Intelligent process for lead-acid storage battery

Abstract

The invention discloses an intelligent process for a lead-acid storage battery. According to the process, special devices such as a terminal connector, a storage battery upper cover and a measurement circuit board are adopted and are combined with a unique operation technology, so that close fusion and engagement of the intelligent process and a common storage battery production process are achieved; the operation is convenient and fast; the process is specified; the connection between the measurement circuit board and positive and negative terminals is continuous, firm, safe and durable; and the production efficiency and the product quality are greatly improved.

Description

technical field [0001] The invention relates to the field of storage batteries, in particular to an intelligent process for lead-acid storage batteries. Background technique [0002] The intelligence of the battery refers to the automatic measurement of the voltage, current, internal resistance, temperature and other parameters of the battery during operation, the automatic monitoring of the changes in these parameters, and the controllable balanced charging of the battery. Generally, a measurement circuit board is added between the positive and negative poles of the ordinary battery to complete the intelligentization of the battery. Negative pole is wired to obtain working power, and these are all prior art. For example, the invention patent 201110290819.2 discloses an intelligent battery body with an alarm function, which uses a combination of a single-chip control unit and various measurement circuits to realize the measurement and monitoring of the above parameters, and...

AI Technical Summary

Problems solved by technology

[0004] Although the above-mentioned patents have realized the intelligent measurement and monitoring of various working state parameters of the storage battery or storage battery pack in terms of principle and structure, and also provided specific structures and circuits to facilitate actual production, there are still some problems in the deeper production process level. There are problems such as the unsmooth connection between the traditional battery production process and the added battery intelligent process, and irregular operating procedures, which are mainly reflected in the connection between the measurement circuit board and the positive and negative terminals of the battery, that is, if the positive and negative terminals are well packaged Connecting with the measurement circuit board will have problems such as cumbersome soldering operation, loose connection and easy to fall off, and exposed solder joints are easy to oxidize. If the positive and negative terminals are connected before packaging, the soldering operation will be cumbersome, and the connection will not be strong and easy to fall off. And other problems will also lead to the leakage of the sealant when the positive and negative terminals are subsequently packaged, which will not only affect the subsequent operation, but also affect the overall appearance of the battery

In order to overcome this sealant leakage problem, the utility model patent 201320715774.3 discloses a battery cover, and a groove is provided on the cover, and the groove communicates with the first pole hole through the first channel, and the The second channel is connected with the second pole hole, and the openings on both sides of the two channels are different in height, so as to avoid leakage of sealant during packaging after wiring, but the operation is still relatively cumbersome and inconvenient

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