Ball mill group monitoring system and monitoring method based on smart cloud computing platform

Abstract

The invention belongs to the technical field of monitoring on large-scale mine enterprise equipment operation, and particularly relates to a ball mill monitoring system based on a smart cloud computing platform and a monitoring method. The ball mill monitoring system based on the smart cloud computing platform is characterized by comprising a monitoring center based on the smart cloud computing platform, a system management private network, a system control private network, a system monitoring private network and a data collection monitoring module, wherein the data collection monitoring module comprises a data monitoring center, a data transmission device, a ball mill group monitoring module and a network electric quantity measuring module. The ball mill monitoring system and the monitoring method can realize the ball mill group monitoring of multiple production factories and mines of large-scale mine enterprises, all the monitoring systems are operated on the same platform and are supported by the cloud computing platform, and the comprehensive works such as mass data storage, optimized processing, intelligent decision, reasonable scheduling and comprehensive monitoring are rapidly finished in real time.

Description

Technical field [0001] The invention belongs to the technical field of equipment operation monitoring for large-scale mining enterprises, and particularly relates to a ball mill group monitoring system and a monitoring method based on a smart cloud computing platform. Background technique [0002] In recent years, with the expansion of mine scale, how to shorten the factory process configuration and increase the processing capacity when mining large-scale, low-grade deposits, this has put forward an urgent need for the large-scale, energy-saving and operation rate of various mill specifications. Claim. In order to improve the life of large-scale ball mills and save energy consumption, the main bearings of ball mills often adopt hydrostatic bearing structures. In order to make the large-scale ball mill work continuously without failure, it is necessary to monitor the important parts of the ball mill or important technical parameters, such as pressure, particle size of the materia...

AI Technical Summary

Problems solved by technology

1) This kind of data acquisition technology is a parameter corresponding to a set of transmitters, and its acquisition equipment is complicated and there are many connections

When the collection distance is long, it is extremely susceptible to interference, and the cost is high and the reliability is low

2) Using analog transmitters for data collection, sometimes it can only be displayed as a pointer table

Individual data can be sent to PLC (programmable logic controller) for digital processing, which requires high equipment costs and requires professional engineers and technicians to write complex special programs

3) When the analog transmitter is used for data acquisition and data processing, it needs to be equipped with more A / D conversion devices and microcomputers, and the equipment cost is also very high

1) This monitoring system distribution method means that each factory or mine has its own separate monitoring engineer station to centrally monitor the ball mill group equipment of the factory or mine, but there is no unified platform at the enterprise level that can realize the monitoring of ball mill equipment for all subordinate factories and mines overall monitoring

2) Mutual monitoring of the operation of ball mill equipment between factories and mines within the enterprise cannot be realized, and real-time benchmarking of key technical and economic indicators for equipment operation between factories and mines cannot be realized

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