Method and apparatus for automatically adjusting sound volume
A volume and ambient volume technology, applied in the field of communications, can solve the problems of high preset volume, inappropriate volume, and inability for users to hear clearly.
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Embodiment 1
[0011] Such as figure 1 As shown, Embodiment 1 of a method for automatically adjusting the volume includes:
[0012] Step 101, collecting ambient volume. During specific implementation, a microphone, which is what we usually call a microphone, may be used to collect the ambient volume, and the ambient volume signal is an analog signal.
[0013] Step 102, converting the analog signal into a digital signal. Specifically, after the analog signal is amplified and filtered by a circuit, the filtered signal is quantized and sampled to obtain a digital signal.
[0014] Step 103, judging the ambient volume according to the digital signal, and adjusting the volume of the earpiece through the audio amplifier circuit according to the ambient volume.
[0015] Wherein, the required volume of the earpiece can be determined according to the corresponding relationship between the ambient volume and the volume of the earpiece, and then the volume of the earpiece can be adjusted to the requi...
Embodiment 2
[0017] figure 2 Shown is a second embodiment of a method for automatically adjusting the volume, including:
[0018] Step 201. Generate a specific audio signal, and send the specific audio signal through the earpiece. The specific audio signal may be ultrasound with a frequency greater than 20KHz, or a general sound signal.
[0019] Step 202, collecting ambient volume. During specific implementation, a microphone may be used to collect ambient volume. The microphone can be placed near the earpiece.
[0020] During the user’s answering process, under the same volume condition of the earpiece, if the user puts the earpiece completely on the ear, the earpiece and the ear form a closed cavity, and the sound heard by the user is relatively loud; if the earpiece is far away from the ear or there is no Airtight, the sound heard by the user is relatively small. Using the solution provided in Embodiment 2, the ambient volume collected in step 202 includes not only the sound signa...
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