A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Super-high cantilever balcony formwork and construction method
The invention relates to the technical field of building construction, in particular to an ultra-high cantilever balcony formwork and a construction method.The ultra-high cantilever balcony formwork comprises an aluminum formwork splicing mechanism used for being spliced with a main body connecting aluminum formwork unit; the supporting assembly is located below and connected with the aluminum mold assembling mechanism and can move relative to the aluminum mold assembling mechanism; and the supporting base can be connected with a main body concrete structure layer below the main body structure aluminum mold unit, can be connected with the bottom of the supporting assembly and can support the supporting assembly. According to the super-high cantilever balcony formwork and the construction method, through cooperative use of the supporting base and the supporting assembly, the splicing aluminum formwork mechanism can be fixedly supported in the main body concrete structure layer, and therefore consumption of a large number of frame body materials is avoided, and high-altitude operation of workers during frame body material building is also avoided.
本发明涉及建筑施工的技术领域，尤其涉及一种超高悬挑阳台模板及施工方法，包括拼装铝模机构，其用于与主体连接铝模单元进行拼接；支撑组件，其位于所述拼装铝模机构下方连接并能够相对拼装铝模机构发生相对运动；以及，支撑底座，其能够与主体结构铝模单元下方的主体混凝土结构层进行连接，并能够与所述支撑组件底部进行连接且对所述支撑组件进行支撑。该超高悬挑阳台模板及施工方法，通过支撑底座与支撑组件的配合使用，使得拼装铝模机构在主体混凝土结构层中就能够被固定支撑住，从而避免了大量架体材料的消耗，也避免了在搭建架体材料时，工人人员的高空作业。
Super-high cantilever balcony formwork and construction method
The invention relates to the technical field of building construction, in particular to an ultra-high cantilever balcony formwork and a construction method.The ultra-high cantilever balcony formwork comprises an aluminum formwork splicing mechanism used for being spliced with a main body connecting aluminum formwork unit; the supporting assembly is located below and connected with the aluminum mold assembling mechanism and can move relative to the aluminum mold assembling mechanism; and the supporting base can be connected with a main body concrete structure layer below the main body structure aluminum mold unit, can be connected with the bottom of the supporting assembly and can support the supporting assembly. According to the super-high cantilever balcony formwork and the construction method, through cooperative use of the supporting base and the supporting assembly, the splicing aluminum formwork mechanism can be fixedly supported in the main body concrete structure layer, and therefore consumption of a large number of frame body materials is avoided, and high-altitude operation of workers during frame body material building is also avoided.
本发明涉及建筑施工的技术领域，尤其涉及一种超高悬挑阳台模板及施工方法，包括拼装铝模机构，其用于与主体连接铝模单元进行拼接；支撑组件，其位于所述拼装铝模机构下方连接并能够相对拼装铝模机构发生相对运动；以及，支撑底座，其能够与主体结构铝模单元下方的主体混凝土结构层进行连接，并能够与所述支撑组件底部进行连接且对所述支撑组件进行支撑。该超高悬挑阳台模板及施工方法，通过支撑底座与支撑组件的配合使用，使得拼装铝模机构在主体混凝土结构层中就能够被固定支撑住，从而避免了大量架体材料的消耗，也避免了在搭建架体材料时，工人人员的高空作业。
Super-high cantilever balcony formwork and construction method
一种超高悬挑阳台模板及施工方法
GAO XUEFENG (author) / LIU HAIHUA (author) / LIU YANG (author) / ZHOU CHANGLIN (author) / YAN LEI (author) / PU LEI (author) / DING XIBIN (author) / WANG YUTONG (author) / HE CHANGLI (author) / TUO FENGPENG (author)
2025-01-07
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| European Patent Office | 2024
| European Patent Office | 2024
Cantilever component formwork construction method and cantilever component construction method
| European Patent Office | 2023