Woven Vehicular Interior Skin for Low-Reflection 3D Surface Effects

The skin is designed with different local properties: a first region with a first texture pattern and a second region with a second texture pattern. This local differentiation allows the skin to simultaneously achieve smooth coverage while creating specific light scattering patterns that reduce unwanted reflections. The texture patterns are applied locally to different regions of the skin to address reflection issues in specific areas.

The invention uses texture patterns on the skin surface that affect light interaction. The first and second texture patterns create different light scattering and reflection characteristics, effectively managing light reflection without changing the base color. The texture variations modify how light interacts with the surface, reducing harmful reflections while maintaining aesthetic appearance.

The skin employs different texture patterns in different regions: a first texture pattern in a first region and a second texture pattern in a second region. This local quality differentiation allows certain areas to have light-scattering textures that reduce reflection, while other areas maintain smoother surfaces or different textures that enhance aesthetic appearance and stereoscopic feeling. Each region's texture is optimized for its specific function.

The texture patterns on the skin incorporate curved and rounded elements that create visual depth and stereoscopic effects. These curved texture features scatter light in multiple directions, reducing harsh reflections while simultaneously creating aesthetic appeal through their three-dimensional appearance. The curvature in the texture design provides both functional light management and aesthetic enhancement.