Hand-Worn Controller Strap Structure for Stable One-Handed Use

The belt is designed to be movable relative to the support member through a sliding member, allowing the belt length to be dynamically adjusted. This enables the wearing member to adapt to different hand sizes and shapes, ensuring stable wearing while maintaining one-handed operation capability. The dynamic adjustment mechanism resolves the contradiction by allowing the structure to change during use rather than being fixed.

The wearing member is divided into distinct functional components: a support member for holding the controller, a belt for fastening, and a sliding member for adjustment. This segmentation allows each component to be optimized independently - the support member provides structural stability, the belt provides adjustable fastening, and together they achieve both stable wearing and one-handed operation.

The sliding member enables the belt length to be adjusted by the user themselves without requiring additional tools or complex mechanisms. The user can simply slide the belt through the sliding member to achieve the desired length and secure it with the locking section. This self-service adjustment mechanism provides stable wearing while keeping the device complexity low.

The adjustment and locking functions are extracted as separate, simple components (sliding member and locking section) rather than being integrated into a complex single mechanism. This allows the belt system to provide stable wearing through modular, easy-to-understand components that can be manufactured and assembled simply.