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Surface layer settlement, layered settlement and water level integrated monitoring device and monitoring method
The invention relates to the technical field of monitoring devices for foundation treatment engineering, in particular to a surface settlement, layered settlement and water level integrated automatic monitoring device and method. The monitoring device comprises a fixed measuring rod, a layered settlement sleeve, a settlement sleeve plate, a layered settlement monitoring mechanism and a ground surface settlement monitoring mechanism, the fixed measuring rod is fixedly embedded in a foundation, the top end of the fixed measuring rod extends out of the surface of the foundation, the ground surface settlement monitoring mechanism is fixedly connected to the top of the settlement sleeve plate so that the settlement sleeve plate can be driven to move after sinking, and the ground surface settlement monitoring mechanism is used for monitoring the relative displacement of the settlement sleeve plate and the fixed measuring rod; the layered settlement monitoring mechanism comprises a magnetic ring and a layered settlement sensor fixedly connected to the fixed measuring rod, the layered settlement sleeve is fixedly embedded in the foundation and sleeved with the magnetic ring, so that the interior of the foundation sinks to drive the magnetic ring to move, and the layered settlement sensor is used for sensing the moving distance of the magnetic ring. The monitoring device has an integrated automatic monitoring function, and the cost can be saved while the monitoring efficiency is improved.
本发明涉及地基处理工程用监测装置技术领域,特别涉及一种表层沉降、分层沉降及水位一体自动监测装置及方法。该监测装置包括固定测杆、分层沉降套管、沉降套板、分层沉降监测机构和地表沉降监测机构;固定测杆固定预埋在地基内且其顶端伸出地基表面,地表沉降监测机构固定连接于沉降套板顶部,以使沉降套板下沉后带动其移动,地表沉降监测机构用于监测沉降套板与固定测杆的相对位移;分层沉降监测机构包括磁环和固定连接于固定测杆上的分层沉降传感器,分层沉降套管固定预埋在地基内且其外部套设有磁环,以使地基内部下沉带动磁环移动,分层沉降传感器用于感应磁环移动距离。该监测装置具有一体化自动监测功能,提高监测效率的同时能够节约成本。
Surface layer settlement, layered settlement and water level integrated monitoring device and monitoring method
The invention relates to the technical field of monitoring devices for foundation treatment engineering, in particular to a surface settlement, layered settlement and water level integrated automatic monitoring device and method. The monitoring device comprises a fixed measuring rod, a layered settlement sleeve, a settlement sleeve plate, a layered settlement monitoring mechanism and a ground surface settlement monitoring mechanism, the fixed measuring rod is fixedly embedded in a foundation, the top end of the fixed measuring rod extends out of the surface of the foundation, the ground surface settlement monitoring mechanism is fixedly connected to the top of the settlement sleeve plate so that the settlement sleeve plate can be driven to move after sinking, and the ground surface settlement monitoring mechanism is used for monitoring the relative displacement of the settlement sleeve plate and the fixed measuring rod; the layered settlement monitoring mechanism comprises a magnetic ring and a layered settlement sensor fixedly connected to the fixed measuring rod, the layered settlement sleeve is fixedly embedded in the foundation and sleeved with the magnetic ring, so that the interior of the foundation sinks to drive the magnetic ring to move, and the layered settlement sensor is used for sensing the moving distance of the magnetic ring. The monitoring device has an integrated automatic monitoring function, and the cost can be saved while the monitoring efficiency is improved.
本发明涉及地基处理工程用监测装置技术领域,特别涉及一种表层沉降、分层沉降及水位一体自动监测装置及方法。该监测装置包括固定测杆、分层沉降套管、沉降套板、分层沉降监测机构和地表沉降监测机构;固定测杆固定预埋在地基内且其顶端伸出地基表面,地表沉降监测机构固定连接于沉降套板顶部,以使沉降套板下沉后带动其移动,地表沉降监测机构用于监测沉降套板与固定测杆的相对位移;分层沉降监测机构包括磁环和固定连接于固定测杆上的分层沉降传感器,分层沉降套管固定预埋在地基内且其外部套设有磁环,以使地基内部下沉带动磁环移动,分层沉降传感器用于感应磁环移动距离。该监测装置具有一体化自动监测功能,提高监测效率的同时能够节约成本。
Surface layer settlement, layered settlement and water level integrated monitoring device and monitoring method
一种表层沉降、分层沉降及水位一体监测装置及监测方法
XIAO CHAOYUN (Autor:in) / HUANG SHANJING (Autor:in) / ZHU HAOJIE (Autor:in) / HAO WEI (Autor:in) / ZHANG ZHENGHUA (Autor:in) / ZHANG ZHUO (Autor:in)
31.01.2023
Patent
Elektronische Ressource
Chinesisch
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