Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Gas film structure and intelligent cable arranging method for gas film
The invention provides a gas film structure and a gas film intelligent cable distribution method, the gas film structure comprises a gas film main body and a cable net formed by crossing a plurality of cables on the gas film main body, and the gas film main body has a plurality of vertex angles formed by crossing outer edges in different directions in the overlook direction; for at least one apex angle, the multiple cables are sequentially arranged from near to far relative to the apex angle and extend from one side of the apex angle to the other side of the apex angle, and the cable diameter of the cable in a near-end area within a preset range from the apex angle is larger than that of the cable in a far-end area beyond the preset range, and/or the cable diameter of the cable in a far-end area within the preset range is larger than that of the cable in a far-end area within the preset range. The density of the cords in the proximal region at a distance from the apex angle is greater than the density of the cords in the distal region. According to the gas film main body, the cables with different cable diameters or different densities are arranged in the near-end area and the far-end area, so that the force bearing capacity of a cable net is improved, the material cost and the self weight required by the cable net are reduced, and the overall stability and safety of the gas film structure are improved.
本发明提供了一种气膜结构及气膜智能布索方法，包括气膜主体以及在气膜主体上由多根索交叉形成的索网，气膜主体具有沿俯视方向上由不同方向的外边缘交叉形成的多个顶角；对于至少一个顶角，多根索相对于顶角由近到远依次设置，且分别从顶角的一侧延伸到顶角的另一侧，在与顶角距离处于预设范围的近端区域的索的索径大于超出预设范围的远端区域的索的索径，和/或，在与顶角距离的近端区域的索的密集程度大于远端区域的索的密集程度。本发明的气膜主体通过在近端区域和远端区域配置有不同索径或不同密集程度的索，即提高了索网力的承载能力，又减少了索网所需的材料成本和自身重量，使气膜结构整体的稳定性和安全性得到提高。
Gas film structure and intelligent cable arranging method for gas film
The invention provides a gas film structure and a gas film intelligent cable distribution method, the gas film structure comprises a gas film main body and a cable net formed by crossing a plurality of cables on the gas film main body, and the gas film main body has a plurality of vertex angles formed by crossing outer edges in different directions in the overlook direction; for at least one apex angle, the multiple cables are sequentially arranged from near to far relative to the apex angle and extend from one side of the apex angle to the other side of the apex angle, and the cable diameter of the cable in a near-end area within a preset range from the apex angle is larger than that of the cable in a far-end area beyond the preset range, and/or the cable diameter of the cable in a far-end area within the preset range is larger than that of the cable in a far-end area within the preset range. The density of the cords in the proximal region at a distance from the apex angle is greater than the density of the cords in the distal region. According to the gas film main body, the cables with different cable diameters or different densities are arranged in the near-end area and the far-end area, so that the force bearing capacity of a cable net is improved, the material cost and the self weight required by the cable net are reduced, and the overall stability and safety of the gas film structure are improved.
本发明提供了一种气膜结构及气膜智能布索方法，包括气膜主体以及在气膜主体上由多根索交叉形成的索网，气膜主体具有沿俯视方向上由不同方向的外边缘交叉形成的多个顶角；对于至少一个顶角，多根索相对于顶角由近到远依次设置，且分别从顶角的一侧延伸到顶角的另一侧，在与顶角距离处于预设范围的近端区域的索的索径大于超出预设范围的远端区域的索的索径，和/或，在与顶角距离的近端区域的索的密集程度大于远端区域的索的密集程度。本发明的气膜主体通过在近端区域和远端区域配置有不同索径或不同密集程度的索，即提高了索网力的承载能力，又减少了索网所需的材料成本和自身重量，使气膜结构整体的稳定性和安全性得到提高。
Gas film structure and intelligent cable arranging method for gas film
一种气膜结构及气膜智能布索方法
ZHANG TI (Autor:in) / ZHAO XIAOCONG (Autor:in) / LAO XINQI (Autor:in) / SHANG MING (Autor:in)
07.06.2024
Patent
Elektronische Ressource
Chinesisch
CONSTRUCTION METHOD of STRUCTURE FOR ARRANGING CABLE IN BUILDING
| Europäisches Patentamt | 2018
Fastening cable arranging device and fastening cable saddle system
| Europäisches Patentamt | 2023
METHOD AND DEVICE FOR ARRANGING A SHEATH ON A STAY CABLE
| Europäisches Patentamt | 2023
| Europäisches Patentamt | 2020