Steelmaking whole process logistics informatization method based on Internet of things

Abstract

The invention discloses a steelmaking whole process logistics informatization method based on Internet of things. The method includes the following steps: 1) establishing underlying Internet of thingsbased on a PLC, collecting sensor or MES and secondary system data, and providing an underlying real-time signal; 2) providing positions of a crown block and a trolley prepared in real time based onpositioning of the crown block and the trolley of a coding cable. 3) identifying package numbers of containers, and identifying iron package and steel package numbers by scanning high temperature resistant bar codes; 4) tracking the container to realize real-time spatial positions of the steel packages, iron packages and scrap steel hoppers in a whole steelmaking workshop during steelmaking, and displaying the real-time spatial positions in an animated manner; 5) managing scrap steel, according to a scrap steel addition formula and the scrap steel added in the scrap hoppers, a plan of scrap steel addition amount and a specific executing crown block are given; 6) displaying the operation plan, and switching the display of Gantt charts of produced, in-production and unproduced tasks; and 7)displaying a steelmaking whole process in an animated manner, and marking all stop points of the steel/iron packages in the steelmaking whole process in detail. The steelmaking whole process logisticsinformatization method based on Internet of things saves energy, reduces consumption, optimizes the operation time of the crown block, improves the utilization rate and production efficiency of the containers and realizes the maximization of the enterprise benefit.

Description

technical field [0001] The invention belongs to the technical field of steelmaking production process informatization, and in particular relates to a scheduling method for logistics informatization in the whole process of steelmaking based on the Internet of Things. Background technique [0002] During the steelmaking production process, cranes and trolleys transport iron ladles, steel ladles, and scrap buckets, etc., and molten iron, molten steel, and scrap steel are circulated between processes through containers. The entire process needs to go through multiple processes, and each process has multiple equipment. The realization of logistics informatization based on the Internet of Things is the basis for ensuring the normal operation of the steelmaking process. In order to realize the informatization of the whole process of steelmaking, it is necessary to track the crane and trolley in real time, and to monitor the position and current status of each ladle, iron ladle, and...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problems that the production data related to steelmaking cannot be obtained in real time in the whole process of steelmaking, and the production status of the whole process cannot be tracked and counted in real time. Realize the transparency of global information, greatly reduce the labor intensity of dispatchers and improve production efficiency, and can quickly and accurately realize the informationization method of the whole process of steelmaking under different conditions

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