Protective Case With Hinged Stand And Integrated Camera Ring

The patent implements a hinged stand mechanism that allows the case to dynamically adjust between multiple viewing and operating positions. The hinge enables the stand to rotate and lock at different angles, providing versatile positioning while maintaining a relatively simple folded structure when not in use. This dynamic capability resolves the contradiction by enabling multi-position functionality without permanently increasing structural complexity.

The stand is integrated within the case structure, with the hinged stand folding into the case body when not in use. The camera ring is also integrated into the stand structure, nesting multiple functions within each other. This nesting approach provides multiple positioning options while keeping the overall case compact and avoiding excessive structural complexity.

The camera ring is designed to be movable relative to the case, capable of rotating or sliding to different positions. When the camera needs to be accessed or operated, the ring can be moved out of the way. When protection is needed, the ring covers the camera lens and flash module. This dynamic mechanism resolves the contradiction by providing both protection and accessibility as needed.

The camera ring acts as an intermediary element between the protective case and the camera module. It provides protection when closed but can be moved or opened to allow camera operation. The stand mechanism serves as an intermediary structure that enables both the hinged movement for positioning and the camera ring movement for access, resolving the contradiction between protection and accessibility.

The case is divided into separate functional components: the main case body, the hinged stand mechanism, and the integrated camera ring. These segments can be manufactured separately and then assembled together. The hinge and detent mechanisms are implemented as discrete components that can be produced using standard manufacturing processes, reducing overall manufacturing complexity despite the enhanced functionality.

The stand structure serves multiple functions: it provides viewing position adjustment, operating position support, and houses the camera ring mechanism. The camera ring itself provides both protection and positioning functions. By designing components to perform multiple functions, the patent reduces the total number of separate parts needed, thereby reducing manufacturing complexity while maintaining high functionality.