Touch Display Panel Metal Grid Aperture Ratio Optimization

The patent applies local quality by differentiating the distance relationships between touch electrodes and light-emitting regions based on pixel color types. First color pixels (e.g., red) have a first distance d1 between 1-20 μm, while second color pixels (e.g., green and blue) have a second distance d2 between 10-30 μm. This localized differentiation allows each color to compensate for its specific light leakage characteristics, achieving uniform perceived light-emitting region sizes across all colors when viewed from different directions, thereby resolving the color shift issue while maintaining high aperture ratio.

The patent employs parameter changes by precisely controlling the distance parameters d1 and d2 between touch electrodes and light-emitting regions within specific ranges (d1: 1-20 μm, d2: 10-30 μm). These parameter optimizations allow the light-emitting regions to maintain uniform apparent sizes when viewed from different directions, suppressing color shift. Simultaneously, by keeping these distances within minimal ranges, the aperture ratio is maximized, thereby achieving both display quality and high resolution with high PPI.

The patent implements local quality by assigning different distance parameters to different color pixel groups: first color pixels (e.g., red) use distance d1 within 1-20 μm, while second color pixels (e.g., green and blue) use distance d2 within 10-30 μm. This localized parameter differentiation addresses the specific light leakage characteristics of each color, effectively suppressing color shift. The complexity is managed by systematically organizing these parameters according to color types, making the design both effective and implementable.