Security system

• US 20030184436A1
• Filed: 03/28/2003
• Published: 10/02/2003
• Est. Priority Date: 04/02/2002
• Status: Active Grant

• Current Assignee: Talk Emergency LLC
• Original Assignee: Talk Emergency LLC
• Inventors: Richardson, John Davison, Watson, Michael L., Ellis, Michael G. Sr., Cascio, Peter A., Cain, Steve, Martin, John N., Seales, Todd Z.
• Granted Patent: US 7,046,985 B2
• Time in Patent Office: Days
• US Class Current: 340/531
• CPC Class Codes: G08B 25/008 Alarm setting and unsetting, i.e. arming or disarming of the security system
• CPC Class Codes: G08B 25/016 Personal emergency signalling and security systems emergency non-personal manually actuated alarm activators G08B25/12
• CPC Class Codes: G08B 27/003 Signalling to neighbouring houses

Abstract

A security system and method in which a base unit at a monitored premises such as a residence can, when its alarm is activated by, for example, the detection of an intrusion, fire or other emergency, establish radio communication with similar base units or compatible devices at residences within the same neighborhood and transmit voice and other audio information to alert them of the activation of the alarm.

Claims

1. A residential security system, comprising:

a plurality of base units, each having at least one activation input, a digital processor, a telephone line-based base unit communication interface, and a radio transceiver, the digital processor of a base unit programmed or adapted to initiate establishment of a radio communication link via the radio transceiver with at least one other of said plurality of base units for transmission of audio information to the other of said plurality of base units via the communication link in response to triggering of an activation input; and

a monitoring system remotely located from the base units having a telephone line-based monitoring system communication interface, the digital processor of a base unit programmed or adapted to initiate establishment of a communication link with the monitoring system in response to triggering of an activation input.

2. The security system claimed in claim 1, wherein:

the radio transceiver is a half-duplex spread spectrum radio transceiver of a type selectably operable in either a simulated full-duplex time-division audio mode or a half-duplex continuous data mode; and

to prevent ping-ponging problems, the processor directs digitally-encoded audio information received from the audio input to the radio transceiver in the data mode for transmission to the other of said plurality of base units via the communication link.

3. The security system claimed in claim 1, wherein the audio information includes a pre-programmed informational voice message.

4. The security system claimed in claim 3, wherein the informational voice message identifies a location of the base unit.

5. The security system claimed in claim 1, wherein the audio information is input from a microphone.

6. The security system claimed in claim 5, wherein the microphone is in or on the base unit.

7. The security system claimed in claim 5, wherein the microphone is in or on a portable wireless emergency activation unit associated with the base unit that is portable and activatable by an occupant of a premises monitored by the associated base unit.

8. A residential security system, comprising:

a plurality of base units, each having at least one activation input, a telephone line-based base unit communication interface, and a radio transceiver, one base unit programmed or adapted to initiate establishment of a radio communication link with at least one other of said plurality of base units in response to triggering of an activation input, the radio communication link communicating audio information from the one base unit to the other;

a plurality of portable wireless emergency activation units, each associated with one of the base units and portable and activatable by an occupant of a premises monitored by its associated base unit, each emergency activation unit having a microphone receiving the audio information; and

a monitoring system remotely located from the base units having a telephone line-based monitoring system communication interface, a base unit programmed or adapted to initiate establishment of a communication link with the monitoring system in response to triggering of an activation input.

9. The security system claimed in claim 8, wherein:

each base unit is programmed or adapted to initiate establishment of a first communication link with the monitoring system and second communication links with other base units of the plurality of base units in response to triggering of a first activation input; and

each base unit is programmed or adapted to initiate establishment of communication links with the other base units of the plurality of base units but not with the monitoring system in response to triggering of a second activation input.

10. The security system claimed in claim 9, wherein each base unit has a first button and a second button and is programmed or adapted to trigger the first activation input in response to pressing of the first button and programmed or adapted to trigger the second activation input in response to pressing of the second button.

11. The security system claimed in claim 9, wherein each portable wireless emergency activation unit has a first button and a second button, and each base unit is programmed or adapted to trigger the first activation input in response to a signal the portable wireless emergency activation unit transmits in response to pressing of the first button and programmed or adapted to trigger the second activation input in response to a signal the portable wireless emergency activation unit transmits in response to pressing of the second button.

12. A residential security system, comprising:

a plurality of base units, each having at least one activation input, a digital processor, a telephone line-based base unit communication interface, and a radio transceiver, one base unit programmed or adapted to initiate establishment of a radio communication link with at least one other of said plurality of base units in response to triggering of an activation input, the radio communication link communicating audio information from the one base unit to the other;

a plurality of movement detection units, each associated with one of the base units and mountable on an item of personal property associated with a premises monitored by its associated base unit, a movement detection unit transmitting an alarm activation signal to the base unit in response to detection of movement of the item; and

a monitoring system remotely located from the base units having a telephone line-based monitoring system communication interface, a base unit programmed or adapted to initiate establishment of a communication link with the monitoring system in response to triggering of an activation input.

13. A method for alerting neighbors of an emergency event, comprising:

a first base unit of a plurality of base units detecting triggering of an activation input of the first base unit;

in response to detection of activation of an activation input, the first base unit initiating establishment of a radio communication link with at least a second base unit of the plurality of base units, the first and second base units located in residences in the same residential neighborhood as each other;

the first base unit transmitting audio information to the other of said plurality of base units via the radio communication link; and

the first base unit initiating establishment of a telephone line-based communication link with a remote monitoring system in response to triggering of an activation input.

14. The method claimed in claim 13, wherein the step of detecting triggering of an activation input of the first base unit comprises detecting triggering of a panic button.

15. The method claimed in claim 14, wherein the panic button is included in the first base unit.

16. The method claimed in claim 14, wherein the panic button is included in a portable wireless emergency activation unit associated with the base unit.

17. The method claimed in claim 16, wherein:

detecting triggering of the panic button comprises detecting activation of the portable wireless emergency activation unit via a radio communication link defined by a first channel, all base units of the plurality of base units located in residences in the same residential neighborhood as each other and capable of communicating audio information with each other via a radio communication link defined by a second channel;

the step of the first base unit initiating establishment of a radio communication link with at least a second base unit of the plurality of base units comprises the first base unit initiating establishment of a radio communication link with one or more other of the plurality of base units; and

in response to establishment of the radio communication link with the first base unit the one or more other of the plurality of base units becoming incapable of communicating audio information with each other via a radio communication link defined by the second channel and becoming capable of communicating audio information with each other via a radio communication link defined by a third channel.

18. The method claimed in claim 13, wherein the step of the first base unit transmitting audio information to the other of said plurality of base units comprises transmitting a predetermined informational voice message.

19. The method claimed in claim 18, wherein the informational voice message identifies a location of the first base unit.

20. The method claimed in claim 13, wherein the step of the first base unit transmitting audio information to the other of said plurality of base units comprises transmitting information representing sounds collected via a microphone.

21. The method claimed in claim 20, wherein the microphone is included in the base unit.

22. The method claimed in claim 20, wherein the microphone is included in a portable wireless emergency activation unit associated with the base unit.

23. The method claimed in claim 13, wherein the step of the first base unit transmitting audio information to the other of said plurality of base units comprises transmitting both a predetermined informational voice message and information representing sounds collected via a microphone.

24. The method claimed in claim 13, wherein the step of detecting triggering of an activation input of the first base unit comprises detecting triggering of a movement detector.

25. A method for alerting neighbors of an emergency event, comprising:

a first base unit of a plurality of base units detecting activation of a portable wireless emergency activation unit via a radio communication link defined by a first channel, all base units of the plurality of base units located in residences in the same residential neighborhood as each other and capable of communicating audio information with each other via a radio communication link defined by a second channel;

in response to detection of activation of the wireless emergency activation unit, the first base unit initiating establishment of a radio communication link with one or more other of the plurality of base units; and

in response to establishment of the radio communication link with the first base unit the one or more other of the plurality of base units becoming incapable of communicating audio information with each other via a radio communication link defined by the second channel and becoming capable of communicating audio information with each other via a radio communication link defined by a third channel.

26. The method claimed in claim 25, wherein the first base unit initiates establishment of a telephone line-based communication link with a remote monitoring system in response to detection of activation of the wireless emergency activation unit.

27. A method for adding to an existing security system monitored by a first monitoring service the capability of alerting neighbors and a second monitoring service of an emergency event, comprising:

connecting a first base unit to a telephone connection monitored by the existing security system, the base unit having a digital processor, a telephone line-based communication interface, and a radio transceiver, the digital processor programmed or adapted to initiate establishment of a radio communication link via the radio transceiver with at least a second base unit for transmission of audio information to the second base unit via the communication link in response to triggering of an activation input, the digital processor further programmed or adapted to detect codes generated by the security system and destined for the first monitoring service and to transmit codes via a telephone line to the second monitoring service instead of the first monitoring service.

28. A method for controlling a remotely monitored security system, comprising:

connecting a security system base unit to a telephone connection;

establishing a telephone line-based communication link with a remote system; and

the base unit receiving control codes from the remote system via the telephone line-based communication link; and

the base unit configuring itself in accordance with the control codes.

29. The method claimed in claim 28, wherein the step of the base unit configuring itself comprises the base unit becoming activated.

30. The method claimed in claim 28, wherein the step of the base unit configuring itself comprises the base unit becoming deactivated.

31. The method claimed in claim 28, wherein the step of the base unit configuring itself comprises the base unit receiving from the remote system and storing an informational voice message to be transmitted by the base unit upon triggering of an activation input of the base unit.

32. The method claimed in claim 28, wherein the step of establishing a telephone line-based communication link with a remote system is initiated periodically by the base unit in accordance with a refresh period.

33. The method claimed in claim 28, wherein:

the control codes received from the remote system are generated by the remote system in response to payment history for monitoring services; and

the step of the base unit configuring itself comprises the base unit becoming deactivated when the control codes are generated in response to poor payment history.

34. The method claimed in claim 28, wherein the step of the base unit configuring itself comprises the base unit changing the refresh period.

35. The method claimed in claim 28, wherein the base unit has a digital processor, a telephone line-based communication interface, and a radio transceiver, and the digital processor is programmed or adapted to initiate establishment of a radio communication link via the radio transceiver with at least a second base unit for transmission of audio information to the second base unit via the radio communication link in response to triggering of an activation input.