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High-precision three-dimensional foundation deformation automatic detection system
A high-precision three-dimensional foundation deformation automatic detection system disclosed by the present invention comprises a liquid storage barrel and a monitoring pipe communicated with the liquid storage barrel, the monitoring pipe has flexibility, a monitoring robot is arranged in the monitoring pipe in a walking manner, and a differential pressure sensor is arranged on the monitoring robot. The pressure difference sensor can measure the pressure difference between the real-time position of the monitoring robot in the monitoring pipe and the liquid level in the liquid storage barrel. Linear detection of foundation settlement can be achieved through the monitoring robot walking in the monitoring pipe, and therefore the monitoring robot can detect the foundation settlement with higher precision without being limited by the preset interval point positions, and non-blind-area detection of the foundation is achieved. The monitoring robot is further provided with a tilt angle sensor and a temperature sensor, deformation of the monitoring pipe in the transverse and longitudinal directions can be detected through the tilt angle sensor, and the monitoring system can achieve the use function of foundation three-dimensional deformation monitoring.
本发明公开了一种高精度三维地基变形自动检测系统，包括储液桶以及连通设置于储液桶的监测管，监测管具有柔性，监测管内可行走设置有监测机器人，监测机器人上设置有压差传感器，压差传感器能够测量监测机器人在监测管内实时位置处与储液桶内液面的压力差。本发明通过行走在监测管内的监测机器人可实现对地基沉降的线性检测，因此监测机器人可不受预设间隔点位的限制更高精度的对地基的沉降进行检测，从而实现对地基的无盲区检测。本发明的监测机器人上还设置有倾角传感器和温度传感器，通过倾角传感器可对监测管在横纵方向上的形变进行检测，本发明的监测系统能够实现地基三维变形监测的使用功能。
High-precision three-dimensional foundation deformation automatic detection system
A high-precision three-dimensional foundation deformation automatic detection system disclosed by the present invention comprises a liquid storage barrel and a monitoring pipe communicated with the liquid storage barrel, the monitoring pipe has flexibility, a monitoring robot is arranged in the monitoring pipe in a walking manner, and a differential pressure sensor is arranged on the monitoring robot. The pressure difference sensor can measure the pressure difference between the real-time position of the monitoring robot in the monitoring pipe and the liquid level in the liquid storage barrel. Linear detection of foundation settlement can be achieved through the monitoring robot walking in the monitoring pipe, and therefore the monitoring robot can detect the foundation settlement with higher precision without being limited by the preset interval point positions, and non-blind-area detection of the foundation is achieved. The monitoring robot is further provided with a tilt angle sensor and a temperature sensor, deformation of the monitoring pipe in the transverse and longitudinal directions can be detected through the tilt angle sensor, and the monitoring system can achieve the use function of foundation three-dimensional deformation monitoring.
本发明公开了一种高精度三维地基变形自动检测系统，包括储液桶以及连通设置于储液桶的监测管，监测管具有柔性，监测管内可行走设置有监测机器人，监测机器人上设置有压差传感器，压差传感器能够测量监测机器人在监测管内实时位置处与储液桶内液面的压力差。本发明通过行走在监测管内的监测机器人可实现对地基沉降的线性检测，因此监测机器人可不受预设间隔点位的限制更高精度的对地基的沉降进行检测，从而实现对地基的无盲区检测。本发明的监测机器人上还设置有倾角传感器和温度传感器，通过倾角传感器可对监测管在横纵方向上的形变进行检测，本发明的监测系统能够实现地基三维变形监测的使用功能。
High-precision three-dimensional foundation deformation automatic detection system
一种高精度三维地基变形自动检测系统
YANG SHAOQUAN (author) / MA QINGZHU (author) / ZHANG CHUNYU (author) / MU FEI (author)
2023-08-29
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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