PROGRAMMABLE POWER CONTROLLER

• US 20060250745A1
• Filed: 05/05/2006
• Published: 11/09/2006
• Est. Priority Date: 05/05/2005
• Status: Abandoned Application

• Current Assignee: Alan Butler, Jeffrey Smith
• Original Assignee: Alan Butler, Jeffrey Smith
• Inventors: Smith, Jeffrey, Butler, Alan
• Application Number:
  US11/381,916
• Publication Number:
  US 20060250745A1
• Time in Patent Office: Days
• US Class Current: 361/160
• CPC Class Codes: H01H 2300/04 Programmable interface between a set of switches and a set of functions, e.g. for reconfiguration of a control panel
• CPC Class Codes: H01H 9/181 using a programmable display, e.g. LED or LCD
• CPC Class Codes: H05B 47/16 by timing means
• CPC Class Codes: Y02B 20/40 Control techniques providing energy savings, e.g. smart controller or presence detection

Abstract

A device connected between a source of power and at least one load for selectively providing power from the source of power to the at least one load to operate in an area responsive to an environmental condition in the area. In one embodiment, the device includes a home mode, an away mode, and a custom mode, and a user interface for selecting one of the home mode and the custom mode to be operated. The device further includes at least one timer for timing a plurality of predefined operations, a first detector for generating a low light detection signal responsive to an ambient light level being below a predetermined threshold value, a second detector for generating a motion signal responsive to detection of a movement in the area, a dimmer for adjusting power supplying to the at least one load at a predetermined level, and a microcontroller coupled to the first detector and the second detector and coupled with the user interface for operatively controlling transmission of the source of power to the at least one load.

Claims

1. A device connected between a source of power and at least one load for selectively providing power from the source of power to the at least one load to operate in an area responsive to an environmental condition in the area, wherein the environmental condition in the area comprises at least one event including an ambient light level being below a predetermined threshold value, movement in the area, and expiration of a predetermined power-on time period, comprising:

a. a home mode, configured so that the device operates in a way of which a plurality of control parameters are pre-programmed,

b. a custom mode, configured so that the device operates in a way of which a plurality of control parameters are programmable; and

c. a user interface for selecting one of the home mode and the custom mode to be operated,

wherein the plurality of control parameters comprises the predetermined threshold value, a first predetermined activation time, a second predetermined activation time, a first predetermined deactivation time, a second predetermined deactivation time, a first predetermined duration of time, a second predetermined duration of time, a third predetermined duration of time, and the predetermined power-on time.

2. The device of claim 1, further comprising

a. at least one timer for timing a plurality of predefined operations;

b. a first detector for generating a low light detection signal responsive to an ambient light level being below the predetermined threshold value, the first detector being activated to monitor the ambient light level when the first predetermined activation time expires, and being deactivated when the first predetermined deactivation time expires;

c. a second detector for generating a motion signal responsive to detection of movement in the area, the second detector being activated to monitor the movement in the area when the second predetermined activation time expires, and being deactivated when the second predetermined deactivation time expires; and

d. a microcontroller coupled to the at least one timer, the first detector, and the second detector and associated with a user interface for operatively controlling transmission of the source of power to the at least one load, the microcontroller being configured such that when one of the detection signal and the motion signal is generated or the predetermined power-on time expires, power is coupled to the at least one load for a period of time, wherein the period of time is defined by the first predetermined duration of time if the signal is the low light detection signal, by the second predetermined duration of time if the signal is the motion signal, and by the third predetermined duration of time if the predetermined power-on time expires, respectively.

3. The device of claim 2, wherein the user interface comprises a plurality of pushbuttons and a display for displaying menus of selectable commands, wherein each pushbutton, in communication with the microcontroller, performs a predetermined function, and wherein each menu is associated with the plurality of pushbuttons.

4. The device of claim 3, wherein the display comprises a liquid crystal display (LCD) or a light emitting diode (LED) display.

5. The device of claim 2, wherein the first detector comprises a light sensor.

6. The device of claim 2, wherein the second detector comprises a motion sensor.

7. The device of claim 1, further comprising a manual mode having an ON state and an OFF state, the ON state causing the power to be transmitted to the at least one load regardless of the environmental condition in the area, and the OFF state causing the power not to be transmitted to the at least one load regardless of the environmental condition in the area.

8. A device connected between a source of power and at least one load for selectively providing power from the source of power to the at least one load to operate in an area responsive to an environmental condition in the area, comprising:

a. at least one timer for timing a plurality of predefined operations;

b. a first detector for generating a low light detection signal responsive to an ambient light level being below a predetermined threshold value, the first detector being activated to monitor the ambient light level when a first predetermined activation time expires, and being deactivated when a first predetermined deactivation time expires;

c. a second detector for generating a motion signal responsive to detection of movement in the area, the second detector being activated to monitor the movement in the area when a second predetermined activation time expires, and being deactivated when a second predetermined deactivation time expires;

d. a microcontroller coupled to the first detector and the second detector for operatively controlling switching of power to the at least one load, the microcontroller being configured such that when one of the low light detection signal and the motion signal is generated or a predetermined power-on time expires, the power is transmitted to the at least one load for a period of time, wherein the period of time is defined by a first predetermined duration of time if the signal is the low light detection signal, by a second predetermined duration of time if the signal is the motion signal, and by a third predetermined duration of time if the predetermined power-on time expires, respectively; and

e. a user interface coupled to the microcontroller for programmably configuring a plurality of control parameters, the plurality of control parameters comprising the predetermined threshold value, the first predetermined activation time, the second predetermined activation time, the first predetermined deactivation time, the second predetermined deactivation time, the first predetermined duration of time, the second predetermined duration of time, the third predetermined duration of time, and the predetermined power-on time.

9. The device of claim 8, wherein the microcontroller is further configured such that:

a. when switching of power is triggered by the low light detection signal, any subsequent one of a motion signal or expiration of the predetermined power-on time period generated during the first predetermined duration of time is ignored;

b. when switching of power is triggered by the motion signal, any subsequent one of a low light detection signal or expiration of the predetermined power-on time period generated during the second predetermined duration of time is ignored, but a subsequent motion signal generated by the second detector during the time period triggers to renew the time period; and

c. when switching of the power is triggered by the expiration of the predetermined power-on time period, any subsequent one of a low light detection signal or a motion signal generated during the third predetermined duration of time is ignored.

10. The device of claim 9, wherein the user interface comprises a plurality of pushbuttons and at least one display for displaying a menu of selectable commands, wherein each pushbutton, in communication with the microcontroller, performs a predetermined function, and wherein each menu is associated with the plurality of pushbuttons.

11. The device of claim 10, wherein the at least one display comprises a liquid crystal display (LCD) or a light emitting diode (LED) display.

12. The device of claim 8, wherein the user interface comprises a touch screen having a plurality of settings, each setting including icons, each icon corresponding to a predetermined function that is communicated to the microcontroller to cause the device to perform a predefined operation.

13. The device of claim 12, wherein the touch screen comprises a liquid crystal display (LCD) or a light emitting diode (LED) display.

14. The device of claim 8, wherein the first detector comprises a light sensor.

15. The device of claim 8, wherein the second detector comprises a motion sensor.

16. A method for selectively providing power from a source of power to at least one load to operate in an area responsive to an environmental condition in the area, comprising of the steps of:

a. configuring a first detector for generating a low light detection signal responsive to an ambient light level being below a predetermined threshold value, a second detector for generating a motion signal responsive to movement in the area, and a microcontroller coupled to the first detector and the second detector for operatively controlling switching of power to the at least one load, respectively;

b. programming a plurality of control parameters with a user interface communicating with a microcontroller, wherein the plurality of control parameters comprises the predetermined threshold value of a light level, a first predetermined activation time, a second predetermined activation time, a first predetermined deactivation time, a second predetermined deactivation time, a first predetermined duration of time, a second predetermined duration of time, a third predetermined duration of time, and a predetermined power-on time;

c. activating the first detector to monitor an ambient light level when the first predetermined activation time expires, and the second detector to monitor a movement in the area when the second predetermined activation time expires, respectively;

d. switching power to the at least one load for a period of time by a microcontroller when one of the low light detection signal and the motion signal is generated or the predetermined power-on time expires, wherein the period of time is defined by the first predetermined duration of time if the signal is the low light detection signal, by the second predetermined duration of time if the signal is the motion signal, and by the third predetermined duration of time if the predetermined power-on time expires, respectively; and

e. deactivating the first detector when the first predetermined deactivation time expires, and the second detector when the second predetermined deactivation time expires, respectively.

17. The method of claim 16, wherein the microcontroller is further configured such that:

a. when transmission of the power is triggered by the low light detection signal, any subsequent one of a motion signal or expiration of the predetermined power-on time period generated during the first predetermined duration of time is ignored;

b. when transmission of the power is triggered by the motion signal, any subsequent one of a low light detection signal and expiration of the predetermined power-on time period generated during the second predetermined duration of time is ignored, but a subsequent motion signal generated by the second detector during the time period triggers to renew the time period; and

c. when transmission of the power is triggered by the expiration of the predetermined power-on time period, any subsequent one of a low light detection signal or a motion signal generated during the third predetermined duration of time is ignored.

18. The method of claim 16, wherein the first detector comprises a light sensor.

19. The method of claim 16, wherein the second detector comprises a motion sensor.

20. The method of claim 16, wherein the user interface comprises a touch screen having a plurality of settings, each setting including icons, each icon corresponding to a predetermined function that is communicated to the microcontroller to cause the device to perform a predefined operation

21. The method of claim 20, wherein the touch screen comprises a liquid crystal display (LCD) or a light emitting diode (LED) display.

22. A device connected between a source of power and at least one load for selectively providing power from the source of power to the at least one load to operate in an area responsive to an environmental condition in the area, wherein the environmental condition in the area comprises one or more events including an ambient light level being below a predetermined threshold value and movement in the area, comprising:

a. a home mode being configured to allow the device to operate in a pre-programmed manner such that

i). when the ambient light level is above the predetermined threshold value, the device is powered off, and a detected signal of motion will trigger the device to be power on with a full amount of power for a predetermined period of time, thereafter, the device is powered off if no motion is detected during the predetermined period of time; and

ii). when the ambient light level is below the predetermined threshold value, the device is powered on with a predetermined reduced amount of power, and a detected signal of motion will trigger the device to be power on with a full amount of power for a first predetermined period of time;

if no further motion is detected during the first predetermined period of time, the device reduces power to the predetermined reduced amount of power for a second predetermined period of time, and if no further motion is detected during the second predetermined period of time, the device is powered off; and

b. an away mode being configured such that the ambient light level is below the predetermined threshold value, the device is powered on and off at random times.

23. The device of claim 22, further comprising a custom mode being configured to allow the device to operate in a way of which a plurality of functions are programmable.

24. The device of claim 23, further comprising a user interface for selectively operating the device in one of the home mode, the away mode, and the custom mode.

25. The device of claim 22, wherein further comprising a dimmer for adjusting the power supplied to the at least one load at a predetermined level.

26. The device of claim 22, wherein the home mode is further configured such that when the ambient light level is above the predetermined threshold value, the device is powered off and movement in the area is ignored.

27. A device connected between a source of power and at least one load for selectively providing power from the source of power to the at least one load to operate in an area, comprising:

a. a dimmer for adjusting the power supplied to the at least one load thereof responsive to an environmental condition in the area,

wherein the environmental condition in the area comprises a plurality of events including an ambient light level being below a predetermined threshold value, movement in the area, and expiration of a predetermined power-on time period.

28. The device of claim 27, further comprising a photo detector for generating a low light detection signal responsive to an ambient light level being below a predetermined threshold value in the area.

29. The device of claim 28, further comprising a motion detector for generating motion signal responsive to detection of a movement in the area.

30. The device of claim 29, further comprising a microcontroller coupled to the dimmer, the photo detector, and the motion detector for programmably controlling switching of the source of power to the at least one load responsive to the low light detection signal and the motion signal.

31. A device connected between a source of power and at least one load for selectively providing power from the source of power to the at least one load to operate in an area responsive to an environmental condition in the area, wherein the environmental condition in the area comprises one or more events including an ambient light level being below a predetermined threshold value and movement in the area, comprising:

a. a programmed microcontroller;

b. an electronic switch coupled to the microcontroller for providing power from the source of power to the load at variable levels in response to signals from the microcontroller;

c. a light detector coupled to the microcontroller operative to detect ambient light level in the area;

d. a motion detector coupled to the microcontroller operative to detect motion in the area;

e. the microcontroller operative such that when the ambient light level detected by the light detector is above a predetermined threshold value, the device is powered off, and motion detected by the motion detector motion will trigger the device to be power on with a full amount of power for a predetermined period of time, thereafter, the device is powered off if no motion is detected during the predetermined period of time; and

f. the microcontroller further operative such that when the ambient light level detected by the light detector is below the predetermined threshold value, the device is powered on with a predetermined reduced amount of power, and a detected signal of motion will trigger the device to be power on with a full amount of power for a first predetermined period of time;

if no further motion is detected during the first predetermined period of time, the device reduces power to the predetermined reduced amount of power for a second predetermined period of time, and if no further motion is detected during the second predetermined period of time, the device is powered off.