Three-dimensional dynamic monitoring system for beneficiation enterprise

Abstract

The invention provides a three-dimensional dynamic monitoring system for a beneficiation enterprise. The three-dimensional dynamic monitoring system comprises a data acquisition system, a monitoring server and a monitoring terminal, wherein the data acquisition system comprises a three-dimensional data acquisition subsystem and a production data acquisition subsystem; the three-dimensional data acquisition subsystem is at least used for acquiring three-dimensional data of production equipment of the beneficiation enterprise; the production data acquisition subsystem is used for acquiring production process detection parameters of the production equipment; the monitoring server comprises a three-dimensional model system, a production data management system and a dynamic simulation system; the three-dimensional model system is at least used for building a three-dimensional model of the production equipment according to the three-dimensional data of the production equipment; the production data management system is at least used for processing the production process detection parameters; the dynamic simulation system is at least used for carrying out simulation based on the three-dimensional model of the production equipment and a processing result of the production data management system to obtain a three-dimensional image of the production equipment for dynamically displaying areal-time production state; and the monitoring terminal is used for presenting the three-dimensional image.

Description

technical field [0001] The invention relates to the technical field of production automation, in particular to a three-dimensional dynamic monitoring system for mineral processing enterprises. Background technique [0002] At present, the production process monitoring system of mineral processing enterprises mainly adopts the upper computer operation interface matched with the computer control system (DCS (Distributed Control System) / PLC (Programmable Logic Controller, Programmable Logic Controller)) or independently developed , to realize the control and monitoring of the production process of the mineral processing plant, and its presentation method is a two-dimensional screen representation, which is not enough to represent the entity of the mine production process, and the presentation method is not intuitive enough; although the 3D modeling technology has begun to be applied to the mineral processing enterprise, it is only limited to the design stage , The use of 3D mod...

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Problems solved by technology

[0002] At present, the production process monitoring system of mineral processing enterprises mainly adopts the upper computer operation interface matched with the computer control system (DCS (Distributed Control System) / PLC (Programmable Logic Controller, Programmable Logic Controller)) or independently developed , to realize the control and monitoring of the production process of the mineral processing plant, and its presentation method is a two-dimensional screen representation, which is not enough to represent the entity of the mine production process, and the presentation method is not intuitive enough; although the 3D modeling technology has begun to be applied to the mineral processing enterprise, it is only limited to the design stage , the use of 3D models to realize the monitoring and management of the plant operation and maintenance stage has not yet been carried out; the existing production monitoring screens and 3D design models do not support cross-system or mobile terminal applications, so that the information cannot maximize the effective value

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