Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device
The invention discloses an inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device. The inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device comprises a primary supporting part (1), wherein one side of any one end of the primary supporting part (1) is movably equipped with a secondary supporting part (2); the other side of any one end of the primary supporting part (1) is movably equipped with a viscous damper (3). The curved-shaped secondary supporting part of the damping supporting device and the viscous damper can separately generate distortion flexion and axial telescopic deformation under action of an earthquake, and can co-dissipate earthquake energy; compared with a conventional soft steel damping support and the viscous damper, the inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device has greater energy-dissipating ability and design flexibility, can be applied to energy-dissipating and damping of reinforcement concrete and a steel framework structure better; and meanwhile, the inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device has the characteristics of full assembly type, mixed damping, simple and convenient mounting, easy replacement after earthquake damages, small mounting difficulty, low manufacturing cost and easy transportation, and is applicable to energy-dissipating, damping and supporting of the reinforcement concrete and the steel framework structure.
本发明公开一种人字形装配式组合型消能减震支撑装置，它包括主支撑件(1)，在主支撑件(1)任意一端的一侧活动安装有次支撑件(2)，在主支撑件(1)任意一端的另一侧活动安装有粘滞阻尼器(3)。本发明的减震支撑装置的曲线形的次支撑件和粘滞阻尼器可分别在地震作用下产生屈曲变形和轴向伸缩变形，两者共同耗散地震能量，较传统软钢减震支撑和粘滞阻尼器具有更大的耗能能力和设计灵活性，可更好地应用于钢筋混凝土和钢框架结构的消能减震，同时，具有全装配式，混合减震，安装简便，震后损坏易更换，安装难度小，造价低，运输容易的特点，适用于钢筋混凝土和钢框架结构的消能减震支撑。
Inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device
The invention discloses an inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device. The inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device comprises a primary supporting part (1), wherein one side of any one end of the primary supporting part (1) is movably equipped with a secondary supporting part (2); the other side of any one end of the primary supporting part (1) is movably equipped with a viscous damper (3). The curved-shaped secondary supporting part of the damping supporting device and the viscous damper can separately generate distortion flexion and axial telescopic deformation under action of an earthquake, and can co-dissipate earthquake energy; compared with a conventional soft steel damping support and the viscous damper, the inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device has greater energy-dissipating ability and design flexibility, can be applied to energy-dissipating and damping of reinforcement concrete and a steel framework structure better; and meanwhile, the inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device has the characteristics of full assembly type, mixed damping, simple and convenient mounting, easy replacement after earthquake damages, small mounting difficulty, low manufacturing cost and easy transportation, and is applicable to energy-dissipating, damping and supporting of the reinforcement concrete and the steel framework structure.
本发明公开一种人字形装配式组合型消能减震支撑装置，它包括主支撑件(1)，在主支撑件(1)任意一端的一侧活动安装有次支撑件(2)，在主支撑件(1)任意一端的另一侧活动安装有粘滞阻尼器(3)。本发明的减震支撑装置的曲线形的次支撑件和粘滞阻尼器可分别在地震作用下产生屈曲变形和轴向伸缩变形，两者共同耗散地震能量，较传统软钢减震支撑和粘滞阻尼器具有更大的耗能能力和设计灵活性，可更好地应用于钢筋混凝土和钢框架结构的消能减震，同时，具有全装配式，混合减震，安装简便，震后损坏易更换，安装难度小，造价低，运输容易的特点，适用于钢筋混凝土和钢框架结构的消能减震支撑。
Inverted-V-shaped assembly type combined energy-dissipating, damping and supporting device
一种人字形装配式组合型消能减震支撑装置
HOU XIJIAO (Autor:in) / PENG WENBAI (Autor:in) / ZHAO BAOSHENG (Autor:in) / YANG PEIFEN (Autor:in) / QIU BIN (Autor:in) / LIU YOUJUN (Autor:in) / WEN QIANG (Autor:in) / SHA OU (Autor:in) / LI PENG (Autor:in)
10.07.2020
Patent
Elektronische Ressource
Chinesisch
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