Networked control device and method of lamination high-frequency vibration fine screen

Abstract

The invention provides a networked control device and method of a lamination high-frequency vibration fine screen. The device comprises a high-frequency vibration fine screen, an execution module connected with the high-frequency vibration fine screen, a sensor module connected with the high-frequency vibration fine screen, and a control module connected with the sensor module; the execution module is connected with the control module; the high-frequency vibration fine screen is controlled through an embedded ARM microcontroller in the control module; and the embedded ARM microcontroller is lower in system cost and more flexible in design, and can realize the newest and most optimal control algorithm. Through the structure of a networked control system, the control module is separated fromthe vibration fine screen, and the connection is realized through sharing of a communication network to leave from bad scene environment of the vibration fine screen, so that the influence on the controller by disturbance can be prevented, the centralized control of enterprise staff is convenient, the control device is prominently improved, and the enterprise benefit is obviously improved.

Description

technical field [0001] The invention relates to the technical field of laminated high-frequency vibrating fine sieves, in particular to a networked control device and method for laminated high-frequency vibrating fine sieves. Background technique [0002] The laminated high-frequency vibrating screen is mainly used for screening mineral materials. The mineral materials include non-ferrous metal mines, ferrous metal mines, non-metallic mines and petroleum fields. Through the application of laminated high-frequency vibrating screens, the taste of mineral materials can be improved and the The efficiency of beneficiation increases the recovery rate of ore material, so the market application prospect of laminated high-frequency vibrating fine screen is very large. [0003] At present, the laminated high-frequency vibrating fine screen in the mainstream market is mainly based on the particle size and concentration of the pulp to be screened to control the vibration frequency and i...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the existing control technology of laminated high-frequency vibrating fine sieves such as low degree of automation, outdated and fixed control methods, high control costs, and lack of centralized supervision, the present invention provides a networked laminated high-frequency vibrating fine sieve The control device and method adopt an embedded ARM microcontroller to control the vibrating fine screen. The embedded ARM microcontroller system has low cost and very flexible design, and can realize the latest and optimal control algorithm

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