Display Panel Sub-Pixel Layout for Irregular Edge Uniformity

The patent applies local quality by differentiating sub-pixel configurations between edge regions and central regions. Irregular sub-pixels at the edge have different shapes and sizes compared to regular sub-pixels in the center. This localized differentiation allows the display to achieve irregular edges while maintaining uniform light emission and color consistency, resolving the contradiction between shape adaptability and edge display quality.

The patent employs asymmetry by designing irregular sub-pixels with non-uniform shapes that match the desired irregular edge contours. These asymmetric sub-pixel configurations enable the display to achieve round, arc, or oval edges while preventing jagged appearances through careful geometric design, thus improving display shape adaptability without sacrificing edge quality.

The patent implements local quality by creating distinct sub-pixel designs for edge regions versus central regions. Irregular sub-pixels at the edge are specifically shaped to conform to the desired edge contour, while regular sub-pixels in the center maintain traditional configurations. This localized approach ensures that edge shape conformity is achieved without compromising the overall light emission balance and color consistency across the display.

The patent applies parameter changes by modifying the geometric parameters (shape, size, orientation) of sub-pixels in the edge region while maintaining consistent optical parameters (light emitting area, color characteristics) across all sub-pixels. This allows the irregular sub-pixels to match the edge shape while preserving uniform light emission and color consistency, resolving the contradiction between shape conformity and composition stability.

The patent reduces complexity by applying local quality - irregular sub-pixels are used only in the edge region where shape adaptability is needed, while the majority of the display area uses simple regular sub-pixels. This localized approach minimizes the number of complex elements while achieving the desired irregular edge shapes, thereby improving edge shape adaptability without excessively increasing overall device complexity.

The patent employs segmentation by dividing the display into distinct regions: an edge region with irregular sub-pixels for shape adaptability, and a central region with regular sub-pixels for simplicity. This segmentation allows complex irregular shapes to be achieved only where necessary at the edges, while the majority of the display maintains simple, easy-to-manufacture regular sub-pixel arrangements, thus balancing adaptability with manufacturing ease.