SYSTEM FOR DISTRIBUTING AN ALARM INDICATION TO A DYNAMICALLY CONFIGURED SET OF ALARM SYSTEMS

• US 20090322523A1
• Filed: 06/30/2008
• Published: 12/31/2009
• Est. Priority Date: 06/30/2008
• Status: Abandoned Application

• Current Assignee: Emergency Alerts Innovations LLC
• Original Assignee: Lava Three LLC
• Inventors: McKenna, Daniel B., Graziano, James M.
• Application Number:
  US12/165,084
• Publication Number:
  US 20090322523A1
• Time in Patent Office: Days
• US Class Current: 340/540
• CPC Class Codes: G08B 25/006 Alarm destination chosen according to type of event, e.g. in case of fire phone the fire service, in case of medical emergency phone the ambulance
• CPC Class Codes: G08B 27/001 Signalling to an emergency team, e.g. firemen
• CPC Class Codes: G08B 27/006 with transmission via telephone network

Abstract

The present Reverse 911 Alarm System implements a central alarm distribution site that is capable of generating an alarm indication to warn individuals of a hazard and propagating the alarm indication to selected ones of a plurality of alarm systems that are located in the service area of the central alarm distribution site to warn individuals of a hazard. The central alarm distribution site creates an integrated Reverse 911 system which dynamically selects the alarm systems to encompass the present extent of the hazard and can provide advanced warning to individuals located in an area that extends beyond the present hazard extent area.

Claims

1. A Reverse 911 Alarm System for transmitting an alarm indication to individuals served by a plurality of alarm systems, each of said alarm systems comprising an associated plurality of output devices, each of said output devices being capable of generating a human sensible output to warn individuals located in a coverage area of said output device of a hazard condition, comprising:

alarm controller means, responsive to receipt of alarm data indicative of the presence of a hazard condition, for generating at least one alarm indication; and

alarm indication communication means, communicatively connected to said plurality of alarm systems, for transmitting at least one of said alarm indications via selected ones of said plurality of alarm systems to said associated plurality of output devices to generate human sensible output to warn said individuals who are located in a coverage area of said output devices of said hazard condition.

2. The Reverse 911 Alarm System of claim 1, further comprising:

hazard coverage area determination means for dynamically defining a coverage area indicative of a geographical extent of said hazard condition.

3. The Reverse 911 Alarm System of claim 2, further comprising:

alarm indication coverage area determination means for dynamically defining a geographical area for distribution of said at least one alarm indication, wherein said geographical area for distribution of said at least one alarm indication is coextensive with said geographical extent of said hazard condition.

4. The Reverse 911 Alarm System of claim 3, further comprising:

alarm system selection means for dynamically selecting at least one of said plurality of alarm systems, located in said geographical area for distribution of said at least one alarm indication, for receipt of said at least one alarm indication.

5. The Reverse 911 Alarm System of claim 4, further comprising:

destination specific alarm means for generating a plurality of alarm indications, each specific in content to at least one of;

mode of transmission, target set of individuals to receive said alarm indication, relationship among target sets of individuals to receive said alarm indication, or coverage area targeted;

hierarchical coverage means for distributing said plurality of alarm indications in a time-ordered and coverage area specific manner; and

alarm system control means for transmitting said alarm indications to said selected alarm systems to activate said plurality of output devices.

6. The Reverse 911 Alarm System of claim 2, further comprising:

alarm indication coverage area determination means for dynamically defining a geographical area for distribution of said alarm indication, wherein said geographical area for distribution of said alarm indication is not coextensive with said geographical extent of said hazard condition.

7. The Reverse 911 Alarm System of claim 6, further comprising:

alarm system selection means for dynamically selecting at least one of said plurality of alarm systems, located in said geographical area for distribution of said at least one alarm indication, for receipt of said at least one alarm indication.

8. The Reverse 911 Alarm System of claim 7, further comprising:

destination specific alarm means for generating a plurality of alarm indications, each specific in content to at least one of;

mode of transmission, target set of individuals to receive said alarm indication, relationship among target sets of individuals to receive said alarm indication, or coverage area targeted;

hierarchical coverage means for distributing said plurality of alarm indications in a time-ordered and coverage area specific manner; and

alarm system control means for transmitting said alarm indications to said selected alarm systems to activate said plurality of output devices.

9. The Reverse 911 Alarm System of claim 2 wherein said alarm controller means is responsive to receipt from at least one of said alarm systems of alarm data indicative of the presence of a hazard condition for generating at least one alarm indication.

10. The Reverse 911 Alarm System of claim 2, further comprising:

operator interface means for enabling a human operator to input alarm data indicative of the presence of a hazard condition; and

wherein said alarm controller means is responsive to receipt of said human operator input alarm data indicative of the presence of a hazard condition for generating at least one alarm indication.

11. The Reverse 911 Alarm System of claim 2, further comprising:

bidirectional communication link means for implementing bidirectional communications between said Reverse 911 Alarm System and said at least one alarm system.

12. A method of operating a Reverse 911 Alarm System for transmitting an alarm indication to individuals served by a plurality of alarm systems, each of said alarm systems comprising an associated plurality of output devices, each of said output devices being capable of generating a human sensible output to warn individuals located in a coverage area of said output device of a hazard, comprising:

generating, in response to receipt of alarm data indicative of the presence of a hazard condition, at least one alarm indication; and

transmitting, via a communication connection to said plurality of alarm systems, at least one of said alarm indications via selected ones of said plurality of alarm systems to said associated plurality of output devices to generate human sensible output to warn said individuals who are located in a coverage area of said output devices of said hazard condition.

13. The method of operating a Reverse 911 Alarm System of claim 12, further comprising:

dynamically defining a coverage area indicative of a geographical extent of said hazard condition.

14. The method of operating a Reverse 911 Alarm System of claim 13, further comprising:

dynamically defining a geographical area for distribution of said at least one alarm indication, wherein said geographical area for distribution of said at least one alarm indication is coextensive with said geographical extent of said hazard condition.

15. The method of operating a Reverse 911 Alarm System of claim 14, further comprising:

dynamically selecting at least one of said plurality of alarm systems, located in said geographical area for distribution of said at least one alarm indication, for receipt of said at least one alarm indication.

16. The method of operating a Reverse 911 Alarm System of claim 15, further comprising:

generating a plurality of alarm indications, each specific in content to at least one of;

mode of transmission, target set of individuals to receive said alarm indication, relationship among target sets of individuals to receive said alarm indication, or coverage area targeted;

distributing said plurality of alarm indications in a time-ordered and coverage area specific manner; and

transmitting said alarm indications to said selected alarm systems to activate said plurality of output devices.

17. The method of operating a Reverse 911 Alarm System of claim 13, further comprising:

dynamically defining a geographical area for distribution of said alarm indication, wherein said geographical area for distribution of said alarm indication is not coextensive with said geographical extent of said hazard condition.

18. The method of operating a Reverse 911 Alarm System of claim 17, further comprising:

dynamically selecting at least one of said plurality of alarm systems, located in said geographical area for distribution of said at least one alarm indication, for receipt of said at least one alarm indication.

19. The method of operating a Reverse 911 Alarm System of claim 18, further comprising:

generating a plurality of alarm indications, each specific in content to at least one of;

mode of transmission, target set of individuals to receive said alarm indication, relationship among target sets of individuals to receive said alarm indication, or coverage area targeted;

distributing said plurality of alarm indications in a time-ordered and coverage area specific manner; and

transmitting said alarm indications to said selected alarm systems to activate said plurality of output devices.

20. The method of operating a Reverse 911 Alarm System of claim 13 wherein said step of generating at least one alarm indication is responsive to receipt from at least one of said alarm systems of alarm data indicative of the presence of a hazard condition for generating at least one alarm indication.

21. The method of operating a Reverse 911 Alarm System of claim 13, further comprising:

operator interface means for enabling a human operator to input alarm data indicative of the presence of a hazard condition; and

wherein said step of generating at least one alarm indication is responsive to receipt of said human operator input alarm data indicative of the presence of a hazard condition for generating at least one alarm indication.

22. The method of operating a Reverse 911 Alarm System of claim 13, further comprising:

implementing bidirectional communications between said Reverse 911 Alarm System and said at least one alarm system.