A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Emergency safety evacuation system and method for ship passing through ship lock
The emergency safety evacuation system comprises a lock wall and further comprises an escape evacuation module, the escape evacuation module comprises an escape channel and an escape device, the escape channel is of a groove structure arranged on the lock wall, the bottom elevation of the escape channel is the historical lowest water level of a channel where the escape channel is located, and the top end of the escape channel extends to a lock surface; a plurality of guide rails are arranged along the length direction of the lock wall; the escape device is arranged in the escape channel and comprises a manual escape device and an electric escape device, escape personnel can climb out of the escape channel through the manual escape device, the electric escape device comprises a lifting device, and the lifting device is used for lifting the escape personnel; when safety risks occur in the ship lock, escape and emergency safety evacuation of sailors and passengers in the ship lock can be rapidly and effectively carried out through the ship lock safety evacuation system, the safety of the sailors and the passengers passing the lock is effectively guaranteed, and heavy and extra-large accidents on the water can be effectively restrained.
本发明公开了一种船舶通过船闸应急安全疏散系统，包括闸墙，还包括逃生疏散模块，所述逃生疏散模块包括逃生通道和逃生装置，所述逃生通道为设置于闸墙上的凹槽结构，其底部高程为其所在航道的历史最低水位，其顶端延伸至闸面，其沿着闸墙的长度方向设置有多个；所述逃生装置设置于逃生通道中，包括手动逃生装置和电动逃生装置，逃生人员可通过手动逃生装置攀爬出逃生通道，所述电动逃生装置包括提升装置，所述提升装置用于提升逃生人员；当船闸内发生安全风险时，通过本发明可快速有效的进行船闸内船员及旅客的逃生和应急安全疏散，有效保证了过闸船员及旅客安全，能够有效遏制水上重特大事故。
Emergency safety evacuation system and method for ship passing through ship lock
The emergency safety evacuation system comprises a lock wall and further comprises an escape evacuation module, the escape evacuation module comprises an escape channel and an escape device, the escape channel is of a groove structure arranged on the lock wall, the bottom elevation of the escape channel is the historical lowest water level of a channel where the escape channel is located, and the top end of the escape channel extends to a lock surface; a plurality of guide rails are arranged along the length direction of the lock wall; the escape device is arranged in the escape channel and comprises a manual escape device and an electric escape device, escape personnel can climb out of the escape channel through the manual escape device, the electric escape device comprises a lifting device, and the lifting device is used for lifting the escape personnel; when safety risks occur in the ship lock, escape and emergency safety evacuation of sailors and passengers in the ship lock can be rapidly and effectively carried out through the ship lock safety evacuation system, the safety of the sailors and the passengers passing the lock is effectively guaranteed, and heavy and extra-large accidents on the water can be effectively restrained.
本发明公开了一种船舶通过船闸应急安全疏散系统，包括闸墙，还包括逃生疏散模块，所述逃生疏散模块包括逃生通道和逃生装置，所述逃生通道为设置于闸墙上的凹槽结构，其底部高程为其所在航道的历史最低水位，其顶端延伸至闸面，其沿着闸墙的长度方向设置有多个；所述逃生装置设置于逃生通道中，包括手动逃生装置和电动逃生装置，逃生人员可通过手动逃生装置攀爬出逃生通道，所述电动逃生装置包括提升装置，所述提升装置用于提升逃生人员；当船闸内发生安全风险时，通过本发明可快速有效的进行船闸内船员及旅客的逃生和应急安全疏散，有效保证了过闸船员及旅客安全，能够有效遏制水上重特大事故。
Emergency safety evacuation system and method for ship passing through ship lock
一种船舶通过船闸应急安全疏散系统及方法
QI JUNLIN (author) / LI RAN (author) / BIAN JI (author) / ZHENG WEILI (author) / YAN XIAOQING (author) / TANG WEIBI (author) / CHEN PENG (author) / JIN FENG (author) / ZHANG BO (author) / QIN LU (author)
2023-04-04
Patent
Electronic Resource
Chinese
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