A display panel and a liquid crystal display device encapsulated with a quantum dot layer

Abstract

A liquid crystal panel (200) packaged with a quantum dot layer (230) and a liquid crystal display device (300). The liquid crystal panel (200) is configured with several pixel units (231), and each of the pixel units (231) is composed of sub-pixel units in different colors; a liquid crystal layer (220) controls the backlight transmission transmitted to each sub-pixel; sub-pixel units in different colors comprise red sub-pixel units (231a) packaged with quantum dot materials, green sub-pixel units (231b), and blue sub-pixel units (231c) capable of transmitting blue backlight, wherein the surface of a package substrate packaging the pixel unit (231) at the blue sub-pixel units (231c) is configured to be a non-plane shape. When the blue light in the blue sub-pixel units (231c) is configured with a non-planar substrate, the blue light is transmitted in the non-parallel direction, the blue light, the red and green lights obtained by the excitation of the blue light and presenting dispersing lights can commonly realize the color display of the pixel unit (231), thus the color cast of each pixel unit (231) under multiple views can be solved.

Description

technical field [0001] The invention relates to the technical field of liquid crystal display, in particular to a quantum dot display panel and a liquid crystal display device. Background technique [0002] A liquid crystal panel in the prior art includes a liquid crystal layer sealed between two parallel glass substrates, and a color filter placed above the liquid crystal layer. When the liquid crystal panel is used to display the picture, the white light source is used as the backlight, and the switching state of the liquid crystal molecules controlled by the voltage in the liquid crystal layer is used to control the on-off of the backlight light. When the backlight light passing through the liquid crystal layer passes through the color filter, Only the light in the specific wavelength range of the color filter can pass through and realize the screen display, and the light in other wavelength ranges is absorbed or reflected by the color filter, so the transmittance of the ...

AI Technical Summary

Problems solved by technology

Therefore, the viewing angle of the blue primary color light with a single direction is much smaller than that of the scattered red and green primary color light, which causes the problem of color cast in the display panel under multiple viewing angles.

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