A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Efficient energy-dissipation tensile self-resetting support
The invention provides an efficient energy-dissipation tensile self-resetting support. The efficient energy-dissipation tensile self-resetting support comprises a fixed limiting guide rod, an upper connecting plate, an upper fixed plate, an upper movable limiting energy-dissipation guide plate, a lower movable limiting energy-dissipation guide plate and a lower limiting energy-dissipation connecting plate, wherein the upper connecting plate, the upper fixed plate, the upper movable limiting energy-dissipation guide plate, the lower movable limiting energy-dissipation guide plate and the lowerlimiting energy-dissipation connecting plate are arranged in sequence; the upper fixed plate, the upper movable limiting energy-dissipation guide plate and the lower movable limiting energy-dissipation guide plate are matched to form support energy-dissipation tensile self-resetting core structures, and an energy-dissipation tensile self-resetting assembly is arranged in each support energy-dissipation tensile self-resetting core structure; and the energy-dissipation tensile self-resetting assemblies are connected with the upper fixed plate, the upper movable limiting energy-dissipation guideplate and the lower movable limiting energy-dissipation guide plate. The efficient energy-dissipation tensile self-resetting support has vertical shock/vibration isolation capacity, when the support is pulled, and the efficient energy-dissipation tensile self-resetting support has elastic self-resetting tensile capacity, so that the support is prevented from being vertically pulled to be damaged or being lifted to lose efficacy, and an upper structure or a device is prevented from overturning; and the efficient, stable and reliable energy consumption capacity is achieved, and the safety of theupper structure or the device is further protected.
本发明提供一种高效耗能抗拉自复位支座，包括：固定限位导杆以及依次排布的上连接板、上固定板、上活动限位耗能导板、下活动限位耗能导板和下限位耗能连接板；上固定板、上活动限位耗能导板和下活动限位耗能导板配合形成支座耗能抗拉自复位核心结构，每一支座耗能抗拉自复位核心结构内设置有一耗能抗拉自复位组件；耗能抗拉自复位组件连接上固定板、上活动限位耗能导板和下活动限位耗能导板。本发明的一种高效耗能抗拉自复位支座，不仅具有竖向隔震/振能力，且当支座受拉时，具有弹性自复位的抗拉能力，避免支座竖向受拉破坏或提离失效，防止上部结构或装置倾覆；并具有高效稳定可靠的耗能能力，进一步保护上部结构或装置的安全性。
Efficient energy-dissipation tensile self-resetting support
The invention provides an efficient energy-dissipation tensile self-resetting support. The efficient energy-dissipation tensile self-resetting support comprises a fixed limiting guide rod, an upper connecting plate, an upper fixed plate, an upper movable limiting energy-dissipation guide plate, a lower movable limiting energy-dissipation guide plate and a lower limiting energy-dissipation connecting plate, wherein the upper connecting plate, the upper fixed plate, the upper movable limiting energy-dissipation guide plate, the lower movable limiting energy-dissipation guide plate and the lowerlimiting energy-dissipation connecting plate are arranged in sequence; the upper fixed plate, the upper movable limiting energy-dissipation guide plate and the lower movable limiting energy-dissipation guide plate are matched to form support energy-dissipation tensile self-resetting core structures, and an energy-dissipation tensile self-resetting assembly is arranged in each support energy-dissipation tensile self-resetting core structure; and the energy-dissipation tensile self-resetting assemblies are connected with the upper fixed plate, the upper movable limiting energy-dissipation guideplate and the lower movable limiting energy-dissipation guide plate. The efficient energy-dissipation tensile self-resetting support has vertical shock/vibration isolation capacity, when the support is pulled, and the efficient energy-dissipation tensile self-resetting support has elastic self-resetting tensile capacity, so that the support is prevented from being vertically pulled to be damaged or being lifted to lose efficacy, and an upper structure or a device is prevented from overturning; and the efficient, stable and reliable energy consumption capacity is achieved, and the safety of theupper structure or the device is further protected.
本发明提供一种高效耗能抗拉自复位支座，包括：固定限位导杆以及依次排布的上连接板、上固定板、上活动限位耗能导板、下活动限位耗能导板和下限位耗能连接板；上固定板、上活动限位耗能导板和下活动限位耗能导板配合形成支座耗能抗拉自复位核心结构，每一支座耗能抗拉自复位核心结构内设置有一耗能抗拉自复位组件；耗能抗拉自复位组件连接上固定板、上活动限位耗能导板和下活动限位耗能导板。本发明的一种高效耗能抗拉自复位支座，不仅具有竖向隔震/振能力，且当支座受拉时，具有弹性自复位的抗拉能力，避免支座竖向受拉破坏或提离失效，防止上部结构或装置倾覆；并具有高效稳定可靠的耗能能力，进一步保护上部结构或装置的安全性。
Efficient energy-dissipation tensile self-resetting support
高效耗能抗拉自复位支座
TIAN KUN (author) / LI XIANGMIN (author) / CHEN XI (author) / ZHANG DONGBO (author) / CHEN LINGZHU (author)
2020-09-22
Patent
Electronic Resource
Chinese
Self-resetting damping support and energy dissipation method
| European Patent Office | 2021
Fabricated self-resetting double-order energy dissipation support
| European Patent Office | 2024
Self-resetting buffering energy dissipation type bridge damping support
| European Patent Office | 2020
Multi-stage stress self-resetting energy dissipation steel support
| European Patent Office | 2024