Key result
A novel neo-reflective wrist pulse oximeter was developed and calibrated, demonstrating that a second-order quadratic relationship between the R value and oxygen saturation provides a better fit than a linear model.
A novel neo-reflective wrist pulse oximeter was developed to allow continuous, low-cost monitoring without the inconvenience of conventional finger oximeters.
This paper relates to a genuine wrist pulse oximeter, which is a noninvasive medical device that can measure the pulse rate and oxygen saturation level in a person’s blood. The device is novel due to its innovative design. It is a new type of reflective oximeter, which has a concave structure for housing the optical source and sensor. The neo-reflective sensor module of the device is designed to send the sensor data to a nearby intelligent mobile phone using wireless data transmission. The pulse oximeter has been developed and calibrated, and the calibration curve was analyzed. The innovative design of this pulse oximeter would enable the user to wear the low-cost device on one wrist continuously throughout the day, without the inconvenience of a conventional finger pulse oximeter.
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Pang et al. (2014) studied Blood oxygen saturation monitoring. Neo-Reflective Wrist Pulse Oximeter was evaluated on Calibration curve fitting (R value to SpO2). A novel neo-reflective wrist pulse oximeter was developed and calibrated, demonstrating that a second-order quadratic relationship between the R value and oxygen saturation provides a better fit than a linear model.
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