Camera Drive With Multiple Timing Belts and Dynamic Tension

The patent implements dynamic tension adjustment by making the tensioner arm movable rather than fixed. The arm can automatically change its position to maintain optimal tension on timing belts under varying load conditions, preventing both excessive tension (power loss) and insufficient tension (slip). This dynamic mechanism resolves the contradiction by adapting tension levels to operational requirements.

The patent changes the tension parameter dynamically through the elastic member and movable tensioner arm structure. By allowing the tensioner arm to move within a defined range, the system automatically adjusts the tension parameter to maintain optimal values, preventing power loss while ensuring sufficient transmission force for high gear ratios.

The patent implements a self-adjusting tensioning mechanism where the elastic member and movable tensioner arm automatically maintain proper timing belt tension without external intervention. The system uses the elastic deformation of the member to self-regulate tension levels, eliminating the need for complex external adjustment devices while ensuring reliable tension maintenance under varying operating conditions.

The movable tensioner arm provides automatic feedback-based tension control. As the timing belt tension varies with operational conditions, the arm automatically adjusts its position to maintain optimal tension, creating a self-regulating system that responds to changing loads without requiring complex external control mechanisms.