Non-rectangular Display Panel Edge Brightness Control

The patent applies local quality by differentiating the structure of peripheral pixel units from inner pixel units. Specifically, peripheral pixel units are designed with different sub-pixel arrangements, sizes, or transmittance characteristics to compensate for the reduced light transmitting area at non-rectangular edges. This allows each region to have optimized properties: inner pixels maintain standard structure while peripheral pixels are locally adapted to achieve uniform brightness across the display region.

The patent employs parameter changes by adjusting key parameters of peripheral pixel units, such as sub-pixel area, transmittance, or aperture ratio, to compensate for edge effects. By modifying these parameters differently for peripheral versus inner pixels, the system achieves consistent brightness output despite the non-rectangular geometry, resolving the contradiction between simplified control and brightness precision.

The patent resolves this contradiction by implementing local quality differentiation between peripheral and inner pixel units. The peripheral pixel units are specifically designed with adjusted structures (such as modified sub-pixel configurations or different transmittance properties) to compensate for the geometric distortions inherent in non-rectangular shapes. This allows the display to maintain high quality across the entire display region while preserving the desired non-rectangular form factor.

The patent applies asymmetry by creating intentional structural differences between peripheral and inner pixel units. Rather than using a uniform pixel structure throughout, the system employs asymmetric designs where peripheral pixels have tailored characteristics that account for their position at the non-rectangular boundaries. This asymmetric approach enables the display to achieve visual consistency despite the asymmetric non-rectangular geometry.