Unknown Organization (20240342431). WEARABLE DUAL-FUNCTION EEG INTEGRATED BONE CONDUCTION AUDIO DEVICE simplified abstract

WEARABLE DUAL-FUNCTION EEG INTEGRATED BONE CONDUCTION AUDIO DEVICE

Organization Name

Unknown Organization

Inventor(s)

Ryan Farzam Ahmed of Kew Gardens NY (US)

Authoy Das of Jamaica NY (US)

Shahriar Siam Huda of Jamaica NY (US)

Pari Patel of Hagerstown MD (US)

Dang Nguyen of Wellington FL (US)

Genevive Chang of New York City NY (US)

Mohammad Rahim of Jamaica NY (US)

WEARABLE DUAL-FUNCTION EEG INTEGRATED BONE CONDUCTION AUDIO DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240342431 titled 'WEARABLE DUAL-FUNCTION EEG INTEGRATED BONE CONDUCTION AUDIO DEVICE

The present invention is an auditory device that combines bone-conducting earbuds with integrated electroencephalography (EEG) sensors. This device uses bone conduction technology to transmit sound through the skull to the inner ear, providing clear audio perception without blocking the ear canal. The incorporated EEG sensors have spring-loaded contacts to maintain consistent skin contact for effective monitoring of brain wave activity. This dual-functionality allows users to listen to audio while tracking cognitive states, making it useful for cognitive load monitoring and adaptive audio feedback based on the user's mental state. By integrating EEG technology, this innovation enhances biosensing, health monitoring, and tailored cognitive-processing feedback.

• Bone-conducting earbuds combined with EEG sensors
• Utilizes bone conduction technology for clear audio perception
• EEG sensors with spring-loaded contacts for effective brain wave monitoring
• Allows users to listen to audio and track cognitive states simultaneously
• Enhances biosensing, health monitoring, and cognitive-processing feedback

Potential Applications: - Cognitive load monitoring - Adaptive audio feedback based on mental state - Health monitoring through EEG technology

Problems Solved: - Clear audio perception without obstructing the ear canal - Effective monitoring of brain wave activity - Simultaneous tracking of cognitive states while listening to audio

Benefits: - Enhanced biosensing capabilities - Tailored cognitive-processing feedback - Improved health monitoring through EEG technology

Commercial Applications: Title: Innovative Auditory Device with Bone-Conducting Earbuds and EEG Sensors This technology can be used in: - Healthcare for monitoring cognitive states - Fitness for tracking mental focus during workouts - Entertainment for personalized audio experiences based on mental state

Questions about the technology: 1. How does the integration of EEG sensors enhance the functionality of bone-conducting earbuds? 2. What are the potential implications of using this device for cognitive load monitoring in various industries?

Original Abstract Submitted

the present invention relates to an auditory device that combines bone-conducting earbuds with integrated electroencephalography (eeg) sensors. the device utilizes bone conduction technology to transmit sound through the skull to the inner ear, allowing for clear audio perception without obstructing the ear canal. incorporated eeg sensors are configured with spring-loaded contacts that maintain consistent skin contact to monitor brain wave activity effectively. this dual-functionality enables users to listen to audio and simultaneously track cognitive states, making the device particularly useful for applications in cognitive load monitoring and adaptive audio feedback based on the user's mental state. this innovation extends the functionality of conventional earbuds with bone-conduction mechanisms by integrating eeg technology to enhance biosensing, health monitoring, and tailored cognitive-processing feedback.