阅读说明：本技术 一种基于隧道钻爆施工的探测系统及其对应方法 (Detection system based on tunnel drilling and blasting construction and corresponding method thereof ) 是由 李彦恒 胡明明 谭可可 操静滨 周辉 卢景景 谢耀权 李兆凯 胡明 高峰 于 2020-11-06 设计创作，主要内容包括：本发明实施例中公开了一种基于隧道钻爆施工的探测系统及其对应方法,其中,本实施例提供的系统包括第一探测子系统、第二探测子系统以及第三探测子系统,分别从垂直孔与掌子面、地表与掌子面以及掌子面后方微震监测系统三个方面对隧道周围的地质进行全方位探测,可以利用钻爆法施工中掌子面爆破波以及施工掘进时围岩中的微地震事件作为震源,不需要在震源上额外增加成本,可以利用前期地勘的垂直孔、掌子面爆破波、围岩中的微地震事件,进行全方位实时探测隧道施工过程中的隧道掌子面前后、轴向上方及地表的地层信息变化,能够提高地质勘察的探测深度和精度。(The embodiment of the invention discloses a detection system based on tunnel drilling and blasting construction and a corresponding method thereof, wherein, the system provided by the embodiment comprises a first detection subsystem, a second detection subsystem and a third detection subsystem which respectively carry out omnibearing detection on the geology around the tunnel from three aspects of a vertical hole and a tunnel face, a ground surface and the tunnel face and a micro-seismic monitoring system behind the tunnel face, the tunnel face blast wave in the drilling and blasting construction and the micro-seismic event in the surrounding rock during the construction and the tunneling can be used as the seismic source, the additional cost on the seismic source is not required, the vertical hole, the face blast wave and the micro-seismic event in the surrounding rock of the geological exploration in the earlier stage can be utilized to carry out all-round real-time detection on the stratum information changes of the front and back sides, the axial upper side and the earth surface of the tunnel face in the tunnel construction process, and the detection depth and the precision of the geological exploration can be improved.)