Camera holder

Abstract

A camera storage apparatus adapted for engagement to a user having a case formed by two elastically engaged sidewalls. An aperture provides access for the camera to an interior cavity and a projection creates a restraint for the camera while in the interior cavity. The elastic edgewall may be stretched by the user to remove or insert the camera into the interior cavity past the projection. A lip extending past the aperture and over the body of the user provides a guide for the camera into the interior cavity so the user need not look at the device during insertion and removal of the camera.

Description

BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 depicts a perspective view of the disclosed device above a mount component adapted to engage a second mount component engaged to the exterior of the shorter sidewall.

FIG. 2 is a bottom view of the device showing the shorter sidewall with mount component thereon.

FIG. 3 depicts a slice through FIG. 1 showing the interior cavity formed between the two sidewalls and the two opposing ribs for restraining the camera in the interior cavity which is placed adjacent to the aperture providing communication to the internal cavity.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS OF THE INVENTION

Referring now to the drawings, FIGS. 1-3 depict the disclosed device 10 for storing or holding a camera 14 in an aquatic environment occupied by the user such as a surfer in the ocean. The device 10 features a case 16 formed by a first sidewall 18 and shorter second sidewall 20. On the exterior surface of the second sidewall 20 is positioned a first mount component 22 which is adapted to engage a second mount component 24 which would be attached to the user such as by attachment to a wetsuit, or to a belt, or other clothing worn by the user. Using the mount components 22 and 24, the case 16 may be easily engaged or disengaged to the wetsuit 26 and remain attached to hold the camera 14 therein.

An interior cavity 28 is formed between the stiff first sidewall 18 and second sidewall 20 and an elastic edge wall 30 communicating between the two sidewalls and forming a side edge along three sides of the case 16. In a particularly preferred mode of the device 10, communicating through the first sidewall 18 is a window 19 positioned in to be in a registered engagement with the camera 14 such that the lens 21 of the camera 14 can be situated to point through the window 19. This will allow the user to take photos while the camera is in an engaged position inside the interior cavity 28 by depressing the camera 14 activation switch 23 which would be positioned in a gap 25 in the edgewall 30 holding the two sidewalls together. Or, since as noted the edgewall 30 is elastic, and a majority of camera activation buttons 23 are on the sides of the camera 14, the button may be pressed by deflection of the edgewall 30 to take a picture or video while the camera 14 is engaged within the interior cavity.

Of course the device 10 provides greatly improved camera storage without the window; however, when used in an aquatic environment, the user may wish not to dislodge the camera from the interior cavity 28 so the window increases the utility of the device 10. This window for the lens 21 also would allow positioning of the camera 14 to take video while being worn by the user which would also be especially useful when a surfer is riding a wave to render to the camera 14 the view the user sees while surfing.

Access to the interior cavity 28 is provided by an aperture 32 formed in one end. The aperture 32 is adapted to provide access to the interior cavity 28 defined by the area between the aperture 32, the two sidewalls 18 and 20, and the edgewall 30.

The device 10 provides the user with great utility by providing a secure storage for a camera 14 yet easy insertion and removal of a camera 14 from the interior cavity 28 through the employment of two components adjacent to the aperture 32. A first such component is provided by a means to funnel or guide the camera 14 through the aperture 30 and into the interior cavity 28 by the overhang 31 or lip portion provided by the longer first sidewall 18 spaced away from the user's body or clothing 26 when the case 16 is engaged to the user with the mounts. This means to guide the camera into the cavity 28 allows the user to easily insert the camera 14 into the internal cavity without looking by sliding the camera under the overhang 32 and pushing it into the internal cavity 28.

Means to securely maintain the camera 14 in the interior cavity 28 with no closure on the aperture 32 is provided by at least one, and preferably a pair of opposing projections in the form of ribs 36 engaged to the sidewalls adjacent to the aperture 30. The two ribs 36 project from interior surfaces of the two sidewalls and are biased toward each other by the biased sidewalls 18 and 20 and the elastic edgewall 30 engaged to the sidewalls. The projecting ribs 36 thus effectively narrow the interior cavity 28 immediately adjacent to the aperture 30 and defined an aperture width less than the gap between the two sidewalls thereby defining a barrier as a means to prevent the camera 14 falling out of the interior cavity 28 or from being removed. This aperture width may be increased to allow removal of the camera by pulling on the camera 14 with the fingers or pulling on a camera tether 38 with sufficient force to stretch and overcome the biasing of the elastic edgewall 30 which biases the two sidewalls and hence, the engaged ribs 36, toward each other.

Storage of the camera 14 in the interior cavity is accomplished by forcing the distal end of the camera 14 behind the lip or overhang 31 and pushing with sufficient force to overcome stretch and overcome the bias of the elastic in the edge wall 30 and thereby increase the size of the aperture width by forcing two curved ribs 36 away from each other during traverse of the camera therebetween.

The opposing sidewalls 18 and 20 are spaced to accommodate the thickness of the camera 14 and using the elastic edgewalls 30 provides a means to adapt the width of the interior cavity to accommodate different width cameras 14. However, the rib or ribs 36 positioned adjacent to the aperture will prevent the camera 14 from falling out of the interior cavity when the two sidewalls rest against the exterior of the camera 14. Optionally, a biased reel engages a first end of a retractable tether 38 and is adapted to pull upon the distal end of the tether 38 as a safety precaution. When the user has removed the camera 14 from the interior cavity 28 for a quick shot, the tether 38, threaded through the interior cavity 28 or just engaged to the camera 14 directly, provides a means to tether the camera 14 to the user or the device and prevent loss if dropped. Threading the retractable tether 38 through the gap in the edgewall 30 and to the camera 14 will tend to pull the camera 14 back into the interior cavity when returning it thereto.

Although the invention has been herein disclosed and described with respect to particular embodiments thereof, it should be realized that various changes and modifications may be employed to the method and apparatus for secure storage of a camera in an aquatic environment without departing from the spirit and scope of the invention. While the invention as shown in the drawings and described in detail herein discloses arrangements of elements of particular construction and configuration for illustrating preferred embodiments of structure and method of operation of the present invention, it is to be understood, however, that elements of different construction and configuration and other arrangements thereof, other than those illustrated and described, may be employed in accordance with the spirit of this invention. Any and all such changes, alternations and modifications, as would occur to those skilled in the art, are considered to be within the scope of this invention as broadly defined in the appended claims.

Claims

1. A camera storage apparatus for engagement to a user, comprising: a case, said case having a first sidewall, a second sidewall, and an elastic edgewall communicating therebetween defining a gap between said first sidewall and said second sidewall;an aperture communicating with said interior cavity at a first end of said case;at least one projection engaged to one of said interior surface or said inside surface, and extending to a distal end;an aperture width defined by a distance between said distal end and a respective opposing inside surface or interior surface;an interior cavity defined by the area in-between an interior surface of said first sidewall, an inside surface of said second sidewall, said edgewall and said projection;said aperture width being less than a thickness of a camera positioned within said storage cavity thereby providing means to prevent an exit of said camera from said interior cavity through aperture;a stretching of said edgewall adjacent to said aperture providing means to increase said aperture to an enlarged width equal to or more than said thickness and allow said exit of said camera from said interior cavity past said aperture; andsaid elastic edgewall providing means to increase said gap to accommodate cameras having a thickness in excess of said gap.

2. The camera storage apparatus of claim 1 additionally comprising: said first sidewall having a length defined by a first distance between said first end of said case and an opposite end;said second sidewall having a second length defined by a second distance between said first end of said case and said opposite end;said first distance being more than said second distance thereby defining a lip portion of said first sidewall extending past said first end of said second sidewall;means to engage said second sidewall to the clothing of a user; andsaid lip portion defining a guide into said aperture for said camera placed between said lip and said clothing during an insertion of said camera through said aperture into said interior cavity.

3. The camera storage apparatus of claim 1 additionally comprising: a second projection engaged to the other of said interior surface or said inside surface than that of said at least one projection and substantially aligned therewith;said second projection extending to a second distal end; andsaid aperture width defined by a distance between said distal ends of said at least one projection and said second projection.

4. The camera storage apparatus of claim 2 additionally comprising: a second projection engaged to the other of said interior surface or said inside surface than that of said at least one projection and substantially aligned therewith;said second projection extending to a second distal end; andsaid aperture width defined by a distance between said distal ends of said at least one projection and said second projection.

5. The camera storage apparatus of claim 1 additionally comprising: said first sidewall having a window formed therein communicating with said interior cavity; andsaid window positioned to surround a lens on said camera engaged within said interior cavity whereby said camera can be operated while engage in said interior cavity by a depression of an activation switch on said camera through a gap in or deflection of said edgewall.

6. The camera storage apparatus of claim 2 additionally comprising: said first sidewall having a window formed therein communicating with said interior cavity; andsaid window positioned to surround a lens on said camera engaged within said interior cavity whereby said camera can be operated while engage in said interior cavity by a depression of an activation switch on said camera through a gap in or deflection of said edgewall.

7. The camera storage apparatus of claim 3 additionally comprising: said first sidewall having a window formed therein communicating with said interior cavity; andsaid window positioned to surround a lens on said camera engaged within said interior cavity whereby said camera can be operated while engage in said interior cavity by a depression of an activation switch on said camera through a gap in or deflection of said edgewall.

8. The camera storage apparatus of claim 4 additionally comprising: said first sidewall having a window formed therein communicating with said interior cavity; andsaid window positioned to surround a lens on said camera engaged within said interior cavity whereby said camera can be operated while engage in said interior cavity by a depression of an activation switch on said camera through a gap in or deflection of said edgewall.

9. The camera storage apparatus of claim 1 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

10. The camera storage apparatus of claim 2 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

11. The camera storage apparatus of claim 3 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

12. The camera storage apparatus of claim 4 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

13. The camera storage apparatus of claim 5 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

14. The camera storage apparatus of claim 6 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

15. The camera storage apparatus of claim 7 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

16. The camera storage apparatus of claim 8 additionally comprising: a tether engaged to said camera and extending through said aperture when said camera is engaged within said interior cavity;said tether providing means to pull said camera and impart a force to said rib to impart a stretching to said edgewall thereby increasing said aperture width to allow removal of said camera.

17. The camera storage apparatus of claim 9 additionally comprising: said tether engaged to said camera at a first end and to a biased reel at a second end.

18. The camera storage apparatus of claim 10 additionally comprising: said tether engaged to said camera at a first end and to a biased reel at a second end.

19. The camera storage apparatus of claim 11 additionally comprising: said tether engaged to said camera at a first end and to a biased reel at a second end.

20. The camera storage apparatus of claim 12 additionally comprising: said tether engaged to said camera at a first end and to a biased reel at a second end.