Display system and method of flexible color screen mobile phone

Abstract

The invention relates to a display system and method of a flexible color screen mobile phone, and belongs to the field of the computer display data processing technology. The system consists of a hardware part and a software part; the hardware part includes a hardware platform, a display module, a touch module and a flexible touch display panel; the hardware platform includes an LCD (Liquid Crystal Display) controller and an I2C controller; the display module includes a DC (Direct current) boosted circuit module and an FPC (Flexible Printed Circuit); the LCD controller is connected with the display module through an MIPI (Mobile Industry Processor Interface) bus; the I2C controller is connected with the touch module through an I2C bus; the I2C bus is used for transmitting coordinate data;the display module boosts the voltage to a rated value through the DC boosted circuit module to provide the voltage as a pixel refresh voltage to the flexible printed circuit; and the flexible printedcircuit is connected with an host interface through a VCI and a VDDIO bus. The display system provided by the invention highlights the advantages of the graphene material and the touch panel, and promotes the technological development of the graphene material and the touch panel.

Description

technical field [0001] The invention belongs to the technical field of computer display data processing, and relates to a display system and method for a mobile phone with a flexible color screen. Background technique [0002] Graphene materials have excellent properties such as high light transmittance, high electrical conductivity, and good bending resistance. Therefore, touch screens made of graphene materials have good light transmittance, sensitive touch effects, and good flexibility. However, when the graphene material touch screen is applied to a traditional smart phone, compared with the traditional ITO material touch screen, its advantages of good light transmission and sensitive touch effect are not obvious to consumers, and the irreplaceability is not strong; at the same time, graphite Graphene materials are still in the development stage, and the production cost of graphene flexible touch screens is still higher than that of ITO touch screens. Therefore, it is di...

AI Technical Summary

Problems solved by technology

However, when the graphene material touch screen is applied to a traditional smart phone, compared with the traditional ITO material touch screen, its advantages of good light transmission and sensitive touch effect are not obvious to consumers, and the irreplaceability is not strong; at the same time, graphite Graphene materials are still in the development stage, and the production cost of graphene flexible touch screens is still higher than that of ITO touch screens. Therefore, it is difficult to directly compete with ITO touch screens for market share in the field of traditional smartphones.

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