Lens Adjusting Mechanism for Optical Axis Alignment

The patent applies the dynamics principle by replacing fixed mounting with adjustable mounting mechanisms. The lens holder includes adjustment holes and positioning structures that allow the lens module to be dynamically repositioned after assembly. This enables alignment correction without requiring extremely tight manufacturing tolerances, resolving the contradiction between alignment precision and device complexity.

The patent applies parameter changes by providing multiple adjustment holes at different positions and depths in the lens holder. By changing the positioning parameters (which hole to use, how deep to insert the positioning pin), the alignment can be optimized. This allows the system to compensate for tolerance variations through parameter adjustment rather than requiring complex mechanical structures.

The patent applies segmentation by dividing the alignment adjustment into independent, modular components. The lens holder is separated from the housing with distinct adjustment holes, and the positioning pin can be independently inserted and adjusted. This modular segmentation allows for simple tool-free adjustment while maintaining high alignment accuracy, resolving the contradiction between reliability and ease of operation.

The patent applies self-service through the tool-free adjustment mechanism. The positioning pin can be manually inserted into different adjustment holes without requiring special tools or complex procedures. Users can independently perform alignment adjustments themselves, improving ease of operation while maintaining reliable alignment through the multiple positioning options.