Battery packaging device

Abstract

The invention discloses a battery packaging device, which can greatly improve the packaging efficiency of the battery. When packaging, the battery feeding assembly realizes automatic feeding of the batteries one by one, and when the battery is transported to the location of the packaging frame, the battery feeding assembly stops Movement, the battery positioning lifting component realizes the lifting of the battery at its position, and at the same time, the lower packaging seat realizes the automatic positioning and adsorption of the battery, and then the upper packaging seat of the upper packaging component goes down to realize the packaging operation of the battery. After the encapsulation is completed, the upper encapsulation assembly is returned, and the pool positioning and lifting assembly is also returned, the battery is placed on the belt again, and then the belt continues to drive, and the encapsulation of the next group of batteries can be carried out. The present invention can realize the automatic processing of battery encapsulation. The package of the invention adopts a heat sealing method, adopts eddy current heating and arranges ceramic blocks, which can make the temperature uniform and reliable during the package, and improve the package effect.

Description

technical field [0001] The invention relates to a battery packaging device and belongs to the technical field of battery packaging equipment. Background technique [0002] For batteries, it is generally necessary to use aluminum-plastic film for packaging, and when the battery is packaged, the interface of the aluminum-plastic film needs to be packaged. The current packaging generally adopts heat sealing, and the current packaging generally uses Manually or with the help of auxiliary tools, the batteries are packaged one by one manually. This kind of packaging has low efficiency and affects the packaging effect. Moreover, the current heating method generally adopts a direct heating method, that is, the heating rod is used to heat the aluminum plastic mold, and then pressed. Combined, when this heating method is heated, the heating temperature is not uniform, and the position close to the aluminum plastic mold may be very high, which will cause damage to the aluminum plastic ...

AI Technical Summary

Problems solved by technology

[0002] For batteries, it is generally necessary to use aluminum-plastic film for packaging, and when the battery is packaged, the interface of the aluminum-plastic film needs to be packaged. The current packaging generally adopts heat sealing, and the current packaging generally uses Manually or with the help of auxiliary tools, the batteries are packaged one by one manually. This kind of packaging has low efficiency and affects the packaging effect. Moreover, the current heating method generally adopts a direct heating method, that is, the heating rod is used to heat the aluminum plastic mold, and then pressed. Combined, when this heating method is heated, the heating temperature is not uniform, and the position close to the aluminum plastic mold may be very high, which will cause damage to the aluminum plastic film, or lead to unreliable packaging of the aluminum plastic film, making it difficult to achieve reliable packaging of the battery

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