A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-pulling rubber support for building
The invention discloses an anti-pulling rubber support for building. The anti-pulling rubber support is arranged at the bottom of a building or an interlayer shock insulation layer and can reduce the earthquake effect of the building. The anti-pulling rubber support for building is provided with laminated rubber, a support upper buried plate, anti-pulling bolts and a lower support plate, and further comprises upper support plate shoe caps and limiting baffles, wherein the upper support plate shoe caps comprise upper support plates, inner side stiffening plates, upper support plate shoe cap annular plates and top plates, the lower parts of the upper support plates are connected with the top of the laminated rubber, the upper parts are vertically connected with the inner side stiffening plates, the upper support plates, the upper support plate shoe cap annular plates and the top plates are sequentially connected according to the position relation of the lower bottom faces, the cylindrical faces and the upper bottom faces of cylinders, the limiting baffles comprise outer side limiting annular plates and outer side stiffening plates, the outer side limiting annular plates are connected with the support upper buried plate and arranged on outer rings of the upper support plate shoe cap annular plates, the spaces between the outer side limiting annular plates and the upper support plate shoe cap annular plates are filled with damping materials, and the lower support plates are connected with the bottom of the laminated rubber.
本发明公开了一种可抗拔的建筑用橡胶支座，其设置在建筑底部或者层间的隔震层，能够降低建筑的地震效应。该可抗拔的建筑用橡胶支座具有叠层橡胶、支座上埋板、抗拔螺栓和下支座板，还包括上支座板靴帽和限位档板，该上支座板靴帽包括上支座板、内侧加劲板、上支座板靴帽环板、顶板；上支座板下方与叠层橡胶顶部连接，上方与内侧加劲板垂直连接；上支座板、上支座板靴帽环板、顶板依次按圆柱的下底面、圆柱面、上底面的位置关系连接；该限位档板包括外侧限位环板和外侧加劲板；外侧限位环板与支座上埋板连接，并且设置在上支座板靴帽环板的外环，二者之间填充有减振材料；下支座板与叠层橡胶底部连接。
Anti-pulling rubber support for building
The invention discloses an anti-pulling rubber support for building. The anti-pulling rubber support is arranged at the bottom of a building or an interlayer shock insulation layer and can reduce the earthquake effect of the building. The anti-pulling rubber support for building is provided with laminated rubber, a support upper buried plate, anti-pulling bolts and a lower support plate, and further comprises upper support plate shoe caps and limiting baffles, wherein the upper support plate shoe caps comprise upper support plates, inner side stiffening plates, upper support plate shoe cap annular plates and top plates, the lower parts of the upper support plates are connected with the top of the laminated rubber, the upper parts are vertically connected with the inner side stiffening plates, the upper support plates, the upper support plate shoe cap annular plates and the top plates are sequentially connected according to the position relation of the lower bottom faces, the cylindrical faces and the upper bottom faces of cylinders, the limiting baffles comprise outer side limiting annular plates and outer side stiffening plates, the outer side limiting annular plates are connected with the support upper buried plate and arranged on outer rings of the upper support plate shoe cap annular plates, the spaces between the outer side limiting annular plates and the upper support plate shoe cap annular plates are filled with damping materials, and the lower support plates are connected with the bottom of the laminated rubber.
本发明公开了一种可抗拔的建筑用橡胶支座，其设置在建筑底部或者层间的隔震层，能够降低建筑的地震效应。该可抗拔的建筑用橡胶支座具有叠层橡胶、支座上埋板、抗拔螺栓和下支座板，还包括上支座板靴帽和限位档板，该上支座板靴帽包括上支座板、内侧加劲板、上支座板靴帽环板、顶板；上支座板下方与叠层橡胶顶部连接，上方与内侧加劲板垂直连接；上支座板、上支座板靴帽环板、顶板依次按圆柱的下底面、圆柱面、上底面的位置关系连接；该限位档板包括外侧限位环板和外侧加劲板；外侧限位环板与支座上埋板连接，并且设置在上支座板靴帽环板的外环，二者之间填充有减振材料；下支座板与叠层橡胶底部连接。
Anti-pulling rubber support for building
可抗拔的建筑用橡胶支座
ZHU ZHONGYI (author) / ZHOU ZHONGFA (author) / SHU WEINONG (author) / GE DONGDONG (author) / XUE HONGJING (author) / ZHOU SUN (author) / ZHAO FAN (author)
2021-04-27
Patent
Electronic Resource
Chinese
Anti-pulling three-dimensional vibration isolation support
| European Patent Office | 2024