Novel liquid crystal display and manufacturing method

Abstract

The invention discloses a novel liquid crystal display. The novel liquid crystal display comprises an upper polaroid, an upper substrate, an upper graphene circuit layer, an upper PI layer, a liquid crystal layer, a lower PI layer, a lower graphene circuit layer, a lower substrate and a lower polaroid. A peripheral printing frame between the upper substrate and the lower substrate is completely sealed through sealant. A sealing cavity of the frame sealant is full of the liquid crystal layer composed of liquid crystals and liner powder. Electrodes arranged on a conductive layer of the lower graphene circuit layer are connected to a driving IC through a flexible connector. The novel liquid crystal display which is formed in the manner that a conductive thin film is manufactured on a flexible transparent base material through graphene can be suitable for the IC which is smaller in driving capacity, and the power consumption of the display is lower than that of an ITO; the display contrast ratio is high; the manufactured novel liquid crystal display is flexible and bendable and can be prevented from being broken down; the novel liquid crystal display is light and thin, the total thickness of the novel liquid crystal display can be smaller than 1.0 MM, and the novel liquid crystal display is suitable for newest wearable product displaying.

Description

Technical field [0001] The invention relates to the field of displays, in particular to a new type of liquid crystal display and a manufacturing method thereof. Background technique [0002] At present, the mainstream display is generally a liquid crystal display, which has been widely used in various fields of social production and life, especially in the field of consumer electronics products (such as smart phones, tablet computers, etc.). Existing capacitive touch screen panels are usually made of ITO glass substrate and then attached to the outer surface of flat panel displays (such as liquid crystal displays). These liquid crystal display structures have many problems, such as complex production processes and high costs. And the overall thickness of the product is relatively thick, the product thickness is more than 1mm, the glass product is fragile and cannot be bent; the conductivity is poor, the optical transmittance is not high, and the product is not convenient to carry...

AI Technical Summary

Problems solved by technology

Existing capacitive touch screen panels are usually made of ITO glass substrates, and then attached to the outer surface of flat-panel displays (such as liquid crystal displays) by bonding. There are many problems in the structure of these liquid crystal displays, such as complicated production process and high cost. Moreover, the overall thickness of the product is relatively thick, and the product thickness exceeds 1MM, and the glass product is fragile and cannot be bent; the conductivity is not good, the optical transmittance is not high, and the product is not convenient to carry, etc.

The conductivity of ITO is not good, the contrast of IC driver display is not good, and the brightness consistency of the display or non-display interface is not enough.

These displays consume a lot of power and have higher requirements on the driving capability of the IC

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