Horizontally arrayed pixel structure

Abstract

The invention provides a horizontally arrayed pixel structure which comprises two horizontal adjacent main pixel areas and two common electrode wires, wherein each of the main pixel areas respectively comprises three secondary pixel areas which are vertically adjacent to each other; the three secondary pixel areas which are vertically adjacent to each other comprises a first secondary pixel area, a second secondary pixel area and a third secondary pixel area; the two common electrode wires are in one-to-one correspondence to the two main pixel areas; each of the two common electrode wires comprises a first edge wire, a second edge wire, a third edge wire, a first non-edge wire and a second non-edge wire; the first edge wire covers a local edge of a pixel electrode on the first secondary pixel area; the second edge wire covers the local edge of the pixel electrode on the second secondary pixel area; the third edge wire covers the local edge of the pixel electrode on the third secondary pixel area; the first non-edge wire is connected with the first edge wire and the second edge wire; the second non-edge wire is connected with the second edge wire and the third edge wire; and at least one of the first edge wire, the second edge wire and the third edge wire is U-shaped. According to the scheme, the horizontally arrayed pixel structure is suitable for double-grid driving and has a light-proof function.

Description

technical field [0001] The present invention relates to the field of display technology, in particular to a horizontally arranged pixel structure. Background technique [0002] In the prior art, the arrangement of three sub-pixel areas of a main pixel area of ​​a display panel is R (red), G (green), and B (blue) from left to right, wherein each main pixel area is a square or Circular, each sub-pixel area is rectangular, and the short side of each sub-pixel area is basically parallel to the gate line, and the long side of each sub-pixel area is basically parallel to the data line. Usually, this arrangement of sub-pixel areas is called vertical arrangement. . [0003] Usually, in 3D display, in order to see different images for the left and right eyes, the grating grids placed in front of the display panel need to be arranged vertically, wherein the size of a grating grid is similar to the size of a main pixel area; The alignment error when the glass plate is assembled with ...

AI Technical Summary

Problems solved by technology

[0003] Usually, in 3D display, in order to see different images for the left and right eyes, the grating grids placed in front of the display panel need to be arranged vertically, wherein the size of a grating grid is similar to the size of a main pixel area; The misalignment error when the glass plate is assembled with the display panel may cause the grating grid to block a certain color, such as blocking a part of the red sub-pixel area, resulting in serious color deviation and chromatic aberration

Images