Composite detection device and construction method based on multi-view while-drilling advanced geological prediction

Abstract

The application discloses a composite detection device based on multi-view field while-drilling advanced geological prediction and a construction method for processing geological disasters. The composite detection device and the construction method for processing geological disasters can combine drilling and geophysical prospecting, and can effectively and timely and accurately predict water and mud inrush disasters in front. The composite detection device comprises a drill bit, a drilling system and a geophysical prospecting system. The drilling system at least comprises a drilling core support structure, a drilling driving structure and a continuous monitoring control structure. The drill bit is arranged on a drilling end of the drilling core support structure through the drilling driving structure. The geophysical prospecting system is arranged on the drilling core support structure along a drilling direction. The drill bit drills and deflects through the drilling driving structure under the control of the continuous monitoring control structure. The drilling parameters of the drill bit are monitored, transmitted and analyzed through the continuous monitoring control structure. The geological parameter information of corresponding positions detected by the geophysical prospecting system is transmitted, analyzed and warned through the continuous monitoring control structure.

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