Anti-ultraviolet blue light UV imaging screen

Abstract

The invention discloses an anti-ultraviolet blue light UV imaging screen. A primary-color liquid crystal ion layer is laminated at one side of a PET base film, the primary-color liquid crystal ion layer is further laminated with a lepton adhesive layer, silica gel adsorption particles are uniformly distributed in the lepton adhesive layer, an anti-ultraviolet blue light UV layer is laminated at the other side of the PET base film, the other side of the anti-ultraviolet blue light UV layer is laminated with a heat reflection layer, the other side of the heat reflection layer is further laminated with an anti-dazzle layer, the upper portion of the anti-dazzle layer is also provided with a nano absorption layer, both the nano absorption layer and the lepton adhesive layer are further laminated with a protection layer, and micro air holes are uniformly distributed in the anti-dazzle layer. The anti-ultraviolet blue light UV imaging screen can prevent the dazzle, is easy to install, can resist the scratch, has high permeability, can effectively eliminate the reflected light and high dazzling light, can prevent contamination, is scratch-proof, explosion-proof, easy to clean, and durable; after the removal, no glue remains on the surface of the screen; and the anti-ultraviolet blue light is simple in structure, long in service life and high in practicability.

Description

technical field [0001] The invention relates to the field of computers, in particular to a UV imaging screen with anti-ultraviolet blue light. Background technique [0002] In a large-screen system, the quality of the screen display directly affects the effect of image formation. The base material of the general laser screen screen is made of glass. Due to the difference in light and shade, the display effect is often not clear, it is easy to produce glare, and it is easy to cause visual fatigue and light stimulation to the human eye after long-term use. Therefore, it is generally passed External screen protectors solve the above problems. [0003] At present, the outer screen protective film is mostly transparent protective film. The adhesive used in the existing anti-glare protective film is non-removable. . In addition, because the outer screen protection products on the market do not have a film surface treatment layer, it is easy to separate the pressure-sensitive ad...

AI Technical Summary

Problems solved by technology

The base material of the general laser screen screen is made of glass. Due to the difference in light and shade, the display effect is often not clear, it is easy to produce glare, and it is easy to cause visual fatigue and light stimulation to the human eye after long-term use. Therefore, it is generally passed External screen protectors solve the above problems

[0003] At present, the outer screen protective film is mostly transparent protective film. The adhesive used in the existing anti-glare protective film is non-removable.

In addition, because the outer screen protection products on the market do not have a film surface treatment layer, it is easy to separate the pressure-sensitive adhesive layer from the film surface after long-term use, so that when the surface protection product is replaced, residual glue will be left on the surface of the screen to be protected. , affecting product quality

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