A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an assembled wall which comprises a retractable folding supporting stretching framework and a wallboard assembly. The supporting stretching framework comprises a supporting rodassembly and a column. The supporting rod assembly comprises supporting rods arranged in an intersected manner, the two supporting rods arranged in the intersected manner are coupled to an articulated shaft, and the two supporting rods arranged in the intersected manner are arranged in an X shape; the wallboard assembly comprises an outer wallboard and an inner wallboard, an outer wall fixing plate is arranged outside the outer wallboard, and a reinforcing wallboard is arranged in the innermost layer of the inner wallboard; and a connecting rod matched with a hollow structure of the articulated shaft is fixedly arranged on the outer wall fixing plate. By pre-arranging the supporting stretching framework on a frame beam, the framework is constructed by unfolding the supporting stretching framework, and front and back walls and the articulated shaft in the supporting stretching framework are in a hollow design to form multiple fulcrums, so that it is ensured that the supporting stretching framework can form multiple supporting points to the wall, and therefore, the connecting strength of the wall and the frame beam is guaranteed while the connecting strength of the wall is guaranteed.
本发明公开一种装配式墙体，包括可伸缩折叠的支撑伸缩骨架和墙板组件；支撑伸缩骨架包括支撑杆组件和立柱；支撑杆组件包括相互交叉布置的支撑杆，交叉布置的两根支撑杆轴接有铰接轴，且交叉布置的两根支撑杆呈X形布设；墙板组件包括外墙板和内墙板，外墙板最外侧设置有外墙固定板，内墙板最内层设置有加固内壁板；外墙固定板上固定设置有与铰链轴中空结构相适配的连接杆。本发明通过在框架梁预置支撑伸缩骨架，之后通过展开支撑伸缩骨架完成骨架的搭建，并通过前后墙体与支撑伸缩骨架中铰接轴中空设计，以此形成多支点，保证支撑伸缩骨架可以对墙体形成多支撑点，保证墙体的连接强度同时，保证墙体与框架梁的连接强度。
The invention discloses an assembled wall which comprises a retractable folding supporting stretching framework and a wallboard assembly. The supporting stretching framework comprises a supporting rodassembly and a column. The supporting rod assembly comprises supporting rods arranged in an intersected manner, the two supporting rods arranged in the intersected manner are coupled to an articulated shaft, and the two supporting rods arranged in the intersected manner are arranged in an X shape; the wallboard assembly comprises an outer wallboard and an inner wallboard, an outer wall fixing plate is arranged outside the outer wallboard, and a reinforcing wallboard is arranged in the innermost layer of the inner wallboard; and a connecting rod matched with a hollow structure of the articulated shaft is fixedly arranged on the outer wall fixing plate. By pre-arranging the supporting stretching framework on a frame beam, the framework is constructed by unfolding the supporting stretching framework, and front and back walls and the articulated shaft in the supporting stretching framework are in a hollow design to form multiple fulcrums, so that it is ensured that the supporting stretching framework can form multiple supporting points to the wall, and therefore, the connecting strength of the wall and the frame beam is guaranteed while the connecting strength of the wall is guaranteed.
本发明公开一种装配式墙体，包括可伸缩折叠的支撑伸缩骨架和墙板组件；支撑伸缩骨架包括支撑杆组件和立柱；支撑杆组件包括相互交叉布置的支撑杆，交叉布置的两根支撑杆轴接有铰接轴，且交叉布置的两根支撑杆呈X形布设；墙板组件包括外墙板和内墙板，外墙板最外侧设置有外墙固定板，内墙板最内层设置有加固内壁板；外墙固定板上固定设置有与铰链轴中空结构相适配的连接杆。本发明通过在框架梁预置支撑伸缩骨架，之后通过展开支撑伸缩骨架完成骨架的搭建，并通过前后墙体与支撑伸缩骨架中铰接轴中空设计，以此形成多支点，保证支撑伸缩骨架可以对墙体形成多支撑点，保证墙体的连接强度同时，保证墙体与框架梁的连接强度。