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A platform for research: civil engineering, architecture and urbanism
Explosion impact resistant energy dissipation wall
The invention discloses an anti-explosion impact energy dissipation wall, and aims to provide an anti-explosion impact energy dissipation wall which can fully absorb explosion energy when explosion impact occurs so as to effectively avoid damage to an adjacent room when an equipment room explodes. The anti-explosion energy dissipation structure comprises an enclosure wall and an energy dissipation wall arranged on one side of the enclosure wall, the energy dissipation wall comprises a plurality of anti-explosion energy dissipation modules, and each anti-explosion energy dissipation module comprises an anti-explosion frame; the sliding energy dissipation unit is arranged in the anti-explosion frame in a sliding mode, an energy dissipation cavity is formed in the sliding energy dissipation unit, and a plurality of energy dissipation holes communicating with the energy dissipation cavity are formed in the side, back on to the enclosure wall, of the sliding energy dissipation unit; the elastic element is supported between the sliding energy dissipation unit and the anti-explosion frame, and the elastic element and the enclosure wall are located on the same side of the sliding energy dissipation unit.
本发明公开了一种抗爆炸冲击消能墙，旨在提供一种在发生爆炸冲击时，能够充分吸收爆炸能量，从而有效避免设备房爆炸时对相邻房间的破坏的抗爆炸冲击消能墙。它包括围护墙及设置在围护墙一侧的消能墙，消能墙包括若干抗爆消能模块，抗爆消能模块包括：抗爆框架；滑动设置在抗爆框架内的滑动消能单元，滑动消能单元内设有消能空腔，滑动消能单元上背向围护墙的一侧设有若干与消能空腔相连通的消能孔；弹性元件，弹性元件支撑在滑动消能单元与抗爆框架之间，弹性元件与围护墙位于滑动消能单元的同一侧。
Explosion impact resistant energy dissipation wall
The invention discloses an anti-explosion impact energy dissipation wall, and aims to provide an anti-explosion impact energy dissipation wall which can fully absorb explosion energy when explosion impact occurs so as to effectively avoid damage to an adjacent room when an equipment room explodes. The anti-explosion energy dissipation structure comprises an enclosure wall and an energy dissipation wall arranged on one side of the enclosure wall, the energy dissipation wall comprises a plurality of anti-explosion energy dissipation modules, and each anti-explosion energy dissipation module comprises an anti-explosion frame; the sliding energy dissipation unit is arranged in the anti-explosion frame in a sliding mode, an energy dissipation cavity is formed in the sliding energy dissipation unit, and a plurality of energy dissipation holes communicating with the energy dissipation cavity are formed in the side, back on to the enclosure wall, of the sliding energy dissipation unit; the elastic element is supported between the sliding energy dissipation unit and the anti-explosion frame, and the elastic element and the enclosure wall are located on the same side of the sliding energy dissipation unit.
本发明公开了一种抗爆炸冲击消能墙，旨在提供一种在发生爆炸冲击时，能够充分吸收爆炸能量，从而有效避免设备房爆炸时对相邻房间的破坏的抗爆炸冲击消能墙。它包括围护墙及设置在围护墙一侧的消能墙，消能墙包括若干抗爆消能模块，抗爆消能模块包括：抗爆框架；滑动设置在抗爆框架内的滑动消能单元，滑动消能单元内设有消能空腔，滑动消能单元上背向围护墙的一侧设有若干与消能空腔相连通的消能孔；弹性元件，弹性元件支撑在滑动消能单元与抗爆框架之间，弹性元件与围护墙位于滑动消能单元的同一侧。
Explosion impact resistant energy dissipation wall
抗爆炸冲击消能墙
YAO YUNLONG (author) / TIAN DANIAN (author) / WANG MIN (author) / QU HAINING (author) / YANG SHUO (author) / HU GUIBIN (author)
2024-05-14
Patent
Electronic Resource
Chinese
IPC:
E04H
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