Abstract
The article is devoted to an overview of the project aimed at optimizing the production process in a wide range of enterprises. Considered is the creation of an installation that implements the automation of measuring the temperature of people at checkpoints with subsequent remote monitoring of readings. The result of the development involves an increase in the level of safety of employees and the elimination of the “human factor”. The value of the carbon footprint generated by the device during the year was, of CO2, respectively. At the same time, the transition to the use of energy-saving modes in IoT devices potentially reduces energy consumption and the value of the carbon footprint by more than 1000 times.
Highlights
Today, many institutions are equipped with checkpoints in the form of turnstiles
During the pandemic associated with the spread of the COVID-19 virus, it became necessary to monitor the temperature of those entering the premises
The value of the carbon footprint generated by the device during the year was, 284,7 g
Summary
Many institutions are equipped with checkpoints in the form of turnstiles. During the pandemic associated with the spread of the COVID-19 virus, it became necessary to monitor the temperature of those entering the premises. Performers are appointed in the person of employees of this institution or third parties. The specified project contains a temperature sensor, which does not require contact with the surface. It has a higher speed than devices on the market
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