Device for Monitoring Blood Components Using Sensors

Abstract

In the medical field, the determination of the composition of blood and identifying the amount of each component are done only in the laboratory, and the size of the device to do this diagnostic process is huge in the past. Nowadays, researchers have found many compact devices to non-invasively track each parameter in the blood. The strategy proposed in this report is to non-invasively monitor selective blood components using a single wearable device. The uniqueness of the proposed methodology is that it can monitor at least five parameters simultaneously, while only a single or a few parameters are monitored by other devices present on the market today. The parameters are calculated from the fingertips of the patients using different sensors. Diagnostic technology is improving in various development stages where the next generation's race requires machines that are bloodless, painless, precise, and readily understandable. To calculate certain physiological parameters, various biomedical sensors have been successfully introduced. The design presented in this report is a compact one with a long-lasting power supply and data transmission unit capable of supporting the diagnosis of many diseases based on blood parameters. With the assistance of several lightweight sensors, the blood components that can be recorded by these gloves include WBC, hemoglobin, pressure, temperature, pulse rate, and level of oxygen saturation. Non-invasive, painless, rechargeable batteries, weightless, and easy to handle are the main benefits of this device. Without the help of doctors, the principles are comprehensible by the common mob. Also, this device would be more useful for all individuals who need to use a single device often to know about their body conditions.