Small polymer battery processing equipment

Abstract

A tab shearing machine, an automatic double-station resistance welding machine, a head rubberizing machine and a head rubberizing machine are combined in the battery processing direction, the tab shearing machine can automatically complete feeding, OCV testing, cup opening shaping, edge voltage testing, tab cutting, tab leveling and good and defective product discharging, and the automatic double-station resistance welding machine can automatically complete automatic feeding, automatic double-station resistance welding and head rubberizing. The automatic double-station resistance welding machine can be in automatic butt joint with the tab shearing machine, automatic deviation correction welding of the battery protection plate and the battery is completed by combining manual feeding of the battery protection plate, the head rubberizing machine can be in automatic butt joint with the automatic double-station resistance welding machine, rubberizing of welding spots is completed through up-and-down staggered alternation, feeding at one station is achieved, and the welding efficiency is improved. One station is rubberized, and the head rubber winding machine can be automatically butted with the head rubberizing machine to finish the rubber winding of the head of the battery. The machining method is coherent in machining and high in automation degree, the working efficiency can be improved, the labor cost can be reduced, and the product quality can be unified.

Description

technical field [0001] The invention relates to the field of battery processing, in particular to a small polymer battery processing equipment. Background technique [0002] With the continuous development of society and continuous advancement of science and technology, mechanization, automation, and standardized production have gradually become the development trend, and gradually replaced traditional manual labor, injecting new impetus into the sustainable development of enterprises. In the prior art, after the battery production is completed, the OCV test mechanism and side voltage test are required for the battery. After the test is passed, the battery protection plate needs to be welded on the positive and negative tabs of the battery, and glue is pasted on the solder joints, and the battery is checked. The head is wrapped around the glue; the traditional completion of these processes is achieved through a number of scattered processing equipment, that is, semi-manual a...

AI Technical Summary

Problems solved by technology

In the prior art, after the battery production is completed, the OCV test mechanism and side voltage test are required for the battery. After the test is passed, the battery protection plate needs to be welded on the positive and negative tabs of the battery, and glue is pasted on the solder joints, and the battery is checked. The head is wrapped around the glue; the traditional completion of these processes is achieved through a number of scattered processing equipment, that is, semi-manual and semi-mechanized methods. Due to the incoherent processing, the work efficiency is low, and the labor intensity is high, the production cost is high, and the product The quality cannot be unified

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