Liquid crystal box of flexible liquid crystal display

Abstract

The invention provides a liquid crystal box of a flexible liquid crystal display, which comprises an upper flexible conducting base material, a lower flexible conducting base material, a lower PS (poly styrene) support column, an upper PI (polyimide) film, a lower PI film, liquid crystal and border adhesive. The upper flexible conducting base material comprises an upper polarizer, an upper silicon dioxide layer and an upper ITO (indium tin oxide) film which are arranged in sequence; the lower flexible conducting base material comprises a lower polarizer, a lower silicon dioxide layer and a lower ITO film which are arranged in sequence; the upper flexible conducting base material, the lower flexible conducting base material and the border adhesive are adhered and sealed to form a closed cavity; the liquid crystal is filled in the closed cavity; the lower PS support column and the liquid crystal are arranged between the upper flexible conducting base material and the lower flexible conducting base material; the lower PS support column is connected with the lower flexible conducting base material; the lower PI film is covered on the lower PS support column and the lower flexible conducting base material; and the upper PI film is covered on the upper flexible conducting base material.

Description

technical field [0001] The invention relates to a liquid crystal box of a flexible liquid crystal display. Background technique [0002] Liquid crystal displays (LCDs) currently on the market are made of glass. It is to make ITO graphics on the glass substrate first, and then complete the production of LCD through the processes of orientation treatment, screen printing, powder spraying, box forming, glass cutting, liquid crystal filling, sealing, polarizer attachment, and inspection. The main production equipment includes: cleaning equipment, exposure equipment, development and etching equipment, PI coating equipment, directional friction equipment, screen printing box equipment, liquid crystal filling equipment, glass cutting equipment, etc. The manufacturing process and technology of liquid crystal displays with glass substrates are relatively mature, but due to the use of glass substrates, the finished products cannot be bent, and the light transmittance is affected to a...

AI Technical Summary

Problems solved by technology

The manufacturing process and technology of liquid crystal displays with glass substrates are relatively mature, but due to the use of glass substrates, the finished products cannot be bent, and the light transmittance is affected to a certain extent

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