Estación automatizada para la desinfección y toma de temperatura corporal como medida de bioseguridad.

Abstract

Currently, as a consequence of the COVID-19 pandemic, several sectors of society are being affected, thanks to the great propagation of the virus due to the fact that the security measures that are recommended to reduce the propagation are not being carried out in a correct way. This is why we are looking to provide a disinfection system that can fulfill this process that is important to combat this pandemic through an intelligent system. The research that was carried out was focused on several fields that will allow us to develop this topic satisfactorily, such as the analysis of devices such as sensors, actuators and microcontrollers that will allow us to develop the correct disinfection process. The architecture of this system allowed to maintain a correct connection between the components, because it was developed according to the levels of automation, that is to say, respecting the levels in which each element of the system must be found so that the transmission of information is more orderly, these levels are: field, control and supervision. The UML modeling diagram (state, use and sequence diagrams) through its graphic components allowed confirming which are all the processes performed by the system and who are the actors in them. The Petri Nets contributed to the research with a schematization, in which the processes performed by each agent are observed, in addition to obtaining the necessary tests that provided positive results on a verification of the correct operation of the system.