Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Bidirectional sliding tensile friction pendulum
The invention discloses a bidirectional sliding tensile friction pendulum which comprises an upper sliding plate, a spherical plate is arranged below the upper sliding plate, an upper tensile plate isembedded in the spherical plate, the lower end of the upper tensile plate is connected with a lower tensile plate, and the lower tensile plate is slidably connected with the spherical plate. A spherical crown is embedded in the lower end of the lower tensile plate, a lower sliding plate is arranged below the spherical crown, and the lower sliding plate is connected with the lower tensile plate ina clamped mode; the two sides of the lower portion of the upper sliding plate are connected with side face drag hooks, the side face drag hooks are connected to the outer side of the spherical platein a clamped mode, and the side face drag hooks are connected with the lower tensile plate in a sliding mode. The corner function is achieved under the action of drawing force, vertical bearing can beachieved, the earthquake period can be prolonged, energy consumed by movement during transverse and longitudinal reciprocating displacement can be reduced, the drawing force can be borne, and rotation in the sliding direction can be achieved under the action of the drawing force.
本发明公开了一种双向滑动抗拉型摩擦摆，包括上滑板，所述上滑板的下方设有球形板，所述球形板内嵌设有上抗拉板，所述上抗拉板的下端连接有下抗拉板，所述下抗拉板与所述球形板之间滑动连接；所述下抗拉板下端嵌设有球冠，所述球冠下方设有下滑板，所述下滑板与所述下抗拉板之间卡接；所述上滑板的下方两侧连接有侧面拉钩，所述侧面拉钩卡接在所述球形板的外侧，所述侧面拉钩与所述下抗拉板之间滑动连接。本发明实现了在拉拔力作用时满足转角功能，能够满足竖向承载、延长地震周期、横向和纵向往复位移时的运动消耗能量、承载拉拔力，能够在拉拔力作用时实现滑动方向的转动。
Bidirectional sliding tensile friction pendulum
The invention discloses a bidirectional sliding tensile friction pendulum which comprises an upper sliding plate, a spherical plate is arranged below the upper sliding plate, an upper tensile plate isembedded in the spherical plate, the lower end of the upper tensile plate is connected with a lower tensile plate, and the lower tensile plate is slidably connected with the spherical plate. A spherical crown is embedded in the lower end of the lower tensile plate, a lower sliding plate is arranged below the spherical crown, and the lower sliding plate is connected with the lower tensile plate ina clamped mode; the two sides of the lower portion of the upper sliding plate are connected with side face drag hooks, the side face drag hooks are connected to the outer side of the spherical platein a clamped mode, and the side face drag hooks are connected with the lower tensile plate in a sliding mode. The corner function is achieved under the action of drawing force, vertical bearing can beachieved, the earthquake period can be prolonged, energy consumed by movement during transverse and longitudinal reciprocating displacement can be reduced, the drawing force can be borne, and rotation in the sliding direction can be achieved under the action of the drawing force.
本发明公开了一种双向滑动抗拉型摩擦摆，包括上滑板，所述上滑板的下方设有球形板，所述球形板内嵌设有上抗拉板，所述上抗拉板的下端连接有下抗拉板，所述下抗拉板与所述球形板之间滑动连接；所述下抗拉板下端嵌设有球冠，所述球冠下方设有下滑板，所述下滑板与所述下抗拉板之间卡接；所述上滑板的下方两侧连接有侧面拉钩，所述侧面拉钩卡接在所述球形板的外侧，所述侧面拉钩与所述下抗拉板之间滑动连接。本发明实现了在拉拔力作用时满足转角功能，能够满足竖向承载、延长地震周期、横向和纵向往复位移时的运动消耗能量、承载拉拔力，能够在拉拔力作用时实现滑动方向的转动。
Bidirectional sliding tensile friction pendulum
一种双向滑动抗拉型摩擦摆
XIE XIAOFEI (Autor:in)
05.06.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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