A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Arch ring formwork supporting system and construction method thereof
The arch ring formwork supporting system comprises supports with top supports, main beams, small square timber beams and bamboo plywood, the supports are arranged at intervals, horizontal auxiliary fixing steel pipes are arranged in the top supports, the main beams are erected between the horizontal auxiliary fixing steel pipes and arranged in parallel at intervals, the small square timber beams are vertically arranged on the main beams at intervals, and the bamboo plywood is arranged on the main beams. And the bamboo plywood is laid on the top of the square timber small beam. According to the arch ring formwork supporting system, large truck cranes and welders are not needed for installation and detachment of the system, construction can be conducted through traditional fasteners, construction operation is simple, construction time is short, cost is low, and the requirement for the technical proficiency degree of workers is not high; compared with a common arch ring formwork supporting system, the arch ring formwork supporting system has the advantages that materials do not need to be preprocessed before construction, and the turnover rate and the reutilization rate of the materials are high; the arch ring formwork supporting system does not need to be welded in the mounting and dismounting processes, and the loss rate of steel pipes, battens and other materials is low.
本发明的一种拱圈模板支撑系统，包括带顶托的支架、主梁、方木小梁和竹胶板，支架间隔设置，且顶托内装设有水平辅助固定钢管，主梁架设在水平辅助固定钢管之间间隔平行设置，方木小梁垂直布设在主梁上间隔设置，且竹胶板铺设在方木小梁顶部。本发明的一种拱圈模板支撑系统，该系统的安装与拆除无需大型汽车吊及焊工，采用传统的扣件即可施工，施工操作简单，施工时间段，成本低，对工人技术熟练度要求不高；该拱圈模板支撑系统与常见的拱圈模板支撑系统相比，不需要在施工前对材料进行预加工，材料的周转率及再利用率高；该拱圈模板支撑系统安装与拆除过程无需焊接，钢管及木方等材料损耗率低。
Arch ring formwork supporting system and construction method thereof
The arch ring formwork supporting system comprises supports with top supports, main beams, small square timber beams and bamboo plywood, the supports are arranged at intervals, horizontal auxiliary fixing steel pipes are arranged in the top supports, the main beams are erected between the horizontal auxiliary fixing steel pipes and arranged in parallel at intervals, the small square timber beams are vertically arranged on the main beams at intervals, and the bamboo plywood is arranged on the main beams. And the bamboo plywood is laid on the top of the square timber small beam. According to the arch ring formwork supporting system, large truck cranes and welders are not needed for installation and detachment of the system, construction can be conducted through traditional fasteners, construction operation is simple, construction time is short, cost is low, and the requirement for the technical proficiency degree of workers is not high; compared with a common arch ring formwork supporting system, the arch ring formwork supporting system has the advantages that materials do not need to be preprocessed before construction, and the turnover rate and the reutilization rate of the materials are high; the arch ring formwork supporting system does not need to be welded in the mounting and dismounting processes, and the loss rate of steel pipes, battens and other materials is low.
本发明的一种拱圈模板支撑系统，包括带顶托的支架、主梁、方木小梁和竹胶板，支架间隔设置，且顶托内装设有水平辅助固定钢管，主梁架设在水平辅助固定钢管之间间隔平行设置，方木小梁垂直布设在主梁上间隔设置，且竹胶板铺设在方木小梁顶部。本发明的一种拱圈模板支撑系统，该系统的安装与拆除无需大型汽车吊及焊工，采用传统的扣件即可施工，施工操作简单，施工时间段，成本低，对工人技术熟练度要求不高；该拱圈模板支撑系统与常见的拱圈模板支撑系统相比，不需要在施工前对材料进行预加工，材料的周转率及再利用率高；该拱圈模板支撑系统安装与拆除过程无需焊接，钢管及木方等材料损耗率低。
Arch ring formwork supporting system and construction method thereof
一种拱圈模板支撑系统及其施工方法
ZHOU YAOYAO (author) / MO RIXIONG (author) / WANG WANGMING (author) / LIANG JUJI (author) / HU QIAOHUI (author) / LONG RIWANG (author) / BI DAOLIN (author) / YUAN ZIHAO (author) / CHEN HUALIN (author) / LI JINGJING (author)
2022-11-11
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
| European Patent Office | 2024
Arched support, arch bridge formwork and arch bridge formwork construction method
| European Patent Office | 2023
Formwork supporting system and construction method thereof
| European Patent Office | 2021
Convenient supporting construction method for cover arch frame self-bearing formwork
| European Patent Office | 2023
Multi-box-chamber arch ring fabricated formwork and construction method
| European Patent Office | 2022