Citas bibligráficas
Alegre, K., (2020). Diseño y desarrollo de un dispositivo electrónico portátil no invasivo para prevenir los casos de muerte súbita en neonatos y lactantes [Universidad Tecnológica del Perú]. https://hdl.handle.net/20.500.12867/3981
Alegre, K., Diseño y desarrollo de un dispositivo electrónico portátil no invasivo para prevenir los casos de muerte súbita en neonatos y lactantes []. PE: Universidad Tecnológica del Perú; 2020. https://hdl.handle.net/20.500.12867/3981
@misc{renati/810638,
title = "Diseño y desarrollo de un dispositivo electrónico portátil no invasivo para prevenir los casos de muerte súbita en neonatos y lactantes",
author = "Alegre Mauriola, Kevin Brandon",
publisher = "Universidad Tecnológica del Perú",
year = "2020"
}
The present prototype consists of the design and development of a non-invasive portable electronic device to prevent cases of sudden death in neonates and infants, taking into account those factors that can cause sudden infant death, such as sleep apnea, position infant sleep, overheating, among others. As components for the system, a resistive force sensor, surface electrodes, an integrated temperature circuit, a digital accelerometer, an environmental sensor and micromotors were used. From the components used we obtain the respiratory rate, heart rate, infant positioning, infant temperature, and relative humidity and ambient temperature and the feedback stage that will allow the infant to wake up when it captures a decrease in respiratory rate (less than 20 breaths per minute), through the micromotors. Subsequently the sensors are incorporated into a jacket for infants, then the signals are processed through the microcontroller and sent via the Bluetooth module (BT) to a PC which, we will observe the signals and numerical values through a graphical user interface (GUI) developed by object-oriented software and programming techniques. The prototype was tested in three infants with the following ages 3 months, 12 months and 18 months of age. In this sense, the jacket was used in each infant to capture the measurements of the sensors used during the deep sleep state in each one of them, where the prototype had the ability to detect adverse events in the patient's health, activating the micromotors so that the infant can adopt a correct position when sleeping and thus keep the infant safe.
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