Temperature controller backup device

• US 20070080235A1
• Filed: 02/15/2006
• Published: 04/12/2007
• Est. Priority Date: 10/07/2005
• Status: Abandoned Application

• Current Assignee: Ace Glass Incorporated
• Original Assignee: Ace Glass Incorporated
• Inventors: Fulton, George
• Application Number:
  US11/354,756
• Publication Number:
  US 20070080235A1
• Time in Patent Office: Days
• US Class Current: 236/1.A
• CPC Class Codes: G05D 23/1904 variable in time

Abstract

A temperature controller device including informative display screens, predeterminable heating cycles, automated system checks and other utilities that reduces human involvement in a monitoring process. The device may be incorporated into a temperature controller or may be a separate “stand alone” unit.

Claims

1. A backup device for a heating or cooling apparatus temperature controller, the backup device being capable of a plurality of modes of operation and comprising:

a temperature sensor;

sensor input means for receiving temperature data sensed by said temperature sensor;

a microprocessor board operable to automatically control a heating or cooling apparatus temperature controller responsive to timing data and to temperature data received by said sensor input means;

a power supply and power switch;

a mode switch for enabling selection among said plurality of modes of operation;

display means including a circuit board and a display screen; and

an output power relay operable to supply or terminate power flow to a heating or cooling apparatus temperature controller responsive to commands received from said microprocessor board.

2. The backup device of claim 1 wherein said plurality of modes of operation comprise an adjust mode wherein a user interacts with prompts displayed by said display screen to establish heating or cooling process control parameters.

3. The backup device of claim 2 wherein said plurality of modes of operation further comprise a reset mode wherein a user views said display screen and reviews heating or cooling process control parameters input during said adjust mode.

4. The backup device of claim 2 wherein said plurality of modes of operation further comprise a run mode wherein the backup device controls operation of a heating or cooling apparatus temperature controller pursuant to heating or cooling process control parameters input during said adjust mode.

5. The backup device of claim 2 wherein said heating or cooling process control parameters include a target process temperature, a maximum acceptable process temperature, and a minimum acceptable process temperature.

6. The backup device of claim 2 wherein said heating or cooling process control parameters include a start delay time for delaying the start of a heating or cooling apparatus temperature controller.

7. The backup device of claim 2 wherein said heating or cooling process control parameters include a finite heating or cooling time for a heating or cooling sequence.

8. The backup device of claim 4 wherein said microprocessor board initiates a plurality of functionally different operational sequences when the backup device is in said run mode.

9. The backup device of claim 8 further comprising means for selectively overriding an operational sequence when the backup device is in said run mode.

10. The backup device of claim 9 wherein said means for selectively overriding comprise input means in communication with said circuit board of said display means.

11. The backup device of claim 9 wherein selectively overriding an operational sequence ends a current operational sequence and proceeds to a subsequent operational sequence.

12. The backup device of claim 4 wherein said microprocessor board initiates a plurality of functionally different operational sequences in said run mode.

13. The backup device of claim 8 wherein said plurality of functionally different operational sequences comprise a start delay sequence wherein said microprocessor board commands said output power relay to supply power to a heating or cooling apparatus temperature controller following a finite period of time selected by a user.

14. The backup device of claim 13 wherein said display screen alternately displays an elapsed start delay time and a start delay temperature during said start delay sequence.

15. The backup device of claim 13 wherein, when a power outage occurs during the start delay sequence, timer means controlled by said microprocessor board saves the start delay time elapsed until the power outage occurred and, when power is restored, said microprocessor board restarts the start delay sequence at the previously elapsed time.

16. The backup device of claim 8 wherein said plurality of functionally different operational sequences comprise a heating or cooling apparatus test sequence wherein the function of a heating or cooling apparatus is determined by sensing a predetermined temperature change in a medium in a predetermined period of time.

17. The backup device of claim 16 wherein said microprocessor board commands said output power relay to supply power to a heating or cooling apparatus temperature controller throughout a successful heating or cooling apparatus test sequence.

18. The backup device of claim 16 wherein said microprocessor board commands said output power relay to terminate power to a heating or cooling apparatus temperature controller in the event of a failed heating or cooling apparatus test sequence.

19. The backup device of claim 16 wherein said display screen alternately displays a heating or cooling apparatus temperature test time and temperature during said heating or cooling apparatus test sequence.

20. The backup device of claim 16 wherein said display screen displays a test sequence failure in the event of a failed heating or cooling apparatus test sequence.

21. The backup device of claim 16 wherein, when a power outage occurs during the heating or cooling apparatus test sequence, said microprocessor board restarts the heating or cooling apparatus test sequence following the power outage.

22. The backup device of claim 8 wherein said plurality of functionally different operational sequences comprise a heating apparatus warm up sequence or cooling apparatus cool down sequence wherein the sensed temperature of a medium must achieve a predetermined temperature in a finite period of time.

23. The backup device of claim 22 wherein said microprocessor board commands said output power relay to supply power to a heating or cooling apparatus temperature controller throughout a heating apparatus warm up sequence or cooling apparatus cool down sequence if the sensed temperature of a medium achieves a predetermined temperature in a finite period of time.

24. The backup device of claim 22 wherein said microprocessor board commands said output power relay to terminate power to a heating or cooling apparatus temperature controller during a heating apparatus warm up sequence or cooling apparatus cool down sequence if the sensed temperature of a medium does not achieve a predetermined temperature in a finite period of time.

25. The backup device of claim 22 wherein said display screen alternately displays a heating apparatus warm up sequence time and temperature or a cooling apparatus cool down sequence time and temperature during said heating apparatus warm up sequence or cooling apparatus cool down sequence.

26. The backup device of claim 22 wherein said display screen displays a heating apparatus warm up sequence failure or a cooling apparatus cool down sequence failure if the sensed temperature of a medium does not achieve a predetermined temperature in a finite period of time.

27. The backup device of claim 22 wherein, when a power outage occurs during a heating apparatus warm up sequence or a cooling apparatus cool down sequence, said microprocessor board starts a heating or cooling apparatus test sequence following the power outage, wherein said heating or cooling apparatus test sequence determines the function of a heating or cooling apparatus by sensing a predetermined temperature change in a medium in a predetermined period of time.

28. The backup device of claim 8 wherein said plurality of functionally different operational sequences comprise a heating apparatus heat sequence or cooling apparatus cool sequence wherein a medium is heated or cooled for a finite period of time within a predetermined temperature band.

29. The backup device of claim 28 wherein said microprocessor board commands said output power relay to supply power to a heating or cooling apparatus temperature controller throughout a heating apparatus heat sequence or cooling apparatus cool sequence if the sensed temperature of a medium remains within said predetermined temperature band during said finite period of time.

30. The backup device of claim 28 wherein said microprocessor board commands said output power relay to terminate power to a heating or cooling apparatus temperature controller during a heating apparatus heat sequence or cooling apparatus cool sequence if the sensed temperature of a medium falls without said predetermined temperature band during said finite period of time.

31. The backup device of claim 28 wherein said display screen alternately displays a heating apparatus warm up sequence time and temperature or a cooling apparatus cool down sequence time and temperature during said heating apparatus heat sequence or cooling apparatus cool sequence.

32. The backup device of claim 28 wherein said display screen displays successful completion of a heating apparatus heat sequence or a cooling apparatus cool sequence if the sensed temperature of a medium remains within said predetermined temperature band during said finite period of time.

33. The backup device of claim 28 wherein said display screen displays unsuccessful completion of a heating apparatus heat sequence or a cooling apparatus cool sequence if the sensed temperature of a medium falls without said predetermined temperature band during said finite period of time.

34. The backup device of claim 28 wherein, when a power outage occurs during a heating apparatus heat sequence or a cooling apparatus cool sequence, timer means controlled by said microprocessor board saves the heating apparatus heat sequence or the cooling apparatus cool sequence time elapsed until the power outage occurred and, when power is restored, said microprocessor board restarts the heating apparatus heat sequence or cooling apparatus cool sequence at the previously elapsed time if the heating apparatus heat sequence or the cooling apparatus cool sequence remained within said predetermined temperature band during the power outage.

35. The backup device of claim 28 wherein said microprocessor board commands said output power relay to terminate power to a heating or cooling apparatus temperature controller if the heating apparatus heat sequence or the cooling apparatus cool sequence fell without said predetermined temperature band during the power outage.

36. The backup device of claim 1 wherein the backup device and cooling apparatus temperature controller are contained within different housings.

37. The backup device of claim 1 wherein the backup device and cooling apparatus temperature controller are contained within the same housing.

38. A backup device for a heating or cooling apparatus temperature controller, the backup device being capable of a plurality of modes of operation and comprising:

a temperature sensor;

sensor input means for receiving temperature data sensed by said temperature sensor;

a microprocessor board operable to automatically control a heating or cooling apparatus temperature controller responsive to timing data and to temperature data received by said sensor input means;

a power supply and power switch;

a mode switch for enabling selection among said plurality of modes of operation;

display means including a circuit board and a display screen; and

an output power relay operable to supply or terminate power flow to a heating or cooling apparatus temperature controller responsive to commands received from said microprocessor board,

wherein said microprocessor board initiates at least one of a plurality of functionally different operational sequences when the backup device is in a run mode of operation in which the backup device controls operation of a heating or cooling apparatus temperature controller pursuant to heating or cooling process control parameters established by a user, said functionally different operational sequences being selected from the group consisting essentially of;

a start delay sequence wherein said microprocessor board commands said output power relay to supply power to a heating or cooling apparatus temperature controller following a finite period of time selected by a user;

a heating or cooling apparatus test sequence wherein the function of a heating or cooling apparatus is determined by sensing a predetermined temperature change in a medium in a predetermined period of time;

a heating apparatus warm up sequence or cooling apparatus cool down sequence wherein the sensed temperature of a medium must achieve a predetermined temperature in a finite period of time; and

a heating apparatus heat sequence or cooling apparatus cool sequence wherein a medium is heated or cooled for a finite period of time within a predetermined temperature band.

39. The backup device of claim 38 further comprising means for selectively overriding an operational sequence when the backup device is in said run mode.

40. The backup device of claim 39 wherein said means for selectively overriding comprise input means in communication with said circuit board of said display means.

41. The backup device of claim 39 wherein selectively overriding an operational sequence ends a current operational sequence and proceeds to a subsequent operational sequence.