Automatic temperature detector to mitigate the spread of COVID-19

P. Ibnugraha, Rini Handayani, Khamla NonAlinsavath
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引用次数: 0

Abstract

The COVID-19 causes wide impact in business operation. The enterprise must mitigate the risk of COVID-19 spread in its environment. The monitoring of body temperature for employees can be applied as a method to prevent COVID-19 spread. However, the monitoring system must consider several factors such as contactless system, accountable, and simple. The integration between IR temperature sensor and attendance system based on ESP32 is able to provide those need. The use of proximity, IR, and RFID sensor is affordable to detect body temperature properly within 10 cm. The proposed system provides notification if user gets fever or suspect of COVID-19 by detecting the body temperature. The accuracy of sensor is adequate. It is based on the comparison testing between proposed system with body thermometer where the testing is performed 30 times for each condition. In order to deduce the comparison result, this study uses analysis of variance method. The analysis produces F-critical (4,006) greater than F-value (0,022) where it means that the proposed system and body thermometer have similar testing result. It is shown good accuracy for the proposed system.
自动体温检测仪缓解新冠肺炎传播
新冠肺炎对企业经营造成广泛影响。企业必须降低新冠肺炎在其环境中传播的风险。员工体温监测可作为预防新冠肺炎传播的一种方法。然而,监控系统必须考虑几个因素,如非接触式系统、可问责性和简单性。基于ESP32的红外温度传感器与考勤系统的集成能够满足这些需求。使用近距离、IR和RFID传感器可以在10厘米范围内正确检测体温。如果用户发烧或怀疑感染新冠肺炎,建议的系统通过检测体温提供通知。传感器的精度足够。它基于所提出的系统与体温计之间的比较测试,其中每种情况下进行30次测试。为了推导比较结果,本研究采用方差分析法。分析产生的F临界值(4006)大于F值(0022),这意味着拟议的系统和体温计具有相似的测试结果。结果表明,该系统具有良好的精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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6 weeks
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