MODULAR SURVEILLANCE CAMERA SYSTEM WITH SELF-IDENTIFICATION CAPABILITY

• US 20130147963A1
• Filed: 01/28/2013
• Published: 06/13/2013
• Est. Priority Date: 12/06/2005
• Status: Abandoned Application

• Current Assignee: Robert Bosch GmbH
• Original Assignee: Robert Bosch GmbH
• Inventors: Henninger, Paul E. III, Bolotine, Michael
• Application Number:
  US13/751,639
• Publication Number:
  US 20130147963A1
• Time in Patent Office: Days
• US Class Current: 348/159
• CPC Class Codes: G08B 13/19619 Details of casing
• CPC Class Codes: G08B 13/1963 Arrangements allowing camera rotation to change view, e.g. pivoting camera, pan-tilt and zoom [PTZ]
• CPC Class Codes: H04N 7/181 for receiving images from a plurality of remote sources

Abstract

A modular surveillance camera kit includes a group of camera heads each having a respective set of performance characteristics, a group of system controllers each having a respective set of performance characteristics, and a group of communications modules each having a respective set of performance characteristics. Each of the communications modules is configured to be coupled to a system interface. A surveillance camera system is assembled in a selected one of a plurality of possible combinations by selecting one of the group of camera heads, one of the group of system controllers and one of the group of communications modules such that the selected system controller electrically and mechanically interconnects the selected camera head and the selected communications module.

Claims

1. A modular surveillance camera kit, comprising:

a group of camera heads each having a respective set of performance characteristics;

a group of system controllers each having a respective set of performance characteristics; and

a group of communications modules each having a respective set of performance characteristics, each of said communications modules being configured to be coupled to a system interface;

wherein an assembled surveillance camera includes a selected one of said group of camera heads, one of said group of system controllers and one of said group of communications modules such that said selected system controller electrically and mechanically interconnects said selected camera head and said selected communications module, each said system controller being programmed to;

ascertain an identification of at least one of said selected camera head and said selected communications module in the assembled surveillance camera with the system controller; and

operate said surveillance camera dependent upon the identification.

2. The modular surveillance camera kit of claim 1, wherein each said system controller is programmed to ascertain the identification after said surveillance camera has been assembled.

3. The modular surveillance camera kit of claim 1, further comprising a group of thermal modules, each of said thermal modules being configured to be coupled to the system interface, wherein said assembled surveillance camera includes a selected one of said group of thermal modules, each said system controller being programmed to:

ascertain an identification of said selected thermal module that is assembled in a same said surveillance camera as said system controller; and

operate said surveillance camera dependent upon the thermal module identification.

4. The modular surveillance camera kit of claim 1, wherein the identification of at least one of said selected camera head and said selected communications module corresponds to said respective set of performance characteristics.

6. The modular surveillance camera kit of claim 1, wherein each said system controller is programmed to generate an output signal including:

an identification of said system controller;

an identification of said selected camera head;

an identification of said selected communications module; and

diagnostic information associated with at least one of said system controller, said selected camera head, and said selected communications module.

7. The modular surveillance camera kit of claim 1, further comprising a group of housings each including a respective version of the system interface, wherein said assembled surveillance camera includes a selected one of said group of housings, each said system controller being programmed to:

ascertain an identification of said selected housing that is assembled in a same said surveillance camera as said system controller; and

operate said surveillance camera dependent upon the housing identification.

8. The modular surveillance camera kit of claim 1, wherein each said system controller being is programmed to:

determine, based upon the identifications, whether said selected camera head, said selected communications module and said system controller in the assembled surveillance camera are operationally compatible with one another; and

notify a user if said selected camera head, said selected communications module and said system controller in the assembled surveillance camera are not operationally compatible with one another.

14. The modular surveillance camera kit of claim 3, wherein the system controller is programmed to:

ascertain identifications of said camera head module, of said communications module, and of said thermal module, each of said identifications corresponding to a respective set of performance characteristics;

collect at least one of diagnostic data and environmental data associated with operation of at least one of said camera head module, said communications module, said thermal module, and said system controller module;

determine whether at least one of said camera head module, said communications module, said thermal module, and said system controller module should be replaced with a like module, said determination being based upon the identifications and upon said at least one of diagnostic data and environmental data; and

notify a user if at least one of said camera head module, said communications module, said thermal module, and said system controller module should be replaced.

17. The surveillance camera of claim 14, wherein said system controller module is programmed to operate said camera head based upon said at least one of diagnostic data and environmental data.

18. The surveillance camera of claim 14, wherein said at least one of diagnostic data and environmental data comprises temperature data.

5. (canceled)

9-13. -13. (canceled)

15-16. -16. (canceled)

19. (canceled)

20. A modular surveillance camera kit, comprising:

a plurality of different camera heads having commonly shaped electrical and mechanical connectors, each camera head having a different set of performance characteristics than other of the plurality of camera heads;

a plurality of different system controllers having commonly shaped electrical and mechanical connectors, each system controller having a different set of performance characteristics than other of the plurality of system controllers; and

a plurality of different communications modules having commonly shaped electrical and mechanical connectors, each communications module having a different set of performance characteristics than other of the plurality of communications modules, and wherein each of the communications modules is configured to be coupled to a system interface; and

a camera housing for holding one of the plurality of camera heads, one of the plurality of communications modules, and one of the plurality of system controllers, the system controller in the housing being electrically and mechanically interconnected with the camera head and the communications module by the commonly shaped electrical and mechanical connectors of the camera head, system controller, and communications module to a form a surveillance camera.

21. The modular surveillance camera kit of claim 20, wherein at least one of the plurality of camera heads, the plurality of system controllers and the plurality of communications modules includes an in-rush current limiting device.

22. The modular surveillance camera kit of claim 21, wherein the in-rush current limiting device comprises hot swap circuitry.

23. The modular surveillance camera kit of claim 21, wherein the in-rush current limiting device comprises a tri-statable signal line.

24. The modular surveillance camera kit of claim 20, further comprising a plurality of different thermal modules having commonly shaped electrical and mechanical connectors, each thermal module having a different set of performance characteristics than other of the plurality of thermal modules, and wherein one of the plurality of thermal modules is coupled to the system interface of the surveillance camera with the commonly shaped electrical and mechanical connectors.

25. The modular surveillance camera kit of claim 20, wherein the plurality of camera heads includes a PTZ camera head, a fixed camera head, and an imitation camera head, at least one of the plurality of communications module and the plurality of system controllers including a feed through device compatible with the fixed camera head.

26. The modular surveillance camera kit of claim 20, wherein the system controller and the communications module of the surveillance camera are disposed within the camera housing and the camera head of the surveillance camera is disposed at least partially outside of the camera housing.

27. A method of providing a surveillance camera, comprising:

providing a plurality of different camera heads having commonly shaped electrical and mechanical connectors, each camera head having a different set of performance characteristics than other of the plurality of camera heads;

providing a plurality of different system controllers having commonly shaped electrical and mechanical connectors, each system controller having a different set of performance characteristics than other of the plurality of system controllers and being operationally compatible with at least two of the plurality of camera heads;

providing a plurality of different communications modules commonly shaped electrical and mechanical connectors, each communications module having a different set of performance characteristics than other of the plurality of communications modules, and wherein each of the communications modules is configured to be coupled to a system interface and is operationally compatible with at least two of the plurality of camera heads and with at least two of the plurality of system controllers;

selecting a camera head from the plurality of different camera heads;

selecting a system controller from the plurality of different system controllers;

selecting a communications module from the plurality of communications modules; and

assembling a surveillance camera in a housing with the selected communications module coupled to a system interface, and with the selected system controller electrically and mechanically interconnected to the selected camera head and the selected communications module by the commonly shaped electrical and mechanical connectors.

28. The method of claim 27, further comprising:

providing a plurality of different thermal modules having commonly shaped electrical and mechanical connectors, each thermal module having a different set of performance characteristics than other of the plurality of thermal modules, each of the plurality of thermal modules being operationally compatible with at least two of the camera heads, at least two of the system controllers, and at least two of the communications modules;

selecting a thermal module from the plurality of thermal modules; and

connecting the selected thermal module to the system interface of the surveillance camera with the commonly shaped electrical and mechanical connectors.

29. The method of claim 28, wherein the plurality of camera heads includes a PTZ camera head, a fixed camera head, and an imitation camera head, at least one of the plurality of communications module and the plurality of system controllers including a feed through device compatible with the fixed camera head.