Adjustable Optical Lens Assembly for Dynamic Light Pattern Control

The patent employs dynamic adjustment of the optical lens assembly, where the lens can move between different positions (first position and second position) to change the light pattern. This dynamic mechanism allows a single luminaire to adapt to different illumination needs without requiring multiple fixed luminaires, thereby improving light pattern adaptability while avoiding the complexity of multiple luminaire configurations.

The patent combines multiple light patterns into a single luminaire by integrating an optical lens assembly that can switch between different optical states. Instead of operating multiple separate luminaires to achieve different patterns, the merged design allows a single device to produce various light patterns through internal lens positioning, significantly improving ease of operation while maintaining light pattern versatility.

The optical lens assembly is segmented into distinct functional components: an optical lens with specific refractive index, a light source, and a support structure. The lens itself is divided into different regions (first lens region and second lens region) with different optical properties. This segmentation allows each component to be optimized independently while working together to provide multiple light patterns, achieving adaptability without excessive overall complexity.