基于CDG的医疗设备传感器网络集成

V. Delgado‐Gomes, F. Januário, N. Vilhena, M. Marques, R. Jardim-Gonçalves
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引用次数: 1

摘要

腰椎或颈椎深层肌肉(所谓的多裂肌)的无力是背痛最常见的原因之一。在20年的时间里,频繁的测试和测量表明,超过70%的调查对象都有这种特殊肌肉群的共同弱点。遵循常规训练已证明有效改善腰背部健康。Smart4Health项目旨在为欧盟公民提供可互操作和可交换的欧洲电子健康记录(EHR),使欧盟公民能够积极参与管理自己的健康。作为项目活动的一部分,Smart4Health将升级现有的物理治疗设备,使其具有实时测量和连接功能,以满足新的医疗设备法规。力和角度传感器测量技术将被连接并集成到Smart4Health框架中,使患者能够实时可视化并将治疗数据上传到安全的云端。然后,临床医生可以跟踪病人的治疗情况,并做出必要的调整(如果需要的话)。物理治疗设备及其传感器通过安全网络连接,从而能够收集与健康相关的数据。此外,智能传感器网络收集公民健康和福祉数据,为公民的电子病历添加信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sensor network integration for a medical device using CDG
The weakness of the deep layer of lumbar or cervical spine muscles (so-called multifidus muscles) is among the most common causes for backpain. Frequent testing and measurements over a 20 years period of time showed a common weakness of this particular muscle group in more than 70% of investigated persons. Following a routine training has demonstrated an effective improvement in low back health. The Smart4Health project aims at empowering EU Citizens with an interoperable and exchangeable European Electronic Health Record (EHR) that will allow EU citizens to be active participants in managing their own health. As part of project activities, Smart4Health will upgrade existing physiotherapy devices with real-time measurements and connectivity capabilities, meeting new medical device regulations. Force and angle sensors measurement technology will be connected and integrated in the Smart4Health framework, enabling the patient with a real-time performance visualization and the treatment data upload for a secure cloud. The clinicians can then keep track of the patient treatment and made the necessary adjustments (if needed). The physiotherapy device and its sensors are connected over a secure network, enabling the data collection of health-related data. Moreover, an intelligent sensors network collecting citizen health and wellbeing data, adds information to citizen’s EHR.
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