Bone conduction wireless monitoring method and bone conduction wireless monitoring system

Abstract

The invention discloses a bone conduction wireless monitoring method and a bone conduction wireless monitoring system. The transmitting end and the receiving end are in wireless connection, the transmitting end can convert a first audio analog signal of a user into a first audio digital signal, send the first audio digital signal to the receiving end and further send the first audio digital signal to intelligent equipment such as a mobile phone and a computer, so that sound of the user is output in a live broadcasting room of the intelligent equipment; in addition, the receiving end can return a second audio digital signal obtained through signal processing to the transmitting end, the transmitting end converts the second audio digital signal into a second audio analog signal and sends the second audio analog signal to the bone conduction vibrator, and therefore the monitoring function is achieved, that is, audio signal transmission channels of the transmitting end and the receiving end are dual-channel interconnection and intercommunication. According to the invention, wireless monitoring is realized, compared with a wired earphone monitoring mode, the method is not restricted by wires, and a user can perform live broadcast limb actions more conveniently to improve the live broadcast effect; in addition, the monitoring function is achieved in a bone conduction mode, hearing is not damaged, and long-time wearing can be met.

Description

technical field [0001] The invention relates to the technical field of live broadcast monitoring, in particular to a bone conduction wireless monitoring method and a bone conduction wireless monitoring system. Background technique [0002] With the continuous development of the webcast industry, anchors use microphones to interact with viewers in the live broadcast room; currently, wired headphones are commonly used to monitor the actual sound effects output by the live broadcast room to better interact with the live broadcast. The following defects: (1) Live broadcast is different from listening to songs. There are various sound effects during the live broadcast, such as shouting mics, playing PK with mics, etc. It also involves various body movements of the anchor, which requires freeing hands, dancing, squatting, etc., to show talent , displaying product functions, etc., and using wired headphones for monitoring will greatly limit the live broadcast body movements of the ...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of the webcast industry, anchors use microphones to interact with viewers in the live broadcast room; currently, wired headphones are commonly used to monitor the actual sound effects output by the live broadcast room to better interact with the live broadcast. The following defects: (1) Live broadcast is different from listening to songs. There are various sound effects during the live broadcast, such as shouting mics, playing PK with mics, etc. It also involves various body movements of the anchor, which requires freeing hands, dancing, squatting, etc., to show talent , to display product functions, etc., and the way of using wired headphones for monitoring will greatly limit the live broadcast body movements of the anchor, which will affect the live broadcast effect; (2) wired headphones are generally in-ear, and wearing them for a long time will damage hearing

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