A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SLIDING BEARING
To provide a sliding bearing having a function for attenuating energy in addition to a function for supporting an upper structure movably in a horizontal direction.SOLUTION: A plurality of sliding bearings 16A support a load of an upper structure 12 with laminated rubber through an upward sliding face 20 and a downward sliding face 18, or support the upper structure 12 movably on the lower structure 14. A magnetic force generation portion 22 is disposed on the upward sliding face 20, and generates magnetic force to the downward sliding face 18 by control of a control portion 24. As the magnetic force acts as force for attracting the downward sliding face 18 toward the upward sliding face 20, the downward sliding face 18 receives resistance from an outer peripheral portion 2004, so that earthquake energy is also attenuated by the sliding bearings 16A, and vibration of a building caused by earthquake can be suppressed.SELECTED DRAWING: Figure 1
【課題】上部構造体を水平方向に移動可能に支持する機能に加え、エネルギーを減衰する機能を持たせた滑り支承を提供する。【解決手段】複数の滑り支承１６Ａは上向きの滑り面２０、下向きの滑り面１８を介して上部構造体１２の荷重を積層ゴムと共に支持し、また、上部構造体１２を下部構造体１４上で移動可能に支持している。磁力発生部２２は、上向きの滑り面２０に設けられ、制御部２４の制御により下向きの滑り面１８に対して磁力を発生させる。この磁力は、下向きの滑り面１８を上向きの滑り面２０に向かって吸引する力として作用するため、下向きの滑り面１８が外周部２００４から抵抗を受けることになり、滑り支承１６Ａによっても地震エネルギーが減衰され、地震による建物の揺れが抑制される。【選択図】図１
SLIDING BEARING
To provide a sliding bearing having a function for attenuating energy in addition to a function for supporting an upper structure movably in a horizontal direction.SOLUTION: A plurality of sliding bearings 16A support a load of an upper structure 12 with laminated rubber through an upward sliding face 20 and a downward sliding face 18, or support the upper structure 12 movably on the lower structure 14. A magnetic force generation portion 22 is disposed on the upward sliding face 20, and generates magnetic force to the downward sliding face 18 by control of a control portion 24. As the magnetic force acts as force for attracting the downward sliding face 18 toward the upward sliding face 20, the downward sliding face 18 receives resistance from an outer peripheral portion 2004, so that earthquake energy is also attenuated by the sliding bearings 16A, and vibration of a building caused by earthquake can be suppressed.SELECTED DRAWING: Figure 1
【課題】上部構造体を水平方向に移動可能に支持する機能に加え、エネルギーを減衰する機能を持たせた滑り支承を提供する。【解決手段】複数の滑り支承１６Ａは上向きの滑り面２０、下向きの滑り面１８を介して上部構造体１２の荷重を積層ゴムと共に支持し、また、上部構造体１２を下部構造体１４上で移動可能に支持している。磁力発生部２２は、上向きの滑り面２０に設けられ、制御部２４の制御により下向きの滑り面１８に対して磁力を発生させる。この磁力は、下向きの滑り面１８を上向きの滑り面２０に向かって吸引する力として作用するため、下向きの滑り面１８が外周部２００４から抵抗を受けることになり、滑り支承１６Ａによっても地震エネルギーが減衰され、地震による建物の揺れが抑制される。【選択図】図１
SLIDING BEARING
滑り支承
FENG DEMIN (author) / TIAN QI XIANG (author)
2020-09-24
Patent
Electronic Resource
Japanese
SLIDING BEARING, REPLACEMENT METHOD OF SLIDING BEARING AND JIG FOR REPLACEMENT OF SLIDING BEARING
| European Patent Office | 2023