Korion Health Inc. (20240252139). ELECTRONIC STETHOSCOPE AND DIAGNOSTIC ALGORITHM simplified abstract

ELECTRONIC STETHOSCOPE AND DIAGNOSTIC ALGORITHM

Organization Name

Korion Health Inc.

Inventor(s)

Galen Charles Pershing Kirkpatrick of Carrboro NC (US)

Anna Li of Pittsburgh PA (US)

Thomas Hastings Greer, Iv of Durham NC (US)

Akshaya Poorani Anand of Ellicott City MD (US)

Nicholas Chen of Chicago IL (US)

Eunice Chee-Kay Chan of San Ramon CA (US)

ELECTRONIC STETHOSCOPE AND DIAGNOSTIC ALGORITHM - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240252139 titled 'ELECTRONIC STETHOSCOPE AND DIAGNOSTIC ALGORITHM

The abstract describes a patent application for an electronic stethoscope that can be used to monitor sounds produced by internal organs of the body for health conditions.

• The electronic stethoscope can be positioned by a user on various locations of the body to record sounds from organs.
• Visual algorithms are included to guide the positioning of the stethoscope for accurate recordings.
• Audio diagnostic algorithms are used to analyze the recorded sounds for health assessment.

Potential Applications: - Monitoring heart and lung conditions - Screening for abnormalities in internal organs - Tracking changes in organ sounds over time for health management

Problems Solved: - Difficulty in accurately monitoring internal organ sounds - Lack of portable and user-friendly devices for organ sound analysis

Benefits: - Early detection of health issues through organ sound analysis - Non-invasive and convenient monitoring of internal organs - Improved accuracy in diagnosing health conditions

Commercial Applications: "Electronic Stethoscope for Organ Sound Analysis: Revolutionizing Health Monitoring and Diagnosis"

Questions about the technology: 1. How does the electronic stethoscope differentiate normal organ sounds from abnormal ones? 2. What are the potential limitations of using an electronic stethoscope for organ sound analysis?

Original Abstract Submitted

sounds produced by internal organs of the body can be used to monitor health conditions related to, for example, the heart and lungs. the present disclosure includes an electronic stethoscope that may be positioned by a user on locations of the body to record sounds from organs. the present disclosure also includes visual algorithms to guide positioning of the electronic stethoscope and audio diagnostic algorithms for providing analysis of recorded sounds.