A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a green steel support foundation pit deformation intelligent monitoring experiment system and an operation method. The experiment system comprises a foundation pit steel support assembly, a soil pressure simulation system, a sensor and an Internet of Things intelligent monitoring system. Through the foundation pit steel supporting assembly, the soil pressure simulation system and the internet-of-things intelligent monitoring system, intelligent monitoring of foundation pit deformation is achieved; the sensors are respectively arranged on the foundation pit steel support assembly and the soil pressure simulation system and are used for monitoring the surface strain of the steel support, the tension of the counter-force anchor cable group and the deformation of the foundation pit; the Internet of Things intelligent monitoring system is in communication connection with the sensor and the loading mechanism. The Internet of Things intelligent monitoring system receives data of the sensor and controls operation of the loading mechanism; according to the green steel support foundation pit deformation intelligent monitoring experiment system, the foundation pit deformation monitoring period can be shortened, the foundation pit engineering construction risk is reduced, and the cost is relatively low.
本发明提供一种绿色钢支撑基坑变形智能监控实验系统及操作方法，所述实验系统包括基坑钢支撑组件、土压力模拟系统、传感器以及物联网智能监控系统；通过基坑钢支撑组件、土压力模拟系统以及物联网智能监控系统三部分，实现了基坑变形的智能监控；传感器分别设置于基坑钢支撑组件和土压力模拟系统上，用于监控钢支撑的表面应变、反力锚索组的拉力以及基坑的变形；物联网智能监控系统分别与传感器和加载机构通信连接；物联网智能监控系统通过接收传感器的数据，并控制加载机构的运行；本发明提供的绿色钢支撑基坑变形智能监控实验系统，能够缩短基坑变形监测周期，降低基坑工程施工风险，成本相对较低。
The invention provides a green steel support foundation pit deformation intelligent monitoring experiment system and an operation method. The experiment system comprises a foundation pit steel support assembly, a soil pressure simulation system, a sensor and an Internet of Things intelligent monitoring system. Through the foundation pit steel supporting assembly, the soil pressure simulation system and the internet-of-things intelligent monitoring system, intelligent monitoring of foundation pit deformation is achieved; the sensors are respectively arranged on the foundation pit steel support assembly and the soil pressure simulation system and are used for monitoring the surface strain of the steel support, the tension of the counter-force anchor cable group and the deformation of the foundation pit; the Internet of Things intelligent monitoring system is in communication connection with the sensor and the loading mechanism. The Internet of Things intelligent monitoring system receives data of the sensor and controls operation of the loading mechanism; according to the green steel support foundation pit deformation intelligent monitoring experiment system, the foundation pit deformation monitoring period can be shortened, the foundation pit engineering construction risk is reduced, and the cost is relatively low.
本发明提供一种绿色钢支撑基坑变形智能监控实验系统及操作方法，所述实验系统包括基坑钢支撑组件、土压力模拟系统、传感器以及物联网智能监控系统；通过基坑钢支撑组件、土压力模拟系统以及物联网智能监控系统三部分，实现了基坑变形的智能监控；传感器分别设置于基坑钢支撑组件和土压力模拟系统上，用于监控钢支撑的表面应变、反力锚索组的拉力以及基坑的变形；物联网智能监控系统分别与传感器和加载机构通信连接；物联网智能监控系统通过接收传感器的数据，并控制加载机构的运行；本发明提供的绿色钢支撑基坑变形智能监控实验系统，能够缩短基坑变形监测周期，降低基坑工程施工风险，成本相对较低。
Green steel support foundation pit deformation intelligent monitoring experiment system and operation method
一种绿色钢支撑基坑变形智能监控实验系统及操作方法
LIU KANG (author)
2024-05-10
Patent
Electronic Resource
Chinese
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