Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel building structure damping device
According to the technical scheme, the novel building structure damping device is characterized in that the novel building structure damping device comprises a shock insulation support, a shock insulation supporting plate is arranged at the top of the shock insulation support and used for bearing a building structure, and by arranging the shock insulation support, when the shock insulation supporting plate tends to move downwards or towards the periphery, the shock insulation supporting plate deviates, and the shock insulation supporting plate can move downwards or towards the periphery; at the moment, the shock absorption pipes on the second supporting block and the first supporting block rotate to adapt to the deviation angle of the shock insulation supporting plate, meanwhile, the shock absorption structure between the two shock absorption pipes can be compressed or stretched to restrain shock, and after the shock insulation supporting plate deviates, the shock insulation supporting plate can reset or deviate in different directions due to continuous shock. At the moment, the damping structure can reduce the speed of deviation or up-down movement of the shock insulation supporting plate, so that the effect of damping the building structure on the shock insulation supporting plate can be achieved, and the problem that when the building structure generates large-amplitude shock, a building topples over at a high speed and collapses due to inertia is solved.
本发明公开了新型建筑结构减震装置，其技术方案要点是：包括隔震支座，隔震支座的顶部设有隔震支板，隔震支板用于承接建筑结构，通过设置隔震支座，隔震支板产生向下或向四周产生移动趋势时，隔震支板产生偏移，此时第二支块与第一支块上的避震管转动适应隔震支板偏移的角度，同时，两个避震管之间的减震结构能够压缩或拉伸，对震动进行抑制，在隔震支板偏移后因持续的震动会导致隔震支板复位或向不同的方向偏移，此时减震结构能够减缓隔震支板偏移或上下移动的速度，以此可以达到对隔震支板上的建筑结构进行减震的效果，避免了在建筑结构产生较大幅度的震动时，导致建筑以较快速度倾倒因惯性坍塌的问题。
Novel building structure damping device
According to the technical scheme, the novel building structure damping device is characterized in that the novel building structure damping device comprises a shock insulation support, a shock insulation supporting plate is arranged at the top of the shock insulation support and used for bearing a building structure, and by arranging the shock insulation support, when the shock insulation supporting plate tends to move downwards or towards the periphery, the shock insulation supporting plate deviates, and the shock insulation supporting plate can move downwards or towards the periphery; at the moment, the shock absorption pipes on the second supporting block and the first supporting block rotate to adapt to the deviation angle of the shock insulation supporting plate, meanwhile, the shock absorption structure between the two shock absorption pipes can be compressed or stretched to restrain shock, and after the shock insulation supporting plate deviates, the shock insulation supporting plate can reset or deviate in different directions due to continuous shock. At the moment, the damping structure can reduce the speed of deviation or up-down movement of the shock insulation supporting plate, so that the effect of damping the building structure on the shock insulation supporting plate can be achieved, and the problem that when the building structure generates large-amplitude shock, a building topples over at a high speed and collapses due to inertia is solved.
本发明公开了新型建筑结构减震装置，其技术方案要点是：包括隔震支座，隔震支座的顶部设有隔震支板，隔震支板用于承接建筑结构，通过设置隔震支座，隔震支板产生向下或向四周产生移动趋势时，隔震支板产生偏移，此时第二支块与第一支块上的避震管转动适应隔震支板偏移的角度，同时，两个避震管之间的减震结构能够压缩或拉伸，对震动进行抑制，在隔震支板偏移后因持续的震动会导致隔震支板复位或向不同的方向偏移，此时减震结构能够减缓隔震支板偏移或上下移动的速度，以此可以达到对隔震支板上的建筑结构进行减震的效果，避免了在建筑结构产生较大幅度的震动时，导致建筑以较快速度倾倒因惯性坍塌的问题。
Novel building structure damping device
新型建筑结构减震装置
WANG WEI (Autor:in) / DENG GUIHAI (Autor:in) / WANG LIWEN (Autor:in) / LI MAO (Autor:in) / ZHANG BOYANG (Autor:in) / HE JINQI (Autor:in) / LIU REN (Autor:in) / HAO YUNLEI (Autor:in) / XU YINHAI (Autor:in) / WANG SUIKUAN (Autor:in)
31.03.2023
Patent
Elektronische Ressource
Chinesisch