Embedded layer type plastic frame for display screen to be pushed in and inner plastic frame pressing method of embedded layer type plastic frame for display screen to be pushed in

Abstract

The invention aims to provide an embedded layer type plastic frame for a display screen to be pushed in and an inner plastic frame pressing method of the embedded layer type plastic frame for the display screen to be pushed in. The embedded layer type plastic frame for the display screen to be pushed in comprises a plastic frame body; the plastic frame body comprises an outer plastic frame and aninner plastic frame; the outer plastic frame is arranged into a frame-shaped structure with an opening in one side; the interior of the inner plastic frame is embedded into the inner wall of the outerplastic frame; the inner plastic frame is connected with a pressing groove in the inner wall of the outer plastic frame in a pressing manner; a rotatable closed frame edge is arranged on one side ofthe opening of the outer plastic frame; two track sliding devices for the display screen to be pushed in and slide are symmetrically arranged at the two ends of a plastic frame rear plate of the plastic frame; the inner plastic frame is used for performing direct wrapping protection on the display screen, so that the buffering degree can be improved when the display screen is vibrated; the damagedegree of the display screen is reduced; and meanwhile, the display screen is subjected to lateral entrance installing through a side face push-in structure, the press button clamping type friction ofthe side face of the display screen can be avoided, and influences on the press button quality are reduced.

Description

technical field [0001] The invention relates to the equipment field of display screens, including the processing of display screens and the research, development and improvement of plastic frame structures, and in particular to an embedded-layer push-in display plastic frame and a method for pressing the internal plastic frame. Background technique [0002] With the improvement of living standards, the use of electronic products pays more and more attention to the quality and use, especially in the protection of the display screen. Due to the installation and use of the display screen and the plastic frame, the traditional display screen plastic frame uses a single layer. The protective rubber cover is used for protection and fixation. Such a display cover can only be protected under small collisions. In the case of a larger collision, due to insufficient buffering, it is difficult to play a protective role, which will cause different degrees of damage to the display. At the...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of living standards, the use of electronic products pays more and more attention to quality and use, especially in the protection of display screens. Due to the installation and use of display screens and plastic frames, traditional display screen plastic frames use a single layer The protective rubber sleeve is used for protection and fixing. Such a protective cover for the display screen can only be protected under small collisions. Due to insufficient cushioning during a large collision, it is difficult to play a protective role, which will cause varying degrees of damage to the display screen. At the same time, there are generally a large number of buttons on one side of the display screen, and the snap-in installation is used in the past plastic frame installation, which will cause a lot of friction on the buttons of the display screen and affect the quality of the buttons

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