Method for wiring LCD drive electrode

Abstract

The invention relates to a routing method of drive electrode of liquid crystal display, which comprises (1), according to the display demand of liquid crystal display, determining the total number of drive electrodes, (2), accoriding to the total number, arranging the drive electrodes on the step of the liquid crystal display in multiple rows and multiple lines or multiple rings. The invention ispreferred to stagger the drive electrodes of nearby rows or lines or stagger the drive electrodes of nearby two rings. The invention arranges the drive electrodes on multiple lines, rows or rings to improve the arrangement density of the drive electrodes on the step. The invention can confirm enough arrangement distance between the drive electrodes, reduce paste hardness, reduce short circuit, improve liquid crystal display quality, reduce step size and / or number, reduce connector size and / or number and reduce the production cost of liquid crystal display, with the increase of drive electrodes.

Description

technical field [0001] The invention relates to a liquid crystal display, in particular to a wiring method for driving electrodes of a liquid crystal display. Background technique [0002] Currently, the driving electrodes on the steps of the liquid crystal display are usually arranged in such a way that all the driving electrodes are arranged in a row on the steps. With the development of liquid crystal display technology, liquid crystal displays display more and more content, display methods become more and more complex, and the requirements for graphic display accuracy are getting higher and higher, which leads to an increasing number of driving electrodes on the steps of the liquid crystal display. [0003] In order to place these more and more driving electrodes, methods of increasing the arrangement density of the driving electrodes, and / or increasing the size or number of steps of the liquid crystal display are generally used at present. [0004] At present, increasi...

AI Technical Summary

Problems solved by technology

[0011] Adopt above-mentioned conventional method, because do not improve driving electrode arrangement density, but place increased driving electrode by increasing connector, increase liquid crystal display size, can reduce imposition quantity (imposition quantity refers to the product unit that can be made on a large substrate quantity), increased connector consumption and substrate consumption, increased connector cost and substrate cost

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