18650 battery peeling and encasing machine

Abstract

The invention discloses a 18650 battery peeling and encasing machine, which comprises a rack, wherein the rack is sequentially provided with a feeding mechanism, a peeling mechanism, a stripping detection mechanism, a discharging mechanism and an encasing mechanism from left to right; the peeling mechanism comprises a reclaiming and transferring component; a barcode scanner for scanning batteriesis arranged in the feeding mechanism; a film cutting component and a stripping component are arranged in front of the reclaiming and transferring component; a whole box of batteries are put into the feeding mechanism and then transported through the feeding mechanism and are subjected to code scanning; the reclaiming and transferring component reclaims materials and transfers the materials to thefilm cutting component; the film cutting component carries out film cutting on the batteries; the reclaiming and transferring component transfers the batteries to the stripping component to strip thebatteries; the reclaiming and transferring component transfers the batteries to the stripping detection mechanism to detect the peeling conditions of the batteries; good products flow into the discharging mechanism and enter the encasing mechanism after passing through the discharging mechanism; defective products flow into a defective product storage tank; and the steps are circulated. The 18650battery peeling and encasing machine is capable of completely peeling the batteries, is good in peeling effect, high in accuracy and good in reliability and does not harm the batteries.

Description

technical field [0001] The invention relates to the technical field of 18650 battery peeling, in particular to a 18650 battery peeling and shelling machine. Background technique [0002] With the increasing use of lithium batteries in people's lives, the forms of lithium batteries are becoming more and more diverse. The 18650 battery is a typical cylindrical lithium battery and the most commonly used cylindrical lithium battery in people's lives. At present, the traditional battery peeling is manually using tools to peel the battery, generally using a peeling knife or sharp tools to peel the battery. This method of manually peeling the battery with tools has the following disadvantages: 1. The peeling efficiency is low; 2. When the tool scratches the battery, it is easy to damage the battery and affect the performance of the battery; 3. There are potential safety hazards in operation, which may easily cause work injuries. Contents of the invention [0003] The invention p...

AI Technical Summary

Problems solved by technology

This method of manually peeling the battery with tools has the following disadvantages: 1. The peeling efficiency is low; 2. When the tool scratches the battery, it is easy to damage the battery and affect the performance of the battery; 3. There are potential safety hazards in operation and it is easy to cause work-related injuries.

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