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Suspension stair interlayer space recycling design structure
The invention discloses a suspension stair interlayer space recycling design structure which comprises a step stair skeleton and a plurality of steps, the step stair skeleton comprises a plurality of step steel skeletons and a plurality of safety plates, and the safety plates are connected between the adjacent step steel skeletons. The multiple steps are correspondingly connected to the step steel framework, the fixing blocks are arranged at the two ends of the multiple step stair frameworks, the fixing blocks are connected to the ground and a floor slab respectively, the fixing pieces penetrate through the fixing blocks to be connected to a wall, a plurality of containing grooves are formed in the step steel framework, and the fixing pieces penetrate through the containing grooves to be connected to the wall. And a plurality of placing boxes are connected in the placing grooves in a drawable manner. The multiple step steel frameworks, the multiple safety plates and the multiple fixing blocks are integrally formed, when installation is needed, the fixing pieces directly penetrate through the fixing blocks to be connected to the wall face, closing-up does not need to be conducted on multiple nodes, installation is convenient, and errors do not exist among multiple steps.
本发明公开了一种悬浮楼梯夹层空间再利用设计结构,包括踏步楼梯骨架和若干个踏步,所述踏步楼梯骨架包括若干个踏步钢骨架和若干个安全板,所述安全板连接在相邻所述踏步钢骨架之间,若干个所述踏步对应连接在所述踏步钢骨架上,固定块设置在若干个所述踏步楼梯骨架的两端,所述固定块分别连接在地面和楼板上,固定件穿过所述固定块连接在墙体上,所述踏步钢骨架上设置有若干个放置槽,若干个放置盒可抽拉连接在所述放置槽内。本发明通过将若干个踏步钢骨架、若干个安全板和若干个固定块一体成型,需要安装时,直接使用固定件穿过固定块连接在墙面上即可,无需对多个节点进行收口,安装方便,使得多个踏步之间没有误差。
Suspension stair interlayer space recycling design structure
The invention discloses a suspension stair interlayer space recycling design structure which comprises a step stair skeleton and a plurality of steps, the step stair skeleton comprises a plurality of step steel skeletons and a plurality of safety plates, and the safety plates are connected between the adjacent step steel skeletons. The multiple steps are correspondingly connected to the step steel framework, the fixing blocks are arranged at the two ends of the multiple step stair frameworks, the fixing blocks are connected to the ground and a floor slab respectively, the fixing pieces penetrate through the fixing blocks to be connected to a wall, a plurality of containing grooves are formed in the step steel framework, and the fixing pieces penetrate through the containing grooves to be connected to the wall. And a plurality of placing boxes are connected in the placing grooves in a drawable manner. The multiple step steel frameworks, the multiple safety plates and the multiple fixing blocks are integrally formed, when installation is needed, the fixing pieces directly penetrate through the fixing blocks to be connected to the wall face, closing-up does not need to be conducted on multiple nodes, installation is convenient, and errors do not exist among multiple steps.
本发明公开了一种悬浮楼梯夹层空间再利用设计结构,包括踏步楼梯骨架和若干个踏步,所述踏步楼梯骨架包括若干个踏步钢骨架和若干个安全板,所述安全板连接在相邻所述踏步钢骨架之间,若干个所述踏步对应连接在所述踏步钢骨架上,固定块设置在若干个所述踏步楼梯骨架的两端,所述固定块分别连接在地面和楼板上,固定件穿过所述固定块连接在墙体上,所述踏步钢骨架上设置有若干个放置槽,若干个放置盒可抽拉连接在所述放置槽内。本发明通过将若干个踏步钢骨架、若干个安全板和若干个固定块一体成型,需要安装时,直接使用固定件穿过固定块连接在墙面上即可,无需对多个节点进行收口,安装方便,使得多个踏步之间没有误差。
Suspension stair interlayer space recycling design structure
一种悬浮楼梯夹层空间再利用设计结构
ZHANG YANSONG (Autor:in) / ZHANG JING (Autor:in) / CHEN FEI (Autor:in) / LIN KEBIN (Autor:in) / LI YANG (Autor:in) / HU MING (Autor:in) / XIE XIAOYONG (Autor:in) / WANG HAOJIE (Autor:in) / CHENG XIAOBO (Autor:in)
11.08.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
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