headphones

Abstract

Disclosed are headphones, comprising two earphone bodies connected by a connecting component. A leakage hole is provided in a housing of the earphone body. The connecting component is provided with a blocking member for blocking the leakage hole. A balancing member is disposed between the connecting component and the earphone body to provide a balancing force for balancing a holding force of the connecting component, and the balancing force is changed by changing the deformation degree of the balancing member, so as to drive the blocking member to reciprocate relative to the leakage hole. The blocked area of the leakage hole is decreased when the holding force generated by the connecting component becomes smaller, and the blocked area of the leakage hole is increased when the holding force generated by the connecting component becomes larger. Compared with headphones of the prior art in which a leakage hole cannot be adjusted according to the holding force of a connecting component, the headphones of the present invention are provided with a balancing member disposed between the connecting component and the housing, such that the position of the blocking member can be adjusted according to the holding force generated by the connecting component, and the sound quality of the headphones is balanced automatically, thereby ensuring a consistent low frequency effect when the headphones are worn at different degrees of tightness.

Description

technical field [0001] The invention relates to the technical field of earphones, in particular to an earphone. Background technique [0002] The current headphone, due to the different usage methods and wearing requirements of the user, the tightness of the user's wearing will vary, and the different degree of tightness will affect the degree of connection between the human ear and the headphone body, which is fixedly connected to the headphone body The smaller the clamping force of the curved band, the smaller the pressure of the earphone body on the human ear, the looser the earphone is worn, the worse the seal between the earphone body and the human ear, and the easier it is for the sound in the earphone body to leak out, especially The loss of the low-frequency part is relatively large, which leads to the inability to obtain consistent low-frequency effects when the degree of tightness of the wearing is different, which affects the sound quality of the earphones. [00...

AI Technical Summary

Problems solved by technology

[0002] The current headphone, due to the different usage methods and wearing requirements of the user, the tightness of the user's wearing will vary, and the different degree of tightness will affect the degree of connection between the human ear and the headphone body, and it is fixedly connected to the headphone body The smaller the clamping force of the curved band, the smaller the pressure of the earphone body on the human ear, the looser the earphone is worn, the worse the seal between the earphone body and the human ear, and the easier it is for the sound in the earphone body to leak out, especially The loss of the low-frequency part is relatively large, resulting in the inability to obtain a consistent low-frequency effect when the degree of tightness of the wearing is different, which affects the sound quality of the earphones

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