Battery disassembling pole group detaching device with vertical guiding function

Abstract

The invention discloses a battery disassembling pole group detaching device with a vertical guiding function. The device comprises an arch-shaped support and a central shaft vertically penetrating the top of the support and capable of freely sliding; a pressing disc for clamping a battery is arranged at the bottom end of the central shaft, a lever with the hinge point as the fulcrum is hinged to the top end of the central shaft, one end of the lever is hinged to a connecting base, and a plurality of tongs used for pulling out a pole group are arranged at the bottom of the connecting base; an arc-shaped hole is formed in the end of the lever, and the top of the connecting base is matched with the interior of the arc-shaped hole in a sliding manner; a guide rod is mounted on the connecting base, and guide grooves used for guiding the guide rod to vertically ascend and descend are formed in the two sides of the support; and the tongs can freely rotate and have certain elasticity, the device is suitable for detaching storage battery pole groups of different types, the tongs are symmetrically arranged, and therefore during detaching, a pole group bus bar is even in stress and is kept vertical lifting, and the pole groups are not prone to being damaged.

Description

technical field [0001] The invention relates to the field of lead-acid batteries, in particular to a pole group extracting device for dissecting batteries with vertical guidance. Background technique [0002] When the battery is charged with acid in the later stage, some faulty batteries will often be found, which need to be selected for dissection, and the quality of the cells can be judged by measuring the voltage value of the cells, and the bad cells will be pulled out for analysis and scrapped. After pulling out, re-weld and assemble the finished battery as a maintenance battery. In addition, anatomical analysis should also be carried out on the lead-acid batteries after the test. [0003] At present, ordinary needle-nose pliers are used to pull out single cells of dissected batteries. Because the electrolyte inside the battery is covered with bus bars, it is easy to slip when pulled out with ordinary long-nose pliers; Needle-nose pliers are difficult to pull out and m...

AI Technical Summary

Problems solved by technology

However, this utility model still relies on artificial physical force to pull out the single-cell pole group, and there is a situation where the pole group is damaged due to improper force.

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