Plate producing and winding control system

Abstract

The invention relates to a plate producing and winding control system which is used for a full-automatic winding machine. The plate producing and winding control system comprises a plate producing sub-control system, and a cell winding sub-control system, wherein the plate producing sub-control system comprises a plate producing programmable controller and a plate producing human-machine interface connected with the plate producing programmable controller, and is used for controlling the related processes of plate unwinding, tab feeding and welding, plate adhering, and plate traction; the cell winding sub-control system comprises a winding programmable controller, a winding human-machine interface connected with the winding programmable controller, and a winding motion controller connected with the winding programmable controller, and is used for controlling the related processes of positive and negative plate cache feeding and offset correction, diaphragm placing and tape replacing, cell winding, cell adhering and cell picking, wherein the winding programmable controller is respectively communicated with a positive plate producing programmable controller and a negative plate producing programmable controller through an IO (input/output) interface. The plate producing and winding control system provided by the invention can complete cell plate producing and cell winding processes continuously, can quickly manufacture single qualified cells from plate rolls and diaphragm rolls, and can alleviate labor force, shorten time, improve production efficiency and save production cost.

Description

technical field [0001] The invention belongs to the technical field of battery manufacturing, and relates to battery cell production equipment, in particular to an electric control system for the sheet-making process and winding process of the battery cell. Background technique [0002] In the existing cell production technology, the control system of the equipment that completes the film making process and the winding process is generally divided into two parts, and two machines complete the film making process and the winding process respectively. [0003] The disadvantages of the prior art control system for completing the cell production process and the cell winding process equipment are: 1. The film production process and the winding process are completed separately, and the continuity of the process cannot be achieved, and refueling and loading are time-consuming ; 2, need to rely on more manpower. Contents of the invention [0004] The technical problem to be solve...

AI Technical Summary

Problems solved by technology

[0003] The disadvantages of the prior art control system for completing the cell production process and the cell winding process equipment are: 1. The film production process and

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