Blast furnace burden granularity video detection device and blast furnace burden granularity video detection method

Abstract

The invention discloses a blast furnace burden granularity video detection device and a blast furnace burden granularity video detection method. The blast furnace burden granularity video detection device comprises an imaging device, an illuminating device, a protection sleeve, an on-site control box, a video image processing and display device, an indoor control box, a purification power supply, a sound and light alarm device and a signal converter, wherein the imaging device and the illuminating device are arranged above a conveying belt machine of a blast furnace feeding system, and the signal converter is arranged between the video image processing and display device and the sound and light alarm device. After the structure is adopted, the imaging device is utilized for carrying out image collection on furnace burden on the conveying belt machine, then, the video image processing and display device is used for analyzing and processing video data, the furnace burden granularity size and the distribution condition are calculated, and blast furnace operators can fast and accurately obtain relative information of the furnace burden granularity. The device has the characteristics of accuracy, high speed and efficiency, the existing outdated detection process can be replaced, and important effects of guiding the blast furnace operation and improving the process control level are realized.

Description

technical field [0001] The invention relates to a blast furnace detection technology, in particular to a blast furnace burden particle size video detection device and a detection method thereof. Background technique [0002] In the blast furnace ironmaking production process in the metallurgical industry, the blast furnace charge, especially sinter and coke, needs to be analyzed physically and chemically before entering the furnace. Among them, the distribution of charge particle size is a very important parameter. According to the blast furnace smelting process, there are strict requirements on the charge, for example, the particle size of the charge into the furnace should be uniform, the particle size of the charge should be small, the powder in the charge should be screened out, and the content of harmful impurities in the charge should be small, etc. Raw fuels of different particle sizes are loaded into the blast furnace, because the charge will have a filling effect, ...

AI Technical Summary

Problems solved by technology

It can be seen that the particle size analysis of furnace charges using traditional inspection methods is not only cumbersome and time-consuming, but also extremely inefficient and cannot meet the requirements of modern mass production.

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