Wireless audio playing method based on voice interaction, music player and storage medium

Abstract

The invention discloses a wireless audio playing method based on voice interaction, a music player and a storage medium. The method comprises the following steps: a smart music player receives an information obtaining instruction, the information obtaining instruction at least including a voice instruction of a user; and identifying the information obtaining instruction, and controlling wireless sound equipment matched in advance to play corresponding audio data on the basis of an identifying result. Through matching and usage between the smart music player and wireless sound equipment of various kinds and through voice waking-up, other pieces of wireless sound equipment can be controlled to play, and in particular large-power sound equipment can be controlled effectively and flexibly. In addition, the music player controls other network devices to carry out corresponding operations through voice control. The music player itself can be utilized independently, and becomes a voice Internet terminal. The user experience is easy, and the music playing flexibility is improved.

Description

technical field [0001] The present invention relates to the technical field of media playing, in particular to a wireless audio playing method based on voice interaction, a music player and a storage medium. Background technique [0002] With the rapid development of the Internet and smart terminal technology, audio equipment has also entered the era of intelligence, and voice interaction will surely become the standard configuration of audio equipment in the future. [0003] At present, voice interaction technology cannot be applied to high-power audio equipment, because when music is played on high-power audio equipment, the user's voice is suppressed by the sound of the music, making far-field voice wake-up ineffective. In addition, in the prior art, the collection of voice commands and audio playback are concentrated on one device, which makes the application experience of the product inflexible (for example, the user must speak to the position of the speaker). Moreover...

AI Technical Summary

Problems solved by technology

[0003] At present, voice interaction technology cannot be applied to high-power audio equipment, because when music is played on high-power audio equipment, the user's voice is suppressed by the sound of the music, making far-field voice wake-up ineffective

In addition, in the existing technology, the collection of voice commands and audio playback are concentrated on one device, which makes the application experience of the product inflexible (for example, the user must speak to the position of the speaker)

Moreover, in order to be compatible with audio collection and music playback, audio equipment is usually relatively large in size, coupled with power requirements, making the product inconvenient to carry

Due to the integration of collection and playback, users need to purchase together, which increases user costs, and does not allow users to freely match other speakers

Images