20240032817. Hand-held medical diagnostic device and methods of generating rapid medical diagnostics using artificial intelligence simplified abstract (Simpli-Fi Automation, Inc.)
Hand-held medical diagnostic device and methods of generating rapid medical diagnostics using artificial intelligence
Organization Name
Inventor(s)
Christopher Campbell of Davenport FL (US)
Hand-held medical diagnostic device and methods of generating rapid medical diagnostics using artificial intelligence - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240032817 titled 'Hand-held medical diagnostic device and methods of generating rapid medical diagnostics using artificial intelligence
Simplified Explanation
The patent application describes an athletic performance analysis device that utilizes a chemically functionalized single wall carbon nanotube sensor array to detect and measure volatile organic compounds (VOCs) or chemical biomarkers in human body fluids. The device also includes biometric sensors to gather data on physical characteristics of body function and artificial intelligence machine learning models to process the collected sensor data. The system further comprises a remote user interface, a communication interface to send the collected data, a storage module to store the measurements, and a display to present information based on the machine learning analysis.
- The device uses a sensor array of chemically functionalized single wall carbon nanotubes to detect and quantify volatile organic compounds or chemical biomarkers in human body fluids.
- Biometric sensors are included to gather data on physical characteristics of body function.
- Artificial intelligence machine learning models are employed to process the collected sensor data and provide a comprehensive assessment of an athlete's body functionality and performance readiness.
- The system includes a remote user interface, a communication interface, a storage module, and a display to facilitate data collection, storage, and presentation.
Potential applications of this technology:
- Performance assessment and optimization in sports training and coaching.
- Monitoring and early detection of health conditions or diseases through biomarker analysis.
- Personalized fitness and wellness tracking for individuals.
Problems solved by this technology:
- Provides a non-invasive and efficient method for analyzing volatile organic compounds or chemical biomarkers in human body fluids.
- Enables comprehensive assessment of an athlete's body functionality and performance readiness.
- Facilitates real-time monitoring and analysis of physical characteristics and biomarkers for health and performance management.
Benefits of this technology:
- Enhances athletic performance by providing insights into body functionality and readiness.
- Enables personalized training and coaching based on individual biomarker analysis.
- Facilitates early detection and prevention of health conditions through continuous monitoring and analysis.
Original Abstract Submitted
an athletic performance analysis device. the device includes a chemically functionalized single wall carbon nanotube sensor array for the discrimination and quantification of volatile organic compounds (voc's) or chemical biomarkers in human body fluids, a plurality of biometric sensors to gather data on physical characteristics of body function, and artificial intelligence machine learning models to process the collected sensor data for the purpose of rendering a comprehensive assessment of the functionality and performance readiness of an athletes body. the system further comprises a remote user interface, a communication interface arranged to send the collected breath biomarker and biometric data, a storage module arranged to store the received measurements, and a display arranged to display information to the user based on the compiled machine learning model analysis.
