A fully automatic packaging machine for cylindrical batteries

Abstract

The invention relates to a full-automatic packaging machine of a cylindrical battery. A film pressing carrying device is arranged on a rack; the left side of the film pressing carrying device is matched with a feeding conveying device through an abut-joint feeding device, a film guide cylinder is arranged on the vertical portion of the left side in a matched manner, the film guide cylinder and the film feeding device are matched, a film pressing device is arranged on the film pressing carrying device in a matched manner, the right side is provided with a cutting-off conveying mechanism in a matched manner, a hot pressing locking device and a cutting off mechanism are arranged on the upper portion of the cutting-off conveying mechanism in a matched manner, the abut-joint feeding device comprises an abut-joint movable air cylinder and an abut-joint movable base, an abut-joint lifting air cylinder is arranged on the abut-joint movable base, the abut-joint lifting air cylinder is connected with an abut-joint feeding block, and the left-and-right length of the abut-joint feeding block is three to five times that of the abut-joint movable base. Through an abut-joint device, the feeding conveying device and the film pressing carrying device can be in abut joint, meanwhile, in cooperation with the cutting-off conveying mechanism, a battery, obtained after film pressing, on the film pressing carrying device is conveyed, full-automatic packaging of the cylindrical battery can be achieved, package efficiency is improved, and the package yield is ensured.

Description

technical field [0001] The invention relates to the field of battery processing equipment, in particular to a fully automatic packaging machine for cylindrical batteries. Background technique [0002] Batteries are one of our daily necessities, especially cylindrical batteries, which are used by many electrical equipment; during the production process of cylindrical batteries, they need to be packaged through packaging film during their production and processing. [0003] Traditional cylindrical battery packaging is manual operation, the packaging efficiency is low, time-consuming and labor-intensive, so some packaging equipment has appeared, most of the existing packaging equipment are lamination equipment, need to manually put the packaging film and battery into the lamination discharge seat Then, the battery is laminated by the automatic film lamination equipment, and then the battery is seamed by the subsequent seaming device to complete the packaging. The whole process ...

AI Technical Summary

Problems solved by technology

[0003] Traditional cylindrical battery packaging is manual operation, the packaging efficiency is low, time-consuming and labor-intensive, so some packaging equipment has appeared, most of the existing packaging equipment are lamination equipment, need to manually put the packaging film and battery into the lamination discharge seat Then, the battery is laminated by the automatic film lamination equipment, and then the battery is seamed by the subsequent seaming device to complete the packaging. The whole process needs to be discharged manually, and the efficiency is greatly improved compared with the manual packaging. However, it still does not meet the needs of large-scale automated production. At the same time, the packaging of cylindrical batteries is not comprehensive, and the exposed parts are easily damaged.

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