Angle self-adjusting sorting equipment for photovoltaic cells

Abstract

Angle self-adjusting sorting equipment for photovoltaic cells is disclosed in the invention, and comprises a pair of concave detection conveying tables, a pair of discharging boxes and a circular column conveying block, the pair of concave detection conveying tables are installed on the two sides of the circular column conveying block correspondingly, the pair of discharging boxes are installed on the pair of concave detection conveying tables correspondingly, a conveying structure is mounted on the pair of concave detection conveying tables, detection structures are mounted on the pair of unloading boxes and the pair of concave detection conveying tables, and an overturning conveying structure is mounted in the annular column conveying block. The equipment has the beneficial effects that the angles of a plurality of elements are overturned through the overturning conveying structure, so that the detection structure can identify the elements at multiple angles and in multiple directions, and the phenomena that the bottom ends of the elements go wrong and one-direction identification goes wrong are avoided; and by extruding a fixing assembly, the phenomenon of element displacement in the overturning process is avoided.

Description

technical field [0001] The invention relates to the technical field of cell sorting, in particular to a self-adjusting angle sorting device for photovoltaic cells. Background technique [0002] Traditional sorting mostly uses visual sorting and sorting in a single direction. Only the approximate size, shape, and skin defects of the components can be seen, so the production efficiency is low, the sorting is not uniform, and the sorting varies by person or angle. , it needs to waste too much manpower and material resources. In the patent document with the publication number 201621067010.8 titled "A Cell Sorting Mechanism and Sorting Machine", a cell sorting device is disclosed. Through the setting of the conveying device and the The setting of the adsorption part and the transfer part in the sorting device realizes the sorting of the cells, avoids the damage of the cells during sorting, and improves the sorting efficiency of the cells. The battery was damaged during the clamp...

AI Technical Summary

Problems solved by technology

[0002] Traditional sorting mostly uses visual sorting and sorting in a single direction. Only the approximate size, shape, and skin defects of the components can be seen, so the production efficiency is low, the sorting is not uniform, and the sorting varies by person or angle. , it needs to waste too much manpower and material resources. In the patent document with the publication number 201621067010.8 titled "A Cell Sorting Mechanism and Sorting Machine", a cell sorting device is disclosed. Through the setting of the conveying device and the The setting of the adsorption part and the transfer part in the sorting device realizes the sorting of the cells, avoids the damage of the cells during sorting, and improves the sorting efficiency of the cells. The battery was damaged during the clamping process. In view of this, in-depth research on the above problems led to this case.

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