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Developing a smart multifunctional outdoor jacket with wearable sensing technology for user health and safety
Multimedia Tools and Applications ( IF 3.6 ) Pub Date : 2021-07-28 , DOI: 10.1007/s11042-021-11166-7
Hyunseung Lee 1 , Kyungsoon Baek 2
Affiliation  

Over the decades, there has been a sustained effort to use fashion as a medium for delivering digital functionality. The goal is to integrate information technology (IT) into clothing to provide users with functions to assist them in their tasks. Regarding the direction of previous efforts, this study developed a multifunctional smart outdoor jacket prototype that senses, recognizes, responds, and manages various safety risks and potentially hazardous situations and identifies environmental factors that are difficult to predict. The prototype’s research and development (R & D) was carried out through the following steps. First, to determine functions that can practically assist users in outdoor environments and help ensure their health and safety, a user requirement survey subject to expert evaluation was conducted. Six functions were selected: (1) Bluetooth hands-free calling and audio streaming, (2) heart rate monitoring for self-health care, (3) emergency calls to request assistance, (4) temperature-reactive heating to retain body heat for survival, (5) fall detection and automatic emergency calls, and (6) ultraviolet monitoring for self-health care. Next, a wearable system and its garment platform were developed, containing detachable device modules for washability and ease of maintenance. Lastly, a dedicated smartphone application was developed for extended functionality. By exploring the use of clothing in diversifying wearable health care and HAR systems, the study could be used to diversify wearable healthcare and safety platforms.



中文翻译:

开发具有可穿戴传感技术的智能多功能户外夹克,保障用户健康和安全

几十年来,人们一直在努力将时尚作为提供数字功能的媒介。目标是将信息技术 (IT) 集成到服装中,为用户提供帮助他们完成任务的功能。针对以往的努力方向,本研究开发了多功能智能户外夹克原型,可感知、识别、响应和管理各种安全风险和潜在危险情况,并识别难以预测的环境因素。样机的研发(R&D)是通过以下步骤进行的。首先,为了确定可以在户外环境中实际帮助用户并帮助确保他们的健康和安全的功能,进行了经过专家评估的用户需求调查。选择了六个功能:(1) 蓝牙免提通话和音频流,(2) 用于自我保健的心率监测,(3) 紧急呼叫以请求帮助,(4) 温度反应加热以保持体温以维持生存,(5)跌倒检测和自动紧急呼叫,以及(6)用于自我保健的紫外线监测。接下来,开发了一种可穿戴系统及其服装平台,其中包含可拆卸的设备模块,可用于清洗和易于维护。最后,为扩展功能开发了专用的智能手机应用程序。通过探索服装在可穿戴医疗保健和 HAR 系统的多样化中的使用,该研究可用于使可穿戴医疗保健和安全平台多样化。(4) 温度反应加热以保持体温以维持生存,(5) 跌倒检测和自动紧急呼叫,以及 (6) 自我保健的紫外线监测。接下来,开发了一种可穿戴系统及其服装平台,其中包含可拆卸的设备模块,可用于清洗和易于维护。最后,为扩展功能开发了专用的智能手机应用程序。通过探索服装在可穿戴医疗保健和 HAR 系统的多样化中的使用,该研究可用于使可穿戴医疗保健和安全平台多样化。(4) 温度反应加热以保持体温以维持生存,(5) 跌倒检测和自动紧急呼叫,以及 (6) 自我保健的紫外线监测。接下来,开发了一种可穿戴系统及其服装平台,其中包含可拆卸的设备模块,可用于清洗和易于维护。最后,为扩展功能开发了专用的智能手机应用程序。通过探索服装在可穿戴医疗保健和 HAR 系统的多样化中的使用,该研究可用于使可穿戴医疗保健和安全平台多样化。包含可拆卸的设备模块,便于清洗和维护。最后,为扩展功能开发了专用的智能手机应用程序。通过探索服装在可穿戴医疗保健和 HAR 系统的多样化中的使用,该研究可用于使可穿戴医疗保健和安全平台多样化。包含可拆卸的设备模块,便于清洗和维护。最后,为扩展功能开发了专用的智能手机应用程序。通过探索服装在可穿戴医疗保健和 HAR 系统的多样化中的使用,该研究可用于使可穿戴医疗保健和安全平台多样化。

更新日期:2021-07-29
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