Scholarly record
HUMAN-MACHINE INTERFACE FOR MOBILE CONE CRUSHER CONTROL SYSTEM
Abstract
The article provides a brief description of the concept human-machine interface for the interactive touch control panel of the mobile cone crusher. A software implementation of an automated cone crusher control system is proposed that allows to integrate a set of interconnected technological units in the control of one hardware and technical units in the controller and human-machine interface on the touch panel in the operator station. A human-machine interface was implemented, based on a set of technical, informational, mathematical and software tools for controlling the mobile cone crusher, which ensures efficient operation of the technological control object as a whole. In accordance with the proposed concept, a complex automated system should provide an optimal level of automation for information collection and processing to form control signals and transfer them without loss and distortion to actuators in order to achieve efficient operation of the technological line for the crushing and screening plant.
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