Diseño e implementación de un prototipo de sistema IOT para la monitorización de datos de presión arterial a través de un sensor fotoelectrónico.

Abstract

The objective of this curricular integration work was to design and implement a prototype of an IoT system for monitoring blood pressure data through a photoelectronic sensor, it was decided to design and implement a prototype system in the internet of things, under Android mobile device environments for blood pressure data monitoring through a photoelectronic sensor. It allows taking the systolic and diastolic blood pressure data of the patient through the photoelectronic sensor and the development card, after which it proceeds to send the information to a web server, storing it in a database manager, therefore, in the mobile application patient registration in the system and access to blood pressure information results are supported. In order to determine the correct functioning of the biomedical prototype, the joint comparison of arterial information collection was carried out with the help of the medical team to women over 60 years of age, the tests were carried out on 11 patients in the metropolitan clinic, the samples used to be for calculations and comparison of results between the medical equipment and the biomedical prototype: Once the measurement has been made and with the data gotten, it indicates that the implemented prototype is reliable. The results were presented in the mobile application. It is concluded that through the mobile application it is possible to show the patient's diagnosis together with the blood pressure calculations in addition to the monitoring values, where the treating physician will be the one who dictates and validates the type of hypertension and the patient's treatment: It is recommended that for the design and implementation of a prototype IoT system for monitoring blood pressure data, due to future research the use of more sensors to accurately measure blood pressure.