Ear-cutting and ear-brushing combination device

Abstract

The invention discloses an ear-cutting and ear-brushing combination device, comprising a rack, a motor and a working bedplate for embedding an electrode group, wherein the working bedplate is installed on the top of the rack in a sliding mode; the rack below the working bedplate is successively provided with an ear-cutting device and an ear-brushing device along the sliding direction of the working bedplate; the motor drives the brushing device to work; and the ear-cutting device is driven by the ear-brushing to work. By the practical application of the invention, one piece of equipment can finish the work of cutting ear and brushing ear of a storage electrode group, which not only improves work efficiency but also saves equipment purchasing cost for enterprises.

Description

technical field [0001] The invention relates to auxiliary processing equipment for storage batteries, in particular to a combined device for cutting and brushing the ears of battery electrode groups in the production of batteries. Background technique [0002] In the production process of lead-acid batteries, the trimming process of the electrode group ear is an important link. The lugs of the plate are cut to a uniform height to ensure the welding quality; the second is to brush the lugs to remove the burrs, dirt and oxide layer on the lugs of the plates, which is convenient for welding. At present, in China, the trimming of tabs is mainly done by manual processing, but in fact it is difficult to meet the production needs. The health of operators; not only that, but the efficiency of manual ear cutting and ear brushing is low, resulting in longer production cycles and increased costs. In order to improve the above-mentioned working environment and increase the automation ...

AI Technical Summary

Problems solved by technology

At present, in China, the trimming of tabs is mainly achieved by manual processing, but in fact it is difficult to meet the production needs. The labor intensity of the ear cutting and brushing processes is high, and a large amount of dust and lead ash will be generated during the ear brushing process, which seriously affects the The health of the operator; not only that, but the efficiency of manual ear cutting and ear brushing is low, resulting in longer production cycles and increased costs

In order to improve the above-mentioned working environment and increase the automation of battery production, automatic earphone brushing and earphone cutting have also appeared at home and abroad, but for general enterprises, the cost of purchasing the two devices at the same time is relatively high; Production efficiency cannot be maximized, and energy consumption is relatively large, which is not conducive to large-scale production of enterprises

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