Blanking device for synthesis hollow coated glass

Abstract

The invention discloses a blanking device for synthesis hollow coated glass. The blanking device for the synthesis hollow coated glass comprises a rack, and a transporting device used for supporting and driving the glass to be horizontally transferred and a backboard frame assisting the transporting device to transfer the glass are set on the rack. According to the technical scheme of the blanking device for the synthesis hollow coated glass, a batch out device capable of adsorbing the synthesis hollow coated glass, transferring the synthesis hollow coated glass along the side face of the backboard frame and overturning and obliquely placing the synthesis hollow coated glass to a glass transferring device. According to the blanking device for the synthesis hollow coated glass, by use of the batch out device capable of driving the hollow coated glass to overturn, after pressing and gluing of the hollow coated glass are completed, a sucking dish is used to adsorb, overturn and hoist the whole hollow coated glass from one side of a glue clamping piece, batch out is performed from the transporting device, so that the production efficiency is improved, the problem that a traditional batch out mode causes the fact that the glass is dislocated or falls off and is scraped is overcome, and the specification and the quality of products are guaranteed.

Description

【Technical field】 [0001] The invention relates to a blanking device for synthesizing hollow coated glass. 【Background technique】 [0002] Insulating glass is made of two glass substrates, with a middle spacer filled with desiccant and two sealants. Due to process requirements, the glass substrate on one side is changed from a single piece to a sandwich sheet. Compared with the single-sided glass substrate, the weight increases a lot, and in the production, the clip film (A) needs to be placed on the transmission line obliquely, and the film removal process is carried out, and then it enters the tableting room for frame placement, that is, the aluminum frame is matched in turn. (C) and gluing (D), and then pressing with another glass substrate (B), and then after the gluing process, it can be removed from the transmission line, and the glass placed obliquely at this time is above When the glass substrate (B) is lifted by suction cups, the adhesive force with the glue (D) bet...

AI Technical Summary

Problems solved by technology

[0002] Insulating glass is made of two glass substrates, with a middle spacer frame filled with desiccant, and two sealants. Due to technological requirements, the glass substrate on one side has changed from a single piece to a laminated film. Compared with the single-sided glass substrate, the weight increases a lot, and in the production, it is necessary to place the laminated film (A) obliquely on the transmission line, perform film removal treatment, and then enter the tablet pressing room to place the frame, that is, match the aluminum frame in turn (C) and apply glue (D), and then press it with another glass substrate (B). When the glass substrate (B) is lifted by the suction cup, the adhesive force of the glue (D) between the interlayer (A) and the interlayer (A) cannot lift the interlayer below (the interlayer A is compared with the glass substrate on one side. The weight of piece B increases by nearly 2 times), which will cause the upper glass substrate (B) and laminated film (A) to be misaligned, or even fall

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