A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Flexible suspended ceiling structure
The invention discloses a flexible suspended ceiling structure which comprises a lifting appliance, an inhaul cable, transverse keels and suspended ceiling plates, the lifting appliance is fixedly connected with an upper floor slab, the multiple transverse keels are arranged below the upper floor slab side by side, the suspended ceiling plates are installed between every two adjacent transverse keels, and gaps between every two adjacent transverse keels are fully paved with the suspended ceiling plates; wherein the two transverse keels located on the two sides of the upper floor slab are connected with the adjacent walls, and the other transverse keels can be stably suspended below the upper floor slab only through at least four inhaul cables; the suspended ceiling structure further comprises longitudinal keels, the multiple longitudinal keels are arranged side by side and perpendicularly connected with the transverse keels, the transverse keels do not need to be connected with the wall, and the transverse keels and the longitudinal keels can be stably suspended below the upper floor slab at least through four inhaul cables. The inhaul cables and the ceiling plates are connected through the transverse keels, the number of the inhaul cables can be obviously reduced, the installation efficiency is improved, the distance between the ceiling plates is limited by the transverse keels, and therefore the stability of the ceiling plates is improved.
本发明公开了一种柔性的吊顶结构，包括吊具、拉索、横龙骨和吊顶板，吊具固定连接上楼板，多个横龙骨并排设置在上楼板的下方，吊顶板安装在相邻的两个横龙骨之间，并且吊顶板铺满相邻的横龙骨之间的间隙；其中位于上楼板的两侧的两个横龙骨连接临近的墙壁，其他横龙骨最少只需要四个拉索即可稳定地悬吊在上楼板的下方；吊顶结构还可以包括纵龙骨，多个纵龙骨并排设置并且垂直连接每个横龙骨，横龙骨无需连接墙壁，横龙骨和纵龙骨的组合最少只需要四个拉索即可稳定地悬吊在上楼板的下方。通过横龙骨连接拉索和吊顶板可以显著地减少拉索的数量，提高安装效率，并且吊顶板之间的距离受到横龙骨的限制，从而提高吊顶板的稳定性。
Flexible suspended ceiling structure
The invention discloses a flexible suspended ceiling structure which comprises a lifting appliance, an inhaul cable, transverse keels and suspended ceiling plates, the lifting appliance is fixedly connected with an upper floor slab, the multiple transverse keels are arranged below the upper floor slab side by side, the suspended ceiling plates are installed between every two adjacent transverse keels, and gaps between every two adjacent transverse keels are fully paved with the suspended ceiling plates; wherein the two transverse keels located on the two sides of the upper floor slab are connected with the adjacent walls, and the other transverse keels can be stably suspended below the upper floor slab only through at least four inhaul cables; the suspended ceiling structure further comprises longitudinal keels, the multiple longitudinal keels are arranged side by side and perpendicularly connected with the transverse keels, the transverse keels do not need to be connected with the wall, and the transverse keels and the longitudinal keels can be stably suspended below the upper floor slab at least through four inhaul cables. The inhaul cables and the ceiling plates are connected through the transverse keels, the number of the inhaul cables can be obviously reduced, the installation efficiency is improved, the distance between the ceiling plates is limited by the transverse keels, and therefore the stability of the ceiling plates is improved.
本发明公开了一种柔性的吊顶结构，包括吊具、拉索、横龙骨和吊顶板，吊具固定连接上楼板，多个横龙骨并排设置在上楼板的下方，吊顶板安装在相邻的两个横龙骨之间，并且吊顶板铺满相邻的横龙骨之间的间隙；其中位于上楼板的两侧的两个横龙骨连接临近的墙壁，其他横龙骨最少只需要四个拉索即可稳定地悬吊在上楼板的下方；吊顶结构还可以包括纵龙骨，多个纵龙骨并排设置并且垂直连接每个横龙骨，横龙骨无需连接墙壁，横龙骨和纵龙骨的组合最少只需要四个拉索即可稳定地悬吊在上楼板的下方。通过横龙骨连接拉索和吊顶板可以显著地减少拉索的数量，提高安装效率，并且吊顶板之间的距离受到横龙骨的限制，从而提高吊顶板的稳定性。
Flexible suspended ceiling structure
一种柔性的吊顶结构
LIU ZHIBAO (author) / ZHAO HONGLING (author)
2023-09-05
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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