An intelligent winding coating method

Abstract

The invention discloses an intelligent winding coating method, which is implemented in an intelligent winding coating production line. The intelligent winding coating production line includes a coating working area, a coil storage area, an intelligent control center and an intelligent coil loading and unloading system. ;The coating work area is equipped with more than 2 coil coating machines; the intelligent coil loading and unloading system mainly includes the loading and unloading execution unit and the track, the track passes the coating work area and the coil storage area; the coil storage area is divided into different storage areas. For rolls of different types of coils, different partitions are identified by partition barcodes; the coil coating method mainly includes the coating process, the coil loading and unloading process, and the coil storage and removal process. These three work processes are controlled by intelligence The center autonomous control is completed. The intelligent control center collects the coating process information of each coil coating machine in real time and forms a process file. The process file is mapped one-to-one with the product barcode of each roll of the coated flexible film coil.

Description

technical field [0001] The invention belongs to the technical field of winding vacuum coating, in particular to an intelligent winding coating method. Background technique [0002] With the increasingly widespread application of roll-to-roll vacuum coating technology in emerging fields such as new energy power batteries, the size and weight of coils used in roll-to-roll coating machines are also gradually expanding. At present, the weight of the flexible film product rolls produced by some mainstream manufacturers even reaches the order of several tons per roll. This weight makes the loading and unloading of the rolls time-consuming and laborious, and requires a lot of labor to complete. , especially when the number of coiled coating equipment working at the same time increases, the heavy coil loading and unloading work brings great trouble to the production scheduling and is not conducive to the implementation of efficient production scheduling. On the other hand, the curr...

AI Technical Summary

Problems solved by technology

At present, the weight of the coils of flexible film products produced by some mainstream manufacturers has even reached the order of several tons per roll. This weight makes the loading and unloading of coils during coil replacement time-consuming and labor-intensive, requiring a lot of labor to complete. , especially when the number of coil coating equipment working at the same time increases, the heavy coil loading and unloading work brings great troubles to production scheduling, which is not conducive to the implementation of efficient production scheduling plans

On the other hand, the current large-scale roll-to-roll coating equipment workshop has a low degree of automation and requires more labor to complete tedious tasks such as vacuum coating, coil loading and unloading, and coil storage and storage.

This status quo obviously does not conform to the development concept of highly automated intelligent manufacturing and intelligent factories in the current industrial trend

Images