Sign board lighting control system

• US 5,254,908 A
• Filed: 04/08/1992
• Issued: 10/19/1993
• Est. Priority Date: 04/08/1992
• Status: Expired due to Term

• Current Assignee: Profile Systems An Indiana Joint Venture
• Original Assignee: Profile Systems, LLC
• Inventors: Florin, Robert C., Little, Joseph H., Alt, Larry G., Oesterle, Richard C.
• Primary Examiner(s): MOTTOLA, STEVEN J
• Application Number:
  US07/865,108
• Time in Patent Office: 559 Days
• Field of Search: 315/153, 315/210, 315/312, 315/313, 315/314, 315/315, 340/906, 340/825.36, 340/825.49
• US Class Current: 315/312
• CPC Class Codes: H05B 47/19 via wireless transmission

Abstract

A sign board lighting control system for remotely controlling the lighting of a plurality of sign boards includes a radio transmitting device at a central location, and a radio receiving device and a lighting control unit at each sign board location. During set-up of a sign board, programming signals designating the mode of operation and the location of the sign board are transmitted by radio to the control unit associated with each sign board. Subsequently, timing signals containing a multiple-digit computer generated code designating the time of day and the time of sunrise and sunset on a particular day within particular latitudinal zones are transmitted by radio to the control units of all sign boards. Each lighting control unit interprets and responds to the timing signals in accordance with previously received programming signals to control the illumination of the sign board in accordance with a predetermined lighting protocol.

Claims

1. A system for controlling the illumination of each one of a plurality of sign boards in accordance with predetermined lighting protocols, assigned to each sign board, each protocol requiring predetermined on and off times, comprising:

transmission means for transmitting at least one reference signal;

a lighting control unit associated with each, sign board, each said lighting control unit including receiver means for receiving each said transmitted reference signal, timing means responsive to each said received reference signal for initiating a predetermined timing period and sign lighting circuit means responsive to said timing means for controlling the application of operating current to the illuminating means of each said sign board following said timing period, whereby each said sign board is illuminated in accordance with its respective lighting protocol.

2. A system for controlling the illumination of a plurality of sign boards as defined in claim 1 wherein the sign boards are disposed in diverse geographic locations and wherein said timing period is dependent upon the geographic location of said sign board.

3. A system for controlling the illumination of a plurality of sign boards as defined in claim 1 wherein said transmission means and said receiver means comprise conventional paging or beeper systems.

4. A system for controlling the illumination of a plurality of sign boards as defined in claim 1, wherein at least one of said reference signals is transmitted by said transmission means at a predetermined time corresponding to sunset or sunrise at a predetermined geographic location.

5. A system for controlling the illumination of a plurality of sign boards as defined in claim 4, wherein said predetermined geographic location is disposed approximately along the east coast of the continental Unites States.

6. A system for controlling the illumination of a plurality of sign boards as defined in claim 1, wherein said transmission means further includes means for transmitting at least one lighting protocol programming signal to each said sign board, said sign board control unit further includes means for receiving each said programming signal and said timing period is dependent upon said received programming signal.

7. A system for controlling the illumination of a plurality of sign boards as defined in claim 6, wherein each said programming signal includes an address unique to one of said sign boards.

8. A system for controlling the illumination of a plurality of sign boards as defined in claim 1 wherein at least one of said transmitted reference signals is transmitted by said transmission means at a predetermined local time at a predetermined geographic location.

9. A system for controlling the illumination of a plurality of sign boards as defined in claim 8, wherein said predetermined geographic location is located in the eastern time zone of the continental United States.

10. A system for controlling the illumination of a plurality of sign boards as defined in claim 1, wherein data identifying the geographic location of each said sign board is stored in a computer memory device.

11. A system for controlling the illumination of a plurality of sign boards as defined in claim 1, wherein said timing means comprises a microprocessor device.

12. A system for controlling the illumination of a plurality of sign boards as defined in claim 1, wherein at least one of said sign boards includes a plurality of faces and wherein the illumination of at least one of said faces is independently controlled.

13. A system for controlling the illumination of a plurality of sign boards equipped with a lighting system in accordance with a predetermined lighting protocol assigned to each sign board requiring predetermined on and off times, comprising:

transmission means for transmitting at least one reference signal and at least one programming signal, a lighting control unit associated with each sign board, each said lighting control unit including receiver means for receiving said transmitted reference signals and said transmitted programming signals, timing means responsive to a received reference signal for initiating a predetermined timing period, said predetermined timing period being determined by a said received programming signal and sign lighting control circuit means responsive to said timing means for controlling the application of operating current to the lighting system of said sign board following said timing period, whereby each said sign board is caused to be illuminated in accordance with its respective predetermined lighting protocol.

14. A system for controlling the illumination of a plurality of sign boards as defined in claim 13 wherein the sign boards are disposed in diverse geographic locations and wherein said timing period is dependent upon the geographic location of said sign board.

15. A system for controlling the illumination of a plurality of sign boards as defined in claim 13, wherein said transmission means and said receiver means comprise conventional paging or beeper systems.

16. A system for controlling the illumination of a plurality of sign boards as defined in claim 13 wherein at least one of said reference signals is transmitted by said transmission means at a predetermined time corresponding to sunset or sunrise at a predetermined geographic location.

17. A system for controlling the illumination of a plurality of sign boards as defined in claim 16, wherein said predetermined geographic location is disposed approximately along the east coast of the continental United States.

18. A system for controlling the illumination of a plurality of sign boards as defined in claim 13, wherein each said programming signal includes an address unique to at least one signal board.

19. A system for controlling the illumination of a plurality of sign boards as defined in claim 13 wherein at least one of said transmitted reference signals is transmitted by said transmission means at a predetermined local time at a predetermined geographic location.

20. A system for controlling the illumination of a plurality of sign boards as defined in claim 19, wherein said predetermined geographic location is in the eastern time zone of the continental United States.

21. A system for controlling the illumination of a plurality of sign boards as defined in claim 14, wherein data identifying the geographic location of each said sign board is stored in a computer memory device.

22. A system for controlling the illumination of a plurality of sign boards as defined in claim 13, wherein said timing means comprises a microprocessor device.

23. A system for controlling the illumination of a plurality of sign boards as defined in claim 13, wherein at least one of said sign boards comprises a plurality of faces and wherein the illumination of at least one of said faces is independently controlled.

24. A lighting control device operable from a received reference signal for controlling the illumination of a sign board in accordance with a predetermined lighting protocol requiring predetermined on and off times, comprising:

radio receiver means for receiving at least one reference signal, timing means responsive to a received reference signal for initiating a predetermined timing period and sign lighting control circuit means responsive to said timing means for controlling the application of operating current to a lighting means of said sign board following said timing period, whereby said sign board is caused to be illuminated in accordance with its lighting protocol, said reference signal controlling a plurality of sign boards.

25. A lighting control device for controlling the illumination of a sign board as defined in claim 24 wherein the sign board is one of a plurality of sign boards disposed in diverse geographic locations and wherein said timing period is dependent upon the geographic location of said sign board.

26. A lighting control device for controlling the illumination of a sign boards as defined in claim 25, wherein said receiver means comprises a conventional paging or beeper receiving apparatus.

27. A lighting control device for controlling the illumination of a sign board as defined in claim 24 wherein at least one of said reference signals is transmitted at a predetermined time corresponding to sunset or sunrise at a predetermined geographic location.

28. A lighting control device for controlling the illumination of a sign board as defined in claim 27, wherein said predetermined geographic location is disposed approximately along the east coast of the Continental United States.

29. A lighting control device for controlling the illumination of a sign board as defined in claim 24, wherein each said reference signal includes a lighting protocol programming signal portion, said control device further including means for receiving said programming signal portion, and said timing portion is dependent upon said programming signal portion of each said received reference signal.

30. A lighting control device for controlling the illumination of a sign board as defined in claim 29, wherein said programming signal portion includes an address unique to at least one sign board.

31. A lighting control device for controlling the illumination of a sign board as defined in claim 24 wherein said reference signal is transmitted at a predetermined local time at a predetermined location.

32. A lighting control device for controlling the illumination of a sign board as defined in claim 31 wherein said predetermined location is in the eastern time zone of the continental United States.

33. A lighting control device for controlling the illumination of a sign board as defined in claim 25, wherein data identifying each of said geographic locations are stored in a computer memory device.

34. A lighting control device for controlling the illumination of a sign board as defined in claim 24, wherein said sign board comprises a plurality of faces and wherein the illumination of at least one of said faces is independently controlled by a said received reference signal.

35. A lighting control device operable upon receiving at least one transmitted reference signal and at least one transmitted programming signal to control the illumination of a sign board in accordance with a predetermined lighting protocol assigned to said sign board requiring predetermined on an off times, comprising:

radio receiver means for receiving said transmitted reference and programming signals, timing means responsive to a said received reference signal for initiating a predetermined timing period, said predetermined timing period determined by a said transmittted and received programming signal, and sign lighting control circuit means responsive to said timing means for controlling the application of operating current to lighting means on each said sign board following said timing period;

whereby each said sign board is illuminated in accordance with its respective lighting protocol, said reference signal controlling a plurality of sign boards.

36. A lighting control device for controlling the illumination of a sign board as defined in claim 35 wherein the sign board is one of a plurality of sign boards disposed in diverse geographic locations and wherein said timing period is dependent upon the geographic location of said sign board.

37. A lighting control device for controlling the illumination of a sign board as defined in claim 35, wherein said radio receiver means comprises a conventional paging or beeper receiving apparatus.

38. A lighting control device for controlling the illumination of a sign board as defined in claim 35 wherein at least one of said reference signal is transmitted at a predetermined time corresponding to sunset or sunrise at a predetermined geographic location.

39. A lighting control device for controlling the illumination of a sign board as defined in claim 38, wherein said predetermined geographic location is disposed approximately along the east coast of the Continental United States.

40. A lighting control device for controlling the illumination of a sign board as defined in claim 38, wherein said programming signal includes an address unique to at least one of said sign boards.

41. A lighting control device for controlling the illumination of a sign board as defined in claim 35, wherein a said reference signal is transmitted at a predetermined local time at a predetermined location.

42. A lighting control device for controlling the illumination of a sign board as defined in claim 41 wherein said predetermined location is in the eastern time zone of the continental United States.

43. A lighting control device for controlling the illumination of a sign board as defined in claim 36, wherein data identifying each of said geographic locations are stored in a computer memory device.

44. A lighting control device for controlling the illumination of a sign board as defined in claim 35, wherein said sign board comprises a plurality of faces and wherein the illumination of at least one of said faces is independently controlled by received reference and programming signals.

45. A method for controlling the illumination of a selected one of a plurality of sign boards having a lighting means in accordance with a predetermined lighting protocol assigned to said selected sign board requiring predetermined on and off times, comprising:

transmitting at least one reference signal to said plurality of sign boards, receiving a transmitted reference signal at at least one selected sign board, initiating a timing period at each said selected sign board in response to the received reference signal and controlling the application of operating current to the lighting means of each said selected sign board following its timing period, whereby each said selected sign board is caused to be illuminated in accordance with its predetermined lighting protocol.

46. The method for controlling the illumination of a sign board as defined in claim 45 wherein the sign boards are dispersed in diverse geographic locations, comprising the additional step of setting the timing period according to the geographic location of the sign board.

47. The method for controlling the illumination of a sign board as defined in claim 45 wherein the transmitted reference is received by a receiver means of a conventional paging or beeper system.

48. The method for controlling the illumination of a sign board as defined in claim 45 comprising the additional step of transmitting a reference signal at predetermined times corresponding to sunrise and sunset at predetermined geographic locations.

49. The method for controlling the illumination of a sign board as defined in claim 45 comprising the additional step of transmitting a programming signal to a said selected sign board, receiving the programming signal at a said selectee sign board and setting the timing period of said selectee sign board according to the received programming signal.

50. The method for controlling the illumination of a sign board as defined in claim 49 wherein the programming signal includes an address portion unique to the selected sign board.

51. The method for controlling the illumination of a sign board as defined in claim 45 wherein at least one of the transmitted reference signals is transmitted at a predetermined local time at a predetermined location.

52. The method for controlling the illumination of a sign board as defined in claim 51 wherein said predetermined location is in the eastern time zone of the continental United States.

53. The method for controlling the illumination of a sign board a defined in claim 48 wherein said predetermined geographic locations are disposed approximately along the east coast of the continental United States.

54. The method for controlling the illumination of a sign board as defined in claim 45 further including the step of storing data identifying the geographic location of each sign board in a computer memory device.

55. The method for controlling the illumination of a sign board as defined in claim 45 wherein the timing period is initiated in a computer microprocessor device.

56. A method for controlling the illumination of a sign board as defined in claim 45 wherein a said selected sign board includes a plurality of faces and said method is effective to independently control illumination of at least one of said faces.

57. A method for controlling the illumination of a selected one of a plurality of sign boards in accordance with a predetermined lighting protocol assigned to said sign board requiring predetermined on and off times, comprising:

transmitting at least one reference signal to each of said sign boards, transmitting at least one programming signal to each said selected sign board;

receiving at least one transmitted reference signal and at least one said programming signal at each said selected sign board;

initiating a timing period at each said selected sign board in response to a received reference signal, said timing period being determined by a said received programming signal; and

controlling the application of operating current to lighting means on each selected sign board following the timing period;

whereby each selected sign board is caused to be illuminated in accordance with its respective predetermined lighting protocol.

58. The method for controlling the illumination of a sign board as defined in claim 57, wherein the sign boards are dispersed in diverse geographic locations and further comprising the additional step of setting the timing period according to the geographic location of the sign board.

59. The method for controlling the illumination of a sign board as defined in claim 57, wherein the receiving step is performed by receiver means in a conventional paging or beeper system.

60. The method for controlling the illumination of a sign board as defined in claim 57, further comprising the step of transmitting reference signals at predetermined times corresponding to sunrise and sunset at predetermined geographic locations.

61. The method for controlling the illumination of a sign board as defined in claim 57, wherein the programming signal includes an address unique to each said selected sign board.

62. The method for controlling the illumination of a sign board as defined in claim 57 wherein at least one of the transmitted reference signals is transmitted at a predetermined local time at a predetermined location.

63. The method for controlling the illumination of a sign board as defined in claim 62 wherein said predetermined location is in the eastern time zone of the continental United States.

64. The method for controlling the illumination of a sign board as defined in claim 60 wherein said predetermined geographic locations are disposed approximately along the east coast of the continental United States.

65. The method for controlling the illumination of a sign board as defined in claim 58, wherein data identifying the geographic locations of the sign boards are stored in a computer memory device.

66. The method for controlling the illumination of a sign board as defined in claim 57, wherein the timing period is initiated by a computer microprocessor device.

67. A method for controlling the illumination of a sign board as defined in claim 57, wherein said selected sign board comprises a plurality of faces and wherein said method is effective to independently control at least one of said faces.

68. A system for controlling the illumination of illumination means on each one of a plurality of sign boards disposed in diverse geographic locations in accordance with predetermined lighting protocols, each protocol requiring predetermined on and off times, comprising:

transmission means for transmitting at least one reference signal, a lighting control unit associated with each sign board, each said lighting control unit including receiver means for receiving each transmitted reference signal, timing means responsive to each received reference signal for initiating a predetermined timing period depending upon the geographic location of the sign board and sign lighting circuit means responsive to said timing means for controlling the application of operating current to the illuminating means of each said sign board following said timing period, whereby each said sign board is illuminated in accordance with its respective lighting protocol.

69. A system for controlling the illumination of a plurality of sign boards having lighting means in accordance with predetermined lighting protocols assigned to each sign board, each protocol requiring predetermined on and off times, comprising:

transmission means for transmitting at least one reference signal and at least one programming signal, a lighting control unit associated with each sign board, each said lighting control unit including receiver means for receiving said transmitted reference signals and said transmitted programming signals, timing means responsive to a received reference signal for initiating a predetermined timing period, said predetermined timing period being determined by a received programming signal and being dependent upon the geographic location of the sign board, and sign lighting control circuit means responsive to said timing means for controlling the application of operating current to the lighting means of said sign board following said timing period, whereby each said sign board is caused to be illuminated in accordance with its respective predetermined lighting protocol.

70. A lighting control device operable from a received reference signal for controlling the illumination of a sign board having a lighting means in accordance with a predetermined lighting protocol requiring predetermined on and off times, said sign board being one of a plurality of sign boards disposed in diverse geographic locations, said device comprising:

radio receiver means for receiving at least one said reference signal, timing means responsive to a received reference signal for initiating a predetermined timing period dependent upon the geographic location of said sign board and sign lighting control circuit means responsive to said timing means for controlling the application of operating current to the lighting means of said sign board following said timing period, whereby said sign board is caused to be illuminated in accordance with its predetermined lighting protocol.

71. A method for controlling the illumination of a selected one of a plurality of sign boards having lighting means and being disposed in diverse geographical locations in accordance with a predetermined lighting protocol assigned to said selected sign board, said lighting protocol requiring predetermined on and off times, comprising:

transmitting at least one reference signal to said plurality of sign boards, receiving a transmitted reference signal at least one selected sign board, initiating a timing period at a said selected sign board in response to the received reference signal which timing period is dependent upon the geographic location of said selected sign board, and controlling the application of operating current to the lighting means of a said sign board following the timing period, whereby each said selected sign board is caused to be illuminated in accordance with its predetermined lighting protocol.