Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Embedded plate suspended ceiling structure with sliding friction energy consumption type inclined struts
The invention discloses an embedded plate suspended ceiling structure with a sliding friction energy consumption type inclined strut, which comprises a suspender and the sliding friction energy consumption type inclined strut, the suspender is used for connecting a floor slab and a suspended ceiling, and the suspender is connected to the floor slab and a main keel; the tops of the sliding friction energy dissipation inclined struts are hinged to the top side faces of the suspenders, and the bottoms are hinged to the main keels or the auxiliary keels; a plurality of suspender-sliding friction energy consumption inclined struts are arranged at intervals to form inclined strut-suspended ceiling units, and a plurality of inclined strut-suspended ceiling units are longitudinally and transversely distributed to form an embedded plate suspended ceiling structure. The two ends of the sliding friction energy dissipation inclined strut can rotate along the hinged support. Lateral movement of the structure is restrained through the strength of the sliding friction energy dissipation inclined strut and the friction energy dissipation characteristic. The sliding friction energy dissipation inclined struts provide lateral stiffness and conduct friction energy dissipation for the suspended ceiling structure, the damping effect and recoverability of the suspended ceiling are improved, and large lateral displacement, collision, damage and even collapse under the earthquake action are avoided.
本发明公开了一种带滑动摩擦耗能型斜撑的嵌入板吊顶结构，包括连接楼板和吊顶的吊杆和滑动摩擦耗能斜撑，吊杆连接楼板和主龙骨上；滑动摩擦耗能斜撑顶部铰接在吊杆顶部侧面，底部铰接在主龙骨或次龙骨上；若干个吊杆‑滑动摩擦耗能斜撑间隔布置，构成斜撑‑吊顶单元，若干个斜撑‑吊顶单元纵横分布构成嵌入板吊顶结构。滑动摩擦耗能斜撑的两端能沿铰支座转动；通过滑动摩擦耗能斜撑自身的强度和摩擦耗能的特性对结构的侧移进行约束。本发明通过滑动摩擦耗能斜撑为吊顶结构提供抗侧刚度和进行摩擦耗能，增加了吊顶的减震效果和可恢复能力，避免了地震作用下发生较大的侧移、碰撞和破坏甚至倒塌。
Embedded plate suspended ceiling structure with sliding friction energy consumption type inclined struts
The invention discloses an embedded plate suspended ceiling structure with a sliding friction energy consumption type inclined strut, which comprises a suspender and the sliding friction energy consumption type inclined strut, the suspender is used for connecting a floor slab and a suspended ceiling, and the suspender is connected to the floor slab and a main keel; the tops of the sliding friction energy dissipation inclined struts are hinged to the top side faces of the suspenders, and the bottoms are hinged to the main keels or the auxiliary keels; a plurality of suspender-sliding friction energy consumption inclined struts are arranged at intervals to form inclined strut-suspended ceiling units, and a plurality of inclined strut-suspended ceiling units are longitudinally and transversely distributed to form an embedded plate suspended ceiling structure. The two ends of the sliding friction energy dissipation inclined strut can rotate along the hinged support. Lateral movement of the structure is restrained through the strength of the sliding friction energy dissipation inclined strut and the friction energy dissipation characteristic. The sliding friction energy dissipation inclined struts provide lateral stiffness and conduct friction energy dissipation for the suspended ceiling structure, the damping effect and recoverability of the suspended ceiling are improved, and large lateral displacement, collision, damage and even collapse under the earthquake action are avoided.
本发明公开了一种带滑动摩擦耗能型斜撑的嵌入板吊顶结构，包括连接楼板和吊顶的吊杆和滑动摩擦耗能斜撑，吊杆连接楼板和主龙骨上；滑动摩擦耗能斜撑顶部铰接在吊杆顶部侧面，底部铰接在主龙骨或次龙骨上；若干个吊杆‑滑动摩擦耗能斜撑间隔布置，构成斜撑‑吊顶单元，若干个斜撑‑吊顶单元纵横分布构成嵌入板吊顶结构。滑动摩擦耗能斜撑的两端能沿铰支座转动；通过滑动摩擦耗能斜撑自身的强度和摩擦耗能的特性对结构的侧移进行约束。本发明通过滑动摩擦耗能斜撑为吊顶结构提供抗侧刚度和进行摩擦耗能，增加了吊顶的减震效果和可恢复能力，避免了地震作用下发生较大的侧移、碰撞和破坏甚至倒塌。
Embedded plate suspended ceiling structure with sliding friction energy consumption type inclined struts
一种带滑动摩擦耗能型斜撑的嵌入板吊顶结构
QI LIANGJIE (Autor:in) / LIU MENGDA (Autor:in) / YUAN ZHEN (Autor:in) / CAO YI (Autor:in)
15.07.2022
Patent
Elektronische Ressource
Chinesisch
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