Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Scaffold supporting system at positions of cantilever beams and plates and supporting method of scaffold supporting system
The invention discloses a scaffold supporting system at the positions of cantilever beams and cantilever plates and a supporting method of the scaffold supporting system. The cantilever beams and the cantilever plates are both overhung on one side of a structure in the longitudinal direction, and transverse difference and height difference exist between the cantilever beams and the cantilever plates; the scaffold supporting system comprises at least two T-shaped supporting pieces arranged between a cantilever beam and a cantilever plate in the longitudinal direction at intervals, each T-shaped supporting piece comprises a vertical supporting piece and a transverse supporting piece connected to the top end of the vertical supporting piece, and the vertical supporting pieces are supported on the top of the cantilever beam; one end of the transverse supporting piece is erected on the top of the cantilever plate. The scaffold supporting system comprises a plurality of transverse supporting pieces and a plurality of longitudinal supporting pieces, the longitudinal supporting pieces are connected to the tops of all the transverse supporting pieces at intervals, and the longitudinal supporting pieces and at least two transverse supporting pieces intersect to form a latticed supporting platform for erecting a scaffold. And the scaffold can be conveniently erected outside the cantilever.
本发明公开了一种悬挑梁、板位置处的脚手架支撑系统及其支撑方法，悬挑梁与悬挑板均沿纵向悬挑于结构一侧，且悬挑梁与悬挑板之间存在横向差和高低差，所述脚手架支撑系统包括：沿纵向间隔设置在悬挑梁和悬挑板之间的至少两个T型支撑件，所述T型支撑件包括竖向支撑件和连接于竖向支撑件顶端的横向支撑件，所述竖向支撑件支撑在悬挑梁顶部，所述横向支撑件的一端部搭设于所述悬挑板的顶部；若干纵向支撑件，若干纵向支撑件间隔连接在所有所述横向支撑件的顶部，并与至少两根所述横向支撑件交叉形成有供脚手架搭设的网格状支撑平台，通过设置所述脚手架支撑系统规避了悬挑梁、板的高低差以及横向差，便于脚手架在悬挑外进行搭设。
Scaffold supporting system at positions of cantilever beams and plates and supporting method of scaffold supporting system
The invention discloses a scaffold supporting system at the positions of cantilever beams and cantilever plates and a supporting method of the scaffold supporting system. The cantilever beams and the cantilever plates are both overhung on one side of a structure in the longitudinal direction, and transverse difference and height difference exist between the cantilever beams and the cantilever plates; the scaffold supporting system comprises at least two T-shaped supporting pieces arranged between a cantilever beam and a cantilever plate in the longitudinal direction at intervals, each T-shaped supporting piece comprises a vertical supporting piece and a transverse supporting piece connected to the top end of the vertical supporting piece, and the vertical supporting pieces are supported on the top of the cantilever beam; one end of the transverse supporting piece is erected on the top of the cantilever plate. The scaffold supporting system comprises a plurality of transverse supporting pieces and a plurality of longitudinal supporting pieces, the longitudinal supporting pieces are connected to the tops of all the transverse supporting pieces at intervals, and the longitudinal supporting pieces and at least two transverse supporting pieces intersect to form a latticed supporting platform for erecting a scaffold. And the scaffold can be conveniently erected outside the cantilever.
本发明公开了一种悬挑梁、板位置处的脚手架支撑系统及其支撑方法，悬挑梁与悬挑板均沿纵向悬挑于结构一侧，且悬挑梁与悬挑板之间存在横向差和高低差，所述脚手架支撑系统包括：沿纵向间隔设置在悬挑梁和悬挑板之间的至少两个T型支撑件，所述T型支撑件包括竖向支撑件和连接于竖向支撑件顶端的横向支撑件，所述竖向支撑件支撑在悬挑梁顶部，所述横向支撑件的一端部搭设于所述悬挑板的顶部；若干纵向支撑件，若干纵向支撑件间隔连接在所有所述横向支撑件的顶部，并与至少两根所述横向支撑件交叉形成有供脚手架搭设的网格状支撑平台，通过设置所述脚手架支撑系统规避了悬挑梁、板的高低差以及横向差，便于脚手架在悬挑外进行搭设。
Scaffold supporting system at positions of cantilever beams and plates and supporting method of scaffold supporting system
悬挑梁、板位置处的脚手架支撑系统及其支撑方法
HUANG XIANGQIAO (Autor:in) / CHEN GUANGXU (Autor:in) / CHEN PENG (Autor:in) / CHEN GUIBIN (Autor:in) / WANG XIANG (Autor:in)
01.10.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Cable-stayed cantilever beam supporting system of scaffold
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