A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Special-shaped aluminum alloy ceiling keel capable of being adjusted in multiple dimensions
The invention provides a multi-dimensionally adjustable special-shaped aluminum alloy ceiling joist, which comprises a main body connecting rod, a switching unit and a joist, the top end of the main body connecting rod is connected with a building main body, the switching unit is fixed at the bottom end of the main body connecting rod, and the switching unit comprises a switching angle which takes the main body connecting rod as a center and extends and radiates horizontally at different angles; the number of the adapter angles is one or more, each adapter angle is provided with a connecting hole and a rotating guide arc, the two ends of the keel are matched with the connecting holes and the rotating guide arcs through connecting bolts respectively, and the keel is fixed to the different adapter angles and has the freedom degree of swinging relative to the adapter angles with the connecting holes as the axis. Bolt assembly is used for replacing welding, simple application of aluminum alloy in the field of ceiling joists is achieved, and therefore the problems that materials of special-shaped joists are difficult to select and machine can be solved; fine adjustment of the keel in dimensions of different heights, angles, directions and the like can be achieved, and therefore installation errors can be flexibly controlled in the installation process.
本发明提供一种可多维调节的异形铝合金吊顶龙骨，其包括主体连接杆、转接单元及龙骨，主体连接杆的顶端与建筑主体连接，转接单元固定在所述主体连接杆的底端，包括以主体连接杆为中心，水平向不同角度延伸辐射的转接角，转接角的数量为一个或一个以上，每个转接角上设置有连接孔及转动导向弧，龙骨的两端分别通过连接螺栓与连接孔及转动导向弧配合、固定在不同的转接角上，具有以连接孔为轴心，相对转接角摆动的自由度。本发明通过使用螺栓装配取代焊接，实现了铝合金在吊顶龙骨领域的简单应用，从而能够克服异形龙骨选材难、加工难的问题；能够实现龙骨在不同高度及角度、方向等维度上的微调，从而在安装过程中灵活控制安装误差。
Special-shaped aluminum alloy ceiling keel capable of being adjusted in multiple dimensions
The invention provides a multi-dimensionally adjustable special-shaped aluminum alloy ceiling joist, which comprises a main body connecting rod, a switching unit and a joist, the top end of the main body connecting rod is connected with a building main body, the switching unit is fixed at the bottom end of the main body connecting rod, and the switching unit comprises a switching angle which takes the main body connecting rod as a center and extends and radiates horizontally at different angles; the number of the adapter angles is one or more, each adapter angle is provided with a connecting hole and a rotating guide arc, the two ends of the keel are matched with the connecting holes and the rotating guide arcs through connecting bolts respectively, and the keel is fixed to the different adapter angles and has the freedom degree of swinging relative to the adapter angles with the connecting holes as the axis. Bolt assembly is used for replacing welding, simple application of aluminum alloy in the field of ceiling joists is achieved, and therefore the problems that materials of special-shaped joists are difficult to select and machine can be solved; fine adjustment of the keel in dimensions of different heights, angles, directions and the like can be achieved, and therefore installation errors can be flexibly controlled in the installation process.
本发明提供一种可多维调节的异形铝合金吊顶龙骨，其包括主体连接杆、转接单元及龙骨，主体连接杆的顶端与建筑主体连接，转接单元固定在所述主体连接杆的底端，包括以主体连接杆为中心，水平向不同角度延伸辐射的转接角，转接角的数量为一个或一个以上，每个转接角上设置有连接孔及转动导向弧，龙骨的两端分别通过连接螺栓与连接孔及转动导向弧配合、固定在不同的转接角上，具有以连接孔为轴心，相对转接角摆动的自由度。本发明通过使用螺栓装配取代焊接，实现了铝合金在吊顶龙骨领域的简单应用，从而能够克服异形龙骨选材难、加工难的问题；能够实现龙骨在不同高度及角度、方向等维度上的微调，从而在安装过程中灵活控制安装误差。
Special-shaped aluminum alloy ceiling keel capable of being adjusted in multiple dimensions
一种可多维调节的异形铝合金吊顶龙骨
WU YONGQUAN (author) / WANG JIN (author) / YI LUJUN (author) / JIANG CAIJI (author) / LYU YANFENG (author) / WU LITING (author) / WANG QIBING (author) / LONG CHANGXIANG (author) / ZHAO FEI (author) / TIAN HAILIN (author)
2024-10-22
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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