Method for manufacturing LCD screen frame decoration piece

Abstract

The invention discloses a method for manufacturing an LCD screen frame decoration piece. The method comprises the following step of S1, placing a UV mold on a workbench, and putting raw materials on one side of the UV mold for later use. The method for manufacturing the LCD screen frame decoration piece is reasonable in manufacturing, simple in UV embossing and transfer process, and good in environmental protection, the manufactured decoration piece has high appearance texture precision, good texture, and high wear resistance, and can integrally realize the reservation of a hole diameter in the UV transfer process through the cooperation with a transparent material, and does not need punching and secondary machine shaping so as to avoid the possibility of frame fracture due to too narrow frame during punching. Compared with the traditional injection molding and anodizing process, a film material transfer process is selected for UV embossing, the thickness of a film material can be flexibly chosen, the overall ultra-thin structure can be realized, and the planar or three-dimensional effects such as high gloss or wire drawing, holographic pattern and anti-dazzling pattern of a logo of a frame decoration area can be realized simultaneously, the durability is high, and the needs of use are met.

Description

technical field [0001] The invention relates to the field of LCD screen frame decorations, in particular to a preparation method for LCD screen frame decorations. Background technique [0002] In the field of electronic products market, in order to make their products easier for consumers to identify, in addition to the continuous improvement of performance, the innovation of appearance and ultra-thin integration also helps to improve the brand image. At present, the preparation process of display frame decoration parts Commonly used is injection molding or anodized aluminum alloy stamping. The injection molding process has higher mold costs and higher energy consumption, and it is difficult to realize the design and application of ultra-narrow and ultra-thin frames; the material used for anodized stamping is aluminum alloy, and the cost High pollution will cause great pollution to the environment. The appearance parts produced by the above two processes have poor surface fl...

AI Technical Summary

Problems solved by technology

[0002] In the field of electronic products market, in order to make their products easier for consumers to identify, in addition to the continuous improvement of performance, the innovation of appearance and ultra-thin integration also helps to improve the brand image. At present, the preparation process of display frame decoration parts Commonly used is injection molding or anodized aluminum alloy stamping. The injection molding process has higher mold costs and higher energy consumption, and it is difficult to realize the design and application of ultra-narrow and ultra-thin frames; the material used for anodized stamping is aluminum alloy, and the cost High pollution will cause great pollution to the environment. The appearance parts produced by the above two processes have poor surface flatness and weak texture and touch, and when some functional openings are required for the decorative parts of notebook products, they cannot be produced in the sample. When forming in one piece, additional punching is required, which increases the cost, and limits the possibility of ultra-narrow frames, which cannot meet the needs of use. Therefore, we propose a method for preparing LCD screen frame decorations to solve the above problems

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