A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated building structure, split self-weight supporting joint and assembling method of split self-weight supporting joint
The embodiment of the invention relates to an assembly type building structure, a split self-weight supporting joint and an assembly method of the split self-weight supporting joint, relates to the technical field of assembly type buildings, and mainly aims to improve the assembly efficiency. The fabricated building structure comprises a fabricated prefabricated outer wall in which embedded parts are embedded; a building structure body; provided is a split self-weight supporting node. According to the assembly type prefabricated outer wall assembly method, an outer wall supporting part and a first main body connecting piece can be connected through a first assembly hole by using a first assembly connecting part of a supporting assembly part, and then the welding end of the first end of the outer wall supporting part is welded to an embedded part embedded in an assembly type prefabricated outer wall; and welding a part of the first main body connecting piece and the building structure main body. Compared with the prior art, the step of connecting the outer wall supporting part and the first main body connecting piece can be carried out before the assembly type prefabricated outer wall with the large weight is installed, the assembly convenience of the assembly type prefabricated outer wall is improved, and the assembly efficiency of the assembly type prefabricated outer wall is improved.
本发明实施例是关于一种装配式建构筑物、分体自重支撑节点及其装配方法，涉及装配式建筑技术领域，主要目的在于提高装配效率。装配式建构筑物包括：装配式预制外墙，埋设有预埋件；建筑构物主体；分体自重支撑节点。装配式预制外墙装配方法中，可以先使用支撑装配部件的第一装配连接部通过第一装配孔将外墙支撑部以及第一主体连接件连接，之后，将外墙支撑部的第一端的焊接端与装配式预制外墙埋设的预埋件焊接，将第一主体连接件的一部分和建筑构物主体焊接。相对于现有技术，将外墙支撑部以及第一主体连接件连接的步骤，可以在安装重量较大的装配式预制外墙之前进行，提高了装配式预制外墙的装配便捷性，增加了装配式预制外墙装配效率。
Fabricated building structure, split self-weight supporting joint and assembling method of split self-weight supporting joint
The embodiment of the invention relates to an assembly type building structure, a split self-weight supporting joint and an assembly method of the split self-weight supporting joint, relates to the technical field of assembly type buildings, and mainly aims to improve the assembly efficiency. The fabricated building structure comprises a fabricated prefabricated outer wall in which embedded parts are embedded; a building structure body; provided is a split self-weight supporting node. According to the assembly type prefabricated outer wall assembly method, an outer wall supporting part and a first main body connecting piece can be connected through a first assembly hole by using a first assembly connecting part of a supporting assembly part, and then the welding end of the first end of the outer wall supporting part is welded to an embedded part embedded in an assembly type prefabricated outer wall; and welding a part of the first main body connecting piece and the building structure main body. Compared with the prior art, the step of connecting the outer wall supporting part and the first main body connecting piece can be carried out before the assembly type prefabricated outer wall with the large weight is installed, the assembly convenience of the assembly type prefabricated outer wall is improved, and the assembly efficiency of the assembly type prefabricated outer wall is improved.
本发明实施例是关于一种装配式建构筑物、分体自重支撑节点及其装配方法，涉及装配式建筑技术领域，主要目的在于提高装配效率。装配式建构筑物包括：装配式预制外墙，埋设有预埋件；建筑构物主体；分体自重支撑节点。装配式预制外墙装配方法中，可以先使用支撑装配部件的第一装配连接部通过第一装配孔将外墙支撑部以及第一主体连接件连接，之后，将外墙支撑部的第一端的焊接端与装配式预制外墙埋设的预埋件焊接，将第一主体连接件的一部分和建筑构物主体焊接。相对于现有技术，将外墙支撑部以及第一主体连接件连接的步骤，可以在安装重量较大的装配式预制外墙之前进行，提高了装配式预制外墙的装配便捷性，增加了装配式预制外墙装配效率。
Fabricated building structure, split self-weight supporting joint and assembling method of split self-weight supporting joint
装配式建构筑物、分体自重支撑节点及其装配方法
CUI RONGPING (author)
2022-03-04
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
| European Patent Office | 2022
| European Patent Office | 2022