TW201405546A - A voice activation request system and operating process - Google Patents

Abstract

The present invention relates to a voice activation request system and its operating process. When a user opens a voice activation function, the user only needs to input one of the commands displayed on the screen by voice, so the user doesn't need to leave the seat or borrow a songbook to easily search a song or issue a command.

Description

Voice-controlled song system and its operation process

The invention relates to a song song system, in particular to a song song system which can be applied to voice control and a running process thereof.

At present, the traditional method of singing songs is generally to refer to the thick point of the songbook or leave the position to the song server set in the corner, and then find the songs to be sung from many singers or song names, and the font is small and functional. The complex remote control or the song-sending server performs the songs. When the number of people singing is large or the user's movement is inconvenient, the above-mentioned song-singing method greatly reduces the fun and convenience of singing. For children who are not familiar with the method of singing songs, older elders or younger children, the above-mentioned song method is not only complicated and the picture information is too much, but the remote control of the font is more difficult to use, so it is easy to cause It is not easy to find a song or to make a mistake.

Therefore, the present invention provides a voice control system and a working process thereof, which includes a client server and a remote server, and the client server can be a television with a fuzzy identification module and an external processing module. Modules, smart phones, tablets, desktops, etc. devices that can be networked or networked through a network communication module, and the remote server includes a voice recognition module, a voice command database, and a song database. . The user can input a voice command and a remote control signal by using a remote controller or a radio. The remote server receives the voice command via the Internet and recognizes the text message, and then returns the message to the client server, and the client server then according to the text message. The action referred to is the operation of the system.

The operation process of the voice control system is as follows: after the user inputs a voice command according to the song screen, the client server transmits the received voice command to the remote server via the internet, and the remote server receives the voice command. After that, the voice command is compared with the voice command database and the song database to obtain a corresponding text message, and then the text message is transmitted back to the client server for corresponding screen processing, and then transmitted to the display module for screen display. The client server may also include a voice recognition module, a voice command database, and a song database of the remote server, so that the voice command does not need to be transmitted to the remote server. The server can use the voice-controlled song system to sing.

The invention has the advantages that the user can input the command signal by voice command only when the song is clicked, and cooperate with the at least one character, at least one character code or the melody, rhythm and other music signals displayed on the song screen, without remembering the instruction to be input. You can make a song by leaving the seat or borrowing a song, and you don’t have to worry about the songs due to the large number of people singing or the inconvenience of the user. The singing is not only simple, but also limited and easy to understand. The instructions and the clear and simple song-song picture information have greatly enhanced the convenience and correctness of the elders and children when they sing songs.

The voice recognition of the present invention can be recognized by a fuzzy voice command. For example, if the command of "next page" is to be input, the user can input only the voice command of "next page" or "next page", and the comparison can be made. Corresponding action instructions reduce the need to repeat input due to incomplete voice command input.

1 is a first embodiment of the present invention, a client server (2) can be a TV module, a smart phone, a tablet computer, a desktop computer, etc., and an external input module (1) And an external access device (5) connected to and connected to a remote server (4) via an internet (3). The external input module (1) includes a sound receiver (11) and a remote controller (12) for inputting a voice command or a remote control signal for performing a song, the voice command may be at least one character, the voice command At least one character code or a music signal, the sound receiver (11) may be a wireless microphone, a headphone microphone, a mobile phone, etc., and the external access device (5) may be a flash drive or a memory card. Or other devices with storage capabilities.

2 is a block diagram of the client server (2), which includes a receiving module (22), a conversion module (23), a user central processing unit (20), and an access module (24). a display module (26), an external processing module (25), a network communication module (21), an application execution module (27), a fuzzy identification module (28), and a user The terminal transmits the receiving module (29).

The receiving module (22) is a receiving chip for receiving a voice command or a remote control signal input by a user, and transmitting the received voice command or the remote control signal to the conversion module (23). The conversion module (23) is a conversion chip, and is connected to the receiving module (22) and the user central processing unit (20) for converting the received voice command or the remote control signal into the user center. The signal format used by the processor (20) for signal determination and transmission.

The user central processing unit (20) is connected to the display module (26) for receiving, converting, judging, controlling or outputting the received voice command or the remote control signal; the access module (24) can It is an access device such as a card reader or a universal serial bus (USB) connected to the user central processing unit (20), and the external access device (5) and the access module When the group (24) is connected, the access module (24) immediately reads an indicator file stored by the external access device (5), and the indicator file includes all the files stored in the external access device (5). At least one music signal of the rhythm, melody, beat, etc. of the song, the access module (24) transmits the index file to the external processing module (25), and when the user central processor (20) determines the received When the voice command is the music signal, the user central processing unit (20) transmits the music signal to the external processing module (25).

The external processing module (25) may be a processing chip for comparing the received music signal with the index file, and marking the compared songs to the user central processor. (20), the user central processing unit (20) is further transmitted to the application execution module (27) to be included in the list of songs waiting to be played, wherein the application execution module (27) can be executed by an application. The chip is connected to the user central processing unit (20) for processing and adjusting the displayed song screen according to the received message and the different client server (2), for example, the display module ( 26) The number of songs of the list of clicked songs displayed by the larger tablet computer is larger than that of the smart phone of the display module (26). Therefore, when the song is played, the application execution module (27) sends a play song message according to the mark, and when the user central processor (20) receives the play song message, it directly goes to the external access device ( 5) The song is read and transmitted to the application execution module (27) for processing adjustment, and then transmitted to the display module (26) for display and playback.

If the voice command is determined not to be the music signal, it is transmitted to the remote server (4) for identification, and a text message of the voice command is generated, and the text message is the at least one text or the at least a text code, the text message is transmitted back to the client server (2) and transmitted to the fuzzy identification module (28). The fuzzy identification module (28) can be an identification chip for performing the The content of the text message is determined to determine the action to be performed, for example, if the received text message is judged to be "previous page", "previous page" or "1", and the fuzzy identification module ( 28) The result of the judgment is to return to the previous song screen, then The fuzzy identification module (28) transmits the result of the comparison to the application execution module (27), and the application execution module (27) determines that the text message exists after the current song screen, and then executes back The action of the last song screen; or the at least one text of the current song screen image contains a song titled "abcde", the corresponding code is 55, and if the received text message is judged to be "55" a combination of "abc", "cde", "ace", or "bcd", and the fuzzy recognition module (28) determines that the corresponding action is selected "abcde" and is included in the list of ordered songs, and the After the application execution module (27) determines that the text message exists in the current song screen, the song "abcde" is selected and listed in the list of songs for the user to sing.

The network communication module (21) can be a network chip, and is connected to the user central processing unit (20) and the user terminal transmission receiving module (29) for converting the voice command into the internet network. The path (3) can transmit or be read by the user central processing unit (20) and transmit or receive through the client transmitting and receiving module (29). 3 is a block diagram of the remote server (4), including a remote transmitting and receiving module (41), a remote central processing unit (42), a voice recognition module (43), and a storage device. Module (44).

The remote transceiver module (41) is coupled to the remote central processing unit (42) for receiving or transmitting signals via the Internet (3); and the remote central processing unit (42) is To receive, convert, control or output the received voice command.

The storage module (44) may be a storage device with a storage function, such as a hard disk or a remote hard disk, and includes a voice command database (441) and a song database (442), and is processed centrally with the remote computer. The device (42) is connected.

The voice command database (441) is configured to store the voice recognition data of the at least one character, and includes the voice recognition of the code of the at least one character or the at least one character used in the song screen of the voice controllable song system. The song database is used to store at least one song related material, so that the voice controllable song system can play the at least one song.

The speech recognition module (43) can be a speech recognition chip and is coupled to the remote central processing unit (42). The voice recognition module (43) is configured to determine a voice content of the received voice command, and compare the voice content with the voice command database (441) and the song database (442) to Know the correct text content of the voice command and output the text Sending a message to the client server (2), for example, the user inputs the voice command that is not the music signal, and the voice recognition module (43) compares the content of the voice command with the voice command database (441). The text of the content is judged to be "slip into China", and based on the content of the song database (442), it can be determined that the text content is "Andy Lau", so the text message of the text content is transmitted to the user. End server.

4 and FIG. 5 are the second embodiment of the present invention, the network communication module (21) is as described in the first embodiment, and the difference is that the network communication module (21) is disposed on the client server (2). And the Internet (3) is connected to the client server (2) and the Internet (3).

FIG. 6 is a third embodiment of the present invention, the client server (2) is as described in the first embodiment, and the difference is that the voice recognition module (43) and the storage module (44) are disposed on the client server. And (2) connected to the user central processing unit (20), so that the client server (2) does not need to set the network communication module (21) and the client transmission receiving module (29) The voice-controlled karaoke system can be used by connecting to the remote server (4) via the Internet (3).

FIG. 7 is a first embodiment of the operation flow of the present invention, and the steps thereof include: A. inputting a command signal; the command signal may be a voice command or a remote control signal. B. A client server (2) determines whether the command signal is successfully received. If step C is successful, if not, step B is performed; C. the voice command is transmitted to a remote server (4); D. The remote server (4) determines whether the voice command is successfully received, and if yes, performs step E, if otherwise, performs step D; E. the voice command and a voice command database (441) and a song database (442) Alignment; F. Send a text message to the client server (2) to determine and execute the action of the text message; G. transmit to a display module display and return to step A.

FIG. 8 is a second embodiment of the present invention. The steps include: 1. inputting a command signal; the command signal may be a voice command or a remote control signal. II. A client server (2) determines whether the command signal is successfully received, if step III is successfully performed, if not, step I; III. the voice command and a voice command database (441) and a song The database (442) is compared; IV. determining a text message and performing the action of the text message; V. transmitting to a display module (26) display, and returning to step I.

9 is a third embodiment of the operation flow of the present invention, the steps of which include: a. starting a song system; b. using a remote controller (12) to open a voice command function; c. entering a song home page; d. a voice command or a remote command; e. determining whether the voice command or the remote command is successfully received, if step d is not successful, if step f is successfully performed; f. determining whether a song is selected, if step g is performed, Step h is performed, if otherwise, return to step d; g. play the song; h. receive a song command, and proceed to step c.

While playing the song, the user can also use the remote control (12) to make a song.

1‧‧‧External input module

11‧‧‧Audio

12‧‧‧Remote control

2‧‧‧Client server

20‧‧‧User Central Processing Unit

21‧‧‧Network communication module

22‧‧‧ receiving module

23‧‧‧Transition module

24‧‧‧Access Module

25‧‧‧External Processing Module

26‧‧‧Display module

27‧‧‧Application Execution Module

28‧‧‧Fuzzy Identification Module

29‧‧‧Customer Transmitting Receiver Module

3‧‧‧Internet

4‧‧‧Remote Server

41‧‧‧Remote transmit and receive module

42‧‧‧Remote central processor

43‧‧‧Voice recognition module

44‧‧‧Storage module

441‧‧‧Voice Command Database

442‧‧‧ song database

5‧‧‧External access device

Figure 1 is a first embodiment of the present invention

2 is a schematic diagram of a client server architecture according to Embodiment 1 of the present invention;

3 is a schematic diagram of a remote server architecture according to Embodiment 1 of the present invention;

Figure 4 is a second embodiment of the present invention

FIG. 5 is a schematic diagram of a client server architecture according to Embodiment 2 of the present invention;

Figure 6 is a third embodiment of the present invention

Figure 7 is a first embodiment of the operational flow of the present invention

Figure 8 is a second embodiment of the operational flow of the present invention

9 is a third embodiment of the operational flow of the present invention

1‧‧‧External input module

11‧‧‧Audio

12‧‧‧Remote control

2‧‧‧Client server

3‧‧‧Internet

4‧‧‧Remote Server

5‧‧‧External access device

Claims (35)

A voice-controlled song-song system, comprising: an external input module, the external input module comprises a sound receiver and a remote controller; a client server, the client server is connected to the external input module And a remote server connected to the client server via an internet server; the client server includes: a user central processor, the user central processor is connected to a display module a receiving module, the receiving module is connected to the external input module for receiving a voice command or a remote control signal; a conversion module, the conversion module and the receiving module and the user central processor Connected, for converting the voice command or the signal format of the remote control signal; an access module, the access module is connected to an external access device and the user central processor; an external processing module, and the The user central processor is connected to compare one of the received music signals; an application execution module is connected to the user central processor for performing the change and adjustment of the song screen; The fuzzy identification module is connected to the central processing unit of the user for recognizing the action of a text message; and a network communication module is connected to a client transmitting and receiving module and the user central processor; the remote end The server includes: a remote central processing unit connected to a remote transmitting and receiving module; a voice recognition module connected to the remote central processing unit; and a storage module including a voice command A database and a library of songs are connected to the remote central processor. For example, in the voice-controlled karaoke system described in claim 1, the client server can be a TV module, a smart phone, a tablet computer, a desktop computer, etc. Network communication module networking device. For example, in the voice-controlled song system described in claim 1, the sound receiver may be a wireless microphone, a headphone microphone, a mobile phone, or the like having a sound collecting function. For example, in the voice-controlled karaoke system described in claim 1, the conversion module can be a conversion chip. For example, in the voice-controlled karaoke system described in claim 1, the receiving module can be a receiving chip. For example, in the voice-controlled karaoke system described in claim 1, the access module may be an access device such as a card reader or a universal serial bus (USB). For example, in the voice-controlled song-song system described in claim 1, the external access device may be a flash drive, a memory card or other device having a storage function. For example, in the voice-controlled song-song system described in claim 1, the access module is configured to instantly read an index file stored by the external access device. For example, in the voice-controlled song-song system described in claim 8, the indicator file may include the music signal such as rhythm, melody, beat, and the like. The voice processing system of the voice control system of claim 1, wherein the external processing module is a processing chip for comparing the received music signal with the indicator file, and The compared results are tagged and transmitted to the user's central processor. The application execution module can be an application execution chip, as described in the voice-controlled song system of claim 1. For example, in the voice-controlled song system described in claim 1, the fuzzy identification module can be an identification chip. For example, in the voice-controlled song system described in claim 1, the network communication module can be a network chip. For example, in the voice-controlled song-song system described in claim 1, the network communication module can be disposed between the client-side transmitting and receiving module and the Internet, and transmit the receiving mode with the client. The group is connected to the internet. For example, in the voice-controlled karaoke system described in claim 1, the storage module may be a storage device having a storage function such as a hard disk or a remote hard disk. The speech recognition mode of the voice control mode as described in claim 1 of the patent scope The group can be a voice recognition chip for comparing the received voice command with the voice command database and the song database to identify the text message of the received voice command. A voice control system of songs, comprising: an external input module, the external input module comprising a sound receiver and a remote controller; and a client server, the client server and the external input module Connected; the client server includes: a user central processor, the user central processor is connected to a display module; a receiving module, the receiving module is connected to the external input module, and is configured to receive a voice a command or a remote control signal; a conversion module connected to the receiving module and the user central processing unit for converting a voice command or a signal format of the remote control signal; an access module, the The access module is connected to an external access device and the user central processor; an external processing module is connected to the user central processor for comparing one of the received music signals; an application execution module a group, connected to the user central processor, for performing a change and adjustment of a song screen; a voice recognition module connected to the user central processor; a fuzzy identification module, and the A central processor coupled to the user, for identifying a text message based operation referred to; and a storage module, the storage module comprises a voice instruction and a database library of songs, and the user is connected to the central processor. For example, in the voice-controlled song-song system described in claim 17, the client server can be a TV module, a smart phone, a tablet computer, a desktop computer, etc. Network communication module networking device. For example, in the voice-controlled song system described in claim 17, the sound receiver may be a wireless microphone, a headphone microphone, a mobile phone, or the like having a radio function. For example, in the voice-controlled karaoke system described in claim 17, the conversion module can be a conversion chip. For example, in the voice-controlled karaoke system described in claim 17, the receiving module may be a receiving chip. For example, in the voice-controlled karaoke system described in claim 17, the access module may be an access device such as a card reader or a universal serial bus (USB). For example, in the voice-controlled song-song system described in claim 17, the access module is configured to instantly read an index file stored by the external access device. For example, the voice-controlled song system described in claim 23 of the patent scope may include the music signal such as rhythm, melody, beat, and the like. The voice processing system of the voice control system of claim 17, wherein the external processing module is a processing chip for comparing the received music signal with the indicator file, and The compared results are tagged and transmitted to the user's central processor. The application execution module can be an application execution chip, as described in claim 17 of the voice control system. For example, in the voice-controlled karaoke system described in claim 17, the storage module may be a storage device having a storage function such as a hard disk or a remote hard disk. For example, the voice-controllable song-song system described in claim 17 of the patent application can be an identification chip. The voice recognition module can be a voice recognition chip, and the voice recognition module can be used to receive the voice command and the voice command database and the song data. The library compares to identify the text message of the received voice command. For example, in the voice-controlled song system described in claim 17, the external access device may be a flash drive, a memory card or other device having a storage function. A voice control system operation process, the steps comprising: A. inputting a command signal; B. a client server determining whether the command signal is successfully received, and if step C is successful, step B is performed if not successful C. transmitting a voice command to a remote server; D. The remote server determines whether the voice command is successfully received, if yes, proceed to step E, if otherwise, proceed to step D; E. compare the voice command with a voice command database and a song database; A text message is transmitted to the client server to determine and execute the action of the text message; G. is transmitted to a display module display, and returns to step A. For example, in the operating process of the voice control system of the voice control system described in claim 31, the command signal referred to in step A may be the voice command or a remote control signal. A voice control system operation process, the steps comprising: I. inputting a command signal; II. a client server determines whether the command signal is successfully received, if step III is successfully performed, if step S is successful, step I is performed. ; III. Comparing a voice command with a voice command database and a song database; IV. determining a text message and executing the text message; V. transmitting to a display module display, and returning to step I. For example, in the operating process of the voice control system of the voice control system described in claim 33, the command signal referred to in step I may be the voice command or a remote control signal. A voice control system of the voice control system, the steps comprising: a. starting a song system; b. using a remote control to open a voice command function; c. entering a song home page; d. inputting a voice command Or a remote command; e. determining whether the voice command or the remote command is successfully received, if step d is not successful, if step f is successfully performed; f. determining whether a song is selected, if step g is performed, step h can be performed at the same time If not, go back to step d; g. play the song; h. receive a song command, and proceed to step c.