A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pile foundation perpendicularity detection device and detection method
The invention discloses a pile foundation perpendicularity detection device and a detection method, belongs to the field of measurement, and aims to improve the detection accuracy. Comprising a triangular support frame, a transparent pipeline and a laser ranging transmission device, the transparent pipeline is vertically installed on the triangular supporting frame, a guide rail extending in the axial direction of the transparent pipeline is arranged on the inner wall of the transparent pipeline, the guide rail is matched with the laser ranging transmission device, and the laser ranging transmission device is in sliding fit with the guide rail in the axial direction of the transparent pipeline. The transparent pipeline is fixed to the center of a pile hole through the triangular supporting frame, the laser ranging transmission device is kept in a data collection state and slides to the bottom of a pile foundation at a constant speed along a guide rail of the transparent pipeline, all data of the pile foundation are collected, and finally data analysis is conducted. After the triangular supporting frame is installed in the pile hole, multiple times of detection can be conducted through the pile foundation perpendicularity detection device, and the detection efficiency is improved. The transparent pipeline and the guide rail act together to ensure that the laser ranging transmission device moves along the vertical direction, so that the measurement error is reduced, and the measurement accuracy is improved.
本发明桩基垂直度检测装置及检测方法，属于测量领域，目的是提高检测准确度。包括三角支撑架、透明管道和激光测距传输装置；透明管道沿竖向安装于三角支撑架，透明管道的内壁设置有沿其轴向延伸的导轨，导轨与激光测距传输装置相适配，激光测距传输装置沿透明管道轴向与导轨滑动配合。将透明管道通过三角支撑架固定于桩孔中心，将激光测距传输装置保持数据采集状态并沿透明管道的导轨匀速下滑至桩基底部，采集完桩基所有数据，最后进行数据分析。三角支撑架安装到桩孔内后，可以利用桩基垂直度检测装置进行多次检测，检测效率得到提高。透明管道与导轨共同作用，确保了激光测距传输装置沿竖向移动，降低了测量误差，提高了测量准确性。
Pile foundation perpendicularity detection device and detection method
The invention discloses a pile foundation perpendicularity detection device and a detection method, belongs to the field of measurement, and aims to improve the detection accuracy. Comprising a triangular support frame, a transparent pipeline and a laser ranging transmission device, the transparent pipeline is vertically installed on the triangular supporting frame, a guide rail extending in the axial direction of the transparent pipeline is arranged on the inner wall of the transparent pipeline, the guide rail is matched with the laser ranging transmission device, and the laser ranging transmission device is in sliding fit with the guide rail in the axial direction of the transparent pipeline. The transparent pipeline is fixed to the center of a pile hole through the triangular supporting frame, the laser ranging transmission device is kept in a data collection state and slides to the bottom of a pile foundation at a constant speed along a guide rail of the transparent pipeline, all data of the pile foundation are collected, and finally data analysis is conducted. After the triangular supporting frame is installed in the pile hole, multiple times of detection can be conducted through the pile foundation perpendicularity detection device, and the detection efficiency is improved. The transparent pipeline and the guide rail act together to ensure that the laser ranging transmission device moves along the vertical direction, so that the measurement error is reduced, and the measurement accuracy is improved.
本发明桩基垂直度检测装置及检测方法，属于测量领域，目的是提高检测准确度。包括三角支撑架、透明管道和激光测距传输装置；透明管道沿竖向安装于三角支撑架，透明管道的内壁设置有沿其轴向延伸的导轨，导轨与激光测距传输装置相适配，激光测距传输装置沿透明管道轴向与导轨滑动配合。将透明管道通过三角支撑架固定于桩孔中心，将激光测距传输装置保持数据采集状态并沿透明管道的导轨匀速下滑至桩基底部，采集完桩基所有数据，最后进行数据分析。三角支撑架安装到桩孔内后，可以利用桩基垂直度检测装置进行多次检测，检测效率得到提高。透明管道与导轨共同作用，确保了激光测距传输装置沿竖向移动，降低了测量误差，提高了测量准确性。
Pile foundation perpendicularity detection device and detection method
桩基垂直度检测装置及检测方法
WANG NING (author) / XU XINGYU (author) / DU CHENGBO (author) / ZHANG WEI (author) / CAI ZIJIAN (author)
2024-05-31
Patent
Electronic Resource
Chinese
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