Monitoramento de parâmetros ambientais de um leito hospitalar utilizando ESP32
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Universidade do Estado do Amazonas
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This paper aims to present the process of developing a prototype to collect
environmental parameters present in a hospital bed, such as temperature and humidity. Its
objective is to optimize communication between the ward or accompanying bed, aiming at
patient comfort and reducing their suffering, in an attempt to hospital humanization. Some
available functions are temperature and humidity collections, emergency button and impact
sensor. The ESP32 from ESPRESSIF was used as a microcontroller, replacing the originally
proposed Arduino and Raspberry Pi. ESP32 makes it possible to connect to Wi-Fi and create a
cloud, meaning that data collected by sensors travels across the cloud and is printed to an end
user using the concepts of Internet of Things (IoT). For communication between ESP32 and
outbound, a lightweight TCP / IP based messaging protocol known as Message Queuing
Telemetry Transport (MQTT) is used, where a registered server is required to interface the
collected data. Finally, the data collected appears on the monitor or mobile application,
improving communication and may bring more comfort and well-being to the patient.