Optical Module Bearer Inclined Plane Adjustment

The patent employs an inclined plane with a curved surface instead of flat adjustment surfaces. The protruding portion engages with the inclined plane, and rotational movement along the curved surface converts rotational motion into precise linear displacement. This curvature enables high fineness of adjustment through simple rotation without requiring complex gear mechanisms, thus improving manufacturing precision while reducing device complexity.

The patent changes the geometric parameters of the bearing surfaces by introducing an inclined plane with a specific angle and curvature radius. By adjusting these parameters, the system achieves high precision adjustment through rotational movement. The protruding portion's engagement with the inclined plane allows controlled displacement along the optical axis, transforming the adjustment mechanism from complex multi-component to a simple geometric parameter-based solution.

The patent merges multiple adjustment functions into a single integrated structure. The first bearer incorporates both the inclined plane and the protruding portion (which may include multiple protruding portions for different directions) into one component. This allows position adjustment in multiple directions (X, Y, Z) to be achieved through rotation of a single bearer rather than using multiple independent screws, thereby maintaining ease of operation while reducing device complexity.

The first bearer is designed as a multi-functional component that combines positioning, adjustment, and locking functions. The inclined plane provides the adjustment surface, while the protruding portion(s) enable engagement and rotational adjustment in multiple directions. This universal design allows a single component to perform what would traditionally require multiple separate adjustment mechanisms, reducing overall device complexity while maintaining operational ease.