Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Civil engineering anti-seismic structure
The invention discloses a civil engineering anti-seismic structure, and belongs to the technical field of civil engineering, the civil engineering anti-seismic structure comprises a base shell, a top shell and a lifting disc, a supporting seat is slidably arranged in a plurality of annularly arranged guide shells, an oil cavity seat on the top shell communicates with an oil pump in the base shell, and the lifting disc slidably sleeves the top shell; a plurality of foldable and telescopic supporting seats are arranged on one side of the base shell and one side of the top shell, and the driven seats capable of being in linkage with the supporting seats to stretch out and draw back and side sliding frames are arranged on one side of the top shell. When the anti-seismic structure vibrates, the contact area between the anti-seismic structure and a load point can be increased, the gravity center of the supporting structure is lowered, the possibility of shaking and overturning caused by seismic transverse waves is reduced, meanwhile, the number of the supporting units in the vertical direction is increased, the resistance to seismic longitudinal waves is enhanced, and the anti-seismic structure can slide and contract in a non-vibration state, so that the space occupancy rate is reduced.
本发明公开了一种土木工程抗震结构，属于土木工程技术领域，包括底座壳体、顶壳体和升降盘，若干个环形设置的导壳体中滑动设置有支撑座，顶壳体上的油腔座与底座壳体中的油泵相连通，升降盘滑动套设于顶壳体上，升降盘上活动设置有若干个与支撑座联动的从动座，本发明通过在底座壳体和顶壳体一侧布设有若干可折叠伸缩的支撑座，并在顶壳体一侧设置有可联动支撑座伸缩的从动座和侧滑架，使该抗震结构在震动时可增大与载荷点之间的接触面积，降低支撑结构重心，减少因地震横波导致晃动倾覆的可能，同时增加竖直方向上的支撑单元数量，增强对地震纵波的抵抗能力，在非震动状态下还可滑动收缩，降低空间占用率。
Civil engineering anti-seismic structure
The invention discloses a civil engineering anti-seismic structure, and belongs to the technical field of civil engineering, the civil engineering anti-seismic structure comprises a base shell, a top shell and a lifting disc, a supporting seat is slidably arranged in a plurality of annularly arranged guide shells, an oil cavity seat on the top shell communicates with an oil pump in the base shell, and the lifting disc slidably sleeves the top shell; a plurality of foldable and telescopic supporting seats are arranged on one side of the base shell and one side of the top shell, and the driven seats capable of being in linkage with the supporting seats to stretch out and draw back and side sliding frames are arranged on one side of the top shell. When the anti-seismic structure vibrates, the contact area between the anti-seismic structure and a load point can be increased, the gravity center of the supporting structure is lowered, the possibility of shaking and overturning caused by seismic transverse waves is reduced, meanwhile, the number of the supporting units in the vertical direction is increased, the resistance to seismic longitudinal waves is enhanced, and the anti-seismic structure can slide and contract in a non-vibration state, so that the space occupancy rate is reduced.
本发明公开了一种土木工程抗震结构，属于土木工程技术领域，包括底座壳体、顶壳体和升降盘，若干个环形设置的导壳体中滑动设置有支撑座，顶壳体上的油腔座与底座壳体中的油泵相连通，升降盘滑动套设于顶壳体上，升降盘上活动设置有若干个与支撑座联动的从动座，本发明通过在底座壳体和顶壳体一侧布设有若干可折叠伸缩的支撑座，并在顶壳体一侧设置有可联动支撑座伸缩的从动座和侧滑架，使该抗震结构在震动时可增大与载荷点之间的接触面积，降低支撑结构重心，减少因地震横波导致晃动倾覆的可能，同时增加竖直方向上的支撑单元数量，增强对地震纵波的抵抗能力，在非震动状态下还可滑动收缩，降低空间占用率。
Civil engineering anti-seismic structure
一种土木工程抗震结构
WANG SHUPING (Autor:in)
15.11.2024
Patent
Elektronische Ressource
Chinesisch