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A platform for research: civil engineering, architecture and urbanism
Stadium cantilever roof based on triangular truss and construction method thereof
The invention discloses a stadium cantilever roof based on a triangular truss and a construction method thereof, the cantilever roof comprises a connecting truss, a sliding truss and a plurality of roof bodies, and the roof bodies are distributed in the length direction of the sliding truss; the adjacent roof bodies are fixedly connected; the connecting truss comprises a secondary connecting steel frame and a plurality of vertical supporting columns which are used for supporting the secondary connecting steel frame and are vertically arranged, and the vertical supporting columns are distributed in the length direction of the secondary connecting steel frame; the sliding truss comprises a main connecting steel frame, the main connecting steel frame is connected to the connecting truss, a sliding rail is arranged on the main connecting steel frame, the front end of the roof body is arranged on the sliding rail in a sliding mode, an inclined supporting steel frame is connected to the roof body in a threaded mode, and the tail end of the inclined supporting steel frame is connected to the vertical supporting column in a threaded mode. The stadium overhanging roof based on the triangular truss is novel in structure, all the roof bodies can directly slide into the sliding truss during assembly, positioning is more convenient and accurate, and meanwhile, the structure is higher in stability by arranging the oblique supporting steel frame.
基于三角桁架的体育场悬挑屋盖及其施工方法，所述悬挑屋盖包括连接桁架、滑移桁架和多个屋盖本体，屋盖本体沿滑移桁架长度方向分布；相邻屋盖本体之间固接；连接桁架包括次连接钢架和支撑次连接钢架的竖直设置的多个竖向支撑柱，竖向支撑柱沿次连接钢架的长度方向分布；滑移桁架包括主连接钢架，主连接钢架连接于连接桁架上，主连接钢架上设有滑移轨道，屋盖本体前端滑动设置于滑移轨道上，屋盖本体上螺接有斜向支撑钢架，斜向支撑钢架末端螺接在竖向支撑柱上。本发明所述的基于三角桁架的体育场悬挑屋盖结构新颖，通过设置滑移桁架装配时可以直接将各个屋盖本体滑入进去，定位更加方便准确，同时该结构通过设置斜向支撑钢架，稳定性更高。
Stadium cantilever roof based on triangular truss and construction method thereof
The invention discloses a stadium cantilever roof based on a triangular truss and a construction method thereof, the cantilever roof comprises a connecting truss, a sliding truss and a plurality of roof bodies, and the roof bodies are distributed in the length direction of the sliding truss; the adjacent roof bodies are fixedly connected; the connecting truss comprises a secondary connecting steel frame and a plurality of vertical supporting columns which are used for supporting the secondary connecting steel frame and are vertically arranged, and the vertical supporting columns are distributed in the length direction of the secondary connecting steel frame; the sliding truss comprises a main connecting steel frame, the main connecting steel frame is connected to the connecting truss, a sliding rail is arranged on the main connecting steel frame, the front end of the roof body is arranged on the sliding rail in a sliding mode, an inclined supporting steel frame is connected to the roof body in a threaded mode, and the tail end of the inclined supporting steel frame is connected to the vertical supporting column in a threaded mode. The stadium overhanging roof based on the triangular truss is novel in structure, all the roof bodies can directly slide into the sliding truss during assembly, positioning is more convenient and accurate, and meanwhile, the structure is higher in stability by arranging the oblique supporting steel frame.
基于三角桁架的体育场悬挑屋盖及其施工方法，所述悬挑屋盖包括连接桁架、滑移桁架和多个屋盖本体，屋盖本体沿滑移桁架长度方向分布；相邻屋盖本体之间固接；连接桁架包括次连接钢架和支撑次连接钢架的竖直设置的多个竖向支撑柱，竖向支撑柱沿次连接钢架的长度方向分布；滑移桁架包括主连接钢架，主连接钢架连接于连接桁架上，主连接钢架上设有滑移轨道，屋盖本体前端滑动设置于滑移轨道上，屋盖本体上螺接有斜向支撑钢架，斜向支撑钢架末端螺接在竖向支撑柱上。本发明所述的基于三角桁架的体育场悬挑屋盖结构新颖，通过设置滑移桁架装配时可以直接将各个屋盖本体滑入进去，定位更加方便准确，同时该结构通过设置斜向支撑钢架，稳定性更高。
Stadium cantilever roof based on triangular truss and construction method thereof
基于三角桁架的体育场悬挑屋盖及其施工方法
WU WENBING (author) / HAO SHAOJIN (author) / HUANG XINGHONG (author) / GAO YUCHUN (author) / DUAN ZHEN (author) / MIAO FEILONG (author) / LIU HONGTAO (author) / WANG JIAYUAN (author)
2022-11-11
Patent
Electronic Resource
Chinese
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