A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Slide type fire-fighting aerial ladder
The invention relates to a high-rise lifesaving slide system for a large number of people to quickly evacuate under the dangerous condition of a high-rise building. The system is carried on a moving platform capable of being dragged or automatically moving and is jacked and unfolded by virtue of a hydraulic system, and the high-rise lifesaving slide system is characterized in that a closed multi-stage continuous escape slide is formed after the high-rise lifesaving slide is unfolded. At present, fire-fighting and life-saving equipment for high-rise buildings is difficult to complete continuousrescue tasks of more than one hundred meters. Due to the limitation of the space of the platform, a few fire-fighting aerial ladders with the high-rise rescue capacity can only bear 4-6 escape persons to escape through one-time lifting, and the lifting period is relatively slow. However, the time for fighting for the fire rescue site is life, and no technical scheme capable of meeting the requirement for continuous escape of a large number of escapers exists in the industry at present.
本发明为一种在高层建筑危难情况下供大批人员快速撤离的高层救生滑梯系统，搭载于一可被牵引或能够自行移动的运动平台上，依靠液压系统进行顶升展开，展开后其特征在于形成封闭式多级连续逃生滑梯。目前，高层建筑的消防救生设备，难以完成一百米以上的连续救援任务。少数具备高层救援能力的消防云梯因平台空间限制，一次升降仅能够承载4～6名逃生人员逃生，且升降周期较慢。但在争分夺秒的火灾救援现场时间就是生命，目前行业内还未出现能够实现大批量逃生人员连续逃生需求的技术方案。
Slide type fire-fighting aerial ladder
The invention relates to a high-rise lifesaving slide system for a large number of people to quickly evacuate under the dangerous condition of a high-rise building. The system is carried on a moving platform capable of being dragged or automatically moving and is jacked and unfolded by virtue of a hydraulic system, and the high-rise lifesaving slide system is characterized in that a closed multi-stage continuous escape slide is formed after the high-rise lifesaving slide is unfolded. At present, fire-fighting and life-saving equipment for high-rise buildings is difficult to complete continuousrescue tasks of more than one hundred meters. Due to the limitation of the space of the platform, a few fire-fighting aerial ladders with the high-rise rescue capacity can only bear 4-6 escape persons to escape through one-time lifting, and the lifting period is relatively slow. However, the time for fighting for the fire rescue site is life, and no technical scheme capable of meeting the requirement for continuous escape of a large number of escapers exists in the industry at present.
本发明为一种在高层建筑危难情况下供大批人员快速撤离的高层救生滑梯系统，搭载于一可被牵引或能够自行移动的运动平台上，依靠液压系统进行顶升展开，展开后其特征在于形成封闭式多级连续逃生滑梯。目前，高层建筑的消防救生设备，难以完成一百米以上的连续救援任务。少数具备高层救援能力的消防云梯因平台空间限制，一次升降仅能够承载4～6名逃生人员逃生，且升降周期较慢。但在争分夺秒的火灾救援现场时间就是生命，目前行业内还未出现能够实现大批量逃生人员连续逃生需求的技术方案。
Slide type fire-fighting aerial ladder
滑梯式消防云梯
LU XINGYI (author) / SHI YUNHAO (author)
2021-01-19
Patent
Electronic Resource
Chinese
IPC:
E06C
LADDERS
,
Leitern