Liquid crystal display

A liquid crystal display, comprising:

• a plurality of gate lines being spaced in a selected distance;
• a plurality of data lines being spaced in a selected distance, the data lines where a data line driving signal is provided being crossed with the gate lines, each of data lines being split into a pair of data lines, the split data lines being arranged in parallel with each other and simultaneously driven by the same data line driving signal;
• a plurality of R, G and B pixel regions defined by the gate lines and the data lines, each of the R, G and B pixel regions being divided into a pair of R, G and B subpixel regions;
• a plurality of R, G and B dots, each of the R, G and B dots being comprised of a pair of R, G and B subdots, each of the R, G and B subdots being disposed in each of the R, G, and B subpixel regions, respectively;
• and
• a plurality of switching devices disposed in the R, G, B pixel regions, each of the switching devices being connected to corresponding gate line and data line of a plurality of gate lines and data lines to drive each of the R, G and B subdots, respectively.

A liquid crystal display, comprising:

• a plurality of gate lines being spaced in a selected distance;
• a plurality of data lines being spaced in a selected distance, the data lines where a data line driving signal is provided being crossed with the gate lines, each of data lines being split into a pair of split data lines, the split data lines being arranged in parallel with each other and simultaneously driven by the same data line driving signal;
• a plurality of R, G and B pixel regions defined by the gate lines and the data lines, each of the R, G and B pixel regions being divided into a pair of R, G and B subpixel regions;
• a plurality of R, G and B dots, each of the R, G and B dots being comprised of a pair of R, G and B subdots, each of the R, G and B subdots being disposed in each of the R, G, and B subpixel regions, respectively;
• and
• a plurality of switching devices disposed in the R, G, B pixel regions, each of the switching devices being connected to corresponding gate line and data line of a plurality of gate lines and data lines to drive each of the R, G and B subdots, respectively;
• wherein R, G and B pixel regions of the plurality of R, G, B pixel regions in adjacent gate lines are left-shifted or right-shifted by one subpixel region along the gate line respectively and the R, G and B dots which are disposed in the R, G are left-shifted or right-shifted by one subdot along the gate line respectively, thereby being arranged with a triangle form;
• wherein when each of R, G and B pixel regions is split into the pair of R, G and B subpixel regions by the pair of the data lines, each of the R, G and B pixel regions which are defined by odd gate lines is divided by the second data line of the split data lines and each of the R, G, B pixel regions which are defined by the even gate lines is divided by the first data line;
• wherein the R, G and B dots are disposed in the R, G and B subpixel regions with a zig-zag form along the data lines and the first R, G and B subdots of the R, G, B dots are disposed in the first R, G and B sub pixel regions of the R, G, B pixel regions which are formed by odd lines of the plurality of the gate lines and the first data line of the split data lines and the second R, G and B subdots of the R, G, B dots are disposed in the second R, G and B sub pixel regions of the R, G, B pixel regions which are formed by the even lines of the plurality of the gate lines and the second data line of the split data lines, thereby being are overlapped with the first R, G and B subdots;
• and
• wherein of the two switching device arranged every R, G, B dots, one switching device is disposed in the first subpixel region to be connected with corresponding one of the gate lines and the first data line and another switching device is disposed in the second subpixel region to be connected with corresponding one of the gate lines and the second data line, thereby being oppositely disposed to each other against the data lines between two adjacent gate lines.

A liquid crystal display, comprising:

• a plurality of data lines being spaced in a selected distance;
• a plurality of gate lines being spaced in a selected distance, the gate lines where a gate line driving signal is provided being crossed with the data lines to define a plurality of pixel regions, each of gate lines being split into a pair of gate lines;
• a plurality of R, G and B dots disposed in the pixel regions, respectively;
• and
• a plurality of switching devices disposed in the pixel regions, each being connected to corresponding gate line and data line of a plurality of gate lines and data lines;
• wherein by the split gate lines, each of the pixel regions is divided into a plurality of sub pixel regions;
• and each of the R, G and B dots includes a plurality of R, G and B subdots, each of R, G and B subdots being disposed in each of sub pixel regions, respectively.

A liquid crystal display, comprising:

• a plurality of data lines being spaced in a selected distance;
• a plurality of gate lines being spaced in a selected distance, the gate lines being crossed with the data lines, each of gate lines being split into a pair of gate lines where the same gate line driving signal is provided;
• a plurality of pixel regions defined by the gate lines and the data lines, each of pixel regions being divided into a pair of subpixel regions by the pair of split gate lines;
• a plurality of R, G and B dots, each of R, G and B dots being comprised of a pair of subpixel regions which are disposed in the subpixel region respectively, different R, G and B subdots being disposed in the pair of pixel regions and the same R, G and B subdots being disposed in the adjacent subpixel regions;
• and
• a plurality of switching devices disposed in the pixel regions, each being connected to corresponding gate line and data line of a plurality of gate lines and data lines.

A liquid crystal display, comprising:

• a plurality of data lines being spaced in a selected distance;
• a plurality of gate lines being spaced in a selected distance, the gate lines being crossed with the data lines, each of gate lines being split into a pair of gate lines where the same gate line driving signal is provided;
• a plurality of pixel regions defined by the gate lines and the data lines, each of pixel regions being divided into a pair of subpixel regions by the pair of split gate lines;
• a plurality of R, G and B dots, each of R, G and B dots being comprised of a pair of subpixel regions which are disposed in the subpixel region respectively, different R, G and B subdots being disposed in the pair of pixel regions and the same R, G and B subdots being disposed in the adjacent subpixel regions, the pair of R, G and B subdots which are disposed in line in adjacent subpixel regions along the gate lines and are connected to the first gate line of the pair of split gate lines, are connected to the even gate lines of the plurality of data lines and the pair of R, G and B subdots which are disposed in line in adjacent subpixel regions along the gate lines and are connected to the second gate line of the pair of the split gate lines, are connected to the odd gate lines of the plurality of the data lines;
• and
• a plurality of switching devices disposed in the pixel regions, of the pair of switching devices arranged every dots, one is disposed to the first subpixel region to connect the first gate line and corresponding one of the plurality of data lines and another is disposed to the second subpixel region to connect the second gate line and corresponding one of the plurality of data lines.

A liquid crystal display, comprising:

• a plurality of data lines being spaced in a selected distance;
• a plurality of gate lines being spaced in a selected distance, the gate lines being crossed with the data lines, each of gate lines being split into a pair of gate lines where the same gate line driving signal is provided;
• a plurality of pixel regions defined by the gate lines and the data lines, each of pixel regions being divided into a pair of subpixel regions by the pair of split gate lines;
• a plurality of R, G and B dots, each of R, G and B dots being comprised of a pair of subpixel regions which are disposed in the subpixel region respectively, different R, G and B subdots being disposed in the pair of pixel regions and in the adjacent subpixel regions, different R, G and B subdots being disposed along the gate line;
• a plurality of switching devices disposed in the pixel regions, each being connected to corresponding gate line and data line of a plurality of gate lines and data lines.

A liquid crystal display, comprising:

• a plurality of data lines being spaced in a selected distance;
• a plurality of gate lines being spaced in a selected distance, the gate lines being crossed with the data lines, each of gate lines being split into a pair of gate lines where the same gate line driving signal is provided;
• a plurality of pixel regions defined by the gate lines and the data lines, each of pixel regions being divided into a pair of subpixel regions by the pair of split gate lines;
• a plurality of R, G and B dots, each of R, G and B dots being comprised of a pair of subpixel regions which are disposed in the subpixel region respectively, different R, G and B subdots being disposed in the pair of pixel regions and in the adjacent subpixel regions, different R, G and B subdots being disposed along the gate line, each pair of R, G and B subdots are arranged in diagonal direction to the data line in the two adjacent subpixel regions;
• a plurality of switching devices disposed in the pixel regions, the switching devices arranged to the first subpixel regions line being connected to the first gate line of corresponding gate line pair and corresponding one of the plurality of data lines and the switching devices arranged in the second subpixel regions being connected to the first gate line of the next gate line pair and the next data line;
• wherein the R, G and B dots are arranged in the order of R, G and B subdots in the first gate line of the pair of the split gate lines and arranged in the order of B, R and G subdots in the second gate line of the pair of the split gate lines;
• and
• wherein to the first gate line of the pair of split gate lines, the first switching device arranged in the first subpixel region of corresponding pixel region of the plurality of the pixel regions and the second switching device arranged in the second subpixel region in the previous pixel region are connected.