A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A movable energy-saving sunlight room with a cone mechanical structure relates to the technical field of sunlight room buildings and comprises upright columns, edge beams, side beams, a main beam and auxiliary beams, the main beam comprises a main beam shell, a conical main beam cone part is arranged on the lower portion of the main beam shell, a protruding part protruding upwards is arranged in the middle of the upper portion of the main beam shell, and the main beam cone part is arranged in the middle of the upper portion of the main beam shell. According to the movable cone mechanical structure energy-saving sunlight room, the cone main beams, the cone auxiliary beams, the bearing edge beams and the bearing side beams are all of rapid assembly design structures, so that the problems of power consumption and energy consumption are solved, and the overall technical standard of the industry is improved; meanwhile, the mechanical structure design of the cone beam solves the problems of wind resistance, falling resistance, loading force and telescopic force, the aesthetic design of appearance integrates narrow view of a visual surface and wide view of a bearing surface, the aesthetic standard of the steel industry is achieved, the industrial bearing and mechanical standards are achieved, and the new height of any assembly of a bearing structure fixing position in the sunlight room industry is increased.
一种活动式椎体力学结构节能阳光房，涉及阳光房建筑技术领域，包括包括立柱、边梁、侧梁、主梁和副梁，主梁包括主梁壳体，主梁壳体下方部位设有锥状的主梁椎体部，主梁壳体上方中间部位设置有向上凸起的凸起部，且主梁壳体两侧上方部位设置有主梁胶条槽，本发明提供了一种活动式椎体力学结构节能阳光房，通过椎体主梁、椎体副梁、承重边梁、承重侧梁均为快速装配设计结构，解决功耗能耗，提高行业整体技术标准，同时椎体梁的力学结构设计解决风阻力、抗坠力、荷载力、伸缩力，外观美学设计融合了可视面窄视，承重面宽视，达到了钢业美学标准，做到了行业承重，力学标准，提升了阳光房行业承重结构固定位任意装配新高度。
A movable energy-saving sunlight room with a cone mechanical structure relates to the technical field of sunlight room buildings and comprises upright columns, edge beams, side beams, a main beam and auxiliary beams, the main beam comprises a main beam shell, a conical main beam cone part is arranged on the lower portion of the main beam shell, a protruding part protruding upwards is arranged in the middle of the upper portion of the main beam shell, and the main beam cone part is arranged in the middle of the upper portion of the main beam shell. According to the movable cone mechanical structure energy-saving sunlight room, the cone main beams, the cone auxiliary beams, the bearing edge beams and the bearing side beams are all of rapid assembly design structures, so that the problems of power consumption and energy consumption are solved, and the overall technical standard of the industry is improved; meanwhile, the mechanical structure design of the cone beam solves the problems of wind resistance, falling resistance, loading force and telescopic force, the aesthetic design of appearance integrates narrow view of a visual surface and wide view of a bearing surface, the aesthetic standard of the steel industry is achieved, the industrial bearing and mechanical standards are achieved, and the new height of any assembly of a bearing structure fixing position in the sunlight room industry is increased.
一种活动式椎体力学结构节能阳光房，涉及阳光房建筑技术领域，包括包括立柱、边梁、侧梁、主梁和副梁，主梁包括主梁壳体，主梁壳体下方部位设有锥状的主梁椎体部，主梁壳体上方中间部位设置有向上凸起的凸起部，且主梁壳体两侧上方部位设置有主梁胶条槽，本发明提供了一种活动式椎体力学结构节能阳光房，通过椎体主梁、椎体副梁、承重边梁、承重侧梁均为快速装配设计结构，解决功耗能耗，提高行业整体技术标准，同时椎体梁的力学结构设计解决风阻力、抗坠力、荷载力、伸缩力，外观美学设计融合了可视面窄视，承重面宽视，达到了钢业美学标准，做到了行业承重，力学标准，提升了阳光房行业承重结构固定位任意装配新高度。
Movable cone mechanical structure energy-saving sunlight room
一种活动式椎体力学结构节能阳光房
QIU LIXIN (author)
2023-06-09
Patent
Electronic Resource
Chinese
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