System for control of electrical devices

• US 20040178683A1
• Filed: 03/11/2003
• Published: 09/16/2004
• Est. Priority Date: 03/11/2003
• Status: Abandoned Application

• Current Assignee: Ian Paul Stanley, James Michael Hermetz, Jesse Steven Hermetz
• Original Assignee: Ian Paul Stanley, James Michael Hermetz, Jesse Steven Hermetz
• Inventors: Stanley, Ian Paul, Hermetz, James Michael, Hermetz, Jesse Steven
• Application Number:
  US10/384,599
• Publication Number:
  US 20040178683A1
• Time in Patent Office: Days
• US Class Current: 307/141
• CPC Class Codes: G04G 15/00 Time-pieces comprising means to be operated at preselected times or after preselected time intervals G04G11/00, G04G13/00 take precedence; electronic timers G04F1/005; pulse delay circuits H03K5/13; electronic time-delay switches H03K17/28; electronic time-programme switches which automatically terminate their operation after the programme is completed H03K17/296
• CPC Class Codes: H01R 29/00 Coupling parts for selective co-operation with a counterpart in different ways to establish different circuits, e.g. for voltage selection, for series-parallel selection, programmable connectors
• CPC Class Codes: H01R 31/065 with built-in electric apparatus

Abstract

A system for control of electrical devices is provided. An adapter is provided having an electrical power interface for connecting to an electrical power supply, a switch to complete or break an electrical power circuit, a timer module operable to receive and maintain time information and timing instructions associated with criteria for completing or breaking the electrical power circuit, and a programming interface for receiving the time information and timing instructions from a programming module. In use, a user modifies the time information and/or one or more timing instructions via the programming module, connects the programming module to the adapter for communication of the modified time information and/or timing instructions and disconnects the programming module from the adapter, the adapter remaining operable to complete or break the electrical power circuit to which an electrical device is connected even after the disconnection of the programming module.

Claims

1. A system for control of electrical devices, comprising:

at least one adapter having an electrical power interface operable to be connected to an electrical power source, a switch coupled to said electrical power interface and moveable between a closed position, wherein an electrical power circuit is supplied to an electrical device coupled to said power source, and an open position, wherein said electrical power circuit is open to disconnect said electrical device from said electrical power source, a first timer module coupled to said switch and operable to maintain time information and at least one timing instruction associated with said time information, said timing instruction including at least one timing criterion and a power instruction associated with said switch, and a programming interface operable to receive a change to said time information and said at least one timing instruction;

a programming module having a display for displaying said time information and said at least one timing instruction, an input interface for allowing a user to modify said time information and said at least one timing instruction, and operable to be connected to said programming interface of said adapter via a communications interface to update said at least one modified timing instruction to said adapter via said programming interface, after which said programming module can be operatively disconnected from said adapter,

wherein said adapter is operable to control said second electrical power circuit after said programming module is disconnected therefrom.

2. The system for control of electrical devices of claim 1, wherein said programming module additionally comprises a second timer module operable to maintain said at least one timing instruction.

3. The system for control of electrical devices of claim 1, wherein said second timer module is operable to maintain said time information.

4. The system for control of electrical devices of claim 3, wherein said programming module is additionally comprised of an audible alarm module and said programming module is operable to trigger said audible alarm module based on at least one audible alarm timing instructions programmed via said input interface.

5. The system for control of electrical devices of claim 4, wherein said at least one audible alarm timing instructions correspond to one of said at least one timing instructions.

6. The system for control of electrical devices of claim 4, wherein said programming module is a travel alarm clock.

7. The system for control of electrical devices of claim 1, having at least two of said adapters, and wherein said second timer module of said programming module is operable to maintain at least two subsets of said timing instructions for at least two of said adapters.

8. The system for control of electrical devices of claim 7, wherein each of said adapters is provided a separate identification, wherein said programming module is operable to associate each of said adapters with at least one of said at least two subsets of said timing instructions based on said separate identifications.

9. The system for control of electrical devices of claim 8, wherein said programming module is operable to communicate said at least one of said at least two subsets of said timing instructions selectively according to said identification of said adapter to which said programming module is connected.

10. The system for control of electrical devices of claim 1, wherein said at least one timing criterion is at least partially composed of a pre-set time.

11. The system for control of electrical devices of claim 1, wherein said adapter additionally comprises an independent power supply to power said adapter when said electrical power supply experiences a power fluctuation.

12. The system for control of electrical devices of claim 11, wherein said independent power supply comprises a battery.

13. The system for control of electrical devices of claim 1, wherein said programming module is a personal digital assistant.

14. The system for control of electrical devices of claim 1, wherein said programming interface and said communications interface are comprised of a set of electrical contacts.

15. The system for control of electrical devices of claim 1, wherein said programming interface and said communications interface are mulit-pin electrical connectors.

16. The system for control of electrical devices of claim 1, wherein said programming interface comprises an infrared receiver and said communications interface comprises an infrared transmitter.

17. The system for control of electrical devices of claim 1, wherein said programming interface and said communications interface are powerline communications networking adapters.

18. The system for control of electrical devices of claim 1, wherein said adapter includes an AC/DC adapter to convert an alternating current from said electrical power supply to a direct current for operation of said timer module.

19. The system for control of electrical devices of claim 1, wherein said electrical device is a remote car starter.

20. The system for control of electrical devices of claim 1, wherein said electrical device is an automotive block heater.

21. A programming module for use with programmable power adapters, comprising:

a display for displaying time information and at least one timing instruction associated with said time information and maintained by a programmable power adapter;

an input interface for allowing a user to make at least one modification said time information and said at least one timing instruction; and

a communications interface operable to communicate said at least one modification to a programming interface of said adapter operable to control a power supply to an electrical device in accordance with said at least one timing instruction.

22. The programming module of claim 21, additionally comprising:

a timer module operable to maintain said time information and at least one timing instruction.

23. The programming module of claim 22, wherein said timer module is operable to compare said at least one timing instruction with at least one deployed timing instruction on said adapter.

24. The programming module of claim 21, wherein said programming module is a personal digital assistant.

25. The programming module of claim 21, wherein said programming module is a computer.

26. The programming module of claim 21, wherein said input interface consists of at least one button.

27. The programming module of claim 21, wherein said communications interface is an infrared transmitter.

28. The programming module of claim 21, wherein said communications interface is a powerline communications network adapter.

29. The programming module of claim 21, wherein said communications interface is a wireless network adapter.

30. The programming module of claim 21, wherein said communications interface is a set of electrical contacts.

31. An adapter for controlling an electrical device, comprising:

an electrical power interface for connection to an electrical power supply;

an electrical power outlet operable to supply electrical power to an electrical device;

a switch connected to said electrical power supply and operable to move between a closed position, whereby said electrical power is provided to said electrical device, and an open position, whereby said electrical power is disconnected from said electrical device;

a timer module coupled to and operable to move said switch between said closed position and said open position based on time information and at least one timing instruction associated with said time information maintained by said timer module, said timing instruction including at least one criterion and a power instruction associated with said switch; and

a programming interface operable to receive a change to said time information and said at least one timing instruction.

32. The adapter for controlling an electrical device of claim 31, wherein said electrical power interface is operable to be connected to a household electrical power outlet.

33. The adapter for controlling an electrical device of claim 31, wherein said electrical power interface is operable to be connected to an automotive battery.

34. The adapter for controlling an electrical device of claim 33, wherein said electrical device is a remote car starter.

35. The adapter for controlling an electrical device of claim 31, wherein said programming interface is a set of electrical contacts.

36. The adapter for controlling an electrical device of claim 31, wherein said programming interface is a wireless network adapter.

37. The adapter for controlling an electrical device of claim 31, additionally comprising:

a sensor operable to provide sensory information to said timer module associated with at least one of said at least one timing instruction.

38. The adapter for controlling an electrical device of claim 37, wherein said sensor is a photo sensor.

39. The adapter for controlling an electrical device of claim 37, wherein said sensor is a motion sensor.

40. The adapter for controlling an electrical device of claim 37, wherein said sensor is a microphone.

41. The adapter for controlling an electrical device of claim 37, wherein said sensor is a thermostat.