Integrated equipment control method and device, equipment and medium

Abstract

The invention relates to the technical field of plastics, and discloses an integrated equipment control method and device, equipment and a medium. Based on preset equipment parameters, an injection molding machine sends a function request to auxiliary equipment through an injection molding machine controller; receiving response data returned by the auxiliary equipment according to the function request; and based on the response data, determining an action instruction corresponding to the response data, and sending the action instruction to the auxiliary equipment. The injection molding machine sends the function request to the corresponding auxiliary machine equipment according to the equipment parameters, the auxiliary machine equipment makes a response and returns the corresponding response data, then the corresponding operation instruction is matched according to the response data, and a high-response communication method is established between the injection molding machine and the auxiliary machine equipment, so that unified management between integrated equipment is realized; and meanwhile, abnormal information of the auxiliary equipment can be obtained in time, and the responsiveness of production data in the production process is improved.

Description

technical field [0001] The present invention relates to the technical field of plastics, and in particular, to an integrated device control method, device, device and medium. Background technique [0002] In the plastics industry, the injection molding machine needs to improve the molding efficiency of the product with the cooperation of the peripheral auxiliary equipment, reduce the production rate of defective products, and improve the production efficiency. However, there are many types of auxiliary equipment around the injection molding machine, each of which operates independently and has different operation methods. In this production mode in which the injection molding machine cooperates with a wide variety of auxiliary equipment, the operation of auxiliary equipment requires a lot of manpower to conduct manual inspections, and the management and control of different auxiliary equipment also needs to pass through each different auxiliary equipment. The tedious steps ...

AI Technical Summary

Problems solved by technology

However, there are many kinds of auxiliary equipment around the injection molding machine, each of which operates independently, and the operation methods are different

Under the production mode in which the injection molding machine cooperates with a wide variety of auxiliary equipment, the operation of the auxiliary equipment requires a lot of manpower to conduct manual inspections, and the control of different auxiliary equipment also needs to go through each different auxiliary equipment. The cumbersome steps of artificially setting different control parameters on the operation panel, and the manual operation parameter setting also increases many uncertain factors in the production process, making it difficult to carry out integrated equipment control between the injection molding machine and auxiliary equipment during the production process. poor communication

[0003] In addition, due to the large number of peripheral auxiliary equipment connected to the injection molding machine and the different types of peripheral auxiliary equipment, not only is it difficult to carry out integrated management and control of them, but also the injection molding machine cannot obtain the abnormal information of these peripheral auxiliary equipment in time. The machine equipment cannot respond to the real-time data of the injection molding machine in time, and at the same time, the communication effect of the integrated equipment control between the injection molding machine and the auxiliary equipment is poor.

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