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METHOD FOR ATTACHING A FILM ON BACK-LIGHT PANEL OF MOBILE PHONE

机译:在手机背面板上贴膜的方法

摘要

The first step of the module is to initialize the adsorption pad attachment of the air and the film feeder and the film;: The present invention relates to a method of laminating and mounting a light-blocking film for a back light for a liquid crystal display module (mold frame) A second step of taking out by separating the light shielding film to drive the film feeder from the first protective film overlaid thereon / if; A third step of driving the suction pad of the film attachment for picking up by suction the light-shielding film in a vacuum; A fourth step of aligning a position for depositing the light shielding film in the correct position in the suction module; A fifth step of the module to drive the air and transfer the module to a predetermined light-shielding film mounting position; A sixth step that when the module is transferred to a position specified by the suction pads horizontally or vertically moving laminated by mounting the light-shielding film in the vacuum suction module; Uniformly the back light using the front of the liquid crystal panel; and a seventh step for performing a process of attaching a light-shielding film, the module after laminating a light-shielding film on the modules to the following prescribed position transfer box and addition of a new transfer module to repeat by attaching to the module via an automated process, the hand, but the light-shielding film for transmitting, to improve the ergonomics Sikkim as well as provide a back light shielding film adhesion method for the liquid crystal panel to shorten the operation time to improve the productivity.
机译:该模块的第一步是初始化空气和薄膜进料器以及薄膜的吸附垫附着;本发明涉及一种层压和安装用于液晶显示器的背光用遮光膜的方法。模块(模框)的第二步骤,通过将遮光膜分离以驱动膜供给器与覆盖在其上的第一保护膜/ if相接触;第三步,驱动薄膜附件的吸盘,通过在真空中抽吸遮光膜进行拾取;第四步骤,将用于沉积遮光膜的位置对准在抽吸模块中的正确位置;模块的第五步骤,驱动空气并将模块转移到预定的遮光膜安装位置;第六步,通过将遮光膜安装在真空抽吸模块中,将模块转移到水平或垂直移动的抽吸垫所指定的位置上;使用液晶面板的正面均匀地设置背光;第七步骤,用于执行安装遮光膜的过程,将所述模块上的遮光膜层压到下面的指定位置转移盒上之后,通过添加新的转移模块以通过将其附着到模块上来重复该模块。自动化的过程中,手可透过遮光膜进行透射,以改善人体工学锡金,并为液晶面板提供一种背光遮光膜粘合方法,以缩短操作时间以提高生产率。

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