Light Guide Body Segmentation for Uniform Multi-Design Display

The light guide body is segmented into multiple light guide legs (first, second, third light guide legs) that independently guide light from different light sources (first, second, third guided-light sources) to different regions of the light exit portion. Each light guide leg has its own light entrance surface and guides light through separate paths, allowing multiple designs to be displayed simultaneously with reduced energy consumption per region.

Different regions of the light exit portion are assigned different reflection design portions (first, second, third reflection design portions) with specific optical properties tailored to their functions. The first reflection design portion reflects light in a first direction, the second reflects light in a second direction, and the third reflects light in a third direction, creating locally optimized display regions with uniform brightness and reduced energy consumption.

The light guide body is divided into multiple independent light guide legs, each responsible for illuminating specific regions. This segmentation allows precise control over light distribution to different areas, ensuring uniform display quality across multiple design regions without compromising versatility.

Each region of the light exit portion has dedicated reflection design portions with specific reflective properties optimized for that region. The first reflection design portion, second reflection design portion, and third reflection design portion each create uniform illumination in their respective regions, achieving high display uniformity across multiple designs.

Multiple light guide legs and their associated light sources are merged into a single integrated light guide body structure. The first light guide leg, second light guide leg, and third light guide leg are combined with their respective light sources to form one cohesive device, reducing overall complexity while maintaining the ability to display multiple designs simultaneously.

The light guide body serves multiple functions: it guides light from multiple light sources, creates multiple reflection designs, and displays multiple patterns simultaneously. This multi-functionality reduces the need for separate devices for each function, simplifying the overall system while maintaining high display versatility.