An automatic dyeing system

Abstract

The invention discloses an automatic dyeing system which includes a dye vat generation MES system, a distribution system, and a dye vat centralized control system; the dye vat generation MES system is integrated into a mobile terminal with editing and display functions, and a picking list is generated according to the dyeing formula and sent to the distribution center. The system also generates the dyeing process of the production order according to the dyeing formula and sends it to the dyeing vat centralized control system; draws the dyeing process curve according to the received delivery order and the process parameters of the dyeing process and displays it in real time; the distribution system delivers the corresponding The weight of various dyes is sent to the corresponding dyeing vat for use; the actual feeding information is collected in real time and the output order is generated and fed back to the dyeing vat to generate the MES system; the centralized control system of the dyeing vat automatically controls the dyeing process according to the production single dyeing process, and the dyeing process includes vat washing Process, printing and dyeing process; real-time collection of process parameters of the dyeing process and feedback to the dye vat to generate the MES system. The dyeing system improves work efficiency and increases production capacity.

Description

Technical field [0001] The present invention belongs to the field of dye technology, specifically relates to an automatic dyeing system. Background [0002] In the dyeing process of grey cloth, the general material dyeing system is a traditional dyeing system, such as a cloth dyeing system disclosed by the utility model with the authorization announcement number CN 209759779 U, and a dyeing system with cloth gradient dyeing disclosed in the invention patent application for application publication number CN 109594252 A. With the prevalence of intelligent manufacturing industry, printing and dyeing industry has also realized intelligent manufacturing, the existing printing and dyeing intelligent manufacturing system includes dyeing cylinder production MES system, distribution system, dyeing cylinder centralized control system, but these three systems are independent of each other, can only through manual interaction, can not be interconnected system, resulting in prolonged producti...

AI Technical Summary

Problems solved by technology

It can be seen from this that the three systems are independent of each other, which will delay for a long time, and the possibility of manual errors in the intermediate link is very high

And it is difficult to trace the source of problems, there are few records in the intermediate process, and there is no record in the transfer process

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