Matrix-type color liquid crystal display device

Claim 2

A matrix-type color liquid crystal display device comprising: an array of successively repeating color pixel quartets each including one red (R) pixel, two green (G) pixels and one blue (B) pixel arranged in one of the following orders: G, R, G, B; G, B, G, R; R, G, B, G; and B, G, R, G; signal modifying and processing means for preparing signals for R and B pixels on opposite sides of each of the G pixels by modifying signals to be applied to R and B pixels which belong to the same display unit as that G pixel so as to have an optimum magnitude which is between zero and the magnitude before the modification; and said signal modifying and processing means includes means for modifying and processing signals applied to a driver section for driving the color pixel array in such a manner as to broaden and delay signals to be applied to the R and B pixels relative to a signal to be applied to the G pixels, and also for optimizing the timing of sampling of said broadened and delayed signals applied to the G, B and R pixels.

Claim 3

A matrix-type color liquid crystal display device according to claim 1, wherein the means for modifying and processing includes one of analog delay elements and digital delay elements.

Claim 4

A matrix-type color liquid crystal display device according to claim 1, wherein difference of signal propagation characteristics for signals applied to the B and R pixels from that for signals applied to the G pixels is utilized for the modification of the signals applied to the B and R pixels.

Claim 5

A matrix-type color liquid crystal display device, comprising: an array of successively repeating color pixel quartets, each of said quartets including one red (R) pixel, two green (G) pixels and one blue (B) pixel, said pixels arranged in an order selected of one of the following orders: G, R, G, B; G, B, G, R; R, G, B, G; and B, G, R, G; a plurality of display units, each of said display units comprising at least one of said R pixels, at least one of said G pixels, and at least one of said B pixels; said at least one G pixel of said each display unit is a central pixel situated between said at least one R and at least one B pixels, and wherein said at least one R and at least one B pixels are situated at the opposite sides of said G pixel and also belong to other, adjacent display units, so that B and R pixels are shared by adjacent display units; means for modifying signals applied to said R and B pixels, said R, B and G pixels belonging to the same display unit, whereby an optimum magnitude is obtained, which is between zero and the magnitude before modification; and said means for modifying includes means for broadening and delaying signals to be applied to said R and B pixels relative to a signal to be applied to said G pixels.

Claim 6

A matrix-type color liquid crystal display device, comprising: an array of successively repeating color pixel quartets, each of said quartets including one red (R) pixel, two green (G) pixels and one blue (B) pixel, said pixels arranged in an order selected of one of the following orders: G, R, G, B; G, B, G, R; R, G, B, G; and B, G, R, G; a plurality of display units, each of said display units comprising at least one of said R pixels, at least one of said G pixels, and at least one of said B pixels; said at least one G pixel of said each display unit is a central pixel situated between said at least one R and at least one B pixels, and wherein said at least one R and at least one B pixels are situated at the opposite sides of said G pixel and also belong to other, adjacent display units, so that B and R pixels are shared by adjacent display units; means for modifying signals applied to said R and B pixels, said R, B and G pixels belonging to the same display unit, whereby an optimum magnitude is obtained, which is between zero and the magnitude before modification; and said means for modifying includes means for broadening and delaying signals to be applied to said R and B pixels relative to a signal to be applied to said G pixels.

Claim 7

The matrix-type color liquid crystal display device of claim 4, wherein said means for modifying includes analog delay elements.

Claim 8

The matrix-type color liquid crystal display device of claim 4, wherein said means for modifying include digital delay elements.

Claim 9

The matrix-type color liquid crystal display device of claim 4, wherein said means for modifying includes a difference of signal propagation characteristics for signals applied to said B and R pixels from that for signals applied to said G pixels.

Claim 10

A matrix-type color liquid display device, comprising: an array of successively repeating color pixel quartets, each of said quarters including one red (R) pixel, two green (G) pixels and one blue (B) pixtel, said pixels arranged in an order selected of one of the following orders: G, R, G, B, or G, B, G, R, or R, G, B, G, or B, G, R, G; a plurality of display units, each of said display units comprising at least one of said R pixels, at least one of said G pixels, and at least one of said B pixels; said at least one G pixel of said each display unit is a central pixel situated between said at least one R and at least one B pixels, and wherein said at least one R and at least on B pixels are situated at the opposite sides of said G pixel and also belong to other, adjacent display units, so said B and R pixels are shared by adjacent display units; means for modifying signals to be applied to said R and B pixels, said R, B, and G pixels belonging to the same display unit, whereby an optimum magnitude is obtained; and wherein: said array forms horizontal rows, said rows positioned under each other in a vertical direction; each R pixel in a horizontal row is vertically aligned with a corresponding B pixel in a horizontal row, and vice versa; and all G pixels in adjacent rows are aligned vertically.

Claim 11

A matrix-type color liquid display device, comprising: an array of successively repeating color pixel quartets, each of said quarters including one red (R) pixel, two green (G) pixels and one blue (B) pixtel, said pixels arranged in an order selected of one of the following orders: G, R, G, B, or G, B, G, R, or R, G, B, G, or B, G, R, G; a plurality of display units, each of said display units comprising at least one of said R pixels, at least one of said G pixels, and at least one of said B pixels; said at least one G pixel of said each display unit is a central pixel situated between said at least one R and at least one B pixels, and wherein said at least one R and at least on B pixels are situated at the opposite sides of said G pixel and also belong to other, adjacent display units, so said B and R pixels are shared by adjacent display units; means for modifying signals to be applied to said R and B pixels, said R, B, and G pixels belonging to the same display unit, whereby an optimum magnitude is obtained; and wherein: said array forms horizontal rows, said rows positioned under each other in a vertical direction; each R pixel in a horizontal row is vertically aligned with a corresponding B pixel in a horizontal row, and vice versa; and all G pixels in adjacent rows are aligned vertically.