Iron liquid quality control system

Abstract

The invention provides an iron liquid quality control system. The iron liquid quality control system comprises a thermodetector, a carbon silicon thermal analyzer, an electronic scale, a spectrograph, a wireless data record receiver, a computer, a network server, a WeChat client and a manager mobile phone. The thermodetector, the carbon silicon thermal analyzer and the electronic scale are connected with the wireless data record receiver in a wireless mode. The wireless data record receiver and the spectrograph are connected with the computer. The computer is connected with the WeChat client through the network server. The WeChat client is connected with the manager mobile phone. According to the iron liquid quality control system, the thermodetector, the carbon silicon thermal analyzer, the electronic scale and the spectrograph can be effectively combined together, recorded data are synchronously transmitted to a user in real time through the advanced, stable and widely used WeChat network platform, the authenticity and the real-time performance of the data are ensured, and a manager can control on-site production whenever and wherever possible.

Description

technical field [0001] The invention belongs to the technical field of metallurgical testing equipment, in particular to a quality control system for molten iron. Background technique [0002] In the metallurgical industry, thermometers, carbon-silicon thermal analyzers, electronic scales and spectrometers are commonly used to detect the quality indicators of molten iron. However, these instruments have been in a stand-alone recording state, operating independently, and most of them have no records and The storage function and structure make the data untraceable. Once the product has quality problems, it will cause waste products, forming a situation where there is no certificate to check and no control. In addition, management and production are seriously disconnected, which not only brings huge economic loss to enterprises, but also causes a lot of waste of energy and resources. Because there is no advanced and effective management and control system and means, enterprise...

AI Technical Summary

Problems solved by technology

[0002] In the metallurgical industry, thermometers, carbon-silicon thermal analyzers, electronic scales and spectrometers are commonly used to detect the quality indicators of molten iron. However, these instruments have been in a stand-alone recording state, operating independently, and most of them have no records and The storage function and structure make the data untraceable. Once the product has quality problems, it will cause waste products, forming a situation where there is no certificate to check and no control

In addition, management and production are seriously disconnected, which not only brings huge economic loss to the enterprise, but also causes a lot of waste of energy and resources.

Because there is no advanced and effective management and control system and means, enterprises can only be at a loss and sigh

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