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A platform for research: civil engineering, architecture and urbanism
Three-dimensional shock insulation support using energy dissipation springs
The invention discloses a three-dimensional shock insulation support using energy dissipation springs. The three-dimensional shock insulation support comprises a column body, a support vertical energy dissipation assembly, a support horizontal energy dissipation assembly and a support bottom plate. The column body is arranged above the support vertical energy dissipation assembly, and the support vertical energy dissipation assembly is connected with the support bottom plate in a matched mode. The support horizontal energy consumption assembly is connected with the support bottom plate in a matched mode. When the vertical earthquake action is transmitted to the structure through the foundation, the vertical earthquake action can be transmitted to the support vertical energy dissipation assembly firstly, and then dissipation is conducted through deformation of the vertical energy dissipation assembly; when the horizontal earthquake action is transmitted to the structure through the foundation, the horizontal earthquake action is firstly transmitted to the horizontal energy dissipation assembly and then dissipated through deformation of the horizontal energy dissipation assembly. According to the three-dimensional shock insulation support using the energy dissipation springs, the problems existing in an existing rubber shock insulation support can be solved, and the reliability of the shock insulation support is greatly improved.
本发明公开了一种利用耗能弹簧的三维隔震支座，包括柱体，支座竖向耗能组件，支座水平耗能组件以及支座底板；所述柱体设置于支座竖向耗能组件上方，所述支座竖向耗能组件与支座底板配合连接；所述支座水平耗能组件与支座底板配合连接；当竖向地震作用经地基传至结构时，竖向地震作用会先传至支座竖向耗能组件，然后通过竖向耗能组件的变形进行耗散；当水平地震作用经地基传至结构时，水平地震作用会先传至水平耗能组件，然后通过水平耗能组件的变形进行耗散。本方案提供的利用耗能弹簧的三维隔震支座能够解决现有橡胶隔震支座所存在的问题，大大提高了隔震支座的可靠性。
Three-dimensional shock insulation support using energy dissipation springs
The invention discloses a three-dimensional shock insulation support using energy dissipation springs. The three-dimensional shock insulation support comprises a column body, a support vertical energy dissipation assembly, a support horizontal energy dissipation assembly and a support bottom plate. The column body is arranged above the support vertical energy dissipation assembly, and the support vertical energy dissipation assembly is connected with the support bottom plate in a matched mode. The support horizontal energy consumption assembly is connected with the support bottom plate in a matched mode. When the vertical earthquake action is transmitted to the structure through the foundation, the vertical earthquake action can be transmitted to the support vertical energy dissipation assembly firstly, and then dissipation is conducted through deformation of the vertical energy dissipation assembly; when the horizontal earthquake action is transmitted to the structure through the foundation, the horizontal earthquake action is firstly transmitted to the horizontal energy dissipation assembly and then dissipated through deformation of the horizontal energy dissipation assembly. According to the three-dimensional shock insulation support using the energy dissipation springs, the problems existing in an existing rubber shock insulation support can be solved, and the reliability of the shock insulation support is greatly improved.
本发明公开了一种利用耗能弹簧的三维隔震支座，包括柱体，支座竖向耗能组件，支座水平耗能组件以及支座底板；所述柱体设置于支座竖向耗能组件上方，所述支座竖向耗能组件与支座底板配合连接；所述支座水平耗能组件与支座底板配合连接；当竖向地震作用经地基传至结构时，竖向地震作用会先传至支座竖向耗能组件，然后通过竖向耗能组件的变形进行耗散；当水平地震作用经地基传至结构时，水平地震作用会先传至水平耗能组件，然后通过水平耗能组件的变形进行耗散。本方案提供的利用耗能弹簧的三维隔震支座能够解决现有橡胶隔震支座所存在的问题，大大提高了隔震支座的可靠性。
Three-dimensional shock insulation support using energy dissipation springs
一种利用耗能弹簧的三维隔震支座
WU HANGZI (author) / QIAO DA (author) / HUANG QINGLONG (author) / YANG SHUO (author) / YANG YAN (author) / WANG BINNAN (author)
2023-03-14
Patent
Electronic Resource
Chinese