Intelligent processing machine and processing method for backlight module production

Abstract

The invention relates to an intelligent processing machine and processing method for backlight module production. The intelligent processing machine for backlight module production comprises a bottom plate, a rotating device, an adjusting device, a grinding device and a polishing device, wherein the rotating device is installed at the lower end of the bottom plate, the adjusting device is installed on the rotating device, the grinding device is installed at the right end of the bottom plate, and the polishing device is installed at the rear side of the right end of the bottom plate. By means of the intelligent processing machine and processing method for backlight module production, the problems which exist during welding splicing and grinding of front frames of existing backlight modules can be solved, and the problems are as followings: (1) the front frames of the traditional backlight modules need to be subjected to splicing positioning treatment before being welded, splicing positioning is mostly conducted through hand holding, and then welding treatment is conducted, so that splicing is unstable, and the welding quality of the front frames is affected; and (2) when the front frames of the existing backlight modules are welded and then ground, grinding treatment is mostly conducted manually, the manual grinding and polishing efficiency is low, and the grinding quality is not high, so that the production efficiency of the front frames is reduced.

Description

technical field [0001] The invention relates to the technical field of backlight module production and processing, in particular to an intelligent processing machine for backlight module production and a processing method. Background technique [0002] The backlight module is one of the key components of the LCD panel. The production of the front frame is one of the important technologies of the backlight module. In the production of the front frame of the backlight module, considering the cost issue, the front frame generally uses four frames. The form of welding and splicing, the front frame needs to be clamped and spliced ​​during welding, and the front frame needs to be polished after welding. [0003] However, the front frame of the current backlight module has the following problems during welding, splicing and polishing. First, the front frame of the traditional backlight module needs to be spliced ​​and positioned before welding. Most of them are manually held for sp...

AI Technical Summary

Problems solved by technology

[0003] However, the front frame of the current backlight module has the following problems during welding, splicing and polishing. First, the front frame of the traditional backlight module needs to be spliced ​​and positioned before welding. Most of them are manually held for splicing and positioning. Carry out welding treatment, this splicing is unstable, influences the welding quality of front frame; Two, when the front frame of existing backlight module is polished after welding, mostly is to carry out grinding treatment manually, and the efficiency of manual grinding and polishing is low, and The grinding quality is not high, which reduces the production efficiency of the front frame

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