The drilling rig push method is used for data collection, which improves the geological detection depth of the borehole. It transmits signals to the 360-degree space around the borehole and receives reflected signals. Based on the received reflected signals, the distance and shape of the reflector can be calculated and analyzed. It is suitable for fracture zones, cavities, weak rock strata, and coal-rock interfaces around boreholes. It uses radar to measure simultaneously with borehole trajectories, has a modular structure, and has high detection efficiency. The host is designed based on the Android system control motherboard, which is small in size, low in power consumption, and easy to carry. The radar data collection APP software is simple to operate, provides real-time data, and has pictures and texts.
The drilling rig push method is used for data collection, which improves the geological detection depth of the borehole. It transmits signals to the 360-degree space around the borehole and receives reflected signals. Based on the received reflected signals, the distance and shape of the reflector can be calculated and analyzed. It is suitable for fracture zones, cavities, weak rock strata, and coal-rock interfaces around boreholes. It uses radar to measure simultaneously with borehole trajectories, has a modular structure, and has high detection efficiency. The host is designed based on the Android system control motherboard, which is small in size, low in power consumption, and easy to carry. The radar data collection APP software is simple to operate, provides real-time data, and has pictures and texts.