Method for stacking inner cores convenient to take for battery production line

Abstract

The invention provides a method for stacking inner cores convenient to take for a battery production line, and relates to the technical field of battery production and processing. The method for stacking inner cores convenient to take for the battery production line specifically comprises the following steps: S1, picking up the inner cores: picking up the multiple battery inner cores flowing on the battery production line at one time through a manipulator, and lifting up the picked inner cores for transferring; S2, stacking the inner cores: tidily stacking the plurality of battery inner cores picked up by the manipulator in the step S1 in an inner core stacking device according to rows and columns, and in the process of placing the multiple battery inner cores in the inner core stacking device, placing partition plates between every two adjacent columns of battery inner cores in the inner core stacking device by the manipulator with the help of manpower. The front sides of the inner walls of inner core stacking grooves are provided with sunken partition plate storage grooves, and the plurality of partition plates can be stored in the partition plate storage grooves, so that the partition plate storage grooves can be conveniently and rapidly collected, continuous supply of the battery inner cores is achieved, the conveying efficiency of the battery inner cores is improved, and timely supply of the battery inner cores in a discharging port is guaranteed.

Description

Technical field [0001] The present invention relates to the field of battery production and processing, and in particular, a battery production line is easy to take. Background technique [0002] Battery internal core is essentially a square lithium battery board, which is often mounted inside the charging treasure. In existing, a charging treasure is mostly connected in series by multi-lithium battery, so on battery production line such as charging cells. It is necessary to sort the multi-battery internal core to make the count and convenient to pick, improve the production efficiency on the production line. [0003] Currently, Patent No. CN201811595974.3 discloses a cylindrical battery inner core top outfit, including a first bracket, an upper mechanism, a four-station turnt mechanism, a battery top cover separation mechanism, and a battery Motor mine. Four stations are provided on the first bracket, which are sheets, battery top cover separation stasis, battery inner core top,...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the problems in the prior art, the purpose of the present invention is to provide an easy-to-take inner core stacking method for the battery production line, which solves the existing problem that when the battery production line is in operation, a large amount of battery i

Images