Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Aluminum alloy modularization technology
The invention belongs to the technical field of module buildings, and particularly relates to an aluminum alloy modularization technology. First split columns and second split columns are combined to form a vertical frame of the modular building, and supporting plate beams fixed to side walls of the first split columns and side walls of the second split columns are utilized to form a transverse frame so that a three-dimensional frame of a room can be spliced on site; the extension change of the three-dimensional structure in the longitudinal direction and the transverse direction can be achieved through splicing of first connecting assemblies, second connecting assemblies and the supporting plate beams, and therefore the applicability of the room frame is improved; and the modular building can be assembled by fixing wall boards in the gaps between the frames, and the room frame formed by the first split columns, the second split columns and the supporting plate beams does not occupy a large space in the transportation process, so that the space transportation utilization rate of a vehicle is increased, the cost is saved, and the building speed and the field installation speed of the modular building are increased to a certain extent through the modular building for assembling the room frame.
本发明属于模块建筑技术领域，具体的说铝合金模块化技术；通过一号分体柱与二号分体柱组合成模块建筑的立式框架，并利用固定在一号分体柱与二号分体柱侧壁上的托板梁构成横式框架，从而能够在现场拼接成房间的立体框架，通过一号连接组件、二号连接组件与托板梁之间的拼接能够实现对该立体结构纵向和横向上的延伸变化，从而提高了该房间框架的适用性；并通过将墙板固定在框架之间的空隙中即可完成对模块建筑的组装，且通过一号分体柱、二号分体柱以及托板梁构成的房间框架在运输过程中不会占用大量的空间，提高了车辆的空间运输利用率以及节约成本，且通过组装房间框架的模块化建筑一定程度上加快了模块化建筑的建造速度和现场安装速度。
Aluminum alloy modularization technology
The invention belongs to the technical field of module buildings, and particularly relates to an aluminum alloy modularization technology. First split columns and second split columns are combined to form a vertical frame of the modular building, and supporting plate beams fixed to side walls of the first split columns and side walls of the second split columns are utilized to form a transverse frame so that a three-dimensional frame of a room can be spliced on site; the extension change of the three-dimensional structure in the longitudinal direction and the transverse direction can be achieved through splicing of first connecting assemblies, second connecting assemblies and the supporting plate beams, and therefore the applicability of the room frame is improved; and the modular building can be assembled by fixing wall boards in the gaps between the frames, and the room frame formed by the first split columns, the second split columns and the supporting plate beams does not occupy a large space in the transportation process, so that the space transportation utilization rate of a vehicle is increased, the cost is saved, and the building speed and the field installation speed of the modular building are increased to a certain extent through the modular building for assembling the room frame.
本发明属于模块建筑技术领域，具体的说铝合金模块化技术；通过一号分体柱与二号分体柱组合成模块建筑的立式框架，并利用固定在一号分体柱与二号分体柱侧壁上的托板梁构成横式框架，从而能够在现场拼接成房间的立体框架，通过一号连接组件、二号连接组件与托板梁之间的拼接能够实现对该立体结构纵向和横向上的延伸变化，从而提高了该房间框架的适用性；并通过将墙板固定在框架之间的空隙中即可完成对模块建筑的组装，且通过一号分体柱、二号分体柱以及托板梁构成的房间框架在运输过程中不会占用大量的空间，提高了车辆的空间运输利用率以及节约成本，且通过组装房间框架的模块化建筑一定程度上加快了模块化建筑的建造速度和现场安装速度。
Aluminum alloy modularization technology
铝合金模块化技术
LIN XIONGQIANG (Autor:in)
26.11.2021
Patent
Elektronische Ressource
Chinesisch