A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Foundation pit supporting servo system and construction method thereof
The invention provides a foundation pit supporting servo system and a construction method thereof, the foundation pit supporting servo system utilizes a multi-system coordinated linkage mode of a magnetic spherical hinge system, a supporting system and an angle adjusting system to realize different pre-stress horizontal loading adaptive to multi-direction supporting of a complex foundation pit so as to control the requirement of deformation of the foundation pit, the servo nodes are uniformly stressed on the basis of the magnetic suspension spherical hinge system, so that the purposes of axial force self-adaptive adjustment and multidirectional support servo of the servo nodes are achieved; the bending moment is converted into the axial force based on the supporting system, the prestress transmission efficiency is improved, the adverse effect on the supporting joint is reduced, and the stability and safety in the construction process are improved.
本发明提供了一种基坑支撑伺服系统及其施工方法，所述基坑支撑伺服系统利用磁力球铰系统、支撑系统及角度调节系统多系统协调联动的方式，实现自适应复杂基坑多方向支撑的不同预应力水平加载以控制基坑变形的需求，其中，基于磁浮球铰系统使得伺服节点均匀受力，实现了伺服节点的轴力自适应调节和多向支撑伺服的目的；基于支撑系统将弯矩转换成了轴力，增加了预应力传递效能，减小了对支撑节点的不利影响，提高了施工过程中的稳定性和安全性。
Foundation pit supporting servo system and construction method thereof
The invention provides a foundation pit supporting servo system and a construction method thereof, the foundation pit supporting servo system utilizes a multi-system coordinated linkage mode of a magnetic spherical hinge system, a supporting system and an angle adjusting system to realize different pre-stress horizontal loading adaptive to multi-direction supporting of a complex foundation pit so as to control the requirement of deformation of the foundation pit, the servo nodes are uniformly stressed on the basis of the magnetic suspension spherical hinge system, so that the purposes of axial force self-adaptive adjustment and multidirectional support servo of the servo nodes are achieved; the bending moment is converted into the axial force based on the supporting system, the prestress transmission efficiency is improved, the adverse effect on the supporting joint is reduced, and the stability and safety in the construction process are improved.
本发明提供了一种基坑支撑伺服系统及其施工方法，所述基坑支撑伺服系统利用磁力球铰系统、支撑系统及角度调节系统多系统协调联动的方式，实现自适应复杂基坑多方向支撑的不同预应力水平加载以控制基坑变形的需求，其中，基于磁浮球铰系统使得伺服节点均匀受力，实现了伺服节点的轴力自适应调节和多向支撑伺服的目的；基于支撑系统将弯矩转换成了轴力，增加了预应力传递效能，减小了对支撑节点的不利影响，提高了施工过程中的稳定性和安全性。
Foundation pit supporting servo system and construction method thereof
基坑支撑伺服系统及其施工方法
LIANG HAOQING (author) / XIE XIAOLIN (author) / MEI YINGBAO (author) / ZHANG XISHUN (author) / ZHAI JIEQUN (author) / JIA JIAN (author) / SONG WEIQING (author) / YANG KE (author) / SUN JIE (author) / FANG YINGANG (author)
2024-06-14
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Local servo system of foundation pit concrete supporting structure and construction method thereof
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Foundation pit concrete support servo system and construction method thereof
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