Intelligent fire observation system for sintering

Abstract

The invention discloses a sintering intelligent fire observation system, which comprises an intelligent processing system and an acquisition device, and is characterized in that the intelligent processing system comprises a tail section FeO content detection system and a tail section pore feature extraction system; the tail section FeO content detection system and the tail section pore feature extraction system are connected with a computer image processing module, the tail section FeO content detection system is further connected with a computer data analysis module, and the computer image processing module is connected with an image acquisition module. The cooling liquid circularly flows in a loop formed by the liquid storage cylinder and the heat absorption tank, so that the CCD industrial image acquisition equipment is timely cooled, the equipment is prevented from being damaged by high temperature or the signal-to-noise ratio of the CCD industrial image acquisition equipment is prevented from being reduced, and the accuracy of analysis and judgment of a sintering process is ensured.

Description

technical field [0001] The invention relates to the technical field of sintering fire inspection, in particular to a sintering intelligent fire inspection system. Background technique [0002] The visual inspection of sinter FeO, etc. on the tail section is the basic and important skill for pyrotechnics. However, affected by personal vision, color recognition ability, experience, etc., the skill of watching pyrotechnics is limited by the limit of manpower, and it is impossible to improve infinitely. [0003] With the continuous development of real-time imaging technology and computer image recognition and analysis technology, it is now possible to guide sintering production through the equipment of online video and image monitoring systems. The most basic and important part is the collection of cross-sectional images of the sintering machine tail , but because the temperature of the sintered product is very high, the equipment for collecting images will also be in a high-te...

AI Technical Summary

Problems solved by technology

However, affected by personal vision, color recognition ability, experience, etc., the skill of watching pyrotechnics is limited by the limit of manpower, and it is impossible to improve infinitely

[0003] With the continuous development of real-time imaging technology and computer image recognition and analysis technology, it is now possible to guide sintering production through the equipment of online video and image monitoring systems. The most basic and important part is the collection of cross-sectional images of the sintering machine tail , but because the temperature of the sintered product is very high, the equipment for collecting images will also be in a high-temperature environment for a long time. The high-temperature environment will not only easily cause damage to the image acquisition equipment, but also reduce the signal-to-noise ratio of the equipment in a high-temperature state, resulting in The image acquisition and processing results are distorted and cannot be accurately analyzed and judged

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