A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SEISMIC ISOLATOR
PROBLEM TO BE SOLVED: To prevent damage to a lamination rubber body and enable a slide supporter to be installed even in a narrow mounting space.SOLUTION: A seismic isolator 1 comprises: a lamination rubber support 10 comprising an upper member 11, a lower member 12, and lamination rubber bodies 13 present between the upper and lower members; and a slide supporting body 20 having an upper member 21 and a lower member 22 fixed to each of an upper structure 2 and a lower structure 3, a vertical characteristic adjusting part 24 for adjusting the vertical rigidity, a lamination rubber body 29 having a rigid layer and a rubber elastic layer that are alternatively laminated, a horizontal characteristic adjusting part 25 for adjusting a horizontal moving amount, a slide plate 23 fixed to the upper member 21 or the lower member 22, and a slide plate 30 fixed to the horizontal characteristic adjusting part 25 and slidably abutted against the slide plate 23, which are arranged side-by-side. The vertical characteristic adjusting part 24 has a lamination rubber body 26, a shearing pin 28 inserted into the lamination rubber body 26 to limit motion toward a horizontal direction, and a steel plate 27 laminated on the lamination rubber body 26, and design sinking quantities of the lamination rubber support 10 and the slide supporting body 20 show approximation.SELECTED DRAWING: Figure 1
【課題】積層ゴム体の損傷を防止し、狭い設置スペースでもすべり支承を設置可能にする。【解決手段】免震装置１は、上部材１１、下部材１２、及びこれらの間に介装された積層ゴム体１３を備える積層ゴム支承１０と、上部構造２及び下部構造３の各々に固定される上部材２１及び下部材２２、鉛直剛性を調整する鉛直特性調整部２４、剛性層とゴム弾性層とを交互に積層した積層ゴム体２９を有し、水平移動量を調整する水平特性調整部２５、上部材２１又は下部材２２に固定されたすべり板２３、及び水平特性調整部２５に固定され、すべり板２３に対して摺動可能に当接するすべり材３０を備えるすべり支承２０とが並列に配置される。鉛直特性調整部２４は、積層ゴム体２６、積層ゴム体２６の内部に挿通されて水平方向への移動を制限するせん断ピン２８、積層ゴム体２６に積層される鋼板２７を有し、積層ゴム支承１０及びすべり支承２０の設計沈み込み量が近似する。【選択図】図１
SEISMIC ISOLATOR
PROBLEM TO BE SOLVED: To prevent damage to a lamination rubber body and enable a slide supporter to be installed even in a narrow mounting space.SOLUTION: A seismic isolator 1 comprises: a lamination rubber support 10 comprising an upper member 11, a lower member 12, and lamination rubber bodies 13 present between the upper and lower members; and a slide supporting body 20 having an upper member 21 and a lower member 22 fixed to each of an upper structure 2 and a lower structure 3, a vertical characteristic adjusting part 24 for adjusting the vertical rigidity, a lamination rubber body 29 having a rigid layer and a rubber elastic layer that are alternatively laminated, a horizontal characteristic adjusting part 25 for adjusting a horizontal moving amount, a slide plate 23 fixed to the upper member 21 or the lower member 22, and a slide plate 30 fixed to the horizontal characteristic adjusting part 25 and slidably abutted against the slide plate 23, which are arranged side-by-side. The vertical characteristic adjusting part 24 has a lamination rubber body 26, a shearing pin 28 inserted into the lamination rubber body 26 to limit motion toward a horizontal direction, and a steel plate 27 laminated on the lamination rubber body 26, and design sinking quantities of the lamination rubber support 10 and the slide supporting body 20 show approximation.SELECTED DRAWING: Figure 1
【課題】積層ゴム体の損傷を防止し、狭い設置スペースでもすべり支承を設置可能にする。【解決手段】免震装置１は、上部材１１、下部材１２、及びこれらの間に介装された積層ゴム体１３を備える積層ゴム支承１０と、上部構造２及び下部構造３の各々に固定される上部材２１及び下部材２２、鉛直剛性を調整する鉛直特性調整部２４、剛性層とゴム弾性層とを交互に積層した積層ゴム体２９を有し、水平移動量を調整する水平特性調整部２５、上部材２１又は下部材２２に固定されたすべり板２３、及び水平特性調整部２５に固定され、すべり板２３に対して摺動可能に当接するすべり材３０を備えるすべり支承２０とが並列に配置される。鉛直特性調整部２４は、積層ゴム体２６、積層ゴム体２６の内部に挿通されて水平方向への移動を制限するせん断ピン２８、積層ゴム体２６に積層される鋼板２７を有し、積層ゴム支承１０及びすべり支承２０の設計沈み込み量が近似する。【選択図】図１
SEISMIC ISOLATOR
免震装置
WAKE TOMOTAKA (author) / IRISAWA YUTA (author) / KANEKO SHUHEI (author) / SHOJI TAKASHI (author)
2017-01-12
Patent
Electronic Resource
Japanese
| European Patent Office | 2016