Open AccessIoT Based Automatic Monitoring and Control System
Author(s) -
S Chandra Prabha,
G Ganishka,
S Anto Mamman Shane,
S. Gayathri
Publication year - 2021
Publication title -
journal of physics. conference series
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.21
H-Index - 85
eISSN - 1742-6596
pISSN - 1742-6588
DOI - 10.1088/1742-6596/1916/1/012087
Subject(s) - buzzer , heartbeat , alarm , computer science , heart rate , medical emergency , control (management) , medicine , real time computing , computer security , artificial intelligence , engineering , electrical engineering , blood pressure , radiology
This paper is of systematic review is to analyze this research done on the period of time activity or trailing of the number of intravenous fluid (IV) level during a saline bag and additionally to watch the heart rate and temperature level of the patient. This technology provides health service for patients, particularly who are in intensive care Unit(ICU). Among the varied treatments, the saline medical aid, heart rate and temperature watching is that the most significant treatment that a lot of patients receive from the hospitals. According to this paper, an IoT based mostly system has been enforced which will monitor the heartbeat and temperature and live or track the number of IV fluid level from the output given by a hardware system consisting of a NodeMCU and pulse sensor and temperature sensor. Further, an alert system is value-added that is executed if the IV fluid level goes below the permissible level given within the devised algorithmic rule. The alert message is received by the doctor through associate degree alarm sound by using buzzer and additionally value-added to it, if the heart rate or temperature level goes above or below the permissible level the light can blink on the monitor to point the seriousness level of the patients. By this example the doctors will access the heartbeat rate, temperature and IV fluid level information of the patient from any location. The nurses or the duty doctor obtainable at the hospital will monitor the on top of mentioned information of the patient within the serial monitor through the period of time watching system. The period of time watching is completed via Google platform, this platform is safer to store the main points. The on top of mentioned information and different personal details of the patient area unit keep within the cloud, this may be utilised for future studies on the health condition of the patient. The example is realised using NodeMCU, pulse sensor, load cell, temperature sensor, and Google Platform.