Wireless earphone in-ear detection method and wireless earphone
A technology for wireless earphones and detection methods, which are applied in the directions of earphone mechanical/electronic switches, earpiece/earphone accessories, internal hearing earphones, etc., can solve problems such as the overall sealing and aesthetics of unfavorable products, and achieve simplified structure and high design flexibility. , the effect of releasing design space
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Embodiment 1
[0046] This embodiment provides a wireless earphone in-ear detection method, which is applicable to the situation where the wireless earphone is taken out of the charging box and inserted into the ear. Wireless earphones realize wireless communication functions based on communication protocols such as Bluetooth. The wireless earphone referred to in the present invention may include an independent wireless earphone main body, or may include a master earphone and a slave earphone arranged in pairs. The wireless earphone can be an in-ear earphone or a semi-in-ear earphone. like image 3As shown, the wireless earphone includes a position detection module 2, an audio playback module 3, an acoustic wave sensor 4, a data processing module 1, a transmission module 5, and the like. Taking the TWS wireless earphones set in pairs as an example, the master wireless earphone can further send the audio data received from smart terminals such as smartphones to the slave wireless earphones,...
Embodiment 2
[0069] This embodiment also provides a wireless earphone, which includes a data processing module 1 , and a position detection module 2 connected to the data processing module 1 , an audio playback module 3 and a sound wave sensor 4 . Wherein, the position detection module 2 is used to obtain the position parameter of the wireless earphone; the audio playback module 3 is used to send out the detection sound wave after receiving the playback instruction; the sound wave sensor 4 is used to collect the reflected wave of the detection sound wave, and generate a detection signal; the data processing module 1 is used to obtain the position parameter, and confirm that the wireless earphone leaves the charging box based on the position parameter; it is also used to send a playback instruction to the audio playback module 3; it is also used to acquire and identify the acoustic parameter of the detection signal, and judge whether the wireless earphone is based on the acoustic parameter. ...
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