Sliding Battery Holder Cover Plate for Waterproof Camera Access

The patent employs a sliding cover mechanism where the cover moves along a sliding path between a closed position (clamped by the clamping convex block) and an open position. This dynamic structure replaces the static buckle mechanism, allowing easy opening through linear motion while maintaining secure attachment when closed, thereby resolving the contradiction between ease of operation and reliability.

The battery cover is divided into multiple components: the sliding cover, the clamping convex block, the elastic sheet, and the button. This segmentation allows the cover to be opened through a simple button-pressing action that releases the clamping force, making operation easier while the distributed clamping structure enhances overall reliability and prevents accidental detachment.

The sliding cover mechanism dynamically transitions between closed and open states along a defined sliding path. When closed, the clamping convex block securely holds the cover in place, preventing accidental detachment. When opening is needed, the button releases the clamping force, allowing controlled movement along the sliding path. This dynamic design ensures the cover remains attached during normal use but can be easily removed when needed.

The elastic sheet acts as an intermediary between the button and the clamping convex block. Pressing the button compresses the elastic sheet, which releases the clamping force on the convex block, allowing the cover to slide open. This intermediary mechanism provides controlled operation while maintaining secure attachment during normal use, preventing accidental detachment.

The sliding cover mechanism replaces the fragile buckle structure with a robust sliding motion along a defined path. The cover is opened and closed through linear movement guided by the sliding path and controlled by the button-elastic sheet-clamping block mechanism. This dynamic sliding structure is far more durable than a buckle, as it distributes mechanical stress along the sliding path rather than concentrating it at a single pivot point, thereby enhancing overall structural strength and durability.

The battery cover system is segmented into the sliding cover, clamping convex block, elastic sheet, and button components. This segmentation distributes mechanical loads across multiple elements rather than concentrating stress in a single buckle structure. The sliding cover moves independently along its path, while the clamping mechanism provides secure attachment, resulting in a more durable and reliable system that resists damage from repeated use.

The battery cover is segmented into multiple components: the sliding cover, the clamping convex block, the elastic sheet, and the button. This segmentation allows each component to be manufactured separately using simple processes, maintaining ease of manufacture. The assembled structure creates a sealed enclosure that provides waterproof protection, resolving the contradiction between manufacturing simplicity and waterproofing capability.

The sliding cover mechanism introduces a dimensional aspect (linear sliding motion) to the cover structure. This sliding path, combined with the clamping action of the convex block, creates a sealed environment that prevents water ingress. The multi-component assembly achieves waterproofing without significantly complicating the manufacturing process, as each component remains relatively simple in design.