Security system interface module

• US 7,449,999 B2
• Filed: 08/17/2006
• Issued: 11/11/2008
• Est. Priority Date: 08/17/2006
• Status: Active Grant

• Current Assignee: Napco Security Systems Incorporated
• Original Assignee: Napco Security Systems Incorporated
• Inventors: Karl, Thomas, Colucciello, Jose, Carrieri, Michael, Hevia, Jorge
• Primary Examiner(s): Mullen; Thomas J
• Application Number:
  US11/505,721
• Publication Number:
  US 20080042826A1
• Time in Patent Office: 817 Days
• Field of Search: 340/531, 340/533, 340/541, 340/539.1, 340/506, 340/552, 340/566, 340/567, 348152-155, 348/159, 725/108, 709217-219, 709/232, 379/33, 379/37, 379/39, 379/40, 379/42, 379/44, 379/45, 379/51
• US Class Current: 340/531
• CPC Class Codes: G08B 13/19656 Network used to communicate with a camera, e.g. WAN, LAN, Internet
• CPC Class Codes: G08B 25/085 using central distribution transmission lines
• CPC Class Codes: H04L 63/1408 by monitoring network traffic monitoring network traffic per se H04L43/00
• CPC Class Codes: H04L 67/125 involving control of end-device applications over a network

Abstract

An alarm interface module is described that permits an alarm monitoring system to be operational through an existing wide area network (WAN) modem that is linked to an existing local area network (LAN) system wherein the alarm interface module has a first LAN port coupled to the LAN system, a second LAN port coupled to an output port of an alarm control panel of the alarm monitoring system, a WAN port coupled to the WAN modem, and a programming element capable of recognizing an identifying address dynamically assigned to the alarm control panels to route data from a remote alarm server to the alarm control panel while also permitting data communications to the LAN system from the WAN modem that are not initiated from the remote alarm server. The security system interface module of the present invention can be used with any security alarm panels, sensors, video devices, etc.

Claims

1. A video monitoring system operational through an existing wide area network (WAN) modem linked to an existing local area network (LAN) system comprising:

a remote video server;

a first video monitoring device;

a video module having a first input port coupled to said first video monitoring device and an output port for transmitting a video output signal, wherein said video module is dynamically assigned an identifying address within a predetermined range; and

a video interface module having a first LAN port coupled to said LAN system, a second LAN port coupled to said output port of said video module, a WAN port coupled to said WAN modem, and programming means capable of recognizing said identifying address dynamically assigned to said video module to route data from said remote video server to said video module while also permitting data communications to said LAN system from said WAN modem that are not initiated from said remote video server.

2. The video monitoring system of claim 1 further comprising a second video monitoring device coupled to a second input port on said video module.

3. The video monitoring system of claim 2 wherein said first video monitoring device and said second video monitoring device are analog cameras.

4. The video monitoring system of claim 3 wherein said video module includes an analog-to-digital converter to convert an analog video signal received at said first and second input ports of said video module into said video output signal that is in digital format.

5. The video monitoring system of claim 1 wherein said first video monitoring device is a digital video recorder.

6. The video monitoring system of claim 1 wherein said video module includes memory for storing a video clip from said first video monitoring device.

7. The video monitoring system of claim 6 wherein said video module further includes a trigger input/output port to transmit said stored video clip to said remote video server.

8. The video monitoring system of claim 1 wherein said video module further includes a trigger input/output port to enable video from said first video monitoring device to be forwarded to said remote video server.

9. The video monitoring system of claim 1 wherein said LAN system includes a personal computer.

10. The video monitoring system of claim 1 wherein said modem is a cable modem.

11. The video monitoring system of claim 1 wherein said modem is a DSL broadband modem.

12. A video monitoring system operational through an existing internet-linked computer network wherein said network comprises (i) a modem having a WAN port, (ii) a router having a WAN port and a LAN port, and (iii) a personal computer coupled to said LAN port of said router, said video monitoring system comprising:

a remote video server;

a first video monitoring device;

a video module having a first input port coupled to said first video monitoring device and an output port for transmitting a video output signal, wherein said video module is dynamically assigned an identifying address within a predetermined range; and

a video interface module having a first LAN port coupled to said WAN port of said router, a second LAN port coupled to said output port of said video module, a WAN port coupled to said WAN port of said modem, and programming means capable of recognizing said identifying address dynamically assigned to said video module to route data from said remote video server to said video module while also permitting data communications to said personal computer from said modem that are not initiated from said remote video server.

13. The video monitoring system of claim 12 further comprising a second video monitoring device coupled to a second input port on said video module.

14. The video monitoring system of claim 13 wherein said first video monitoring device and said second video monitoring device are analog cameras.

15. The video monitoring system of claim 14 wherein said video module includes an analog-to-digital converter to convert an analog video signal received at said first and second input ports of said video module into said video output signal that is in digital format.

16. The video monitoring system of claim 12 wherein said first video monitoring device is a digital video recorder.

17. The video monitoring system of claim 12 wherein said video module includes memory for storing a video clip from said first video monitoring device.

18. The video monitoring system of claim 17 wherein said video module further includes a trigger input/output port to transmit said stored video clip to said remote video server.

19. The video monitoring system of claim 12 wherein said video module further includes a trigger input/output port to enable video from said first video monitoring device to be forwarded to said remote video server.

20. The video monitoring system of claim 12 wherein said modem is a cable modem.

21. The video monitoring system of claim 12 wherein said modem is a DSL broadband modem.

22. A method of installing a video monitoring system comprising a video module coupled to a video monitoring device and operational through an existing internet-linked computer network wherein said network comprises (i) a modem having a WAN port, (ii) a router having a WAN port and a LAN port, and (iii) a personal computer coupled to said LAN port of said router, said method comprising the steps of:

(i) installing a video interface module between said modem and said router by coupling said WAN port of said router to a first LAN port of said video interface module and coupling said WAN port of said modem to a WAN port of said video interface module;

(ii) coupling said video module to a second LAN port of said video interface module;

(iii) dynamically assigning an identifying address within a predetermined range to said video module;

(iv) receiving internet protocol device data at said video interface module; and

(v) determining whether said internet protocol device data should be routed to said video module based on recognition of said identifying address.

23. A method of installing a video monitoring system comprising a video module coupled to a video monitoring device and operational through an existing internet-linked computer network wherein said network comprises (i) a modem having a WAN port and (ii) a personal computer coupled to said modem, said method comprising the steps of:

(i) installing a video interface module between said modem and said personal computer by coupling said personal computer to a first LAN port of said video interface module and coupling said WAN port of said modem to a WAN port of said video interface module;

(ii) coupling said video module to a second LAN port of said video interface module;

(iii) dynamically assigning an identifying address within a predetermined range to said video module;

(iv) receiving internet protocol device data at said video interface module; and

(v) determining whether said internet protocol device data should be routed to said video module based on recognition of said identifying address.

24. An alarm monitoring system operational through an existing wide area network (WAN) modem linked to an existing local area network (LAN) system comprising:

a remote alarm server;

a first alarm monitoring device;

an alarm control panel having a first input port coupled to said first alarm monitoring device and an output port for transmitting an alarm output signal, wherein said alarm control panel is dynamically assigned an identifying address within a predetermined range; and

an alarm interface module having a first LAN port coupled to said LAN system, a second LAN port coupled to said output port of said alarm control panel, a WAN port coupled to said WAN modem, and programming means capable of recognizing said identifying address dynamically assigned to said alarm control panel to route data from said remote alarm server to said alarm control panel while also permitting data communications to said LAN system from said WAN modem that are not initiated from said remote alarm server.

25. The alarm monitoring system of claim 24 further comprising a second alarm monitoring device coupled to a second input port on said alarm control panel.

26. The alarm monitoring system of claim 25 wherein said first alarm monitoring device and said second alarm monitoring device are sensors.

27. The alarm monitoring system of claim 24 wherein said LAN system includes a personal computer.

28. The alarm monitoring system of claim 24 wherein said modem is a cable modem.

29. The alarm monitoring system of claim 24 wherein said modem is a DSL broadband modem.

30. An alarm monitoring system operational through an existing internet-linked computer network wherein said network comprises (i) a modem having a WAN port, (ii) a router having a WAN port and a LAN port, and (iii) a personal computer coupled to said LAN port of said router, said alarm monitoring system comprising:

a remote alarm server;

a first alarm monitoring device;

an alarm control panel having a first input port coupled to said first alarm monitoring device and an output port for transmitting an alarm output signal, wherein said alarm control panel is dynamically assigned an identifying address within a predetermined range; and

an alarm interface module having a first LAN port coupled to said WAN port of said router, a second LAN port coupled to said output port of said alarm control panel, a WAN port coupled to said WAN port of said modem, and programming means capable of recognizing said identifying address dynamically assigned to said alarm control panel to route data from said remote alarm server to said alarm control panel while also permitting data communications to said personal computer from said modem that are not initiated from said remote alarm server.

31. The alarm monitoring system of claim 30 further comprising a second alarm monitoring device coupled to a second input port on said alarm control panel.

32. The alarm monitoring system of claim 31 wherein said first alarm monitoring device and said second alarm monitoring device are sensors.

33. The alarm monitoring system of claim 30 wherein said modem is a cable modem.

34. The alarm monitoring system of claim 30 wherein said modem is a DSL broadband modem.

35. A method of installing an alarm monitoring system comprising an alarm control panel coupled to an alarm monitoring device and operational through an existing internet-linked computer network wherein said network comprises (i) a modem having a WAN port, (ii) a router having a WAN port and a LAN port, and (iii) a personal computer coupled to said LAN port of said router, said method comprising the steps of:

(i) installing an alarm interface module between said modem and said router by coupling said WAN port of said router to a first LAN port of said alarm interface module and coupling said WAN port of said modem to a WAN port of said alarm interface module;

(ii) coupling said alarm control panel to a second LAN port of said alarm interface module;

(iii) dynamically assigning an identifying address within a predetermined range to said alarm control panel;

(iv) receiving internet protocol device data at said alarm interface module; and

(v) determining whether said internet protocol device data should be routed to said alarm control panel based on recognition of said identifying address.

36. A method of installing an alarm monitoring system comprising an alarm control panel coupled to an alarm monitoring device and operational through an existing internet-linked computer network wherein said network comprises (i) a modem having a WAN port and (ii) a personal computer coupled to said modem, said method comprising the steps of:

(i) installing an alarm interface module between said modem and said personal computer by coupling said personal computer to a first LAN port of said alarm interface module and coupling said WAN port of said modem to a WAN port of said alarm interface module;

(ii) coupling said alarm control panel to a second LAN port of said alarm interface module;

(iii) dynamically assigning an identifying address within a predetermined range to said alarm control panel;

(iv) receiving internet protocol device data at said alarm interface module; and

(v) determining whether said internet protocol device data should be routed to said alarm control panel based on recognition of said identifying address.