LCD Panel Scan Signal Timing Adjustment for Brightness Uniformity

The patent applies dynamics by making the enabling time of scan signals variable rather than fixed. The enabling time is dynamically adjusted based on the row number, with earlier rows receiving longer enabling times and later rows receiving shorter enabling times. This dynamic adjustment compensates for the delayed response of liquid crystal molecules in later rows, ensuring uniform brightness across the display while maintaining the high transmittance benefits of the color sequential method.

The patent applies preliminary action by providing longer enabling times to earlier rows and progressively shorter enabling times to later rows. This preliminary timing adjustment ensures that liquid crystal molecules in all rows have sufficient time to respond before the next frame is displayed, allowing the system to operate at the higher 5.56ms refresh rate required for color sequential method without exceeding the response speed capabilities of current liquid crystal molecules.

The patent applies local quality by making the enabling time parameter row-dependent rather than uniform across all rows. While the data signals themselves remain the same for all pixels, the enabling time associated with each scan signal varies by row position. This local adjustment ensures that each row receives the appropriate amount of time for liquid crystal response, achieving uniform luminance across different rows while maintaining simple data transmission.