@bachelorthesis{10336/21013,
author = {Vargas Blanco, Juan Camilo},
url = {https://repository.urosario.edu.co/handle/10336/21013},
abstract = {This work aims to implement a hand hygiene control system using RFID technology in a clinical environment. For which it was necessary to a) Design a hand hygiene station for the timely detection of hand disinfection in clinical areas using RFID technology. Perform the entry control of medical personnel who are in clinical areas such as hospitalization and intensive care unit. c) Establish a communication model between different devices through the concept of IoT (Internet of things) for the storage and processing of hand sanitation records. d) Create a system that allows the notification of an adverse event (not hand hygiene) in order to establish the traceability of this type of event. e) Perform validation tests of the hand hygiene control system in a simulated clinical environment to verify its employability. This resulted in a satisfactory hand hygiene control system using RFID technology for a clinical environment, along with a test protocol and system management to be used. It was possible to design a hand hygiene station for the timely detection of hand disinfection in clinical areas using RFID technology and a second hand hygiene station to control the entry of medical personnel who are in clinical areas such as hospitalization and intensive care unit. It was possible to establish a communication model between different devices through the IoT (Internet of Things) concept for the visualization and storage of records corresponding to hand sanitization and adverse events such as non-hand sanitization. In turn, this model is complemented by a system that allows the notification of an adverse event in order to establish the traceability of this type of event and to exercise access control to hospital areas based on these. Test protocols were implemented for the validation of the hand hygiene control system in a simulated clinical environment in order to verify its employability. ID RFID tags have a greater readability, which suggests that their implementation should be much more viable, although their large structure makes it difficult to apply them in a model that is scalable to a real environment. A change is suggested in the RFID tags implemented in this system, for which RFID tags type band (bracelet) could be used, referring to an accessory, allowing greater comfort and not affecting the naturalness of the hand sanitization process, that is, , reducing the Hawthorne effect.},
keywords = {Higiene hospitalaria},
keywords = {Lavado de manos},
keywords = {Infecciones},
title = {Sistema de control de higiene de manos en personal médico en áreas de hospitalización y unidad de cuidados intensivos a partir de tecnología RFID},
publisher = {Universidad del Rosario},
keywords = {Hospital hygiene},
keywords = {Hand washing},
}