Design of Automated Control and Monitoring System for Intravenous Infusion Based on IoT

The creation of new health units in medical centre is made extremely difficult by gadget development in biomedical engineering. Hospitals still require an automated system due to a large number of patients they see and the availability of nursing facilities. In hospitals' ICU and CCU departments, monitoring and indicating healthcare operations is an exceptionally crucial responsibility. Everyone must take cautious steps to maintain their health because as the population grows, so does the demand for healthcare supplies and maintenance. Many automatic health monitoring gadgets are being created today to assure patient safety and relieve doctor stress. Many sophisticated treatments have emerged because of technical development to guarantee speedy recuperation. Many cutting-edge procedures have been developed because of technological advancement to ensure that hospital patients recover quickly. A treatment known as intravenous therapy involves injecting intravenous fluids, medications, blood, and direct blood products into a vein. On the whole, the amount of saline administered to the patient should be considered while measuring and controlling the flow of saline or intravenous fluids. Here, employing a single window system and fluid warming principles, an IoT-based fully automated system for controlling the fluid flow and continuous monitoring, and a saline containerization replacement method are provided. Heartbeat, blood pressure, and body temperature are monitored while intravenous (IV) fluids are administered and sent to the doctor using SMS technology. IoT gateway and Arduino-based flow control. The next generation of nurses and caregivers will be able to monitor the fully automated IV fluid feeding system with the aid of this device.