Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-wind-resistance stable power transmission tower and tower body auxiliary supporting method
The invention relates to the field of power transmission iron towers and tower body auxiliary supporting, in particular to a high-wind-resistance stable power transmission iron tower and a tower body auxiliary supporting method. The power transmission iron tower and the tower body auxiliary supporting method aim at solving the technical problems that in the prior art, an iron tower structure is prone to shaking or collapsing under the action of large wind power, and the wind resistance and stability of a power transmission iron tower are insufficient. A high-wind-resistance stable power transmission iron tower comprises a power transmission iron tower body, a supporting assembly, a protection assembly and a stabilizing assembly. The four supporting assemblies are arranged on the outer side of the power transmission iron tower, the bottom end balance weight and the connecting inhaul cables are added, the stability of the whole structure of the iron tower can be effectively enhanced, the baffles with radians are arranged on the four faces of the power transmission iron tower, and the impact force of storm wind on a base of the power transmission iron tower can be effectively reduced; the protection assembly is driven by wind power to drive the steel wire rope connected with the stabilizing assembly to generate downward pulling force on the power transmission iron tower, so that the overall high wind resistance and stability of the power transmission iron tower are enhanced.
本发明涉及输电铁塔及塔体辅助支护领域，尤其涉及一种高抗风稳定的输电铁塔及塔体辅助支护方法。该输电铁塔及塔体辅助支护方法旨在解决现有技术下在较大风力的作用下容易导致铁塔结构的摇晃或倒塌，输电铁塔抗风性与稳定性不足的技术问题。一种高抗风稳定的输电铁塔，包括有输电铁塔塔体、支撑组件、防护组件、稳定组件。本发明通过在输电铁塔外侧设置四组支撑组件增加底端配重与连接拉索，能够有效地增强铁塔整体结构的稳定性，通过在输电铁塔四个面设置带有弧度的挡板，能够有效减少暴风对输电铁塔底座冲击力，通过防护组件受风力驱动稳定组件连接的钢丝绳对输电铁塔产生被下拉力，以增强输电铁塔的整体高抗风性与稳定性。
High-wind-resistance stable power transmission tower and tower body auxiliary supporting method
The invention relates to the field of power transmission iron towers and tower body auxiliary supporting, in particular to a high-wind-resistance stable power transmission iron tower and a tower body auxiliary supporting method. The power transmission iron tower and the tower body auxiliary supporting method aim at solving the technical problems that in the prior art, an iron tower structure is prone to shaking or collapsing under the action of large wind power, and the wind resistance and stability of a power transmission iron tower are insufficient. A high-wind-resistance stable power transmission iron tower comprises a power transmission iron tower body, a supporting assembly, a protection assembly and a stabilizing assembly. The four supporting assemblies are arranged on the outer side of the power transmission iron tower, the bottom end balance weight and the connecting inhaul cables are added, the stability of the whole structure of the iron tower can be effectively enhanced, the baffles with radians are arranged on the four faces of the power transmission iron tower, and the impact force of storm wind on a base of the power transmission iron tower can be effectively reduced; the protection assembly is driven by wind power to drive the steel wire rope connected with the stabilizing assembly to generate downward pulling force on the power transmission iron tower, so that the overall high wind resistance and stability of the power transmission iron tower are enhanced.
本发明涉及输电铁塔及塔体辅助支护领域，尤其涉及一种高抗风稳定的输电铁塔及塔体辅助支护方法。该输电铁塔及塔体辅助支护方法旨在解决现有技术下在较大风力的作用下容易导致铁塔结构的摇晃或倒塌，输电铁塔抗风性与稳定性不足的技术问题。一种高抗风稳定的输电铁塔，包括有输电铁塔塔体、支撑组件、防护组件、稳定组件。本发明通过在输电铁塔外侧设置四组支撑组件增加底端配重与连接拉索，能够有效地增强铁塔整体结构的稳定性，通过在输电铁塔四个面设置带有弧度的挡板，能够有效减少暴风对输电铁塔底座冲击力，通过防护组件受风力驱动稳定组件连接的钢丝绳对输电铁塔产生被下拉力，以增强输电铁塔的整体高抗风性与稳定性。
High-wind-resistance stable power transmission tower and tower body auxiliary supporting method
一种高抗风稳定的输电铁塔及塔体辅助支护方法
TAO JUN (Autor:in) / LI WENBIN (Autor:in) / TANG ZHIHONG (Autor:in) / QIU TAO (Autor:in) / LI DAOXIONG (Autor:in)
24.09.2024
Patent
Elektronische Ressource
Chinesisch
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