Security System

• US 20090066794A1
• Filed: 09/12/2007
• Published: 03/12/2009
• Est. Priority Date: 09/12/2007
• Status: Active Grant

• Current Assignee: Amy R. Resch, Christopher T. Resch
• Original Assignee: Amy R. Resch, Christopher T. Resch
• Inventors: Resch, Christopher T., Resch, Amy R.
• Granted Patent: US 8,179,439 B2
• Time in Patent Office: Days
• US Class Current: 348/155
• CPC Class Codes: G08B 13/19619 Details of casing
• CPC Class Codes: G08B 13/19641 Multiple cameras having overlapping views on a single scene
• CPC Class Codes: G08B 13/19695 Arrangements wherein non-video detectors start video recording or forwarding but do not generate an alarm themselves
• CPC Class Codes: H04N 23/90 Arrangement of cameras or camera modules, e.g. multiple cameras in TV studios or sports stadiums
• CPC Class Codes: H04N 7/188 Capturing isolated or intermittent images triggered by the occurrence of a predetermined event, e.g. an object reaching a predetermined position signal generation from motion picture films H04N5/253

Abstract

A security system includes at least first and second monitoring units, each having a motion sensor for detecting motion, a camera for obtaining visual data, a transmitter, a receiver, and a processor in data communication with the motion sensor, camera, transmitter, and receiver. The security system includes means for outputting visual data from the first unit camera when the first unit motion sensor detects motion more recently than the second unit motion sensor detects motion. The security system includes programming for outputting the visual data from the second unit camera when the second unit motion sensor detects motion more recently than the first unit motion sensor detects motion. The system includes a telephone interface for transmitting visual data captured by a respective camera. A unit'"'"'s camera is only activated when its associated motion detector detects motion and is deactivated when another unit'"'"'s motion detector detects motion more recently.

Claims

1. A security system, comprising:

first and second monitoring units, each having;

a motion sensor for detecting motion;

a camera for obtaining visual data;

a transmitter;

a receiver; and

a processor in data communication with said motion sensor, said camera, said transmitter, and said receiver; and

means for outputting;

said visual data from said first unit camera when said first unit motion sensor detects motion more recently than said second unit motion sensor detects motion; and

said visual data from said second unit camera when said second unit motion sensor detects motion more recently than said first unit motion sensor detects motion.

2. The system as in claim 1, wherein:

said first unit has a telephone interface in data communication with said first unit processor;

outputting comprises actuating said telephone interface to send said visual data to a telephone having a display; and

said means for outputting includes;

programming in said first unit processor for actuating said first unit camera when said first unit motion sensor detects motion;

programming in said first unit processor for actuating said telephone interface to send said visual data from said first unit camera;

programming in said second unit processor for actuating said second unit camera when said second unit motion sensor detects motion;

programming in said second unit processor for actuating said transmitter to transmit said visual data from said second unit camera to said first unit receiver;

programming in said first unit processor for actuating said telephone interface to send said visual data from said second unit camera received by said first unit receiver; and

programming in said first unit processor for determining if said first unit motion sensor detects motion more recently than said second unit motion sensor detects motion.

3. The system as in claim 2, wherein:

said first unit has a memory device in data communication with said first unit processor;

said second unit has a memory device in data communication with said second unit processor;

said first unit processor includes programming for storing said visual data from said first unit camera in said first unit memory device; and

said second unit processor includes programming for storing said visual data from said second unit camera in said second unit memory device.

4. The system as in claim 2, wherein:

said first unit processor includes programming for actuating said first unit transmitter to transmit an event signal indicating said first unit motion sensor has sensed motion when said first unit motion sensor detects motion;

said second unit processor includes programming for actuating said second unit transmitter to transmit an event signal indicating said second unit motion sensor has sensed motion when said second unit motion sensor detects motion;

said first unit processor includes programming for deactivating said first unit camera when said first unit receiver receives said second unit event signal; and

said second unit processor includes programming for deactivating said second unit camera when said second unit receiver receives said first unit event signal.

5. The system as in claim 2, wherein:

said first unit processor includes programming for receiving command data from said telephone interface;

said first unit processor includes programming for actuating said first unit transmitter to send said command data to said second unit receiver;

said first unit processor includes programming for actuating said first unit camera in accordance with said command data;

said second unit processor includes programming for actuating said second unit camera in accordance with said command data; and

said first unit processor includes programming for actuating said telephone interface to send said visual data obtained from said first and second unit cameras in accordance with said command data.

6. The system as in claim 5, wherein:

said first unit camera is an adjustable camera;

said second unit camera is an adjustable camera;

said first unit processor includes programming for adjusting said first unit camera in accordance with said command data; and

said second unit processor includes programming for adjusting said second unit camera in accordance with said command data.

7. The system as in claim 6, wherein:

said first unit includes an environmental hazard detector in data communication with said first unit processor;

said first unit includes an alarm in data communication with said first unit processor;

said second unit includes an environmental hazard detector in data communication with said second unit processor;

said second unit includes an alarm in data communication with said second unit processor;

said first unit processor includes programming for actuating said first unit alarm and said first unit camera upon said first unit hazard detector sensing a hazard;

said first unit processor includes programming for actuating said first unit transmitter to transmit a hazard signal upon said first unit hazard detector sensing a hazard;

said second unit processor includes programming for actuating said second unit alarm and said second unit camera upon said second unit hazard detector sensing a hazard;

said second unit processor includes programming for actuating said second unit transmitter to transmit a hazard signal upon said second unit hazard detector sensing a hazard;

said first unit processor includes programming for actuating said first unit alarm upon said first unit receiver receiving a hazard signal; and

said second unit processor includes programming for actuating said second unit alarm upon said second unit receiver receiving a hazard signal.

8. The system as in claim 7, wherein:

said first unit has an input device in data communication with said first unit processor;

said first unit has a display in data communication with said first unit processor;

said second unit has an input device in data communication with said second unit processor;

said second unit has a display in data communication with said second unit processor;

said first unit has a power outlet; and

said second unit has a power outlet.

9. The system as in claim 1, wherein:

said first unit has a memory device in data communication with said first unit processor;

said second unit has a memory device in data communication with said second unit processor;

said first unit processor includes programming for actuating said first unit camera when said first unit motion sensor detects motion;

said second unit processor includes programming for actuating said second unit camera when said second unit motion sensor detects motion;

said first unit processor includes programming for storing said visual data from said first unit camera in said first unit memory device; and

said second unit processor includes programming for storing said visual data from said second unit camera in said second unit memory device.

10. The system as in claim 1, wherein:

said first unit processor includes programming for actuating said first unit transmitter to transmit an event signal indicating said first unit motion sensor has sensed motion when said first unit motion sensor detects motion;

said first unit processor includes programming for actuating said first unit camera when said first unit motion sensor detects motion;

said second unit processor includes programming for actuating said second unit transmitter to transmit an event signal indicating said second unit motion sensor has sensed motion when said second unit motion sensor detects motion;

said second unit processor includes programming for actuating said second unit camera when said second unit motion sensor detects motion;

said first unit processor includes programming for deactivating said first unit camera when said first unit receiver receives said second unit event signal; and

said second unit processor includes programming for deactivating said second unit camera when said second unit receiver receives said first unit event signal.

11. The system as in claim 1, wherein:

said first unit includes an environmental hazard detector in data communication with said first unit processor;

said first unit includes an alarm in data communication with said first unit processor;

said second unit includes an environmental hazard detector in data communication with said second unit processor;

said second unit includes an alarm in data communication with said second unit processor;

said first unit processor includes programming for actuating said first unit alarm upon said first unit hazard detector sensing a hazard;

said first unit processor includes programming for actuating said first unit transmitter to transmit a hazard signal upon said first unit hazard detector sensing a hazard;

said second unit processor includes programming for actuating said second unit alarm upon said second unit hazard detector sensing a hazard;

said second unit processor includes programming for actuating said second unit transmitter to transmit a hazard signal upon said second unit hazard detector sensing a hazard;

said first unit processor includes programming for actuating said first unit alarm upon said first unit receiver receiving a hazard signal; and

said second unit processor includes programming for actuating said second unit alarm upon said second unit receiver receiving a hazard signal.

12. A security system, comprising:

a first monitoring unit having;

a motion sensor for detecting motion;

a camera for obtaining visual data;

a transmitter;

a receiver; and

a processor in data communication with said motion sensor, said camera, said transmitter, and said receiver;

a second monitoring unit having;

a motion sensor for detecting motion;

a camera for obtaining visual data;

a transmitter;

a receiver; and

a processor in data communication with said motion sensor, said camera, said transmitter, and said receiver;

programming in said first unit processor for actuating said first unit camera when said first unit motion sensor detects motion;

programming in said second unit processor for actuating said second unit camera when said second unit motion sensor detects motion;

programming in said second unit processor for actuating said second unit transmitter to transmit said visual data from said second unit camera to said first unit receiver;

programming in said first unit processor for determining if said first unit motion sensor detects motion more recently than said second unit motion sensor detects motion;

programming in said first unit processor for outputting said visual data from said first unit camera when said first unit motion sensor detects motion more recently than said second unit motion sensor detects motion; and

programming in said first unit processor for outputting said visual data from said second unit camera when said second unit motion sensor detects motion more recently than said first unit motion sensor detects motion.

13. The system as in claim 12, wherein:

said first unit has a memory device in data communication with said first unit processor;

said second unit has a memory device in data communication with said second unit processor;

said first unit processor includes programming for storing said visual data from said first unit camera in said first unit memory device; and

said second unit processor includes programming for storing said visual data from said second unit camera in said second unit memory device.

14. The system as in claim 12, wherein:

said first unit processor includes programming for actuating said first unit transmitter to transmit an event signal indicating said first unit motion sensor has sensed motion when said first unit motion sensor detects motion;

said second unit processor includes programming for actuating said second unit transmitter to transmit an event signal indicating said second unit motion sensor has sensed motion when said second unit motion sensor detects motion;

said first unit processor includes programming for deactivating said first unit camera when said first unit receiver receives said second unit event signal; and

said second unit processor includes programming for deactivating said second unit camera when said second unit receiver receives said first unit event signal.

15. The system as in claim 12, wherein said outputting includes at least one of:

providing respective visual data to a common recording device;

providing respective visual data to a telephone having a display; and

providing respective visual data to a monitoring location having a display.

16. The system as in claim 12, wherein:

said first unit includes an environmental hazard detector in data communication with said first unit processor;

said first unit includes an alarm in data communication with said first unit processor;

said second unit includes an environmental hazard detector in data communication with said second unit processor;

said second unit includes an alarm in data communication with said second unit processor;

said first unit processor includes programming for actuating said first unit alarm upon said first unit hazard detector sensing a hazard;

said first unit processor includes programming for actuating said first unit transmitter to transmit a hazard signal upon said first unit hazard detector sensing a hazard;

said second unit processor includes programming for actuating said second unit alarm upon said second unit hazard detector sensing a hazard;

said second unit processor includes programming for actuating said second unit transmitter to transmit a hazard signal upon said second unit hazard detector sensing a hazard;

said first unit processor includes programming for actuating said first unit alarm upon said first unit receiver receiving a hazard signal; and

said second unit processor includes programming for actuating said second unit alarm upon said second unit receiver receiving a hazard signal.

17. The system as in claim 16, wherein:

said first unit processor includes programming for actuating said first unit camera upon said first unit hazard detector sensing a hazard;

said second unit processor includes programming for actuating said second unit camera upon said second unit hazard detector sensing a hazard;

programming in said first unit processor for outputting said visual data from said first unit camera when said first unit hazard detector senses a hazard; and

programming in said second unit processor for outputting said visual data from said second unit camera when said second unit hazard detector senses a hazard.

18. The system as in claim 17, wherein:

(a) said first unit has a memory device in data communication with said first unit processor;

said second unit has a memory device in data communication with said second unit processor;

said first unit processor includes programming for storing said visual data from said first unit camera in said first unit memory device; and

said second unit processor includes programming for storing said visual data from said second unit camera in said second unit memory device;

or

(b) said first unit processor includes programming for actuating said first unit transmitter to transmit an event signal indicating said first unit motion sensor has sensed motion when said first unit motion sensor detects motion;

said second unit processor includes programming for actuating said second unit transmitter to transmit an event signal indicating said second unit motion sensor has sensed motion when said second unit motion sensor detects motion;

said first unit processor includes programming for deactivating said first unit camera when said first unit receiver receives said second unit event signal; and

said second unit processor includes programming for deactivating said second unit camera when said second unit receiver receives said first unit event signal.

19. The system as in claim 18, further comprising:

means for said first unit processor to receive remote command data;

programming in said first unit processor for actuating said first unit transmitter to send said command data to said second unit receiver;

programming in said first unit processor for actuating said first unit camera in accordance with said command data;

programming in said second unit processor for actuating said second unit camera in accordance with said command data; and

programming in said first unit processor for outputting said visual data obtained from said first and second unit cameras in accordance with said command data.

20. The system as in claim 12, further comprising:

means for said first unit processor to receive remote command data;

programming in said first unit processor for actuating said first unit transmitter to send said command data to said second unit receiver;

programming in said first unit processor for actuating said first unit camera in accordance with said command data;

programming in said second unit processor for actuating said second unit camera in accordance with said command data; and

programming in said first unit processor for outputting said visual data obtained from said first and second unit cameras in accordance with said command data.