A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Contact type grooving detection equipment and method suitable for grooving detection of diaphragm wall
The invention discloses contact type grooving detection equipment and method suitable for grooving detection of an underground diaphragm wall, the detection equipment comprises an electric winch, a detection probe, a steel wire rope, a probe cable, a host cable and an industrial control host, the electric winch is arranged at the center of a notch of the underground diaphragm wall to be detected and is connected with the industrial control host through the host cable, and the detection probe is connected with the industrial control host through the steel wire rope. The detection probe is connected with an electric winch through a steel wire rope and a probe cable, and a depth sensor is arranged in the electric winch and used for acquiring the depth of the detection probe; the industrial control host can control the electric winch to lower and lift the detection probe, read measurement data, calculate the width, length and perpendicularity of the groove, and draw the three-dimensional shape of the groove wall. A contact type detection method is adopted, a high-precision sensor is adopted, compared with a traditional sound wave method, the detection result is more accurate, an anti-twisting connecting piece is arranged, and detection of the groove section and the end can be completed at a time.
本发明公开了一种适用于地连墙成槽检测的接触式成槽检测设备及方法，其中检测设备包括电动卷扬机、检测探头、钢丝绳、探头电缆、主机电缆和工控主机，电动卷扬机设置于待测地下连续墙的槽口中心处，并通过主机电缆连接工控主机，检测探头通过钢丝绳和探头电缆连接电动卷扬机，且电动卷扬机内设置有深度传感器，用于获取检测探头所处深度；工控主机能够控制电动卷扬机进行检测探头的下放和提升，读取测量数据并计算出成槽宽度、长度和垂直度，绘制出槽壁三维形态。本发明采用接触式检测方法，且采用了高精度传感器，相比于传统的声波法，检测结果更加准确，且配备有防扭连接件，可一次完成对槽段以及端头的检测。
Contact type grooving detection equipment and method suitable for grooving detection of diaphragm wall
The invention discloses contact type grooving detection equipment and method suitable for grooving detection of an underground diaphragm wall, the detection equipment comprises an electric winch, a detection probe, a steel wire rope, a probe cable, a host cable and an industrial control host, the electric winch is arranged at the center of a notch of the underground diaphragm wall to be detected and is connected with the industrial control host through the host cable, and the detection probe is connected with the industrial control host through the steel wire rope. The detection probe is connected with an electric winch through a steel wire rope and a probe cable, and a depth sensor is arranged in the electric winch and used for acquiring the depth of the detection probe; the industrial control host can control the electric winch to lower and lift the detection probe, read measurement data, calculate the width, length and perpendicularity of the groove, and draw the three-dimensional shape of the groove wall. A contact type detection method is adopted, a high-precision sensor is adopted, compared with a traditional sound wave method, the detection result is more accurate, an anti-twisting connecting piece is arranged, and detection of the groove section and the end can be completed at a time.
本发明公开了一种适用于地连墙成槽检测的接触式成槽检测设备及方法，其中检测设备包括电动卷扬机、检测探头、钢丝绳、探头电缆、主机电缆和工控主机，电动卷扬机设置于待测地下连续墙的槽口中心处，并通过主机电缆连接工控主机，检测探头通过钢丝绳和探头电缆连接电动卷扬机，且电动卷扬机内设置有深度传感器，用于获取检测探头所处深度；工控主机能够控制电动卷扬机进行检测探头的下放和提升，读取测量数据并计算出成槽宽度、长度和垂直度，绘制出槽壁三维形态。本发明采用接触式检测方法，且采用了高精度传感器，相比于传统的声波法，检测结果更加准确，且配备有防扭连接件，可一次完成对槽段以及端头的检测。
Contact type grooving detection equipment and method suitable for grooving detection of diaphragm wall
一种适用于地连墙成槽检测的接触式成槽检测设备及方法
ZHU QIMIN (author) / ZHONG YONGXIN (author) / XIA HUAN (author) / WANG TONG (author) / ZHOU YANPING (author) / FU JINLEI (author) / XU TAO (author) / QU CHENG (author) / ZHU JUNTAO (author) / RAO WEISHENG (author)
2022-12-23
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Underground diaphragm wall grooving reinforcing device and grooving reinforcing method
| European Patent Office | 2022
Auxiliary grooving structure of diaphragm wall and grooving construction method
| European Patent Office | 2022