Battery pole group casting welding automatic control device

Abstract

The invention relates to an automatic control device for casting and welding of battery pole groups, which includes a receiving plate pushing component, a casting and welding lifting component and a mould. The casting and welding lifting component includes a casting and welding frame and a casting and welding lifting cylinder arranged on the upper side of the casting and welding frame. The cast-welding frame includes two grooves arranged in parallel at intervals and fitted with the left and right sides of the receiving plate. The object of the present invention is to provide an automatic control device for casting and welding of battery pole groups, which is easy to demould, low in mold cost, small in lead raw material consumption, easy to use and capable of mechanical automation. The advantages of the present invention are: 1. The casting and welding operation can be automatically performed on the pole group placed on the receiving plate pushing assembly without manual operation. 2. Avoid the damage to the human body caused by lead fume during the manual welding process of workers, reduce environmental pollution, overcome the instability of quality caused by manual welding, and improve product quality.

Description

technical field [0001] The invention relates to an automatic control device for casting and welding of battery pole groups. Background technique [0002] Existing lead-acid batteries usually have an electrode group consisting of several positive plates and several negative plates, and the positive tabs and negative tabs in the pole group are respectively connected through a bus plate. At present, the casting and welding of lead-acid battery pole groups mainly adopts manual busbar welding; the manual busbar welding process is: manual assembly, boxing, pole group inverted on the casting and welding mold, and then casting and welding of the busbar. In this way, it is not only difficult to remove the molded bus plate, but also the positive and negative pole heads on the bus bar after demoulding need to be manually welded to form a bridge. This method is labor-intensive and time-consuming, has low efficacy, and causes unreliable quality due to artificial factors, and the operati...

AI Technical Summary

Problems solved by technology

In this way, the cast-welded manifold is not only difficult to remove from the mold, but also the positive and negative poles on the bus after demolding need to be welded manually to form a bridge.

This method is labor-intensive and time-consuming, has low efficacy, and the quality is unreliable due to artificial factors, and the operating environment is polluted, which is not conducive to environmental protection, but also harmful to the health of operators.

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