Vehicle Roof Panel Lock Slide Mechanism

The patent replaces the traditional mechanical fastening system (screws and clamping elements) with a lock element and lock slide mechanism. The lock element features a ramp surface that interacts with the lock slide to provide automatic engagement and retention, eliminating the need for manual screw tightening and clamping operations. This substitution maintains securing reliability while dramatically improving ease of detachment and reattachment.

The patent changes the operational parameters of the fastening system by introducing a ramp surface that converts linear motion of the lock slide into automatic locking/unlocking action. When the lock slide moves along the ramp surface, it automatically engages or disengages the lock element, changing the fastening process from a manual multi-step operation to a single-motion automatic system that maintains reliability while improving operational ease.

The patent merges the drive systems for both lock slides into a single shared electric motor, reducing device complexity by eliminating redundant motors and control systems. The motor drives both lock slides simultaneously through compression-proof cables, providing synchronized operation while maintaining positioning precision through the rigid cable construction and guide rail constraints.

The patent introduces compression-proof cables as intermediary elements that transmit force from the shared electric motor to both lock slides. These cables act as flexible yet rigid transmission medium that maintains precise force transmission and positioning control despite the distributed nature of the drive system, ensuring synchronized and precise movement of both lock slides from a single motor source.