Method for remote pre-verification of alarm signals and remote alarm system control

• US 7,817,029 B1
• Filed: 09/28/2007
• Issued: 10/19/2010
• Est. Priority Date: 09/19/2006
• Status: Active Grant

• Current Assignee: Rick A. Britton
• Original Assignee: Rick A. Britton
• Inventors: Heironimus, Kyle, Hillenburg, Mark A., Britton, Rick A.
• Primary Examiner(s): GOINS, DAVETTA WOODS
• Application Number:
  US11/906,157
• Time in Patent Office: 1,117 Days
• Field of Search: 340/501, 340/506, 340/539.1, 340/540, 340/541, 340/286.01, 340/286.05, 340/825.49, 379/37, 379/38, 379/45, 455/404.1, 455/414.1, 455/414.4
• US Class Current: 340/501
• CPC Class Codes: G08B 25/001 Alarm cancelling procedures or alarm forwarding decisions, e.g. based on absence of alarm confirmation

Abstract

A method of alarm data communication involves protecting a premise with an alarm sensor, sensing an exception, text messaging a responsible user'"'"'s text-messaging device a text message indicative of such exception and, in the absence of an effective cancel instruction, propagating a signal to a central alarm monitoring station indicative of such exception or otherwise expediting dispatch of authorities to the premise in response to such exception. Another aspect of this method involves that, notwithstanding the absence of an effective cancel instruction, there instead might be the issuance of an effective verify instruction, which propagates to the central alarm monitoring station as indicative of not only the exception but also that such exception is verified.

Claims

1. A method of alarm data communication, comprising the steps of:

protecting a premise with a premise-sited automatic alarm controller;

providing a remote central station with receiving equipment for receiving data communications from a plurality of alarm data communicators including said premise-sited automatic alarm controller;

providing the premise-sited automatic alarm controller with a network of premise-sited alarm sensors which report premise-related exceptions not to the central station but to said premise-sited automatic alarm controller;

providing one or more communications links between the premise-sited automatic alarm controller and the remote central station'"'"'s receiving equipment;

providing a user who is responsible for the premise with a cellular text-messaging device;

providing the premise-sited automatic alarm controller with a cellular text-messaging module;

when an exception occurs with any sensor, said sensor reporting the exception to the premise-sited automatic alarm controller;

the premise-sited automatic alarm controller responding with preliminary steps followed by conditional steps;

said preliminary steps comprising;

refraining for a pre-programmed amount of time from a step of sending an exception message to the remote central station'"'"'s receiving equipment,

text messaging the responsible user'"'"'s text-messaging device a text message indicative of such exception, and

waiting a pre-programmed amount of time for the user to respond by text message;

said conditional steps comprising;

(A) if receiving (1) a responsive text message from the user (2) within the pre-programmed amount of time (3) that is indicative of a disarm instruction, then;

(a) disarming,

(B) but if not (1), (2) and (3), then;

(b) sending an exception message to the remote central station'"'"'s receiving equipment;

wherein the step of disarming further comprises logging in an event log onboard the premise-sited automatic alarm controller the instruction from said user to disarm, including date, time, and user identification.

2. The method of alarm data communication of claim 1, wherein the step disarming further comprises:

canceling the step of sending a message to the remote central station'"'"'s receiving equipment regarding said exception.

3. The method of alarm data communication of claim 2, wherein the step of logging further comprises:

logging in the event log not only date, time and user identification of the user instruction to disarm but also exception sensor identification.

4. The method of alarm data communication of claim 1, wherein steps (A) and (B) comprise:

(A.1) if receiving (1) a responsive text message from the user (2) within the pre-programmed amount of time (3.1) that is indicative of a disarm instruction, then;

(a.1) disarming,

(A.2) else if receiving (1) a responsive text message from the user (2) within the pre-programmed amount of time (3.2) that is indicative of a pre-verify instruction, then;

(a.2) sending an exception message to the remote central station'"'"'s receiving equipment that is associated with a pre-verify indication,

(B) but if not (1), (2) and (3.1) or (3.2), then;

(b) sending an exception message to the remote central station'"'"'s receiving equipment associated with an indication of absence of pre-verified status.

5. The method of alarm data communication of claim 4, further comprising:

providing the remote central station with prioritizing software for prioritizing the messages and/or signals received by the receiving equipment from the plurality of alarm data communicators which include said premise-sited automatic alarm controller; and

prioritizing those exception messages of the premise-sited automatic alarm controller that are associated with a pre-verify indication over those without a pre-verify indication.

6. The method of alarm data communication of claim 5, further comprising:

providing the remote central station with human operators and operator interfaces for the prioritizing software to serve the premise-sited automatic alarm controller'"'"'s exception messages; and

identifying or flagging on said operators'"'"' interfaces the exception messages of said premise-sited automatic alarm controller that were associated with a pre-verify indication.

7. The method of alarm data communication of claim 1, wherein:

the user'"'"'s cellular text-messaging device comprises a cellular telephone.

8. A premise-sited automatic alarm controller configured for alarm data communication in accordance with the method of claim 1.

9. A central station with receiving equipment for receiving data communications from a plurality of alarm data communicators including said premise-sited automatic alarm controller configured for alarm data communication in accordance with the method of claim 1.

10. A method of alarm data communication, comprising the steps of

protecting a premise with a premise-sited automatic alarm controller;

providing a remote central station with receiving equipment for receiving data communications from a plurality of alarm data communicators including said premise-sited automatic alarm controller;

providing the premise-sited automatic alarm controller with a network of premise-sited alarm sensors which report premise-related exceptions not to the central station but to said premise-sited automatic alarm controller;

providing one or more communications links between the premise-sited automatic alarm controller and the remote central station'"'"'s receiving equipment;

providing a user who is responsible for the premise with a cellular text-messaging device;

providing the premise-sited automatic alarm controller with a cellular text-messaging module;

when an exception occurs with any sensor, said sensor reporting the exception to the premise-sited automatic alarm controller;

the premise-sited automatic alarm controller responding with preliminary steps followed by conditional steps;

said preliminary steps comprising;

refraining for a pre-programmed amount of time from a step of sending an exception message to the remote central station'"'"'s receiving equipment,

text messaging the responsible user'"'"'s text-messaging device a text message indicative of such exception, and

waiting a pre-programmed amount of time for the user to respond by text message;

said conditional steps comprising;

(A) if receiving (1) a responsive text message from the user (2) within the pre-programmed amount of time (3) that is indicative of a pre-verify instruction, then;

(a) sending an exception message to the remote central station'"'"'s receiving equipment that is associated with a pre-verify indication,

(B) but if not (1), (2) and (3), then;

(b) sending an exception message to the remote central station'"'"'s receiving equipment associated with an indication of absence of pre-verified status.

11. The method of alarm data communication of claim 10, further comprising:

providing the remote central station with prioritizing software for prioritizing the messages and/or signals received by the receiving equipment from the plurality of alarm data communicators which include said premise-sited automatic alarm controller; and

prioritizing those exception messages of the premise-sited automatic alarm controller that are associated with a pre-verify indication over those without a pre-verify indication.

12. The method of alarm data communication of claim 11, further comprising:

providing the remote central station with human operators and operator interfaces for the prioritizing software to serve the premise-sited automatic alarm controller'"'"'s exception messages; and

identifying or flagging on said operators'"'"' interfaces the exception messages of said premise-sited automatic alarm controller that were associated with a pre-verify indication.

13. The method of alarm data communication of claim 10, wherein:

the user'"'"'s cellular text-messaging device comprises a cellular telephone.

14. A premise-sited automatic alarm controller configured for alarm data communication in accordance with the method of claim 10.

15. A central station with receiving equipment for receiving data communications from a plurality of alarm data communicators including said premise-sited automatic alarm controller configured for alarm data communication in accordance with the method of claim 10.

16. A method of alarm data communication, comprising the steps of:

protecting a premise with a premise-sited automatic alarm controller;

providing a remote central station with receiving equipment for receiving data communications from a plurality of alarm data communicators including said premise-sited automatic alarm controller;

providing the premise-sited automatic alarm controller with a network of premise-sited alarm sensors which report premise-related exceptions not to the central station but to said premise-sited automatic alarm controller;

providing one or more communications links between the premise-sited automatic alarm controller and the remote central station'"'"'s receiving equipment;

providing a user who is responsible for the premise with a cellular text-messaging device;

providing the premise-sited automatic alarm controller with a cellular text-messaging module;

when an exception occurs with any sensor, said sensor reporting the exception to the premise-sited automatic alarm controller;

configuring the premise-sited automatic alarm controller to receive text messages from the responsible user'"'"'s text-messaging device indicative of instructions to Arm or Disarm; and

arming or disarming accordingly;

wherein each instance of the step of arming and disarming further comprises, logging in an event log onboard the premise-sited automatic alarm controller the instruction from said user to arm or disarm, including date, time, and user identification.

17. The method of alarm data communication of claim 16, further comprising:

further configuring the premise-sited automatic alarm controller to receive text messages from the responsible user'"'"'s text-messaging device indicative of instructions to change Schedules;

changing schedules accordingly;

wherein each instance of the step of changing schedules further comprises, logging in an event log onboard the premise-sited automatic alarm controller the instruction from said user to change schedules, including date, time, and user identification.

18. The method of alarm data communication of claim 16, further comprising:

further configuring the premise-sited automatic alarm controller to receive text messages from the responsible user'"'"'s text-messaging device indicative of an instruction to Delete a User Code;

deleting a user code accordingly;

wherein each instance of the step of changing schedules further comprises, logging in an event log onboard the premise-sited automatic alarm controller the instruction from said user to delete a user code, including date, time, and user identification.

19. A premise-sited automatic alarm controller configured for alarm data communication in accordance with the method of claim 16.

20. A central station with receiving equipment for receiving data communications from a plurality of alarm data communicators including said premise-sited automatic alarm controller configured for alarm data communication in accordance with the method of claim 16.