Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a bandage supporting type air costal membrane structure which comprises an air costal membrane body formed by sequentially splicing a plurality of air costal membranes in the side direction, and a waist belt, side belts, an abdominal belt and a supporting belt which are arranged on the air costal membrane body, the waist belts are annularly wound on the inner wall and the outer wall of the air costal film body in the axial direction of the air costal film body, and the multiple waist belts are evenly arranged at intervals along the bending track of the air costal film body from the side, close to the ground, of the air costal film body to the other side, close to the ground, of the air costal film body. The air costal membrane has the beneficial effects that the waistband and the side bands play a role in fastening the air costal membranes, and the multiple air costal membranes are connected into a whole through the waistband, the side bands, the bellyband and the like and are jointly stressed, so that the whole air costal membrane structure can bear larger wind, snow or rain loads; after a plurality of air costal membranes are connected together under the action of the binding bands, the overall wind, snow and rain resistance is greatly improved, and larger internal air pressure can be borne.
本发明涉及一种绑带支撑式气肋膜结构，包括：由多个气肋膜侧向依次拼接形成的气肋膜本体以及设置于所述气肋膜本体上的腰带、侧带、腹带以及支撑带，所述腰带沿所述气肋膜本体的轴向方向环向缠绕于所述气肋膜本体的内壁以及外壁，由所述气肋膜本体靠近地面的一侧向所述气肋膜本体靠近地面的另一侧沿所述气肋膜本体的弯曲轨迹均匀间隔设置有多条所述腰带。本发明的有益效果是腰带以及侧带起到紧固气肋膜的作用，多个气肋膜通过腰带、侧带以及腹带等连接成一个整体，共同受力，使得整个气肋膜结构能够承受更大的风、雪或雨载荷；通过绑带的作用将多个气肋膜连接在一起之后，整体抗风、雪、雨的能力大大提高，并且能承受更大的内部气压。
The invention relates to a bandage supporting type air costal membrane structure which comprises an air costal membrane body formed by sequentially splicing a plurality of air costal membranes in the side direction, and a waist belt, side belts, an abdominal belt and a supporting belt which are arranged on the air costal membrane body, the waist belts are annularly wound on the inner wall and the outer wall of the air costal film body in the axial direction of the air costal film body, and the multiple waist belts are evenly arranged at intervals along the bending track of the air costal film body from the side, close to the ground, of the air costal film body to the other side, close to the ground, of the air costal film body. The air costal membrane has the beneficial effects that the waistband and the side bands play a role in fastening the air costal membranes, and the multiple air costal membranes are connected into a whole through the waistband, the side bands, the bellyband and the like and are jointly stressed, so that the whole air costal membrane structure can bear larger wind, snow or rain loads; after a plurality of air costal membranes are connected together under the action of the binding bands, the overall wind, snow and rain resistance is greatly improved, and larger internal air pressure can be borne.
本发明涉及一种绑带支撑式气肋膜结构，包括：由多个气肋膜侧向依次拼接形成的气肋膜本体以及设置于所述气肋膜本体上的腰带、侧带、腹带以及支撑带，所述腰带沿所述气肋膜本体的轴向方向环向缠绕于所述气肋膜本体的内壁以及外壁，由所述气肋膜本体靠近地面的一侧向所述气肋膜本体靠近地面的另一侧沿所述气肋膜本体的弯曲轨迹均匀间隔设置有多条所述腰带。本发明的有益效果是腰带以及侧带起到紧固气肋膜的作用，多个气肋膜通过腰带、侧带以及腹带等连接成一个整体，共同受力，使得整个气肋膜结构能够承受更大的风、雪或雨载荷；通过绑带的作用将多个气肋膜连接在一起之后，整体抗风、雪、雨的能力大大提高，并且能承受更大的内部气压。
Bandage supporting type air costal membrane structure
一种绑带支撑式气肋膜结构
15.11.2024
Patent
Elektronische Ressource
Chinesisch
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