Battery leakage detecting and weighing equipment

Abstract

The invention discloses battery leakage detecting and weighing equipment. The equipment comprises a feeding mechanism used for conveying a battery placing disc, a grabbing mechanism, a steering mechanism and a collecting mechanism, and the battery placing disc is loaded with batteries; the grabbing mechanism is arranged above the feeding mechanism; and the steering mechanism is provided with a plurality of carriers used for loading the batteries, and the periphery of the steering mechanism is provided with a leakage detection assembly, a weighing assembly, a qualified product feeding assembly, a defective product feeding assembly and a cleaning assembly corresponding to the carriers. The collecting mechanism is arranged at one side of the qualified product feeding assembly and used for collecting the qualified batteries after leakage detection and weighing. According to the battery leakage detecting and weighing equipment, feeding of the batteries can be automatically achieved, then the batteries are fed to the carriers of the steering mechanism, the functions of leakage detecting, weighing, qualified product collecting, defective product collecting and carrier cleaning of the batteries are achieved through the steering mechanism, therefore, leakage detecting and weighing of the batteries are realized fully automatically, the qualified batteries are collected automatically finally, the production efficiency is high, the operation is convenient, and the batch processing requirements of enterprises are met.

Description

technical field [0001] The invention belongs to the technical field of battery testing devices, and in particular relates to a battery leakage detection and weighing equipment. Background technique [0002] With the increasing market position of the new energy industry, lithium-ion batteries and fuel cells have become the focus of attention because of their clean, high-efficiency, and large-capacity advantages. [0003] A battery generally includes a casing, a battery cell and an electrolyte contained in the casing. The casing is generally welded by multiple parts. During the welding process, there may be insufficient welding, so that there may be gaps in the welding place. If there are gaps, There may be a risk of battery leakage, so the battery needs to be tested for leaks before it leaves the factory; at the same time, the accuracy of the amount of electrolyte in the battery has a great impact on the performance of the battery, so it needs to be checked during the battery...

AI Technical Summary

Problems solved by technology

[0003] A battery generally includes a casing, a battery cell and an electrolyte contained in the casing. The casing is generally welded by multiple parts. During the welding process, there may be insufficient welding, so that there may be gaps in the welding place. If there are gaps, There may be a risk of battery leakage, so the battery needs to be tested for leaks before it leaves the factory; at the same time, the accuracy of the amount of electrolyte in the battery has a great impact on the performance of the battery, so it needs to be checked during the battery production process. The battery is weighed to determine the amount of electrolyte

[0004] At present, the leak detection and weighing of the battery are operated separately through related equipment, but after the actual production and processing, the company found that because the battery is mass-produced, this not only leads to the efficiency of its leak detection and weighing Low, unable to meet the needs of mass production of batteries; at the same time, the accuracy of detection and weighing is also low, which does not meet the actual production and processing needs

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