18069893. SEMI-COMPACT PHOTOACOUSTIC DEVICES AND SYSTEMS simplified abstract (QUALCOMM Incorporated)

SEMI-COMPACT PHOTOACOUSTIC DEVICES AND SYSTEMS

Organization Name

QUALCOMM Incorporated

Inventor(s)

Nicholas Buchan of San Jose CA (US)

Stephen Michael Gojevic of Lockport NY (US)

Hrishikesh Vijaykumar Panchawagh of Cupertino CA (US)

Yipeng Lu of Moraga CA (US)

Htet Naing of San Diego CA (US)

John Keith Schneider of Williamsville NY (US)

Kostadin Dimitrov Djordjev of Los Gatos CA (US)

Camilo Perez Saaibi of Dublin CA (US)

Sherman Sebastian Antao of San Diego CA (US)

Ye Zhan of Buffalo NY (US)

SEMI-COMPACT PHOTOACOUSTIC DEVICES AND SYSTEMS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18069893 titled 'SEMI-COMPACT PHOTOACOUSTIC DEVICES AND SYSTEMS

The apparatus described in the patent application includes a platen, a light source system, and an ultrasonic receiver system. The platen is designed to separate arterial ultrasonic waves from other types of ultrasonic waves, with an outer surface that mimics the acoustic impedance of human skin.

• The platen separates arterial ultrasonic waves from other types of ultrasonic waves.
• The outer surface of the platen approximates the acoustic impedance of human skin.
• The apparatus includes a noise reduction system.
• The light source system utilizes multi-junction laser diodes.
• A mirror layer is positioned between the ultrasonic receiver system and the platen.

Potential Applications: - Medical imaging for arterial health assessment - Non-invasive monitoring of blood flow - Research in cardiovascular diseases

Problems Solved: - Accurate separation of arterial ultrasonic waves - Mimicking the acoustic properties of human skin - Noise reduction in ultrasonic imaging

Benefits: - Improved accuracy in arterial health assessment - Non-invasive monitoring for patient comfort - Enhanced research capabilities in cardiovascular diseases

Commercial Applications: Title: Advanced Arterial Ultrasonic Imaging Technology for Medical Diagnostics This technology can be utilized in medical imaging devices for hospitals, clinics, and research institutions. It can also be integrated into wearable health monitoring devices for personal use.

Questions about Arterial Ultrasonic Imaging Technology: 1. How does this technology improve the accuracy of arterial health assessment? 2. What are the potential limitations of using this technology in medical diagnostics?

Frequently Updated Research: Researchers are continually exploring new applications for arterial ultrasonic imaging technology, including real-time monitoring of blood flow during surgical procedures and the development of personalized treatment plans for cardiovascular diseases.

Original Abstract Submitted

An apparatus may include a platen, a light source system and an ultrasonic receiver system. The platen may be configured to separate one or more received arterial ultrasonic waves generated by blood in an artery, by an arterial wall, or by a combination thereof, from one or more other types of received ultrasonic waves. The platen may have an outer surface with an acoustic impedance that is configured to approximate the acoustic impedance of human skin. The outer surface of the platen may be configured to conform to a surface of the human skin. The apparatus may include a noise reduction system. The light source system may include at least one multi-junction laser diode. The apparatus may include a mirror layer residing between the ultrasonic receiver system and the platen.