Starkey Laboratories, Inc. (20240251211). HEARING INSTRUMENT HOUSING WITH A BATTERY DOOR HAVING AN INTEGRATED AUDIO CHANNEL simplified abstract
Contents
HEARING INSTRUMENT HOUSING WITH A BATTERY DOOR HAVING AN INTEGRATED AUDIO CHANNEL
Organization Name
Inventor(s)
Toan Huy Phan of Shakopee MN (US)
Ganesh Borra of Plymouth MN (US)
Chandrakanth Barad of Matamoros (MX)
HEARING INSTRUMENT HOUSING WITH A BATTERY DOOR HAVING AN INTEGRATED AUDIO CHANNEL - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240251211 titled 'HEARING INSTRUMENT HOUSING WITH A BATTERY DOOR HAVING AN INTEGRATED AUDIO CHANNEL
Simplified Explanation:
This patent application describes a hearing instrument designed to improve audio reception while reducing the risk of foreign material entering the device. The instrument includes a microphone housed in a cavity, with an innovative audio channel structure to enhance sound quality.
- The hearing instrument includes a microphone and a housing with a cavity for the microphone.
- The housing features a battery door that defines a portion of an audio channel, with entrances and exits to control sound flow.
- A housing element in the device defines another portion of the audio channel, aligning with the first portion to optimize audio transmission to the microphone.
Key Features and Innovation:
- Innovative design to improve audio reception in a hearing instrument.
- Unique audio channel structure to enhance sound quality.
- Reduction of foreign material ingress risk in the device.
Potential Applications:
- Hearing aids and other assistive listening devices.
- Communication devices with microphone components.
- Audio recording equipment for improved sound capture.
Problems Solved:
- Enhanced audio reception in hearing instruments.
- Minimized risk of foreign material entering the device.
- Improved overall performance of microphone components.
Benefits:
- Clearer sound quality for users.
- Extended lifespan of hearing instrument.
- Enhanced user experience with improved audio reception.
Commercial Applications:
Potential commercial uses include:
- Hearing aid industry for improved product performance.
- Communication device manufacturers for enhanced audio quality.
- Audio equipment companies seeking innovative microphone technology.
Prior Art:
Readers interested in prior art related to this technology can explore patents in the field of hearing instrument design, microphone technology, and audio channel optimization.
Frequently Updated Research:
Stay updated on the latest advancements in hearing instrument technology, microphone design, and sound quality improvement techniques.
Questions about Hearing Instrument Technology: 1. How does the unique audio channel structure in this hearing instrument improve sound quality? 2. What are the potential commercial applications of this innovative technology in the audio industry?
Original Abstract Submitted
a hearing instrument and the techniques of operating the hearing instrument to improve audio reception while lowering the risk of foreign material ingress. the hearing instrument includes a microphone, and a housing that defines a cavity containing the microphone. the housing includes a battery door defining a first portion of an audio channel, the first portion of the audio channel having a first entrance on an exterior surface of the battery door, the first portion of the audio channel having a first exit on an internal surface of the battery door. the housing further includes a housing element defining a second portion of the audio channel, the second portion of the audio channel having a second entrance aligned with the first exit, the second portion of the audio channel terminating in the cavity containing the microphone.
