Surveillance camera mounting apparatus

• US 5,818,519 A
• Filed: 01/17/1996
• Issued: 10/06/1998
• Est. Priority Date: 01/17/1996
• Status: Expired due to Fees

• Current Assignee: Clifford T. Wren
• Original Assignee: Clifford T. Wren
• Inventors: Wren, Clifford T.
• Primary Examiner(s): Faile, Andrew I.
• Assistant Examiner(s): Vu, Ngoc-Yen, VU, NGOC YEN T
• Application Number:
  US08/587,392
• Time in Patent Office: 993 Days
• Field of Search: 248/318, 248/345, 206/588, 206/592, 348/143, 348/151, 348/153, 348/207, 348/373, 348/375, 396/419, 396/427
• US Class Current: 348/151
• CPC Class Codes: G08B 13/19619 Details of casing
• CPC Class Codes: G08B 13/19632 Camera support structures, e.g. attachment means, poles
• CPC Class Codes: H04N 7/183 for receiving images from a single remote source

Abstract

A surveillance camera mounting apparatus formed from a lightweight, elastically deformable material, such as foam plastic, for mounting a surveillance camera in a transparent enclosure of the type used on a building surface such as a ceiling or wall. The mounting apparatus comprises an elastically deformable body element which includes a camera-receiving opening for receiving and holding a surveillance camera therein. The resiliency of the body element enables a portion of the body element which surrounds the camera-receiving opening to elastically deform thereby permitting the camera-receiving opening to dilate to accommodate the surveillance camera. Due to its resiliency, the body element resists such deformation and the camera-receiving opening closes around the surveillance camera and conforms to the camera thereby holding the camera within the opening. The body element is mounted within the transparent enclosure, the resiliency of the body element enabling it to elastically deform to conform to the interior surface of the enclosure so that the body element substantially fills the space between the camera and the interior surface of the enclosure.

Claims

1. A surveillance camera mounting apparatus for mounting a surveillance camera to a surveillance camera enclosure of the type configured for use on a building surface such as a ceiling or wall, the enclosure having at least one wall, at least a portion of said at least one wall being sufficiently transparent to enable the camera to view an area to be monitored through said at least one wall, said at least one wall having an interior surface defining a camera-housing cavity for housing the camera, the mounting apparatus comprising a body configured for holding the camera in the camera-housing cavity of the enclosure and for substantially filling voids between the camera and the interior surface of the enclosure, said body having a camera-receiving opening configured for receiving the surveillance camera, wherein said body is of a resilient material which is elastically deformable.

2. The surveillance camera mounting apparatus of claim 1 wherein said body is configured for conforming to a shape of the interior surface of the enclosure.

3. The surveillance camera mounting apparatus of claim 2 wherein the body has a curved configuration, the curved configuration forming at least a portion of a sphere.

4. The surveillance camera mounting apparatus of claim 1 wherein said body is configured such that the camera-receiving opening expands to receive the surveillance camera as the surveillance camera is inserted into the camera-receiving opening.

5. The surveillance camera mounting apparatus of claim 1 wherein the resiliency of said body enables a portion of said body surrounding the camera-receiving opening to elastically deform to permit the camera-receiving opening to expand to receive the surveillance camera.

6. The surveillance camera mounting apparatus of claim 5 wherein the elastic deformation in the portion of said body surrounding the camera-receiving opening creates an elastic force which resists the elastic deformation, the portion of said body surrounding the camera-receiving opening tending to conform to the shape of the camera in response to the elastic force and tending to grasp the camera to support the camera within the camera-receiving opening.

7. The surveillance camera mounting apparatus of claim 5 wherein said body has a recessed area, the recessed area defining a void between said body and the interior surface of the enclosure when the body is inserted into the enclosure, the void enabling a portion of said body surrounding the recessed area to expand by elastic deformation into the void and toward the interior surface of the enclosure as the camera is inserted into the camera-receiving opening, the portion of said body surrounding the recessed area thereby occupying the void.

8. The surveillance camera mounting apparatus of claim 1 wherein said body is opaque to hide the camera from view of a person in the area to be monitored.

9. A surveillance camera mounting apparatus for mounting a surveillance camera within a surveillance camera enclosure of the type configured for use on a building surface such as a ceiling or wall, the enclosure having at least one wall sufficiently transparent to enable the camera to view an area to be monitored through said at least one wall, said at least one wall having an interior surface defining a camera-housing cavity for housing a camera, the mounting apparatus comprising:

a body configured for holding and shielding from view the camera in the camera-housing cavity of the enclosure and for substantially filling voids between the camera and the interior surface of the enclosure,

wherein said body is of a resilient material which is elastically deformable, the resiliency permitting said body to conform to the shape of the interior surface of the enclosure.

10. The surveillance camera mounting apparatus of claim 9 wherein said body has a camera-receiving opening configured for receiving the surveillance camera, the camera-receiving opening being configured to dilate to accommodate the surveillance camera as the surveillance camera is inserted into the camera-receiving opening.

11. The surveillance camera mounting apparatus of claim 10 wherein the resiliency of said body enables a portion of said body surrounding the camera-receiving opening to elastically deform to permit the opening to dilate.

12. The surveillance camera mounting apparatus of claim 11 wherein the portion of said body which elastically deforms opposes such deformation due to its resiliency, the opposing portion tending to close around the camera in response to such opposition, the opposing portion tending to grasp the camera to support the camera within the camera-receiving opening.

13. The surveillance camera mounting apparatus of claim 11 wherein said body has a recessed area, the recessed area defining a void between said body and the interior surface of the enclosure when the body is inserted in the enclosure, the void enabling a portion of said body surrounding the recessed area to expand by elastic deformation into the void and toward the interior surface of the enclosure as the camera is inserted in the camera-receiving opening.

14. The surveillance camera mounting apparatus of claim 9 wherein said body is opaque and shields the camera from view of a person in the area to be monitored.

15. The surveillance camera mounting apparatus of claim 9 wherein the body has a curved configuration, the curved configuration forming at least a portion of a sphere.

16. A method of mounting a surveillance camera in a transparent surveillance camera enclosure of the type configured for use on a building surface such as a ceiling or wall, the method comprising the steps of:

forming a body element from a resilient material which is elastically deformable so that the body element has substantially the same shape as an interior surface of the enclosure;

forming a camera-receiving opening in the body element for receiving the surveillance camera, the camera-receiving opening being formed with a smaller cross-sectional area than the surveillance camera;

inserting the camera into the camera-receiving opening;

mounting the body element into the interior of the enclosure so that the body element substantially fills voids in the interior of the enclosure between the camera and the enclosure, the resiliency of the body element enabling it to elastically deform so that the outer surface of the body element substantially conforms to the interior surface of the enclosure.

17. The method of claim 16 further comprising the steps of:

dilating the camera-receiving opening to accommodate the surveillance camera by elastically deforming a portion of the body element that surrounds the camera-receiving opening;

inserting the surveillance camera into the camera-receiving opening so that a lens portion of the surveillance camera is aimed outwardly from the camera-receiving opening;

adjusting the body element within the enclosure so that the camera is aimed outward through the enclosure and toward an area to be monitored.