Wireless engine-generator systems digital assistant

• US 6,631,310 B1
• Filed: 09/15/2000
• Issued: 10/07/2003
• Est. Priority Date: 09/15/2000
• Status: Active Grant

• Current Assignee: General Electric Company
• Original Assignee: General Electric Company
• Inventors: Leslie, David S.
• Primary Examiner(s): Picard, Leo
• Assistant Examiner(s): Bahta, Kidest
• Application Number:
  US09/663,452
• Time in Patent Office: 1,117 Days
• Field of Search: 700/293.66, 700/292, 700/286, 700/22, 700/297, 700/168, 322/25, 361/95, 702/57, 702/62, 702/67, 713/340
• US Class Current: 700/292
• CPC Class Codes: H02P 9/00 Arrangements for controlling electric generators for the purpose of obtaining a desired output

Abstract

Using a personal digital assistant (PDA) to collect operational data for analysis on computers from systems including engine-generator controllers and the downloading of operational parameters to engine-generator controllers is described. The engine-generator controllers control at least one engine-generator set. A method for using the PDA includes the steps of configuring the controller with a communications service manager to enable communications with the PDA and configuring the PDA to display engine-generator operational data. The method of collection and downloading continues by transferring operational parameters from the computer to the PDA, downloading the operational parameters from the PDA to the controller, uploading operational data from the controller to the PDA and transferring operational parameters from the PDA to the computer.

Claims

1. A method for collecting operational data for analysis on a computer from and downloading operational parameters to an engine-generator controller configured to control at least one engine-generator set using a personal digital assistant (PDA), said method comprising the steps of:

transferring operational parameters from the computer to the PDA;

downloading the operational parameters from the PDA to the engine-generator controller;

uploading operational data from the engine-generator controller to the PDA; and

transferring operational data from the PDA to the computer.

2. A method according to claim 1 wherein said step of downloading the operational parameters further comprises the step of selecting an engine-generator controller to receive the operational parameters.

3. A method according to claim 1 wherein said step of downloading the operational parameters further comprises the step of verifying a successful download using a data checking mechanism.

4. A method according to claim 1 wherein said step of uploading operational data further comprises the step of utilizing an engine-generator set identifier to verify that the correct engine-generator set has received the operational parameters.

5. A method according to claim 1 wherein said step of uploading operational data further comprises the step of displaying operational data in chronological order.

6. A method according to claim 1 wherein said step of uploading operational data further comprises the step of displaying operational data grouped by engine-generator set.

7. A method according to claim 1 wherein said step of configuring the personal digital assistant (PDA) further comprises the step of selecting allowable ranges for the operational data.

8. A method according to claim 7 wherein said step of selecting allowable ranges for the operational data further comprises the step of displaying out of range operational data values in a color different than a color used for displaying data having within range operational data values allowing for easy detection of out of range values.

9. A method according to claim 1 wherein said step of uploading operational data further comprises the step of displaying operational data grouped by engine-generator set.

10. A method according to claim 1 wherein said step of transferring operational parameters further comprises the step of configuring the engine-generator controller with a communications service manager to enable communications with the personal digital assistant.

11. A method according to claim 1 wherein said step of transferring operational parameters further comprises the step of configuring the personal digital assistant to display engine-generator set operational data.

12. A personal digital assistant (PDA) configured to upload operational data from an engine-generator controller controlling at least one engine-generator set, download operational parameters to the engine-generator controller and further configured to transfer engine-generator set data to and from a computer, said PDA comprising:

a central processing unit (CPU) and memory contained in a portable, handheld, battery-powered electronic computing device for processing instructions;

an interface connected to said CPU for communications with engine-generator controllers;

an interface connected to said CPU for communications with a computer;

a display for displaying engine-generator set data; and

a keypad for entering instructions.

13. A PDA according to claim 12 further configured to select an engine-generator set to receive the operational parameters.

14. A PDA according to claim 12 further configured to verify a successful download to the engine-generator controller using a data checking mechanism.

15. A PDA according to claim 12 further configured to verify an engine-generator set identifier to verify the correct engine-generator set has received the downloaded operational parameters.

16. A PDA according to claim 12 further configured to display operational data uploaded from the engine-generator controller in chronological order.

17. A PDA according to claim 12 wherein said step of uploading operational data further comprises the step of displaying operational data grouped by engine-generator set.

18. A PDA according to claim 12 further configured to allow selection of allowable ranges for the operational data.

19. A PDA according to claim 18 further configured to display out of range operational data values in a color different than a color used for displaying data having within range operational data values allowing for easy detection of out of range values.

20. A PDA according to claim 12 further configured to date and time stamp data uploaded from the engine-generator controller.

21. A PDA according to claim 12 wherein said interface connected to said CPU for communications with engine-generator controllers is configured to be a wireless interface.

22. A PDA according to claim 12 wherein said interface connected to said CPU for communications with a computer is configured to be a wireless interface.

23. An engine-generator system configured for the programming of operational parameters and the collection and analysis of operational data from said system, said system comprising:

at least one engine-generator set;

an engine-generator controller configured to control said at least one engine-generator set and further configured with an interface for receiving and transmitting data from and to an external source;

a computer configured to store and analyze engine-generator set operational data and store engine-generator set parameters; and

a personal digital assistant (PDA) configured to receive and transmit operational data and operational parameters to and from said computer and said engine-generator controller.

24. An engine-generator system according to claim 23 wherein said computer is configured with a spreadsheet for analysis of engine-generator set operational data.

25. An engine-generator system according to claim 23 wherein said computer is configured with a database for analysis of engine-generator set operational data.

26. An engine-generator system according to claim 23 wherein said computer is configured to print engine-generator set operational data in a report format.

27. An engine-generator system according to claim 23 wherein said engine-generator controller interface is configured to be a wireless interface.

28. An engine-generator system according to claim 23 wherein said PDA is configured to select one of said engine-generator sets to receive the operational parameters.

29. An engine-generator system according to claim 23 wherein said PDA is configured to verify a successful download to said engine-generator controller using a data checking mechanism.

30. An engine-generator system according to claim 23 wherein said PDA is configured to verify an engine-generator set identifier to verifying the correct said engine-generator set has received downloaded operational parameters.

31. An engine-generator system according to claim 23 wherein said PDA is configured to display operational data uploaded from said engine-generator controller in chronological order.

32. An engine-generator system according to claim 31 wherein said PDA is configured to display out of range operational data values in a color different than a color used for displaying data having within range operational data values allowing for easy detection of out of range values.

33. An engine-generator system according to claim 23 wherein said PDA is configured to date and time stamp data uploaded from said engine-generator controller.

34. An engine-generator system according to claim 23 wherein said computer is configured to display and store an identifier of a user who has transferred data from said PDA.

35. A portable, handheld, battery-powered electronic computing device configured to upload operational data from an engine-generator controller controlling at least one engine-generator set, download operational parameters to the engine-generator controller and further configured to transfer engine-generator set data to and from a computer, said device comprising:

a central processing unit (CPU) and memory for processing instructions;

a wireless interface connected to said CPU for communicating with engine-generator controllers when said device is proximate the engine-generator controller;

a wireless interface connected to said CPU for communications with a computer;

a display for displaying engine-generator set data; and

a keypad for entering instructions.

36. A portable, handheld, battery-powered electronic computing device according to claim 35 further configured to select an engine-generator set to receive the operational parameters.

37. A portable, handheld, battery-powered electronic computing device according to claim 35 further configured to verify a successful download to the engine-generator controller using a data checking mechanism.

38. A portable, handheld, battery-powered electronic computing device according to claim 35 further configured to verify an engine-generator set identifier to verify the correct engine-generator set has received the downloaded operational parameters.

39. A portable, handheld, battery-powered electronic computing device according to claim 35 further configured to display operational data uploaded from the engine-generator controller in chronological order.

40. A portable, handheld, battery-powered electronic computing device according to claim 35 wherein said step of uploading operational data further comprises the step of displaying operational data grouped by engine-generator set.

41. A portable, handheld, battery-powered electronic computing device according to claim 35 further configured to allow selection of allowable ranges for the operational data.

42. A portable, handheld, battery-powered electronic computing device according to claim 41 further configured to display out of range operational data values in a color different than a color used for displaying data having within range operational data values allowing for easy detection of out of range values.

43. A portable, handheld, battery-powered electronic computing device according to claim 35 further configured to date and time stamp data uploaded from the engine-generator controller.