Patent ID: 7936326
Filing Date: 2011-05-03
Classification: G09G

Abstract:
1. A method of driving a liquid crystal display panel including first and second data line sets each including an even number of arrayed data lines, and a plurality of pixels sharing a common electrode having a constant potential, said method comprising: time-divisionally selecting data lines from each of said first and second data line sets; and providing data signals on said selected data lines to write said data signals into said pixels therethrough, wherein the data lines of the first data line set are commonly connected to a first input node provided on the liquid crystal display panel, the data lines of the second data line set are commonly connected to a second input node provided on the liquid crystal display panel, the data signals associated with the pixels connected to the data lines of the first data line set are fed through the first input node, and the data signals associated with the pixels connected to the data lines of the second data line set are fed through the second input node, wherein the time-divisional selection of the data lines from each of the first and second data line sets and the providing of the data signals on the selected data lines are performed in each horizontal period, wherein each of data lines of the first data line set is adjacent to another data line of the first data line set and each of data lines of the second data line set is adjacent to another data line of the second data line set, wherein each of the data lines of the first and second data line sets are selected at different times during each horizontal period; wherein data lines associated with same color are selected from said first and second data line sets at same time, wherein polarities of data signals on the data lines selected at the same time are opposite to each other, wherein a color pattern of the pixels connected to the data lines of the first data set in a scan line direction is same as a color pattern of the pixels connected to the data lines of the second data line set in the scan line direction, and wherein each of a plurality of control lines time-divisionally selects the data lines from each of said first and second data line sets and each of the respective control lines are associated with the same color in the first and second data line sets.