Microphone acoustic performance adjustment method for smart glasses and smart glasses

Abstract

The present invention discloses smart glasses microphone acoustic performance regulation method and smart glasses. The technical problem is solved that the recording sound is not harmonious by using the current smart glasses. The method comprises: receiving sound signals collected by a microphone; identifying the classification of the sound signals based on the vocal print features of the sound signals; sending the identified part belonging to the environment sound signals into a first equalizer to allow the frequency response curve of the first equalizer for regulating the identified part belonging to the environment sound signals to be consistent to a first object frequency response curve; and sending the identified part belonging to the wearer sound signals into a second equalizer to allow the frequency response curve of the second equalizer of the wearer sound signal part to be consistent to a second target frequency response curve, so that two equalizers are configured to respectively regulate the frequency response features of the wearer sound signals and the environment sound signals according to the different features of the wearer sound signals and the environment sound signals to reach the technical effect that the recording effect of the two parts of the sound signals are more harmonious.

Description

technical field [0001] The invention belongs to the technical field of smart glasses, and in particular relates to a method for adjusting the acoustic performance of a microphone of smart glasses and the smart glasses. Background technique [0002] Smart glasses are widely used because they also provide functions such as camera and audio recording while possessing the functions of glasses. [0003] When equipped with a recording function, smart glasses need to have a microphone capable of recording. The microphone is usually installed on the frame of the smart glasses, and the collected sound signals are divided into the sound signals of the surrounding environment of the smart glasses and the sound signals emitted by the wearer. [0004] Since the smart glasses are worn on the face, when the microphone collects the sound signal, the presence of the wearer's nose, face and other parts will form a special sound field different from the environmental sound field, so that the ...

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