School of Nursing, Kanazawa Medical University, 1-1 Uchinada, Kahoku 920-0265, Ishikawa, Japan.
Division of Nursing, Faculty of Health Science, Institute of Medical, Pharmaceutical and Health Science Kanazawa University, Kanazawa 920-0942, Ishikawa, Japan.
Int J Environ Res Public Health. 2022 Aug 6;19(15):9694. doi: 10.3390/ijerph19159694.
This paper describes the design and function of an application that enables vulnerable people to provide medical information for use in disasters, and presents the results of an initial test of its usability in Nankoku, Japan. The application consists of two parts: K-DiPS Solo, a smartphone app, and K-DiPS Online, a web application for disaster management by local governments. We asked vulnerable people or their family caregivers to enter medical information into the app on their smartphones and connected this information to a local government application as a demonstration of a disaster response solution that manages information. We targeted a group of 14 healthy older people. The user information that they entered into the app was stored in the cloud via the communication system of the mobile phone. A ledger of vulnerable people for use in the event of a disaster was automatically created on the web application using the information supplied by the individuals. Local government staff corrected the location information, if necessary, by dragging points plotted on a map. This disaster response solution was shown to connect individuals to government offices, and to enable a consistent flow of information from patient details to stocking of supplies, and for simulation, training, and response during disasters.
本文介绍了一款应用程序的设计和功能,该应用程序使弱势群体能够提供医疗信息,以用于灾害应对,并展示了在日本南部城市南越谷市对其可用性进行的初步测试结果。该应用程序由两部分组成:K-DiPS Solo,一个智能手机应用程序,和 K-DiPS Online,一个地方政府用于灾害管理的网络应用程序。我们请弱势群体或其家属护理人员在智能手机上的应用程序中输入医疗信息,并将这些信息连接到地方政府的应用程序中,作为一种管理信息的灾害应对解决方案的演示。我们的目标人群是 14 名健康的老年人。他们在应用程序中输入的用户信息通过手机的通信系统存储在云端。使用个人提供的信息,在网络应用程序上自动创建了一份用于灾害的弱势群体清单。地方政府工作人员通过拖动地图上绘制的点来修正位置信息(如果有必要的话)。该灾害应对解决方案展示了如何将个人与政府办公室联系起来,并实现从患者详细信息到供应品库存的信息的持续流动,以及用于模拟、培训和灾害应对。