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Physical Distancing and Temperature Sensing Bracelet
Journal of Physics: Conference Series ; 1969(1), 2021.
Article in English | ProQuest Central | ID: covidwho-1327330
ABSTRACT
The world is enduring difficulties in numerous fields because of this Coronavirus pandemic flare-up. All government had played it safe to forestall the infection transmission, for example, rehearsing social distancing and temperature checking before entering any preface just as declaring a lockdown. Notwithstanding, the 1-meter distance is not straightforward to estimate by unaided eyes, and it is difficult to carry along a meter rule regularly. Subsequently, inadvertently connect with others. Therefore, this would build our danger of getting contaminated by the COVID-19 infection. Moreover, the thermometer put at each person’s passageway has the threat of causing disease since numerous individuals share it. Regardless of whether a specialist is appointed to quantify guests’ temperature, the person does not have the option to keep up the guest’s social distance when taking temperature. In this research, a sensing bracelet proposed to determine physical distancing and temperature. The bracelet has two fundamental capacities. It can continually screen distance among client and others utilising a sensor. It will warn the client to keep up social distancing and avoid swarmed places when it distinguishes individuals under 1 meter. Second, it has a temperature sensor to determine the client’s internal heat level and will ring to caution the client if the internal heat level is more than 37.5°C. The experiment conducted able to achieve the requirement for a physical distancing.

Full text: Available Collection: Databases of international organizations Database: ProQuest Central Language: English Journal: Journal of Physics: Conference Series Year: 2021 Document Type: Article

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Full text: Available Collection: Databases of international organizations Database: ProQuest Central Language: English Journal: Journal of Physics: Conference Series Year: 2021 Document Type: Article