Automatic control device for cast-weld of storage battery electrode group

Abstract

The invention relates to an automatic control device for cast-weld of a storage battery electrode group. The automatic control device for cast-weld of the storage battery electrode group comprises a carrying plate pushing assembly, a cast-weld lifting assembly and a die, the cast-weld lifting assembly comprises a cast-weld frame and a cast-weld lifting air cylinder arranged on the upper side of the cast-weld frame, and the cast-weld frame comprises two parallel groove channels which are arranged in a spaced mode and are matched with the left side and the right side of a carrying plate in an embedded mode. The automatic control device for cast-weld of the storage battery electrode group is capable of achieving demoulding easily, low in die cost, small in lead raw material using amount, convenient to use and capable of achieving mechanical automation. The automatic control device for cast-weld of the storage battery electrode group has the advantages that weld-cast operation can be automatically conducted on the electrode group arranged on the carrying plate pushing assembly without manual operation; the damage to the human bodies from the lead smoke in the manual welding process conducted by workers is avoided, environment pollution is reduced, the quality instability caused by manual welding is avoided, and product quality is improved.

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 fluxing of lead-acid battery pole groups mainly adopts manual busbar welding; the process of manual busbar welding is: manual assembly, boxing, pole group upside down on the fluxing mold, and then busbar welding. In this way, it is not only difficult to remove the bus plate after soldering, 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 operation environment pollutes a lo...

AI Technical Summary

Problems solved by technology

In this way, the bus plate produced by soldering is not only difficult to demould, but also the positive and negative pole heads on the bus bar after demoulding 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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