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A platform for research: civil engineering, architecture and urbanism
Monitoring type assembling support used for supporting bridge
The invention discloses a monitorable assembling support for supporting a bridge, which comprises a bottom supporting structure, a top supporting structure, a support body and a monitoring assembly, and is characterized in that the support body comprises a stand column, a connecting structure and a cross brace reinforcing structure which are formed by sequentially splicing the supporting assemblies; the supporting assembly is provided with a plurality of supporting columns which are annularly arranged at intervals, and the supporting columns are vertically connected in a one-to-one correspondence mode to form a plurality of stand columns; every two adjacent supporting assemblies are connected together through a connecting assembly. The cross brace reinforcing structure is provided with a plurality of groups of cross braces. The supporting columns are connected through the connecting assemblies to form the stand column, the transverse support assemblies can be fixed to the stand column through the connecting assemblies, namely the supporting columns and the transverse supports are fixedly connected together through the connecting assemblies, the number of connecting nodes is reduced, the support splicing steps are reduced, and the construction speed is effectively increased; in the construction process, the bearing capacity and deformation of the support can be monitored in real time, early warning prompt can be given, and the advantages of being safe, efficient and capable of being recycled are achieved.
本发明公开了一种用于支撑桥梁的可监控型拼装支架，包括底支撑结构、顶支撑结构，架体和监测组件，架体包括由支撑组件依次拼接而成的立柱、连接结构和横撑加强结构；支撑组件具有多个环向间隔设置的支撑柱，支撑柱上下一一对应连接形成多个立柱；相邻两组支撑组件之间通过连接组件连接在一起；横撑加强结构具有多组横撑。本发明利用连接组件将支撑柱连接起来形成立柱，还能利用连接组件将多组横撑组件固定在立柱上，即利用连接组件将支撑柱和横撑固连在一起，减少了连接节点的数量，减少支架拼装步骤，有效提升施工速度；在施工过程中可实现实时监控支架承载力和变形，并能作出预警提示，实现了安全、高效、可循环使用的优点。
Monitoring type assembling support used for supporting bridge
The invention discloses a monitorable assembling support for supporting a bridge, which comprises a bottom supporting structure, a top supporting structure, a support body and a monitoring assembly, and is characterized in that the support body comprises a stand column, a connecting structure and a cross brace reinforcing structure which are formed by sequentially splicing the supporting assemblies; the supporting assembly is provided with a plurality of supporting columns which are annularly arranged at intervals, and the supporting columns are vertically connected in a one-to-one correspondence mode to form a plurality of stand columns; every two adjacent supporting assemblies are connected together through a connecting assembly. The cross brace reinforcing structure is provided with a plurality of groups of cross braces. The supporting columns are connected through the connecting assemblies to form the stand column, the transverse support assemblies can be fixed to the stand column through the connecting assemblies, namely the supporting columns and the transverse supports are fixedly connected together through the connecting assemblies, the number of connecting nodes is reduced, the support splicing steps are reduced, and the construction speed is effectively increased; in the construction process, the bearing capacity and deformation of the support can be monitored in real time, early warning prompt can be given, and the advantages of being safe, efficient and capable of being recycled are achieved.
本发明公开了一种用于支撑桥梁的可监控型拼装支架，包括底支撑结构、顶支撑结构，架体和监测组件，架体包括由支撑组件依次拼接而成的立柱、连接结构和横撑加强结构；支撑组件具有多个环向间隔设置的支撑柱，支撑柱上下一一对应连接形成多个立柱；相邻两组支撑组件之间通过连接组件连接在一起；横撑加强结构具有多组横撑。本发明利用连接组件将支撑柱连接起来形成立柱，还能利用连接组件将多组横撑组件固定在立柱上，即利用连接组件将支撑柱和横撑固连在一起，减少了连接节点的数量，减少支架拼装步骤，有效提升施工速度；在施工过程中可实现实时监控支架承载力和变形，并能作出预警提示，实现了安全、高效、可循环使用的优点。
Monitoring type assembling support used for supporting bridge
用于支撑桥梁的可监控型拼装支架
LI FEIRAN (author) / LUO QIANG (author) / XU GE (author) / ZHANG ZHENGKE (author) / ZHANG WENFENG (author) / YIN CHAOJIE (author) / LI HUAQIANG (author) / LI XUECHAO (author) / FENG XIANG (author) / ZHANG SHIHONG (author)
2023-08-29
Patent
Electronic Resource
Chinese
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