CCD-aligning 3D curved-surface pre-bonding apparatus

Abstract

The invention provides a CCD-aligning 3D curved-surface pre-bonding apparatus, comprising a rack table board, a film module placing mechanism, a film lifting and transplanting mechanism, a transplanting robot arm, a CCD image capturing mechanism, a pre-bonding platform module and a 3D glass positioning module, wherein the film module placing mechanism is arranged at the left side of and located above the rack table board; one side of the film module placing mechanism is provided with the film lifting and transplanting; one side of the film lifting and transplanting mechanism is equipped with the transplanting robot arm; the CCD image capturing mechanism is arranged at one side of the transplanting robot arm; the pre-bonding platform module is arranged below the CCD image capturing mechanism; and the 3D glass positioning module is arranged at the right side of and located above the rack table board. The CCD-aligning 3D curved-surface pre-bonding apparatus has the beneficial effect thatsilk printing of a film is accomplished according to a certain process, then the film is pre-bonded with 3D curved-surface glass at a plurality of positions in virtue of high-precision CCD alignment,and total bonding is completed in an air pressing manner; so the stability and accuracy of the CCD-aligning 3D curved-surface pre-bonding apparatus are effectively guaranteed, labor force is saved, cost is reduced, and work efficiency is improved.

Description

【Technical field】 [0001] The invention relates to a 3D curved surface pre-lamination device, in particular to a CCD alignment 3D curved surface pre-lamination device. 【Background technique】 [0002] The currently used 3D glass lamination method in the market, feeding→film alignment→transfer and lamination platform→glass alignment→transfer and lamination on the top of the film→transfer and thermal chamber air pressure lamination, has the following disadvantages : The alignment between the film and the glass is not positioned on the lamination platform, but outside the platform. After the platform is positioned, it will be moved to the lamination platform. There will be cumulative errors in the displacement of the film and glass, and there will be a linear drive deviation; the film and the glass are pressed through There will be a certain deviation when laminating a large area, and the phenomenon that the air cannot be discharged in an instant will occur. 【Content of inventi...

AI Technical Summary

Problems solved by technology

[0002] The currently used 3D glass lamination method in the market, feeding→film alignment→transfer and lamination platform→glass alignment→transfer and lamination on the top of the film→transfer and thermal chamber air pressure lamination, has the following disadvantages : The alignment between the film and the glass is not positioned on the lamination platform, but outside the platform. After the platform is positioned, it will be moved to the lamination platform. There will be cumulative errors in the displacement of the film and glass, and there will be a linear drive deviation; the film and the glass are pressed through There will be a certain deviation when laminating a large area, which will cause the phenomenon that the air cannot be discharged in an instant, etc.

Images