Interconnect strip cutting and conveying device for crystalline silicon solar cell modules

Abstract

The invention relates to a crystalline silica solar cell assembly interconnector cutting transmission device comprising a work table, a straightener assembly and a positioning guide assembly fixed on the work table; the straightener assembly is connected with the work table; the interconnector penetrates the straightener assembly, and is positioned by the positioning guide assembly and placed on the work table, so the work table can dragged by outer force so as to convey the interconnector. Compared with the prior art, the crystalline silica solar cell assembly interconnector cutting transmission device is simple in operation, high in operation precision, and high in section bar compatibility.

Description

technical field [0001] The invention relates to a device for producing solar cells, in particular to an interconnecting strip cutting and conveying device for crystalline silicon solar cell components. Background technique [0002] At present, the interconnection strip cutting equipment used in the production process of many crystalline silicon solar cell modules, the transmission device is selective for different interconnection strip widths, and has limitations in dealing with new interconnection strip materials. After the width and thickness of the new interconnect strip material are changed, the cutting and conveying device normally transmits and feeds the material, but it will be restricted by the transmission at many places such as the guide plate, rollers, and positioning blocks, which is not conducive to the cutting of the interconnect strip. The roller setting guide grooves limit the width of the interconnecting strips and also limit the productivity of the cutting ...

AI Technical Summary

Problems solved by technology

After the width and thickness of the new interconnect strip material are changed, the cutting and conveying device normally transmits and feeds the material, but it will be restricted by the transmission at many places such as the guide plate, rollers, positioning blocks, etc., which is not conducive to the cutting of the interconnect strip

Roller setting guide grooves limit the width of the interconnecting strips and also limit the productivity of the cutting conveyor

[0003] The existing cutting transmission device cannot pass through chain replacement, manual work, low work efficiency, uncontrollable cutting size, and unguaranteed quality

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