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A platform for research: civil engineering, architecture and urbanism
Self-resetting energy consumption device
The invention provides a self-resetting energy consumption device which comprises a connecting guide rod, an outer frame, a fixed guide rod, a resetting system and a friction energy consumption system, the resetting system comprises a first resetting assembly and a second resetting assembly, and the first resetting assembly and the second resetting assembly are installed at the two ends of the outer frame respectively and are symmetrically arranged; the connecting guide rod penetrates through the second reset assembly and the friction energy dissipation system to be connected with the first reset assembly. The fixed guide rod is mounted at one end, away from the connecting guide rod, of the first reset assembly; the friction energy dissipation system is installed between the first reset assembly and the second reset assembly and located in the outer frame. Friction is generated between the friction plate and the friction plate through displacement of the connecting guide rod, the friction is used as power consumption to dissipate earthquake energy, and therefore the purposes of energy dissipation and shock absorption are achieved; when the reset system is pressed and pulled, the first reset assembly and the second reset assembly can work to provide reset capacity. Certain energy dissipation capacity can be provided, and meanwhile residual displacement after an earthquake can be reduced.
本发明提供了一种自复位耗能装置，包括连接导杆、外框架、固定导杆、复位系统和摩擦耗能系统，复位系统包括第一复位组件和第二复位组件，第一复位组件和第二复位组件分别安装在外框架的两端，且呈对称布置；连接导杆穿过第二复位组件以及摩擦耗能系统与第一复位组件连接；固定导杆安装在第一复位组件远离连接导杆的一端；摩擦耗能系统安装在第一复位组件与第二复位组件中间，并且位于外框架的内部。本发明通过连接导杆的位移使得摩擦片与摩擦板发生摩擦，以摩擦做功耗散地震能量，从而达到耗能减震目的；复位系统在受压和受拉时第一复位组件和第二复位组件均能工作提供复位能力。本发明既能提供一定的耗能能力，同时能减小在震后的残余位移。
Self-resetting energy consumption device
The invention provides a self-resetting energy consumption device which comprises a connecting guide rod, an outer frame, a fixed guide rod, a resetting system and a friction energy consumption system, the resetting system comprises a first resetting assembly and a second resetting assembly, and the first resetting assembly and the second resetting assembly are installed at the two ends of the outer frame respectively and are symmetrically arranged; the connecting guide rod penetrates through the second reset assembly and the friction energy dissipation system to be connected with the first reset assembly. The fixed guide rod is mounted at one end, away from the connecting guide rod, of the first reset assembly; the friction energy dissipation system is installed between the first reset assembly and the second reset assembly and located in the outer frame. Friction is generated between the friction plate and the friction plate through displacement of the connecting guide rod, the friction is used as power consumption to dissipate earthquake energy, and therefore the purposes of energy dissipation and shock absorption are achieved; when the reset system is pressed and pulled, the first reset assembly and the second reset assembly can work to provide reset capacity. Certain energy dissipation capacity can be provided, and meanwhile residual displacement after an earthquake can be reduced.
本发明提供了一种自复位耗能装置，包括连接导杆、外框架、固定导杆、复位系统和摩擦耗能系统，复位系统包括第一复位组件和第二复位组件，第一复位组件和第二复位组件分别安装在外框架的两端，且呈对称布置；连接导杆穿过第二复位组件以及摩擦耗能系统与第一复位组件连接；固定导杆安装在第一复位组件远离连接导杆的一端；摩擦耗能系统安装在第一复位组件与第二复位组件中间，并且位于外框架的内部。本发明通过连接导杆的位移使得摩擦片与摩擦板发生摩擦，以摩擦做功耗散地震能量，从而达到耗能减震目的；复位系统在受压和受拉时第一复位组件和第二复位组件均能工作提供复位能力。本发明既能提供一定的耗能能力，同时能减小在震后的残余位移。
Self-resetting energy consumption device
一种自复位耗能装置
SHI FEI (author) / YUAN WENLANG (author) / ZHANG CHAO (author) / ERBULATI ALIMAS (author) / FANG DONGJIAN (author) / ZHOU YUN (author)
2025-01-17
Patent
Electronic Resource
Chinese
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