日本医疗航空运输服务的人体工程学问题

K. Shinohara
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摘要

由于所运送的危重病人的情况、飞机内环境和紧急飞行的需要,医疗空运必须特别考虑到医疗专业人员、医疗设备和飞行机组人员。然而,很少有研究调查日本医疗航空运输服务面临的人体工程学问题。因此,我们在这里调查了日本医务人员和航空界面临的人体工程学问题,包括与医疗器械使用有关的问题。结果表明,目前我国标准医学教育在航空生理学、机内医疗设备使用、飞行操作系统、机组人员资源管理等方面的基础教育培训不足。事实上,飞行中使用的大多数医疗设备都是传统设备,没有考虑到振动或低客舱压力的人体工程学因素。特别是与人机界面、电源、电磁兼容性以及飞行期间使用的电子医疗设备的人体工程学和技术兼容性有关的问题必须得到改善。夜间或恶劣天气等紧急飞行的安全、机组人员的训练、大规模灾害时的空中交通管制系统等也需要改善。需要跨学科的合作来进一步研究和解决这些问题。
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Ergonomic Problems in Japan’s Medical Air Transportation Services
Special considerations must be given in medical air transportation to medical professionals, medical equipment, and flight crews due to the conditions of the critically ill patients transported, the intra-aircraft environment, and the need to make emergency flights. However, few studies have investigated the ergonomic problems faced by the medical air transportation services provided in Japan. Therefore, here we investigated ergonomic problems, including those related to medical device use, faced by medical personnel and the aviation community in Japan. Results indicated that basic education and training on aerospace physiology, intra-aircraft use of medical equipment, flight operation systems, and crew resource management are currently insufficient in standard medical education. In fact, most medical devices used during flights are conventional devices with no ergonomic considerations made for vibration or low cabin pressure. In particular, problems relating to human-machine interfaces, power supplies, electromagnetic compatibility, and the ergonomic and technical compatibilities of electronic medical equipment used during the flights must be improved. Improvements are also needed in relation to safety during emergency flights such as those made at night or in bad weather, crew training, and air traffic control systems during large-scale disasters. Interdisciplinary collaboration is required to further investigate and resolve these problems.
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