Liquid Crystal Display Pixel Electrode Slits for Dark Line Suppression

The pixel electrode is segmented into multiple regions corresponding to different liquid crystal domains, with slits selectively formed in specific regions (first and second regions) but not in others (third and fourth regions). This segmentation allows the patent to address dark line formation in specific areas while preserving transmittance in other areas, resolving the contradiction between viewing angle improvement and transmittance maintenance.

Different regions of the pixel electrode are given different properties: some regions have slits formed to suppress dark lines, while other regions maintain continuous electrode structure for high transmittance. The slits are locally positioned in regions where dark lines would form, creating local quality variations that simultaneously achieve viewing angle improvement and transmittance preservation.

Instead of using a light blocking portion that would uniformly reduce transmittance, the patent segments the pixel electrode into regions with and without slits. The slits act as localized structures that suppress dark lines only where needed, rather than blocking light across the entire pixel area, thus maintaining overall transmittance while improving viewing angle characteristics.

The slits in the pixel electrode serve as an intermediary structure between the alignment division structure and the liquid crystal layer. They mediate the interaction by providing a mechanism to suppress dark line formation through their geometric configuration, rather than using a light blocking portion that would directly interfere with light transmission.