Formation liquid storage tank of quantitative acid dosing and charging of battery

Abstract

The invention relates to a formation liquid storage tank of quantitative acid dosing and charging of a battery, comprising an acid filling nozzle on an acid filling machine and the battery. The invention is characterized in that: a liquid storage structure is arranged between the acid filling nozzle and the battery. The acid filling nozzle is connected with an acid feeding nozzle at the upper part of the liquid storage tank when in filling acid; the liquid storage tank comprises at least one tank body. The tank bodies are distributed in a shape of a horizontal line or are arranged by two lines or multiple lines and connected together; the upper end of the tank body is provided with the acid feeding nozzle; and the lower end of the edge part of the tank body is fixedly bonded with the upper end of a bottom platform. The bottom part of the bottom platform is a liquid-leaking boss with the shape of a hopper; and the mouth of the liquid-leaking boss is connected with a rubber nozzle in an inserting mode. The invention has fast working speed, low fault rate, precise quantization and no liquid leakage, can solve the technical difficulty needing secondary liquid supplementation by once quantization after adding the liquid storage tank on the upper part of the battery, and simultaneously improves the quality of the battery.

Description

technical field [0001] The invention relates to a liquid storage tank, in particular to a liquid storage tank for battery quantitative charging and charging, which belongs to the acid-adding liquid storage tank used in the battery automatic quantitative acid filling machine. Background technique [0002] At present, the known battery automatic quantitative acid filling machine uses an adjustable measuring cup to determine the amount of acid to be added. The user can adjust the depth of the adjustment rod plug on the top of the acid filling machine in the quantitative cup to achieve quantitative changes. Each adjustment rod Only the amount of acid filling can be changed for each single channel without affecting each other. If the adjustment range cannot meet the requirements of acid addition, the user can replace the corresponding quantitative cup according to actual needs to achieve quantitative acid filling. During acid filling, There will be a small amount of acid flow to ...

AI Technical Summary

Problems solved by technology

[0002] At present, the known battery automatic quantitative acid filling machine uses an adjustable measuring cup to determine the amount of acid to be added. The user can adjust the depth of the adjustment rod plug on the top of the acid filling machine in the quantitative cup to achieve quantitative changes. Each adjustment rod Only the amount of acid filling can be changed for each single channel without affecting each other. If the adjustment range cannot meet the requirements of acid addition, the user can replace the corresponding quantitative cup according to actual needs to achieve quantitative acid filling. During acid filling, There will be a small amount of acid flowing onto the workbench, which not only wastes the acid, but also affects the quality of the acid filling. In addition, the original battery needs to be replenished with acid during the charging process.

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