Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Damping suspended ceiling joist structure
The invention discloses a damping suspended ceiling joist structure. The ceiling joist structure comprises a plurality of sectional joists which are spliced together through connecting pieces, and damping mechanisms are arranged at the splicing positions of the sectional joists. The damping mechanism is a friction damping mechanism; the friction damping mechanism is arranged on the contact face of the segmented keel and the connecting piece, and the friction damping mechanism is located at the fastening position of the connecting piece and the segmented keel. When an earthquake occurs, energy generated by vibration can be absorbed and consumed by the damping mechanism, so that destructive impact on the ceiling joist structure is avoided, the anti-seismic toughness of the ceiling structure is realized, the ceiling can be prevented from collapsing and falling to a great extent, and the personal safety of indoor personnel is guaranteed.
本发明公开了一种阻尼减震的吊顶龙骨结构。吊顶龙骨结构包括众多的分段龙骨，所述众多的分段龙骨通过连接件拼接在一起，在分段龙骨的拼接处设置有阻尼机构；所述阻尼机构为摩擦阻尼机构；所述摩擦阻尼机构设置在分段龙骨与连接件的接触面处，并且，该摩擦阻尼机构位于连接件与分段龙骨的紧固处。当地震发生时，振动所产生的能量会被阻尼机构吸收消耗，从而不会对吊顶龙骨结构产生破坏性冲击，进而实现吊顶结构抗震韧性，这样就能够在很大程度上避免吊顶坍塌掉落，保障室内人员的人身安全。
Damping suspended ceiling joist structure
The invention discloses a damping suspended ceiling joist structure. The ceiling joist structure comprises a plurality of sectional joists which are spliced together through connecting pieces, and damping mechanisms are arranged at the splicing positions of the sectional joists. The damping mechanism is a friction damping mechanism; the friction damping mechanism is arranged on the contact face of the segmented keel and the connecting piece, and the friction damping mechanism is located at the fastening position of the connecting piece and the segmented keel. When an earthquake occurs, energy generated by vibration can be absorbed and consumed by the damping mechanism, so that destructive impact on the ceiling joist structure is avoided, the anti-seismic toughness of the ceiling structure is realized, the ceiling can be prevented from collapsing and falling to a great extent, and the personal safety of indoor personnel is guaranteed.
本发明公开了一种阻尼减震的吊顶龙骨结构。吊顶龙骨结构包括众多的分段龙骨，所述众多的分段龙骨通过连接件拼接在一起，在分段龙骨的拼接处设置有阻尼机构；所述阻尼机构为摩擦阻尼机构；所述摩擦阻尼机构设置在分段龙骨与连接件的接触面处，并且，该摩擦阻尼机构位于连接件与分段龙骨的紧固处。当地震发生时，振动所产生的能量会被阻尼机构吸收消耗，从而不会对吊顶龙骨结构产生破坏性冲击，进而实现吊顶结构抗震韧性，这样就能够在很大程度上避免吊顶坍塌掉落，保障室内人员的人身安全。
Damping suspended ceiling joist structure
阻尼减震的吊顶龙骨结构
GUO XUEYUAN (Autor:in) / LI XIANGMIN (Autor:in) / LENG YUBING (Autor:in) / XU QINGFENG (Autor:in) / CHEN XI (Autor:in)
06.02.2024
Patent
Elektronische Ressource
Chinesisch
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