CN210927856U - Audio effect processing device and system - Google Patents
Audio effect processing device and system Download PDFInfo
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- CN210927856U CN210927856U CN202020139488.7U CN202020139488U CN210927856U CN 210927856 U CN210927856 U CN 210927856U CN 202020139488 U CN202020139488 U CN 202020139488U CN 210927856 U CN210927856 U CN 210927856U
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Abstract
The utility model provides an audio frequency audio effect processing apparatus and system, processing apparatus includes: the device comprises an audio analog-digital conversion and preprocessing unit, a first audio interface unit, an audio analog-digital conversion and input processing unit connected with the first audio interface unit, a coding unit connected with the audio analog-digital conversion and input processing unit, a storage unit connected with the coding unit, a decoding unit connected with the storage unit, an audio effect processing and control unit connected with the audio analog-digital conversion and input processing unit, the audio analog-digital conversion and input processing unit and the decoding unit, and an audio digital-analog conversion and output processing unit connected with the audio effect processing and control unit and the first audio interface unit. Through the utility model provides a current not convenient nature when using two cell-phones to realize adding the accompaniment music or the experience degree that leads to when adding the accompaniment music in the later stage manufacture process is poor and require higher problem to the producer.
Description
Technical Field
The utility model relates to an audio frequency processing field especially relates to an audio frequency audio processing apparatus and system.
Background
With the rapid popularization of mobile phone karaoke OK or mobile phone karaoke APP (such as national karaoke and singing bar) and short video platform APP (such as trembler and handedness), singing, recording and shooting short videos by using a mobile phone at any time and any place become a recreational activity which is very popular with consumers.
At present, various mobile phone sound cards or live broadcast sound cards are matched with common mobile phone K song auxiliary equipment for singing songs of mobile phones, and the main functions of the equipment are to process voices and accompanying music in real time, so that the recording listening feeling and the use experience are improved.
When shooting singing short videos, some mobile phone APPs can provide real-time accompaniment music (such as the national karaoke and singing bars), some mobile phone APPs do not provide real-time musical accompaniment (such as trembling and fast hands), or a user wants to use accompaniment music other than APPs. When a first mobile phone (live mobile phone) recording a short singing video does not provide accompaniment music or a user wants to use accompaniment music other than APP, the consumer needs to use a second mobile phone (which can also be a computer or traditional music playing equipment) to play the accompaniment music, at the moment, the accompaniment music and the singing voice are simultaneously input into a sound card, the sound card performs sound effect processing on the accompaniment music and the singing voice, then the sound is output to the first mobile phone (live mobile phone), the recording of the sound is completed, and the video recorded simultaneously with the mobile phone is synthesized into a complete audio and video clip.
In the above situation, the user needs to use two mobile phones and the sound card at the same time to complete the whole process of accompanying, singing, and recording video and audio. However, for most users, it is inconvenient to use two mobile phones, but if two mobile phones are not used, accompanying music needs to be added in the post-production of audio and video, and a singer is required to be in a contraposition with the accompanying music, so that not only is the experience of the singer poor, but also the picture is not real, and the post-production is very difficult for most users.
SUMMERY OF THE UTILITY MODEL
In view of the above prior art's shortcoming, the utility model aims to provide an audio effect processing apparatus and system for solve the current inconvenient nature of using two cell-phones to realize when adding the accompaniment music or the experience that leads to when adding the accompaniment music in the later stage manufacture process poor and the higher problem of producer's requirement.
In order to achieve the above objects and other related objects, the utility model provides an audio processing device, audio processing device includes:
the audio analog-to-digital conversion and preprocessing unit is controlled by the audio sound effect processing and control unit and is used for preprocessing the input human sound signals and performing audio analog-to-digital conversion on the preprocessed human sound signals;
the first audio interface unit transmits played accompaniment music through an external music player and transmits audio signals subjected to digital-to-analog conversion to the audio and video recording equipment through the external audio and video recording equipment for post-processing;
the audio frequency analog-to-digital conversion and input processing unit is connected with the first audio frequency interface unit, is controlled by an audio frequency and sound effect processing and control unit, and is used for performing input processing on the accompaniment music output by the first audio frequency interface unit and performing audio frequency analog-to-digital conversion on the accompaniment music subjected to the input processing;
the coding unit is connected with the audio analog-to-digital conversion and input processing unit, is controlled by the audio sound effect processing and control unit and is used for coding the accompaniment music which is output by the audio analog-to-digital conversion and input processing unit and is subjected to analog-to-digital conversion;
the storage unit is connected with the coding unit, is controlled by the audio and sound effect processing and controlling unit and is used for storing the coded accompaniment music output by the coding unit;
the decoding unit is connected with the storage unit, is controlled by the audio and sound effect processing and controlling unit and is used for reading the coded accompaniment music stored in the storage unit and decoding the read coded accompaniment music;
the audio sound effect processing and controlling unit is connected with the audio analog-to-digital conversion and preprocessing unit, the audio analog-to-digital conversion and input processing unit and the decoding unit and is used for carrying out audio sound effect processing on the human sound signals which are output by the audio analog-to-digital conversion and preprocessing unit and are subjected to analog-to-digital conversion and the decoded accompaniment music which is output by the decoding unit so as to generate audio signals or carrying out audio sound effect processing on the human sound signals which are output by the audio analog-to-digital conversion and preprocessing unit and the accompaniment music which is output by the audio analog-to-digital conversion and input processing unit and is subjected to analog-to-digital conversion so as to generate audio signals;
and the audio digital-to-analog conversion and output processing unit is connected with the audio sound processing and control unit and the first audio interface unit, is simultaneously controlled by the audio sound processing and control unit, is used for performing output processing on the audio signals output by the audio sound processing and control unit, performing digital-to-analog conversion on the audio signals subjected to the output processing, and transmitting the audio signals subjected to the digital-to-analog conversion to the first audio interface unit.
Optionally, the audio sound effect processing device further includes: and the second audio interface unit is connected with the audio digital-to-analog conversion and output processing unit and transmits the audio signals subjected to digital-to-analog conversion to the earphone for playing through an external earphone.
Optionally, the second audio interface unit is further connected to the audio analog-to-digital conversion and preprocessing unit, and is configured to collect a human voice signal through an external microphone and transmit the collected human voice signal to the audio analog-to-digital conversion and preprocessing unit.
Optionally, the audio sound effect processing device further includes: the built-in microphone unit is connected with the audio analog-to-digital conversion and preprocessing unit and is used for acquiring a human voice signal and transmitting the acquired human voice signal to the audio analog-to-digital conversion and preprocessing unit; and the audio frequency analog-to-digital conversion and preprocessing unit is also used for selecting an input channel of the human voice signal, preprocessing the human voice signal transmitted by the selected input channel and performing audio frequency analog-to-digital conversion on the preprocessed human voice signal.
Optionally, the audio sound effect processing device further includes: and the built-in microphone unit is connected with the audio analog-to-digital conversion and preprocessing unit and is used for acquiring a human voice signal and transmitting the acquired human voice signal to the audio analog-to-digital conversion and preprocessing unit.
Optionally, the audio sound effect processing device further includes: and the key selection unit is connected with the audio sound effect processing and controlling unit and is used for selectively controlling the audio sound effect processing device to carry out corresponding operation through a corresponding key.
Optionally, the key selection unit includes: the voice recognition key is used for triggering the audio sound effect processing and controlling unit to enter a voice control mode through the voice recognition key so as to enable the voice recognition key to perform corresponding operation based on the voice control command which is output by the audio analog-to-digital conversion and preprocessing unit and is subjected to analog-to-digital conversion; at this time, the audio analog-to-digital conversion and preprocessing unit preprocesses the input voice control command and performs audio analog-to-digital conversion on the preprocessed voice control command.
Optionally, the key selection unit further includes: a power supply key and a volume adjusting key.
Optionally, the audio sound effect processing device further includes: and the display unit is connected with the audio sound effect processing and controlling unit and used for displaying the current working state of the audio sound effect processing device.
The utility model also provides an audio frequency audio processing system, audio frequency audio processing system includes:
the audio sound effect processing device is used for processing the audio sound effect;
the music player and/or the video recording equipment are connected with the first audio interface unit through an audio cable;
when the audio and sound processing system works in a storage and playing mode, the first audio interface unit is connected with the music player through an audio cable firstly and then connected with the audio and video recording equipment through the audio cable; when the audio and sound processing system works in a non-storage playing mode, the first audio interface unit is respectively connected with the music player and the audio and sound recording equipment through audio lines.
Optionally, the music player includes a mobile phone, and the video recording device includes a mobile phone; when the audio and sound processing system works in a non-storage playing mode, the music player and the audio and video recording equipment are the same mobile phone.
Optionally, the audio sound effect processing system further comprises: and the earphone is connected with the second audio interface unit through an audio line.
Optionally, the audio sound effect processing system further comprises: a microphone connected to the second audio interface unit by an audio line.
As described above, the utility model discloses an audio sound effect processing apparatus and system, through the multiplexing design of first audio interface unit, cooperate the design of audio frequency analog-to-digital conversion and input processing unit, coding unit and memory cell simultaneously, when first audio interface unit connects the music player, can realize the recording and the storage of accompaniment music; through the design of the audio frequency analog-digital conversion and preprocessing unit, the decoding unit, the audio frequency sound effect processing and control unit and the audio frequency digital-analog conversion and output processing unit, when the first audio frequency interface unit is connected with the audio-video recording equipment, the audio frequency processing of human voice signals and accompanying music can be realized, and the processed audio frequency signals are transmitted to the audio-video recording equipment for post-processing. Therefore, the audio and sound effect processing device can realize that the recording work of the audio and sound video, especially the work of adding accompanying music, can be completed at one time by only using one audio and sound recording device (such as a mobile phone), and the accompanying music does not need to be added in the later production, thereby greatly improving the use convenience and having wider applicable crowd; and the utility model discloses still can connect the earphone through second audio interface unit to audio signal after handling plays, makes the person of recording know in real time and records the effect.
Drawings
Fig. 1 shows a block diagram of an audio processing system according to the present invention.
Description of the element reference numerals
100 audio frequency sound effect processing device
101 audio frequency A/D conversion and preprocessing unit
102 first audio interface unit
103 audio A/D conversion and input processing unit
104 coding unit
105 memory cell
106 decoding unit
107 audio effect processing and controlling unit
108 audio digital-to-analog conversion and output processing unit
109 second audio interface unit
110 built-in microphone unit
111 key selection unit
112 display unit
200 music player
300 video recording equipment
400 earphone
500 microphone
Detailed Description
The following description of the embodiments of the present invention is provided for illustrative purposes, and other advantages and effects of the present invention will be readily apparent to those skilled in the art from the disclosure herein. The present invention can also be implemented or applied through other different specific embodiments, and various details in the present specification can be modified or changed based on different viewpoints and applications without departing from the spirit of the present invention.
Please refer to fig. 1. It should be noted that the drawings provided in the present embodiment are only schematic and illustrative of the basic idea of the present invention, and although the drawings only show the components related to the present invention and are not drawn according to the number, shape and size of the components in actual implementation, the form, quantity and proportion of the components in actual implementation may be changed at will, and the layout of the components may be more complicated.
As shown in fig. 1, the present embodiment provides an audio effect processing apparatus, where the audio effect processing apparatus 100 includes:
the audio analog-to-digital conversion and preprocessing unit 101 is controlled by the audio sound effect processing and control unit 107, and is used for preprocessing the input human voice signal and performing audio analog-to-digital conversion on the preprocessed human voice signal;
the first audio interface unit 102 transmits the played accompaniment music through the external music player 200, and transmits the audio signal subjected to digital-to-analog conversion to the audio recording device 300 through the external audio recording device 300 for post-processing;
an audio analog-to-digital conversion and input processing unit 103, connected to the first audio interface unit 102, and controlled by an audio effect processing and control unit 107, for performing input processing on the accompaniment music output by the first audio interface unit 102, and performing audio analog-to-digital conversion on the accompaniment music subjected to the input processing;
the coding unit 104 is connected to the audio analog-to-digital conversion and input processing unit 103, is controlled by an audio effect processing and control unit 107, and is used for coding the accompaniment music which is output by the audio analog-to-digital conversion and input processing unit 103 and is subjected to analog-to-digital conversion;
a storage unit 105 connected to the encoding unit 104 and controlled by an audio effect processing and controlling unit 107, for storing the encoded accompaniment music output by the encoding unit 104;
a decoding unit 106 connected to the storage unit 105 and controlled by an audio/sound processing and controlling unit 107, for reading the encoded accompaniment music stored in the storage unit 106 and decoding the read encoded accompaniment music;
an audio processing and controlling unit 107, connected to the audio adc and preprocessing unit 101, the audio adc and input processing unit 103, and the decoding unit 106, configured to perform audio processing on the human voice signal output by the audio adc and preprocessing unit 101 and the decoded accompaniment music output by the decoding unit 106 to generate an audio signal, or perform audio processing on the human voice signal output by the audio adc and preprocessing unit 101 and the accompaniment music output by the audio adc and input processing unit 103 and subjected to analog-to-digital conversion to generate an audio signal;
the audio digital-to-analog conversion and output processing unit 108 is connected to the audio processing and control unit 107 and the first audio interface unit 102, is controlled by the audio processing and control unit 107, and is configured to perform output processing on the audio signal output by the audio processing and control unit 107, perform digital-to-analog conversion on the audio signal after the output processing, and transmit the audio signal after the digital-to-analog conversion to the first audio interface unit 102.
It should be noted that the audio adc and pre-processing unit 101 is mainly configured to pre-process the human voice signal, including: performing high-low sound processing, volume equalization processing, gain processing and the like on the human voice signal; the audio adc and input processing unit 103 performs input processing on the accompaniment music, and mainly includes: performing high-low sound processing, volume equalization processing, gain processing and the like on the accompaniment music; the audio digital-to-analog conversion and output processing unit 108 performs output processing on the audio signal, mainly including: performing high-low sound processing, volume equalization processing, gain processing and the like on the audio signal; the audio processing and controlling unit 107 is also used as a general controlling unit to perform general control on the audio processing apparatus 100 while performing audio processing to generate audio signals.
As an example, as shown in fig. 1, the audio effect processing device 100 further includes: the second audio interface unit 109 is connected to the audio digital-to-analog conversion and output processing unit 108, and transmits the audio signal subjected to digital-to-analog conversion to the earphone 400 through the external earphone 400 for playing, so that a recorder can know the recording effect in real time.
As a first example, as shown in fig. 1, the second audio interface unit 109 is further connected to the audio analog-to-digital conversion and preprocessing unit 101, and collects a human voice signal through an external microphone, and transmits the collected human voice signal to the audio analog-to-digital conversion and preprocessing unit 101.
As a second example, the audio effect processing device 100 further includes: and the built-in microphone unit 110 is connected to the audio analog-to-digital conversion and preprocessing unit 101, and is configured to collect a voice signal and transmit the collected voice signal to the audio analog-to-digital conversion and preprocessing unit 101. It should be noted that, when the audio sound effect processing apparatus 100 uses the built-in microphone unit 110 to collect a human sound signal, the second audio interface unit 109 only needs to be connected with an external earphone, and does not need to be connected with an external microphone.
As a third example, as shown in fig. 1, the second audio interface unit 109 is further connected to the audio analog-to-digital conversion and preprocessing unit 101, and is configured to collect a human voice signal through an external microphone and transmit the collected human voice signal to the audio analog-to-digital conversion and preprocessing unit 101; the audio sound effect processing device 100 further includes: the built-in microphone unit 110 is connected to the audio analog-to-digital conversion and preprocessing unit 101, and is configured to collect a voice signal and transmit the collected voice signal to the audio analog-to-digital conversion and preprocessing unit 101; at this time, the audio analog-to-digital conversion and preprocessing unit 101 is further configured to select an input channel of the human voice signal, to preprocess the human voice signal transmitted by the selected input channel, and to perform audio analog-to-digital conversion on the preprocessed human voice signal. It should be noted that, here, the selection of the input channel of the voice signal by the audio adc and pre-processing unit 101 means that the audio adc and pre-processing unit 101 determines whether the voice signal is input from an external microphone or from the built-in microphone unit 110; optionally, when the second audio interface unit 109 is connected to an external microphone, the audio adc and pre-processing unit 101 determines that the voice signal is from the external microphone, otherwise, determines that the voice signal is from the built-in microphone unit 110.
As an example, as shown in fig. 1, the audio effect processing device 100 further includes: the key selection unit 111 is connected to the audio processing and control unit 107, and is configured to selectively control the audio processing apparatus 100 to perform corresponding operations through corresponding keys.
Specifically, the key selection unit 111 includes: the voice recognition key is used for triggering the audio sound effect processing and control unit 107 to enter a voice control mode through the voice recognition key so as to enable the voice recognition key to perform corresponding operation based on the voice control command which is output by the audio analog-to-digital conversion and preprocessing unit 101 and is subjected to analog-to-digital conversion; at this time, the audio analog-to-digital conversion and preprocessing unit 101 preprocesses the input voice control command and performs audio analog-to-digital conversion on the preprocessed voice control command; wherein the voice control command comprises: recording the accompaniment, playing the accompaniment, adjusting the recording volume, adjusting the playing volume and the like.
Specifically, the key selection unit 111 further includes: the power key and the volume adjusting key are used for turning on and off the audio and sound processing device 100 through the power key, and the volume adjusting key is used for adjusting the volume of the audio and sound processing device 100. Of course, the power key and the volume adjusting key may also adopt a multiplexing form, respectively, to realize more adjustment control functions, such as long pressing and short pressing on the same key to realize different adjustments.
As an example, as shown in fig. 1, the audio effect processing device 100 further includes: a display unit 112, connected to the audio processing and control unit 107, for displaying the current working status of the audio processing device 100, for example, the current working status of the audio processing device 100 can be displayed by changing the color of the LED lamp or the flashing time.
As shown in fig. 1, the present embodiment further provides an audio effect processing system, which includes:
the audio sound effect processing apparatus 100 as described above;
a music player 200 and/or a video recording device 300 connected to the first audio interface unit 102 through an audio cable;
when the audio/sound processing system works in the storage and playing mode, the first audio interface unit 102 is connected to the music player 200 through an audio line, and then connected to the audio/video recording device 300 through an audio line; when the audio/sound processing system operates in the non-storage playing mode, the first audio interface unit 102 is connected to the music player 200 and the audio/video recording device 300 through audio lines, respectively.
As an example, the music player 200 includes a mobile phone, and the video recording apparatus 300 includes a mobile phone; when the audio/sound processing system operates in the non-storage playing mode, the music player 200 and the audio/video recording device 300 are the same mobile phone. Of course, other devices capable of playing accompaniment music and other devices capable of recording video and audio are also applicable to the present example. It should be noted that the audio/video recording apparatus of this embodiment is used for recording video and synthesizing the video and the audio signal including the voice and the accompanying music output by the audio/sound processing device 100 in real time to generate audio/video content.
As an example, as shown in fig. 1, the audio sound effect processing system further includes: the earphone 400 connected to the second audio interface unit 109 through an audio cable transmits the audio signal subjected to digital-to-analog conversion to the earphone 400 through the external earphone 400 for playing, so that the recorder can know the recording effect in real time.
As an example, as shown in fig. 1, the audio sound effect processing system further includes: the microphone 500 is connected to the second audio interface unit 109 through an audio line, and is used for collecting human voice signals through an external microphone.
Referring to fig. 1, a detailed description is given of a method for using the audio sound processing system of the present embodiment, in which an external microphone is used to collect a human voice signal; the using method comprises the following steps:
when the audio sound effect processing system works in a storage and playing mode:
connecting a music player 200 to the first audio interface unit 102 through an audio line, and transmitting accompaniment music played by the music player 200 to the audio a/d conversion and input processing unit 103 through the first audio interface unit 102;
the audio adc and input processing unit 103 performs an input process on the accompaniment music, performs an analog-to-digital conversion on the accompaniment music, and transmits the accompaniment music subjected to the analog-to-digital conversion to the encoding unit 104;
the encoding unit 104 encodes the accompaniment music subjected to analog-to-digital conversion, and transmits the encoded accompaniment music to the storage unit 105 for storage;
the audio-video recording device 300 is connected to the first audio interface unit 102 through an audio line, and meanwhile, the earphone 400 and the microphone 500 are connected to the second audio interface unit 109 through an audio line, and the human voice signal collected by the microphone 500 is transmitted to the audio analog-to-digital conversion and preprocessing unit 101 through the second audio interface unit 109;
the audio analog-to-digital conversion and preprocessing unit 101 preprocesses the human voice signal, performs analog-to-digital conversion, and transmits the human voice signal subjected to analog-to-digital conversion to the audio sound effect processing and control unit 107;
the decoding unit 106 reads the encoded accompaniment music stored in the storage unit 105, decodes the read encoded accompaniment music, and transmits the decoded accompaniment music to the audio/sound processing and control unit 107;
the audio/sound processing and control unit 107 performs audio/sound processing (such as reverberation) on the analog-to-digital converted human voice signal and the decoded accompaniment music, and transmits the processed audio signal to the audio digital-to-analog conversion and output processing unit 108;
the audio digital-to-analog conversion and output processing unit 108 performs digital-to-analog conversion after performing output processing on the audio signal, transmits the audio signal subjected to digital-to-analog conversion to the audio and video recording device 500 through the first audio interface unit 102 for post-processing, and transmits the audio signal subjected to digital-to-analog conversion to the earphone 400 through the second audio interface unit 109 for playing;
when the audio sound effect processing system works in a non-storage play mode:
the music player 200 and the audio-video recording device 300 are simultaneously connected to the first audio interface unit 102 through an audio cable, and the accompaniment music played by the music player 200 is transmitted to the audio a/d conversion and input processing unit 103 through the first audio interface unit 102;
the audio analog-to-digital conversion and input processing unit 103 performs analog-to-digital conversion after performing input processing on the accompaniment music, and transmits the accompaniment music subjected to analog-to-digital conversion to the audio sound effect processing and control unit 107;
the earphone 400 and the microphone 500 are connected to the second audio interface unit 109 through an audio line, and the human voice signal collected by the microphone 500 is transmitted to the audio analog-to-digital conversion and preprocessing unit 101 through the second audio interface unit 109;
the audio analog-to-digital conversion and preprocessing unit 101 preprocesses the human voice signal, performs analog-to-digital conversion, and transmits the human voice signal subjected to analog-to-digital conversion to the audio sound effect processing and control unit 107;
the audio/sound processing and control unit 107 performs audio/sound processing (such as reverberation) on the analog-to-digital converted human voice signal and the analog-to-digital converted accompaniment music, and transmits the processed audio signal to the audio digital-to-analog conversion and output processing unit 108;
the audio digital-to-analog conversion and output processing unit 108 performs digital-to-analog conversion after performing output processing on the audio signal, transmits the audio signal subjected to digital-to-analog conversion to the audio and video recording device 500 through the first audio interface unit 102 for post-processing, and transmits the audio signal subjected to digital-to-analog conversion to the earphone 400 through the second audio interface unit 109 for playing.
To sum up, the utility model discloses an audio frequency audio effect processing apparatus and system, through the multiplexing design of first audio frequency interface unit, cooperate the design of audio frequency analog-to-digital conversion and input processing unit, coding unit and memory cell simultaneously, when first audio frequency interface unit connects the music player, can realize the recording and the storage of accompaniment music; through the design of the audio frequency analog-digital conversion and preprocessing unit, the decoding unit, the audio frequency sound effect processing and control unit and the audio frequency digital-analog conversion and output processing unit, when the first audio frequency interface unit is connected with the audio-video recording equipment, the audio frequency processing of human voice signals and accompanying music can be realized, and the processed audio frequency signals are transmitted to the audio-video recording equipment for post-processing. Therefore, the audio and sound effect processing device can realize that the recording work of the audio and sound video, especially the work of adding accompanying music, can be completed at one time by only using one audio and sound recording device (such as a mobile phone), and the accompanying music does not need to be added in the later production, thereby greatly improving the use convenience and having wider applicable crowd; and the utility model discloses still can connect the earphone through second audio interface unit to audio signal after handling plays, makes the person of recording know in real time and records the effect. Therefore, the utility model effectively overcomes various defects in the prior art and has high industrial utilization value.
The above embodiments are merely illustrative of the principles and effects of the present invention, and are not to be construed as limiting the invention. Modifications and variations can be made to the above-described embodiments by those skilled in the art without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which may be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.
Claims (13)
1. An audio processing apparatus, comprising:
the audio analog-to-digital conversion and preprocessing unit is controlled by the audio sound effect processing and control unit and is used for preprocessing the input human sound signals and performing audio analog-to-digital conversion on the preprocessed human sound signals;
the first audio interface unit transmits played accompaniment music through an external music player and transmits audio signals subjected to digital-to-analog conversion to the audio and video recording equipment through the external audio and video recording equipment for post-processing;
the audio frequency analog-to-digital conversion and input processing unit is connected with the first audio frequency interface unit, is controlled by an audio frequency and sound effect processing and control unit, and is used for performing input processing on the accompaniment music output by the first audio frequency interface unit and performing audio frequency analog-to-digital conversion on the accompaniment music subjected to the input processing;
the coding unit is connected with the audio analog-to-digital conversion and input processing unit, is controlled by the audio sound effect processing and control unit and is used for coding the accompaniment music which is output by the audio analog-to-digital conversion and input processing unit and is subjected to analog-to-digital conversion;
the storage unit is connected with the coding unit, is controlled by the audio and sound effect processing and controlling unit and is used for storing the coded accompaniment music output by the coding unit;
the decoding unit is connected with the storage unit, is controlled by the audio and sound effect processing and controlling unit and is used for reading the coded accompaniment music stored in the storage unit and decoding the read coded accompaniment music;
the audio sound effect processing and controlling unit is connected with the audio analog-to-digital conversion and preprocessing unit, the audio analog-to-digital conversion and input processing unit and the decoding unit and is used for carrying out audio sound effect processing on the human sound signals which are output by the audio analog-to-digital conversion and preprocessing unit and are subjected to analog-to-digital conversion and the decoded accompaniment music which is output by the decoding unit so as to generate audio signals or carrying out audio sound effect processing on the human sound signals which are output by the audio analog-to-digital conversion and preprocessing unit and the accompaniment music which is output by the audio analog-to-digital conversion and input processing unit and is subjected to analog-to-digital conversion so as to generate audio signals;
and the audio digital-to-analog conversion and output processing unit is connected with the audio sound processing and control unit and the first audio interface unit, is simultaneously controlled by the audio sound processing and control unit, is used for performing output processing on the audio signals output by the audio sound processing and control unit, performing digital-to-analog conversion on the audio signals subjected to the output processing, and transmitting the audio signals subjected to the digital-to-analog conversion to the first audio interface unit.
2. The audio sound effects processing device of claim 1, further comprising: and the second audio interface unit is connected with the audio digital-to-analog conversion and output processing unit and transmits the audio signals subjected to digital-to-analog conversion to the earphone for playing through an external earphone.
3. The audio processing device according to claim 2 wherein the second audio interface unit is further connected to the audio adc and pre-processing unit, collects the vocal signals through an external microphone, and transmits the collected vocal signals to the audio adc and pre-processing unit.
4. The audio sound effects processing device of claim 3, further comprising: the built-in microphone unit is connected with the audio analog-to-digital conversion and preprocessing unit and is used for acquiring a human voice signal and transmitting the acquired human voice signal to the audio analog-to-digital conversion and preprocessing unit; and the audio frequency analog-to-digital conversion and preprocessing unit is also used for selecting an input channel of the human voice signal, preprocessing the human voice signal transmitted by the selected input channel and performing audio frequency analog-to-digital conversion on the preprocessed human voice signal.
5. The audio sound effects processing device according to claim 1 or 2, further comprising: and the built-in microphone unit is connected with the audio analog-to-digital conversion and preprocessing unit and is used for acquiring a human voice signal and transmitting the acquired human voice signal to the audio analog-to-digital conversion and preprocessing unit.
6. The audio sound effects processing device of claim 1, further comprising: and the key selection unit is connected with the audio sound effect processing and controlling unit and is used for selectively controlling the audio sound effect processing device to carry out corresponding operation through a corresponding key.
7. The audio sound effect processing device according to claim 6, wherein the key selection unit comprises: the voice recognition key is used for triggering the audio sound effect processing and controlling unit to enter a voice control mode through the voice recognition key so as to enable the voice recognition key to perform corresponding operation based on the voice control command which is output by the audio analog-to-digital conversion and preprocessing unit and is subjected to analog-to-digital conversion; at this time, the audio analog-to-digital conversion and preprocessing unit preprocesses the input voice control command and performs audio analog-to-digital conversion on the preprocessed voice control command.
8. The audio sound effect processing device according to claim 6 or 7, wherein the key selection unit further comprises: a power supply key and a volume adjusting key.
9. The audio sound effects processing device of claim 1, further comprising: and the display unit is connected with the audio sound effect processing and controlling unit and used for displaying the current working state of the audio sound effect processing device.
10. An audio sound processing system, comprising:
the audio sound effect processing device according to any one of claims 1 to 9;
the music player and/or the video recording equipment are connected with the first audio interface unit through an audio cable;
when the audio and sound processing system works in a storage and playing mode, the first audio interface unit is connected with the music player through an audio cable firstly and then connected with the audio and video recording equipment through the audio cable; when the audio and sound processing system works in a non-storage playing mode, the first audio interface unit is respectively connected with the music player and the audio and sound recording equipment through audio lines.
11. The audio sound effect processing system of claim 10 wherein the music player comprises a cell phone and the audiovisual recording device comprises a cell phone; when the audio and sound processing system works in a non-storage playing mode, the music player and the audio and video recording equipment are the same mobile phone.
12. The audio sound effects processing system of claim 10 further comprising: and the earphone is connected with the second audio interface unit through an audio line.
13. The audio sound effects processing system of claim 12 further comprising: a microphone connected to the second audio interface unit by an audio line.
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| CN202020139488.7U CN210927856U (en) | 2020-01-21 | 2020-01-21 | Audio effect processing device and system |
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| CN202020139488.7U CN210927856U (en) | 2020-01-21 | 2020-01-21 | Audio effect processing device and system |
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