A kind of intelligent grinding system control method

Abstract

The invention relates to an intelligent powder grinding system control method. The fed and discharged grinding size parameters are detected through a feed inlet and a discharge hole of a grinding machine, meanwhile, the parameters are transmitted to a main controller according to a setting period, and the main controller adjusts a running status of the grinding machine according to the parameters;a material level sensor is arranged on a raw material silo, and the main controller can monitor a storage bin state so as to replace manual warehouse measurement; pressure sensors are arranged at twoends of a bearing bush of the grinding machine, the parameters are segmentally provided to a host so as to adjust the discharge rate, and a grinding body can be reasonably added in time; a grinding machine noise inductor is utilized for providing a noise decibel value parameter to the host, so that the yield of the grinding machine is adjusted; and an infrared thermometer is utilized for providing a grinding machine temperature parameter to the host, so that the yield of the grinding machine is adjusted. The intelligent powder grinding system control method provided by the invention is high in temperature control accuracy, intelligently controlled and capable of taking effect in real time, has a memory storage function, and is stable in performance, and meanwhile, the operating cost is reduced.

Description

technical field [0001] The invention relates to the technical field of intelligent control, in particular to an intelligent grinding system control method. Background technique [0002] Grinding machines are widely used in various industries such as power generation, cement, mineral processing, ceramics, and metallurgy. As the most commonly used grinding equipment, grinding machines are not only large and expensive equipment in these industries, but also consume a lot of power. Whether it is running in the best working condition is related to the smoothness of raw material supply and production energy efficiency of the entire production line. [0003] The traditional pulverizer control method is manual control, and the corresponding operation is usually controlled and judged manually by relying on water temperature experience. It is highly dependent on experience and the degree of automation is not high. Centralized control cannot be realized. The water temperature reaches ...

AI Technical Summary

Problems solved by technology

[0003] The traditional pulverizer control method is manual control, and the corresponding operation is usually controlled and judged manually by relying on water temperature experience. It is highly dependent on experience and the degree of automation is not high. Centralized control cannot be realized. The water temperature reaches At the critical point, you often forget to disconnect the power supply, which will easily lead to heavy host load, large current loss, high energy consumption, energy waste, and low production efficiency. At the same time, it is easy to cause overload and damage to related equipment, resulting in high production and operation costs. It also increases the labor intensity and danger of the operator

Images