Automatic control system for crusher

Abstract

The invention provides an automatic control system for a crusher, and the system comprises a sound-light monitoring part, an operating state monitoring part, a control operation part, a signal standardization module, a centralized control module, an optimization processing module, and a historical database. The sound-light monitoring part, the operating state monitoring part and the control operation part are connected to the signal standardization module in a parallel manner. The signal standardization module is connected to the centralized control module and the optimization processing module. The centralized control module, the optimization processing module and the historical database are connected with each other. According to the invention, through the arrangement of the centralized control module and the optimization processing module, more complete information is collected in an operation process of the crusher, and the technology of data analysis is employed for real-time optimization control, thereby effectively guaranteeing the high-level intelligentization of crusher control, improving the work efficiency of the crusher, effectively prolonging the service life of the crusher, reducing the cost of an enterprise in equipment maintenance and upgrading, and reducing the work intensity of a maintainer.

Description

technical field [0001] The invention relates to an automatic control system of a crusher, which belongs to the technical field of intelligent control of crushers. Background technique [0002] In the existing technology, the intelligent control of the working state of the hammer crusher is mainly through the collection of various monitoring indicators and the use of program setting control logic for control. An inevitable result of this method is that the complexity of the control logic is extremely limited. It is said that it all depends on some thresholds, but in practice, the working conditions of the crusher may be far more complicated than imagined. It is basically impossible to keep the crusher in the optimal state as much as possible by using the intelligent control method in the prior art, and even often It is the situation where the worst condition is barely able to operate, which is extremely unsatisfactory for the service life of the crusher, so that the service l...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, the intelligent control of the working state of the hammer crusher is mainly through the collection of various monitoring indicators and the use of program setting control logic for control. An inevitable result of this method is that the complexity of the control logic is extremely limited. It is said that it all depends on some thresholds, but in practice, the working conditions of the crusher may be far more complicated than imagined. It is basically impossible to keep the crusher in the optimal state as much as possible by using the intelligent control method in the prior art, and even often It is the situation where the worst condition is barely able to operate, which is extremely unsatisfactory for the service life of the crusher, so that the service life of the crusher is low, the cost of enterprise equipment maintenance and upgrading remains high, and the maintenance personnel work intensively

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