Nositelné zařízení pro celodenní monitorování tělesné teploty s podporou pro připojení do sítě IoT

Abstract

This work deals with the design and implementation of a wearable device for continuous monitoring of human body temperature from multiple locations simultaneously. The work includes a survey of available sensors and microcontrollers. The focus is on the development of a hardware device capable of continuously measuring body temperature in real time without the need for manual measurement. Additionally, the device is capable of wirelessly transmitting the measured data to an IoT network for further analysis. The work describes the hardware and software requirements, the selection of suitable components, their testing, and the circuit design. Furthermore, the work addresses the programming and implementation of algorithms for processing data obtained from sensors, storing it on a memory medium, and constructing the physical implementation of the device. The result of the work is a functional prototype of a wearable device that meets the required reliability and ability to wear it without significant difficulties. Generally, similar devices offer the potential for use in medical applications, human health research and monitoring, sports medicine, and other industries where monitoring body temperature is crucial for patient diagnosis and treatment.