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A platform for research: civil engineering, architecture and urbanism
Energy dissipater amplifying device based on lever principle
The invention provides an energy dissipater amplification device based on the lever principle, the energy dissipater amplification device comprises a support frame, an energy dissipation amplification module and an energy consumption module, the bottom end of the energy dissipation amplification module is fixedly connected with the energy consumption module, and the energy dissipation amplification module and the energy consumption module are both fixed in the support frame. Wherein the energy dissipation amplification module comprises a triangular fixing support, an amplification connecting rod and a gear groove, the gear groove is formed in the top of the inner side of the supporting frame, and a sector gear is arranged at the top end of the amplification connecting rod. The triangular fixing support and the amplification connecting rod are fixedly hinged, a fixing point serves as a fulcrum to form a labor-consuming lever, displacement is captured through the sector gear, the displacement is amplified and transmitted to the energy dissipater under the action of the lever principle, and the triangular fixing support fixes the amplification connecting rod. According to the energy dissipation device, tiny displacement can be captured more quickly and more accurately and amplified and transmitted, the response of the energy dissipation device is improved, the energy dissipation capacity of the energy dissipation device is brought into full play, and the damping efficiency of the energy dissipation device is improved.
本发明提供一种基于杠杆原理的消能器放大装置，包括支撑框架、消能放大模块和耗能模块，所述消能放大模块底端与所述耗能模块固定相连，均固定于所述支撑框架内。其中，消能放大模块包括三角固定支撑、放大连接杆和齿轮槽，所述齿轮槽设于所述支撑框架内侧顶部，所述放大连接杆的顶端设有扇形齿轮。本发明将所述三角固定支撑和所述放大连接杆固定铰接，并将固定点作为支点形成一个费力杠杆，通过所述扇形齿轮对位移量进行捕捉，在杠杆原理的作用下放大并传递给所述消能器，所述三角固定支撑固定所述放大连接杆。本发明能更快更准确地捕捉到微小的位移并进行放大传递，提高消能器的响应，充分发挥其耗能能力，使消能器的减震效率得以提高。
Energy dissipater amplifying device based on lever principle
The invention provides an energy dissipater amplification device based on the lever principle, the energy dissipater amplification device comprises a support frame, an energy dissipation amplification module and an energy consumption module, the bottom end of the energy dissipation amplification module is fixedly connected with the energy consumption module, and the energy dissipation amplification module and the energy consumption module are both fixed in the support frame. Wherein the energy dissipation amplification module comprises a triangular fixing support, an amplification connecting rod and a gear groove, the gear groove is formed in the top of the inner side of the supporting frame, and a sector gear is arranged at the top end of the amplification connecting rod. The triangular fixing support and the amplification connecting rod are fixedly hinged, a fixing point serves as a fulcrum to form a labor-consuming lever, displacement is captured through the sector gear, the displacement is amplified and transmitted to the energy dissipater under the action of the lever principle, and the triangular fixing support fixes the amplification connecting rod. According to the energy dissipation device, tiny displacement can be captured more quickly and more accurately and amplified and transmitted, the response of the energy dissipation device is improved, the energy dissipation capacity of the energy dissipation device is brought into full play, and the damping efficiency of the energy dissipation device is improved.
本发明提供一种基于杠杆原理的消能器放大装置，包括支撑框架、消能放大模块和耗能模块，所述消能放大模块底端与所述耗能模块固定相连，均固定于所述支撑框架内。其中，消能放大模块包括三角固定支撑、放大连接杆和齿轮槽，所述齿轮槽设于所述支撑框架内侧顶部，所述放大连接杆的顶端设有扇形齿轮。本发明将所述三角固定支撑和所述放大连接杆固定铰接，并将固定点作为支点形成一个费力杠杆，通过所述扇形齿轮对位移量进行捕捉，在杠杆原理的作用下放大并传递给所述消能器，所述三角固定支撑固定所述放大连接杆。本发明能更快更准确地捕捉到微小的位移并进行放大传递，提高消能器的响应，充分发挥其耗能能力，使消能器的减震效率得以提高。
Energy dissipater amplifying device based on lever principle
一种基于杠杆原理的消能器放大装置
HUANG TAIJIE (author) / WANG QINGLONG (author) / LU SHIAN (author) / WEN LIANGJIAN (author) / HUANG XIANGBO (author)
2023-12-15
Patent
Electronic Resource
Chinese