Angled Locking Surface Connector Design

The patent changes the locking surface from a horizontal orientation to an angled orientation (inclined at 45 degrees or more relative to the separating direction). This asymmetric angular design creates a mechanical interlock where the lock projection engages with the locking surface at an angle, preventing easy outward displacement and significantly enhancing the holding force while maintaining structural simplicity

The patent modifies the geometric parameters of the locking structure by introducing an angled locking surface with a specific inclination angle (45 degrees or more). This parameter change transforms the locking mechanism from a simple horizontal engagement to an angled interlock that provides both simplicity and high holding force, resolving the contradiction between device complexity and reliability

The patent implements a self-locking mechanism where the angled locking surface and lock projection automatically engage when the fitting-side component is inserted into the receiving-side component. The geometry of the angled surfaces creates a self-retaining structure that provides sufficient holding force without requiring external fastening elements like tape, thereby eliminating additional steps and reducing overall complexity

The patent removes the need for external fastening elements (tape) by incorporating the locking function directly into the connector structure itself. The lock projection and angled locking surface form an integrated locking system that provides the necessary holding force without requiring separate fastening components or processes