Peripheral Audio Device Intermediary for Signal Transfer
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Solution Overview
Problem
Existing audio devices face challenges in efficiently transferring auditory information due to environmental acoustics and potential obstruction, leading to reduced quality and increased volume that may disturb others or introduce distortions.
Innovation Solution
Establishing a temporary communication channel between an audio device and a peripheral device in its vicinity, allowing efficient audio data transfer via electromagnetic fields, reducing environmental influence and power consumption, and improving directionality of audio signals.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If the volume of sound is increased to overcome environmental acoustics and obstruction, then the quality of auditory information transfer is improved, but the environment is disturbed and sensitive information may be overheard
Solution Approach 1:
A peripheral audio device is introduced as an intermediary between the audio device and the user's ear. This peripheral device receives audio data from the audio device and delivers it directly to the user's ear, bypassing the need for high-volume emission into the environment. The intermediary device enables reliable auditory information transfer without generating harmful disturbances or overhearing risks.
2Reliability
If the volume of sound is increased to overcome environmental acoustics, then the quality of auditory information transfer is improved, but distortions are introduced
Solution Approach 1:
The peripheral audio device serves as an intermediary that receives audio data and reproduces it at low volume directly at the user's ear. This approach maintains audio signal fidelity by avoiding the distortions that occur when high-volume sound waves interact with the environment (reflections, absorptions, obstructions). The intermediary device preserves the original audio quality without introducing environmental-induced distortions.
3Productivity
If a communication channel is established between the audio device and a remote client, then audio data can be transferred, but the load on the audio device increases
Solution Approach 1:
The peripheral audio device acts as an intermediary that handles the communication between the audio device and the remote client. By offloading the communication function to this peripheral device, the audio device's processing load and bandwidth requirements are reduced. The peripheral device manages the communication channel establishment and maintenance, allowing efficient audio data transfer without proportionally increasing the load on the main audio device.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enhances the audio experience by efficiently transferring audio data between users while minimizing environmental interference and reducing the risk of sensitive information being overheard, with improved power management and directionality of audio signals.
Implementation Method 1
The transmission of audio between the remote client and the peripheral audio device is further less influenced by sounds in the environment of the audio device. An improved directionality of the emitted audio signal may be obtained.
Data Source
AI summary
A method for improving audio experience for a user of an audio device is provided. The method includes establishing a communication channel between the audio device and a remote client; detecting a peripheral audio device in the vicinity of the audio device; establishing a temporary communication channel between the peripheral audio device and the remote client; and transferring, via the temporary communication channel, audio data between the peripheral audio device and the remote client.