JPH06149273A - Allocating method for moving picture of karaoke system and karaoke machine for operating the same - Google Patents

Abstract

PURPOSE:To provide the moving picture allocating method and device which handle as many numbers as possible with a relatively small number of series of moving pictures. CONSTITUTION:The number of moving picture series to be recorded in a moving picture data memory 43 provided to a terminal machine is made less than the number of numbers of music data recorded in the music data memory 33 of a data base; and one series of moving pictures is made to correspond to music data on one piece of music which is high in request frequency, but one series of moving pictures is made to correspond to music data on plural pieces of music which are low in request frequency. The number of pieces of music of music data corresponding to one series of moving pictures is made larger for a number which is low in request frequency.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a moving image allocating method in a karaoke system and a karaoke system device for implementing the method.

[0002]

2. Description of the Related Art A so-called karaoke device, in which only an accompaniment such as a song is played and a song is sung according to the accompaniment, has become widespread. It is installed in.

Recently, karaoke has been enjoyed by a wide range of generations, from young to old, and in order to respond to a wide range of requested songs from these users, a large storage device of a central database installed at the head office, Data of many songs used for karaoke, telop data, etc. are recorded, and these data are sent to a karaoke reproducing device (terminal) provided in a plurality of karaoke installed stores through a digital communication line for use by customers. The karaoke system (see Japanese Patent Application No. 2-138332) in which the usage status and the like are recorded in a central database, and further, a plurality of local databases are provided between the central database and the terminal, and a large number of them are provided. A network-type system has been developed that manages the transfer of data to other terminals via local databases. There.

In this case, usually, music data recorded in a memory provided in a database is sent to a terminal for karaoke reproduction through a digital communication line, and the music data is read by the terminal side from the memory provided in the terminal. In combination with the data, the music and the moving image of the requested song are played back.

With such a karaoke system, one piece of software recorded in the central database can be used to access many terminals, new songs can be easily handled, and the usage status of karaoke can be accurately grasped. Small footprint,
There are many advantages such as low initial cost and unlimited number of songs to prepare.

However, the information amount of the image data for one music is much larger than that of the music data, so that the number of music data that can be recorded in the database memory is 3000 to 10000. In contrast,
The number of videos that can be recorded in the memory of the terminal is about 512 to 1024 series, and if the number of music data songs is set to 512 to 1024 songs according to the number of video series, it cannot meet the customer's request, and conversely In order to adjust the number to 3000 to 10000 series in accordance with the number of music data pieces, the moving picture data memory of the terminal must be extremely large in capacity and large in size, which was impossible at a practical cost.

[0007]

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and its object is to deal with as many songs as possible with a relatively small number of moving image series. An object of the present invention is to provide a method of allocating a moving image of a karaoke system to be obtained and a karaoke system device for implementing the method.

[0008]

[Means for Solving the Problems] The above-mentioned object is to make one moving image correspond to one music piece 1: 1 for a music piece having a high request frequency, but to make many moving pictures for a music piece having a low request frequency. The problem can be solved by assigning a song and a movie so that one movie can be made in time for the song.

Specifically, in the method of allocating a moving image in the karaoke system according to the present invention, the music data recorded in the memory provided in the database is sent to the terminal for karaoke reproduction through the digital communication line, and the terminal side operates as described above. A method for allocating a moving image in a karaoke system configured to reproduce music and a moving image of a requested song by combining music data and moving image data read from a memory provided in the terminal, the moving image provided in the terminal. Set the number of movie series to be recorded in the data memory to be less than the number of music data songs recorded in the database music data memory.
The music data of a song is associated with one series of videos, but for songs with a low request frequency, one series of movies is associated with music data of a plurality of songs. It is characterized by increasing the number of songs of music data. It is recommended that the above allocation method be performed by genre of songs such as enka, folk songs, pops, rock, and military songs, and / or by themes of songs such as love, celebration, lyric, hokyo, and inspiration.

The allocating method comprises the following karaoke system device, that is, a database and a large number of karaoke reproducing terminals connected to the karaoke system device. A memory for recording a large number of music data and telop data including data for selecting a predetermined moving picture series is provided, and each terminal has a moving picture data memory recording a large number of moving picture series, and a moving picture reproducing circuit, A music reproduction circuit and a telop reproduction circuit are provided, and music data and telop data including data for selecting a predetermined moving image series according to the music are sent from the database to the terminal side in accordance with the requested music, The terminal side plays back karaoke music based on the sent music data, and also sends it along with the music data. In the karaoke system device configured to reproduce the image series read from the moving image data memory based on the image selection data and display the combined telop character on the karaoke system device, the moving image data memory provided in the terminal device stores the music of the database. A smaller number of movie series than the number of songs in the music data recorded in the data memory is recorded, and the movie selection data to be recorded together with the music data in the music data memory of the database is one song data for the frequently requested song. On the other hand, 1 series of videos are made to correspond, but for songs with low request frequency, 1 series of videos are made to correspond to music data of a plurality of songs, and songs with lower request frequency have the number of songs of music data for 1 series of videos. Karaoke system device characterized by increasing and recording Thus it can be suitably implemented.

Thus, an example of a moving image allocating method in the karaoke system according to the present invention configured as described above,
It is as shown in [Table 1] below when displayed in an easy-to-understand manner. Here, the number of songs recorded in the music data recording memory of the database is 9000, and the number of series of moving images recorded in the moving image data memory of the terminal is 550 series. It is assumed that the song number of the music data is "1", the song number of the song data of the 837th request frequency rank is "837", and the song numbers of the music data are numbered according to the request frequency rank. .

[0012]

[Table 1]

That is, for the songs from the 1st to 50th request ranks (50 songs in total), one song corresponds to one series of moving images, and therefore each song uses its own separate moving image. A total of 50 series of movies are used. Also, for the 51st to 150th requested songs (100 songs in total), 2 videos are associated with 1 series of videos,
Therefore, for every two songs, one series of videos will make do
Use 50 series movies. In addition, the request rank first
For the 51st to 300th songs (150 songs in total),
One series of videos is made to correspond to three songs, so every three songs are made up of one series of videos, and a total of 50 series videos are used. In the same manner, the number of songs for one series of videos is increased as the request rank becomes lower, and the number of request ranks from 6501 to 9000 (total 2500 songs) is 50 songs. Therefore, one series of videos will be supported, so that every 50 songs will be made in time for one series of videos.

Therefore, some examples of this for each music data are as shown in Table 2 below.

[Table 2]

Thus, the genre of the requested song,
That is, the motif of the movie is completely different depending on the genre of the song such as enka, folk song, pop, rock, military song, and the theme of the song such as love, celebration, lyric, hometown, inspiration. It is not desirable to display the video of the above, or to display the image of uplifting battle for the song of broken heart, so the above video allocation method should not be allocated according to the request frequency regardless of the genre of the music. It is recommended to classify the songs by genre and theme, and allocate the song data in each genre or theme such that the request frequency is low so that the number of songs of the music data for one series of moving images is increased.

[0016] Also, some songs having the same request frequency may overlap, or the video contents of a moving image series assigned to a certain song according to the request frequency may not be suitable for the song. Therefore, the allocations shown in [Table 1] and [Table 2] above are merely principles, and a certain degree of rearrangement or modification can be permitted depending on the individual situation.

[0017]

With the above-mentioned structure, since the moving picture is different for each song group (the top 50 songs in the above example) that are requested most frequently and are frequently played, the variety of songs is varied and I never get tired of it, and there are rare occasions to play songs with few requests, so even if I make the same video for several songs,
There are no complaints from customers, so a relatively small number of video series can handle 10 times as many songs, and it is practical enough to use a large-capacity, high-priced video data memory for terminals. Karaoke system can be provided.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The structure of the present invention will be specifically described below with reference to the drawings. FIG. 1 is an explanatory view showing an overall installation state of an embodiment of a karaoke system device for carrying out a moving image allocating method according to the present invention, and FIG. 2 is a circuit of a central database of the karaoke system device shown in FIG. FIG. 3 is a block diagram showing a configuration, FIG. 3 is a block diagram showing a circuit configuration of a local database of the karaoke system device shown in FIG. 1, and FIG. 4 is a circuit configuration of a terminal (karaoke reproducing device) of the karaoke system device shown in FIG. It is a block diagram showing.

The karaoke system according to the present invention, as shown in FIG. 1, has one central database A installed at a head office in Tokyo and a plurality of local databases B ₁ to B installed in each local city. ₆ are connected to each other by a digital communication line such as ISDN, and each of the local databases B ₁ to B ₆ and terminals C ₁ to C ₈ installed in a large number of karaoke shops (in FIG. 1, the drawing is complicated). In order to prevent it, only B ₁ is shown.) Is connected with a digital communication line such as ISDN.

In the present specification, the term "digital communication line" refers to an integrated network that comprehensively carries out various services such as communication between computers, facsimile and videotex by transmitting digital signals. ISDN (Integrated Service Digital Netw
ork), INS (Information Network System), D
It refers to DX (Digital Data Exchange) and the like.

As shown in FIG. 2, the central database A has a large hard disk storage device 20, a host computer 21, a digital line interface 22, and a CPU.
23, buffer RAM 24, printer 25, etc., and each of the local databases B ₁ to B ₆ etc.
As shown in FIG. 3, a CPU 30, digital line interfaces 31 and 35, buffer RAMs 32 and 36, a memory 33 for recording music data / moving image selection data / telop data, a memory 34 for request frequency recording, a printer 37, etc. Each of the machines C ₁ to C ₈ etc. has a CPU 40 and a digital line interface as shown in FIG.
41, RAM 42 for recording music data / moving image selection data / telop data, moving image data memory 43, music selection device 44, I / O
Circuit 45, video playback circuit 46, music playback device 47, telop playback circuit 48, synthesis circuit 49, display device 50, speaker
51, etc.

In the large-scale hard disk storage device 20 of the central database A, music data and telop data of many songs used for karaoke are recorded, and moving images corresponding to the songs are allocated according to the above-mentioned allocation method according to the present invention. The determined moving picture selection data is recorded, and these are recorded through the digital communication line to the music data / moving picture selection data / telop data recording memory 33 of the local databases B ₁ to B _6.
The data such as the usage status of the terminal recorded in each local database is recorded and managed.

On the other hand, each of the local databases B ₁ to B ₆ detects the number of the requested song in accordance with the calling signal sent from the terminals C ₁ to C ₈ through the digital communication line, and based on this, The required data is called from the music data / moving image selection data / telop data recording memory 33 and transferred to the terminals C ₁ to C ₈ .

The terminals C ₁ to C ₈ have the music selection device 44.
When the request number of a desired song is selected by operating, the request number is automatically called by calling a predetermined local database B ₁ to B ₆ , and the music data, the moving image selection data and the extracted music data are extracted based on the request number. The telop data is received, this music data is reproduced by the music reproducing circuit 47 to play the accompaniment music, and it is assigned from the moving picture data memory 43 according to the method of the present invention based on the moving picture selection data sent together with the music data. Read the video series data corresponding to the music data,
The moving picture reproducing circuit 46 reproduces the received telop data, the telop reproducing circuit 48 reproduces the received telop data, and the synthesizing circuit 49 synthesizes the two to display on the display device 50.

First, the central database A provided in the center will be described with reference to FIG. The central database is a large hard disk storage device 20, host computer 21, digital line interface 22, CPU
23, buffer RAM 24, printer 25, common data bus 26
Comprised of and, digital line interface 22, CPU
23, buffer RAM 24, local database B ₁
Through B ₆ are provided for each digital communication line.

In the large-sized hard disk storage device 20, first, music data of many songs used for karaoke, telop data, and data for selecting a moving image corresponding to the songs are recorded. That is, the above [Table-1] and [Table-
According to the example shown in [2], for example, the request frequency rank N
For the song o.759, the music data for playing the accompaniment of the song, the telop data for displaying the lyrics of the song, and the video series No.251 selected according to the request frequency are provided. Data to be used and recorded. Similarly, for example, the music data, the telop data, and the data indicating that the movie series No.549 should be used are recorded for the music of the request frequency rank No.8949, and the same data is recorded for all the music. Is recorded.

In addition, each time a new song for karaoke is announced, these new songs are incorporated, so that music data, moving image selection data, and telop data for these new songs are additionally recorded in the large hard disk storage device 20 on a regular basis. It is like this. Furthermore, since it is necessary to change the moving image corresponding to each song in accordance with the change in the request frequency of each song with the passage of time, such moving image selection data is rewritten regularly. The large hard disk storage device 20 is further adapted to record the usage status of the terminal, request information, etc. sent through the local databases B ₁ to B ₆ .

The host computer 21 controls the input / output of various data to / from the large hard disk storage device 20. The host computer 21 takes out necessary data from the large hard disk storage device 20 in response to a command from the CPU 23 and outputs CP.
It has a function of transferring to the local databases B ₁ to B ₆ via U23 and recording the data such as the usage status of the terminal and request information sent through each local database in the large hard disk storage device 20. .

The interface 22 is provided corresponding to each digital communication line such as ISDN connected to the local databases B ₁ to B ₆ , and controls the automatic incoming call from the digital communication line and the automatic transfer of data. It is like this.

The CPU 23 controls the interface 22 to perform automatic transmission and reception, and periodically, for example, once a day, retrieves necessary data from the large hard disk storage device 20 and stores it in the local databases B ₁ to B ₆ . These transferred data are transferred to the buffer RAM 24 for transfer.
Store at.

The buffer RAM 24 temporarily stores the music data, the moving image selection data, the telop data, etc. extracted from the large-sized hard disk storage device 20 as described above, and the interface 22 stores the data in response to a command from the CPU 23. To the digital communication line leading to the local database B ₁ via.

The common data bus 26 is a host computer.
Since 21 is shared by a large number of digital communication lines (usually 20 to 100 lines), it is necessary to control the transfer of data between a plurality of CPUs 23 provided for each digital communication line and one host computer 21. Has become.

The printer 25 is connected to the host computer 21 and is used to print out the usage status of the local database and the terminal, the request frequency, etc. as necessary.

Next, the local databases B ₁ , B ₂ , B ₃ etc. installed in major local cities will be described with reference to FIG. Since each of the local databases B ₁ , B ₂ , B _3, etc. has the same structure, only one of them, B _1, will be explained here.

The local database B ₁ includes a CPU 30, digital line interfaces 31 and 35, and a buffer RAM 32.
And 36, music data / moving picture selection data / telop data recording memory 33, request frequency recording memory 34, printer 37, etc., and digital line interface 35 and buffer RAM 36 are connected to terminals C ₁ to C ₈ . It is provided for each digital communication line. The local database B ₁ is, as described above, the terminal device C.
The number of the requested song is detected according to the calling signal sent from ₁ to C ₈ etc. through the digital communication line, and the required data is called from the music data / moving picture selection data / telop data recording memory 33 based on this. And has a role of transferring to the terminals C ₁ to C ₈ . The recorded contents of the music data / moving image selection data / telop data recording memory 33 are rewritten by the data sent from the central database A each time a new song is additionally registered in the large-sized hard disk storage device 20 of the central database A.

The CPU 30 records the data sent from the central database A in the memory 33 for recording music data / moving image selection data / telop data via the buffer RAM 32, and in response to a request from the terminals C ₁ to C _8. In response to this, it centrally controls the work of sending the data read from the music data / moving image selection data / telop data recording memory 33 to the terminal.

The digital line interface 31 sends the music data, the moving picture selection data and the telop data sent from the central database A to the music data / moving picture selection data / telop data recording memory 33 via the buffer RAM 32 for recording. . The recorded contents of this memory 33 are
As described above, each time a new song or the like is registered in the large-sized hard disk storage device 20 of the central database A, or the request frequency rank changes, it is rewritten based on it, so that the demand of customers can be promptly met.

The digital line interface 35 is provided corresponding to each digital communication line such as ISDN connected to the terminals C ₁ to C ₈ , and controls the automatic incoming call from the digital communication line and the automatic data transfer. It is designed to be controlled.

The buffer RAM 36 is a memory for recording music data / moving image selection data / telop data as described above.
The music data, the moving image selection data, the telop data, and the like extracted from 33 are temporarily stored, and these data are sent to the digital communication line communicating with the terminal C ₁ through the interface 35 according to the instruction from the CPU 30.

The request frequency recording memory 34 records the number of songs and the number of requests each time a request is made from the terminals C ₁ to C _8, and the data recorded therein is periodically sent to the central database A. Based on the aggregated data, the allocation of the song and the corresponding video series is determined according to the request frequency based on the aggregated data.

The printer 37 is connected to the CPU 30 and is used to print out the usage status of each terminal, request information and the like as needed.

Next, the terminals C ₁ , C ₂ , C ₃ etc. installed in each karaoke utilizing installation store will be described with reference to FIG. Since each of the terminals C ₁ , C ₂ , C _3, etc. has the same configuration, only the terminal C ₁ will be described here.

The terminal C ₁ includes a CPU 40, a digital line interface 41, a music data / moving picture selection data / telop data recording RAM 42, a moving picture data memory 43, a music selecting device 44, an I / O circuit 45, a moving picture reproducing circuit 46, and music. Playback device
47, a telop reproduction circuit 48, a synthesizing circuit 49, a display device 50, a speaker 51, etc., and as described above,
When the request number of a desired song is selected by operating the song selecting device 44, a predetermined local database B _{1 is} automatically selected.
To B ₆ to send a request number, receive the music data, the moving image selection data and the telop data extracted based on the request number, and reproduce the music data by the music reproduction circuit 47 to play the accompaniment music. At the same time, based on the moving picture selection data sent together with the music data, the moving picture series data corresponding to the music data assigned according to the method of the present invention is read from the moving picture data memory 43, and is reproduced by the moving picture reproducing circuit 46. , The received telop data is reproduced by the telop reproduction circuit 48, and both are combined by the combining circuit 49 to display the display device 50.
It has the function of displaying.

The CPU 40 includes a CPU body 401, a program ROM 402, a program RAM 403, and a work RAM 404.
The music selection device 44 comprises a CPU 40 via an I / O circuit 45.
It is connected to the. The CPU 40 plays a role of controlling the operation of the entire terminal, and its main functions are communication-related control, music reproduction control, telop reproduction display control, video reproduction control, request reception and display control, and so on. Is.

The digital line interface 41 is for controlling the transmission and reception to and from connected to local database B ₁ digital communication lines, outgoing and local database B telephone number to call the local database B ₁
Receives data sent from ₁ .

The buffer RAM 42 for recording music data / moving image selection data / telop data is a local database B ₁
Music data sent from a digital communication line,
The moving image selection data and the telop data are temporarily stored, and when the data reaches a certain amount, this is transferred to the CPU 40.

The moving picture data memory 43, as described above, includes a moving picture series that corresponds to the requested song in a ratio of 1: 1 and a moving picture series that can correspond to a plurality of songs, such as enka, folk songs, pops, rock, military songs, or , Romance, celebration, lyrical, hobo, inspiration, etc. It consists of a laser disc etc. that records data of many movie series by genre and theme (550 series in the example shown in Tables 1 and 2 above). ,
Based on the moving image selection data provided from the buffer RAM 42 via the CPU 40, the moving image data corresponding to the requested song is supplied.

The music selection device 44 is a device for the user to input a desired karaoke request number.
The request number input to the work RAM 404 of the CPU 40 via the O circuit 45 is sent to the local database B ₁ via the interface 41 by the digital communication line. The music selection device 13 and the CPU 10 may be connected by a cable, but the music selection device 13 may be used as a remote control device to send a music selection signal in a wireless format.

The moving image reproducing circuit 46 reproduces the image data of the moving image series which is read from the moving image data memory 43 according to the requested song and transferred through the CPU 40.

The music reproducing circuit 47 similarly decodes the music data transferred via the CPU 40, and the speaker 51
Is converted into an audio signal which can be reproduced.

The telop reproduction circuit 48 similarly decodes the telop data transferred via the CPU 40 and converts it into a signal that can be displayed by the display device 50, and at the same time, determines the position of the lyrics to be sung according to the progress of the song. The color change of the telop is controlled so as to be displayed according to the color change of the telop, and the output data thereof is sent to the synthesizing circuit 49, is synthesized with the video signal and is displayed on the display device 50.

Next, the operation of the karaoke system according to the present invention configured as described above will be described. When the user inputs a desired karaoke request number using the music selection device 44 of the terminal C ₁ installed in the karaoke use installation store, the signal is input to the CPU 40 via the I / O circuit 45. In that case, the interface 41 is a CPU
Based on a command from the 40, while transmitting the telephone number to call the local database B _1, and sends it to the local database B ₁ the request number through a digital communication line at the stage of completion of making the reception readiness of the counterpart.

The request number is sent to the CPU 30 via the interface 35 of the local database B ₁ . In that case, the CPU 30 reads the music data, the moving image selection data and the telop data from the music data / moving image selection data / telop data recording memory 33 according to the request number. That is, when the requested song is, for example, the song with the song number No.759 in the examples shown in [Table-1] and [Table-2], the music for playing the accompaniment of the song. The data, the telop data for displaying the lyrics of the song, and the data indicating that the moving image series No.251 corresponding to the song number No.759 should be used are read out. Similarly, for example, the song number No. For the 8949 tune, the music data, telop data, and data indicating that the moving image series No. 549 should be used are read. These data are stored in the CPU
It is sent to the buffer RAM 36 through 30 and the buffer RAM
When the data reaches a certain amount, 36 sends the karaoke data to the terminal C ₁ through the interface 35 and the digital communication line.

As described above, when the data of the desired song is brought to the terminal C ₁ side through the digital communication line, the input data is temporarily stored in the music data / moving picture selection data / telop data recording buffer RAM 42. Will be stored in. Of these data, the CPU 40 sends the music data to the music reproduction circuit 47 and the telop data to the telop reproduction circuit 48. Also, the moving image selection data is sent to the moving image data memory 43, the image data of the moving image series No.251 corresponding to the above-mentioned song number No.759 is read, and this is sent to the moving image reproducing circuit 46.

In such a case, the moving picture reproducing circuit 46 decodes the video data of the moving picture series No. 251 and converts it into a signal which can be displayed by the display device 50, and this synthesizer circuit.
Send to 49. The music reproducing circuit 47 decodes the music data of the music number No. 759 and converts it into an audio signal which can be reproduced by the speaker 51. Similarly, the telop reproduction circuit 48 decodes the telop data corresponding to the track number No. 759 and converts it into a signal that can be displayed by the display device 50, and at the same time, displays the position of the lyrics to be sung according to the progress of the song. A signal for controlling the change of the color is displayed so as to be displayed according to the change of, and this is sent to the synthesis circuit 49. As a result, in the synthesizing circuit 49, the video signal of the video series No.251 and the telop signal of the track number No.759 are combined, and these are displayed by the display device 50, and at the same time, the speaker 51 requests the track number No.759. Karaoke music will be played.

In the above embodiment, the database is described as having a two-stage structure of the central database A and the local databases B ₁ to B ₆ .
The database in the karaoke system according to the present invention may be a one-stage database having the functions of a central database and a local database.

[0057]

Since the present invention is configured as described above, according to the present invention, since the moving image is different for each song for the song group that is requested most and is frequently played, there is a wide variety of changes. For those songs with few requests, I never get tired of, and I rarely have the chance to play them. It is possible to provide a sufficiently practical karaoke system without using a large-capacity, high-priced video data memory of the terminal, which can support several ten times the number of songs in a very small number of video series.

It should be noted that the present invention is not limited to the above-described embodiments, but includes all modified embodiments that can be easily conceived by those skilled in the art from the above description within the scope of the object thereof. .

[Brief description of drawings]

FIG. 1 is an explanatory diagram showing an overall installation state of an embodiment of a karaoke system device for implementing a moving image allocation method according to the present invention.

FIG. 2 is a block diagram showing a circuit configuration of a central database of the karaoke system device shown in FIG.

3 is a block diagram showing a circuit configuration of a local database of the karaoke system device shown in FIG.

4 is a block diagram showing a circuit configuration of a terminal of the karaoke system device shown in FIG.

[Explanation of symbols]

A Central database B _{1 to} B ₆ Local database C _{1 to} C ₈ Terminal 20 Large hard disk storage 21 Host computer 22 Digital line interface 23 CPU 24 Buffer RAM 25 Printer 26 Common data bus 30 CPU 31 Digital line interface 32 Buffer RAM 33 Music data / video selection data / telop data recording memory 34 Request frequency recording memory 35 Digital line interface 36 Buffer RAM 37 Printer 40 CPU 401 CPU body 402 Program ROM 403 Program RAM 404 Work RAM 41 Digital line interface 42 Music data / video Buffer RAM 43 for recording selected data / telop data 43 Video data memory 44 Music selection device 45 I / O circuit 46 Video playback circuit 47 Music playback circuit 48 Telop playback circuit 49 Composition circuit 5 0 Display device 51 Speaker

Claims (3)

[Claims] 1. A memory (3) provided in a database (B ₁ ).
The music data recorded in 3) is sent to the terminals (C _{1 to} C ₈ ) for karaoke reproduction through a digital communication line, and the music data and moving picture data read from the memory (43) provided in the terminal on the terminal side. In the method of allocating video in the karaoke system configured to play the music and the video of the requested song, the number of video series to be recorded in the video data memory (43) provided in the terminal is set. , The number of songs in the music data memory (33) of the database is less than the number of songs, and for songs with a high request frequency, one series of video data is associated with one song of music data, but the request frequency is low. Regarding songs, 1 series of videos are made to correspond to music data of multiple songs, and songs with lower request frequency have 1 series A method of allocating a moving image in a karaoke system, characterized in that the number of songs of music data for the moving image is increased. [Claim 2] One song with a high request frequency by genre of songs such as enka, folk songs, pops, rock, and military songs, and / or by themes of songs such as love, celebration, lyric, hokyo, and inspiration The music data of 1 series is made to correspond to the music data of 1 series, but the music data of a low request frequency makes the music data of 1 series correspond to the music data of a plurality of songs. The method of allocating a moving image in a karaoke system according to claim 1, wherein the number of data songs is increased. 3. A database (B ₁ ) and a plurality of karaoke reproducing terminals (C _{1 to} C ₈ ) connected to the database (B ₁ ) through a digital communication line, wherein the database (B ₁ ) contains music pieces. A memory (33) for recording a large number of music data and telop data including data for selecting a predetermined movie series according to the above is provided, and each of the terminals (C _{1 to} C ₈ ) has a large number of movie series. Is provided with a moving picture data memory (43), a moving picture reproducing circuit (46), a music reproducing circuit (47), and a telop reproducing circuit (48), which are stored in the database (B ₁ ) according to the requested song. terminal to (C ₁₎ side sends the music data and the subtitle data including data for selecting a video series which is predetermined according to the music, mosquitoes by the music data transmitted in the terminal (C ₁₎ side A karaoke system configured to reproduce the orchestral music, reproduce the image series read from the moving picture data memory (43) based on the moving picture selection data transmitted together with the music data, and synthesize and display the telop character on the reproduced series. In the device, the moving picture data memory (43) provided in the terminal stores a smaller number of moving picture series than the number of songs of the music data recorded in the music data memory (33) of the database, and the music data memory of the database stores music. As the moving picture selection data to be recorded together with the data, one series of moving pictures is associated with one music data for a song with a high request frequency, but one series with respect to a plurality of music data for a song with a low request frequency. Correspond to the series videos, the less frequently requested songs become one series videos The above karaoke system apparatus characterized by recording by increasing the number of tracks of the music data to be.