Pellet granularity monitoring control system based on volume analysis and method

Abstract

The invention belongs to the technical field of pellet granularity monitoring in pelletizing workshops of iron and steel enterprises, and particularly relates to a pellet granularity monitoring control system based on volume analysis and a method. The monitoring control system is characterized by comprising a plurality of material level meter supports, walking holders, material level meters, walking tripod heads, material level meters, shield cables, a computer system and an upper computer system, the material level meter supports are arranged at the positions of a qualified ball belt, a large ball belt and a small ball belt respectively and located below each pelletizing disc roller screen, the walking tripod heads are arranged on the material level meter supports and do reciprocating operation, the material level meters are arranged on all the walking tripod heads, the computer system is connected with the shield cables, the computer system comprises a signal isolator, a direct-current power supply, an IO module and a computer, and the upper computer system comprises a software simulation analysis model. According to the pellet granularity monitoring control system based on volume analysis and the method, modular design is adopted, the pellet granularity detection problem is converted into the volume detection problem and further converted into the material level detection problem, the dimension of the complex problem is reduced into the simple problem, and monitoring, display, analysis and interlocking control of an upper computer are achieved.

Description

Technical field [0001] The present invention belongs to the field of steel enterprises. The field of granular monitoring technology, in particular, to a bulky glyph monitoring control system and method based on volumetric analysis. Background technique [0002] The minerality distribution of the ballroom ball group is the most important indicator in the production of workshop. It is the most important indicator of the production of the workshop. Therefore, the proportion of the qualified ball clusters, that is, the detection of the proportion of the collapse is to adjust production. In the important basis. However, the current market is still in the field, and the corresponding product is more video analysis, and the debug period is too long and the price is expensive. Inventive content [0003] It is an object of the present invention to provide a magazine-based granular monitoring control system and method based on volumetric analysis, using modular design, converting the pell...

AI Technical Summary

Problems solved by technology

However, the current market research in this field is still in its infancy, and the corresponding products are mostly video analysis, and the debugging cycle is too long and expensive

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