Audio adjustment method and device

Abstract

The embodiment of the invention discloses an audio adjustment method and device, and the device comprises a capacitor structure and a processing unit. Wherein the capacitor structure is used for determining depth state information of the earphone entering the ear; And the processing unit is used for controlling audio output according to the depth state information of the earphone entering the eardetermined by the capacitor structure. According to the embodiment of the invention, after the depth state information of the earphone entering the ear is acquired according to the capacitor structure, automatic adjustment of audio output is realized, and the audio use experience of a user is improved.

Description

technical field [0001] This article involves but is not limited to sensor technology, especially a method and device for audio adjustment. Background technique [0002] Currently, when a user uses an in-ear earphone, the audio output needs to be manually controlled by the user. [0003] Artificially controlling the audio output has the following problems: After the control of the audio output is completed, if the earphone slips from the ear canal, the audio will remain in the previous output state, which will cause power consumption to the terminal playing the audio. At the same time, the audio performed outside the ear canal The output will evolve into noise, affecting the user's listening environment; if the earphones slide in the ear canal, the audio quality may be deteriorated due to the sliding of the earphones. [0004] To sum up, if the audio output is controlled by human control, the user's audio experience quality will be reduced due to the sliding of the earphone....

AI Technical Summary

Problems solved by technology

[0003] Artificially controlling the audio output has the following problems: After the control of the audio output is completed, if the earphone slips from the ear canal, the audio will remain in the previous output state, which will cause power consumption to the terminal playing the audio. At the same time, the audio performed outside the ear canal output, which will evolve into noise and affect the user's listening environment; if the earphone slips in the ear canal, the audio quality may deteriorate due to the sliding of the earphone

[0004] In summary, the audio output is controlled by human control, and the user's audio experience quality is reduced due to the sliding of the earphones.

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