High-Tech Enterprise Specializes In Coal Mining

Using advanced MEMS vibration sensing technology and weak signal extraction technology, there is no host, no communication, and no large wires, reducing the investment in manpower and transportation equipment. Ground GPS synchronization timing, automatic collection of on-site data, and simple human-computer interaction. The blasting speed is fast, the personnel investment is small, the labor intensity is low, and the construction period is short.

YCS2000A Mining Transient Electromagnetic Instrument
The receiving device is a special magnetic probe, which is less affected by the metal body on the side and has strong anti-interference ability. The data processing software has a special processing method for head-on advance detection, which makes the results more accurate, the detection blind zone is less than 10m, the data collection is fast, and the detection effect is high.

KJ117(A) Mine Hydrological Monitoring System
The system is mainly used for real-time monitoring of water pressure, water level, water temperature, water level in goaf areas, open drainage channels, and pipeline flow in upper and lower hydrological observation holes in coal mines. It can be used for joint water release tests in mining areas and early warning and prediction of water inrush disaster areas in mining areas. Cloud computing technology is used to realize household data analysis and remote maintenance, big data analysis is used to realize data sharing and data analysis in adjacent mining areas, and mobile Internet technology is used to realize early warning push and mobile phone terminal inquiries.

YSDC(A) Mine Electromagnetic Wave Measuring Instrument while Drilling
It uses electromagnetic wave signal transmission to display the two-dimensional and three-dimensional trajectory graphics of the borehole as well as depth, inclination, azimuth, and other data in real-time. It has the characteristics of a high signal transmission rate, short measurement time, and no special requirements for drilling tools. It can be equipped with directional drilling rigs, and can also be equipped with conventional rotary drilling rigs to achieve real-time trajectory measurement and transmission, making conventional drilling "visible", shortening the drainage cycle, and serving intelligent mine construction.

YCSZ Mine Borehole Transient Electromagnetic Instrument
The drilling rig push method is used for data collection, which improves the depth of borehole hydrogeological detection. Placing the probe in the borehole for transmitting and receiving improves detection accuracy, can effectively identify the spatial orientation of anomalies, achieve accurate three-dimensional positioning of anomalies, and achieve distance detection and orientation identification of geological anomalies in the entire space. It solves the problem of seeing one hole, expands the control radius of drilling, and improves drilling utilization.