A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multi-face inclined wall externally-hung scaffold and using method
The invention relates to a multi-face inclined wall externally-hung scaffold and a using method, and aims to solve the problem that construction safety is affected due to the fact that a gap is generated between a conventional externally-hung scaffold and a wall body in core tube aerial deformation construction. The structure comprises a lower hanging type guide rail and an external scaffold system, the lower hanging type guide rail comprises a radial guide rail and a tangential guide rail, the radial guide rail is fixed below a steel platform top beam through a bracket connector, and the tangential guide rail is located below the radial guide rail and can slide along the radial guide rail under the action of a sliding bracket; the externally-hung scaffold system comprises a frame system composed of an outer frame column system, a multi-stage contraction beam and a scaffold frame system, the lower portion of the outer frame column system is formed by sequentially connecting a plurality of outer frame columns end to end in the vertical direction, sliding columns and sliding brackets are arranged on the top of the outer frame column system, and the outer frame column system is connected with the tangential guide rails through the sliding brackets. The multi-stage contraction beams are fixedly connected with the corresponding outer frame columns through the outer frame brackets; the scaffold frame system is fixedly connected with the multi-stage contraction beam and moves synchronously with the multi-stage contraction beam.
本发明涉及一种多面斜墙外挂脚手架及使用方法，目的在于解决核心筒空中变形施工常规外挂脚手跟墙体之间产生空隙影响施工安全的问题。该结构，包括下挂式导轨和外挂脚手架系统，下挂式导轨包括径向导轨和切向导轨，径向导轨通过牛腿连接头固定于钢平台顶梁下方，切向导轨位于径向导轨下方，且能够在滑动牛腿的作用下沿着径向导轨滑动；外挂脚手架系统包括外框柱体系、多级收缩梁以及脚手框架体系组成的框架系统，外框柱体系下部由若干外框柱竖向首尾依次连接而成，外框柱体系顶部设置滑动柱和滑动牛腿，且通过滑动牛腿与切向导轨连接；多级收缩梁通过外框牛腿与对应的外框柱固定连接；脚手框架体系与多级收缩梁固定连接，且与多级收缩梁同步移动。
Multi-face inclined wall externally-hung scaffold and using method
The invention relates to a multi-face inclined wall externally-hung scaffold and a using method, and aims to solve the problem that construction safety is affected due to the fact that a gap is generated between a conventional externally-hung scaffold and a wall body in core tube aerial deformation construction. The structure comprises a lower hanging type guide rail and an external scaffold system, the lower hanging type guide rail comprises a radial guide rail and a tangential guide rail, the radial guide rail is fixed below a steel platform top beam through a bracket connector, and the tangential guide rail is located below the radial guide rail and can slide along the radial guide rail under the action of a sliding bracket; the externally-hung scaffold system comprises a frame system composed of an outer frame column system, a multi-stage contraction beam and a scaffold frame system, the lower portion of the outer frame column system is formed by sequentially connecting a plurality of outer frame columns end to end in the vertical direction, sliding columns and sliding brackets are arranged on the top of the outer frame column system, and the outer frame column system is connected with the tangential guide rails through the sliding brackets. The multi-stage contraction beams are fixedly connected with the corresponding outer frame columns through the outer frame brackets; the scaffold frame system is fixedly connected with the multi-stage contraction beam and moves synchronously with the multi-stage contraction beam.
本发明涉及一种多面斜墙外挂脚手架及使用方法，目的在于解决核心筒空中变形施工常规外挂脚手跟墙体之间产生空隙影响施工安全的问题。该结构，包括下挂式导轨和外挂脚手架系统，下挂式导轨包括径向导轨和切向导轨，径向导轨通过牛腿连接头固定于钢平台顶梁下方，切向导轨位于径向导轨下方，且能够在滑动牛腿的作用下沿着径向导轨滑动；外挂脚手架系统包括外框柱体系、多级收缩梁以及脚手框架体系组成的框架系统，外框柱体系下部由若干外框柱竖向首尾依次连接而成，外框柱体系顶部设置滑动柱和滑动牛腿，且通过滑动牛腿与切向导轨连接；多级收缩梁通过外框牛腿与对应的外框柱固定连接；脚手框架体系与多级收缩梁固定连接，且与多级收缩梁同步移动。
Multi-face inclined wall externally-hung scaffold and using method
一种多面斜墙外挂脚手架及使用方法
XU LEI (author) / YU GUANGYUAN (author) / LI ZIQIAO (author) / SHEN YANG (author) / CHEN YANZI (author) / CHEN JIARU (author) / YU SIYI (author) / PAN JIANZHONG (author) / SUN JIN (author) / CAO JUN (author)
2023-12-05
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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