Storage battery and assembly technology thereof

Abstract

The invention discloses a storage battery. The storage battery comprises a storage battery cover and a storage battery tank, wherein the inner surface of the storage battery cover is adhered with an RFID electronic tag; and the outer surface of the RFID electronic tag is coated with an adhesive film. According to the storage battery provided by the invention, the adhered position of the RFID electronic tag is highly concealed, a certain extent of anti-theft deterrent effect can be realized by using the security feature of the RFID electronic tag, the factual basis of steal can also be proved by using information stored in the electronic tag after the storage battery is stolen, and the cost of the RFID electronic tag is also relatively low, so that low-cost theft prevention of the storage battery is realized. According to the assembly technology of the storage battery provided by the invention, the assembling and using flexibility of the storage battery is guaranteed through direct adhesion type of the RFID electronic tag, the outer surface of the RFID electronic tag is coated with the adhesive film with the ingredient of epoxy resin glue, and partial metal is avoided from falling and diluting into the interior of the battery after a circuit inside the electronic tag is corroded, so that the cycle life of the battery is guaranteed.

Description

technical field [0001] The invention relates to the technical field of storage batteries, and more specifically, to a storage battery and an assembly process thereof. Background technique [0002] With the development of new energy research and application in China, batteries, as one of the most widely used chemical "power sources", have attracted more and more attention in the fields of industrial production, transportation, signal base stations, communication cabinets, and residents' lives at home and abroad. Since outdoor communication base stations and computer rooms are located in outdoor areas, battery management is often done through electronic and network monitoring instead of full-time personnel, which leaves opportunities for criminals to take advantage of. Hexagonal wrenches and screwdrivers easily steal more expensive batteries, causing greater economic losses to customers such as countries, institutions, and enterprises. Therefore, storage battery manufacturers...

AI Technical Summary

Problems solved by technology

[0003] In response to the problem of battery theft, there are currently three main methods that have been implemented in the industry: one is to install an anti-theft positioning chip inside the battery or outside the battery cover, which is often called an anti-theft smart battery in the industry. The alarm information sent by the chip can quickly lock the location of the battery when moving, and then use GPS positioning to quickly track and find it. This method has obvious anti-theft effects and is more flexible in assembly and use, but the cost of the chip or monitoring and positioning network is too high; another The second is to use an anti-theft cabinet frame. Usually, the tripod of the cabinet frame is welded and fastened to the concrete floor, and then the main body of the cabinet frame is welded and closed. It is very inconvenient to install and detect; another is to use RFID electronic tags, which can achieve a certain degree of anti-theft deterrent effect by using the RFID electronic tag's special chip, unique serial number, and difficulty in copying. The information stored in the electronic tag can also be used to prove the factual basis of the theft, and the cost of the RFID electronic tag is also relatively low, and the way of pasting and using it is also more flexible, but the anti-theft method of pasting the RFID electronic tag on the battery also has certain defects. The concealment is poor when the label is pasted outside the battery case, and when the RFID electronic label is pasted inside the battery case, it is easily corroded by acid liquid and acid gas, and part of the metal in the electronic tag will fall and dilute to the battery after the circuit is corroded. internal, seriously affecting battery cycle life

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