A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated energy-saving building wall and mounting method
The invention discloses an assembly type energy-saving building wall and a mounting method, and relates to the field of assembly type buildings, and the assembly type energy-saving building wall comprises prefabricated wallboards and joint cast-in-place belts used for connecting the adjacent prefabricated wallboards; the side edge, used for being connected with the joint cast-in-place belt, of the prefabricated wall plate is defined as a connecting side, a reinforcing connecting assembly is arranged on the connecting side of the prefabricated wall plate and comprises a plurality of connecting ribs, the length direction of the connecting ribs is arranged in the height direction of the prefabricated wall plate, the connecting ribs are fixedly connected, and the connecting ribs are fixedly connected with the joint cast-in-place belt. The connecting ribs comprise pre-embedded ribs and outer connecting ribs, the pre-embedded ribs are embedded in concrete of the prefabricated wall panel, the outer connecting ribs are exposed out of the connecting side of the prefabricated wall panel, and the outer connecting ribs are embedded in the node cast-in-place belt. Connection force between the outer connecting ribs and the embedded ribs is arranged between the node cast-in-place belt and the prefabricated wall panel, and therefore connection between the node cast-in-place belt and the prefabricated wall panel can be reinforced.
本申请公开了一种装配式节能建筑墙体及安装方法，涉及装配式建筑的领域，装配式节能建筑墙体包括预制墙板和用于连接相邻预制墙板的节点现浇带；所述预制墙板用于连接所述节点现浇带的侧边定义为连接侧，所述预制墙板的连接侧设有加强连接组件，所述加强连接组件包括若干连接筋，所述连接筋的长度方向沿所述预制墙板的高度方向设置，所述连接筋之间固定连接，所述连接筋包括预埋筋和外连接筋，所述预埋筋埋设于所述预制墙板的混凝土内，所述外连接筋外露于所述预制墙板的连接侧，所述外连接筋埋设于所述节点现浇带。本申请节点现浇带与预制墙板之间除具有外连接筋与预埋筋之间的连接力，从而有利于使节点现浇带与预制墙板之间的连接得到加强。
Fabricated energy-saving building wall and mounting method
The invention discloses an assembly type energy-saving building wall and a mounting method, and relates to the field of assembly type buildings, and the assembly type energy-saving building wall comprises prefabricated wallboards and joint cast-in-place belts used for connecting the adjacent prefabricated wallboards; the side edge, used for being connected with the joint cast-in-place belt, of the prefabricated wall plate is defined as a connecting side, a reinforcing connecting assembly is arranged on the connecting side of the prefabricated wall plate and comprises a plurality of connecting ribs, the length direction of the connecting ribs is arranged in the height direction of the prefabricated wall plate, the connecting ribs are fixedly connected, and the connecting ribs are fixedly connected with the joint cast-in-place belt. The connecting ribs comprise pre-embedded ribs and outer connecting ribs, the pre-embedded ribs are embedded in concrete of the prefabricated wall panel, the outer connecting ribs are exposed out of the connecting side of the prefabricated wall panel, and the outer connecting ribs are embedded in the node cast-in-place belt. Connection force between the outer connecting ribs and the embedded ribs is arranged between the node cast-in-place belt and the prefabricated wall panel, and therefore connection between the node cast-in-place belt and the prefabricated wall panel can be reinforced.
本申请公开了一种装配式节能建筑墙体及安装方法，涉及装配式建筑的领域，装配式节能建筑墙体包括预制墙板和用于连接相邻预制墙板的节点现浇带；所述预制墙板用于连接所述节点现浇带的侧边定义为连接侧，所述预制墙板的连接侧设有加强连接组件，所述加强连接组件包括若干连接筋，所述连接筋的长度方向沿所述预制墙板的高度方向设置，所述连接筋之间固定连接，所述连接筋包括预埋筋和外连接筋，所述预埋筋埋设于所述预制墙板的混凝土内，所述外连接筋外露于所述预制墙板的连接侧，所述外连接筋埋设于所述节点现浇带。本申请节点现浇带与预制墙板之间除具有外连接筋与预埋筋之间的连接力，从而有利于使节点现浇带与预制墙板之间的连接得到加强。
Fabricated energy-saving building wall and mounting method
一种装配式节能建筑墙体及安装方法
LI JIANHUI (author) / XIE MUCAI (author) / GAO AIHUI (author) / LEI YANHUI (author) / LI JINLIN (author) / NIU LEILEI (author) / SUN CHONG (author) / ZHANG HAIBIN (author)
2024-01-09
Patent
Electronic Resource
Chinese
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