Earphone battery structure capable of conveniently replacing battery

Abstract

The invention discloses an earphone battery structure capable of conveniently replacing a battery. The earphone battery structure comprises a shell, a fixing piece, a connecting plate and a control plate, the fixing part, the connecting plate and the control plate are all arranged in the shell, the fixing part is communicated with the shell, the communication position is used for placing and taking out a battery in the fixing part, and an ear wing is arranged on the outer wall of the shell and used for sealing the communication position. When the earphone is used for a long time, the cruising ability of the battery is continuously reduced, after the battery reaches the service life, the ear wing can be taken down from the shell, then the old battery is taken out from the communication part of the fixed part and the shell, and the new battery is installed in the fixed part from the communication part, so that the disassembly-free structure enables a user to replace the battery more easily; the risk that electronic components in the earphone are damaged due to the fact that the user disassembles the earphone to replace the battery is avoided, the user can replace purchase with maintenance, and therefore the frequency of purchasing the earphone by the user is reduced, and expenses are reduced.

Description

technical field [0001] The present invention relates to the technical field of smart earphones, and more particularly, the present invention relates to an earphone battery structure that can easily replace the battery. Background technique [0002] The first generation of airpods was officially launched in December 2016. It has been five years since it was launched in 2021. Many users have reported that the battery life of the headset is seriously aging, which has shortened the battery life of the headset and cannot support daily use and the battery life of the left and right earphones. asymmetry, etc. [0003] The duration of listening to songs is calculated based on an average of 1.5 hours per day. The total duration of listening to songs by a user will reach 547.5 hours per year, which is 109.5 cycles of charging times. It has been 5 years since the first generation of airpods was released. , that is, a pair of first-generation AirPods earphones in normal use will cycle ...

AI Technical Summary

Problems solved by technology

[0002] The first generation of airpods earphones was officially launched in December 2016. It has been five years since the launch to the end of 2021. Many users have reported that the battery life of the earphones is seriously aging and the battery life of the earphones is shortened, which cannot support daily use and the battery life of the left and right earphones. asymmetry etc.

[0003] The duration of listening to music is calculated based on an average of 1.5 hours per day. A user’s total listening time per year will reach 547.5 hours. Converted to the number of charging times, the cycle charging is 109.5 times. It has been 5 years since the first generation of airpods was released. , that is, a pair of first-generation AirPods earphones in normal use will discharge and charge 547.5 times, and the battery life performance will drop sharply after the battery is discharged more than 500 times. Because the earphones are made of one piece, the battery cannot be replaced. Forced to buy new earphones, and the old earphones can only be discarded. The discarded earphones and equipment will cause environmental pollution and waste of control boards. At the same time, buying a new machine will also increase user expenses

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