A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Full-assembly type elevator shaft based on steel frame structure system and installation method
The invention discloses a full-assembly type elevator shaft based on a steel frame structure system and an installation method, the shaft comprises a main body steel structure, frame columns, spacing beams, steel frame door columns and steel lintels, and the main body steel structure comprises steel columns and frame beams; the steel columns and the frame columns are located at the four corners of the hoistway structure respectively and serve as column bodies of the hoistway structure, and the frame columns are fixedly arranged between the frame beams. The spacing beams are arranged between the frame columns on the non-inlet side of the hoistway structure and between the frame columns and the steel columns, and a plurality of spacing beams are arranged between the upper and lower adjacent frame beams at intervals; the steel lintel is arranged between the frame columns on the inlet side of the hoistway structure, the steel frame door columns are fixedly arranged between the steel lintel and the frame beams in pairs, and an elevator door opening is formed between each pair of steel frame door columns. The elevator shaft structure matched with the newly-built building and the corresponding installation method are formed by combining the main body steel structure, and the elevator shaft structure and the installation method have the advantages of being high in installation efficiency, low in construction cost, environmentally friendly and low in carbon.
本发明公开了一种基于钢框架结构体系的全装配式电梯井道及安装方法，井道包括主体钢结构、框架柱、间隔梁、钢框门柱以及钢过梁，主体钢结构包括钢柱和框架梁；所述钢柱和框架柱分别位于井道结构四角位置，作为井道结构的柱体，框架柱固设在框架梁之间；间隔梁设置在井道结构非进口侧的框架柱与框架柱之间、框架柱与钢柱之间，所述间隔梁于上下相邻框架梁之间间隔设置多道；所述钢过梁设置在井道结构进口侧的框架柱与框架柱之间，所述钢框门柱成对固设在钢过梁与框架梁之间且于每对钢框门柱之间形成电梯门洞。本申请结合主体钢结构形成适配于新建建筑的电梯井道结构以及形成相应的安装方法，具有安装效率高、施工成本低、绿色低碳的优点。
Full-assembly type elevator shaft based on steel frame structure system and installation method
The invention discloses a full-assembly type elevator shaft based on a steel frame structure system and an installation method, the shaft comprises a main body steel structure, frame columns, spacing beams, steel frame door columns and steel lintels, and the main body steel structure comprises steel columns and frame beams; the steel columns and the frame columns are located at the four corners of the hoistway structure respectively and serve as column bodies of the hoistway structure, and the frame columns are fixedly arranged between the frame beams. The spacing beams are arranged between the frame columns on the non-inlet side of the hoistway structure and between the frame columns and the steel columns, and a plurality of spacing beams are arranged between the upper and lower adjacent frame beams at intervals; the steel lintel is arranged between the frame columns on the inlet side of the hoistway structure, the steel frame door columns are fixedly arranged between the steel lintel and the frame beams in pairs, and an elevator door opening is formed between each pair of steel frame door columns. The elevator shaft structure matched with the newly-built building and the corresponding installation method are formed by combining the main body steel structure, and the elevator shaft structure and the installation method have the advantages of being high in installation efficiency, low in construction cost, environmentally friendly and low in carbon.
本发明公开了一种基于钢框架结构体系的全装配式电梯井道及安装方法，井道包括主体钢结构、框架柱、间隔梁、钢框门柱以及钢过梁，主体钢结构包括钢柱和框架梁；所述钢柱和框架柱分别位于井道结构四角位置，作为井道结构的柱体，框架柱固设在框架梁之间；间隔梁设置在井道结构非进口侧的框架柱与框架柱之间、框架柱与钢柱之间，所述间隔梁于上下相邻框架梁之间间隔设置多道；所述钢过梁设置在井道结构进口侧的框架柱与框架柱之间，所述钢框门柱成对固设在钢过梁与框架梁之间且于每对钢框门柱之间形成电梯门洞。本申请结合主体钢结构形成适配于新建建筑的电梯井道结构以及形成相应的安装方法，具有安装效率高、施工成本低、绿色低碳的优点。
Full-assembly type elevator shaft based on steel frame structure system and installation method
基于钢框架结构体系的全装配式电梯井道及安装方法
LIU LIANG (author) / ZHANG TIANHANG (author) / YANG XI (author) / WANG LIBO (author) / JIAO KUN (author) / ZHAO XINYU (author) / SUN YIXUAN (author) / SUN WEIDONG (author)
2024-12-03
Patent
Electronic Resource
Chinese
Assembly type frame structure elevator shaft and installation method thereof
| European Patent Office | 2022
| European Patent Office | 2023