Set up a mine unattended system based on the principles of application orientation, man-machine collaborative work, secure and confidential information sharing, unified planning and phased implementation, adaptation to changes and relative stability, so as to effectively guarantee the safety production of mines, improve productivity and reduce operating costs. The mine unattended system is based on the integrated management platform, which mainly includes the unattended measurement system, the automatic monitoring system, the personnel location system, the tailings detection system, the air-compressed water supply system, and the drainage system.

　　The unattended mine measurement system is a remote and centralized measuring control system enabled through the network video monitoring and corresponding equipment management of the measurement process along with advanced software technical support. The system has the following features such as full-process information monitoring, full-process dual-track of data, business penetration, all-rounded anti-cheating design, uninterrupted logistics, and paperless bills. The system creates a whole new measurement operation and management mode for enterprises and the discrete manufacturing industry.

　　The automatic monitoring system consists of a ground center station, a transmitter, a wireless data monitoring station, a receiving probe and power supply, cable, transmission interface and other auxiliary equipment. It has functions including personnel monitoring and query, overtime alarm, attendance recording, and information networking.

　　The personnel location system utilizes the latest wireless network transmission technology in the world to truly achieve the precise positioning of underground personnel. It can provide a ton of data and graphic information, monitor the current position and walking path of underground personnel and equipment from the ground in real time, count the number and distribution of underground personnel, and provide checking-in according to the actual situation of the coal mine. As a result, the safe production monitoring center can keep abreast of the locations of various elements for safe production before an accident happens, so that it can take effective preventive measures. After the accident, it can quickly retrieve the specific location of the underground personnel at the time of the accident, or even for a considerable period after the accident, so as to formulate timely and effective rescue measures and implement effective on-site rescue.

　　The tailings detection system includes infiltration line detection, reservoir water level monitoring, rainfall monitoring, seepage flow monitoring, dam internal displacement monitoring, dam surface displacement monitoring, dry beach monitoring, culvert stability monitoring, bank slope displacement monitoring, flood control storage capacity, dynamic stability and many other monitoring items. It can complete the automatic collection, storage, network distribution, early warning display and other functions relating to the monitoring information of the tailings pond, so that the system can be more information-based, network-based and time-sensitive.

　　The personnel location system utilizes the latest wireless network transmission technology in the world to truly achieve the precise positioning of underground personnel. It can provide a ton of data and graphic information, monitor the current position and walking path of underground personnel and equipment from the ground in real time, count the number and distribution of underground personnel, and provide checking-in according to the actual situation of the coal mine. As a result, the safe production monitoring center can keep abreast of the locations of various elements for safe production before an accident happens, so that it can take effective preventive measures. After the accident, it can quickly retrieve the specific location of the underground personnel at the time of the accident, or even for a considerable period after the accident, so as to formulate timely and effective rescue measures and implement effective on-site rescue.

　　The air-compressed self-rescue system is designed based on the existing basis and calculation requirements of the air-compressed system to supply compressed air to excavation sites during a catastrophe. The system is composed of: air compressor, water collector, air supply pipeline, valve, gas-water separator, air-compressed self-rescue device (including decompression, throttling, noise reduction, filtration, switch and other components and protective bags or masks). The purpose is that underground workers can breathe in fresh air and save themselves in a disaster.

　　The functions and features of the mine drainage system: the system meets the complete start-stop of the pump unit, fault diagnosis and data processing, without manual intervention; it achieves the function of saving energy and human resources, and can work continuously and stably for a long time.