Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Multi-stage self-resetting supporting component and assembling method thereof
The invention discloses a multi-stage self-resetting supporting component and an assembling method thereof. The multi-stage self-resetting supporting component comprises a cover plate, a force guiding rod, a first prestressed tendon group, a second prestressed tendon group, a first end plate, a first energy consumption assembly, a disc spring assembly, a second energy consumption assembly and a second end plate, wherein the first end plate, the first energy consumption assembly, the disc spring assembly, the second energy consumption assembly and the second end plate are sequentially arranged on the cover plate; the first prestressed tendon group is connected between the first end plate and the first energy consumption assembly, and the second prestressed tendon group is connected between the second end plate and the second energy consumption assembly; and one end of the force guiding rod is fixedly connected with the second energy consumption assembly, and the other end of the force guiding rod is used for being fixedly connected to the outside. According to the multi-stage self-resetting supporting component and the assembling method thereof, the energy consumption stage of the supporting component is divided into a small deformation stage and a second-stage large deformation stage, restoring force is provided for the large deformation stage through the prestressed tendon groups and a pressed energy consumption disc spring, and restoring force is provided for the second stage through prestressed tendons and the pressed energy consumption disc spring, so that the deformation restoring capacity of the multi-stage self-resetting supporting component is improved, remarkable deformation is avoided, and a main structure is prevented from being damaged.
本发明公开了一种多阶段自复位支撑构件及其组装方法，其中，多阶段自复位支撑构件包括盖板、导力杆、第一预应力筋组、第二预应力筋组以及依次设置于盖板上的第一端板、第一耗能组件、碟簧组件、第二耗能组件和第二端板；第一预应力筋组连接于第一端板与第一耗能组件之间，第二预应力筋组连接于第二端板与第二耗能组件之间；导力杆的一端与第二耗能组件固定连接，另一端用于固定连接于外部。本申请通过将支撑构件的耗能阶段分为小变形阶段和第二阶段大变形阶段，且由预应力筋组和受压耗能碟簧为大变形阶段提供恢复力，第二阶段通过预应力筋及受压耗能碟簧提供恢复力，由此提高其形变恢复能力，避免显著变形，防止主结构受损。
Multi-stage self-resetting supporting component and assembling method thereof
The invention discloses a multi-stage self-resetting supporting component and an assembling method thereof. The multi-stage self-resetting supporting component comprises a cover plate, a force guiding rod, a first prestressed tendon group, a second prestressed tendon group, a first end plate, a first energy consumption assembly, a disc spring assembly, a second energy consumption assembly and a second end plate, wherein the first end plate, the first energy consumption assembly, the disc spring assembly, the second energy consumption assembly and the second end plate are sequentially arranged on the cover plate; the first prestressed tendon group is connected between the first end plate and the first energy consumption assembly, and the second prestressed tendon group is connected between the second end plate and the second energy consumption assembly; and one end of the force guiding rod is fixedly connected with the second energy consumption assembly, and the other end of the force guiding rod is used for being fixedly connected to the outside. According to the multi-stage self-resetting supporting component and the assembling method thereof, the energy consumption stage of the supporting component is divided into a small deformation stage and a second-stage large deformation stage, restoring force is provided for the large deformation stage through the prestressed tendon groups and a pressed energy consumption disc spring, and restoring force is provided for the second stage through prestressed tendons and the pressed energy consumption disc spring, so that the deformation restoring capacity of the multi-stage self-resetting supporting component is improved, remarkable deformation is avoided, and a main structure is prevented from being damaged.
本发明公开了一种多阶段自复位支撑构件及其组装方法，其中，多阶段自复位支撑构件包括盖板、导力杆、第一预应力筋组、第二预应力筋组以及依次设置于盖板上的第一端板、第一耗能组件、碟簧组件、第二耗能组件和第二端板；第一预应力筋组连接于第一端板与第一耗能组件之间，第二预应力筋组连接于第二端板与第二耗能组件之间；导力杆的一端与第二耗能组件固定连接，另一端用于固定连接于外部。本申请通过将支撑构件的耗能阶段分为小变形阶段和第二阶段大变形阶段，且由预应力筋组和受压耗能碟簧为大变形阶段提供恢复力，第二阶段通过预应力筋及受压耗能碟簧提供恢复力，由此提高其形变恢复能力，避免显著变形，防止主结构受损。
Multi-stage self-resetting supporting component and assembling method thereof
多阶自复位支撑构件及其组装方法
KE KE (Autor:in) / CHEN YONGHUI (Autor:in) / ZHOU XUHONG (Autor:in) / LIU YICEN (Autor:in) / SHI YU (Autor:in)
18.01.2022
Patent
Elektronische Ressource
Chinesisch
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