Blind Spot Mirror Light Guide Grooves Diffuse LED

The light guiding member is divided into multiple functional surfaces: a light incident face with multiple grooves for light entry and diffusion, an operating face with multiple reflective faces at different angles, and a light output face. This segmentation allows different portions of the light to be processed differently, diffusing the intense LED light into multiple directions and reducing dazzling while maintaining brightness.

Different surfaces of the light guiding member have different optical properties tailored to their specific functions. The light incident face has grooves for diffusion, the operating face has reflective faces for redirection, and the light output face has specific geometry for controlled light exit. This local differentiation optimizes each surface's performance while collectively solving the contradiction between brightness and dazzling.

The light guiding member acts as an intermediary optical element between the LED lamp and the driver's eye. Instead of adding chemical diffusing agents to the light source, this solid optical component with precisely engineered grooves and reflective faces performs the diffusion function mechanically, achieving uniform light distribution without increasing material costs for chemical additives.

The patent replaces the chemical approach (adding diffusing agents) with a mechanical/optical approach (structured light guiding member with grooves and reflective faces). The mechanical structure of the light guiding member physically diffuses and redirects light through its geometric features, eliminating the need for expensive chemical additives while achieving the same homogenization effect.