Acid supplementing apparatus and acid supplementing system used for storage batteries, and application method thereof

Abstract

The invention relates to the field of storage battery manufacturing, and specifically relates to an acid supplementing apparatus and an acid supplementing system used for storage batteries, and an application method thereof. The apparatus comprises a min body, a driving component and at least two controlling components. A hollow chamber is arranged in the main body. The driving component comprises a sliding section and a driving section used for driving the sliding section. The sliding section is sealed-combined with the inner wall of the hollow chamber, forming a sliding pair. With the sliding section, the hollow chamber is divided into an acid containing chamber and a mobile chamber. An acid outlet channel communicating with a storage battery acid supplementing port and an acid inlet channel communicating with an acid storing apparatus are arranged on the chamber wall of the acid containing chamber. At least one controlling component is respectively arranged in the acid inlet channel and the acid outlet channel, wherein the channels are opened or closed under the controlling of the controlling components. An access port is arranged on the chamber wall of the mobile chamber. One end of the driving section penetrates through the mobile chamber, and extends outside the main body through the access port. With the technical scheme provided by the invention, acid liquid is not spilled during an entire acid supplementing procedure. An operator can accomplish all the operations by managing the controlling component. Therefore, labor intensity is reduced, and acid supplementation efficiency is improved.

Description

technical field [0001] The invention relates to the field of accumulator manufacturing, in particular to an acid replenishing device, an acid replenishing system and a method for using the accumulator. Background technique [0002] Batteries have the characteristics of low price, reliable quality, large capacity range, easy maintenance, and long service life. They have been widely used in various important fields of the national economy, and the demand for batteries in all walks of life is also increasing. Therefore, in Under the premise of ensuring production safety and quality, it is necessary to improve the production efficiency of batteries. There is an acid replenishment process in the storage battery production process, and the existing acid replenishment device includes an acid pot for acid replenishment. The process of supplementing acid can be summarized as follows: first, use a measuring cup to take acid from the acid storage device and put it into the acid pot, a...

AI Technical Summary

Problems solved by technology

The disadvantage of this method of replenishing acid is that due to the limited capacity of the acid pot, it can only replenish acid for several or even one battery at a time, so frequent acid removal is required, which leads to two problems : First, the operator frequently takes the acid manually, which increases the workload, which will inevitably affect the production efficiency of the battery; second, the acid pot uses a measuring cup to take the acid, which will easily cause the acid to spill during the repeated dumping process, which not only wastes the acid, Moreover, the spilled acid is corrosive, which will have an impact on the environment and the health of the operator.

[0003] There is another shortcoming of taking acid from the acid pot. When the acid liquid is poured from the acid pot into the acid filling port of the battery, the acid liquid is easy to flow out and flow to the battery to cause terminal corrosion or short circuit between the various circuits on the battery, resulting in Fire and eventually burn the battery

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