Open AccessReal Time Drip Monitoring System Using XKC-Y26-NPN
Author(s) -
Nazida Ansari,
Mohammad Shahid Husaini,
Vadthya Bheemdu
Publication year - 2021
Publication title -
international journal of advanced research in science, communication and technology
Language(s) - English
Resource type - Journals
ISSN - 2581-9429
DOI - 10.48175/ijarsct-1744
Subject(s) - alarm , bottle , computer science , medicine , real time computing , simulation , medical emergency , engineering , electrical engineering , mechanical engineering
The Projects aims to Present a real time Monitoring System which will be used to monitor the Intravenous Fluid remaining in the IV fluid bottle and to provide with an indication such that a timely alarm or an indication can be generated which will then be attended by the hospital staff. The need of the project arises from the fact that often times due to negligence or the absence of required staff, the needs of the patient is overlooked which not only result in discomfort but also can cause infection and even blood backflow. The project utilizes XKC Y-26 N-P-N sensor to detect the overall level of the fluid left in the bottle and if it is found that the level has gone below certain stipulated level an alarm system gives indication to the nursing station. The project also combines the temperature and heart sensors as it is vital to monitor the two important parameters, then with assistance from Excel data streamer Module the data is sent to excel sheet so that it can be displayed in an interactive model. The project has the potential to be used in hospitals which will be beneficial given the adverse Covid related scenario and the entire setup can be used to detect not only the IV fluid level but also any other fluid and sensor that is given to the patient.