A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated green building and construction method
The invention relates to the technical field of fabricated buildings, and discloses a fabricated green building and a construction method.The fabricated green building comprises a fabricated wall internally provided with a filler bin, the filler bin on the inner side of the fabricated wall is provided with a stable structure, and an access structure is installed at the front end of the rear wall of the fabricated wall and comprises a sleeve connected with the rear wall of the fabricated wall; an inner rod is installed on the inner side of the sleeve. According to the invention, a plurality of butt-jointed assembly walls are stacked in sequence, when the positioning pipes mounted on the bottom assembly wall are connected, the insertion rings at the tops of the bottom assembly walls are connected with the ring openings at the bottoms of the positioning pipes mounted on the upper assembly wall, and the insertion rings and the ring openings are embedded and clamped; the steel bars are inserted from the inserting rings at the tops of the positioning pipes installed on the highest assembly wall, the bottoms of the steel bars are driven into the ground deeply, the steel bars penetrate through the multiple stacked assembly walls to integrate the multiple stacked assembly walls, and the beneficial effect that the wall bodies can be integrated into a whole to improve the tensile property is achieved.
本发明涉及装配式建筑技术领域，且公开了一种装配式绿色建筑及施工方法，包括内部设置填料仓的装配墙，所述装配墙内侧的填料仓设置稳定结构，所述装配墙后壁前端安装接入结构，所述接入结构包括连接装配墙后壁的套筒，所述套筒内侧安装内杆。本发明通过将多块对接完毕的装配墙依次堆叠，底部装配墙所安装的定位管在连接时其顶部的插接环将会连接上一块装配墙所安装的定位管底部环口，二者之间嵌合并完成卡接，从最高处的装配墙所安装的定位管顶部插接环处插入钢筋，并将钢筋底部打入地表深入，钢筋穿过众多叠加的装配墙从而将其整合，达到了墙体之间可以整合为整体提升抗拉伸性能的有益效果。
Fabricated green building and construction method
The invention relates to the technical field of fabricated buildings, and discloses a fabricated green building and a construction method.The fabricated green building comprises a fabricated wall internally provided with a filler bin, the filler bin on the inner side of the fabricated wall is provided with a stable structure, and an access structure is installed at the front end of the rear wall of the fabricated wall and comprises a sleeve connected with the rear wall of the fabricated wall; an inner rod is installed on the inner side of the sleeve. According to the invention, a plurality of butt-jointed assembly walls are stacked in sequence, when the positioning pipes mounted on the bottom assembly wall are connected, the insertion rings at the tops of the bottom assembly walls are connected with the ring openings at the bottoms of the positioning pipes mounted on the upper assembly wall, and the insertion rings and the ring openings are embedded and clamped; the steel bars are inserted from the inserting rings at the tops of the positioning pipes installed on the highest assembly wall, the bottoms of the steel bars are driven into the ground deeply, the steel bars penetrate through the multiple stacked assembly walls to integrate the multiple stacked assembly walls, and the beneficial effect that the wall bodies can be integrated into a whole to improve the tensile property is achieved.
本发明涉及装配式建筑技术领域，且公开了一种装配式绿色建筑及施工方法，包括内部设置填料仓的装配墙，所述装配墙内侧的填料仓设置稳定结构，所述装配墙后壁前端安装接入结构，所述接入结构包括连接装配墙后壁的套筒，所述套筒内侧安装内杆。本发明通过将多块对接完毕的装配墙依次堆叠，底部装配墙所安装的定位管在连接时其顶部的插接环将会连接上一块装配墙所安装的定位管底部环口，二者之间嵌合并完成卡接，从最高处的装配墙所安装的定位管顶部插接环处插入钢筋，并将钢筋底部打入地表深入，钢筋穿过众多叠加的装配墙从而将其整合，达到了墙体之间可以整合为整体提升抗拉伸性能的有益效果。
Fabricated green building and construction method
一种装配式绿色建筑及施工方法
2023-06-30
Patent
Electronic Resource
Chinese
Green building construction technology and green building fabricated wall
| European Patent Office | 2022