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A platform for research: civil engineering, architecture and urbanism
Partition plate type concrete frame connecting joint and building structure
The invention relates to a partition plate type concrete frame connecting joint and a building structure, and relates to the technical field of integrated buildings. The connecting joint comprises at least one set of up-down connecting structures, each set of up-down connecting structures comprise an upper connecting part, a lower connecting part and a tensile plate, and the tensile plate is provided with an upper tensile hole and a lower tensile hole in a penetrating mode; and an upper bolt connected with the upper connecting part is arranged in an upper connecting hole, and a lower bolt connected with the lower connecting part is arranged in a lower connecting hole. The tensile plate is connected with the upper connecting part through the upper bolt and connected with the lower connecting part through the lower bolt at the same time, and therefore stable connection between the upper connecting part and the lower connecting part is achieved. According to the partition plate type concrete frame connecting joint and the building structure, due to the fact that the upper connecting part and the lower connecting part can be directly prefabricated in the corresponding concrete structural parts, only the tensile plate, the upper bolt and the lower bolt need to be installed on a construction site, and therefore the connecting joint has the effect of reducing wet operation needed on the connecting joint on the construction site.
本申请涉及一种隔板式混凝土框架连接节点及建筑构造，涉及集成建筑的技术领域，连接节点包括至少一组上下连接结构，每组上下连接结构包括上连接部、下连接部及抗拉板，所述抗拉板贯穿设置有上抗拉孔和下抗拉孔，所述上接孔中设置有与所述上连接部连接的上螺栓，所述下接孔中设置有与所述下连接部连接的下螺栓。抗拉板通过上螺栓与上连接部连接的同时通过下螺栓与下连接部连接，从而实现了上连接部和下连接部之间的稳定连接。由于上连接部和下连接部均可以直接预制在对应的混凝土结构件中，从而使得施工现场仅需进行抗拉板、上螺栓和下螺栓的安装，由此，使得本申请的连接节点具有减少了施工现场在连接节点上所需要湿作业的效果。
Partition plate type concrete frame connecting joint and building structure
The invention relates to a partition plate type concrete frame connecting joint and a building structure, and relates to the technical field of integrated buildings. The connecting joint comprises at least one set of up-down connecting structures, each set of up-down connecting structures comprise an upper connecting part, a lower connecting part and a tensile plate, and the tensile plate is provided with an upper tensile hole and a lower tensile hole in a penetrating mode; and an upper bolt connected with the upper connecting part is arranged in an upper connecting hole, and a lower bolt connected with the lower connecting part is arranged in a lower connecting hole. The tensile plate is connected with the upper connecting part through the upper bolt and connected with the lower connecting part through the lower bolt at the same time, and therefore stable connection between the upper connecting part and the lower connecting part is achieved. According to the partition plate type concrete frame connecting joint and the building structure, due to the fact that the upper connecting part and the lower connecting part can be directly prefabricated in the corresponding concrete structural parts, only the tensile plate, the upper bolt and the lower bolt need to be installed on a construction site, and therefore the connecting joint has the effect of reducing wet operation needed on the connecting joint on the construction site.
本申请涉及一种隔板式混凝土框架连接节点及建筑构造，涉及集成建筑的技术领域，连接节点包括至少一组上下连接结构，每组上下连接结构包括上连接部、下连接部及抗拉板，所述抗拉板贯穿设置有上抗拉孔和下抗拉孔，所述上接孔中设置有与所述上连接部连接的上螺栓，所述下接孔中设置有与所述下连接部连接的下螺栓。抗拉板通过上螺栓与上连接部连接的同时通过下螺栓与下连接部连接，从而实现了上连接部和下连接部之间的稳定连接。由于上连接部和下连接部均可以直接预制在对应的混凝土结构件中，从而使得施工现场仅需进行抗拉板、上螺栓和下螺栓的安装，由此，使得本申请的连接节点具有减少了施工现场在连接节点上所需要湿作业的效果。
Partition plate type concrete frame connecting joint and building structure
一种隔板式混凝土框架连接节点及建筑构造
ZHANG ZONGJUN (author) / ZHAO BAOJUN (author) / WANG QIONG (author) / LIAO YI'AN (author) / MENG HUI (author) / CHEN GUOLIANG (author) / GAO BOSHEN (author) / DING TAO (author)
2022-01-21
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
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GENERAL BUILDING CONSTRUCTIONS
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