Battery powered programmable remote switch controller

• US 20020071234A1
• Filed: 11/02/2001
• Published: 06/13/2002
• Est. Priority Date: 10/25/2000
• Status: Abandoned Application

• Current Assignee: George Alexanian
• Original Assignee: George Alexanian
• Inventors: Alexanian, George, Carlson, Eugene S.
• Application Number:
  US10/033,059
• Publication Number:
  US 20020071234A1
• Time in Patent Office: Days
• US Class Current: 361/179
• CPC Class Codes: G05B 19/0426 Programming the control sequence
• CPC Class Codes: G05B 2219/23355 Magnetic card

Abstract

A battery powered radio programmable remote switch controller and a separate hand held programming unit (programmer) designed to conserve the life of the life of the controller batteries using a combination of low voltage circuitry in the controller and a magnetic switch in the controller that is triggered by the programmer. When brought into proximity with the controller, a magnet in the programmer activates a magnetic switch in the controller which energizes a radio receiver in the controller to receive programming transmitted by the programmer. After downloading the program, removal of the programmer from the proximity of the controller deactivates the magnetic switch turning off the radio receiver, thereby saving over 99% of the power otherwise required to continuously monitor for a radio signal. Controller power is further conserved by holding its remote switch energizing capacitor(s) in an uncharged state until just prior to activation, saving the energy lost by capacitive leakage and by using separate low and high voltage batteries to power the electronics and the remote switches respectively. Magnetic activation also allows for manual operation of the remote switch(es) by the use of a simple magnet to signal the controller to initiate a default operation, such as brief serial operation of each switch. Programming and manual activation can thereby be accomplished by means of a radio control without sacrificing battery power.

Claims

1. A battery powered programmable control for energizing at least one remote switch comprising:

a. a hand held programming unit having a data input mechanism, a radio transmitter and a radio receiver;

b. a magnet associated with said hand held unit;

c. a battery powered controller unit having a magnetically operable switch electrically connected to a radio receiver, said switch enabling said receiver when said magnet is brought into the conductive proximity of said switch; and

d. circuitry in said controller unit for controlling the at least one remote switch comprising

(1) a first DC power source, at least one DC charge storage means, a first switchable connection between said first power source and said DC charge storage means, and a second switchable connection between said DC charge storage means and said at least one remote switch; and

(2) a second DC power source, and a microprocessor connected to said second power source for operating said first and second switchable connections such that said first connection defaults to an open condition, but upon the commencement of a programmed operation by said microprocessor, said first connection is closed for a measured interval in order to provide a charge to said DC charge storage means whereupon said first connection is again opened just before said second connection is closed causing said DC charge storage means to be discharged to said at least one remote switch.

2. The control of claim 1 wherein a third switchable connection is provided between said DC charge storage means and said at least one remote switch, said third connection including circuitry to reverse the polarity of the charge to said at least one remote switch such that upon the conclusion of a programmed operation by said microprocessor, said first connection is closed for a measured interval in order to provide a charge to said DC charge storage means whereupon said first connection is again opened just before said third connection is closed causing said DC charge storage means to be discharged to said at least one remote switch.

3. The control of claim 2 wherein said microprocessor means includes an internal clock and is connected to an input, said microprocessor means being programmed to default to a dormant non-power consuming state except for periodic sampling of said input at preset intervals according to said clock.

4. The control of claim 1 wherein at least one default program is provided in said microprocessor, said at least one default program being commenced following a time delay after activation of said magnetically operable switch.

11. The circuit of claim 1 wherein a third switchable connection is provided between said DC charge storage means and said solenoid, said third connection including circuitry to reverse the polarity of the charge to said solenoid.

13. The control of claim 12 wherein at least one default program is provided in said controller, said at least one default program being commenced following a time delay after activation of said magnetically operable switch.

14. The control of claim 12 wherein a radio receiver is provided in said hand held unit and a radio transmitter is provided in said controller, the receiver in said controller also being electrically connected to said magnetically operable switch.

15. The control of claim 12 wherein the range of conductive activation of said magnetically operable switch is increased using a conductive metallic member that extends outward from said magnetic switch.

16. The control of claim 15 wherein said circuitry for controlling said at least one remote switch comprises:

a. a first DC battery power source, at least one DC charge storage means, a first switchable connection between said first power source and said DC charge storage means, and a second switchable connection between said DC charge storage means and said at least one switch; and

b. a second low voltage DC battery power source, and a microprocessor connected to said low voltage DC battery power source for controlling said first and second switchable connections such that said first connection defaults to an open condition, but upon the commencement of a programmed operation by said microprocessor, said first connection is closed for a measured interval in order to provide a charge to said DC charge storage means whereupon said first connection is again opened just before said second connection is closed causing said DC charge storage means to be discharged to said at least one switch.

17. The control of claim 15 wherein said controller is mounted inside a closable container, and said conductive member extends between said magnetically operable switch and the inside edge of one of the group consisting of a wall, a lid, and a door of said container.

18. The control of claim 17 wherein the walls, door and lid of said container are made of a material which will allow penetration by a magnetic field, and the magnetic field generated by the magnet associated with said hand held unit is strong enough to penetrate said walls, door and lid.

19. The control of claim 17 wherein said magnet is attached to said hand held unit.

20. The control of claim 17 wherein a lock is provided on said container.

21. The control of claim 15 wherein the circuitry of said controller is encapsulated.

22. The control of claim 15 wherein the data input mechanism of said hand held unit is selected from the group consisting of push buttons, switches and a rotatable dial.

23. The control of claim 15 wherein a data display is provided on said hand held unit.

24. The control of claim 15 wherein said hand held unit is capable of maintaining a plurality of distinct programs to be downloaded to said controller.

26. The control of claim 25 wherein a conductive metallic member is provided in close proximity to said magnetically operable switch to increase the range of conductive activation of said switch.

27. The control of claim 26 wherein said controller is provided inside a sealed enclosure made of material which allows the transmission of a magnetic field therethrough, said metallic member extending between said magnetically operable switch and a wall of said enclosure.

28. The control of claim 27 wherein a radio receiver is provided in said hand held unit and a radio transmitter is provided in said controller, the receiver in said controller being electrically connected to said magnetically operable switch for activation thereby.

29. The control of claim 28 wherein said circuitry for controlling said at least one remote switch comprises:

a. a first DC battery power source, at least one DC capacitor, a first switchable connection between said first power source and said capacitor, and a second switchable connection between said capacitor and said at least one switch; and

b. a second low voltage DC battery power source, and a microprocessor connected to said low voltage DC battery power source for controlling said first and second switchable connections such that said first connection defaults to an open condition, but upon the commencement of a programmed operation by said microprocessor, said first connection is closed for a measured interval in order to provide a charge to said capacitor whereupon said first connection is again opened just before said second connection is closed causing said capacitor to be discharged to said at least one switch.

30. The control of claim 29 wherein a lock is provided on said container.

31. The control of claim 30 wherein the circuitry of said controller is encapsulated.

32. The control of claim 31 wherein said magnet is attached to said hand held unit.

33. The control of claim 32 wherein the data input mechanism of said hand held unit is selected from the group consisting of push buttons, switches and a rotatable dial.

34. The control of claim 33 wherein a data display is provided on said hand held unit.

35. The control of claim 34 wherein said hand held unit is capable of maintaining a plurality of distinct programs to be downloaded to said controller.

36. The combination of claim 25 wherein at least one default program is provided in said controller, said at least one default program being commenced following a time delay after activation of said magnetically operable switch.

5. A programmable control for operating at least one valve solenoid comprising:

a. a hand held programming unit having a data input mechanism, a radio transmitter and a radio receiver,

b. a magnet associated with said hand held unit;

c. a battery powered controller unit electrically connected to a radio receiver for supplying input data to said controller unit;

d. a magnetically operable switch electrically connected to said radio receiver, said switch enabling said receiver when said magnet is brought into the conductive proximity of said magnetic switch;

e. a computing means in said controller including an internal clock for controlling an electrical circuit;

f. a first battery power source for said computing means;

g. a second battery power source for said circuit;

h. at least one DC charge storage means;

i. a first switchable connection between said second battery power source and said DC charge storage means, said connection being controlled by said computing means according to an input signal such that said first connection is closed for a pre-determined time interval and thereafter opened in order to provide a charge to said DC charge storage means; and

j. a second switchable connection between said DC charge storage means and said at least one solenoid, said second connection being controlled by said computing means such that said second connection is closed immediately following the opening of said first connection in order to discharge said DC charge storage means to said solenoid.

6. The control of claim 5 further including a means between said DC charge storage means and said solenoid controlled by said computing means for reversing the polarity of the discharge from said DC charge storage means to said solenoid.

7. The control of claim 6 wherein said first switch is closed for a pre-determined interval and thereafter opened in order to provide a charge to said DC charge storage means, said reversing means is activated in order to reverse the polarity of the discharge to said solenoid, and said second connection is then closed immediately following the opening of said first connection in order to discharge said DC charge storage means to said solenoid.

8. The control of claim 5 wherein said computing means remains inactivated until just prior to a programmed operation at which time said clock causes said computing means to read said input to determine what operation to perform.

9. The control of claim 5 wherein at least one default program is provided in said computing means, said at least one default program being commenced following a time delay after activation of said magnetically operable switch.

10. A battery powered remote switch control system comprising:

a. a hand held programming unit having a data input mechanism, a radio transmitter and a radio receiver;

b. a magnet associated with said hand held unit;

c. a controller unit including a microprocessor including an internal clock for controlling an electrical circuit;

d. a radio receiver connected to said microprocessor for supplying an input signal thereto, said microprocessor being programmed to remain inactive until just prior to a programmed operation at which time said microprocessor reads said input signal to determine what operation to perform;

e. a magnetically operable switch electrically connected to said radio receiver, said switch enabling said receiver when said magnet is brought into the conductive proximity of said magnetic switch;

f. a first DC battery power source for supplying electrical energy to said microprocessor;

g. a second DC battery power source for supplying electrical energy to said circuit;

h. at least one DC charge storage means,

i. a first switchable connection between said second power source and said DC charge storage means, said connection being controlled by said microprocessor according to said input signal such that said first connection is closed for a measured time interval and thereafter opened in order to provide a charge to said DC charge storage means;

j. a relay between said DC charge storage means and a switch, said relay being controlled by said microprocessor such that said relay is closed several milliseconds following the opening of said first connection in order to discharge said DC charge storage means to said switch; and

k. a second relay between said DC charge storage means and said switch controlled by said microprocessor for alternatively reversing the polarity of the discharge from said DC charge storage means to said switch.

12. A programmable control for operating at least one switch comprising:

a. a hand held programming unit having a data input mechanism, and a radio transmitter;

b. a magnet associated with said hand held unit; and

c. a battery powered controller electrically connected to a radio receiver, said unit having circuitry therein for controlling the at least one remote switch, and a magnetically operable switch electrically connected to said radio receiver, said switch enabling said receiver when said magnet is brought into the conductive proximity of said switch.

25. In combination, a programmable controller for operating at least one switch and a separate unit for programming said controller comprising:

a. a hand held programming unit having a data input mechanism, a microprocessor, and a radio transmitter;

b. a magnet associated with said hand held unit;

c. a battery powered controller electrically connected to a radio receiver, said unit having circuitry therein for controlling the at least one remote switch, and a magnetically operable switch electrically connected to said radio receiver, said switch enabling said receiver when said magnet is brought into the conductive proximity of said switch.

37. A control for operating at least one switch comprising a hand held magnet, and a battery powered controller having pre-programmed circuitry therein for controlling the at least one remote switch, and a magnetically operable switch electrically connected to said circuitry, said magnetically operable switch activating said circuitry when said magnet is brought into the conductive proximity of said switch such that after a predetermined time delay said pre-programmed circuitry performs a default operation.