A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Formwork, formwork and pouring system
The invention discloses a formwork, a formwork and a pouring system. The formwork comprises at least one longitudinal beam rib, at least one transverse beam rib, a reinforcing rib and a frame. The longitudinal beam ribs and the transverse beam ribs are perpendicularly intersected, the reinforcing ribs are connected with the longitudinal beam ribs or the transverse beam ribs, the frames are provided with first connecting holes, the first connecting holes are used for being connected with a formwork, and at least one of the longitudinal beam ribs or the transverse beam ribs is in weight reduction design. The strength and rigidity of the formwork meet the requirements due to the special arrangement of the longitudinal beam ribs, the transverse beam ribs and the reinforcing ribs, the overall stress effect is good, and the formwork is firm, durable and environmentally friendly; meanwhile, due to the structural design of weight reduction at multiple positions, the formwork is light, simple in structure and convenient to operate, economic cost is reduced, and the overall cost performance is excellent. The pouring system can be suitable for deformation and assembly application in a multi-pouring project scene by arranging various specifications of formworks, combining angle connectors, opposite-pull connection and other different installation modes, the component utilization rate is greatly improved, the structure is simple and environmentally friendly, and the engineering efficiency is improved.
本发明公开了一种模架、模板及浇筑系统，模架包括至少一个纵梁筋、至少一个横梁筋、加强肋和边框。纵梁筋与横梁筋垂直相交，加强肋连接着纵梁筋或横梁筋，边框均设置有第一连接孔，第一连接孔用于连接模架，其中，纵梁筋或横梁筋中，至少存在一处减重设计，纵梁筋、横梁筋、加强肋的特殊设置使得模板的强度和刚度满足要求、整体受力效果好、坚固耐用、绿色环保；同时，多处减重的结构设计，使得模板轻质、结构简单、方便操作，降低经济成本，整体性价比优越。浇筑系统设置多种规格模板结合角连接器以及对拉连接等不同安装方式可适合多浇筑项目场景下的变形和组装应用，极大提高构件利用率，简约且环保，提高工程效率。
Formwork, formwork and pouring system
The invention discloses a formwork, a formwork and a pouring system. The formwork comprises at least one longitudinal beam rib, at least one transverse beam rib, a reinforcing rib and a frame. The longitudinal beam ribs and the transverse beam ribs are perpendicularly intersected, the reinforcing ribs are connected with the longitudinal beam ribs or the transverse beam ribs, the frames are provided with first connecting holes, the first connecting holes are used for being connected with a formwork, and at least one of the longitudinal beam ribs or the transverse beam ribs is in weight reduction design. The strength and rigidity of the formwork meet the requirements due to the special arrangement of the longitudinal beam ribs, the transverse beam ribs and the reinforcing ribs, the overall stress effect is good, and the formwork is firm, durable and environmentally friendly; meanwhile, due to the structural design of weight reduction at multiple positions, the formwork is light, simple in structure and convenient to operate, economic cost is reduced, and the overall cost performance is excellent. The pouring system can be suitable for deformation and assembly application in a multi-pouring project scene by arranging various specifications of formworks, combining angle connectors, opposite-pull connection and other different installation modes, the component utilization rate is greatly improved, the structure is simple and environmentally friendly, and the engineering efficiency is improved.
本发明公开了一种模架、模板及浇筑系统，模架包括至少一个纵梁筋、至少一个横梁筋、加强肋和边框。纵梁筋与横梁筋垂直相交，加强肋连接着纵梁筋或横梁筋，边框均设置有第一连接孔，第一连接孔用于连接模架，其中，纵梁筋或横梁筋中，至少存在一处减重设计，纵梁筋、横梁筋、加强肋的特殊设置使得模板的强度和刚度满足要求、整体受力效果好、坚固耐用、绿色环保；同时，多处减重的结构设计，使得模板轻质、结构简单、方便操作，降低经济成本，整体性价比优越。浇筑系统设置多种规格模板结合角连接器以及对拉连接等不同安装方式可适合多浇筑项目场景下的变形和组装应用，极大提高构件利用率，简约且环保，提高工程效率。
Formwork, formwork and pouring system
一种模架、模板及浇筑系统
CHEN GANG (author) / LIU PENGHUI (author) / TAN ZENGXI (author)
2023-06-06
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Formwork, formwork, pouring system and construction method
| European Patent Office | 2023