Split-Ring Stocking Remover for Low-Force Compression Stockings

The inner ring is divided into two separate parts (first ring part and second ring part) that can be independently applied to the leg. This segmentation eliminates the need for complex hinged mechanisms and latch systems while maintaining the clamping function, as each part can be separately positioned and secured around the leg without requiring the other part to be present during application.

The latch mechanism and complex securing systems are completely removed from the outer ring. The outer ring relies on simple elastic retention force from the stretched material to hold the stocking, eliminating the need for heavy mechanical latches, handles, or other complex operational components. This extraction of unnecessary elements significantly reduces weight while maintaining ease of use through simple donning and doffing actions.

By dividing the ring into two separate parts, the effective diameter that needs to be overcome during application is reduced. Each ring part can be applied independently with smaller circumferential force requirements, as the stocking end only needs to pass between the two separate parts rather than around a complete large-diameter circle. This segmentation maintains adaptability to different leg shapes while significantly reducing the force needed during application.

The complex U-shaped cross-section with radial shifting mechanisms is replaced by simple elastic retention. The outer ring is made from elastic material that naturally retains the stocking through its elastic properties when stretched over the leg and released. This eliminates the need for controlled radial shifting movements and complex geometric shapes, allowing users to simply don and doff the device without requiring precise control of movement trajectories.