TWS earphone and computer readable storage medium realizing TWS earphone voice-music simulcasting

Abstract

The invention innovation relates to a TWS earphone, and relates to a computer readable storage medium realizing TWS earphone voice-music simulcasting; a computer program is stored in the readable storage medium, and can be applied on a processor; in a communication process, a main earphone uses a Bluetooth chip to obtain the communication voice sent by an external device; the main earphone obtains the communication voice and sends same to a main speaker for playing; a main communicator transfers the communication voice to a slave earphone in a microwave communication mode, and the communication voice can be played by a slave speaker of the slave earphone, thus allowing the main earphone and slave earphone to play the communication voice in the same time; when a user needs to play the communication voice and music in the same time, the main earphone can mix the communication voice with local audio frequency so as to form mixed sounds, the main communicator transfers the mixed sounds to the slave earphone, and then mixed sounds can be respectively played by the main speaker and slave speaker, thus allowing the main earphone and slave earphone to both play the communication voice and the music in the same time.

Description

technical field [0001] The present invention relates to a TWS earphone, and also relates to a computer-readable storage medium for realizing simultaneous broadcasting of vocal music by the TWS earphone. The readable storage medium stores a computer program, and the program can be executed on a processor. Background technique [0002] Earphones are a pair of conversion units that receive electrical signals from a media player or receiver and convert them into audible sound waves using speakers close to the ears, generally consisting of a master earphone and a slave earphone. [0003] Current earphones can be divided into wired earphones and wireless earphones. The wired earphones are the master earphone and the slave earphones that communicate with the mobile phone through data cables. Since the data cables are often entangled together, it is inconvenient to pack the wired earphones. The wireless headset communicates with the mobile phone through Bluetooth. Compared with the ...

AI Technical Summary

Problems solved by technology

[0005] However, because the performance of the existing Bluetooth chip does not meet the requirements, the main earphone can only communicate with one device at the same time. During the call, the main earphone needs to keep communicating with the mobile phone, so that the main earphone has no time to communicate with the mobile phone. The voice is sent to the slave earphone, so the slave earphone will be idle during the call and there is no sound output, while only the master earphone has mono output, resulting in no stereo sound effect and low quality of the call voice playback

It is also based on the above reasons that the existing TWS earphones cannot make both the master earphone and the slave earphones play music while playing the voice of the call, which leads to: if the TWS earphone is not in a call, the master earphone will not be able to play when the volume plus or minus buttons are pressed. Both the earphone and the slave earphone will have a Tone sound (that is, the button prompt tone); but if the TWS earphone is in a call, it cannot continue to maintain the function of "both the master earphone and the slave earphone will have a Tone sound when pressing the volume up and down buttons". Cause users to suspect that the product is defective, affecting user experience

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