Mineral depth detector HY-3110 system

Instrument Introduction:
Mineral depth detector HY-3110 systemThe geological detector for mine tunnels is based on the principle of full space reflection seismic exploration, using a tunnel multiple coverage observation system to collect data. Through processing techniques such as energy decomposition and synthesis, wavefield separation, and depth migration, it obtains the location and morphology of adverse geological bodies (faults, subsidence columns, structural weak surfaces, etc.) in front of the tunnel over long distances.
Hardware composition diagram

Trial scope:
Advanced prediction of geological structures in front of the mine tunnel face
1. Fault advance detection
2. Advanced detection of weak and fractured zones
3. Advanced detection of collapsed columns
4. Advanced detection of goaf
5. Advanced detection of folds, etc
Geological advance prediction for construction in front of the tunnel face
1. Predict geological (rock or soil layers, etc.) structural changes related to construction in the area in front of the palm face
2. Evaluate the physical parameters of the rock and soil media in the area in front of the tunnel face
Product Features:
1. Embedded advanced detection and interpretation application software system: The instrument has created a unique and dedicated application software system that integrates on-site detection, record management, editing and processing, analysis and processing, and interpretation processing.
2. Three dimensional data can be obtained from the front: using a three component detector in the hole can detect seismic waves from three-dimensional space.
3. Realize deep advanced detection: It can obtain the position and shape of unfavorable geological bodies in front of the tunnel over long distances.
4. Full graphic color Chinese operation interface: Whether it is the startup guide screen or the work interface, it adopts a full graphic color Chinese interface.
5. Fully interchangeable operation and real-time online assistance: It can automatically identify or distinguish various situations that occur during on-site exploration and processing, and alert users if errors occur.
6. Lightweight and portable: The host adopts a portable design in terms of structure, which enables the instrument to be lifted, carried, and hung during on-site detection.
7. Safety and Explosion proof: The host adopts a fully sealed structure, which belongs to the intrinsic safety type of explosion-proof equipment.
8. Moisture and dust prevention: The bottom shell of the host is made of a fully sealed steel shell, and the panel connectors are covered with moisture and dust prevention covers. The shell protection level reaches IP54 and can be used in damp and dusty environments.