The invention discloses a seabed shallow geological disaster measurement system and method, and in the system, a seismic source is dragged behind the stern of a working ship, and floats in seawater. The hydrophone is dragged behind the stern of the working ship and floats in seawater. And the shallow profiler acquisition system is arranged on the working ship and is connected with the seismic source and the hydrophone. The floating ball floats on the surface of seawater and is connected with the hydrophone. And the ground wire floats in seawater and is connected with the shallow profiler acquisition system. And the navigation positioning system is arranged on the working ship and is connected with the shallow profiler acquisition system. And the generator is arranged on the working ship and is connected with the seismic source, the shallow profiler acquisition system and the navigation positioning system. According to the seabed shallow geological disaster measurement system, the stability and reliability of data acquisition during operation of the shallow profiler can be effectively improved, and the positioning precision of the shallow profiler is improved.
本申请公开了一种海底浅层地质灾害测量系统及方法,系统中,震源拖曳在工作船的船尾后面,震源漂浮在海水中。水听器拖曳在工作船的船尾后面,水听器漂浮在海水中。浅地层剖面仪采集系统设置在工作船上,浅地层剖面仪采集系统与震源和水听器连接。浮球漂浮在海水表面,浮球与水听器连接。地线漂浮在海水中,地线与浅地层剖面仪采集系统连接。导航定位系统设置在工作船上,导航定位系统与浅地层剖面仪采集系统连接。发电机设置在工作船上,发电机与震源、浅地层剖面仪采集系统、导航定位系统连接。本申请的海底浅层地质灾害测量系统能够有效提升浅地层剖面仪作业时数据采集的稳定性与可靠性,提高浅地层剖面仪的定位精度。
Seabed shallow geological disaster measurement system and method
一种海底浅层地质灾害测量系统及方法
2024-11-22
Patent
Electronic Resource
Chinese
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