Earphone hearing adjusting method and earphone

Abstract

The invention provides an earphone hearing adjusting method and an earphone. According to the earphone hearing adjusting method, an actual acoustic frequency response parameter of a loudspeaker is tested when an earphone is worn at ears of a person normally; the actual acoustic frequency response parameter and a preset standard parameter are compared to obtain an actual frequency response difference value of the actual acoustic frequency response parameter and a preset standard parameter; whether the actual frequency response difference value is larger than a preset difference value is determined; if so, a loudspeaker is adjusted to send a sound signal to reduced the actual frequency response difference value, so that the actual frequency response difference value is less than the preset difference value. Therefore, the actual frequency response difference value can be controlled within the preset difference value when the earphone is worn by ears of different users, so that the hearing of earphone wearing by different users is identical with that in a standard wearing mode. Besides, the loudspeaker can be adjusted to send the sound signal to avoid the influence on the hearing experience due to sound leakage. No rubber cover needs to be worn in auditory meatus, so that an auditory meatus fatigue feeling caused by filling the auditory meatus by the earphone can be avoided.

Description

technical field [0001] The invention relates to the technical field of electronic products, and more specifically, to a method for adjusting the sense of hearing of an earphone and an earphone. Background technique [0002] Ordinary small earphones (in-ear, semi-in-ear, on-ear) are usually composed of a speaker, a front shell, a rear shell, and a headphone cable. One end of the headphone cable is connected to the speaker, and the other end is a plug. [0003] Due to the different internal structures and sizes of different people's ears, when the same small earphone is worn on different people's ears, the coupling between the earphone and the ear is different, and there are different degrees of sound leakage, resulting in a different listening experience than in the standard wearing mode. The listening experience is different. [0004] In order to solve the above problems, the current in-ear earphones are equipped with rubber sleeves, which are inserted into the ear canal wh...

AI Technical Summary

Problems solved by technology

[0003] Due to the different internal structures and sizes of different people's ears, when the same small earphone is worn on different people's ears, the coupling between the earphone and the ear is different, and there are different degrees of sound leakage, resulting in a different listening experience than in the standard wearing mode. different listening experience

[0004] In order to solve the above problems, the current in-ear earphones are equipped with rubber sleeves, which are inserted into the ear canal when worn to reduce sound leakage and ensure listening experience; however, the rubber sleeves of in-ear earphones fill the circumference of the ear canal, and the listening time is longer. It will oppress the ear canal for a long time, causing ear canal fatigue

[0005] In addition, the size of the ear canal varies from person to person. Usually, one headset needs to be equipped with several pairs of rubber sleeves of different sizes, which increases the cost of the headset.

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