Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Cantilever scaffold seabed sealing method
The invention discloses an overhanging scaffold seabed sealing method, and relates to the technical field of building construction, the overhanging scaffold comprises an overhanging frame body, the overhanging frame body comprises an overhanging frame and an overhanging main beam, the overhanging main beam is arranged at the end of an overhanging layer in the horizontal direction, the overhanging frame is vertically fixed on the overhanging main beam, and the overhanging main beam is arranged on the overhanging layer. The method comprises the following steps that a cantilever frame body is erected, specifically, the seabed at the upper end of a cantilever main beam is closed, and safe installation conditions are integrally formed; designing and typesetting a scheme: typesetting a seabed closed suspended ceiling according to the characteristics of a building to lay a foundation for material processing and mounting; processing a cantilever main beam keel: processing each section of seabed ceiling keel according to the scheme, and welding and pre-assembling each light keel according to a large sample; keels are installed, wherein the keels and the cantilever main beams are fixed in an interval spot welding mode; manufacturing, processing and mounting the aluminum-plastic panel; manufacturing an external decoration advertisement; the keels are made of materials such as light rectangular pipes and can be fixed to the cantilever main beam in a spot welding mode, and firmness is high.
本发明公开一种悬挑脚手架海底封闭方法，涉及建筑施工技术领域，包括悬挑架体，所述悬挑架体包括悬挑架和悬挑主梁，所述悬挑主梁沿水平方向设置在悬挑层的端部，所述悬挑架竖向固定在悬挑主梁上，采用以下步骤：悬挑架体搭设：悬挑主梁上端海底封闭，整体形成安全的安装条件；方案设计及排版：根据楼栋特点进行海底封闭吊顶的排版，为材料加工及安装做好铺垫；悬挑主梁龙骨加工：按照方案进行各版块海底吊顶龙骨的加工，按照大样进行各块轻型龙骨焊接及预拼装；龙骨安装：龙骨与悬挑主梁采取间隔点焊的方式固定；铝塑板制作加工及安装；外装饰广告制作；龙骨采用轻型矩管等材料，能与悬挑主梁点焊固定，牢固性高。
Cantilever scaffold seabed sealing method
The invention discloses an overhanging scaffold seabed sealing method, and relates to the technical field of building construction, the overhanging scaffold comprises an overhanging frame body, the overhanging frame body comprises an overhanging frame and an overhanging main beam, the overhanging main beam is arranged at the end of an overhanging layer in the horizontal direction, the overhanging frame is vertically fixed on the overhanging main beam, and the overhanging main beam is arranged on the overhanging layer. The method comprises the following steps that a cantilever frame body is erected, specifically, the seabed at the upper end of a cantilever main beam is closed, and safe installation conditions are integrally formed; designing and typesetting a scheme: typesetting a seabed closed suspended ceiling according to the characteristics of a building to lay a foundation for material processing and mounting; processing a cantilever main beam keel: processing each section of seabed ceiling keel according to the scheme, and welding and pre-assembling each light keel according to a large sample; keels are installed, wherein the keels and the cantilever main beams are fixed in an interval spot welding mode; manufacturing, processing and mounting the aluminum-plastic panel; manufacturing an external decoration advertisement; the keels are made of materials such as light rectangular pipes and can be fixed to the cantilever main beam in a spot welding mode, and firmness is high.
本发明公开一种悬挑脚手架海底封闭方法，涉及建筑施工技术领域，包括悬挑架体，所述悬挑架体包括悬挑架和悬挑主梁，所述悬挑主梁沿水平方向设置在悬挑层的端部，所述悬挑架竖向固定在悬挑主梁上，采用以下步骤：悬挑架体搭设：悬挑主梁上端海底封闭，整体形成安全的安装条件；方案设计及排版：根据楼栋特点进行海底封闭吊顶的排版，为材料加工及安装做好铺垫；悬挑主梁龙骨加工：按照方案进行各版块海底吊顶龙骨的加工，按照大样进行各块轻型龙骨焊接及预拼装；龙骨安装：龙骨与悬挑主梁采取间隔点焊的方式固定；铝塑板制作加工及安装；外装饰广告制作；龙骨采用轻型矩管等材料，能与悬挑主梁点焊固定，牢固性高。
Cantilever scaffold seabed sealing method
悬挑脚手架海底封闭方法
HUANG XIAOLONG (Autor:in) / PENG YONG (Autor:in) / LI GONGHONG (Autor:in)
01.08.2023
Patent
Elektronische Ressource
Chinesisch
Cantilever type scaffold bottom sealing device and cantilever type scaffold with same
| Europäisches Patentamt | 2025