A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated design structure of ultrahigh spiral staircase
The invention discloses an assembly type design structure of an ultrahigh spiral staircase, and belongs to the technical field of spiral staircases, the assembly type design structure comprises an upper fixing sleeve, a lower fixing sleeve, a plurality of pedals, a plurality of protection parts and two handrails, the upper fixing sleeve is fixedly installed on a wall surface base layer, the lower fixing sleeve is located below the upper fixing sleeve, and the upper fixing sleeve is fixedly installed on the lower fixing sleeve. The lower fixing sleeve is fixedly installed on a ground base layer, the multiple pedals are arranged in a spiral rising mode, every two adjacent pedals are in lap joint, and every two adjacent pedals are connected through two connecting pieces. Every two adjacent pedals are connected through the corresponding connecting piece, installation of the pedals is completed, mutual constraint between the pedals is established, the multiple pedals are arranged in a spiral rising mode and form a whole, the whole is restrained by the upper fixing sleeve and the lower fixing sleeve, the column-free spiral staircase is formed, the whole installation structure is simple, the installation process is simple and convenient, and the installation efficiency is improved. Therefore, the assembling efficiency of the spiral staircase is greatly improved.
本发明公开了一种超高旋转楼梯的装配式设计结构，属于旋转楼梯技术领域，包括上固定套、下固定套、多块踏板、多根防护件和两条扶手，所述上固定套固定安装在墙面基层上，所述下固定套位于所述上固定套的下方，且所述下固定套固定安装在地面基层上，多块所述踏板呈螺旋上升排布，相邻两块所述踏板之间搭接，且相邻两块所述踏板之间通过两根连接件连接；本发明通过使用连接件连接相邻两块踏板，完成踏板的安装并建立踏板之间的相互约束，多块踏板呈螺旋上升布置，多块踏板形成一个整体，这个整体被上固定套和下固定套约束，形成无柱旋转楼梯，整个安装结构简单，安装过程简单方便，从而大大地提高了旋转楼梯的装配效率。
Fabricated design structure of ultrahigh spiral staircase
The invention discloses an assembly type design structure of an ultrahigh spiral staircase, and belongs to the technical field of spiral staircases, the assembly type design structure comprises an upper fixing sleeve, a lower fixing sleeve, a plurality of pedals, a plurality of protection parts and two handrails, the upper fixing sleeve is fixedly installed on a wall surface base layer, the lower fixing sleeve is located below the upper fixing sleeve, and the upper fixing sleeve is fixedly installed on the lower fixing sleeve. The lower fixing sleeve is fixedly installed on a ground base layer, the multiple pedals are arranged in a spiral rising mode, every two adjacent pedals are in lap joint, and every two adjacent pedals are connected through two connecting pieces. Every two adjacent pedals are connected through the corresponding connecting piece, installation of the pedals is completed, mutual constraint between the pedals is established, the multiple pedals are arranged in a spiral rising mode and form a whole, the whole is restrained by the upper fixing sleeve and the lower fixing sleeve, the column-free spiral staircase is formed, the whole installation structure is simple, the installation process is simple and convenient, and the installation efficiency is improved. Therefore, the assembling efficiency of the spiral staircase is greatly improved.
本发明公开了一种超高旋转楼梯的装配式设计结构，属于旋转楼梯技术领域，包括上固定套、下固定套、多块踏板、多根防护件和两条扶手，所述上固定套固定安装在墙面基层上，所述下固定套位于所述上固定套的下方，且所述下固定套固定安装在地面基层上，多块所述踏板呈螺旋上升排布，相邻两块所述踏板之间搭接，且相邻两块所述踏板之间通过两根连接件连接；本发明通过使用连接件连接相邻两块踏板，完成踏板的安装并建立踏板之间的相互约束，多块踏板呈螺旋上升布置，多块踏板形成一个整体，这个整体被上固定套和下固定套约束，形成无柱旋转楼梯，整个安装结构简单，安装过程简单方便，从而大大地提高了旋转楼梯的装配效率。
Fabricated design structure of ultrahigh spiral staircase
一种超高旋转楼梯的装配式设计结构
JIANG ZIMING (author) / HU PIXIU (author) / ZHANG JUNQI (author) / CHEN YONGCHAO (author) / ZHANG ZHE (author) / HU HAO (author) / SHU NA (author) / DU LIANG (author) / WANG LAN (author) / QIAN GAOFENG (author)
2023-05-02
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
STAIRCASE COMPONENT, SPIRAL STAIRCASE, AND METHOD FOR ASSEMBLING SPIRAL STAIRCASE
| European Patent Office | 2024