Intelligent control system of hydraulic cone crusher

Abstract

The invention discloses an intelligent control system of a hydraulic cone crusher; the intelligent control system comprises a crusher main machine, a feeding device, a lubricating system, a hydraulic system, and a CIS automatic control system connected with the crusher main machine, the feeding system, the lubricating system and the hydraulic system; the CIS automatic control system comprises a power supply unit, a man-machine interface, a control unit, a power measurement unit, an oil tank measurement unit, a hydraulic drive unit connected with the hydraulic system, and a manual control switch which are interconnected by a CIS bus or an Ethernet bus, and the power supply unit is used for supplying power for the man-machine interface and the power measurement unit; the oil tank measurement unit is connected with a position sensor, a pressure sensor and a temperature sensor; the intelligent control system automatically adjusts the crusher and protects the crusher to prevent overload, reduce the labor intensity of manual operation and improve the work efficiency.

Description

technical field [0001] The invention relates to the field of mining machinery, in particular to an intelligent control system for a hydraulic cone crusher. Background technique [0002] The intelligent control system of hydraulic cone crusher is mainly composed of crusher host, feeding device, lubrication system, hydraulic system and automatic control system. The existing cone crusher control system is generally controlled independently of the main engine control and hydraulic lubrication control. It is impossible to record historical data and perform intelligent automatic adjustment and compensation. When the crusher is running with materials, the load fluctuates greatly, and it cannot be adjusted in real time to maximize the working efficiency of the crusher while ensuring a certain amount of wear. In practice, when the operator manually adjusts the output setting, the set point must be kept large enough to avoid a possible overload situation, so the crusher cannot...

AI Technical Summary

Problems solved by technology

The existing cone crusher control system is generally controlled independently of the main engine control and hydraulic lubrication control. Unable to record historical data and perform intelligent automatic adjustment and compensation

When the crusher is running with materials, the load fluctuates greatly and cannot be adjusted in real time to maximize the working efficiency of the crusher while ensuring a certain amount of wear

In actual operation, when the operator manually adjusts the output setting, the set point must be kept large enough to avoid a possible overload situation, so when using the crusher, it cannot reach its maximum potential

Images