DESIGNING OF SMART SYRINGE PUMP WITH THE APPLICATION OF INTERNET OF THINGS (IOT) FOR END ALARM

Abstract

syringe pump controls the piston's movement to distribute fluids into intravenous tubing. Detecting and minimising such errors requires linking syringe pumps with the Internet of Things (IoT), which permits human engagement through mobile app. Wireless connection and mobile device technology have increased the use of two-dimensional barcodes in production, logistics, and sales. Many users report that most syringe pumps show 'END ALARM' after fully infused. The proposed system could potentially be used to notify the users or clinicians for the occurrence of end alarm which the fluid is completely infused to the patient. The objective of the proposed project is to design a system that can be used to detect end alarm for syringe pump application. After that, to notify the users or clinicians for the occurrence of end alarm which the fluid is completely infused to the patient. Then, to implement the Internet of Things (IoT) through mobile application. In order to bring the advantages of technology to the field of medicine, the combination of a syringe pump and an internet of things alarm was chosen for the purpose of this investigation since it would assist the user in being notified of the occurrence of an end alert. The development of an Internet of Things end alert that is able to tell the user via smartphone when the syringe pump has been entirely infused into the patient is expected to be the result of the study that is now being suggested. The user is able to monitor the machine from anywhere by utilising the Blynk application, which is made possible by the Internet of Things function.