THE DESIGN AND IMPLEMENTATION OF AN AUTOMATED LIQUID OBSERVATION AND CONTROLLING MECHANISM UTILIZING AN AFFORDABLE LIQUID SENSOR AND MICROCONTROLLER

Abstract

During latest years due to the technological advancements many state-of-the-art strategies has been developed for assuring fast restoration of the sufferers in hospitals. For suitable affected person care in hospitals, assessment and management of patient’s fluid and electrolyte need is the most fundamental factor required. All most in all health centre, a help/nurse is liable for monitoring the IV fluid stage continuously. But unfortunately during maximum of the time, the observer may neglect to change the saline bottle at accurate time because of their busy time table. This may additionally results in several problems to the patients along with backflow of blood, blood loss and so forth. To overcome this critical state of affairs, a low cost RF based automatic alerting and indicating tool is proposed in which IR sensor is used as a stage sensor. It is based totally at the principle that the IR sensor output voltage degree adjustments when intravenous fluid stage is under certain limit. Sophisticated health tracking systems have become developed with the help of electronic components together with sensors, PLC, microcontrollers etc. With clean interfacing. This paper especially makes a speciality of presenting superior saline degree tracking device. The concept is to provide price powerful, dependable and automated saline glide monitoring machine which can be without difficulty applied in any medical institution and can be smooth for doctors in addition to nurses to display the saline go with the flow from a distance.