Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Escape and rescue system for lock chamber of ship lock
The invention discloses a ship lock chamber escape and rescue system which comprises vertical spaces arranged in concrete lock walls on the two sides of a ship lock chamber, escape floating bodies are arranged in the vertical spaces respectively, and the escape floating bodies are connected with the concrete lock walls through a plurality of locking devices capable of being unlocked. The escape floating body is located at the position, close to a lock chamber bottom plate, underwater in a locked state, and a plurality of rolling supporting devices are further arranged between the periphery of the escape floating body and the concrete lock wall. A plurality of lock wall steps are further arranged on the face, close to the escape floating body, of the concrete lock wall, and the lock wall steps start to be arranged to the gate top elevation from the lowest navigable water level of the downstream in the height direction. According to the ship lock chamber escape and rescue system, through the escape floating body, the lock wall steps and other structures, escape space and escape routes can be provided for rescue and escape of large-flow crowds in a lock chamber water area, the potential safety hazard that the crowds slip and fall into water when climbing a vertical ladder is eliminated, and the escape and rescue efficiency and the success rate are improved.
本发明公开一种船闸闸室逃生救援系统，包括沿船闸闸室两侧的混凝土闸墙中设置的竖向空间，所述竖向空间内分别设有逃生浮体，所述逃生浮体通过若干可解锁锁定装置与所述混凝土闸墙连接，所述逃生浮体在锁定状态下位于水下靠近闸室底板处，所述逃生浮体的外周还与所述混凝土闸墙之间设有若干滚动支撑装置；所述混凝土闸墙上靠向所述逃生浮体的一面还设有若干闸墙踏步，所述闸墙踏步在高度方向上从下游最低通航水位起开始布置至闸顶高程。本船闸闸室逃生救援系统通过逃生浮体和闸墙踏步等结构，能够为闸室水域内大流量人群的救援逃生提供逃生空间和逃生路线，消除了攀爬垂直爬梯时失足落水安全隐患，提高了逃生救援效率和成功率。
Escape and rescue system for lock chamber of ship lock
The invention discloses a ship lock chamber escape and rescue system which comprises vertical spaces arranged in concrete lock walls on the two sides of a ship lock chamber, escape floating bodies are arranged in the vertical spaces respectively, and the escape floating bodies are connected with the concrete lock walls through a plurality of locking devices capable of being unlocked. The escape floating body is located at the position, close to a lock chamber bottom plate, underwater in a locked state, and a plurality of rolling supporting devices are further arranged between the periphery of the escape floating body and the concrete lock wall. A plurality of lock wall steps are further arranged on the face, close to the escape floating body, of the concrete lock wall, and the lock wall steps start to be arranged to the gate top elevation from the lowest navigable water level of the downstream in the height direction. According to the ship lock chamber escape and rescue system, through the escape floating body, the lock wall steps and other structures, escape space and escape routes can be provided for rescue and escape of large-flow crowds in a lock chamber water area, the potential safety hazard that the crowds slip and fall into water when climbing a vertical ladder is eliminated, and the escape and rescue efficiency and the success rate are improved.
本发明公开一种船闸闸室逃生救援系统，包括沿船闸闸室两侧的混凝土闸墙中设置的竖向空间，所述竖向空间内分别设有逃生浮体，所述逃生浮体通过若干可解锁锁定装置与所述混凝土闸墙连接，所述逃生浮体在锁定状态下位于水下靠近闸室底板处，所述逃生浮体的外周还与所述混凝土闸墙之间设有若干滚动支撑装置；所述混凝土闸墙上靠向所述逃生浮体的一面还设有若干闸墙踏步，所述闸墙踏步在高度方向上从下游最低通航水位起开始布置至闸顶高程。本船闸闸室逃生救援系统通过逃生浮体和闸墙踏步等结构，能够为闸室水域内大流量人群的救援逃生提供逃生空间和逃生路线，消除了攀爬垂直爬梯时失足落水安全隐患，提高了逃生救援效率和成功率。
Escape and rescue system for lock chamber of ship lock
一种船闸闸室逃生救援系统
BAI GUOWEN (Autor:in) / HU FENGJUN (Autor:in) / DING DEBIN (Autor:in) / SUN BAOHU (Autor:in) / YANG HONGXIANG (Autor:in) / WANG DINGLUE (Autor:in)
09.06.2023
Patent
Elektronische Ressource
Chinesisch
Temporary guardrail for bottom plate of lock chamber of ship lock
| Europäisches Patentamt | 2024