A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Strong-wind-resistant large-span metal roof ridge structure
The invention discloses a strong-wind-resistant large-span metal roof ridge structure which comprises rectangular steel pipes, ridge supporting square pipes, ridge vertical square pipes, profiling square pipes and edge sealing square pipes. The two rectangular steel pipes are arranged on the left side and the right side of a ridge splicing seam respectively, the rectangular steel pipes are parallel to the ridge splicing seam, the ridge supporting square pipe is welded between the two rectangular steel pipes, the upper surface of the ridge supporting square pipe is welded and matched with the lower end face of the ridge vertical square pipe, the ridge vertical square pipe is vertically inserted into the ridge splicing seam, and the ridge vertical square pipe is welded and matched with the ridge splicing seam. Profiling square pipes are welded to the left side and the right side of the upper end of the ridge vertical square pipe, and edge sealing square pipes are welded to the ends, away from the ridge vertical square pipe, of the profiling square pipes; a metal roof structure is arranged between the edge sealing square pipe and the rectangular steel pipe. The strong-wind-resistant large-span metal roof ridge structure is ingenious in design and practical in function, and the problem that an existing metal roof ridge structure is poor in wind resistance and water resistance is effectively solved.
本发明公开了一种抗强风的大跨度金属屋面屋脊结构，包括矩形钢管、屋脊支撑方管、屋脊竖直方管、压型方管和封边方管；两个矩形钢管分别设置在屋脊拼接缝的左右两侧，所述矩形钢管与屋脊拼接缝平行，两个矩形钢管之间焊接有屋脊支撑方管，所述屋脊支撑方管的上表面与屋脊竖直方管的下端面焊接配合，所述屋脊竖直方管竖直插入屋脊拼接缝中，所述屋脊竖直方管上端的左右两侧焊接有压型方管，所述压型方管远离屋脊竖直方管的一端焊接有封边方管；所述封边方管与矩形钢管之间设置金属屋面结构。本发明抗强风的大跨度金属屋面屋脊结构，设计巧妙，功能实用，有效解决了现有的金属屋面屋脊结构的抗风防水性能差的问题。
Strong-wind-resistant large-span metal roof ridge structure
The invention discloses a strong-wind-resistant large-span metal roof ridge structure which comprises rectangular steel pipes, ridge supporting square pipes, ridge vertical square pipes, profiling square pipes and edge sealing square pipes. The two rectangular steel pipes are arranged on the left side and the right side of a ridge splicing seam respectively, the rectangular steel pipes are parallel to the ridge splicing seam, the ridge supporting square pipe is welded between the two rectangular steel pipes, the upper surface of the ridge supporting square pipe is welded and matched with the lower end face of the ridge vertical square pipe, the ridge vertical square pipe is vertically inserted into the ridge splicing seam, and the ridge vertical square pipe is welded and matched with the ridge splicing seam. Profiling square pipes are welded to the left side and the right side of the upper end of the ridge vertical square pipe, and edge sealing square pipes are welded to the ends, away from the ridge vertical square pipe, of the profiling square pipes; a metal roof structure is arranged between the edge sealing square pipe and the rectangular steel pipe. The strong-wind-resistant large-span metal roof ridge structure is ingenious in design and practical in function, and the problem that an existing metal roof ridge structure is poor in wind resistance and water resistance is effectively solved.
本发明公开了一种抗强风的大跨度金属屋面屋脊结构，包括矩形钢管、屋脊支撑方管、屋脊竖直方管、压型方管和封边方管；两个矩形钢管分别设置在屋脊拼接缝的左右两侧，所述矩形钢管与屋脊拼接缝平行，两个矩形钢管之间焊接有屋脊支撑方管，所述屋脊支撑方管的上表面与屋脊竖直方管的下端面焊接配合，所述屋脊竖直方管竖直插入屋脊拼接缝中，所述屋脊竖直方管上端的左右两侧焊接有压型方管，所述压型方管远离屋脊竖直方管的一端焊接有封边方管；所述封边方管与矩形钢管之间设置金属屋面结构。本发明抗强风的大跨度金属屋面屋脊结构，设计巧妙，功能实用，有效解决了现有的金属屋面屋脊结构的抗风防水性能差的问题。
Strong-wind-resistant large-span metal roof ridge structure
一种抗强风的大跨度金属屋面屋脊结构
GONG HONGYAO (author) / CAO RUIXUE (author) / DING HUYING (author) / WANG JINGFENG (author) / LI BEIBEI (author) / LIU AO (author) / HUANG ZHIZHEN (author) / DU BIN (author) / WANG WEI (author) / ZHANG SHUMAN (author)
2023-10-17
Patent
Electronic Resource
Chinese
Wind-resistant column and roof connecting joint suitable for large-span steel structure roof
| European Patent Office | 2021