request when the evaluation indicates the occurrence of at least one servicing event.

28. The system as recited in

claim 26

, wherein the generation of the site servicing decision comprises scheduling tasks including at least one of a software upgrade, a software modification, and a fuel dispenser site component reconfiguration, wherein the scheduled tasks being performed by said network management facility.

29. The system as recited in

claim 23

, wherein said network management facility enabling the execution of at least one refueling control management task, said at least one refueling control management task including at least one of receiving a refueling request, receiving a refueling control parameter selection, processing at least one of the refueling request and the refueling control parameter selection, and issuing refueling control commands in accordance with the processing operation.

30. A method for use with a fuel dispenser environment, said fuel dispenser environment comprising a plurality of fuel dispenser sites each having a plurality of fuel dispenser positions, said method comprising the steps of:

remotely executing management operations involving at least one fuel dispenser site, said management operations comprising at least one of;

downloading software relating to a fuel dispenser site activity,

downloading software relating to a fuel dispenser position activity,

downloading reconfiguration information,

updating and/or modifying software resident at a fuel dispenser site,

reconfiguring at least one fuel dispenser site and/or at least one fuel dispenser position,

monitoring at least one of fuel dispensing operation, fuel dispenser site status, and fuel dispenser position status,

controlling a fuel dispensing operation,

evaluating diagnostic information operatively received from a fuel dispenser site, and

scheduling at least one of a software download, a configuration download, and a service call in response to the diagnostic information evaluation.

31. The method as recited in

claim 30

, wherein said management operations further comprise generating a site servicing decision based upon the diagnostic information evaluation.

32. The method as recited in

claim 30

, wherein the fuel dispensing operation control step further comprises the steps of:

receiving at least one of a refueling request and a refueling control parameter selection;

processing at least one of the refueling request and the refueling control parameter selection; and

issuing refueling control commands in accordance with the processing operation.

33. The method as recited in

claim 30

, wherein the step of remotely executing management operations further comprises the steps of:

providing a remote network management application facility;

providing at least one agent facility each operatively associated with a respective fuel dispenser site, each agent facility operatively acting in cooperation with said network management application facility to manage at least one of the fuel dispenser positions associated therewith; and

connecting said network management application facility with at least one fuel dispenser site.