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Designing a yacht bridge

机译:设计游艇桥

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On conventional bridges many single units were connected through multiple cables and interfaces. Such an unclear data distribution has turned out to be a risk. Further, the overflow of inconsistent information as well as superfluous alarms generated by single units further hamper safe decision making and foster stress on the bridge. On the modern bridge the single navigation devices transform into network participants and the integration of data creates many new useful functions. This also has benefits when it comes to functional upgrades or refits. Modern superyacht bridge systems also ensure an entirely consistent use, designation and presentation of sensor data and targets throughout the system - which is significantly different from the »console thinking« in the past. At the same time, the bridge features an intelligent, central handling of any alerts arising. The crew can handle any task or attend to any situation from any multifunctional display. In other words: The navigator interacts with a single system only, what is a strong contribution to a much-improved situational awareness and reduction of stress.
机译:在传统的桥梁上,许多单位通过多电缆和接口连接。这种不清楚的数据分布结果证明是一种风险。此外,由单位产生不一致的信息以及单位产生的多余警报进一步妨碍安全决策和促进桥梁的压力。在现代桥梁上,单个导航设备转换为网络参与者,数据集成创造了许多新的有用功能。当涉及功能升级或改装时,这也有益处。现代超级游艇桥系统还确保在整个系统中完全一致的使用,指定和传感器数据和目标的呈现 - 与过去的控制台思维有很大差异。同时,桥梁具有智能,中央处理的智能处理。机组人员可以处理任何任务或从任何多功能显示器中参加任何情况。换句话说:导航仪仅与单一系统相互作用,对大量改善的情境意识和减少压力的强烈贡献是什么。

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    《Hansa》 |2021年第9appa期|16-17|共2页
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