Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rapidly-adjusted, mounted, pressed and shock-absorbing device
The invention provides a rapid adjustment, installation and compression damping device, and belongs to the field of seismic mitigation and isolation. A first adjusting cushion block is placed in the open end of a sleeve, then an energy-dissipation deformation slotted lining and a wedge-shaped lining are sequentially installed in the sleeve, a hole is formed in the middle of the first adjusting cushion block, and the threaded end of an inner core penetrates through the energy-dissipation deformation slotted lining, the wedge-shaped lining and the first adjusting cushion block through the open end of the sleeve and finally penetrates through the semi-closed end of the sleeve. And the open end of the sleeve is placed into the energy dissipation deformation slotted lining, the wedge-shaped lining and the second adjusting cushion block again, the open end of the sleeve is connected with the sleeve connecting joint through threads, and the threaded end of the inner core is inserted into the inner core connecting joint through threads. The bearing-energy dissipation component has the dual functions of supporting and metal energy dissipation without overall instability under large deformation, plays a role in supporting and energy dissipation, enables a main body structure to be basically in an elastic range, and can comprehensively improve the anti-seismic performance of a traditional supporting frame under medium earthquakes and large earthquakes.
本发明提供了一种快速调整安装压紧减震装置，属于减隔震领域。本发明套筒的开口端放入调整垫块一，套筒内再依次装入耗能变形开缝衬套和楔形衬套，调整垫块一中间带孔，内芯的螺纹端通过套筒的开口端穿过耗能变形开缝衬套、楔形衬套和调整垫块一最后穿过套筒的半封闭端，套筒的开口端再次放入耗能变形开缝衬套、楔形衬套和调整垫块二，套筒的开口端通过螺纹与套筒连接接头连接，内芯的螺纹端通过螺纹插入内芯连接接头内。本发明是一种兼具大变形下不发生整体失稳的支撑和金属耗能双重功能的承载‑消能构件，充当支撑及耗能的作用，使得主体结构基本处于弹性范围内，可以全面提高传统的支撑框架在中震和大震下的抗震性能。
Rapidly-adjusted, mounted, pressed and shock-absorbing device
The invention provides a rapid adjustment, installation and compression damping device, and belongs to the field of seismic mitigation and isolation. A first adjusting cushion block is placed in the open end of a sleeve, then an energy-dissipation deformation slotted lining and a wedge-shaped lining are sequentially installed in the sleeve, a hole is formed in the middle of the first adjusting cushion block, and the threaded end of an inner core penetrates through the energy-dissipation deformation slotted lining, the wedge-shaped lining and the first adjusting cushion block through the open end of the sleeve and finally penetrates through the semi-closed end of the sleeve. And the open end of the sleeve is placed into the energy dissipation deformation slotted lining, the wedge-shaped lining and the second adjusting cushion block again, the open end of the sleeve is connected with the sleeve connecting joint through threads, and the threaded end of the inner core is inserted into the inner core connecting joint through threads. The bearing-energy dissipation component has the dual functions of supporting and metal energy dissipation without overall instability under large deformation, plays a role in supporting and energy dissipation, enables a main body structure to be basically in an elastic range, and can comprehensively improve the anti-seismic performance of a traditional supporting frame under medium earthquakes and large earthquakes.
本发明提供了一种快速调整安装压紧减震装置，属于减隔震领域。本发明套筒的开口端放入调整垫块一，套筒内再依次装入耗能变形开缝衬套和楔形衬套，调整垫块一中间带孔，内芯的螺纹端通过套筒的开口端穿过耗能变形开缝衬套、楔形衬套和调整垫块一最后穿过套筒的半封闭端，套筒的开口端再次放入耗能变形开缝衬套、楔形衬套和调整垫块二，套筒的开口端通过螺纹与套筒连接接头连接，内芯的螺纹端通过螺纹插入内芯连接接头内。本发明是一种兼具大变形下不发生整体失稳的支撑和金属耗能双重功能的承载‑消能构件，充当支撑及耗能的作用，使得主体结构基本处于弹性范围内，可以全面提高传统的支撑框架在中震和大震下的抗震性能。
Rapidly-adjusted, mounted, pressed and shock-absorbing device
一种快速调整安装压紧减震装置
QI XINGJUN (Autor:in) / ZHUANG JIAN (Autor:in)
04.08.2023
Patent
Elektronische Ressource
Chinesisch
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