A method and implementation system for deviation control of molten iron quantity in converter

Abstract

The invention relates to a deviation control method and implementation system for molten iron quantity in a converter, including a molten iron transport vehicle, iron ladle, driving weighing data acquisition and transmission subsystem, iron ladle tracking and positioning subsystem, iron ladle three-dimensional scanning subsystem, and data processing Transmission subsystem, iron loading control subsystem. The weighing data acquisition system designed in the present invention freezes the collected data until it is collected again, which improves the reliability of wireless data transmission; the three-dimensional scanning system utilizes the contour characteristics of the iron clad, and is used as the three-dimensional scanning and data processing of the iron clad. The positioning reference of the iron ladle is processed by three-dimensional scanning data. At the same time, the position detection instrument is used to detect the sinking data of the iron ladle on the transport vehicle, and the compensation and correction of the detection of the molten iron level are carried out to ensure the accuracy of the detection of the molten iron level. , improve the accuracy of liquid level detection, eliminate interference factors, so as to realize manual and automatic dual-channel control of molten iron loading.

Description

Technical field [0001] The present invention relates to the field of steel metallurgy, and more particularly to a method for converter refrigeration of iron and water supply and implementation system. Background technique [0002] At present, for steel enterprises, the steel interface is the most concise, investment, the shortest process, the shortest process, the short-selling car transportation iron water, no longer use the fish thunder, mixed iron, reduce fixed asset investment, reduce iron water temperature drop . However, there is too much in the existence of the converter in the refrigeration of the converter, and the problem of one-button intelligent steelmaking on the amount of iron water is: [0003] 1. The car meter is unstable, the influencing factors, the deviation is too large; [0004] 2. Steel refining converter refrigerated iron water measurement data is not possible to automatically control iron volume in real time; [0005] 3. Real-time status information within...

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Problems solved by technology

However, there is a problem that the amount of molten iron fed into the converter is too large to meet the problem of one-button smart steelmaking for the amount of molten iron. The main reasons are:

[0003] 1. The on-board measurement is unstable, with many influencing factors and excessive deviation;

[0004] 2. It is impossible to automatically control the amount of iron loaded in real time with the weighing data of the amount of molten iron in the steelmaking converter;

[0005] 3. The real-time status information in the iron bag cannot be grasped and effectively utilized in time;

[0006] 4. The liquid level detected in the iron ladle fails to establish a clear one-to-one correspondence with the amount of iron loaded, and cannot participate in the control of iron loading

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