US20250157623
2025-05-15
Physics
G16H20/60
The wearable device integrates multiple sensors within a smart band and display unit, designed to continuously monitor health parameters. It includes a microbial biosensor for detecting microorganisms, a particulate matter sensor for air quality, an enviro sensor for environmental conditions, and various physiological and lifestyle sensors. A single board computer processes data from these sensors to provide real-time health insights, aiming to enhance clinical outcomes and support wellness programs.
This application is a continuation-in-part of a previously granted U.S. patent and claims priority from earlier applications filed in 2021 and 2022. These prior applications are fully incorporated by reference, establishing a foundation for the current invention in the realm of health monitoring technology.
Focusing on the detection and monitoring of diverse health parameters, this invention targets both clinical assessments and wellness programs. The device's comprehensive sensor suite offers noninvasive monitoring capabilities that cover microorganism detection, environmental conditions, physical activity, and lifestyle factors, all within a wearable form factor.
Existing wearable devices often require invasive procedures or laboratory settings to measure critical health indicators like microorganisms or complete blood counts. Current technologies lack the integration of multiple sensors in a single device, limiting their ability to provide comprehensive health data. Traditional methods involve complex and resource-intensive processes that delay results.
This invention addresses gaps in existing technologies by incorporating a wide range of sensors into a single wearable device. Unlike previous patents that necessitate laboratory settings or bulky equipment, this wearable offers real-time data collection and analysis directly on the user. It enhances personal health management by integrating diverse monitoring capabilities into an accessible format.