A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Large-span arc-shaped suspended ceiling for subway station
The invention discloses a subway station large-span arc-shaped suspended ceiling which comprises a wall body and further comprises a plurality of arc-shaped suspended ceiling bodies, and the concave faces of the adjacent arc-shaped suspended ceiling bodies are connected in an inserted mode through connecting units. The plurality of groups of cross arms are fixedly arranged on the wall body and are positioned right above the concave surface of the arc-shaped suspended ceiling body; a plurality of support units; according to the arc-shaped suspended ceiling, through the splicing design of the arc-shaped suspended ceiling bodies, the construction and transportation difficulty can be greatly reduced, and through the arrangement of the connecting units, the connecting stability performance of the adjacent arc-shaped suspended ceiling bodies can be improved, and rapid inserting connection is achieved; meanwhile, the supporting units are arranged at the joints or the concave surfaces, so that the connecting pressure at the concave surfaces of the arc-shaped suspended ceiling body can be reduced, and the stress of the concave surfaces is shared by the convex surfaces of the arc-shaped suspended ceiling body, so that the hoisting stability is improved, and the overall anti-risk stability of the whole hoisting is improved.
本发明公开了一种地铁站大跨度弧形吊顶,包括墙体，还包括：多个弧形吊顶本体，相邻所述弧形吊顶本体凹面之间通过连接单元进行插接设置；多组横担，固设于墙体上，且位于弧形吊顶本体的凹面正上方；多个支撑单元；设置于所述横担和弧形吊顶本体之间，本发明通过弧形吊顶本体的拼接式设计，可大大减轻施工以及运输难度，并通过连接单元的设置，可增加相邻弧形吊顶本体连接的稳定性能并实现快速插接，同时通过在连接处或凹面处设置支撑单元的设置，可减轻弧形吊顶本体凹面处的连接压力，使该部位的受力分担至弧形吊顶本体的凸面处，从而增加吊起的稳定性能，同时增加整个吊装的整体抗风险稳定性能。
Large-span arc-shaped suspended ceiling for subway station
The invention discloses a subway station large-span arc-shaped suspended ceiling which comprises a wall body and further comprises a plurality of arc-shaped suspended ceiling bodies, and the concave faces of the adjacent arc-shaped suspended ceiling bodies are connected in an inserted mode through connecting units. The plurality of groups of cross arms are fixedly arranged on the wall body and are positioned right above the concave surface of the arc-shaped suspended ceiling body; a plurality of support units; according to the arc-shaped suspended ceiling, through the splicing design of the arc-shaped suspended ceiling bodies, the construction and transportation difficulty can be greatly reduced, and through the arrangement of the connecting units, the connecting stability performance of the adjacent arc-shaped suspended ceiling bodies can be improved, and rapid inserting connection is achieved; meanwhile, the supporting units are arranged at the joints or the concave surfaces, so that the connecting pressure at the concave surfaces of the arc-shaped suspended ceiling body can be reduced, and the stress of the concave surfaces is shared by the convex surfaces of the arc-shaped suspended ceiling body, so that the hoisting stability is improved, and the overall anti-risk stability of the whole hoisting is improved.
本发明公开了一种地铁站大跨度弧形吊顶,包括墙体，还包括：多个弧形吊顶本体，相邻所述弧形吊顶本体凹面之间通过连接单元进行插接设置；多组横担，固设于墙体上，且位于弧形吊顶本体的凹面正上方；多个支撑单元；设置于所述横担和弧形吊顶本体之间，本发明通过弧形吊顶本体的拼接式设计，可大大减轻施工以及运输难度，并通过连接单元的设置，可增加相邻弧形吊顶本体连接的稳定性能并实现快速插接，同时通过在连接处或凹面处设置支撑单元的设置，可减轻弧形吊顶本体凹面处的连接压力，使该部位的受力分担至弧形吊顶本体的凸面处，从而增加吊起的稳定性能，同时增加整个吊装的整体抗风险稳定性能。
Large-span arc-shaped suspended ceiling for subway station
一种地铁站大跨度弧形吊顶
WU LIN (author) / WANG PENG (author) / DENG XIAN (author) / LIU XIN (author) / ZHANG BIAO (author) / YU JIE (author) / LIU LEI (author) / LI LIANG (author) / LIU MINGZE (author) / WANG GUANGHUI (author)
2024-08-16
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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