船闸水域基于驾驶人风险响应的船舶驾引应急处置系统

By real-time detection and automatic control switching of the ship pilot emergency response system in the lock waters, the collision problem caused by ship pilot error has been solved, and the navigation efficiency and safety of the lock have been improved.

CN116166004BActive Publication Date: 2026-07-17THREE GORNAVIGATION AUTHORITY

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
THREE GORNAVIGATION AUTHORITY
Filing Date
2022-12-14
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Collisions caused by pilot error are frequent in the lock waters, resulting in economic losses and reduced navigation efficiency. Existing technology lacks an effective emergency response system.

Method used

An emergency response system for ship navigation based on driver risk response in lock waters was designed. The system monitors the ship's navigation status in real time, evaluates the driver's environmental response status using a driver risk response model, and switches to an automatic driving system in dangerous situations. The system includes a processor, detection device, sensing device, driver risk response model database, and driving control switching system.

Benefits of technology

It enables intelligent human-machine co-driving of ships in the lock waters, reducing collisions caused by driver error, improving navigation efficiency, and ensuring the safety of ships and facilities.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明涉及船闸水域基于驾驶人风险响应的船舶驾引应急处置系统,包括处理器和与其连接的检测装置、感应装置,以及驾驶人风险响应模型数据库和驾驶权切换系统。所述船舶驾引应急处置系统在船舶过闸时对船舶航行状态进行实时检测,并以驾驶人风险响应模型作为对驾驶人的环境响应状态的评估准则,当船舶过闸过程中出现危险状况时,驾驶权切换系统及时切换至船舶自动驾驶状态。本发明提出的船舶驾引应急处置系统,实现了智能船舶人机共驾,利用船舶航行风险态势模型实时计算船舶航行风险,并预测船舶运动轨迹,通过对船舶驾引应急处置和自动驾驶控制,减小船舶过船闸的航运风险,提高船舶通航效率,有效避免因人为因素导致船舶发生碰撞事故。
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