Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Vertical shock insulation layer and anti-swing structure system
The invention relates to a vertical shock insulation layer and an anti-swing structure system. The vertical shock insulation layer comprises a parallel mechanism rotation restraining device, a vertical shock insulation device, a shock insulation layer bottom plate and a shock insulation layer top plate. The upper end of the parallel mechanism rotation restraining device is connected with the shock insulation layer top plate, and the lower end is connected with the shock insulation layer bottom plate. The upper ends of the vertical shock isolation devices are connected with the shock isolation layer top plate, and the lower ends of the vertical shock isolation devices are connected with the shock isolation layer bottom plate. The parallel mechanism rotation restraining device is a five-connecting-rod device. Compared with the prior art, according to the vertical shock insulation layer and the anti-swing structure system, the parallel mechanism rotation restraining device is additionally arranged in the vertical shock insulation layer to control rotation of the vertical shock insulation layer, on the basis that the vertical bearing capacity and the vertical shock insulation performance of the shock insulation layer are not affected, swing motion of the shock insulation layer can be effectively controlled, and the shock insulation layer can be prevented from being damaged. Comprising pitching and yawing, so that the structure has a stable and reliable vertical seismic isolation system.
本发明涉及一种竖向隔震层及抗摇摆结构体系，所述竖向隔震层包括平行机构转动约束装置、竖向隔震装置、隔震层底板、隔震层顶板；所述平行机构转动约束装置的上端与隔震层顶板连接，下端与隔震层底板连接；所述竖向隔震装置的上端与隔震层顶板连接，下端与隔震层底板连接。所述平行机构转动约束装置为一种五连杆装置。与现有技术相比，本发明中的竖向隔震层及抗摇摆结构体系，通过在竖向隔震层中增设上述的平行机构转动约束装置以控制竖向隔震层的转动，在不影响隔震层竖向承载力、竖向隔震性能的基础上，可以有效控制隔震层的摇摆运动，包括纵摇和横摆，使得结构具有稳定可靠的竖向隔震体系。
Vertical shock insulation layer and anti-swing structure system
The invention relates to a vertical shock insulation layer and an anti-swing structure system. The vertical shock insulation layer comprises a parallel mechanism rotation restraining device, a vertical shock insulation device, a shock insulation layer bottom plate and a shock insulation layer top plate. The upper end of the parallel mechanism rotation restraining device is connected with the shock insulation layer top plate, and the lower end is connected with the shock insulation layer bottom plate. The upper ends of the vertical shock isolation devices are connected with the shock isolation layer top plate, and the lower ends of the vertical shock isolation devices are connected with the shock isolation layer bottom plate. The parallel mechanism rotation restraining device is a five-connecting-rod device. Compared with the prior art, according to the vertical shock insulation layer and the anti-swing structure system, the parallel mechanism rotation restraining device is additionally arranged in the vertical shock insulation layer to control rotation of the vertical shock insulation layer, on the basis that the vertical bearing capacity and the vertical shock insulation performance of the shock insulation layer are not affected, swing motion of the shock insulation layer can be effectively controlled, and the shock insulation layer can be prevented from being damaged. Comprising pitching and yawing, so that the structure has a stable and reliable vertical seismic isolation system.
本发明涉及一种竖向隔震层及抗摇摆结构体系，所述竖向隔震层包括平行机构转动约束装置、竖向隔震装置、隔震层底板、隔震层顶板；所述平行机构转动约束装置的上端与隔震层顶板连接，下端与隔震层底板连接；所述竖向隔震装置的上端与隔震层顶板连接，下端与隔震层底板连接。所述平行机构转动约束装置为一种五连杆装置。与现有技术相比，本发明中的竖向隔震层及抗摇摆结构体系，通过在竖向隔震层中增设上述的平行机构转动约束装置以控制竖向隔震层的转动，在不影响隔震层竖向承载力、竖向隔震性能的基础上，可以有效控制隔震层的摇摆运动，包括纵摇和横摆，使得结构具有稳定可靠的竖向隔震体系。
Vertical shock insulation layer and anti-swing structure system
一种竖向隔震层及抗摇摆结构体系
LU LIANG (Autor:in) / ZENG MINRU (Autor:in)
23.06.2023
Patent
Elektronische Ressource
Chinesisch
| Europäisches Patentamt | 2015
Horizontal shock insulation layer and anti-torsion structure system
| Europäisches Patentamt | 2023