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A platform for research: civil engineering, architecture and urbanism
Sonar-assisted pile foundation detection auxiliary equipment under karst geological condition and detection method
The invention relates to the technical field of auxiliary pile foundation detection, in particular to sonar auxiliary pile foundation detection auxiliary equipment under karst geological conditions and a detection method, and the sonar auxiliary pile foundation detection auxiliary equipment comprises a pile casing, a driving motor and a sonar detection probe connected with a monitoring unit through a communication cable. According to the sonar-assisted pile foundation detection auxiliary equipment under the karst geological condition and the detection method, the detachable structural design is adopted, installation and limiting can be carried out in the initial stage of pipe burying, then rapid separation is carried out after pipe burying is completed, and assembling, disassembling and repeated use are convenient; the inner wall of the hole is extruded and monitored in the descending process by adopting synchronous lifting, so that the conditions of hole walls at different positions and heights are known in real time, and detection data are more comprehensive in cooperation with a liftable sonar detection probe located at the bottom; the whole detection equipment adopts a storable structural design, and can be contracted as required, so that the occupation of an external structure in idle time is reduced, and the detection equipment is convenient to store and transport.
本发明涉及辅助桩基探测技术领域，尤其是一种岩溶地质条件下声呐辅助桩基探测辅助设备以及探测方法，包括护筒、驱动电机和与监测单元通过通信电缆相连接的声呐探测探头。本发明的岩溶地质条件下声呐辅助桩基探测辅助设备以及探测方法通过采用可拆卸式结构设计，可以在埋管初期进行安装限位，然后在埋管完成后进行快速分离，便于装卸和重复使用；通过采用同步升降，在下降过程中对开孔内壁进行挤压监测，从而实时了解不同位置高度孔壁的情况，配合位于底部的可升降式声呐探测探头，从而使得检测数据更加全面；整个检测设备均采用可收纳式结构设计，可以根据需要进行收缩，缩小闲时的外部结构占用，方便收纳和运输。
Sonar-assisted pile foundation detection auxiliary equipment under karst geological condition and detection method
The invention relates to the technical field of auxiliary pile foundation detection, in particular to sonar auxiliary pile foundation detection auxiliary equipment under karst geological conditions and a detection method, and the sonar auxiliary pile foundation detection auxiliary equipment comprises a pile casing, a driving motor and a sonar detection probe connected with a monitoring unit through a communication cable. According to the sonar-assisted pile foundation detection auxiliary equipment under the karst geological condition and the detection method, the detachable structural design is adopted, installation and limiting can be carried out in the initial stage of pipe burying, then rapid separation is carried out after pipe burying is completed, and assembling, disassembling and repeated use are convenient; the inner wall of the hole is extruded and monitored in the descending process by adopting synchronous lifting, so that the conditions of hole walls at different positions and heights are known in real time, and detection data are more comprehensive in cooperation with a liftable sonar detection probe located at the bottom; the whole detection equipment adopts a storable structural design, and can be contracted as required, so that the occupation of an external structure in idle time is reduced, and the detection equipment is convenient to store and transport.
本发明涉及辅助桩基探测技术领域，尤其是一种岩溶地质条件下声呐辅助桩基探测辅助设备以及探测方法，包括护筒、驱动电机和与监测单元通过通信电缆相连接的声呐探测探头。本发明的岩溶地质条件下声呐辅助桩基探测辅助设备以及探测方法通过采用可拆卸式结构设计，可以在埋管初期进行安装限位，然后在埋管完成后进行快速分离，便于装卸和重复使用；通过采用同步升降，在下降过程中对开孔内壁进行挤压监测，从而实时了解不同位置高度孔壁的情况，配合位于底部的可升降式声呐探测探头，从而使得检测数据更加全面；整个检测设备均采用可收纳式结构设计，可以根据需要进行收缩，缩小闲时的外部结构占用，方便收纳和运输。
Sonar-assisted pile foundation detection auxiliary equipment under karst geological condition and detection method
岩溶地质条件下声呐辅助桩基探测辅助设备以及探测方法
HUANG GUOZHONG (author) / WAN XIN (author) / YANG SHUANGDI (author) / LI SHU (author) / WANG HUIHONG (author) / CAO YUHONG (author)
2023-08-08
Patent
Electronic Resource
Chinese
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