A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Supporting system for mounting fabricated building and construction method of supporting system
The invention provides a supporting system for mounting a fabricated building and a construction method of the supporting system. The supporting system comprises self-adaptive leveling assemblies, a telescopic supporting assembly and a hydraulic cylinder; the telescopic supporting assembly is formed by mutually butting shear type telescopic assemblies, and the two self-adaptive leveling assemblies are oppositely arranged; the two ends of each telescopic supporting assembly are each connected to the self-adaptive leveling assemblies through one hydraulic cylinder; and each self-adaptive leveling assembly comprises a top plate, a bottom plate, a ball head base, a ball head supporting rod, a conical lead block, a steel cable and a steel cable clamping mechanism. When each self-adaptive leveling assembly is placed on the ground, the ground is uneven, at the moment, the bottom plate inclines, the conical lead block hung below the top plate enables the top plate to be kept in a horizontal state, the ball head supporting rod deflects relative to the ball head base, the steel cable clamping mechanism clamps the steel cable, and when the top plate has the movement tendency of deflecting relative to the bottom plate, the position of the steel cable is fixed so that the top plate cannot deflect, and the effects of automatically leveling and locking the top plate are achieved.
本发明提供一种用于安装装配式建筑的支撑系统及其施工方法，包括自适应调平组件、伸缩支撑组件和液压缸，伸缩支撑组件由剪式伸缩组件相互对接组成，两个自适应调平组件对立设置，而伸缩支撑组件的两端各通过一液压缸与自适应调平组件连接，自适应调平组件包括顶板、底板、球头底座、球头支杆、锥形铅块、钢索和钢索夹持机构。当自适应调平组件放置在地面上时会出现地面不平的情况，此时底板发生倾斜，顶板的下方挂设的锥形铅块使得顶板保持水平状态，那么球头支杆会相对球头底座发生偏转，钢索夹持机构将钢索夹住，那么在顶板有相对底板偏转的运动趋势时钢索的位置固定，进而顶板无法发生偏转，进而达到自动调平和锁止顶板的效果。
Supporting system for mounting fabricated building and construction method of supporting system
The invention provides a supporting system for mounting a fabricated building and a construction method of the supporting system. The supporting system comprises self-adaptive leveling assemblies, a telescopic supporting assembly and a hydraulic cylinder; the telescopic supporting assembly is formed by mutually butting shear type telescopic assemblies, and the two self-adaptive leveling assemblies are oppositely arranged; the two ends of each telescopic supporting assembly are each connected to the self-adaptive leveling assemblies through one hydraulic cylinder; and each self-adaptive leveling assembly comprises a top plate, a bottom plate, a ball head base, a ball head supporting rod, a conical lead block, a steel cable and a steel cable clamping mechanism. When each self-adaptive leveling assembly is placed on the ground, the ground is uneven, at the moment, the bottom plate inclines, the conical lead block hung below the top plate enables the top plate to be kept in a horizontal state, the ball head supporting rod deflects relative to the ball head base, the steel cable clamping mechanism clamps the steel cable, and when the top plate has the movement tendency of deflecting relative to the bottom plate, the position of the steel cable is fixed so that the top plate cannot deflect, and the effects of automatically leveling and locking the top plate are achieved.
本发明提供一种用于安装装配式建筑的支撑系统及其施工方法，包括自适应调平组件、伸缩支撑组件和液压缸，伸缩支撑组件由剪式伸缩组件相互对接组成，两个自适应调平组件对立设置，而伸缩支撑组件的两端各通过一液压缸与自适应调平组件连接，自适应调平组件包括顶板、底板、球头底座、球头支杆、锥形铅块、钢索和钢索夹持机构。当自适应调平组件放置在地面上时会出现地面不平的情况，此时底板发生倾斜，顶板的下方挂设的锥形铅块使得顶板保持水平状态，那么球头支杆会相对球头底座发生偏转，钢索夹持机构将钢索夹住，那么在顶板有相对底板偏转的运动趋势时钢索的位置固定，进而顶板无法发生偏转，进而达到自动调平和锁止顶板的效果。
Supporting system for mounting fabricated building and construction method of supporting system
用于安装装配式建筑的支撑系统及其施工方法
QIU HU (author) / JI JIANAN (author) / CHEN YUKAI (author)
2021-11-09
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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