Micro-OLED Display Module With Dual Micro-Lens Crosstalk Control

The micro-lens layer is segmented into two distinct types of lenses: first converging lenses positioned over pixel regions and second diverging lenses positioned in the gaps between pixels. This segmentation allows each lens type to perform its specific optical function independently, thereby increasing luminous brightness through focused light convergence while managing light crosstalk through the diverging lenses.

Different regions of the display are assigned different optical properties through the selective placement of first and second converging lenses. The first converging lenses are located specifically over pixel regions to enhance light output in those areas, while the second diverging lenses are positioned in the gaps to control light distribution. This local differentiation optimizes luminous brightness without requiring uniform structural changes across the entire display.

The second diverging lenses act as intermediary optical elements positioned in the gaps between pixels. These lenses mediate the light paths by diverging light that would otherwise cause crosstalk between adjacent pixels, while still contributing to overall light extraction. This intermediary structure enables brightness enhancement while actively managing and reducing light crosstalk through controlled light distribution.

The invention changes the optical parameters of the display system by introducing lenses with different focal lengths and optical powers at different locations. The first converging lenses have positive optical power to focus light and enhance brightness, while the second diverging lenses have negative optical power to spread light and reduce crosstalk. By adjusting these optical parameters spatially, the system achieves both brightness improvement and crosstalk reduction simultaneously.