Shift Lever Anti-Theft Bracket with Cable Constraint

The mounting bracket is divided into distinct functional segments: a penetration hole section for cable passage, an insert groove section for socket engagement, and fixing pin sections for lateral constraint. This segmentation allows each component to perform its specific function independently while collectively providing comprehensive security against theft attempts.

The mounting bracket is pre-configured with the penetration hole, insert groove, and fixing pin positions during manufacturing. This preliminary arrangement ensures that when the bracket is installed, the shift cable is automatically secured in the correct configuration without requiring additional assembly steps or adjustments, thereby improving reliability while maintaining ease of installation.

The fixing pins act as intermediary elements between the mounting bracket and the shift cable. They provide lateral constraint to prevent unauthorized movement while allowing the authorized shift operation to proceed through the designed path. The pins are positioned to constrain only lateral displacement, permitting the intended longitudinal movement during normal shifting operations.

The fixing pins provide localized constraint only at specific points where lateral movement occurs, rather than restricting all movement of the shift cable. This localized approach maintains stability against theft attempts while preserving the ease of operation for authorized shifting, as the cable can still move freely in the directions required for normal operation.

The penetration hole dimensions are optimized in multiple dimensions: sufficiently large in the longitudinal direction to allow easy cable passage and movement during shifting operations, but constrained in the lateral direction by the fixing pins to prevent unauthorized lateral displacement. This multi-dimensional dimensioning resolves the contradiction between ease of operation and anti-theft reliability.

The penetration hole parameters (diameter and length) are specifically adjusted to different values in different orientations. The hole is enlarged in the direction of authorized cable movement to improve ease of operation, while the fixing pin placement compensates by maintaining lateral constraint, thus achieving both operational ease and security reliability through parameter optimization.