A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DAMPER DEVICE
To provide a damper device for regulating a relative displacement between a plurality of oil dampers even if differences of attenuation forces are generated at the plurality of oil dampers.SOLUTION: A damper device 1 arranged between a first structure and a second structure comprises: two pieces or more first dampers A connected to the first structure side at their one-side ends; two pieces or more second dampers B connected to the second structure side at their one-side ends; a moving part connected to the other end of each of the first dampers and the other end of each of the second dampers, supporting the first damper and the second damper with respect to the second structure, and moving to the second structure according to a displacement so that a displacement of the first damper and a displacement of the second damper become equal in lengths; and a relative displacement regulation device for regulating a relative displacement between the first dampers by a raceway member which moves in conjunction with one-side end of the first damper, and a moving member arranged at the moving part, and moving to the raceway member.SELECTED DRAWING: Figure 1
【課題】複数のオイルダンパーに減衰力の差が生じていても複数のオイルダンパーの間の相対的な変位を規制するダンパー装置を提供する。【解決手段】第１構造体と第２構造体との間に設けられるダンパー装置１であって、一端が第１構造体側に連結された２本以上の第１ダンパーＡと、一端が第２構造体側に連結された２本以上の第２ダンパーＢと、各第１ダンパーの他端と各第２ダンパーの他端とに連結され、第２構造体に対して角第１ダンパーと各第２ダンパーとを支持すると共に、各第１ダンパーの変位と各第２ダンパーの変位とが等長となるように変位に応じて第２構造体に対して移動する移動部と、各第１ダンパーの一端側と連動して移動する軌道部材及び移動部に設けられ軌道部材に対して移動する移動部材により各第１ダンパー間の相対変位を規制する相対変位規制装置と、を備えることを特徴とするダンパー装置である。【選択図】図１
DAMPER DEVICE
To provide a damper device for regulating a relative displacement between a plurality of oil dampers even if differences of attenuation forces are generated at the plurality of oil dampers.SOLUTION: A damper device 1 arranged between a first structure and a second structure comprises: two pieces or more first dampers A connected to the first structure side at their one-side ends; two pieces or more second dampers B connected to the second structure side at their one-side ends; a moving part connected to the other end of each of the first dampers and the other end of each of the second dampers, supporting the first damper and the second damper with respect to the second structure, and moving to the second structure according to a displacement so that a displacement of the first damper and a displacement of the second damper become equal in lengths; and a relative displacement regulation device for regulating a relative displacement between the first dampers by a raceway member which moves in conjunction with one-side end of the first damper, and a moving member arranged at the moving part, and moving to the raceway member.SELECTED DRAWING: Figure 1
【課題】複数のオイルダンパーに減衰力の差が生じていても複数のオイルダンパーの間の相対的な変位を規制するダンパー装置を提供する。【解決手段】第１構造体と第２構造体との間に設けられるダンパー装置１であって、一端が第１構造体側に連結された２本以上の第１ダンパーＡと、一端が第２構造体側に連結された２本以上の第２ダンパーＢと、各第１ダンパーの他端と各第２ダンパーの他端とに連結され、第２構造体に対して角第１ダンパーと各第２ダンパーとを支持すると共に、各第１ダンパーの変位と各第２ダンパーの変位とが等長となるように変位に応じて第２構造体に対して移動する移動部と、各第１ダンパーの一端側と連動して移動する軌道部材及び移動部に設けられ軌道部材に対して移動する移動部材により各第１ダンパー間の相対変位を規制する相対変位規制装置と、を備えることを特徴とするダンパー装置である。【選択図】図１
DAMPER DEVICE
ダンパー装置
SUGIMOTO KOICHI (author) / ISODA KAZUHIKO (author) / KOTSUKI YOSHIE (author) / CHIKAMOTO KENSHO (author) / WATANABE YOSHIHITO (author)
2022-01-06
Patent
Electronic Resource
Japanese