Pneumatic correction device for cell transferring

Abstract

The invention discloses a pneumatic correction device for cell transferring. The pneumatic correction device for cell transferring comprises a base, a cylinder, a pair of combination baffles, a pair of U-shaped clamp arms, a proximity switch, and a sensing element. The base comprises a pair of side plates and a top plate located at the top of the side plates. The cylinder is disposed below the top plate. The combination baffles are symmetrically disposed on a guide bar on two sides of the cylinder respectively and located below the cylinder. The U-shaped clamp arms are symmetrically disposed on the combination baffles respectively. The sensing element is connected with an air hole of the cylinder. The proximity switch provides cylinder operation signals through the sensing element so as to allow the guide bar on the cylinder to contract or extend to drive the U-shaped clamp arms to move, thereby correcting the position of a cell. The pneumatic correction device is disposed on a travel arm used for transferring cells. The position of the cells on the travel arm can be corrected by the pneumatic correction device, and accordingly the problems of lower precision and proneness of cells to deflection and fragmentation in transfer process caused by mechanical wear of the travel arm in the prior art are solved.

Description

technical field [0001] The invention belongs to the field of solar cells, and in particular relates to a pneumatic correction device for transferring battery sheets. Background technique [0002] In the printing process of cell production, the BACCINI device that transmits cells moves through the entire walkbeam (traveling arm) (21MG motor front and rear) and (22MG motor up and down) for moving transmission, and the walking arm reciprocates in front and rear of the moving cell During the process, the farthest distance that the walking arm moves in the same direction as the cell running direction is defined as the lower posterior position, and the farthest distance that the walking arm moves in the opposite direction to the cell running direction is defined as the lower front position, WALKBEAM Long-distance repeated transmission, wear and tear of mechanical connecting parts, the precision is not as good as before, which seriously affects the accuracy of transmission. The BA...

AI Technical Summary

Problems solved by technology

[0003] The object of the present invention is to provide a pneumatic correction device for cell transmission, the device is set on the walking arm used to transfer the battery, through the pneumatic correction device can correct the position of the battery on the walking arm, to solve the problems in the prior art The precision reduction problem caused by the mechanical wear of the walking arm can solve the problem that the cells are easy to deviate and generate debris during the transmission process, and can make the cells centered and corrected during the safe transmission process

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