A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Composite barrel type adjustable friction energy dissipation device used between building layers
The invention discloses a composite barrel type adjustable friction energy dissipater used between building layers, and relates to the technical field of building energy dissipation and shock absorption. The problems that an existing friction type energy dissipation device is fixed in friction force, the structural design requirement is difficult to meet, and the manufacturing cost is high are solved. The device comprises a friction outer sleeve assembly, a sleeve connecting rod, two connecting columns and two inner friction assemblies, the two connecting columns are fixedly connected between building layers in a central symmetry mode, the inner friction assemblies are horizontally and oppositely arranged between the two connecting columns, and the outer side ends of the inner friction assemblies are hinged to the adjacent connecting columns correspondingly; the friction outer sleeve assembly is arranged on the outer sides of the two inner friction assemblies in a sleeving mode and connected with the inner friction assemblies in a sliding mode, and one end of the friction outer sleeve assembly is fixedly connected into a building interlayer through a sleeve connecting rod. The damping device is used for building interlayer damping.
一种用于建筑层间的复合型筒式可调节摩擦消能器，它涉及建筑消能减震技术领域。本发明为解决现有摩擦型消能器摩擦力固定，较难满足结构设计需求且造价成本高昂的问题。本发明包括摩擦外套筒组件、套筒连接杆、两个连接柱和两个内摩擦组件，两个连接柱呈中心对称固接在建筑层间，内摩擦组件水平相对设置在两个连接柱之间，且内摩擦组件的外侧端分别与相邻的连接柱铰接，摩擦外套筒组件套装在两个内摩擦组件的外侧且与内摩擦组件滑动连接，摩擦外套筒组件的一端通过套筒连接杆固接在建筑层间内。本发明用于建筑层间减震。
Composite barrel type adjustable friction energy dissipation device used between building layers
The invention discloses a composite barrel type adjustable friction energy dissipater used between building layers, and relates to the technical field of building energy dissipation and shock absorption. The problems that an existing friction type energy dissipation device is fixed in friction force, the structural design requirement is difficult to meet, and the manufacturing cost is high are solved. The device comprises a friction outer sleeve assembly, a sleeve connecting rod, two connecting columns and two inner friction assemblies, the two connecting columns are fixedly connected between building layers in a central symmetry mode, the inner friction assemblies are horizontally and oppositely arranged between the two connecting columns, and the outer side ends of the inner friction assemblies are hinged to the adjacent connecting columns correspondingly; the friction outer sleeve assembly is arranged on the outer sides of the two inner friction assemblies in a sleeving mode and connected with the inner friction assemblies in a sliding mode, and one end of the friction outer sleeve assembly is fixedly connected into a building interlayer through a sleeve connecting rod. The damping device is used for building interlayer damping.
一种用于建筑层间的复合型筒式可调节摩擦消能器，它涉及建筑消能减震技术领域。本发明为解决现有摩擦型消能器摩擦力固定，较难满足结构设计需求且造价成本高昂的问题。本发明包括摩擦外套筒组件、套筒连接杆、两个连接柱和两个内摩擦组件，两个连接柱呈中心对称固接在建筑层间，内摩擦组件水平相对设置在两个连接柱之间，且内摩擦组件的外侧端分别与相邻的连接柱铰接，摩擦外套筒组件套装在两个内摩擦组件的外侧且与内摩擦组件滑动连接，摩擦外套筒组件的一端通过套筒连接杆固接在建筑层间内。本发明用于建筑层间减震。
Composite barrel type adjustable friction energy dissipation device used between building layers
一种用于建筑层间的复合型筒式可调节摩擦消能器
SUN BAITAO (author) / SUN MENGHAN (author) / YANG MIAOMIAO (author) / JIANG XIN (author) / DU BEI (author) / CHEN XIANGZHAO (author)
2024-11-08
Patent
Electronic Resource
Chinese
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