A storage bag assembly for storing and readily retrieving an article includes a shell, which is semirigid or rigid and has a top that is open, and a hood, which is resiliently flexible. The shell comprises opposed sidewalls, which extend between front and back walls. As the front wall is dimensionally shorter than the back wall, an upper section of each opposed sidewall extends convexly from the front wall to the back wall. The hood comprises a center panel and a pair of side panels. A front edge of the center panel is attached to an upper edge of the front wall and the side panels are attached to its opposing edges. Rear and bottom edges of the side panels are resiliently elastic, enabling the hood to be positionable and self-retained in an open configuration and a closed configuration.

A cover and seal assembly for an electronic device comprises a cover defining a space and having an opening therein with a peripheral edge through which the electronic device can be inserted or removed, and a seal assembly for sealing the opening. The seal has a base portion having a circular side wall with a top edge and bottom edge, an outer peripheral flange, an inner glass support shelf, a lens fastened to and supported on the inner glass support shelf, and a depending wall extending downwardly from the inner glass support shelf. A washer is mounted on the outer peripheral flange for capturing the peripheral edge of the cover. A nut connects to the circular side wall for maintaining the washer in a fixed position on the outer peripheral flange.

A cover and seal assembly for an electronic device comprises a cover defining a space and having an opening therein with a peripheral edge through which the electronic device can be inserted or removed, and a seal assembly for sealing the opening. The seal has a base portion having a circular side wall with a top edge and bottom edge, an outer peripheral flange, an inner glass support shelf, a lens fastened to and supported on the inner glass support shelf, and a depending wall extending downwardly from the inner glass support shelf. A washer is mounted on the outer peripheral flange for capturing the peripheral edge of the cover. A nut connects to the circular side wall for maintaining the washer in a fixed position on the outer peripheral flange.

A protective carrying case for an object is disclosed, wherein the protective carrying case includes a top component, a bottom component, and semi-hexagonal ends, wherein the top component and the bottom component are constructed from carbon fiber. The protective carrying case additionally includes a retaining element with vacuum split functionality to retain elements within the case.

The present disclosure provides an assembly structure for a suitcase, which comprises a master package forming an accommodating cavity and a sub-package assembled in the accommodating cavity, wherein the sub-package and the master package are connected or detached through a fixed member and a movable member. In the above design, the user can easily connect or disassemble the sub-package and the master package by the cooperation of the fixed member and the movable member, thus avoiding the problem of tight or loose fitting that may occur in the traditional way. At the same time, the fixed members in different positions can allow the sub-package to be assembled relative to the position of the master package, which greatly improves the flexibility of use.

The present disclosure provides an assembly structure for a suitcase, which comprises a master package forming an accommodating cavity and a sub-package assembled in the accommodating cavity, wherein the sub-package and the master package are connected or detached through a fixed member and a movable member. In the above design, the user can easily connect or disassemble the sub-package and the master package by the cooperation of the fixed member and the movable member, thus avoiding the problem of tight or loose fitting that may occur in the traditional way. At the same time, the fixed members in different positions can allow the sub-package to be assembled relative to the position of the master package, which greatly improves the flexibility of use.

A protective case for a smartphone is described, which includes a first frame part, and a second frame for retaining the smartphone therein. One frame part has a ball at an end thereof, the other includes a socket adapted to fixedly retain the ball therein. One of the frame parts is pivotable relative to the other via the ball and socket between open and closed states spanning up to 90 degrees, with one of the two frame parts further rotatable 360 degrees about its own longitudinal axis thereof via the ball and socket.

The present invention relates to a camera bag comprising a supporting frame for fixing a camera, and a shell for accommodating the camera and the supporting frame. The supporting frame comprises a front panel having a lens aperture and a supporting plate for fixing the camera. The front panel is detachably connected to the supporting plate through a connector. The camera bag further comprises a fixing means for fixing front of the camera lens on the front panel of the supporting frame. The present invention allows a user to shoot at any time without taking the camera out of the bag, and it can prevent the camera from the damage of rain, snow, and sand wind.

The present invention relates to a camera bag comprising a supporting frame for fixing a camera, and a shell for accommodating the camera and the supporting frame. The supporting frame comprises a front panel having a lens aperture and a supporting plate for fixing the camera. The front panel is detachably connected to the supporting plate through a connector. The camera bag further comprises a fixing means for fixing front of the camera lens on the front panel of the supporting frame. The present invention allows a user to shoot at any time without taking the camera out of the bag, and it can prevent the camera from the damage of rain, snow, and sand wind.

A camera lens storage and exchange device according to the present invention includes a body having a first end and an oppositely disposed second end, where both ends are disposed along a longitudinal axis of the body. The device further includes a coupling mount disposed at each of the first and second ends, where each of the coupling mounts may be configured to, with respect to the body, receive thereto, retain therein, and release therefrom, a camera lens. The device further includes a rotational member connected at a mid-point of the body, where the rotational member may be configured to freely rotate the body about a rotational axis of the rotational member. The longitudinal axis of the body may be disposed orthogonal to and intersecting with the rotational axis of the rotational member.