Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a roof wind-resistant system, which comprises a roof panel, which is formed by mutually rolling and buckling a plurality of adjacent roof panels and is fixed on a roof through a fixing seat at the rolling and buckling position; the outer sides of the rolling and buckling positions of every two adjacent roof panels are clamped and fixed through clamps. The wind-resistant pressing strip is arranged between the female vertical edge and the male vertical edge and is used for preventing the roof panel from tilting, bending deformation or breakage under negative wind pressure; the roof panel can be pressed through the wind-resistant pressing strips, the phenomenon that the roof tilts, bends, deforms or fractures during negative wind pressure is avoided, meanwhile, the drainage effect of the roof is not affected, the wind-resistant capability of the roof panel is improved, and the service life is prolonged; the four-connecting-rod structure is adopted in the wind-resistant pressing strip, when the panel is subjected to negative wind pressure, through force transmission of the four-connecting-rod structure, the clamping force of the clamp of the roof panel is increased in a multiplied mode, the clamping force is improved, and therefore the wind-resistant capability of the roof panel is improved.
本发明提供一种屋面抗风系统，包括屋面板，由多个相邻的屋面板相互卷扣而成，并在卷扣处通过固定座固定于屋顶上；两个相邻的屋面板的卷扣处外侧均通过夹具进行夹紧固定；抗风压条，设于母立边和公立边之间，用于防止负风压时，屋面板翘起、弯曲变形或者断裂；本发明通过抗风压条，能压紧屋面板，避免负风压时屋面发生翘起、弯曲变形或者断裂现象，同时不影响屋面的排水效果，提高了屋面板的抗风歇能力，提高了使用寿命；通过抗风压条采用四连杆结构，面板在受负风压时，通过四连杆结构的力传递，使得屋面板的夹具夹持力成倍数增长，提高了夹持力，从而提高了屋面板的抗风歇能力。
The invention provides a roof wind-resistant system, which comprises a roof panel, which is formed by mutually rolling and buckling a plurality of adjacent roof panels and is fixed on a roof through a fixing seat at the rolling and buckling position; the outer sides of the rolling and buckling positions of every two adjacent roof panels are clamped and fixed through clamps. The wind-resistant pressing strip is arranged between the female vertical edge and the male vertical edge and is used for preventing the roof panel from tilting, bending deformation or breakage under negative wind pressure; the roof panel can be pressed through the wind-resistant pressing strips, the phenomenon that the roof tilts, bends, deforms or fractures during negative wind pressure is avoided, meanwhile, the drainage effect of the roof is not affected, the wind-resistant capability of the roof panel is improved, and the service life is prolonged; the four-connecting-rod structure is adopted in the wind-resistant pressing strip, when the panel is subjected to negative wind pressure, through force transmission of the four-connecting-rod structure, the clamping force of the clamp of the roof panel is increased in a multiplied mode, the clamping force is improved, and therefore the wind-resistant capability of the roof panel is improved.
本发明提供一种屋面抗风系统，包括屋面板，由多个相邻的屋面板相互卷扣而成，并在卷扣处通过固定座固定于屋顶上；两个相邻的屋面板的卷扣处外侧均通过夹具进行夹紧固定；抗风压条，设于母立边和公立边之间，用于防止负风压时，屋面板翘起、弯曲变形或者断裂；本发明通过抗风压条，能压紧屋面板，避免负风压时屋面发生翘起、弯曲变形或者断裂现象，同时不影响屋面的排水效果，提高了屋面板的抗风歇能力，提高了使用寿命；通过抗风压条采用四连杆结构，面板在受负风压时，通过四连杆结构的力传递，使得屋面板的夹具夹持力成倍数增长，提高了夹持力，从而提高了屋面板的抗风歇能力。
Roof wind-resistant system
一种屋面抗风系统
FAN XU (Autor:in)
10.05.2022
Patent
Elektronische Ressource
Chinesisch
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