Method for manufacturing display panel and display medium arrangement structure thereof

Abstract

The invention discloses a method for manufacturing a display panel and a structure for displaying dielectric permutation thereof. The structure for displaying dielectric permutation applies to the atmosphere environment and on the surface of which the display dielectric is formed on a lower substrate. In the manufacturing method, at least one lateral segment and a plurality of lengthwise segmentsare formed on the surface of the lower substrate, thus the coating work of displaying dielectric can be carried out in the atmosphere environment and the defect in the prior art can be solved.

Description

technical field [0001] The invention relates to a panel manufacturing technology, in particular to a display panel manufacturing method and a display medium arrangement structure thereof. Background technique [0002] With the advancement of technology, the functions and demands of displays are changing with the footsteps of consumers, so liquid crystal displays (LCDs) appear on the market to gradually replace the original cathode ray tube displays (Cathode Ray Tube, CRT). Compared with the relatively bulky CRT monitors, liquid crystal monitors are more and more favored by consumers because of their small size, low energy consumption, no radiation, and soft and clear pictures. It can be seen that how to improve product quality and reduce production costs is an important issue that all manufacturers need to consider to quickly occupy the market, and in the entire production process of liquid crystal displays, the manufacture of their display panels is extremely important. ...

AI Technical Summary

Problems solved by technology

[0010] However, in this method of coating liquid crystal between the upper and lower substrates by extrusion, the liquid crystal must be accurately measured, and the operation must also be carried out in a vacuum environment, which will also increase equipment costs and manufacturing difficulties.

[0011] At the same time, both of the above two liquid crystal injection methods need to be operated in a strict vacuum environment, and the problem of bubble generation cannot be completely avoided in the manufacturing method

In this way, not only need to add additional vacuum equipment, but also increase the manufacturing cost

If it is to ensure strict vacuum control, it will be more difficult to implement. Therefore, it will be applied to the production of flexible displays, e-books, and polymer panels in the future. The cost is high and the production rate is low. Therefore, it has to be said It is a great shortcoming in the industry

Images