International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
Design and Development of Cloud Connected Infusion Monitor C R Nikethan1, Ashwini V2 1P G Student 2Professor, Dept. of Electronics and Communication Engineering, BMS College of Engineering, Karnataka, India
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Abstract - The development of a cloud-connected
control and monitoring of IV fluid and medication administration. It typically includes a monitor or display unit, sensors, connectivity modules, and software interfaces.
infusion monitor and its design are described in this study. Infusion therapy plays a critical role in modern healthcare, requiring precise monitoring to ensure patient safety and optimal treatment outcomes. Traditional infusion monitors lack seamless connectivity and real-time data sharing, limiting their effectiveness in remote patient management and data analysis. To address this gap, we propose a novel infusion monitor that integrates sensors, data processing capabilities, and cloud connectivity. The monitor continuously measures infusion parameters such as flow rate, volume administered, and transmitting this data securely to a cloud-based platform. This enables healthcare providers to remotely monitor patients’ infusion sessions, receive real-time alerts, and access historical data for informed decision-making. The development process involves hardware design, sensor integration, data processing algorithms, and secure cloud communication protocols. The resulting cloud-connected infusion monitor offers enhanced patient safety, healthcare workflow optimization, and opportunities for data-driven insights into infusion therapy management. This innovation has the potential to revolutionize infusion therapy by fostering greater collaboration between healthcare providers and improving patient care through intelligent and connected monitoring systems.
Monitoring Parameters: Infusion monitors are equipped to measure and monitor several essential parameters, including flow rate, volume infused, pressure, air detection, and occlusion detection. These parameters enable healthcare professionals to closely monitor the progress and effectiveness of the infusion process, ensuring that the prescribed dosage is accurately delivered to the patient. Flow Rate Monitoring: Flow rate monitoring is among the primary functions of an infusion monitor. It measures the rate at which the IV fluid or medication is given to the patient. By continuously monitoring the flow rate, the infusion monitor can detect any variations or deviations from the prescribed rate, allowing healthcare providers to take immediate corrective actions. Volume Infused Calculation: Accurate calculation of the volume of fluid or medication infused is crucial in managing patient treatment plans. Infusion monitors employ advanced algorithms and sensors to precisely calculate the volume of fluid delivered over a specified time period. This information helps healthcare professionals track the progress of the infusion, adjust dosages if necessary, and ensure adherence to treatment protocols.
Key Words: Infusion Solution, Intravenous, Wireless Module, ESP8266, Visual Studio.
1.INTRODUCTION In modern healthcare settings, the accurate administration of intravenous (IV) fluids and medications is critical for patient well-being. Infusion monitors play an important role in maintaining the precision and safety of infusion systems by providing real-time monitoring and feedback on various parameters. This technical introduction explores the key components and functionalities of infusion monitors, highlighting their importance in delivering optimal patient care. The fig 1 shows the components involved in a standard gravitational drip. As showcased. As you can see above, it consists of container, drip chamber, and the roller clamp which is utilized to control the flow of the fluid induced. Infusion Monitoring System: An infusion monitoring system comprises a combination of hardware and software components designed to ensure precise
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