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Seabed type static sounding system and method based on seabed basal disc
The invention relates to the technical field of ocean underground static sounding, in particular to a seabed type static sounding device and method based on a seabed basal disc, and the device comprises an overwater control unit, an underwater control unit and a data transmission system; the underwater control unit comprises a photoelectric measurement and control cabin and a static coning system, and the static coning system comprises a static sounding probe connected with the photoelectric measurement and control cabin. According to the invention, a double-motor mechanism is adopted, the probe rod can be clamped through double motors, and the effect of driving the probe rod to penetrate or recover is realized through the operation of the double motors, so that the penetration and recovery of the probe rod are realized through the rotation of the motors, meanwhile, the effect of constant-speed coning can be realized, and the problem that the coning and recovery times are too many in the prior art is solved. And the coning data is not continuous. And moreover, by adopting the arrangement of the double-motor mechanism, the condition of displacement of the probe rod can be avoided.
本发明涉及海洋井下式静力触探技术领域，特指一种基于海底基盘的海床式静力触探装置和方法，包括有水上控制单元、水下控制单元和数据传输系统；水下控制单元包括有光电测控舱和静力锥进系统，静力锥进系统包括有与光电测控舱相连接的静力触探探头。在本发明中，采用双电机机构，可以通过双电机夹设探杆，通过双电机的运行，实现带动探杆贯入或回收的效果，这样，通过电机的转动实现驱动探杆的贯入和回收，同时，不仅能够实现匀速锥进的效果，还避免了如现有技术那样锥进回次数过多，而导致锥进数据不连续的情况出现。而且，采用双电机机构的设置，可以避免了探杆发生位偏移的情况出现。
Seabed type static sounding system and method based on seabed basal disc
The invention relates to the technical field of ocean underground static sounding, in particular to a seabed type static sounding device and method based on a seabed basal disc, and the device comprises an overwater control unit, an underwater control unit and a data transmission system; the underwater control unit comprises a photoelectric measurement and control cabin and a static coning system, and the static coning system comprises a static sounding probe connected with the photoelectric measurement and control cabin. According to the invention, a double-motor mechanism is adopted, the probe rod can be clamped through double motors, and the effect of driving the probe rod to penetrate or recover is realized through the operation of the double motors, so that the penetration and recovery of the probe rod are realized through the rotation of the motors, meanwhile, the effect of constant-speed coning can be realized, and the problem that the coning and recovery times are too many in the prior art is solved. And the coning data is not continuous. And moreover, by adopting the arrangement of the double-motor mechanism, the condition of displacement of the probe rod can be avoided.
本发明涉及海洋井下式静力触探技术领域，特指一种基于海底基盘的海床式静力触探装置和方法，包括有水上控制单元、水下控制单元和数据传输系统；水下控制单元包括有光电测控舱和静力锥进系统，静力锥进系统包括有与光电测控舱相连接的静力触探探头。在本发明中，采用双电机机构，可以通过双电机夹设探杆，通过双电机的运行，实现带动探杆贯入或回收的效果，这样，通过电机的转动实现驱动探杆的贯入和回收，同时，不仅能够实现匀速锥进的效果，还避免了如现有技术那样锥进回次数过多，而导致锥进数据不连续的情况出现。而且，采用双电机机构的设置，可以避免了探杆发生位偏移的情况出现。
Seabed type static sounding system and method based on seabed basal disc
一种基于海底基盘的海床式静力触探系统和方法
WANG SHIDONG (Autor:in) / TIAN LIEYU (Autor:in) / REN XUGUANG (Autor:in) / YANG NAN (Autor:in) / LI LANG (Autor:in) / LI CANBIN (Autor:in)
03.10.2023
Patent
Elektronische Ressource
Chinesisch
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