Translucent Display Panel Color Filter Through-Holes

The color filter layer is divided into multiple regions with different optical characteristics. Specifically, the color filter layer includes a first region with a first color filter and a second region with a second color filter having different optical properties. This segmentation allows different parts of the display to handle light differently, compensating for viewing angle effects and external light condition variations to maintain color uniformity across the reflective display surface.

Different regions of the color filter layer are assigned different local optical properties to address specific viewing angle issues in different areas. The first color filter and second color filter have different characteristics optimized for their respective regions, allowing each local area to compensate for its specific viewing angle and external light conditions, thereby achieving overall color uniformity across the entire display panel.

Instead of simply enlarging through-holes in the traditional plane, the invention introduces a dimensional variation by creating through-holes with different sizes, shapes, or positions in different regions of the color filter layer. This dimensional approach allows the through-holes to be optimized for reducing color aberrations while minimizing their impact on the overall display region area, as the through-holes are strategically placed and sized rather than uniformly distributed.

The through-holes are not uniformly distributed but are strategically placed in specific regions where they are most needed to reduce color aberrations. The color filter layer includes regions with through-holes and regions without through-holes, or with differently sized through-holes, allowing the display region area to be maximized in areas where through-holes are not required for color uniformity correction.

The color filter layer is segmented into multiple regions with different through-hole configurations. Instead of requiring all through-holes to have the same large width, different regions have through-holes with different widths, shapes, or positions. This segmentation reduces the overall manufacturing precision requirement because not all through-holes need to meet the same stringent width specifications, while still achieving color uniformity through the combined effect of multiple regions.

The invention varies parameters of the through-holes (width, shape, position, depth) across different regions of the color filter layer. By changing these parameters strategically, the design achieves color uniformity without requiring all through-holes to have uniformly large dimensions, thereby reducing the overall manufacturing precision burden while maintaining the effectiveness of through-hole influence reduction.