A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building shock insulation buffer structure and buffer method thereof
The invention discloses a building shock insulation buffering structure and a buffering method thereof.The building shock insulation buffering structure comprises an assembly cavity formed in the upper end of a supporting base, a building body is arranged above the supporting base, and a steel structure connecting base is arranged below the building body; an assembling cavity is formed in the bottom of the steel structure connecting base, the protruding connecting blocks are arranged at the bottom of the assembling cavity, the number of the protruding connecting blocks is three, the three protruding connecting blocks are arranged at the bottom of the assembling cavity at equal intervals, connecting grooves are formed in the lower end of the steel structure connecting base, the number of the connecting grooves is three, and a shock insulation buffering connecting plate is arranged above the protruding connecting blocks; according to the shock isolation and buffering structure, shear force generated by an upper structure can be offset during shock isolation and buffering, the shock isolation and buffering connecting plate is protected, the upper structure is rapidly reset through the reset pull rod assembly after an earthquake, and the use performance of the follow-up shock isolation and buffering connecting plate is guaranteed; and the use effect of the shock insulation buffer structure is improved.
本发明公开了一种建筑物隔震缓冲结构及其缓冲方法，包括装配腔，其设置在所述支撑底座的上端，所述支撑底座的上方设置有建筑物主体，所述建筑物主体的下方设置有钢结构连接座；凸起连接块，其设置在所述装配腔的底部，凸起连接块设置有三个，三个所述凸起连接块在装配腔的底部等距设置，所述钢结构连接座的下端设置有连接凹槽，连接凹槽设置有三个，所述凸起连接块的上方设置有隔震缓冲连接板；复位拉杆组件，其设置在所述钢结构连接座的外部，该隔震缓冲结构在隔震缓冲时能将上部结构产生的剪切力抵消，对隔震缓冲连接板起到保护作用，震后借助复位拉杆组件将上部结构快速复位，保证后续隔震缓冲连接板使用性能，提高隔震缓冲结构的使用效果。
Building shock insulation buffer structure and buffer method thereof
The invention discloses a building shock insulation buffering structure and a buffering method thereof.The building shock insulation buffering structure comprises an assembly cavity formed in the upper end of a supporting base, a building body is arranged above the supporting base, and a steel structure connecting base is arranged below the building body; an assembling cavity is formed in the bottom of the steel structure connecting base, the protruding connecting blocks are arranged at the bottom of the assembling cavity, the number of the protruding connecting blocks is three, the three protruding connecting blocks are arranged at the bottom of the assembling cavity at equal intervals, connecting grooves are formed in the lower end of the steel structure connecting base, the number of the connecting grooves is three, and a shock insulation buffering connecting plate is arranged above the protruding connecting blocks; according to the shock isolation and buffering structure, shear force generated by an upper structure can be offset during shock isolation and buffering, the shock isolation and buffering connecting plate is protected, the upper structure is rapidly reset through the reset pull rod assembly after an earthquake, and the use performance of the follow-up shock isolation and buffering connecting plate is guaranteed; and the use effect of the shock insulation buffer structure is improved.
本发明公开了一种建筑物隔震缓冲结构及其缓冲方法，包括装配腔，其设置在所述支撑底座的上端，所述支撑底座的上方设置有建筑物主体，所述建筑物主体的下方设置有钢结构连接座；凸起连接块，其设置在所述装配腔的底部，凸起连接块设置有三个，三个所述凸起连接块在装配腔的底部等距设置，所述钢结构连接座的下端设置有连接凹槽，连接凹槽设置有三个，所述凸起连接块的上方设置有隔震缓冲连接板；复位拉杆组件，其设置在所述钢结构连接座的外部，该隔震缓冲结构在隔震缓冲时能将上部结构产生的剪切力抵消，对隔震缓冲连接板起到保护作用，震后借助复位拉杆组件将上部结构快速复位，保证后续隔震缓冲连接板使用性能，提高隔震缓冲结构的使用效果。
Building shock insulation buffer structure and buffer method thereof
一种建筑物隔震缓冲结构及其缓冲方法
WANG HAO (author) / YAN GUIYUN (author) / LIU RUYUE (author) / HUANG LILING (author)
2023-09-19
Patent
Electronic Resource
Chinese
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