A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Framework for cantilever construction and design construction monitoring method thereof
The framework comprises a leveling frame arranged on a cantilever structure of each floor of a building, the upper surface of cantilever profile steel of the cantilever structure is flush with the upper surface of the leveling frame, a guide rail is arranged at the top of the leveling frame, the bottom of the guide rail is parallel to the top face of a floor slab of the same floor, and the upper surface of the leveling frame is parallel to the upper surface of the floor slab. Limiting devices are arranged at the right ends of the guide rails. A plurality of pulley blocks are arranged at the bottom of the support and located on the guide rail. A protection frame is arranged at the right end of the support, and a formwork is arranged on the top of the support and located between the support and the cantilever structure on the upper layer. A suspension point is arranged on the support and connected with one end of the power assembly, and the power assembly can drive the support to reciprocate along the guide rail. Wherein the leveling frame, the bracket, the protective frame and the template jointly form a template bracket module; the guide rail, the limiting device, the pulley block and the power assembly jointly form the transmission device. The architecture is additionally provided with a monitoring system.
本发明涉及一种用于悬挑施工的架构及其设计施工监测方法，其包括设置在楼房每一层的悬挑结构上的找平架，悬挑结构的悬挑型钢的上表面和找平架上表面齐平，找平架顶部设有导轨，导轨底部与同一层的楼板顶面平行，导轨的右端设有限位装置；支架底部设有若干个滑轮组，滑轮组位于所述导轨上；支架右端设有防护架，支架顶部设有模板，模板位于支架与上一层的悬挑结构之间；支架上设有悬挂点，悬挂点与动力组件一端相连接，动力组件可驱动支架沿着所述导轨往复运动；其中，找平架、支架、防护架和模板共同构成模板支架模块；导轨、限位装置和滑轮组和动力组件共同构成所述传动装置；本架构另设有监测系统。
Framework for cantilever construction and design construction monitoring method thereof
The framework comprises a leveling frame arranged on a cantilever structure of each floor of a building, the upper surface of cantilever profile steel of the cantilever structure is flush with the upper surface of the leveling frame, a guide rail is arranged at the top of the leveling frame, the bottom of the guide rail is parallel to the top face of a floor slab of the same floor, and the upper surface of the leveling frame is parallel to the upper surface of the floor slab. Limiting devices are arranged at the right ends of the guide rails. A plurality of pulley blocks are arranged at the bottom of the support and located on the guide rail. A protection frame is arranged at the right end of the support, and a formwork is arranged on the top of the support and located between the support and the cantilever structure on the upper layer. A suspension point is arranged on the support and connected with one end of the power assembly, and the power assembly can drive the support to reciprocate along the guide rail. Wherein the leveling frame, the bracket, the protective frame and the template jointly form a template bracket module; the guide rail, the limiting device, the pulley block and the power assembly jointly form the transmission device. The architecture is additionally provided with a monitoring system.
本发明涉及一种用于悬挑施工的架构及其设计施工监测方法，其包括设置在楼房每一层的悬挑结构上的找平架，悬挑结构的悬挑型钢的上表面和找平架上表面齐平，找平架顶部设有导轨，导轨底部与同一层的楼板顶面平行，导轨的右端设有限位装置；支架底部设有若干个滑轮组，滑轮组位于所述导轨上；支架右端设有防护架，支架顶部设有模板，模板位于支架与上一层的悬挑结构之间；支架上设有悬挂点，悬挂点与动力组件一端相连接，动力组件可驱动支架沿着所述导轨往复运动；其中，找平架、支架、防护架和模板共同构成模板支架模块；导轨、限位装置和滑轮组和动力组件共同构成所述传动装置；本架构另设有监测系统。
Framework for cantilever construction and design construction monitoring method thereof
一种用于悬挑施工的架构及其设计施工监测方法
KANG LEI (author) / WANG ZHAOKUN (author) / LIU XIA (author) / JIAN YUNKAI (author)
2024-02-09
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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