Novel storage battery acid-mist-proof charging liquid acid pot

Abstract

The invention relates to a novel storage battery acid-mist-proof charging liquid acid pot. The liquid acid pot comprises a pot body and a pot cover, the lower end of the pot body is provided with a pot spout, the spout is sleeved with a rubber ring pot spout, the upper end of the pot body is provided with a first inclined surface, the upper end of the first inclined surface is connected with a second inclined surface, the upper end of the second inclined surface is connected with a third inclined surface, the upper end of the third inclined surface is inwardly upwardly provided with a vertical steam aperture, the top of the pot cover is provided with a steam outlet, an acid proof sheet is inserted into the vertical steam aperture, and the acid proof sheet is in stationary fit with the vertical steam aperture. The pot spout at the lower end of the liquid proof pot is sleeved with the rubber pot spout, so a connection of the pot spout and a storage battery acid injection port is tight to avoid acid steam leakage; the arrangement of the acid proof sheet in the liquid acid pot allows the acid steam in the steam to be first filtered and then discharged, so a three-time acid proof effect is realized, the acid steam flows back and is not leaked, environmental protection and health are realized, and the filtered steam upward flows through the steam outlet for discharge.

Description

technical field [0001] The invention relates to the field of accumulators, and in particular relates to a novel accumulator anti-acid mist charging liquid acid pot. Background technique [0002] The traditional acid pot is to set up a connected acid pot according to the individual size of the battery. During the charging process, connect the whole large acid pot to the acid injection port of the selected battery. The acid injection port and the acid pot need to be connected to each other. Working together, it is inconvenient to operate. During the charging process, the water will be electrolyzed and the water vapor will be discharged. However, in the process of discharging water vapor, a part of the acidic substances in the battery will usually be brought out. If it is not treated, It is easy to pollute the environment. If it is processed, it needs to invest a lot of capital equipment for deacidification treatment, which increases the cost of the product and reduces ...

AI Technical Summary

Problems solved by technology

[0002] The traditional acid pot is to set up a connected acid pot according to the individual size of the battery. During the charging process, connect the whole large acid pot to the acid injection port of the selected battery. The acid injection port and the acid pot need to be connected to each other. Working together, it is inconvenient to operate. During the charging process, the water will be electrolyzed and the water vapor will be discharged. However, in the process of discharging water vapor, a part of the acidic substances in the battery will usually be brought out. If it is not treated, It is easy to pollute the environment. If it is treated, it needs to invest a lot of money in equipment for deacidification treatment, which increases the cost of the product and reduces the profit.

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