Asymmetric Reflective Pixel Layout for Stereoscopic Display

The patent applies asymmetry by arranging reflective display areas in an asymmetric pattern rather than a regular grid. Specifically, reflective areas are positioned at different locations for different pixels (e.g., some at corners, others at edges), which prevents the formation of large non-reflective display areas while maintaining manufacturing feasibility through systematic asymmetric design.

The patent applies local quality by assigning different reflective area positions to different pixels based on their specific locations in the display. Each pixel's reflective area is strategically positioned to compensate for local luminance deficiencies, ensuring that adjacent pixels contribute to different regions of the display, thereby achieving overall luminance uniformity.

The patent applies preliminary action by pre-calculating and pre-positioning reflective display areas during the manufacturing process to account for expected focal point shifts. The asymmetric arrangement is designed in advance to compensate for optical deviations, ensuring that even with focal point shifts, the reflected light paths remain accurate and images remain sharp.

The patent applies segmentation by dividing the display into multiple pixel units, each with its own asymmetrically positioned reflective area. This segmentation allows the complex asymmetric arrangement to be implemented in a modular fashion, where each pixel independently contributes to the overall viewable area expansion without requiring complex coordination across the entire display.