Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Damper component for energy dissipation and shock absorption of building structure
The invention provides a damper component for energy dissipation and shock absorption of a building structure, and belongs to the technical field of energy dissipation and shock absorption of the building structure, the damper component comprises damping units in one-to-one correspondence with building surfaces, each damping unit comprises a main chain damper, the two ends of each main chain damper are spherically hinged to a mounting seat, and a related seat is arranged in the middle of each main chain damper; a first branch chain damper is hinged between each association base and the corresponding installation base in a ball mode, the first branch chain dampers, the association bases and the installation bases form a first connecting chain crossed with the main chain damper, and the first connecting chains are connected with the two ends of the main chain damper through the corresponding installation bases. According to the damper component for energy dissipation and shock absorption of the building structure, a plurality of energy dissipation and shock absorption chains are formed by a plurality of dampers which are in spherical hinge joint, energy dissipation and shock absorption can be effectively carried out in multiple directions, meanwhile, the energy dissipation and shock absorption chains are effectively associated, a combined supporting and energy dissipation and shock absorption structure is carried out, and the overall energy dissipation and shock absorption capacity and the connecting and supporting strength are improved.
本发明提供一种用于建筑结构消能减震的阻尼器构件，属于建筑结构消能减震技术领域，包括与建筑面一一对应的阻尼单元，阻尼单元包括两端分别球铰接有安装座的主链阻尼器，主链阻尼器的中部设置有关联座，关联座与安装座之间均球铰接有支链阻尼器一，三者形成一个与主链阻尼器交叉的连接链一，连接链一通过相应的安装座与主链阻尼器两端连接在一起。该用于建筑结构消能减震的阻尼器构件，采用多个球铰接的阻尼器形成多条消能减振链，可在多向上进行有效的消能减振，同时将消能减振链有效的关联起来，进行联合支撑、消能减振的结构，提高整体的消能减振能力和连接支撑强度。
Damper component for energy dissipation and shock absorption of building structure
The invention provides a damper component for energy dissipation and shock absorption of a building structure, and belongs to the technical field of energy dissipation and shock absorption of the building structure, the damper component comprises damping units in one-to-one correspondence with building surfaces, each damping unit comprises a main chain damper, the two ends of each main chain damper are spherically hinged to a mounting seat, and a related seat is arranged in the middle of each main chain damper; a first branch chain damper is hinged between each association base and the corresponding installation base in a ball mode, the first branch chain dampers, the association bases and the installation bases form a first connecting chain crossed with the main chain damper, and the first connecting chains are connected with the two ends of the main chain damper through the corresponding installation bases. According to the damper component for energy dissipation and shock absorption of the building structure, a plurality of energy dissipation and shock absorption chains are formed by a plurality of dampers which are in spherical hinge joint, energy dissipation and shock absorption can be effectively carried out in multiple directions, meanwhile, the energy dissipation and shock absorption chains are effectively associated, a combined supporting and energy dissipation and shock absorption structure is carried out, and the overall energy dissipation and shock absorption capacity and the connecting and supporting strength are improved.
本发明提供一种用于建筑结构消能减震的阻尼器构件，属于建筑结构消能减震技术领域，包括与建筑面一一对应的阻尼单元，阻尼单元包括两端分别球铰接有安装座的主链阻尼器，主链阻尼器的中部设置有关联座，关联座与安装座之间均球铰接有支链阻尼器一，三者形成一个与主链阻尼器交叉的连接链一，连接链一通过相应的安装座与主链阻尼器两端连接在一起。该用于建筑结构消能减震的阻尼器构件，采用多个球铰接的阻尼器形成多条消能减振链，可在多向上进行有效的消能减振，同时将消能减振链有效的关联起来，进行联合支撑、消能减振的结构，提高整体的消能减振能力和连接支撑强度。
Damper component for energy dissipation and shock absorption of building structure
用于建筑结构消能减震的阻尼器构件
YU GUOQIANG (Autor:in) / LIU YU (Autor:in)
31.05.2024
Patent
Elektronische Ressource
Chinesisch
Energy dissipation and shock absorption structure and damper displacement amplifying device
| Europäisches Patentamt | 2021
Energy dissipation and shock absorption device for building structure
| Europäisches Patentamt | 2023
Damper arrangement and use method of concrete structure with energy dissipation and shock absorption
| Europäisches Patentamt | 2021
Energy dissipation and shock absorption piston type reciprocating damper and application method
| Europäisches Patentamt | 2023