In the ever-evolving world of technology, medical innovations ceaselessly strive to make health monitoring not just accurate, but also convenient and non-invasive. One such inventive step manifested recently in the form of a patent application numbered US20230301562A1 by the company Masimo. The patent labels the novel invention as a 'FOOT WORN PHYSIOLOGICAL SENSOR.'
Traditionally, health monitoring was a tedious procedure. It entailed regular check-ups, blood tests, and often strenuous medical processes. Additionally, the vital information such as heart rate, oxygen saturation, and even hydration levels were periodically elusive due to the limitations of available medical devices. This lack of continuous information could lead to delayed diagnosis and treatment.
Masimo's patent offers a unique solution to these issues. Their smart shoe contains a sensor that can stick to it, which sends a special light into the user's foot. The pattern in which the light is absorbed or reflected determines the physiological condition of the body. By interpreting these readings, the sensor provides important health data to the user.
The efficiency this invention brings to health monitoring on a significantly personal and continuous scale is tremendous. Imagine going on a run with these smart shoes on. Not only do they track your distance covered and speed, but they can also monitor hydration levels, oxygen saturation, and other vital signs. Such real-time, continuous health marker assessment can enable one to understand their body better, aiding in maintaining a healthier lifestyle or managing chronic conditions more effectively.
Similarly, for seniors living alone, the smart shoe could function as an early warning system, signaling any aberrations in their vitals, prompting necessary medical interventions.
Nevertheless, while the advantages and applications of this patented technology are promising, it remains a patent. Its practical application in the market is conditioned by numerous factors including approvals, investment, production, testing, and market acceptability. Time will tell if this progressive step in wearable health monitoring will find its stride in revolutionizing personal healthcare.
P.S: This article is based on the patent application US20230301562A1, and the product based on this patent is not commercially available at the moment.