Intelligent control system for mine full-production chain

Abstract

The invention an intelligent control system, particularly to an intelligent control system for a mine full-production chain, and belongs to the technical field of mine production. An intelligent management platform, an intelligent fully mechanized mining platform and an intelligent mine platform are combined; and based on centralized control, mobile application, the Internet of Things, cloud computing, big data and other technologies, the intelligent control system, in which real-time production monitoring, remote control, mobile command and intelligent decision management are integrated, forthe mine full-production chain is realized for the whole mine production and production auxiliary automatic system. The system can realize multi-level scheduling of managers and technical engineers, ensures the production safety, network safety and data safety of the whole production chain, working conditions of all system devices for coal mine production, auxiliary production and the like are monitored in real time at any time and any place via an under-well or ground PC terminal, a webpage or a mobile terminal, and scheduling management and decision command can be efficient.

Description

technical field [0001] The invention belongs to the technical field of mine production and relates to an intelligent management and control system, in particular to an intelligent management and control system for the entire production chain of a mine. Background technique [0002] Mine safety monitoring is the key to ensure mine safety production and prevent accidents. Therefore, applying modern science and technology to the safety monitoring and monitoring system of mines is an essential means of mine safety management, which can effectively ensure the safe production of mines. With the extensive development and popularization of computer technology and Internet technology in our country, more and more mining enterprises have put forward higher requirements for the intelligent production control of the whole production chain. [0003] However, at present, each system is still in a state of separate management, and there is no management and control platform that can integ...

AI Technical Summary

Problems solved by technology

[0003] However, at present, each system is still in a state of separate management, and there is no management and control platform that can integrate each system and realize the entire production chain

The various production automation systems of mining enterprises are scattered and independent. Due to the various forms or versions of various control systems in terms of interfaces, software protocols, and redundant functions, it is impossible to truly realize centralized integration and implementation of centralized control functions, and cannot realize information interaction. , and it is impossible to achieve comprehensive management, control, coordination and cooperation

[0004] Specifically, the existing problems in the prior art are as follows: 1. Due to certain differences in the operation modes and data structures of communication protocols of various production and auxiliary production automation systems, it is difficult to collect and analyze data; 2. Between the production automation systems used, the data cannot be chained and controlled, there is no data analysis and other functions, and there are problems such as data storage, export, extraction, and analysis difficulties, and the operation steps are cumbersome; 3. The architecture of the subsystems of the whole production Different, the interface display style is not uniform, the difficulty of overall system management and maintenance is increased, and the overall image display is seriously affected; 4. At present, technical engineers cannot monitor the production system and various equipment in real time anytime and anywhere; 5. At present, each automation system cannot Effectively monitor and analyze whether the operation of the operator is standardized, and it is impossible to identify which is the illegal behavior and which is the standardized operation. It is inevitable that due to the illegal operation of the operator, the equipment will have soft and hard failures, which will affect production; 6. At present, the on-site office is still used In the case of soft and hard faults, due to the limited fault handling ability of the operator, the fault information cannot be accurately described to the technical engineer when a fault occurs. Delay production and reduce production efficiency; 7. Technical engineers cannot monitor, analyze, and record various data such as the service life and running time of each equipment in real time, and cannot accurately analyze the full life cycle management of equipment

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