Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Liftable connecting method for construction platform cantilever beam based on I-shaped steel stand column
The invention discloses a liftable connecting method of a construction platform cantilever beam based on an I-shaped steel stand column. The problem of how to construct a construction platform capable of conveniently ascending and descending along the I-shaped steel structure stand column is solved. A front left clamp (4) and a front right clamp (5) are clamped on a front flange plate of the I-shaped steel structure stand column (1), a rear left clamp (7) and a rear right clamp (8) are clamped on a rear flange plate of the I-shaped steel structure stand column (1), cantilever steel pipe beams (6) on the two sides of the front end are arranged between the front left clamp (4) and the front right clamp (5) in the horizontal direction, cantilever steel pipe beams (9) on the two sides of the rear end are arranged between the rear left clamp (7) and the rear right clamp (8) in the horizontal direction, and a construction platform is arranged between the cantilever ends of the cantilever steel pipe beams (6) on the two sides of the front end and the cantilever ends of the cantilever steel pipe beams (9) on the two sides of the rear end; and the whole construction platform can be conveniently moved up and down, and stability and safety of the construction platform are guaranteed.
本发明公开了一种基于工字钢立柱的施工平台悬挑梁的可升降连接方法，解决了如何构建一种可沿工字钢结构立柱便捷升降的施工平台的问题；在工字钢结构立柱（1）的前翼缘板上，卡接有前左卡具（4）和前右卡具（5），在工字钢结构立柱（1）的后翼缘板上，卡接有后左卡具（7）和后右卡具（8），在前左卡具（4）与前右卡具（5）之间，沿水平方向，设置有前端两侧悬挑钢管梁（6），在后左卡具（7）与后右卡具（8）之间，沿水平方向，设置有后端两侧悬挑钢管梁（9），在前端两侧悬挑钢管梁（6）的悬挑端与后端两侧悬挑钢管梁（9）的悬挑端之间设置有施工平台；即可实现施工平台的整体上下的便捷移动，保证了施工平台的稳定和安全。
Liftable connecting method for construction platform cantilever beam based on I-shaped steel stand column
The invention discloses a liftable connecting method of a construction platform cantilever beam based on an I-shaped steel stand column. The problem of how to construct a construction platform capable of conveniently ascending and descending along the I-shaped steel structure stand column is solved. A front left clamp (4) and a front right clamp (5) are clamped on a front flange plate of the I-shaped steel structure stand column (1), a rear left clamp (7) and a rear right clamp (8) are clamped on a rear flange plate of the I-shaped steel structure stand column (1), cantilever steel pipe beams (6) on the two sides of the front end are arranged between the front left clamp (4) and the front right clamp (5) in the horizontal direction, cantilever steel pipe beams (9) on the two sides of the rear end are arranged between the rear left clamp (7) and the rear right clamp (8) in the horizontal direction, and a construction platform is arranged between the cantilever ends of the cantilever steel pipe beams (6) on the two sides of the front end and the cantilever ends of the cantilever steel pipe beams (9) on the two sides of the rear end; and the whole construction platform can be conveniently moved up and down, and stability and safety of the construction platform are guaranteed.
本发明公开了一种基于工字钢立柱的施工平台悬挑梁的可升降连接方法，解决了如何构建一种可沿工字钢结构立柱便捷升降的施工平台的问题；在工字钢结构立柱（1）的前翼缘板上，卡接有前左卡具（4）和前右卡具（5），在工字钢结构立柱（1）的后翼缘板上，卡接有后左卡具（7）和后右卡具（8），在前左卡具（4）与前右卡具（5）之间，沿水平方向，设置有前端两侧悬挑钢管梁（6），在后左卡具（7）与后右卡具（8）之间，沿水平方向，设置有后端两侧悬挑钢管梁（9），在前端两侧悬挑钢管梁（6）的悬挑端与后端两侧悬挑钢管梁（9）的悬挑端之间设置有施工平台；即可实现施工平台的整体上下的便捷移动，保证了施工平台的稳定和安全。
Liftable connecting method for construction platform cantilever beam based on I-shaped steel stand column
基于工字钢立柱的施工平台悬挑梁的可升降连接方法
WANG MINGLIANG (Autor:in) / WANG XIANWEN (Autor:in) / HE DAWEI (Autor:in) / LI JIAYANG (Autor:in) / LIANG RUIMING (Autor:in) / GUO YUANYUAN (Autor:in) / WANG HAO (Autor:in)
11.01.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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