Display Panel Circuit Layout for Angular Bezel Transitions

The patent applies local quality by differentiating the arrangement of third circuit units from first and second circuit units. While first and second circuit units are arranged in straight lines along panel edges, the third circuit units at the angular bend are arranged in a curved path with a specific radius of curvature. This local differentiation ensures that circuit units at the critical bend position maintain uniform performance characteristics, preventing split screen phenomena while keeping the overall manufacturing process simple.

The patent resolves the contradiction by transitioning from a one-dimensional straight-line arrangement to a two-dimensional curved arrangement at the angular bend. The third circuit units are positioned along a curved path with a specific radius of curvature that matches the angular bend geometry. This dimensional change allows the circuit units to follow the panel's irregular shape while maintaining uniform electrical characteristics and performance across all circuit units, thereby preserving reliability despite design versatility.

The patent applies spheroidality by arranging the third circuit units along a curved path with a specific radius of curvature at the angular bend between panel edges. This curved arrangement naturally provides a uniform transition of setting directions for the circuit units, ensuring that the inclined directions of adjacent third circuit units differ by a controlled angle. The curvature-based approach achieves directional uniformity while maintaining manufacturing feasibility, as the curved path can be implemented through standard photolithography masking processes without significantly increasing device complexity.