Method of using reed switch apparatus to control one or more devices

• US 7,259,647 B2
• Filed: 11/16/2005
• Issued: 08/21/2007
• Est. Priority Date: 02/19/2003
• Status: Expired due to Term

• Current Assignee: Trackit Incorporated
• Original Assignee: Glendell N. Gilmore
• Inventors: Gilmore, Glendell N.
• Primary Examiner(s): Enad; Elvin
• Assistant Examiner(s): Rojas; Bernard
• Application Number:
  US11/280,006
• Publication Number:
  US 20060077024A1
• Time in Patent Office: 643 Days
• Field of Search: 340/547, 335205-207
• US Class Current: 335/205
• CPC Class Codes: H01H 36/0006 Permanent magnet actuating reed switches H01H35/147 takes precedence

Abstract

A reed switch apparatus utilizes one or more reed switches to communicate with one or more devices. In one configuration, the reed switch apparatus utilizes a single magnetic field to simultaneously activate two or more reed switches. In another configuration, two or more reed switches, each acting independent of one another are simultaneously activated by a single magnetic field. Additionally, a method of controlling at least two devices includes exposing a reed switch apparatus to a single magnetic field. Yet another method includes a activating a device via the use of a single reed switch mounted to a portion of a warehouse structure.

Claims

1. In a warehouse storage structure having a roll up door and a door track, a method of controlling the on/off condition of a high voltage device comprising the steps of:

coupling a reed switch to the door track of the warehouse storage structure;

providing a control module sense circuit having sense terminals receiving a low voltage control signal from the reed switch for controlling the high voltage device, the reed switch having an open state and a closed state;

mounting a permanent magnet member having a constant magnetic field to the roll up door such that the magnetic field is exposed to the reed switch to cause the reed switch to be in one state when the roll up door is in a closed position, and the magnetic field is not exposed to the reed switch when the roll up door is in an open position to cause the reed switch to be in its other state; and

controlling the on/off condition of the high voltage device by the control module circuit sense terminals receiving a low voltage control signal when the reed switch is in one state and by the low voltage control signal not being received by the control module circuit sense terminals when the reed switch is in its other state.

2. The method of claim 1, wherein the high voltage device being controlled by the reed switch is a light.

3. The method of claim 2, wherein said step of providing a low voltage control module sense circuit includes connecting a common lead and a control signal lead of the reed switch to the sense terminals on the control module sense circuit.

4. The method of claim 3, wherein said step of controlling the on/off condition of the light results in the light being turned on by opening the roll up door and results in the light being turned off by closing the roll up door.

5. The method of claim 1, wherein said step of controlling the on/off condition of the high voltage device includes automated control by opening and closing the roll up door.

6. The method of claim 1, wherein the control module circuit is a localized circuit at the high voltage device.

7. The method of claim 6, wherein the control module circuit controls a single high voltage device.

8. The method of claim 1, wherein the reed switch is in wireless communication with the low voltage control module sense circuit.

26. The method of claim 1, wherein the low voltage control signal from the reed switch for controlling the high voltage device is wireless.

9. In a building structure having a door and a door frame, a method of controlling the on/off condition at a high voltage device comprising the steps of:

coupling a reed switch to the door frame;

providing a low voltage control signal sense circuit communicating with the reed switch for controlling the high voltage device, the reed switch having an open state and a closed state;

mounting a permanent magnet member having a constant magnetic field to the door such that the magnetic field is exposed to the reed switch to cause the reed switch to be in one state when the door is in a closed position, and the magnetic field is not exposed to the reed switch when the door is in an open position to cause the reed switch to be in its other state; and

controlling the on/off condition of the high voltage device via a control signal received from the low voltage control signal sense circuit when the reed switch is in one state and by a control signal not being received from the control signal sense circuit when the reed switch is in its other state.

10. The method of claim 9, wherein said step of controlling the ontoff condition of the high voltage device includes automated control by opening and closing the door.

27. The method of claim 9, wherein the reed switch is in wireless communication with the low voltage control signal sense circuit.

11. A storage structure comprising:

a door cooperatively engaging a door frame;

a first high voltage device installed in the storage structure;

a first reed switch coupled to said door frame, said first reed switch having an open state and a closed state;

a first low voltage control signal circuit including said first reed switch, said first low voltage control signal sense circuit interconnected with said first high voltage device; and

a permanent magnet member having a constant magnetic field mounted to said door such that said magnetic field is exposed to said first reed switch to cause said first reed switch to be in one state when said door is in a closed position, and said magnetic field is not exposed to said first reed switch when said door is in an open position to cause said first reed switch to be in its other state,

wherein said first low voltage control signal sense circuit has sense terminals facilitating communication between said first reed switch and said first high voltage device, and said state of said first reed switch controls said first high voltage device between an on position and an off position.

12. The storage structure of claim 11, wherein said first reed switch is in wireless communication with said first low voltage control signal sense circuit.

13. The storage structure of claim 11, wherein said first high voltage device is a light.

14. The storage structure of claim 11, wherein said first high voltage device is an air conditioning system damper.

15. The storage structure of claim 11, wherein said on or off position of said first high voltage device is automatically controlled by said open or closed position of said door.

16. The storage structure of claim 11, wherein said on or off position of said first high voltage device is controlled by said state of said first reed switch.

17. The storage structure of claim 11, further comprising a first control module located at said first high voltage device, said first control module including said first low voltage control signal sense circuit.

28. The storage structure of claim 11, wherein said communication of said first reed switch with said first high voltage device is wireless.

18. A storage structure comprising:

a door cooperatively engaging a door frame;

a first high voltage device installed in the storage structure;

a second high voltage device installed in the storage structure;

a first reed switch coupled to said door frame, said first reed switch having an open state and a closed state;

a second reed switch coupled to said door frame, said second reed switch having an open state and a closed state;

a first low voltage control signal circuit including said first reed switch, said first low voltage control signal circuit interconnected with said first high voltage device; and

a second low voltage control signal circuit including said second reed switch, said second low voltage control signal circuit interconnected with said second high voltage device;

a permanent magnet member having a constant magnetic field mounted to said door such that said magnetic field is exposed to said first reed switch to cause said first reed switch to be in one state when said door is in a closed position, and said magnetic field is not exposed to said first reed switch when said door is in, an open position to cause said first reed switch to be in its other state,

said permanent magnet member is such that said magnetic field is exposed to said second reed switch to cause said second reed switch to be in one state when said door is in the closed position, and said magnetic field is not exposed to said second reed switch when said door is in an open position to cause said second reed switch to be in its other state,

wherein said first low voltage control signal circuit facilitates communication between said first reed switch and said first high voltage device, and said state of said first reed switch controls said first high voltage device between an on position and an off position.

wherein said second low voltage control signal circuit facilitates communication between said second reed switch and said second high voltage device, and said state of said second reed switch controls said second high voltage device between an on position and an off position,

wherein said second reed switch is independent of said first reed switch.

19. The storage structure of claim 18, wherein said first and second high voltage devices are simultaneously but independently controlled.

20. The storage structure of claim 18, wherein said communication of said first reed switch with said first high voltage device is wireless.

21. The storage structure of claim 20, wherein said communication of said second reed switch with said second high voltage device is wireless.

22. The storage structure of claim 18, further comprising a first control module located at said first high voltage device, said first control module including said first low voltage control signal circuit.

23. The storage structure of claim 22, further comprising a second control module located at said second high voltage device, said second control module including said second low voltage control signal circuit.

24. The storage stricture of claim 18, wherein said first high voltage device is a light.

25. The storage structure of claim 18, wherein said first high voltage device is an air conditioning system damper.

29. A storage structure comprising:

a door cooperatively engaging a door frame;

a reed switch apparatus coupled to said door frame;

a permanent magnet member mounted to said door, said magnet member having a constant magnetic field, said magnetic field being exposed to said reed switch apparatus when said door is in a closed position and being distant from said reed switch apparatus when said door is in an open position;

a high voltage device installed in the storage structure;

a first low voltage control signal circuit interconnected with said high voltage device, said first low voltage control signal circuit facilitating communication between said reed switch apparatus and said first high voltage device;

a door alarm system; and

a second low voltage control signal circuit interconnected with said door alarm system, said second low voltage control signal circuit facilitating communication between said reed switch apparatus and said door alarm system,

wherein said reed switch apparatus has a normally closed state for controlling said door alarm system and a normally open state for controlling said high voltage device, the state of said reed switch apparatus dependent on whether said magnetic field is exposed or not exposed to said reed switch apparatus.

30. The storage structure of claim 29, wherein said communication of said reed switch apparatus with said high voltage device is wireless.

31. The storage structure of claim 29, wherein said communication of said reed switch apparatus with said door alarm system is wireless.

32. The storage structure of claim 30, wherein said communication of said reed switch apparatus with said door alarm system is wireless.