在增强现实环境中使用机舱模拟器进行故障排除和修复的当代概念

I. Bakalov
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引用次数: 2

摘要

发动机模拟器用于实现船员培训的关键教育目标。模拟器提供了一个完整的科学洞察系统,发动机,机械和日常操作,以及检测和解决问题。此外,机舱模拟器有助于团队合作,适应不同的情况,以及在危机情况下做出决策。在ERS TehSim 5000模拟综合体中,以汽轮机为主要发动机的虚拟LNG运输船中开发了海员练习。参与者被分为不同的小组:机舱组和技术组。该演习是根据轮机工程师训练综合体的能力和模拟器上的液化天然气运输船模型开发的。演习包括对LNG运输船上的船舶蒸汽系统的工作,以及蒸汽管道的实际故障。机舱小组在模拟的综合设施上操作,技术小组在处理实际工作,直到故障排除。该演习包括:在一个真正的检查清单上工作,以启动电力系统;闹钟铃声;真正解决问题;执行紧急应变程序。演习的工作人员是希腊学生-四年级机械师,具有液化天然气运输船的经验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Contemporary Concept in Troubleshooting and Fixing Malfunctions Using an Engine Room Simulator in Augmented Reality Environment
Engine simulators are used to achieve the critical educational objectives in training the ship's crew. The simulators provide a complete scientific insight into systems, engines, machinery and everyday operation, as well as detection and fixing of problems. In addition, engine room simulators help teamwork, adaptation to different situations, and decision-making in a crisis situation. An exercise for seafarers was developed in a virtual LNG Carrier with Steam Turbine as main engine in the ERS TehSim 5000 simulation complex. The participants are divided into different teams: - for engine room team, and technical team. The exercise was developed on the basis of the ability of the marine engineers' training complex and the LNG Carrier vessel model on the simulator. The exercise consisted of work on the ship's steam system on LNG Carrier mixed with a real failure on the steam line. The engine room team operates on the simulated complex, and the technical team is dealing with the real work until troubleshooting. The exercise consists of: work on a real check list to start the power system; alarm sound; real work on the problem; implementation of emergency response procedures. The working staffs of the exercise are Greek students – fourth year mechanics, with experience of LNG Carrier.
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