Sonova AG (20240259742). Method of self-fitting of a binaural hearing system simplified abstract
Contents
Method of self-fitting of a binaural hearing system
Organization Name
Inventor(s)
Gilles Courtois of Uerikon (CH)
Method of self-fitting of a binaural hearing system - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240259742 titled 'Method of self-fitting of a binaural hearing system
The abstract describes a method for self-fitting a binaural hearing system worn by a user. The method involves implementing a fitting configuration, generating a spatialized binaural audio signal, instructing the user to turn their head towards an audio source, measuring head movement, estimating the user's ability of spatial sound identification, and adjusting the fitting configuration accordingly.
- Implementing a present fitting configuration in the binaural hearing system
- Generating a spatialized binaural audio signal representing a virtual auditory scene
- Instructing the user to turn their head towards a specific audio source
- Measuring the user's head movement using motion sensors
- Estimating the user's ability of spatial sound identification based on head movement
- Modifying the fitting configuration based on the estimated ability of spatial sound identification
Potential Applications: - Personalized hearing aid fitting - Virtual reality and gaming audio experiences - Assistive listening devices for individuals with hearing impairments
Problems Solved: - Difficulty in accurately fitting binaural hearing systems - Ensuring optimal spatial sound identification for users - Enhancing user experience with audio devices
Benefits: - Improved user satisfaction with hearing devices - Enhanced spatial sound perception - Customized fitting for individual users
Commercial Applications: Title: "Self-Fitting Binaural Hearing Systems for Personalized Audio Experiences" This technology can be used in the development of advanced hearing aids, virtual reality headsets, and gaming accessories to provide users with a personalized and immersive audio experience. The market implications include increased demand for customized audio solutions in various industries.
Prior Art: Prior research in the field of hearing aid fitting methods and spatial sound perception can provide valuable insights into similar technologies and approaches.
Frequently Updated Research: Ongoing studies on user-centered design in audio technology and advancements in motion sensor technology for head movement tracking can contribute to the continuous improvement of this self-fitting method.
Questions about Self-Fitting Binaural Hearing Systems:
1. How does this method improve the user experience with binaural hearing systems? This method enhances the user experience by customizing the fitting configuration based on the user's ability of spatial sound identification, leading to improved sound perception and comfort.
2. What are the potential applications of self-fitting binaural hearing systems beyond hearing aids? In addition to hearing aids, this technology can be applied in virtual reality, gaming, and assistive listening devices to create immersive audio experiences tailored to individual users.
Original Abstract Submitted
there is provided a method of self-fitting of a binaural hearing system worn by a user. the method comprises: implementing a present fitting configuration in the binaural hearing system; generating a spatialized binaural audio signal representative of a virtual auditory scene including at least a first audio source at a given angular position relative to the user; reproducing the spatialized binaural audio signal via the binaural hearing system to the user; instructing the user to turn the user's head towards the first audio source; measuring the respective head movement of the user via at least one motion sensor; estimating from the measured head movement the user's ability of spatial sound identification with the present fitting configuration of the binaural hearing system; and maintaining or modifying the present fitting configuration based on the estimated user's ability of spatial sound identification.
