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JP2011193067

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DESCRIPTION JP2011193067
PROBLEM TO BE SOLVED: To make it possible to select from among a plurality of frequency
characteristic types when converting an input voice to an electric signal in a karaoke
microphone, and to select an arbitrary frequency characteristic type, a tone frequency assigned
to the frequency characteristic type Enables to transmit a tone signal from the karaoke
microphone to the microphone receiver. SOLUTION: A frequency characteristic type specifying
means 101 for specifying one frequency characteristic type out of a plurality of frequency
characteristic types based on a predetermined condition, and a tone frequency channel assigned
to the specified frequency characteristic type The first tone frequency channel setting means 102
set to the microphone 23 and the second tone frequency channel setting means 106 set the same
tone frequency channel as that set to the karaoke microphone 23 to the microphone receiver 24
are provided. [Selected figure] Figure 2
カラオケマイクシステム
[0001]
The present invention is a karaoke microphone capable of transmitting a tone signal from a
karaoke microphone to a microphone receiver on a tone frequency channel assigned in advance
to a frequency characteristic when converting an input voice in the karaoke microphone into an
electrical signal. It is about the system.
[0002]
When singing karaoke using a karaoke performance device, it is known that the impression of
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1
singing and the atmosphere when mixed with performance are different according to the
frequency characteristics when converting the input voice in the karaoke microphone to an
electric signal. ing.
Karaoke microphones have unique frequency characteristics by manufacturer and type, and each
has different sensitivities between bass and treble. A technique for providing a comfortable
acoustic space to the user according to such frequency characteristics is disclosed (see, for
example, Patent Document 1).
[0003]
Moreover, in the karaoke system, for the purpose of preventing interference of the wireless
microphone, for the purpose of selectively extracting only singing voice from the karaoke
microphone corresponding to a specific carrier frequency band or blocking noise. , Tone squelch
mechanism is provided.
[0004]
The tone squelch mechanism superimposes a continuous single frequency AF signal (tone) on the
modulation signal of singing voice input to the karaoke microphone and transmits it, and the
microphone receiver side transmits a band from the output of the demodulator. By selectively
extracting the tone signal by the pass filter, if the tone signal is not received, the semiconductor
switch or relay is used to shut off the power supply of the AF amplifier by cutting off somewhere
in the section from the demodulator to the speaker. It is made silent (see, for example, Patent
Document 2).
[0005]
JP 2008-224816 A JP JP 2004-128566 A
[0006]
By the way, the frequency band of the tone signal is set to a frequency band different from that
of the singing voice corresponding to the frequency characteristic at the time of converting the
input voice in the karaoke microphone to an electric signal. When the tone signal is
superimposed, this tone signal may affect the reproduction of the singing voice.
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2
Therefore, when the tone signal is to be superimposed on the modulation signal of singing voice,
it is necessary to use the tone signal of the frequency band suitable for the frequency
characteristic when converting the input voice in the karaoke microphone to be used into the
electric signal. There is, however, no such technology currently being developed.
[0007]
The present invention has been proposed in view of the above-described circumstances, and it is
possible to select from among a plurality of frequency characteristic types when converting an
input voice in a karaoke microphone into an electrical signal, and to select an arbitrary frequency
characteristic type. An object of the present invention is to provide a karaoke microphone system
capable of transmitting a tone signal from a karaoke microphone to a microphone receiver at a
tone frequency assigned to the frequency characteristic type.
[0008]
The karaoke microphone system of the present invention has the following features in order to
achieve the above-mentioned object.
That is, the karaoke microphone system according to the present invention can select from
among a plurality of frequency characteristic types when converting the input voice in the
karaoke microphone into an electrical signal, and when an arbitrary frequency characteristic type
is selected, the frequency characteristic type A karaoke microphone system for transmitting a
tone signal from the karaoke microphone to the microphone receiver at the tone frequency
assigned to the frequency band, the frequency characteristic type specifying means and the tone
frequency channel set for the karaoke microphone And a second tone frequency channel setting
means for setting a tone frequency channel to the microphone receiver.
[0009]
Here, the frequency characteristic type specifying unit is a unit for specifying one frequency
characteristic type from among a plurality of frequency characteristic types based on a
predetermined condition.
The first tone frequency channel setting means refers to a tone frequency channel management
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table formed by managing tone frequency channels corresponding to different tone frequencies
assigned to each of a plurality of frequency feature types, and identifies the identified frequency
feature type. And a means for setting a tone frequency channel for transmitting a tone signal
from the karaoke microphone to the microphone receiver to the karaoke microphone.
The second tone frequency channel setting means is a means for setting the same tone frequency
channel as the tone frequency channel set by the first tone frequency channel setting means in
the microphone receiver.
[0010]
In the karaoke microphone system which consists of such a configuration, the frequency
characteristic type at the time of converting the input voice in a karaoke microphone into an
electric signal can be selected from plural. Then, the function of the frequency characteristic type
specifying means specifies a user's preference and a frequency characteristic type suitable for
each music or each genre of music. The frequency characteristic type that can be specified is, for
example, a frequency characteristic emphasizing the bass and treble, a frequency characteristic
emphasizing only the treble, and a flat frequency characteristic from the bass to the treble.
[0011]
The relationship between frequency characteristics and tone frequency channels is managed by a
tone frequency channel management table. Then, the tone frequency channel corresponding to
the specified frequency characteristic type is grasped by referring to the tone frequency channel
management table by the function of the first tone frequency channel setting means, and this
tone frequency channel is set as the karaoke microphone. . The tone signal is a signal to be
superimposed on a modulation signal of singing voice in order to exert a tone squelch function.
[0012]
Further, the tone frequency channel same as the tone frequency channel set in the karaoke
microphone is set as the tone frequency channel used by the microphone receiver by the
function of the second tone frequency channel setting means.
[0013]
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Further, in addition to the configuration described above, it is possible to further include
frequency characteristic type selection means.
Here, the frequency characteristic type selection means is configured by correlating the
frequency characteristic management table storing a plurality of frequency characteristic types,
the user ID set for each user, and the frequency characteristic type desired by the user. It is
possible to configure as a means for selecting the frequency characteristic type corresponding to
the user ID of the user who is currently logged in to the system with reference to the userspecific frequency characteristic type management table.
[0014]
Further, the frequency characteristic type selection means is configured by associating a
frequency characteristic management table storing a plurality of frequency characteristic types, a
music ID set for each karaoke song, and a frequency characteristic type assigned to the karaoke
song. It is possible to configure as a means for selecting the frequency characteristic type
corresponding to the music ID of the karaoke music piece to be played with reference to the
music-specific frequency characteristic type management table.
[0015]
Furthermore, the frequency characteristic type selection means is configured by associating a
frequency characteristic management table storing a plurality of frequency characteristic types,
and a music genre ID indicating a genre of karaoke music with the frequency characteristic type
assigned to the music genre. It is possible to configure as means for selecting the frequency
characteristic type corresponding to the music genre ID of the karaoke music piece to be played
with reference to the genre-specific frequency characteristic type management table.
[0016]
When the frequency characteristic type specifying unit is further provided, the frequency
characteristic selecting unit selects the frequency characteristic based on the frequency
characteristic specified by the frequency characteristic type specifying unit.
[0017]
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In the karaoke microphone system having such a configuration, the frequency characteristic set
according to the user's request, the frequency characteristic set as suitable for each karaoke
music, and the music by the function of the frequency characteristic type selection means The
frequency characteristic set as suitable for each genre is selected.
Then, the selected frequency characteristic type is specified as the frequency characteristic type
used by the karaoke microphone by the frequency characteristic type specifying means.
[0018]
In the karaoke microphone system of the present invention, it is possible to select from among a
plurality of frequency characteristics when converting an input voice in the karaoke microphone
into an electric signal.
Then, when an arbitrary frequency characteristic is selected, a tone signal is transmitted from the
karaoke microphone to the microphone receiver using the tone frequency channel assigned as
appropriate for the frequency characteristic.
For this reason, even if it is a modulation signal of singing voice based on any frequency
characteristic, a tone signal does not affect reproduction of singing voice, and it becomes possible
to enjoy karaoke singing comfortably.
[0019]
Furthermore, the karaoke microphone system of the present invention can automatically select
and set the frequency characteristic type suitable for the user's preference and for each song or
genre of the song without bothering the user. Furthermore, it becomes possible to enjoy karaoke
singing comfortably.
[0020]
FIG. 1 is a block diagram showing a configuration of a karaoke performance apparatus to which a
karaoke microphone system according to an embodiment of the present invention is applied.
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FIG. 1 is a block diagram showing a schematic configuration of a karaoke microphone system
according to an embodiment of the present invention. Explanatory drawing which shows a
structure of the frequency characteristic type management table classified by user. Explanatory
drawing which shows a structure of the frequency characteristic type management table
according to music. Explanatory drawing which shows a structure of the frequency characteristic
type management table classified by genre.
[0021]
<Karaoke Microphone System> Hereinafter, an embodiment of a karaoke microphone system of
the present invention will be described with reference to the drawings. FIG. 1 is a block diagram
showing a configuration of a karaoke performance apparatus to which a karaoke microphone
system according to an embodiment of the present invention is applied, and FIG. 2 is a block
diagram showing a schematic configuration of a karaoke microphone system according to an
embodiment of the present invention. 3 to 5 are explanatory diagrams showing the configuration
of the frequency characteristic type management table, FIG. 3 is the configuration of the userspecific frequency characteristic type management table, and FIG. 4 is the configuration of the
music-specific frequency characteristic type management table, 5 shows the configuration of the
genre specific frequency characteristic type management table.
[0022]
The karaoke microphone system 100 according to the embodiment of the present invention is a
system including a karaoke microphone 23, a microphone receiver 24, and a karaoke body 21 as
shown in FIG. Means 101, first tone frequency channel setting means 102, tone frequency
channel management table 103, and second tone frequency channel setting means 106 are
provided. Further, in addition to these main components, the configuration may be such that
frequency characteristic type selection means 107, frequency characteristic management table
108, and frequency characteristic type management table 109 are provided. The frequency
characteristic type management table 109 includes a user-specific frequency characteristic type
management table, a music-specific frequency characteristic type management table, and a
genre-specific frequency characteristic type management table. Furthermore, in the present
embodiment, the frequency channel identification signal transmission unit 104, the frequency
channel identification signal reception unit 105, the frequency characteristic type identification
signal transmission unit 110, and the frequency characteristic type identification signal reception
unit 111 are provided as additional components. There is.
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[0023]
These means and tables may be incorporated in the karaoke microphone 23, the microphone
receiver 24, the karaoke body 21, or may be configured as a separate device from these devices.
These means and tables are constituted by a computer system having functions such as CPU,
ROM, RAM, etc. For example, the part functioning as the CPU operates according to the program
stored in the part functioning as the ROM. Functions of each means are exhibited. Each table can
be stored in a portion functioning as a ROM or storage means such as an HDD.
[0024]
<Frequency Characteristic Type Specifying Means> The frequency characteristic type specifying
means 101 is a program for specifying one frequency characteristic type out of a plurality of
frequency characteristic types based on a predetermined condition. The specification of the
frequency characteristic in the frequency characteristic type specifying unit 101 may be
performed based on the setting of the karaoke shop clerk or the service personnel, or the setting
of the user, or the frequency characteristic type selecting unit 107 as described in detail later. It
may be performed based on the selection of the frequency characteristic type by. The frequency
characteristics to be identified are, for example, frequency characteristics emphasizing the bass
region and the treble region, frequency characteristics emphasizing only the treble region, and
flat frequency characteristics from the bass region to the treble region. The frequency
characteristic type specified by the frequency characteristic type specifying unit 101 is reflected
in the setting of the tone frequency channel in the first tone frequency channel setting unit 102
and the second tone frequency channel setting unit 106.
[0025]
<First Tone Frequency Channel Setting Means> The first tone frequency channel setting means
102 manages a tone frequency channel management table formed by managing tone frequency
channels corresponding to different tone frequencies assigned to each of a plurality of frequency
characteristic types. Referring to 103, on the basis of the frequency characteristic type specified
by the frequency characteristic type specifying means 101, a tone frequency channel for
transmitting a tone signal from the karaoke microphone 23 to the microphone receiver 24 is set
to the karaoke microphone 23. It consists of a program for That is, in the karaoke microphone
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system 100 of the present embodiment, the frequency characteristic type when converting the
input voice in the karaoke microphone 23 into an electric signal can be selected from a plurality
of types, and the function of the frequency characteristic type specifying means 101 When the
user's preference and the frequency characteristic type suitable for each music or genre of music
are specified, the tone frequency channel corresponding to the specified frequency characteristic
type is set in the karaoke microphone 23 and the microphone receiver 24. Ru. The first tone
frequency channel setting means 102 in the present embodiment is a function incorporated in
the karaoke microphone 23, and the tone frequency channel is set to the karaoke microphone 23
by the function of the first tone frequency channel setting means 102. It is set.
[0026]
<Tone Frequency Channel Management Table> As shown in FIG. 2, the tone frequency channel
management table 103 is a table in which the type of the frequency characteristic type and the
tone frequency channel used for transmission and reception of the tone signal are linked. In this
embodiment, the tone frequency to which the tone frequency channel 1 , the tone frequency
channel 2 , and the tone frequency channel 3 are applied to the type characteristics of
type A, type B, and type C frequency characteristics, respectively. It is set as a channel. The tone
frequency channel is appropriately set according to the karaoke microphone 23 to be used and
the frequency characteristic to be selected, but for example, in the case of a UHF wireless
microphone capable of setting the transmission frequency of 806.125 to 809.750 MHz, 30. An
appropriate tone frequency channel is set among the frequencies of -40 KHz. The tone frequency
channel management table 103 is stored, for example, in a ROM (not shown) built in the karaoke
microphone 23.
[0027]
<Second Tone Frequency Channel Setting Means> The second tone frequency channel setting
means 106 sets the same tone frequency channel as the tone frequency channel set by the first
tone frequency channel setting means 102 to the microphone receiver 24. Consists of a program
to The second tone frequency channel setting means 106 in the present embodiment is a
function incorporated in the microphone receiver 24, and the function of the second tone
frequency channel setting means 106 causes the microphone receiver 24 to receive the first tone
frequency channel setting means 106. The same tone frequency channel as the tone frequency
channel set in the frequency channel is set. Thereby, transmission and reception of tone signals
can be performed between the karaoke microphone 23 and the microphone receiver 24 using
the same tone frequency channel.
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[0028]
<Frequency Channel Identification Signal Transmission Means / Frequency Channel
Identification Signal Reception Means> The frequency channel identification signal transmission
means 104 sets the tone frequency channel set by the first tone frequency channel setting means
102 to the second tone frequency channel setting means. It consists of a program and apparatus
for transmitting an identification signal for making the 106 recognize. On the other hand, the
frequency channel identification signal receiving means 105 comprises a program and
equipment for receiving the identification signal transmitted from the frequency channel
identification signal transmitting means 104. Communication between the two may be wireless
communication or wired communication. In the present embodiment, the frequency channel
identification signal transmission unit 104 is a function incorporated in the karaoke microphone
23, and the frequency channel identification signal reception unit 105 is a function incorporated
in the microphone receiver 24.
[0029]
<Frequency Characteristic Type Selection Means> The frequency characteristic type selection
means 107 is a program for selecting a predetermined frequency characteristic with reference to
the frequency characteristic management table 108 and the frequency characteristic type
management table 109. In the present embodiment, the frequency characteristic type
management table 109 includes at least one of a user-specific frequency characteristic type
management table, a music-specific frequency characteristic type management table, and a
genre-specific frequency characteristic type management table. Here, two or more frequency
characteristic type management tables 109 are provided, and in the case where the frequency
characteristic types to be identified conflict, it is set in advance which frequency characteristic
type management table 109 is to be prioritized.
[0030]
When the frequency characteristic type selection means 107 is provided, the frequency
characteristic type identification signal transmission means for transmitting / receiving the
frequency characteristic type identification signal in order to make the frequency characteristic
type specification means 101 recognize the selected frequency characteristic type. 110 and
frequency characteristic type identification signal receiving means 111 are provided.
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[0031]
<Frequency Characteristic Management Table> The frequency characteristic management table
108 is, as shown in FIG. 2, a table formed by correlating the aspect of the frequency
characteristic with its type type, and is stored, for example, in the HDD 34 of the karaoke body
21. (See Figure 1).
In this embodiment, A type in which both the bass and treble are emphasized, B type in which
only the treble is emphasized, and flat C type ranging from the bass to the treble are set as
identifiable frequency characteristics. ing.
[0032]
<Frequency Characteristic Type Identification Signal Transmission Means / Frequency
Characteristic Type Identification Signal Reception Means> The frequency characteristic type
identification signal transmission means 110 causes the frequency characteristic type
specification means 101 to recognize the frequency identification type selected by the frequency
characteristic type selection means 107. And a program for transmitting an identification signal.
On the other hand, the frequency characteristic type identification signal receiving means 111
comprises a program and equipment for receiving the identification signal transmitted from the
frequency characteristic type identification signal transmitting means 110. Communication
between the two may be wireless communication or wired communication. In the present
embodiment, the frequency characteristic type identification signal transmission means 110 is a
function incorporated in the karaoke body 21, and the frequency characteristic type
identification signal reception means 111 is a function incorporated in the karaoke microphone
23.
[0033]
<User-specific frequency characteristic type management table> The user-specific frequency
characteristic type management table is, as shown in FIG. 3, a user ID who has logged in to the
system and a frequency characteristic type selected by the user having the user ID. And a table
that is configured by linking
[0034]
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When the frequency characteristic type management table for each user is provided as the
frequency characteristic type management table 109, the frequency characteristic type selection
unit 107 determines the user ID set for each user and the frequency characteristic desired by the
user. And a frequency characteristic type management table by user associated with each other
to select a frequency characteristic corresponding to the user ID of the user who has logged in to
the system.
In the example shown in FIG. 3, when the user of user ID "**** 13" sings, type A is selected, and
when the user of user ID "**** 17" sings The type B is selected, and the type C is selected when
the user of the user ID "**** 23" sings.
[0035]
In this case, the relationship between the user ID of all users and the frequency characteristic
type is stored in the storage area of the HDD 34 of the karaoke body 21 or a host device (not
shown) connected to the karaoke performance apparatus 10 via a network. The system-specific
frequency characteristic type management table may be created for the user who has logged in
to the system. The user-specific frequency characteristic type management table (frequency
characteristic type management table 109) is stored, for example, in the HDD 34 of the karaoke
body 21 (see FIG. 1).
[0036]
<Music-specific frequency characteristic type management table> As shown in FIG. 4, the musicspecific frequency characteristic type management table associates the music ID of the karaoke
music with the frequency characteristic type optimum for the karaoke music having the music ID.
Is a table that
[0037]
When the frequency characteristic type management table 109 is provided with a frequency
characteristic type management table for each music, the frequency characteristic type selection
means 107 comprises a music ID set for each karaoke music and a frequency characteristic
suitable for the karaoke music. The frequency characteristic corresponding to the music ID of the
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karaoke music piece to be played is selected with reference to the music-specific frequency
characteristic type management table configured by associating the two.
In the example shown in FIG. 4, when the karaoke song of the song ID "**** a" is selected, type A
is selected, and the karaoke song of the song ID "**** b" is selected. The type B is selected, and
the type C is selected when the karaoke music of the music ID "**** c" is selected.
[0038]
In this case, the relationship between the song IDs of all the karaoke songs and the frequency
characteristic type is stored in the storage area of the HDD 34 of the karaoke body 21 or a host
device (not shown) connected to the karaoke playing device 10 via a network. A frequency
characteristic type management table by music may be created for the selected karaoke music.
The music frequency characteristic type management table (frequency characteristic type
management table 109) is stored, for example, in the HDD 34 of the karaoke body 21 (see FIG.
1).
[0039]
<Genre-specific frequency characteristic type management table> The genre-specific frequency
characteristic type management table is, as shown in FIG. 5, a music ID of karaoke music, a genre
ID of karaoke music, and a frequency characteristic type optimum for karaoke music belonging
to the genre. It is a table configured by linking. The genre is a karaoke song classified according
to a predetermined standard such as JPOP, enka, anime song, Korean song, Chinese song and the
like.
[0040]
When the frequency characteristic type management table 109 is provided with a genre-specific
frequency characteristic type management table, the frequency characteristic type selection unit
107 includes a music genre ID indicating the genre of the karaoke music and a frequency
characteristic suitable for the music genre. The frequency characteristic corresponding to the
music genre ID of the karaoke music piece to be played is selected with reference to the genrespecific frequency characteristic type management table configured by correlating the. In the
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example shown in FIG. 5, when a karaoke song belonging to the genre of JPOP is selected, type A
is selected, and when a karaoke song belonging to the genre of enka is selected, type B is
selected, and the animation song is selected. When a karaoke song belonging to a genre is
selected, type C is selected.
[0041]
In this case, the relationship between the genre ID of the karaoke music and the frequency
characteristic type is stored in the storage area of the HDD 34 of the karaoke body 21 or a host
device (not shown) connected to the karaoke performance device 10 via a network. It is good
also as composition which creates a frequency characteristic type management table classified by
genre about the performed karaoke music. The genre-specific frequency characteristic type
management table (frequency characteristic type management table 109) is stored, for example,
in the HDD 34 of the karaoke body 21 (see FIG. 1).
[0042]
In the present invention, when the frequency characteristic type is not automatically selected, the
frequency characteristic type selection means 107 may be omitted. In this case, the frequency
characteristic management table 108, the frequency characteristic type management table 109,
the frequency characteristic type identification signal transmission means 110, and the
frequency characteristic type identification signal reception means 111 are also omitted.
[0043]
<Karaoke Performance Device> As shown in FIG. 1, a karaoke performance device 10 using the
karaoke microphone system 100 of the present invention includes a karaoke body 21, a karaoke
remote control device 22, a karaoke microphone 23, a microphone receiver 24, a speaker 25,
and a display device. 26 and a mixing amplifier 27 are provided.
[0044]
<Karaoke remote control device> The karaoke remote control device 22 has a user interface
function, and transmits / receives data to / from the transmission / reception means 35 of the
karaoke body 21 by a wired method or a wireless method.
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The karaoke remote control device 22 is a program functioning as music search means 22a, a
music index database 22b, a card reader 22c, an electronic circuit and program for transmitting
and receiving data, storage means (not shown) comprising flash memory etc. Have. A music
selection operation or the like is performed by operating switches attached to the karaoke
remote controller 22, various icons displayed on an input / output display unit (not shown), and
the like.
[0045]
<Music Search Means / Music Index Database> The music search means 22a is a program for
searching for music with reference to the music index database 22b based on the user's
instruction. The music index database 22b is a database describing attribute information about
karaoke music provided for performance by the karaoke performance apparatus 10, and for
example, music number, song name, singer's name, lyrics of popular part, popular season, music
genre Various attribute information such as whether it is a segment or a duet song is included in
this.
[0046]
<Card Reader> The card reader 22c is a device for acquiring the user ID of the user when the
arbitrary user uses the karaoke performance apparatus 10, and in the present embodiment, the
user performs karaoke performance. When using the apparatus 10, the user ID is read from the
ID medium 28 possessed by the user. The user ID read by the card reader 22 c is stored as a user
management table 33 b in the RAM 33 of the karaoke body 21 and managed by the user
management means 36. The ID medium 28 is, for example, a non-contact type ID card, a mobile
phone, a portable information terminal, etc., stores the user ID, and can transmit and receive data
with the card reader 22c. ing. <Karaoke body> The karaoke body 21 includes a central control
means 31, a ROM 32, a RAM 33, an HDD 34, a transmitting / receiving means 35, a user
managing means 36, a reservation managing means 37, a music reproduction control means 38,
and a video reproduction control means 39. .
[0047]
<Central control means> The central control means 31 is a means for comprehensively
controlling the karaoke body 21 and is constituted of, for example, a CPU and its peripheral
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devices, and the CPU operates according to a program stored in the ROM 32 or the like. By doing
this, the control function can be exhibited.
[0048]
<ROM / RAM> The ROM 32 is a device for storing program data and numerical data for
controlling each device constituting the karaoke body 21, and is constituted by, for example, a
semiconductor memory or the like.
The RAM 33 functions as a temporary storage area for temporarily storing programs and various
data, and is constituted by, for example, a semiconductor memory. Note that the virtual RAM 33
may be configured using a hard disk storage device or the like instead of configuring the RAM 33
using physical semiconductor memory. In the present embodiment, the reservation queue 33a
and the user management table 33b are stored in the RAM 33.
[0049]
<HDD> The HDD 34 functions as a large-capacity storage device, and stores a music database
34a, a video database 34b, a frequency characteristic management table 108, and a frequency
characteristic type management table 109. In place of the HDD 34 or together with the HDD 34,
a mass storage device such as a DVD capable of rewriting data may be used.
[0050]
The music database 34a is a database in which music data configured by synchronizing
performance data (MIDI (registered trademark) data) and lyric rendering data is configured in
association with a music ID. The performance data is digitalized performance data of each music,
and the lyric rendering data includes display timing data and color change data of lyric
characters synchronized with the performance. The video database 34 b is a database in which a
predetermined number of background videos corresponding to the karaoke music to be played
are stored as video files corresponding to the music IDs of the karaoke music. As described
above, the frequency characteristic type management table 109 is at least one of the userspecific frequency characteristic type management table, the music-specific frequency
characteristic type management table, and the genre-specific frequency characteristic type
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management table.
[0051]
<Transceiver Unit> The transceiver unit 35 is composed of an electronic circuit and a program
for transmitting and receiving data between the karaoke body 21 and the karaoke remote control
device 22. In the present embodiment, transmission and reception of data are performed
between the karaoke body 21 and the karaoke remote control device 22 by infrared
communication.
[0052]
<Reservation Management Means> The reservation management means 37 is selected by the
user using the function of the music search means 22a, stores the music IDs received through
the transmission / reception means 35 in the music selection order in the RAM 33 as the
performance reservation queue 33a , Consists of a program to manage.
[0053]
<User Management Means> The user management means 36 is a program for specifying and
managing a user based on the acquired user ID.
That is, when the card reader 22c reads the user ID from the ID medium 28, the user
management means 36 specifies the user based on the user ID, and manages the user in the user
management table 33b. The acquired user ID is used when specifying a music selection
reservation or a frequency characteristic type.
[0054]
<Music Reproduction Control Means> The music reproduction control means 38 is an electronic
circuit for performing digital reproduction of performance data extracted from the music
database 34a based on the music ID and converting it into analog and outputting it to the mixing
amplifier 27. The mixing amplifier 27 mixes the singing voice signal of the singer input from the
karaoke microphone 23 with the performance voice signal sent from the music reproduction
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control means 38, and amplifies it by the amplifier function and outputs it from the speaker 25.
Device of
[0055]
<Video Reproduction Control Means> The video reproduction control means 39 converts the
video data extracted from the video database 34b and the lyrics telop data (lyric character data)
among the music data extracted from the music database 34a during the performance of the
karaoke music, It is an electronic circuit for outputting to the display device 26 in
synchronization with the performance data of the karaoke piece.
[0056]
<Display Device> The display device 26 is a device for displaying an image, lyrics telop and the
like at the time of karaoke performance, and is constituted by, for example, a liquid crystal
display or the like.
[0057]
<Other Embodiments> The devices and means constituting the karaoke microphone system 100
and its peripheral devices of the present invention are not limited to those described above, and
only necessary devices and means are provided according to the purpose of use. Other devices
and means can be added as appropriate.
Further, each means may be configured as a unit integrating a plurality of functions, instead of
being configured separately.
[0058]
DESCRIPTION OF SYMBOLS 10 karaoke performance apparatus 21 karaoke main body 22
karaoke remote control apparatus 22a music search means 22b music index database 22c card
reader 23 karaoke microphone 24 microphone receiver 25 speaker 26 display apparatus 27
mixing amplifier 28 ID medium 31 central control means 32 ROM 33 RAM 33a waiting for
reservation Matrix 33b User management table 34 HDD 34a Music database 34b Video database
35 Transmission / reception means 36 User management means 37 Reservation management
means 38 Music reproduction control means 39 Image reproduction control means 100 Karaoke
microphone system 101 Frequency characteristic type identification means 102 1st Tone
frequency channel setting means 103 Tone frequency channel management table 104 Frequency
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channel identification signal transmission means 105 frequency chip Channel identification
signal reception means 106 second tone frequency channel setting means 107 frequency
characteristic type selection means 108 frequency characteristic management table 109
frequency characteristic type management table 110 frequency characteristic type identification
signal transmission means 111 frequency characteristic type identification signal reception
means
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