一种用于流行病监测的智能穿戴式温度监测系统

Ming Chen, Lan Chen, Yali Wang
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引用次数: 1

摘要

可穿戴电子设备越来越多地用于人体生理参数的监测。连续体温监测仪将广泛应用于家庭和医院,对于当前人体健康状态监测,特别是对冠状病毒等体温感测性疾病的监测具有重要意义。本文介绍了一种高精度、连续长时间测量、远程采集温度、低功耗的连续温度监测系统,可以对疫情中出现温度异常的人群进行及时监测和预警。温度计的高精度可达0.01摄氏度,采用Wi-Fi中的IP复用进行传输,增加网络容量,高效的工作-睡眠模式实现低功耗,满足14天的疫情敏感期。它不仅可以有效地监测可疑人群,而且可以大大减少疫情监测的工作量和感染风险。该系统易于与现有医院信息系统集成,所提出的解决方案可应用于温度异常疫情监测的监测预警。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Intelligent Wearable Temperature Monitoring System for Epidemic Surveillance
Wearable electronics devices become more popular used for human being's physiological parameter monitor. Continuous body temperature monitor will be wide used in families and hospitals, great significance for human health state monitoring especially for body temperature sensing diseases such as corona-virus epidemic currently. In this paper, we introduce a continuous temperature monitoring system with high precision, continuous and long-time measurement, remote temperature collection, and low power consumption, which can monitor and warn the population with abnormal temperature in the epidemic in time. The high precision of the thermometer is up to 0.01 degrees Celsius, and IP multiplexing in Wi-Fi is adopted for transmission to increase the network capacity, and a high efficient working-sleeping mode achieves the low power consumption to satisfy 14 days of epidemic sensitive period. It can not only monitor the suspicious population effectively, but also reduce the workload and infection risk of the epidemic monitoring greatly. The system is easy to be integrated with the existing hospital information system, the proposed solutions can be applied to the monitoring and early warning of epidemic surveillances with abnormal temperature.
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