SMART INTRAVENOUS CONTROLLER
Dr. V. Dooslin Mercy Bai1, Aswin Nekomian.S2, Sharanyaa.G3 , Naveen.J4, John Abraham.N5
1 Professor, Department of Biomedical Engineering, Sri Shakthi Institute of Engineering and Technology,
2,3,4,5 Under Graduate students, Department of Biomedical Engineering, Sri Shakthi Institute of Engineering and Technology,
Coimbatore, Tamil Nadu-641062
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Abstract -In the Clinical field, numerous gadgets present a radical change for checking the patient and are considerably more programmed like our proposed technique for the Brilliant Intravenous Framework. Intravenous (IV) organization of meds is quite possibly the most widely recognized process in the treatment of hospitalized patients. Iv treatment is regularly utilized for rehydration and to give patients prescriptions or supplements in the event that they can't eat when an individual is in the emergency unit, likewise, during disease treatment and agony the board utilizing specific drugs likewise is pivotal to assist a person with making a rapid recuperation. While controlling IV liquids to a patient, the medical caretaker should consistently screen the patient's liquid and electrolyte status to assess the imbuement's viability and keep away from likely difficulties of liquid over-burden and electrolyte lop-sidedness. The most regularly utilized essential IV liquid pack contains 1,000 ml. albeit intravenous liquid organization is one of the most often performed nursing errands. Unfortunately, due to their hectic schedules, the observer may forget to change the bottle at the proper time, and nurses may not be able to manually check the drip conditions and drip level of each patient on a regular basis. This puts patients at risk for health problems and can even worsen their condition; many patients have even passed away as a result. Our IoT-based Automatic Hypodermic Regulator prototype, which is a process of measuring and solving the issues of bubble formation in drips and gives a notification for some levels of IV bag through LED, buzzer, and also stops the fluid flow in the critical stage using a solenoid valve then utilize the GSM Module to send the alert message.
KEYWORDS: load cell Amplifier, weight sensor, Arduino, Solenoid valve
