A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a fully-removable reusable frame prefabricated building. The frame prefabricated building comprises ground beams, bottom plates, laminates, wallboards and top plates; the ground beams are arranged in parallel and buried underground; the bottom parts are fixed to the upper layer; bottom plate grooves are formed in upper surfaces of the bottom plates; the multiple bottom plates are spliced to make the bottom plate grooves communicate; the bottom face of each bottom plate groove is provided with a threaded hole; the laminates, the wallboards and the top plates are each provided with through vertical connecting holes; the wallboards are embedded into the bottom plate grooves; the laminates or the top plates are installed at the top to make the threaded holes aligned with the through vertical connecting holes of the laminates, the wallboards and the top plates; then screws pass through the aligned vertical connecting holes and threaded holes for fixing; laminate grooves are formed in upper surfaces of the laminates; the wallboards are embedded into the laminate grooves; then, the laminates or top plates are installed further to the top; each screw is of a doublethread screw structure; and lengthening is performed through connecting nuts, so that the ground beams, the bottom plates, the laminates, the wallboards and the top plates are connected into a whole.The frame prefabricated building has long service life, and is environmental-friendly and reliable, convenient to install and maintain, and low in manufacturing and installation cost.
本发明公开了一种可全拆装重复使用框体装配式建筑，包括地梁、底板、层板、墙板、顶板，所述地梁平行排列埋于地下，上层固定有底板，底板上表面开设有底板槽，多块底板拼接使得底板槽连通，底板槽底面有螺纹孔，层板、墙板、顶板有贯通的竖向连接孔，墙板嵌入底板槽，顶部安装层板或顶板，使得螺纹孔与层板、墙板、顶板贯通的竖向连接孔对齐，再通过螺杆穿过对齐的竖向连接孔与底板螺纹孔固定，层板上表面开设有层板槽，通过墙板嵌入层板槽，然后继续向上安装层板或顶板，螺杆为双头螺纹结构，通过连接螺母进行加长，使地梁、底板、层板、墙板、顶板连接为一体。本发明使用寿命长，环保可靠，便于安装与维护，制作与安装成本低。
The invention discloses a fully-removable reusable frame prefabricated building. The frame prefabricated building comprises ground beams, bottom plates, laminates, wallboards and top plates; the ground beams are arranged in parallel and buried underground; the bottom parts are fixed to the upper layer; bottom plate grooves are formed in upper surfaces of the bottom plates; the multiple bottom plates are spliced to make the bottom plate grooves communicate; the bottom face of each bottom plate groove is provided with a threaded hole; the laminates, the wallboards and the top plates are each provided with through vertical connecting holes; the wallboards are embedded into the bottom plate grooves; the laminates or the top plates are installed at the top to make the threaded holes aligned with the through vertical connecting holes of the laminates, the wallboards and the top plates; then screws pass through the aligned vertical connecting holes and threaded holes for fixing; laminate grooves are formed in upper surfaces of the laminates; the wallboards are embedded into the laminate grooves; then, the laminates or top plates are installed further to the top; each screw is of a doublethread screw structure; and lengthening is performed through connecting nuts, so that the ground beams, the bottom plates, the laminates, the wallboards and the top plates are connected into a whole.The frame prefabricated building has long service life, and is environmental-friendly and reliable, convenient to install and maintain, and low in manufacturing and installation cost.
本发明公开了一种可全拆装重复使用框体装配式建筑，包括地梁、底板、层板、墙板、顶板，所述地梁平行排列埋于地下，上层固定有底板，底板上表面开设有底板槽，多块底板拼接使得底板槽连通，底板槽底面有螺纹孔，层板、墙板、顶板有贯通的竖向连接孔，墙板嵌入底板槽，顶部安装层板或顶板，使得螺纹孔与层板、墙板、顶板贯通的竖向连接孔对齐，再通过螺杆穿过对齐的竖向连接孔与底板螺纹孔固定，层板上表面开设有层板槽，通过墙板嵌入层板槽，然后继续向上安装层板或顶板，螺杆为双头螺纹结构，通过连接螺母进行加长，使地梁、底板、层板、墙板、顶板连接为一体。本发明使用寿命长，环保可靠，便于安装与维护，制作与安装成本低。
Fully-removable reusable frame prefabricated building
一种可全拆装重复使用框体装配式建筑
HUANG GAO (author)
2020-08-21
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS