Studies on the development of telemedicine network system in the disaster emergency medical treatment

灾害应急医疗远程医疗网络系统开发研究

• 批准号: 12307055
• 负责人: HASHIZUME Makoto
• 金额: $ 21.77万
• 依托单位: KYUSHU UNIVERSITY
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (A)
• 财政年份: 2000
• 资助国家: 日本
• 起止时间: 2000 至 2003
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-12307055/
• 关键词: wireless transmission system; communication cost; disaster emergency medical treatment; telemedicine network system; 携帯電話; 心肺蘇生法; 災害救急医療情報; 遠隔地医療ネットワークシステム; 遠隔操作; 救急蘇生法; 救急・災害医療関連情報; 救急医療情報伝送システム; 遠隔制御

We tried the development of the first wireless transmission system in Japan that used the electric wave of 400MHz bandwidth to observe the appearance in the ambulance. Though a lot of similar equipment exist now, it is not possible to operate it by installing it in the ambulance. Because these operate in a high frequency band region, and the electric wave power is limited by the domestic law.For practicable operation of such a system, the electric wave power should be large. Therefore, it is necessary to lower the frequency band region basically. However, the volume of information put on the electric wave will decrease when the frequency band region is lowered, consequentially, transmitting the appearance in the ambulance becomes very difficult. Then, we tried to the conflicting problem of making to high power and securing to the telephotography volume of information, and achieved the result.First, the advantage of this system is that the running cost is unnecessary only in an initial cost. In many cases, the communication charge becomes a problem because it is operated by the budget during year. In this system, we can know the appearance in the ambulance in addition to patient's vital data free of charge.Secondarily, even if it is time when it doesn't function the communication infrastructure of the mobile carrier like the large area disaster etc., this system is unaffected because an original wireless infrastructure is used.Result, this system is useful as the telemedicine network system in the disaster emergency medical treatment.

我们尝试开发了日本第一个无线传输系统，使用400MHz带宽的电波来观察救护车的外观。虽然现在有很多类似的设备，但不可能通过安装在救护车上来操作。因为这些都是在高频段区域工作，而且电波功率受到国内法的限制。为使该系统实际运行，波浪功率应较大。因此，基本降低频段是必要的。但是，当电波的频带区域降低时，所承载的信息量就会减少，因此，在救护车中传输外观变得非常困难。然后，我们尝试解决高功率和保证远摄信息量的冲突问题，并取得了成果。首先，该系统的优点是运行成本仅在初始成本中是不必要的。在很多情况下，通信费因为是按年度预算运作而成为一个问题。在该系统中，我们可以免费了解救护车的外观以及患者的重要数据。其次，即使是在大面积灾害等移动运营商的通信基础设施无法正常工作的时候，该系统也不会受到影响，因为它使用的是原始的无线基础设施。结果表明，该系统可作为远程医疗网络系统应用于灾害应急医疗。

项目成果

橋爪 誠: "次世代内視鏡治療-マイクロマシン技術の開発動向を含めて-編著;伊東 進,田尻久雄(分担執筆)"中山書店. 57(166-176) (2002)

Makoto Hashizume：“下一代内窥镜治疗 - 包括微机械技术的发展趋势 - 编辑；Susumu Ito，Hisao Tajiri（合著者）” Nakayama Shoten 57（166-176）（2002）。

橋爪 誠: "遠隔医療と医療連携"現代医療. (in press). (2002)

Makoto Hashizume：“远程医疗和医疗协作”现代医学（印刷中）。

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• DOI: 10.54097/hset.v30i.4938
• 发表时间: 2023-02
• 期刊: Highlights in Science, Engineering and Technology
• 作者: Q. Qiu

Robot-Assisted Surgery in Minimally Invasive Procedures

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• 发表时间: 2002
• 期刊: The 6th International Conference on Biomedical Engineering and Rehabilitation Engineering
• 作者: Hashizume M;Shimada M;Tomikawa M;Akahoshi T;Konishi K;Yamaguchi S;Sugimachi K
• 通讯作者: Sugimachi K

漢那朝雄, 橋爪 誠: "特集もしもその時!災害発生初期対応 知っておきたい、ケース別初期対応"安全衛生のひろば. 43・9. 6-12 (2002)

麻尾环奈、桥爪诚：“特辑：如果发生这种情况怎么办！灾难的初步应对：关于个案的初步应对需要了解什么”健康安全广场 43・9.6-12 (2002)。