RFID technology-based metallurgical steel tank monitoring and tracking system and realization method thereof

Abstract

The invention relates to an RFID (Radio Frequency Identification Devices) technology-based metallurgical steel tank monitoring and tracking system and a realization method thereof. The system is characterized in that hardware includes a monitoring network which is formed by a system center server, a plurality of PC terminals of a steel injection chamber and a plurality of PC terminals of a steel reception chamber, wherein the monitoring network is communicated with an MES; when the steel tank reaches in an effective read-write distance of an RF card reader close to the steel injection chamber, the RF card reader reads the information therein, and then the information is transmitted to the PCs; the accurate volume of the steel required to be injected is determined according to the volume, use time, position and temperature information of the steel tank by an operator; based on the radio frequency identification and the network technology, full-distance real-time tracking management for the steel tank is realized; and detailed accurate necessary information is provided for the steel injection chamber, the steel reception chamber and a management dispatching center so as to realize fine grained management for steel injection, steel reception, and operating routes and time, improve the working efficiency, and reduce the cost, pollution and labor intensity, and favorable social and economical benefits are brought.

Description

technical field [0001] The invention relates to the technical field of network communication and wireless monitoring, in particular to a metallurgical molten steel tank monitoring and tracking system based on RFID technology and an implementation method thereof. Background technique [0002] The informatization process of the metallurgical and iron and steel industry is gradually developing towards the core technology. Only relying on introduction and imitation will not make a difference. It is necessary to monitor and optimize the production process and production process more closely to improve efficiency, reduce costs, reduce little pollution. Because iron and steel enterprises have many difficulties in the production and transportation environment, molten steel has extremely high requirements on the environment and electronic equipment, which is a prominent problem. The original torpedo tank method not only causes heat loss, but also increases costs and reduces e...

AI Technical Summary

Problems solved by technology

Because iron and steel enterprises have many difficulties in the production and transportation environment, molten steel has extremely high requirements on the environment and electronic equipment, which is a prominent problem. The original torpedo tank method not only causes heat loss, but also increases costs and reduces efficiency.

During the injection of molten steel, due to the extremely high ambient temperature, the approximate model of the molten steel tank can only be checked from a distance, and the amount of molten steel to be injected is manually determined. Refilling the same molten steel can be extremely dangerous, plus it is not possible to track what state the molten steel tank is in and where it is

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