Intelligent Mine Based on the concept of modern intelligence, focusing on efficiency, safety, and effectiveness issues, it deeply integrates the Internet of Things, cloud computing, big data, artificial intelligence, automatic control, industrial Internet, and robotic equipment with modern mining development technologies to form a complete intelligent system for comprehensive perception, real-time interconnection, analysis and decision-making, autonomous learning, dynamic prediction, and collaborative control of mines, realizing intelligent operation of the entire process of mine development, mining, transportation, selection, safety protection, ecological protection, and production management.

Achieving an Intelligent Mine Core Elements It integrates modern information and control technologies with mining and selection technologies to find efficient, safe, and environmentally friendly production paths behind the complex information of resource extraction, performs optimal collaborative operation control of the mine system, and automatically creates new control processes according to changes in geological environment and production requirements.

By achieving intelligent mine interconnection, interconnection, digitalization, perception, and intelligence, intelligent mines can ensure safe production, improve production efficiency, and promote faster and better development, moving towards unmanned mines, safe mines, and green mines.

Isolated Information and Data
Mostly independently constructed subsystems, lacking unified integration and implementation, with data and information lacking correlation and integration.

Passive Disaster Monitoring
Passive and post-event response disaster monitoring.

Lack of System Coordination
Various control systems are in local and limited control, lacking a "smart brain" to achieve coordination and linkage.

Lack of Intelligent Analysis
Mostly relying on experience judgment and single-point judgment, lacking reliable sharing and intelligent analysis of data and information.

Thorough Perception
Thorough perception is the foundation of intelligent mines. Through above-ground monitoring cameras, handheld devices, mobile terminals, computers, or multimedia terminals, and underground temperature sensors, CO sensors, methane sensors, handheld inspection instruments, RFID, etc., thorough perception of personnel, equipment, environment, and disasters ensures the safe and normal operation of the mine enterprise production system.

Deep Interconnection
Deep interconnection is the basis of intelligent processing. Based on the particularity and complexity of the mine enterprise's own environment, intelligent mines will construct various comprehensive automation systems, management information systems, and engineering digitalization systems. In order to better serve intelligent processing, through telecommunication networks, the Internet, and broadcast and television networks, as well as the three-network convergence network platform, sensors, computers, handheld devices, and mobile terminals are connected and interacted to achieve deep interconnection.

High Degree of Sharing
Using SOA, cloud computing, big data, massive data storage, and other technologies, and adopting standardized and standardized methods, all mine information is gathered, stored, and integrated, so that data and information from various systems are correlated, achieving high information sharing and providing support for collaborative work between various departments of coal mining enterprises.

Intelligent Service
The biggest difference between intelligent mines and integrated mine automation, digital mines, and perceptual mines lies in intelligent services, which is also the core of intelligent mines. Faced with real-time data collected from thorough perception and relational data generated from deep interconnection, intelligent mine enterprises need to adopt a unified data description method and a unified data warehouse platform to ensure data consistency, and then use expert models, data mining, etc., for data processing, analysis, and mining to provide employees with the services they need, ultimately achieving intelligent services oriented towards intelligent mines.

Visual Presentation
Intelligent mines pay attention to user experience and cognitive efficiency. In the process of mine construction, visualization technology and concepts are used to process various monitoring data and production and operation management data. Data mining technology and artificial intelligence systems are used to mine the correlation and implicit connotation between various systems, and relying on graphic rendering and configuration technologies to display production, operation, and management information in a timely, intuitive, and efficient manner, guiding users to obtain the most valuable information in the shortest time, and enhancing the accuracy and understandability of intelligent mine information.

The "Guiding Opinions on Accelerating the Intelligent Development of Coal Mines" proposes that by 2035, all types of coal mines will basically achieve intelligence, building a multi-industry chain and multi-system integrated intelligent coal mine system, and establishing an intelligent coal mine intelligent system with intelligent perception, intelligent decision-making, and automatic execution. Currently, intelligent coal mining is still in the demonstration stage and is applicable to work faces with better conditions. With the improvement of technology level, it may be widely applied within the next 10-20 years.

Intelligent mines can be applied to non-coal mines and smart cities. In terms of non-coal mines, there are more than 30,000 non-coal mines nationwide, and the risk level of non-coal mines is no less than that of coal mines, so there is a great demand for intelligent development.