Wiring structure of liquid crystal photo-alignment panel and photo-alignment method of liquid crystal display panel

Abstract

The invention provides a liquid crystal light orientation panel wiring structure. A public voltage wire is connected with any public electrode wire, the public electrode wire is electrically with the public electrode layer through a conducting material, and therefore any public voltage transmitted by the public electrode wire is transmitted to the public electrode layer through the conducting material, and is then transmitted to other public electrode wires through the public electrode layer. According to the liquid crystal light orientation panel wiring structure, jumper wires between the public electrode wire and an auxiliary wire are reduced, and the damage of wire structures caused by the generation of electrostatic discharge is reduced.

Description

technical field [0001] The invention relates to the technical field of displays, in particular to a liquid crystal light alignment panel wiring structure and a liquid crystal display panel light alignment method. Background technique [0002] When the VA (Vertically aligned, vertically aligned) mode liquid crystal display panel is aligned through polymer stable alignment, it is necessary to apply a predetermined voltage for curing to the liquid crystal layer, and to irradiate the liquid crystal layer with light under this voltage to make the reaction in the liquid crystal layer Polymerize and solidify the permanent monomer, so that the polymer layer is formed on the substrates on both sides of the liquid crystal layer at the same time, so that the liquid crystal unit produces a certain deflection angle, thereby completing the liquid crystal photoalignment process. [0003] In liquid crystal photo-alignment, it is necessary to pre-form photo-alignment lines around the liquid ...

AI Technical Summary

Problems solved by technology

[0007] However, through the connection method of connecting the common voltage line 30 and the curing voltage line 40 to the liquid crystal display panel 20, it is easy to cause many crossing positions of the common voltage line and the curing voltage line, especially For the common voltage line that provides a common voltage for multiple liquid crystal display panels at the same time, there are many crossovers between the curing voltage lines, and electrostatic discharge is likely to occur between the crossovers, so that the The wiring in the liquid crystal optical alignment wiring structure is damaged, which affects the effect of liquid crystal alignment

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