IntelliVent: A Review on Enhancing Patient Care with Advanced Ventilation Systems

Abstract

IntelliVent: Enhancing Patient Care with Advanced Ventilation System intends to revolutionize mechanical ventilation by creating an automated ventilator that uses an Ambu bag and has complete monitoring features. The system precisely sets and controls respiratory parameters such as tidal volume, respiratory rate, minute ventilation, peak and plateau pressures, I:E ratio, and FiO2 levels utilizing a DC motor-driven cam lever mechanism for precision Ambu bag compression. IntelliVent uses modern sensors to monitor important patient characteristics such as blood pressure, glucose levels, oxygen saturation, body temperature, and platelet count, allowing for dynamic modifications to match unique patient demands. The complex control software offers different ventilation modes and real-time feedback loops, which improves system adaptability and responsiveness. IntelliVent's user-friendly interface, which includes real-time visualization of critical parameters and vital signs, helps clinicians make informed judgments. This project seeks to provide a cost-effective, dependable, and adjustable ventilation solution that will improve patient care quality and efficiency in critical care settings. IntelliVent aims to ensure safety, efficacy, and regulatory compliance through thorough calibration, bench testing, and clinical trials, thereby setting a new standard in mechanical ventilation technology.

Authors and Affiliations

Nayak1, Bhuvanesh2, Vikas Shetty3, Krishna4, Ranjith H D5

Keywords

Related Articles

Performance Analysis of Vector Machine Learning Algorithm based Plant Leaf Disease Detection and Soil Type Classification

The objective is to create and evaluate an image processing application designed for identifying leaf diseases and classifying soil types, utilizing a combination of Linear-Non-Linear (L-NL) Classification Techniques and...

A Review of Oil Spills on Marine Life and Associated Wildlife

Oil is an ancient fossil fuel used to power sectors like heat and electricity production. A wide range of fuels in automobiles and lubricants for mechanical machines have a significant role in our economy. Oil spills occ...

Epileptic Seizure Detection by Cascading Isolation Forest-Based Anomaly Screening and Easy Ensemble

Electroencephalogram (EEG) signal-based emotion recognition has attracted wide interests in recent years and has been broadly adopted in medical, affective computing, and other relevant fields. Depression has become a le...

4 BIT FLASH ADC DESIGNED BY CMOS AND PSEUDO NMOS LOGIC WITH 0.18 NM TECHNOLOGY

Approximate computing is an efficient approach for error-tolerant applications because it can trade off accuracy for power. Addition is a key fundamental function for these applications. We proposed a low-power yet high...

Generation of Electricity from Agricultural Waste Materials Using Solar Thermal Panels

This project explores a method for generating electricity from agricultural waste materials like grass, paper, leaves, etc. The process utilizes a controlled burning chamber and thermoelectric heating panels. The burning...

Download PDF file
  • EP ID EP745611
  • DOI 10.62226/ijarst20242507
  • Views 36
  • Downloads 0

How To Cite

Nayak1, Bhuvanesh2, Vikas Shetty3, Krishna4, Ranjith H D5 (2024). IntelliVent: A Review on Enhancing Patient Care with Advanced Ventilation Systems. International Journal of Advanced Research in Science and Technology (IJARST), 13(8), -. https://europub.co.uk/articles/-A-745611