A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-seismic foundation for pseudo-classic architecture
The invention relates to the technical field of building seismic resistance, and particularly discloses an anti-seismic foundation for pseudo-classic architecture, which comprises a concrete base, a plurality of embedded steel cylinders are embedded on the lower surface of the concrete base, the plurality of embedded steel cylinders are distributed in an array, upper steel cylinders are slidably placed in the embedded steel cylinders, lower steel cylinders are arranged below the upper steel cylinders, and the lower steel cylinders are arranged below the lower steel cylinders. A rubber flexible connecting sleeve is fixed between the lower steel cylinder and the upper steel cylinder, the lower end of the lower steel cylinder is embedded in a concrete foundation pile, a plurality of energy absorption round piers are arranged between the upper steel cylinder and the lower steel cylinder and are vertically distributed, and the inner diameter of the upper steel cylinder is the same as that of the lower steel cylinder. The pseudo-classic architecture has the beneficial effects that the concrete base and the pseudo-classic architecture above the concrete base are supported and fixed through the supporting columns composed of the energy-absorbing round piers, the energy-absorbing round piers can shake left and right to buffer impact force generated by an earthquake when the earthquake occurs, the amplitude of the concrete base is reduced, and therefore the anti-seismic performance of the pseudo-classic architecture is improved.
本发明涉及建筑抗震技术领域，尤其是公开了一种仿古建筑用抗震地基，包括混凝土底座，所述混凝土底座下表面镶嵌有若干个预埋钢筒，多个所述预埋钢筒阵列分布，所述预埋钢筒内滑动放置有上钢筒，所述上钢筒下方设置有下钢筒，所述下钢筒与所述上钢筒之间固定有橡胶软连接套，所述下钢筒下端镶嵌在混凝土基桩内部，所述上钢筒与所述下钢筒之间设置有若干个吸能圆墩，多个所述吸能圆墩垂直分布，所述上钢筒和所述下钢筒的内径相同。有益效果在于：通过若干根由吸能圆墩组成的支撑柱对混凝土底座及其上方的仿古建筑进行支撑固定，在发生地震时吸能圆墩可以左右晃动来缓冲地震产生的冲击力，减少混凝土底座的振幅，从而提高仿古建筑的抗震性能。
Anti-seismic foundation for pseudo-classic architecture
The invention relates to the technical field of building seismic resistance, and particularly discloses an anti-seismic foundation for pseudo-classic architecture, which comprises a concrete base, a plurality of embedded steel cylinders are embedded on the lower surface of the concrete base, the plurality of embedded steel cylinders are distributed in an array, upper steel cylinders are slidably placed in the embedded steel cylinders, lower steel cylinders are arranged below the upper steel cylinders, and the lower steel cylinders are arranged below the lower steel cylinders. A rubber flexible connecting sleeve is fixed between the lower steel cylinder and the upper steel cylinder, the lower end of the lower steel cylinder is embedded in a concrete foundation pile, a plurality of energy absorption round piers are arranged between the upper steel cylinder and the lower steel cylinder and are vertically distributed, and the inner diameter of the upper steel cylinder is the same as that of the lower steel cylinder. The pseudo-classic architecture has the beneficial effects that the concrete base and the pseudo-classic architecture above the concrete base are supported and fixed through the supporting columns composed of the energy-absorbing round piers, the energy-absorbing round piers can shake left and right to buffer impact force generated by an earthquake when the earthquake occurs, the amplitude of the concrete base is reduced, and therefore the anti-seismic performance of the pseudo-classic architecture is improved.
本发明涉及建筑抗震技术领域，尤其是公开了一种仿古建筑用抗震地基，包括混凝土底座，所述混凝土底座下表面镶嵌有若干个预埋钢筒，多个所述预埋钢筒阵列分布，所述预埋钢筒内滑动放置有上钢筒，所述上钢筒下方设置有下钢筒，所述下钢筒与所述上钢筒之间固定有橡胶软连接套，所述下钢筒下端镶嵌在混凝土基桩内部，所述上钢筒与所述下钢筒之间设置有若干个吸能圆墩，多个所述吸能圆墩垂直分布，所述上钢筒和所述下钢筒的内径相同。有益效果在于：通过若干根由吸能圆墩组成的支撑柱对混凝土底座及其上方的仿古建筑进行支撑固定，在发生地震时吸能圆墩可以左右晃动来缓冲地震产生的冲击力，减少混凝土底座的振幅，从而提高仿古建筑的抗震性能。
Anti-seismic foundation for pseudo-classic architecture
一种仿古建筑用抗震地基
GUAN QINGTAO (author) / SHI YANGANG (author) / TAKATERU (author) / SUN CHENG (author) / FAN CHENGYONG (author) / LING FEI (author) / QIN WENLIANG (author) / LI LINGJIE (author) / WEN XIAOWEI (author)
2022-04-29
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
| European Patent Office | 2021
| European Patent Office | 2022