Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Wallboard connecting assembly and wallboard mounting structure
The invention relates to a wallboard connecting assembly and a wallboard mounting structure. The wallboard connecting assembly comprises a supporting connection joint; the supporting connection jointcomprises a supporting seat, a bearing part and a first anchoring part, wherein a first mounting position is arranged on the side face of the supporting seat, and the supporting seat is connected witha main body structure so as to transmit loads to the main body structure; the bearing part is arranged at the upper part of the supporting seat, and the bearing part is used for bearing a wallboard;and the first anchoring part comprises a first connecting end and a first anchoring end, the first anchoring end is anchored to the back face of the wallboard, and the first connecting end is arrangedat the first mounting position and is in clearance fit with the first mounting position. According to the wallboard connecting assembly and the wallboard mounting structure, the structure of the supporting connection joint is reliable in stress and direct in force transmission, the main body structure has the degree of freedom of deformation during strong vibration, and the stress performance ofthe externally-hung wallboard is improved; and the supporting connection joint is not affected by deformation of the main body structure, and when the wallboard translates relative to the main body structure, the load pressure at the joint can be effectively released.
本发明涉及一种墙板连接组件及墙板安装结构。墙板连接组件包括支承连接节点，所述支承连接节点包括：支承座，所述支承座的侧面设有第一安装位，且所述支承座通过与主体结构连接以向所述主体结构传递载荷；承重部件，设于所述支承座上部，所述承重部件用于承托墙板；第一锚固部件，包括第一连接端和第一锚固端，所述第一锚固端锚固于所述墙板的背面，所述第一连接端设于所述第一安装位且与所述第一安装位之间间隙配合。本实施例支承连接节点的结构受力可靠、传力直接，强烈震动时主体结构有变形的自由度，改善了外挂的墙板的受力性能；支承连接节点不会受主体结构形变的影响，当墙板相对于主体结构发生平移时还能够有效释放节点处的载荷压力。
Wallboard connecting assembly and wallboard mounting structure
The invention relates to a wallboard connecting assembly and a wallboard mounting structure. The wallboard connecting assembly comprises a supporting connection joint; the supporting connection jointcomprises a supporting seat, a bearing part and a first anchoring part, wherein a first mounting position is arranged on the side face of the supporting seat, and the supporting seat is connected witha main body structure so as to transmit loads to the main body structure; the bearing part is arranged at the upper part of the supporting seat, and the bearing part is used for bearing a wallboard;and the first anchoring part comprises a first connecting end and a first anchoring end, the first anchoring end is anchored to the back face of the wallboard, and the first connecting end is arrangedat the first mounting position and is in clearance fit with the first mounting position. According to the wallboard connecting assembly and the wallboard mounting structure, the structure of the supporting connection joint is reliable in stress and direct in force transmission, the main body structure has the degree of freedom of deformation during strong vibration, and the stress performance ofthe externally-hung wallboard is improved; and the supporting connection joint is not affected by deformation of the main body structure, and when the wallboard translates relative to the main body structure, the load pressure at the joint can be effectively released.
本发明涉及一种墙板连接组件及墙板安装结构。墙板连接组件包括支承连接节点，所述支承连接节点包括：支承座，所述支承座的侧面设有第一安装位，且所述支承座通过与主体结构连接以向所述主体结构传递载荷；承重部件，设于所述支承座上部，所述承重部件用于承托墙板；第一锚固部件，包括第一连接端和第一锚固端，所述第一锚固端锚固于所述墙板的背面，所述第一连接端设于所述第一安装位且与所述第一安装位之间间隙配合。本实施例支承连接节点的结构受力可靠、传力直接，强烈震动时主体结构有变形的自由度，改善了外挂的墙板的受力性能；支承连接节点不会受主体结构形变的影响，当墙板相对于主体结构发生平移时还能够有效释放节点处的载荷压力。
Wallboard connecting assembly and wallboard mounting structure
墙板连接组件及墙板安装结构
YANG CHAO (Autor:in) / LIU HAIDONG (Autor:in) / WU HONGLEI (Autor:in)
10.07.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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