A platform for research: civil engineering, architecture and urbanism
Early-dismantling formwork supporting system
The invention relates to the technical field of constructional engineering, and particularly discloses an early-dismantling formwork supporting system which comprises vertical telescopic rod pieces and back ridge assemblies used for connecting two adjacent sets of vertical telescopic rod pieces and used for supporting a formwork. The back ridge assembly comprises a transverse back ridge and a longitudinal back ridge which are respectively connected with the corresponding vertical telescopic rod pieces; sliding blocks are respectively arranged on the transverse back ridges and the longitudinal back ridges; the sliding blocks slide in the length direction of the transverse back ridges or the longitudinal back ridges. Supporting and fixing of the back arris and a plate formwork are effectively achieved through the sliding blocks, meanwhile, a gap is formed between the back arris body and the plate formwork, in the construction process, hanging of construction tools by constructors is facilitated, and construction convenience is greatly improved; meanwhile, the gap can also be used for hanging a horizontal connecting piece between the two groups of parallel transverse back ridges when a larger mounting space is formed, so that the connection is enhanced; when the laminated slab is constructed, the formed gap is used for installing the laminated slab, and the sliding block effectively limits the laminated slab.
本发明涉及建筑工程技术领域,具体公开了一种早拆模板支撑体系,包括竖向伸缩杆件、用于连接相邻两组竖向伸缩杆件且用于对支撑板模的背楞组件;所述背楞组件包括分别与对应的竖向伸缩杆件连接的横背楞和纵背楞;所述横背楞和纵背楞上分别设置有滑块;所述滑块沿横背楞或纵背楞的长方向滑动。本发明通过滑块有效的实现与板模的支撑固定,同时使得背楞本体与板模之间形成间隙,便于施工过程中,施工人员施工器具的挂设,大大增加了施工便捷性;同时该间隙还可以用于在所形成较大安装空间时,在两组平行的横背楞之间挂设水平连接件,加强连接;在叠合板施工时,所形成的间隙将用于安装叠合板,滑块将有效的对叠合板进行限位。
Early-dismantling formwork supporting system
The invention relates to the technical field of constructional engineering, and particularly discloses an early-dismantling formwork supporting system which comprises vertical telescopic rod pieces and back ridge assemblies used for connecting two adjacent sets of vertical telescopic rod pieces and used for supporting a formwork. The back ridge assembly comprises a transverse back ridge and a longitudinal back ridge which are respectively connected with the corresponding vertical telescopic rod pieces; sliding blocks are respectively arranged on the transverse back ridges and the longitudinal back ridges; the sliding blocks slide in the length direction of the transverse back ridges or the longitudinal back ridges. Supporting and fixing of the back arris and a plate formwork are effectively achieved through the sliding blocks, meanwhile, a gap is formed between the back arris body and the plate formwork, in the construction process, hanging of construction tools by constructors is facilitated, and construction convenience is greatly improved; meanwhile, the gap can also be used for hanging a horizontal connecting piece between the two groups of parallel transverse back ridges when a larger mounting space is formed, so that the connection is enhanced; when the laminated slab is constructed, the formed gap is used for installing the laminated slab, and the sliding block effectively limits the laminated slab.
本发明涉及建筑工程技术领域,具体公开了一种早拆模板支撑体系,包括竖向伸缩杆件、用于连接相邻两组竖向伸缩杆件且用于对支撑板模的背楞组件;所述背楞组件包括分别与对应的竖向伸缩杆件连接的横背楞和纵背楞;所述横背楞和纵背楞上分别设置有滑块;所述滑块沿横背楞或纵背楞的长方向滑动。本发明通过滑块有效的实现与板模的支撑固定,同时使得背楞本体与板模之间形成间隙,便于施工过程中,施工人员施工器具的挂设,大大增加了施工便捷性;同时该间隙还可以用于在所形成较大安装空间时,在两组平行的横背楞之间挂设水平连接件,加强连接;在叠合板施工时,所形成的间隙将用于安装叠合板,滑块将有效的对叠合板进行限位。
Early-dismantling formwork supporting system
一种早拆模板支撑体系
LI RUISONG (author) / LIU ZHIHUA (author) / TAO QIAN (author) / WANG QINGFENG (author) / TAN QIHOU (author) / ZHANG JIANJIANG (author) / DENG JINYUN (author) / LI ENTING (author) / YI FUMIN (author) / HU HONGLI (author)
2024-09-27
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
European Patent Office | 2023
|European Patent Office | 2022
|Early-dismantling formwork supporting system for ribbed floor system
European Patent Office | 2023
|