Author(s) :

Y. Maheswar, M. Kalyani, Y. Kiran kumar, P. Maheswar Reddy, T. Sai Kumar, M. Jaya Kumar

Conference Name :

Sri Venkatesa Perumal College of Engineering and Technology

Abstract :

The need for health prevention is growing daily along with the global population. Therefore, it is imperative that everyone in this world take adequate care of their health. In order to ensure that hospital patients recover quickly, technical breakthroughs in the domains of sensors, microcontrollers, and computers have led to a rapid increase in medical treatment in recent years. The primary and most important need for all hospitalised patients is that they receive improved care and monitoring, as well as the right amount of essential nourishment at the right time. Saline therapy is the most crucial treatment among the many options that hospitals provide to their patients. Patients are given a bottle of saline to relieve dehydration and enhance their overall health. Patients in hospitals require constant administration of saline by a nurse or other caretakers whenever saline is given to them. However, due to a number of critical situations, such as patients’ blood reflexing back into the saline tubing system as a result of carers’ busy schedules and negligence towards saline completion, a significant number of patients are suffering from or dying in hospitals. Thus, the saline level monitoring and automatic alert system was created to safeguard the patient’s safety and life during saline feeding hours. The proposed system is made up of a sensor that tracks the critical amount of saline liquid in the saline bottle and a mechanism that, once the saline bottle is empty, automatically stops the saline flow. or on a specific level. Patients will greatly benefit from this, especially at night. Additionally, this technique eliminates the potentially catastrophic risk of air bubbles leaking into the patient’s bloodstream. Air bubbles in blood can result in instantaneous death. Patients will be certain that they won’t suffer any harm thanks to this equipment.

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