JP2003016720A - Device for dubbing recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simplify dubbing operation to a plurality of recording medium for recording. SOLUTION: If an operating part 10A performs setting operation of recording program information comprising the disk number of a CD including tunes desired to be recorded, track numbers in the CD and the disk number of an MD being a recording destination of the tunes desired to be recorded with the CD of a CD housing part 1 and the MD of an MD housing part 5 as objects, a controlling part 11A registers the recording program information in a recording program information storing part 9A. If program recording is started after performing setting operation of the recording program information of a plurality of tunes desired to be recorded, the controlling part 11A sequentially extracts the CD of a CD disk number and the MD of an MD disk number in the recording program information from the CD housing part 1 and from the MD housing part 5 to set the CD in a CD playing part 3 and to set the MD in an MD recording part 7 by using a CD changer part 4 and an MD changer part 8 with respect to each piece of the recording program information, and also records the tune of the CD track number in the recording program information on the MD while playing the tune with the CD playing part 3 and the MD recording part 7.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a recording medium dubbing apparatus, and in particular, it records a plurality of desired music pieces recorded in one or a plurality of recorded recording media such as CDs (compact discs) and semiconductor storage elements. The present invention relates to a recording medium dubbing device suitable for recording music in a plurality of recording media such as MDs (minidiscs) in an arbitrary manner.

[0002]

2. Description of the Related Art A plurality of CDs and MDs are stored and desired
In addition to being able to play CDs or MDs, you can also play CDs to MDs.
There is a changer type audio device that enables binging.
It FIG. 41 shows the structure of a conventional changer type audio device.
It is a diagram. 1 is N number of CD disc numbers 1 to N
CD2₁~ 2_NCD storage unit that can store CDs, 3 is CD2
_i(However, 1 ≤ i ≤ N) is reproduced and the digital music signal is reproduced.
CD reproducing section for outputting the number 4 and CD storing section 1 and CD reproducing
CD changer section 5 for exchanging CDs with section 3
MD disc number 1 to M, M number of MD6₁~ 6_M
MD storage part that can store, MD6_j(However, 1 ≦ j
MD recording for compressed digital recording of music signals to ≤ M)
The sound section 8 is the MD between the MD storage section 5 and the MD recording section 7.
The MD changer unit to be exchanged, 9 is a desired recording target song
The CD disc number of the desired CD containing and the desired CD
Recording program information consisting of the song number of the desired recording target song
A recording program information storage unit capable of storing a plurality of
It is a part of the operation, such as setting operation of recording program information,
Select the desired MD to be recorded or program recording
Do sound instruction operation. 11 is a microcomputer configuration
It is a troll section, and the operation section 10
Added to recording program information storage 9 when setting operation is performed
MD disc number of the desired recording target MD
When the selection operation of j is performed, the MD changer unit 8 is controlled.
Then, from the MD storage unit 5 to the desired MD6_jTake out MD recording
Set to the sound section 7, and the instruction operation of program recording is performed.
Then, each recording recorded in the recording program information storage unit 9
Controls the CD changer unit 4 for program information
Corresponding to the CD disc number i in the recording program information
CD2_iRemove the CD from the CD storage unit 1 and play the CD
3 and set the CD playback unit 3 and MD recording unit 7
Control and play the track number to be recorded in the recording program information.
MD6_jTo record.

FIG. 42 is an explanatory view of the recording program information stored in the recording program information storage section 9, FIGS. 43 to 46.
FIG. 47 is a flowchart showing the control processing of the control section 11, and FIG. 47 is an explanatory diagram of the dubbing operation. The recording operation by the changer type audio device of FIG. 41 will be described with reference to these figures. For convenience of explanation, N = M =
3, the CD storage unit 1 has already stored CDs 21 to 23 as recording media of CD disc numbers ₁ to ₃ , and the MD storage unit 5 has recording media of MD disc numbers 1 to 3 Blank MD6 _{1 to} 6 ₃ for recording as
Has already been stored, it is assumed that no CD is set in the CD reproducing section 3 and no MD is set in the MD recording section 7. CD2 ₁ has been recording songs A~ song E to up to 5 track from the first track is to, CD2 ₂
Song music F~ from the first track to fourth song I are recorded, the CD2 ₃ song J~ songs until 3 music from the first track L is assumed to be recorded in (see Fig. 47).

For example, when the user plays the first song A on CD2 _1.
And the third song L of CD2 ₃ and the fourth song D of CD2 ₁
If you want to record to MD6 _1, the setting operation of the program information desired to be recorded song. First, when the recording program start operation is performed by the operation unit 10, the control unit 11 clears all the recording program information stored in the recording program information storage unit 9 (step S10 in FIG. 43,
S11). Next, when the CD disc number 1 and the song number 1 of the first recorded CD of the desired song A are set by the operation unit 10, the recording source CD disc number CDDN (1) which constitutes the recording program information of the recording program number 1. And the recording source CD track number CDTN (1) is stored in the recording program information storage unit 9 (steps S12 to S).
14). Next, when the CD disc number 3 of the CD on which the second desired song L is recorded and the song number 3 are set, the recording program information is stored in the recording program information storage section 9 as the recording program information of the recording program number 2 (steps S15, S1).
3, S14). Finally, when the CD disc number 1 and the song number 4 of the recorded CD of the third desired song D are set, they are stored in the recording program information storage unit 9 as the recording program information of the recording program number 3 (step S15,
When the recording program end operation is performed in S13 and S14, the recording program setting process is completed (Y in step S16).
ES. 42).

Next, when a program recording start operation is performed on the operation section 10, the control section 11 confirms that the recording program information storage section 9 is not empty, and then the MD of the recording destination.
Waiting for selection (steps S20 and S21 in FIG. 44). The MD disc number 1 of the desired MD on the operation unit 10 by the user
Then, the control unit 11 temporarily registers the recording destination MD disc number MDDN in the built-in memory (steps S22 and S23), and checks whether the desired MD6 ₁ has been set in the MD recording unit 7 (step S24). Since it is NO, it is further checked whether MD6 _j other than the desired MD6 ₁ has been set (step S25), and if YES, MD
After updating the UTOC information 6 _j (step S2
6), the MD changer unit 8 is controlled to control the other MD6 _j
After returning to the original position of the MD storage unit 5, the MD 6 ₁ is taken out and set in the MD recording unit 7. However, since it is NO in step S25 here, the MD changer unit 8 is controlled to control the MD storage unit 5 to MD6. _Take out ₁ and MD recording section 7
(Step S27). Then, the MD recording unit 7 is controlled so that UTOC (User Table Of Contents) information is read and input, and is temporarily stored in a built-in memory (not shown) (step S28).

Then, the last recording program number 10
Is registered as PGN _MAX (step S3 in FIG. 45).
0), PG indicating the recording program information of the recording target of this time
Since N is 1 and the recording source CD disc number is 1 and the recording source CD track number is 1 for the first recording program information in the recording program information storage unit 9, first the CD
Recording unit 3 to CD2 ₁ Do checks set already (step S31, S32). No, so CD changer section 4
Control, the CD 2 ₁ is taken out from the CD storage unit 1 and set in the CD reproducing unit 3 (step S33), the CD reproducing unit 3 is controlled to read and input TOC (Table Of Contents) information, and the built-in memory (Step S34). Then, a pause state is set at the beginning of the first song (step S35). Next, the MD recording unit 7 is controlled to start recording from the beginning of the empty area, and the track number and start address of a new recording track are added to the UTOC information of the internal memory, and the CD reproducing unit 3 is set. The pause is controlled to release the reproduction of the first tune (steps S40 to S42 in FIG. 46). CD playback unit 3
The digital music signal of the music piece A output from is compressed and digitally recorded on the MD 6 ₁ by the MD recording unit 7.

The control unit 11 compares the reproduction position information called the absolute time (A-time) input from the CD reproduction unit 3 with the TOC information to check whether the reproduction has been completed up to the end of the first music (step S43). If YES, the CD playback unit 3 is controlled to stop the playback, the MD recording unit 7 is controlled to stop the recording, and the internal memory U
The end address of the recording track of this time is added to the TOC information (steps S44 and S45). And PG
Since N is not PGN _MAX yet (N at step S46)
O), PGN is set to 2 (step S47), and the CD source number is 3 for the second recording program information of the recording program information storage section 9, and the CD track number of the recording source is 3, so the CD changer section 3 is controlled. , CD
2 ₁ is returned to the original position of the CD storage unit 1 and the CD storage unit 1
CD2 ₃ is taken out from and is set in the CD reproducing section 3, the CD reproducing section 3 is controlled so that the TOC information is read and inputted, and is temporarily stored in the built-in memory, and the pause state is set at the beginning of the third song (step S32). ~ S35). Next, MD
Controls the recording unit 7 to start recording from the beginning of the empty area, adds the track number and start address of a new recording track to the UTOC information of the internal memory, and controls the CD reproduction unit 3 to pause. Is canceled and the reproduction of the third song is started (steps S40 to S42).

When the reproduction is completed up to the end of the third music, the control unit 11 stops the reproduction and the recording and adds the end address of the recording track of this time to the UTOC information of the built-in memory (steps S43 to S45). Then, regarding the third recording program information in the recording program information storage unit 9, the recording source CD disc number is 1 and the recording source CD track number is 4, so the CD changer unit 4
Control, the CD 2 ₃ is returned to the original position of the CD storage unit 1, the CD 2 ₁ is taken out from the CD storage unit 1, and the CD playback unit 3
, And the TOC information is read and inputted by controlling the CD reproducing section 3 to be temporarily stored in the built-in memory and put in a pause state at the beginning of the fourth music (steps S46 and S4).
7, S32-S35). Next, the MD recording unit 7 is controlled to start recording from the beginning of the empty area, and the track number and start address of a new recording track are added to the UTOC information of the internal memory, and the CD reproducing unit 3 is set. The pause is controlled to start the reproduction of the fourth music (steps S40 to S42). When the reproduction is completed up to the end of the song D, the reproduction and recording are stopped and the end address of the recording track of this time is added to the UTOC information of the built-in memory (steps S43 to S45). Since there is no unrecorded recording program information in the recording program information storage unit 9, it is determined to be YES in step S46, the CD changer unit 4 is controlled, the CD 2 ₁ is taken out from the CD reproducing unit 3, and the CD storage unit 1 Return to the original position (step S
48). It also controls the MD recording unit 7
After overwriting the TOC information in MD6 ₁ and updating it, M
The D changer unit 8 is controlled, and the MD recording unit 7 to MD6 ₁
Is taken out and returned to the original position of the MD storage unit 5 (steps S49, S50). As a result, the desired song A, song L, and song D of the CDs 2 ₁ and 2 ₃ can be dubbed into the desired MD 6 ₁ .

[0009]

However, other M
D6 ₂ songs of CD2 ₁ to B, CD2 ₂ songs F, CD2 ₃
Song J, CD2 ₂ song I, and MD6 ₃ C
When dubbing the song H of D2 ₂ , the song K of CD2 ₃ , and the song G of CD2 ₂ , first, the same recording program information setting operation, program recording instruction operation, and the like as described above for MD6 ₂ are performed.
Select the recording destination recording medium, and after dubbing, MD6 ₃
Regarding the recording program information setting operation, the program recording instruction operation, and the recording destination recording medium selection operation similar to those described above, it is necessary to perform dubbing. Since the recording program information setting operation for that purpose cannot be performed, there is a problem that a great amount of work time is required when dubbing to a plurality of MDs. The present invention, in view of the problems of the prior art described above,
It is an object of the present invention to provide a recording medium dubbing device capable of easily dubbing a plurality of recording media for recording.

[0010]

In a recording medium dubbing apparatus according to claim 1 of the present invention, a first storage is provided in which a plurality of prerecorded recording media in which music signals for each song are recorded and which are distinguished by numbers are stored. Means, reproducing means for reproducing the recorded recording medium, first exchanging means for exchanging the recorded recording medium between the first accommodating means and the reproducing means, and a plurality of recording media for recording distinguished by numbers Second storing means for storing the recording medium, a recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, and a second exchange for exchanging the recording medium for recording between the second storing means and the recording means. Means, the number of the desired recorded recording medium on which the desired recording target song was recorded, the song number of the desired recording target song in the desired recorded recording medium, and the desired recording target song Recording program consisting of the number of the desired recording medium for recording Recording program information setting operation means for setting the recording information, recording program information storage means capable of storing a plurality of recording program information, and recording program information set by the recording program information setting operation means The recording program information registering means to be additionally registered to the recording means, and the recording program information stored in the recording program information storage means when the start of the program recording is instructed to control the first exchanging means. The recorded recording medium corresponding to the recorded recording medium number of No. 1 is taken out from the first storing means and set in the reproducing means, and the second exchanging means is controlled to record the recording medium corresponding to the recording medium number in the recording program information. The medium is taken out of the second storage means and set in the recording means, and the reproducing means and the recording means are connected. Is characterized by comprising a dubbing control means for recording the recordable recording medium while reproducing the recording target track number in the recording program information to your, the. In the recording medium dubbing apparatus according to claim 3 of the present invention, a music signal for each song is recorded, and a first storage means for storing a plurality of recorded recording media distinguished by numbers, and reproduction of the recorded recording medium. And a first exchanging means for exchanging the recorded recording medium between the first accommodating means and the reproducing means, and a reproduction in the continuous reproducing mode is instructed, and the accommodating means is accommodated in the first accommodating means. Reproduction control for controlling the first exchanging means to take out the recorded recording medium from the first storage means to the reproducing means and control the reproducing means to reproduce from the first music to the last music piece in order for each recorded recording medium. Means, a second accommodating means for accommodating a plurality of recording media for recording discriminated by numbers, a recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, a second accommodating means and a recording means. Recording medium for recording between A second exchanging means for exchanging the recording medium, a recording medium setting operation means for setting a desired recording medium number while the desired recording target music is being reproduced in the continuous reproduction mode, and a plurality of recording programs. Recording program information storage means capable of storing information, recording recording medium number set by the recording recording medium setting operation means, and recorded recording being reproduced at the time when the recording recording medium number is set Recording program information registering means for additionally registering recording program information consisting of a medium number and a song number in the recording program information storage means, and each of the recording program information storage means stored when the start of program recording is instructed. Regarding the recording program information, the first exchange means is controlled to take out the recorded recording medium corresponding to the recorded recording medium number in the recording program information from the first storing means. The recording medium corresponding to the recording medium number in the recording program information is taken out from the second storing means, set in the recording means, and set to the reproducing means. Dubbing control means for controlling the recording means to reproduce the recording target music number in the recording program information and recording on the recording medium for recording. In the recording medium dubbing apparatus according to claim 5 of the present invention, a music signal for each song is recorded, and a first storage means for storing a plurality of recorded recording media distinguished by numbers, and reproduction of the recorded recording medium. And a first exchanging means for exchanging the recorded recording medium between the first accommodating means and the reproducing means, and a setting operation of reproducing program information consisting of the number of the desired recorded recording medium to be reproduced. Reproduction program information setting operation means, reproduction program information storage means capable of storing a plurality of reproduction program information,
Reproduction program information registration means for additionally registering reproduction program information set by the reproduction program information setting operation means in the reproduction program information storage means, and reproduction program information storage means when reproduction in the program reproduction mode is instructed For each playback program information stored in
By controlling the first exchanging means, the recorded recording medium corresponding to the recorded recording medium number indicated by the reproduction program information is taken out from the first storing means and set in the reproducing means, and then the reproducing means is controlled to control the first to the last song. Reproduction control means for reproducing up to, a second accommodating means for accommodating a plurality of recording media for recording which are distinguished by numbers, a recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, and a second Second exchange means for exchanging the recording medium for recording between the storing means and the recording means, and recording for setting the number of the desired recording medium during reproduction of the desired recording target music piece in the program reproduction mode. Recording medium setting operation means, recording program information storage means capable of storing a plurality of recording program information, number of recording medium set by recording medium setting operation means, and recording medium The recording program information registering means for additionally registering the recording program information consisting of the number and the song number of the recorded recording medium which is being reproduced when the number of When instructed, with respect to each recording program information stored in the recording program information storage means, the first exchanging means is controlled to output the recorded recording medium corresponding to the recorded recording medium number in the recording program information from the first storing means. The recording medium for recording corresponding to the recording medium number in the recording program information is taken out from the second storing means and set in the recording means while being set in the reproducing means and set in the recording means. And dubbing control that controls the recording means to record on the recording medium for recording while playing back the recording target song number in the recording program information It is characterized by comprising: a stage, a. In the recording medium dubbing apparatus according to claim 7 of the present invention, a music signal for each song is recorded,
The first containing a plurality of prerecorded recording media identified by numbers
A storing means and a reproducing means for reproducing the recorded recording medium,
First exchange means for exchanging the recorded recording medium between the first storing means and the reproducing means, the number of the desired recorded recording medium on which the desired reproduction target song is recorded, and the inside of the desired recorded recording medium Playback program information setting operation means for setting playback program information consisting of the song number of the desired playback target song, playback program information storage means capable of storing a plurality of playback program information, and playback program information setting operation When the reproduction program information registration means for additionally registering the reproduction program information set by the means to the reproduction program information storage means and the reproduction in the continuous reproduction mode are instructed,
For each recorded recording medium stored in the first storing means in order, the first exchanging means is controlled to take out the recorded recording medium from the first storing means and set in the reproducing means, and the reproducing means is controlled to control the first music piece. When the reproduction in the program reproduction mode is instructed, the first exchanging means is controlled to record the recorded information in the reproduction program information. The first recorded recording medium corresponding to the medium number
Take it out of the storage means, set it in the playback means, and
Reproduction control means for controlling the reproduction means to reproduce the reproduction target music number in the reproduction program information, second storage means for accommodating a plurality of recording media for recording which are distinguished by numbers, and reproduction means for the recording medium for recording. Recording means for recording the music signal reproduced by the second recording means, second exchange means for exchanging the recording medium for recording between the second storing means and the recording means, and a desired recording target song in the continuous reproduction mode or the program reproduction mode. Recording medium setting operation means for setting a desired recording medium number during playback, recording program information storage means capable of storing a plurality of recording program information, and recording medium setting operation means The recording program information including the number of the recording medium for recording set in step 1 and the number and the song number of the recorded recording medium being reproduced when the number of the recording medium for recording is set. The recording program information registration means additionally registered in the information storage means, and the recording program information stored in the recording program information storage means when the start of the program recording is instructed by controlling the first exchanging means. The recording corresponding to the recording medium number in the recording program information is performed by taking out the recorded recording medium corresponding to the recorded recording medium number in the information from the first storing means and setting it in the reproducing means and controlling the second exchanging means. Dubbing control for taking out the recording medium for recording from the second storing means, setting it in the recording means, and controlling the reproducing means and the recording means to record on the recording medium for recording while reproducing the recording target music number in the recording program information. And means are provided. The dubbing control means according to any one of claims 1, 3, 5 and 7 controls the first exchanging means for each recording program information stored in the recording program information storing means when the start of the program recording is instructed. The recorded recording medium corresponding to the recorded recording medium number of No. 1 is taken out from the first storing means and set in the reproducing means, and the second exchanging means is controlled to record the recording medium corresponding to the recording medium number in the recording program information. The medium is taken out from the second storage means, set in the recording means, and the reproducing means and the recording means are controlled to record the music number of the recording object in the recording program information on the recording medium for recording. Differently, when the start of the program recording is instructed, the recording program information that the recorded recording medium numbers of the two are the same and the recording recording information of each other is recorded. The recording program information having the same medium number is grouped, and the first exchanging means is controlled in order for each group to select the recorded recording medium corresponding to the recorded recording medium number in each recording program information in the group. The recording medium for recording corresponding to the recording medium number in the recording program information in each group is taken out from the second storing means and is set to the recording means. The recording medium may be set, and the reproducing means and the recording means may be controlled so that the recording target music number in each recording program information in the group is reproduced and recorded on the recording medium for recording. 6, 8).

In a recording medium dubbing apparatus according to a ninth aspect of the present invention, there are provided a reproducing means for reproducing a recorded recording medium on which music signals for each music are recorded, and a plurality of recording media for recording distinguished by numbers. A storing means for storing, a recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, an exchanging means for exchanging the recording medium for recording between the storing means and the recording means, and a recorded recording medium. And a plurality of recording program information setting operation means for performing setting operation of recording program information consisting of a song number of a desired recording target song and a desired recording medium number for recording the desired recording target song. The recording program information storage means capable of storing the recording program information of and the recording program information set by the recording program information setting operation means are additionally registered in the recording program information storage means. The sound program information registration means and the recording program information stored in the recording program information storage means when the start of program recording is instructed, and the exchange means is controlled to correspond to the recording medium number for recording in the recording program information. And a dubbing control means for taking out the recording medium for recording from the storage means and setting it in the recording means, and controlling the reproducing means and the recording means to record on the recording medium for recording while reproducing the recording target music number in the recording program information. It is characterized by having. Claim 1 of the present invention
In the recording medium dubbing apparatus described in 1, the reproducing means for reproducing the recorded recording medium on which the music signal for each song is recorded and the reproducing means are controlled to record the recorded material. Reproduction control means for reproducing the recording medium from the first music to the last music, accommodating means for accommodating a plurality of recording recording media distinguished by numbers, and recording the music signal reproduced by the reproducing means on the recording recording medium. The recording means, the exchanging means for exchanging the recording medium for recording between the storing means and the recording means, and the setting operation of the number of the desired recording medium for recording while the desired recording target music is being reproduced in the continuous reproduction mode. Recording medium setting operation means for recording, recording program information storage means capable of storing a plurality of recording program information, number of recording medium set by recording medium setting operation means for recording, and recording medium for recording Turn of Recording program information registering means for additionally registering recording program information consisting of the track number being reproduced at the time when is set, and recording program information storing means when the start of program recording is instructed. For each recording program information stored in the recording medium, the exchange means is controlled to take out the recording medium corresponding to the recording medium number in the recording program information from the storing means, set it in the recording means, and reproduce it. Dubbing control means for controlling the recording means to reproduce the recording target music number in the recording program information and recording on the recording medium for recording. In the recording medium dubbing apparatus according to claim 13 of the present invention, a reproducing means for reproducing a recorded recording medium on which music signals for each music piece are recorded, and an operation for setting reproduction program information including a desired reproduction object music piece number. Reproduction program information setting operation means, reproduction program information storage means capable of storing a plurality of reproduction program information, and reproduction program information set by the reproduction program information setting operation means are additionally registered in the reproduction program information storage means. Reproduction program information registration means, and reproduction control means for controlling the reproduction means to reproduce the music indicated by each reproduction program information stored in the reproduction program information storage means when the reproduction in the program reproduction mode is instructed. , A storage means for storing a plurality of recording media for recording which are distinguished by numbers and a reproducing means for reproducing the recording media for recording. Recording means for recording a music signal, a replacing means for exchanging a recording medium for recording between the housing means and the recording means, and a desired recording medium for recording while the desired recording target music is being reproduced in the program reproduction mode. Recording medium setting operation means for setting the number of the recording medium, a recording program information storage means capable of storing a plurality of recording program information, and a recording medium number set by the recording medium setting operation means. A recording program information registering means for additionally registering recording program information consisting of a music number being reproduced at the time when the number of the recording medium for recording is set in the recording program information storing means, and an instruction to start the program recording. Then, with respect to each recording program information stored in the recording program information storage means, the exchanging means is controlled to set the recording medium number for recording in the recording program information. A dubbing control in which a recording medium for recording is taken out from the storing means, set in the recording means, and the reproducing means and the recording means are controlled to record the music number of the recording object in the recording program information on the recording medium for recording. And means are provided. In the recording medium dubbing apparatus according to claim 15 of the present invention, a reproducing means for reproducing the recorded recording medium on which music signals for each music are recorded, and a music number of a desired reproduction target music in the recorded recording medium. The reproduction program setting operation means for performing the setting operation, the reproduction program information storage means capable of storing a plurality of reproduction program songs, and the reproduction program music set by the reproduction program music setting operation means are added to the reproduction program information storage means. When the reproduction program song registration means to be registered and the reproduction in the continuous reproduction mode are instructed, the reproduction means is controlled to reproduce the recorded recording medium from the first music to the last music, and the reproduction in the program reproduction mode is performed. When instructed, the reproduction control means for controlling the reproduction means to reproduce each reproduction program tune stored in the reproduction program information storage means, and a plurality of numbers distinguished by numbers Storage means for storing the recording medium for recording, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, and exchange means for exchanging the recording medium for recording between the storing means and the recording means. , A recording medium setting operation means for setting a desired recording medium number while the desired recording target music is being reproduced in the continuous reproduction mode or the program reproduction mode, and a plurality of recording program information can be stored. Recording program information storage means,
The recording program information storing means stores the recording program information including the recording recording medium number set by the recording recording medium setting operation means and the track number being reproduced at the time when the recording recording medium number is set. Recording program information registration means to be additionally registered, and each recording program information stored in the recording program information storage means when the start of program recording is instructed, and the exchanging means is controlled to record the recording program information in the recording program information. The recording medium for recording corresponding to the medium number is taken out from the storing means, set in the recording means, and the reproducing means and the recording means are controlled to reproduce the recording target music number in the recording program information to be the recording medium for recording. And dubbing control means for recording. The dubbing control means of claims 9, 11, 13 and 15 controls the exchanging means for each recording program information stored in the recording program information storing means when the start of the program recording is instructed to record the recording program information. The recording medium corresponding to the recording medium number is taken out from the storing means, set in the recording means, and the recording means is controlled by controlling the reproducing means and the recording means while reproducing the recording target music number in the recording program information. Although the recording was performed on the medium, unlike this, when the start of the program recording is instructed, the recording program information having the same recording medium number for each recording is grouped, and the exchange means is sequentially set for each group. Control the recording recording medium corresponding to the recording recording medium number in each recording program information in the group from the storage means and record it. It is set to means, and,
The reproducing means and the recording means may be controlled so that the recording target music number in each recording program information in the group is reproduced and recorded on the recording medium for recording.
2, 14, 16).

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION Next, a first embodiment of the present invention will be described with reference to FIG. FIG. 1 is a block diagram of a changer type audio device according to the present invention, and the same components as those in FIG. 41 are designated by the same reference numerals. 9A is recording program information including a CD disc number of a desired CD including a desired recording target song, a track number of the desired recording target song in the desired CD, and an MD disc number of an MD of the recording destination of the desired recording target song. The recording program information storage unit 10A capable of storing a plurality of items is an operation unit, and is used for setting the recording program information and instructing the program recording. 11A is a control unit having a microcomputer configuration,
When the setting operation of the recording program information is performed by the operation unit 10A, the recording program information storage unit 9A additionally stores the information.
When a program recording instruction operation is performed, for each recording program information stored in the recording program information storage unit 9A, the CD changer unit is based on the recording source CD disc number i and recording destination MD disc number j in the recording program information. 4 to control the CD 2 _i to be taken out of the CD storage unit 1 and set in the CD reproducing unit 3, and to control the MD changer unit 8 to take out the MD 6 _j from the MD storage unit 5 and set in the MD recording unit 7, and CD playback unit 3 and M
The D recording unit 7 is controlled so that the recording target music number in the recording program information is reproduced and recorded in the MD 6 _j . The other components of the changer type audio device are configured similarly to FIG.

FIG. 2 is an explanatory diagram of the recording program information stored in the recording program information storage unit 9A, and FIGS. 3 to 5 are flowcharts showing the control processing of the control unit 11A.
FIG. 6 is an explanatory diagram of the dubbing operation, and the recording operation by the changer type audio device of FIG. 1 will be described with reference to these figures. For convenience of explanation, N = M = 3,
CDs 1 to 23 as recorded recording media of CD disc numbers ₁ to ₃ are already stored in the CD storage unit 1, and recordings as recording recording media of MD disc numbers ₁ to ₃ are stored in the MD storage unit 5. MD6 ₁ ~6 ₃ of the blank of use is assumed to be already stored, either in the CD playback unit 3 CD also not been set, it is assumed that even in the MD recording unit 7 is not also set any of the MD. The CD2 ₁ from track number 1 song A~E to 5 are is already recording, the CD2 ₂ is already the song F~I is recording from the track numbers 1 to 4, up to 3 from track number 1 in CD2 ₃ It is assumed that the songs J to L have been recorded (see FIG. 6).

(1) Recording program for a plurality of MDs
Collective setting of information (see Figure 2) For example, if the user is a CD2₁The first song A is MD6₁To
Record and CD2₂The third song, H, is MD6₃Recorded on
CD2₃The third song, L, is MD6₁Recorded on CD2₁
The second song, B, is MD6₂Recorded on CD2₂The first song
Song F for MD6 ₂Recorded on CD2₃The second song, K
MD6₃Recorded on CD2₁The fourth song, D, is MD6₁
Recorded on CD2₃The first song, J, is MD6₂Recorded on
And CD2 ₂The second song, G, is MD6₃Recorded on a CD
Two₂MD6 for the 4th song I₂If you want to record on
Set the recording program information of the recording target song of.
Specifically, first, a recording program start operation is performed on the operation unit 10A.
Then, the control section 11A displays the recording program information.
All recording program information stored in the storage unit 9A
Is cleared (steps S100 and S101 in FIG. 3).
Next, the first recorded CD of the desired song A on the operation unit 10A
Enter the CD disc number 1 and song number 1 of
Recording source CD disc number of recording D and recording source CD track
When the number setting operation is performed, the recording program number 1
Recording source CD disc number that constitutes the recording program information
CDN (1) and recording source CD track number CDT
It is stored in the recording program information storage unit 9A as N (1).
(Steps S102 to S104). Then, the operation part
MD disc of the MD to which the first desired song A is recorded at 10A
Enter the number 1 and set the MD disk number of the recording destination.
When you make a work, the recording program of the recording program number 1
Recording destination MD disc number MDDN constituting information
As the (1), the recording program information storage section 9A stores
(Steps S105 and S106).

Next, the recorded CD of the second desired song H
When the CD disc number 2 and the tune number 3 are input, the recording program information storage section 9A is used as the recording source CD disc number CDDN (2) and the recording source CD track number CDTN (2) that constitute the recording program information of the recording program number 2. (Steps S107 and S10)
3, S104). Then, when the MD disc number 3 of the MD of the recording destination of the second desired song H is input by the operation unit 10A, the recording program is set as the recording destination MD disc number MDDN (2) which constitutes the recording program information of the recording program number 2. The information is stored in the information storage unit 9A (steps S105 and S106). Similarly, the recording program information setting operation is performed for the third to tenth desired music pieces, and the recording program ending operation is performed to finish the recording program setting (YES in step S108; see FIG. 2).

(2) Batch program recording over a plurality of MDs Next, when a program recording start operation is performed with the operation unit 10A, the control unit 11A confirms that the recording program information storage unit 9A is not empty, and then the last recording program. The number 10 is registered in the built-in memory as PGN _MAX (steps S110 to S112 in FIG. 4), PGN indicating the recording program number of the recording target this time is set to 1, and the recording source C in the recording program information of the recording program number 1 is set.
It is checked whether the CD 2 _{1 of the} D disc number 1 is currently set in the CD reproducing section 3 (steps S113 and S11).
4). Since it is NO in this case, the CD changer unit 4 is controlled to take out the CD 2 ₁ from the CD storage unit 1 and the CD reproducing unit 3
The TOC information is read and input by controlling the CD reproducing section 3 and temporarily stored in the built-in memory (steps S115 and S116). Subsequently, since the recording source CD track number in the recording program information of the recording program number 1 is 1, the CD reproducing unit 3 is controlled to put the song at the beginning of the first music piece (step S117).

Next, since the recording destination MD track number in the recording program information of the recording program number 1 is 1, the control unit 11A checks whether the desired MD 6 ₁ has been set in the MD recording unit 7 (step S118). Since it is NO, it is checked whether MD6 _j other than the desired MD6 ₁ has been set, and if YES, the UTOC information of MD6 _j is updated (steps S119 and S120), then MD.
The changer unit 8 is controlled to return the other MD 6 _j to the original position of the MD storage unit 5, and then the MD 6 ₁ is taken out and set in the MD recording unit 7. Here, step S1
Since it is NO in 19, the MD changer unit 8 is controlled to take out the MD 6 ₁ from the MD storage unit 5 and set it in the MD recording unit 7 (step S121 in FIG. 5). Then, the MD recording unit 7 is controlled to read and input the UTOC information, and temporarily stored in the built-in memory (not shown) (step S12).
2). Then, the MD recording unit 7 is controlled to start recording from the beginning of the empty area, and the UTO of the built-in memory is controlled.
A track number and a start address of a new recording track are added to the C information, the CD reproducing unit 3 is controlled to cancel the pause, and the reproduction of the first music A is started (steps S123 to S125).

The control section 11A checks whether the reproduction of the music A is completed to the end (step S126), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S127 and S128).
Then, since PGN has not reached the last recording program number (NO in step S129), PGN is incremented to 2 (step S130), and the second recording program information in the recording program information storage unit 9A is recorded. Original CD disc number is 2, recording source C
Since the D track number is 3, the CD changer unit 4 is controlled so that the CD 2 ₁ is returned to the original position of the CD storage unit 1, the CD 2 ₂ is taken out from the CD storage unit 1 and set in the CD playback unit 3, and the CD playback unit 3 Control to read and input the TOC information, temporarily store it in the built-in memory, and set the pause state at the beginning of the third music (steps S114 to S11).
7). Then, since the recording destination MD track number of the recording program number 2 is 3, NO in step S118, S
Determines YES in 119, controls the MD recording unit 7, and update override the UTOC information stored temporarily in the internal memory to MD6 ₁ (step S120), MD changer 8
Is controlled to return the MD6 ₁ to the original position of the MD storage unit 5, and then MD6 ₃ is taken out and set in the MD recording unit 7 (step S121 in FIG. 5). Then, the MD recording unit 7 is controlled to read and input the UTOC information,
It is temporarily stored in the built-in memory (not shown) (step S12
2) Control the MD recording unit 7 to start recording from the beginning of the empty area, add the track number and start address of a new recording track in the UTOC information of the internal memory, and set the CD reproduction unit 3 The pause is controlled to start the reproduction of the third song H (step S12).
3 to S125).

The control section 11A checks whether the reproduction has been completed up to the end of the song H (step S126), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S127 and S128).
Then, since PGN has not yet reached the last recording program number (NO in step S129), PGN is incremented (step S130), and then the process returns to step S114 of FIG. 4 to repeat the same processing. When the PGN reaches the final recording program number 10, the recording based on all the recording program information is completed, so that it is determined as YES in step S129, the CD changer unit 4 is controlled, and the last recorded CD2 ₂ is stored in the CD. Return to the original position of the section 1, control the MD recording section 7, and finally record the UTOC information temporarily stored in the built-in memory.
6 ₂ is overwritten and updated, and the MD changer unit 8 is controlled to return the MD 6 ₂ to the original position of the MD storage unit 5 (steps S131 to S133).

As a result, the recording program information storage unit 9
Automatically according to the order of the recording program information registered in A
On CD2₁Song A of the first song is MD6₁Recorded in C
D2 ₂The third song H is MD6₃Recorded on CD2₃
The third song, L, is MD6₁Recorded on CD2₁2 songs
Song B of the eyes is MD6₂Recorded on CD2₂The first song of
F is MD6₂Recorded on CD2₃The second song, K, is M
D6₃Recorded on CD2₁The fourth song, D, is MD6₁
Recorded on CD2₃The first song, J, is MD6 ₂Recorded on
And CD2₂The second song G is MD6₃Was recorded in
CD2₂The fourth song I is MD6₂Recorded on (Fig. 6
reference). Therefore, first set the recording program information
If you do it all at once, the rest is automatically CD2₁~ CD
Two₃The desired songs are recorded in multiple MD6.₁
~ 6₃Since it is recorded while allocating to the desired distribution,
Dubbing operation is greatly reduced.

According to this embodiment, if the setting operation of the recording program information including the CD disc number, the CD track number, and the MD disc number is first performed collectively for a plurality of MDs, the rest is automatically performed. Since a plurality of desired songs among the plurality of CDs recorded on the CD are recorded while being distributed to a plurality of MDs in a desired distribution, the labor of the dubbing operation is significantly reduced.

In the embodiment of FIG. 1, dubbing is executed in the order registered in the recording program information storage unit 9A. However, each recording program information in the recording program information storage unit 9A is mutually recorded on the CD disc. The CD discs in the recording program information in the group are grouped into recording program information having the same number and the MD disc numbers having the same number, and the CD changer unit is controlled in order of each group. The CD corresponding to the number is taken out from the CD storing section and set in the CD reproducing section, and the MD changer section is controlled to take out the MD corresponding to the MD disc number in the recording program information in the group from the MD storing section to the MD recording section. Within the group by setting and controlling the CD playback unit and MD recording unit While playing a recording target track number in the recording program information in the order may be so as to be recorded on the MD. By doing so, the number of times of exchanging the CD and the number of exchanging the MD can be reduced, and the time required for dubbing can be shortened.

Specifically, of the control processing of FIGS. 3 to 5 executed by the control unit 11A, the portions of FIGS. 4 and 5 are shown in FIG.
It may be modified as shown in FIG. Recording program information has already been registered in the recording program information storage section 9A as shown in FIG. 2, no CD is set in the CD reproducing section 3, and no MD is set in the MD recording section 7. Assuming that the program recording operation is not performed, the program recording operation in the modified examples of FIGS. 7 to 9 will be briefly described. When a program recording start operation is performed on the operation unit 10A, the control unit 11A
Confirms that the recording program information storage section 9A is not empty, and then sets the last recording program number 10 to PGN.
Register as _MAX in the built-in memory (step S11 in FIG. 7).
0 to S112), PGN indicating the first recording program number of the current recording target group and PGN ′ indicating the recording program number of the current recording target are both set to 1, and the recording source CD disc number 1 of the recording program number 1 is set. CD2 ₁ to check current or already set to CD playback unit 3 (step S113', S114'). Here So NO controls the CD changer unit 4, it is set from the CD housing section 1 in the CD reproducing unit 3 removed CD2 _1, the CD
Control the playback unit 3 to read and input TOC information,
Temporarily stored in the built-in memory (steps S115 ', S1)
16). Next, the recording source CD of the recording program number 1
Since the track number is 1, the CD reproducing section 3 is controlled to be in the pause state at the beginning of the first music (step S117).
´).

Next, in the control section 11A, since the recording destination MD track number of the recording program number 1 is 1, M
Desired MD6 ₁ is either checked set already in D recording unit 7 (step S118'). Since it is NO, the desired MD6 ₁
Check if other MD6 _j other than YE
If it is S, the UTOC information of MD6 _j is updated (steps S119 and S120), the MD changer unit 8 is controlled to return the other MD6 _j to the original position of the MD storage unit 5, and then MD6 ₁ Is taken out and set in the MD recording section 7, but here in step S119 NO, so M
By controlling the D changer unit 8, the MD storage unit 5 to the MD 6 ₁
Is taken out and set in the MD recording unit 7 (step S121 'in FIG. 8). Then, the MD recording unit 7 is controlled to U
The TOC information is read and input, and is temporarily stored in a built-in memory (not shown) (step S122). And M
Control the D recording unit 7 to start recording from the beginning of the empty area, add the track number and start address of a new recording track in the UTOC information of the internal memory, and control the CD reproducing unit 3. The pause is canceled and the reproduction of the first song A is started (steps S123 to S1).
25).

The control section 11A checks whether the reproduction has been completed up to the end of the song A (step S126), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S127 and S128).
Then, the recording program number of this time is added to the recorded program information storage area secured in the internal memory (step S134. The recorded program information storage area secured in the internal memory is stored when the program recording start operation is performed. It shall be cleared by the control unit 11A). Since PGN 'has not reached the last recorded program number (NO in step S135), PGN' is incremented to 2 (step S136), and the recorded program number 2 is referred to by referring to the recorded program information storage area. Checks whether it has been recorded (step S137).

Since it is NO, the recording source CD indicated by the second recording program information in the recording program information storage section 9A is further recorded.
It is checked whether the disc number matches the recording source CD disc number of the first recording program number 1 of the recording target group this time (step S138). Since it is NO, it is judged that the second recording program information is not in the same group as the first recording program information, and the step S
After 135, the process proceeds to step S136, PGN 'is set to 3, and the same processing is repeated for the third and subsequent recording program information. When PGN 'becomes 7, the recording source CD disc number of the 7th recording program information matches the recording source CD disc number of the first recording program number 1 of the group to be recorded this time, indicating the 7th recording program information. Since the recording-destination MD disc number matches the recording-destination MD disc number of the recording program number 1, YES is obtained in both steps S138 and S139. Then, the control section 11A determines that the seventh recording program information is in the same group as the first recording program information, and proceeds to step S114 'in FIG.

Since YES is determined in the step S114 ', the process is advanced to a step S117' to control the CD reproducing section 3 to make the pause state at the beginning of the fourth music. And MD recording unit 7
Control to start recording from the beginning of the empty area, add the track number and start address of the new recording track in the UTOC information of the internal memory, and
The D playback unit 3 is controlled to cancel the pause, and playback of the fourth song D is started (steps S123 to S125). When the reproduction is completed up to the end of the song D, the reproduction and the recording are stopped, and the end address of the recording track of this time is added to the UTOC information of the internal memory (step S126-).
S128). Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S134). And still PGN '
Has not reached the last recording program number (NO in step S135), PGN 'is incremented to 8 (step S136), and it is determined whether the eighth and subsequent recording program information is in the same group as the first recording program information. (Steps S137, S138, S13
5, repetition of S136).

Since the 8th-10th recording program information is not in the same group as the 1st recording program information, P
YES in step S135 after GN '= 10
Becomes At this time, the PGN has not reached the last recording program number yet (N in step S129).
O), PGN is incremented to 2 (step S
130), referring to the recorded program information storage area, it is checked whether the recorded program number 2 has been recorded (step S140). Since it is NO, after setting PGN 'to 2 (step S141), the process returns to step S114' in FIG. Since the recording source CD disc number of the recording program number 2 is 2 and the recording source CD track number is 3, the CD changer unit 4 is controlled to return the CD 2 ₁ to the original position of the CD storing unit 1 and the CD storing unit 1 to the CD 2 ₂ is taken out and set in the CD reproducing unit 3, the CD reproducing unit 3 is controlled to read and input the TOC information, it is temporarily stored in the built-in memory, and a pause state is set at the beginning of the third song (step S115'-). S117 '). Subsequently, since the recording destination MD disc number of the recording program number 2 is 3, it is determined to be NO in step S118 'and YES in step S119, and the MD is determined.
UTO that controls the recording unit 7 and is temporarily stored in the internal memory
C information is overwritten on MD6 ₁ and updated (step S12
0), the MD changer unit 8 is controlled to set the MD6 ₁ to M
After returning to the original position of the D storage section 5, the MD6 ₃ is taken out and set in the MD recording section 7 (step S in FIG. 8).
121 '). Then, the MD recording unit 7 is controlled to control the UTOC.
The information is read and input, temporarily stored in a built-in memory (not shown) (step S122), the MD recording unit 7 is controlled, and recording is started from the beginning of the empty area.
A track number and a start address of a new recording track are added to the UTOC information of the built-in memory, the CD reproducing unit 3 is controlled to cancel the pause, and the reproduction of the third music H is started (steps S123 to S125). ).

The control section 11A checks whether the reproduction has been completed up to the end of the song H (step S126), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S127 and S128).
Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S134). Then, PGN 'is set to 3 (steps S135 and S136), and it is checked by referring to the recorded program information storage area whether the recorded program number 3 has been recorded (step S137).

Since the answer is NO, it is checked whether the CD disc number indicated by the third recording program information matches the recording source CD disc number of the first recording program number 2 of the current recording target group (step S138).
Since the answer is NO, it is determined that the third recording program information is not in the same group as the second recording program information, and the process proceeds to step S136 via step S135, and PGN is set.
'Is set to 4 and the same processing is repeated for the fourth and subsequent recording program information. When PGN 'becomes 9, the recording source CD disc number of the 9th recording program information matches the recording source CD disc number of the first recording program number 2 of the group to be recorded this time, indicating the 9th recording program information. Since the recording destination MD disc number matches the MD disc number of the recording program number 2, YES is obtained in both steps S138 and S139. Then, the control section 11A determines that the ninth recording program information is in the same group as the second recording program information, and proceeds to step S114 'in FIG.

Since YES is determined in the step S114 ', the process is advanced to a step S117' to control the CD reproducing section 2 to make the pause state at the head of the second music. And MD recording unit 7
Control to start recording from the beginning of the empty area, add the track number and start address of the new recording track in the UTOC information of the internal memory, and
The D reproduction unit 3 is controlled to cancel the pause, and the reproduction of the second music G is started (steps S123 to S125). When the reproduction is completed up to the end of the tune G, the reproduction and the recording are stopped, and the end address of the recording track of this time is added to the UTOC information of the internal memory (step S126-).
S128). Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S134). And still PGN '
Has not reached the last recording program number (NO in step S135), PGN 'is incremented to 10 (step S136), and it is determined whether the 10th recording program information is in the same group as the second recording program information. (Steps S137, S138, S13
9).

Since NO in step S139 and the 10th recording program information is not the same as the second recording program information, it is determined YES in step S135 and PGN has not reached the last recording program number yet ( If NO in step S129), PGN is incremented to 3 (step S130), and it is checked whether the recorded program number 3 is recorded by referring to the recorded program information storage area (step S140). NO
Therefore, after setting PGN 'to 3 (step S14
1) and returns to step S114 'in FIG. Recording program number 3 recording source CD disk number is 3, recording source C
Since the D track number is 3, the CD changer unit 4 is controlled so that the CD 2 ₂ is returned to the original position of the CD storage unit 1 and the CD 2 ₃ is taken out from the CD storage unit 1 and set in the CD reproduction unit 3, and the CD reproduction unit 3 3 is controlled to read and input the TOC information, which is temporarily stored in the built-in memory and put in the pause state at the beginning of the third music (steps S115 'to S1.
17 '). Next, the recording destination M of the recording program number 3
Since the D disc number is 1, N in step S118 '
If YES in S and S119, the MD recording unit 7 is controlled and the UTOC information temporarily stored in the built-in memory is stored in the MD6.
₃ is overwritten and updated (step S120), the MD changer unit 8 is controlled to return the MD6 ₃ to the original position of the MD storage unit 5, and then MD6 ₁ is taken out and set in the MD recording unit 7. (Step S121 'in FIG. 8). Then, the MD recording unit 7 is controlled to read and input the UTOC information and temporarily stored in a built-in memory (not shown) (step S122), and the MD recording unit 7 is controlled to record from the beginning of the empty area. UT of built-in memory
A track number and a start address of a new recording track are added to the OC information, the CD reproducing unit 3 is controlled to cancel the pause, and the reproduction of the third music L is started (steps S123 to S125).

The control section 11A checks whether the reproduction has been completed up to the end of the music L (step S126), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S127 and S128).
Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S134). Then, PGN 'is set to 4 (steps S135 and S136), and it is checked whether the recorded program number 4 is recorded by referring to the recorded program information storage area (step S137). Since it is NO, it is checked whether or not the recording source CD disc number in the fourth recording program information matches the recording source CD disc number of the first recording program number 3 of the recording target group this time (step S138). Since it is NO, it is determined that the fourth recording program information is not in the same group as the third recording program information, the process proceeds to step S136 through step S135, PGN 'is set to 5, and the same applies to the fifth and subsequent recording program information. The process of is repeated. PG
Even if N ′ is 10, there is no recording program information in the same group as the third recording program information, so P
After incrementing GN to 4 (step S13
0), the process returns to step S114 ′ in FIG. 4 and the same processing is repeated.

Among the unrecorded data, the recording program information of the recording program number 4 alone forms a group, and is thus recorded in the same manner as in the case of FIG. The recording program information of the next recording program number 5 is grouped with the recording program number 10 and continuously recorded. Since the remaining recording program information of the recording program numbers 6 and 8 individually form a group, they are recorded in the same manner as in the case of FIG. PGN is the last recording program number 1
When it reaches 0, the recording based on all the recording program information is completed, so YES is determined in step S129, and C
The D changer unit 4 is controlled, the last recorded CD2 ₃ is returned to the original position of the CD storage unit 1, the MD recording unit 7 is controlled, and the UTOC information temporarily stored in the built-in memory is finally recorded MD6 ₂ and overwrite and update, by controlling the MD changer 8 to return the MD6 ₂ to the original position of the MD storage portion 5 (step S131~S133 of FIG. 9).

In this way, the recording program number 1
CD2 with recording program information of 7 and 7 grouped₁
The first song A and the fourth song D are MD6₁To continue recording
The recording program information of the recording program numbers 2 and 9
CD2 with information grouped ₂3rd song H and 2nd song
Song G is MD6₃Will be recorded continuously, and the recording program
Number 5 and 10 recording program information is grouped
CD2₂The first song F and the fourth song I are MD6₂Continued to
Will be recorded. Other recording program numbers 3, 4,
Recording program information of 6 and 8 as a single group,
CD2₃The third song, L, is MD6₁Recorded on CD2
₁The second song B is MD6₂Recorded on CD2₃Of 2
Song K of the song is MD6₃Recorded on CD2₃The first song
Song J is MD6₂Will be recorded (see FIG. 10).

According to the modified examples of FIGS. 7 to 9, if the setting operation of the recording program information including the CD disc number, the CD track number, and the MD disc number is first performed collectively for a plurality of MDs, After that, the desired songs are automatically recorded on multiple CDs, and
Since it is recorded while being distributed to D in a desired distribution, the labor of the dubbing operation is greatly reduced. Moreover, since dubbing from the same CD to the same MD is continuously performed, the number of times of exchanging CDs or MDs can be reduced, and the dubbing time can be shortened.

Next, FIG. 11 shows a second embodiment of the present invention.
Will be described with reference to. FIG. 11 is a block diagram of a changer type audio device according to the present invention, and the same components as those in FIG. 1 are designated by the same reference numerals. In the first embodiment, the CD disc number that constitutes the recording program information,
The user has to set both the CD track number and the MD disc number, but in FIG. 11, the user only needs to set the MD disc number. Reference numeral 20 denotes an audio amplifier provided on the output side of the CD reproducing section 3, which amplifies the power of the digital music signal after D / A conversion. 21
Is a speaker driven by the audio amplifier 20.

Reference numeral 9B designates a CD disc number of a desired CD including a desired recording target song, a song number of the desired recording target song in the desired CD, and an MD of an MD of a recording destination of the desired recording target song.
A recording program information storage unit capable of storing a plurality of recording program information composed of disc numbers, and 12B is a CD disc number of a desired CD including a desired reproduction target song and the desired C
A reproduction program information storage section capable of storing a plurality of reproduction program information consisting of the song numbers of the desired reproduction target songs in D;
Reference numeral 10B denotes an operation unit for performing a reproduction instruction operation in the continuous reproduction mode, a reproduction program information setting operation,
Performs a playback instruction operation in the program playback mode, sets a recording destination MD when recording a desired song during continuous playback mode or program playback mode, and performs program recording. And perform the instructions.

11B is a control unit having a microcomputer configuration.
Yes, the operation of setting the playback program information on the operation unit 10B
Then, it is additionally recorded in the reproduction program information storage section 12B.
Remember, when the playback in the continuous playback mode is instructed, the CD
CD2 stored in storage 1 ₁~ 2_NUp to CD
Control the engine unit 4 and remove the CD from the CD storage unit 1.
And set it in the CD playback unit 3
It controls and makes it reproduce from the first music to the last music in order. Also,
When playback in the program playback mode is instructed, the playback
Each reproduction program stored in the program information storage unit 12B
CD information in playback program information
CD chain based on number i and CD track number k
CD 2 by controlling the jar section 4_iTake out from CD storage 1
And set it in the CD playback unit 3 and the CD playback unit 3
Is controlled to reproduce the music of the music number k. In addition, continuous playback mode
Playing a desired song in play mode or program play mode
If you want to record the desired song on the
When the disc number is set, the MD disc
The number and the CD of the CD being played when the setting operation was performed
Recording program information consisting of screen number and track number
Information is additionally registered in the recording program information storage section 9B.
It When the program recording instruction operation is performed, the recording
Each recording program stored in the sound program information storage unit 9B
About ram information, CD disc in the recording program information
CD check based on number i and MD disc number j
CD2 by controlling the control unit 4_iFrom the CD compartment 1
Set it in the output CD playback unit 3 and set it in the MD chain.
MD6 by controlling the jar section 8_jTake out from MD storage section 5
Set it in the MD recording section 7, and set the CD playback section 3 and M
Control the D recording unit 7 to record in the recording program information.
MD6 while playing the target song number_jTo record. Choi
The other components of the Swinger-type audio device are the same as in FIG.
Is configured.

FIG. 12 is an explanatory diagram of the recording program information stored in the recording program information storage unit 9B, FIG. 13 is an explanatory diagram of the reproduction program information stored in the reproduction program information storage unit 12B, and FIGS. Part 11
A flowchart showing the main control processing of B (of which,
17 and 18 are exactly the same as those in FIGS. 4 and 5, respectively, FIG. 19 is a flowchart showing a sub control process of the control section 11B, and FIG. 20 is an explanatory diagram of the dubbing operation. The recording operation by the changer type audio device of FIG. 11 will be described with reference to the drawings. In addition,
It is assumed that the main process of FIGS. 14 to 18 and the sub process of FIG. 19 are executed in parallel. Further, for convenience of explanation, N
= M = 3, and the CD disc number 1 is stored in the CD storage unit 1.
3 to ₃ are already stored as CD2 ₁ to 2 ₃ as recorded recording media, and MD 6 ₁ to blank MD6 for recording as recording recording media of MD disc numbers ₁ to ₃ are stored in the MD storing section 5.
Assuming that 6 ₃ has already been stored, any C
D is not set, either MD is recorded in MD recording unit 7.
D is not set either.

(1) Setting of reproduction program information over a plurality of CDs (see FIG. 13) For example, the user can select the _first song A, the second song B, the fourth song D, and the _second song 1 of CD2 1. a song F and second music tune G and third track songs H and 4 music songs I of music, CD2 ₃ 1
When it is desired to program-reproduce the tune J of the tune, the tune K of the second tune, and the tune L of the third tune, the reproduction program of the desired tune to be reproduced is set. Specifically, first, when the reproduction program start operation is performed on the operation unit 10B, the control unit 11B clears all the reproduction program information stored in the reproduction program information storage unit 12B (steps S200 and S201 in FIG. 14). Next, when the CD disc number 1 of the first recorded CD of the desired song A and the song number 1 are input through the operation unit 10B, the CD disc number CDDN (1) constituting the reproduction program information of the reproduction program number 1 is input.
And a CD track number CDTN (1) in the reproduction program information storage unit 12B (step S20).
2 to S204).

Next, the recorded CD of the second desired song B
CD disc number 1 and song number 2 are input, the CD that constitutes the reproduction program information of the reproduction program number 2
A reproduction program information storage unit 12B as a disc number CDDN (2) and a CD track number CDTN (2).
(Steps S205, S203, S20)
4). Similarly, the reproduction program information is set for the third to tenth desired music pieces, and the reproduction program end operation is performed to complete the setting of the recording program (YES in step S206; see FIG. 13).

(2) Program reproduction For each desired music set in the reproduction program information this time,
When program reproduction is desired, a program reproduction instruction operation is performed on the operation unit 10B. Then, the control unit 11B
Refers to the reproduction program information storage unit 12B to check whether the reproduction program information exists, and if YES, shifts to the program reproduction mode (step S23 in FIG. 16).
0-S232). First, the last playback program number 1
0 is registered in the internal memory (not shown) as PPGN _MAX (step S233), PPGN indicating the reproduction program number of the reproduction target at this time is set to 1, and the CD disc number indicated by the reproduction program information of the reproduction program number 1 is set. It is checked whether the first CD2 ₁ is currently set in the CD reproducing section 3 (steps S234 and S235). Since it is NO here, the CD changer unit 4 is controlled, the CD 2 ₁ is taken out from the CD storage unit 1 and set in the CD reproducing unit 3,
The CD reproducing unit 3 is controlled to read and input the TOC information, and the TOC information is temporarily stored in the built-in memory (step S236,
S237). Then, since the CD track number indicated by the reproduction program information of the reproduction program number 1 is 1, C
The D reproduction unit 3 is controlled to start reproduction of the first piece of music A (step S238). The digital music signal reproduced from the song A is input to the audio amplifier 20, D / A converted and power amplified, and then output to the speaker 21 for acoustic reproduction.

The control section 11B checks whether the reproduction has been completed up to the end of the music A (step S239), and YE
When S is reached, the CD reproducing section 3 is controlled to stop the reproduction (step S240). Then, since PPGN has not yet reached the last playback program number (step S
(NO in step 241), PPGN is incremented to 2 (step S242), and the reproduction program information storage unit 12
Regarding the second reproduction program information of B, since the CD disc number is 1 and the CD track number is 2, it is determined to be YES in step S235, and the process proceeds to step S238.
The CD reproducing unit 3 is controlled to start the reproduction of the second music B. When the reproduction of the music B is completed to the end, similarly, the reproduction of the fourth music D is started because the third reproduction program information has the CD disc number of 1 and the CD track number of 4 (steps S239 to S242, S235, S23).
8). When playback is over to the end of song D, stop playback,
PPGN is incremented to 4 (step S23
9 to S242), 4 of the reproduction program information storage unit 12B.
Since the CD disc number is 2 and the CD track number is 1 in the second reproduction program information, step S23 is performed.
5 is judged as NO, the CD changer unit 4 is controlled, and the CD
2 ₁ is returned to the original position of the CD storage unit 1 and the CD storage unit 1
CD2 ₂ is taken out from the CD and set in the CD reproducing unit 3, the CD reproducing unit 3 is controlled to read and input the TOC information, and the TOC information is temporarily stored in the built-in memory (steps S236, S).
237). Then, the CD reproducing unit 3 is controlled and the first song F
Playback is started (step S238).

Thereafter, in the same manner, the control section 11B
Reproduces the reproduction program information of the reproduction program number 10 while sequentially exchanging CDs. And
When the reproduction is completed up to the end of the tune L of the last reproduction program information, YES is determined in the step S241, the CD2 ₃ is returned to the original position of the CD storage unit 1 and the program reproduction mode is released (steps S245, S246). . Incidentally, when the STOP operation is by the operation unit 10B in program playback interruption of certain music number k of a certain CD2 _i, the control unit 11B stops the reproduction of the CD, the original position of the CD housing section 1 the CD2 _i To cancel the program reproduction mode (YES in step S243, S244 to S24).
6).

(3) Setting of recording program information during program reproduction (see FIG. 12 and FIG. 13) The user selects a plurality of desired songs which are being reproduced in the program reproduction mode based on the reproduction program information of FIG. When it is desired to perform dubbing on the MD in a desired distribution, the MD setting operation for recording the desired recording target music is performed during reproduction of each desired music in the program reproduction mode. Specifically, when the recording program start operation is first performed on the operation unit 10B, the control unit 11B determines YES in step S250 of FIG. 19, and clears all the recording program information in the recording program information storage unit 9B (step S251). . Then, the recording program number PGN is set to 1 (step S
252), and waits for the input of the MD disc number (step S253). For example, C, which is the first program playback song
If you want to record the _first song A of D2 ₁ on MD6 ₁ , use C
When the MD disc number 1 is input by the operation unit 10B and the recording destination MD is set during the reproduction of the first song A of D2 ₁ , the control unit 11B causes the recording destination that constitutes the recording program information of the recording program number 1. Recording program information storage unit 9B as MD disc number MDDN (1)
To be stored (step S254). Next, the CD currently being played when the user performs the setting operation of the recording destination MD this time.
The disc number 1 and the CD track number 1 are stored in the recording program information storage unit 9B as a recording source CD disc number CDDN (1) and a recording source CD track number CDTN (1) that constitute the recording program information of the recording program number 1. (Step S255).

Next, C, which is the second program reproduction tune
If the user wants to record the _second song B of D2 _{1 on} the MD6 ₂ , if the MD disc number 2 is input to the recording destination MD by the operation unit 10B while the song B is being reproduced, the control unit 11B causes the recording program number to be changed. The second recording destination MD disc number MDDN (2) is stored in the recording program information storage section 9B (step S254), and the CD disc numbers 1 and C which are being reproduced at the time when the recording destination MD is set.
The recording source CD disc number C that constitutes the recording program information of the recording program number 2 from the D track number 2
DDN (2) and recording source CD track number CDTN
As (2), it is stored in the recording program information storage unit 9B (step S255).

Similarly, when the MD disc number 1 is input during the reproduction of the third program reproduction music, the recording destination MD disc number MDDN of the recording program number 3 is inputted.
In addition to storing as (3), the CD disc number 1 and the CD track number 4 are recorded in the recording program number 3
The recording source CD disc number CDDN (3) and the recording source CD track number CDTN (3) are stored (step S255). MD disc number 2 is input during the reproduction of the fourth program reproduction music, and MD disc number 3 is input during the reproduction of the fifth program reproduction music,
Input MD disc number 3 during playback of the 6th program playback song, and M during playback of the 7th program playback song.
D disk number 2 is input, MD disk number 2 is input during the reproduction of the 8th program reproduction music, MD disk number 3 is input during reproduction of the 9th program reproduction music, and the 10th program reproduction music is input. If the MD disc number 1 is input during the reproduction, the recording program information is registered as shown in FIG. The user can simply set the MD of the recording destination while playing the desired recording target song, and
Since the recording program information including the D disc number and the recording source CD track number is registered, each recording source CD
There is no need to input the disc number and the recording source CD track number. Finally, when the recording program end operation is performed on the operation unit 10B, the control unit 11B determines YES in step S257, and returns to step S250.

(4) Setting of recording program information during continuous reproduction (see FIG. 12) Even during reproduction in continuous reproduction mode, setting operation of MD of recording destination is simply performed during reproduction of desired recording target music. It is possible to register the recording program information including the recording source CD disc number and the recording source CD track number by simply performing. That is, when a continuous playback instruction operation is performed on the operation unit 10B, the control unit 11B enters the continuous playback mode (steps S210 and S211 in FIG. 15) and sets CDDN indicating the CD disc number of the playback target CD to 1 (step S21).
2). Then, CD CD2 ₁ disk number 1 is currently checked whether already in the CD reproducing unit 3 (step S2
13). If NO, control the CD changer unit 4,
The CD 2 ₁ is taken out from the CD storage unit 1 and set in the CD reproducing unit 3, the CD reproducing unit 3 is controlled to read and input the TOC information, and the TOC information is temporarily stored in the built-in memory (steps S214, S215). Then, the CD reproducing section 3 is controlled to start the reproduction from the first music piece A (step S21).
6). The digital music signal reproduced from the song A is input to the audio amplifier 20, D / A converted and power amplified, and then output to the speaker 21 for acoustic reproduction.

[0050] In this case, if you want to record a song A to MD6 _1, after recording program start operation on the operation section 10B, CD2
_{When the} MD disc number 1 is input to the recording destination MD by the operation unit 10B during the reproduction of the first song A of 1, the setting operation of the recording destination MD is performed.
The control section 11B is a recording program information storage section 9B.
After clearing, the recording destination MD disc number MDD which constitutes the recording program information of the recording program number 1
It is stored in the recording program information storage unit 9B as N (1) (steps S250 to S254). Then, the C which is being reproduced when the user performs the setting operation of the recording destination MD this time.
The D disc number 1 and the CD track number 1 are stored in the recording program information storage unit 9B as a recording source CD disc number CDDN (1) and a recording source CD track number CDTN (1) that constitute the recording program information of the recording program number 1. (Step S255).

[0051] Although followed with the reproduction of music A ends begins playing a song B, if you want to record a song B in MD6 _2, recording destination by entering the MD disk number 2 in the operating section 10B during playback a song B When the MD setting operation is performed, the control unit 11B
Is stored in the recording program information storage section 9B as the recording destination MD disc number MDDN (2) of the recording program number 2 (step S254), and the CD disc number 1 and the CD track being reproduced at the time when the setting operation of the recording destination MD is performed. Number 2 is a recording source CD disc number CDDN that constitutes the recording program information of the recording program number 2.
(2) and the recording source CD track number CDTN (2) are stored in the recording program information storage unit 9B (step S255). Song followed song B C, Song D, but the song E playback continues, if you want to record a song D to MD6 _1, enter the MD disk number 1 on the operation section 10B during play songs D to record in MD When the setting operation is performed, the control section 11B causes the recording program number 3 to be the recording destination MD disc number M.
It is stored in the recording program information storage unit 9B as DDN (3) (step S254), and the CD disc number 1 and the CD track number 4 which are being reproduced at the time when the setting operation of the recording destination MD is performed, the recording source of the recording program number 3 is recorded. A recording program information storage unit 9 as a CD disc number CDDN (3) and a recording source CD track number CDTN (3).
It is stored in B (step S255).

When the reproduction of the song E ends, the control unit 1
1B determines YES in step S217, controls the CD reproduction unit 3 to stop the reproduction (step S218), and since the reproduction up to the last CD2 _{3 is} not yet completed (NO in step S219), CDDN is incremented. To 2 (step S220), and the process returns to step S213. Then, the CD changer unit 4 is controlled so that the CD 2 ₁ is returned to the original position of the CD storage unit 1, the next CD 2 ₂ is taken out from the CD storage unit 1 and set in the CD playback unit 3, from the first song F. Start playback (steps S214 to S214)
216). If you want to record a song F to MD6 _2, if you enter the MD disc number 2 in the operation section 10B while playing a song F, the control unit 11B has been stored as the recording destination MD disc number MDDN the recording program number 4 (4) ( Steps S256, S253, S25 of FIG.
4) In addition, the CD disc number 2 and the CD track number 1 which are being reproduced when the recording destination MD is set are replaced with the recording source CD disc number CDD of the recording program number 4.
N (4) and recording source CD track number CDTN (4)
(Step S255).

Similarly, when the MD disc number 3 is input during the reproduction of the music G, it is stored as the recording destination MD disc number MDDN (5) of the recording program number 5, and the CD disc number 2 and the CD track number 2 are also stored.
The recording source CD disc number CDDN (5) of the recording program number 3 and the recording source CD track number CDT
It is stored as N (5) (step S255). Song H
MD disc number 3 is input during the reproduction of CD, MD disc number 2 is input during the reproduction of music I, MD disc number 2 is input during the reproduction of the first music J of CD2 ₃ , music K
When the MD disc number 3 is input during the reproduction of No. 1 and the MD disc number 1 is input during the reproduction of the song L, the recording program information is registered as shown in FIG. The final song of CD2 ₃ L
If the reproduction is completed up to the end of, the result is YES in step S219.
Then, the CD2 ₃ is returned to the original position in the CD storage unit 1 to cancel the continuous playback mode (steps S223 and S22).
4). When a STOP operation is performed by the operation unit 10B during the reproduction of a certain music number k of a certain CD2 _i , the control unit 11B stops the reproduction of the CD and changes the CD2 _i to the CD.
The continuous reproduction mode is canceled by returning to the original position of the storage unit 1 (YES in step S221, S222 to S224).

(5) Batch program over a plurality of MDs
recording As described above, a recording program for the desired recording target song
After the gram registration is completed, use the operating unit 11B to program
When the recording operation is started,
7 and the flowchart of FIG. 18 according to the embodiment of FIG.
In exactly the same manner as in the case, the recording program information storage section 9B
For each recording program information stored in
CD2 automatically in order of gram number₁The first song A
MD6 ₁And record the second song B on MD6.₂Recorded on
Let the 4th song D be MD6₁CD2₂of
MD6 for the first song F₂To record the second song G
D6₃And record the third song H on MD6.₃Recorded in
Set the fourth song I to MD6₂CD2₃Of 1
Song 6 of the song is MD6₂And record the second song K in MD
6₃To record the third song L to MD6₁To record
(See FIG. 20). Therefore, the program playback mode or
While playing in continuous playback mode, desired recording while listening to the song
Each time it determines that it is a target song, it simply sets the MD of the recording destination.
If you do the fixed operation, CD2 will be automatically₁~ CD2
₃The desired songs are recorded in multiple MD6.₁~
6₃Can be recorded while distributing to the desired distribution.
This greatly reduces the time and effort required for dubbing operations.

According to this embodiment, every time the music is judged to be a desired recording target while listening to the music during the reproduction in the program reproduction mode or the continuous reproduction mode, the setting operation of the recording destination MD is simply performed. By only doing so, the recording program information including the recording source CD disc number, recording source CD track number and recording destination MD disc number is registered, so you can input the recording source CD disc number and recording source CD track number one by one. You don't have to.

It should be noted that, in the flowcharts of FIGS. 14 to 19, the portions of FIGS. 17 and 18 are modified as shown in FIGS. 7 to 9 to reduce the number of times of exchanging CDs or MDs and shorten the dubbing time. You can

Next, FIG. 21 shows a third embodiment of the present invention.
Will be described with reference to. 21 is a block diagram of a changer type audio apparatus according to the present invention, and the same components as those in FIG. 1 are designated by the same reference numerals. The changer type audio device shown in FIG. 21 is a type in which the CD storage unit 1 and the CD changer unit 4 are omitted. Reference numeral 9C denotes a recording program information storage unit capable of storing a plurality of recording program information including a song number of a desired recording target song and an MD disc number of a recording destination MD of the desired recording target song, and 10C is an operation unit,
Set the recording program information and give instructions for program recording. Reference numeral 11C is a control unit having a microcomputer configuration, and when a recording program information setting operation is performed by the operation unit 10C, a recording program information storage unit 9C.
When the recording operation is instructed to be additionally recorded in the recording program information storage section 9C, the MD changer section is set for each recording program information stored in the recording program information storage section 9C based on the recording destination MD disc number j in the recording program information. 8 is controlled to take out MD6 _j from the MD storage unit 5 and MD
The recording source CD included in the recording program information is set in the recording unit 7 and the CD reproducing unit 3 and the MD recording unit 7 are controlled.
Record on the MD6 _j while playing the track number song. The other components of the changer type audio device are configured similarly to FIG.

FIG. 22 is an explanatory view of the recording program information stored in the recording program information storage section 9C, FIGS.
5 is a flowchart showing the control processing of the control unit 11C, and FIG. 26 is an explanatory diagram of the dubbing operation. The recording operation by the changer type audio device of FIG. 21 will be described with reference to these figures. For convenience of explanation, M = 3
In the MD accommodating portion 5, blank recording MDs 6 _{1 to} 6 as recording recording media for MD disc numbers 1 to 3 are provided.
It is assumed that ₃ is already stored, CD 2 is set in the CD reproducing section 2, and neither MD is set in the MD recording section 7. CD number 1 to 12
It is assumed that songs A to L have already been recorded (see FIG. 26).

(1) Recording program for a plurality of MDs
Collective setting of information (see Figure 22) For example, when the user MD6 the first song A of CD2₁Recorded in
Make a sound and tune the eighth song H to MD6₃Recorded on the 12th song
L for MD6₁And record the second song B on MD6 ₂Recorded on
Then, the sixth song F is MD6₂Recorded on the 11th song K
MD6₃And record the fourth song D on MD6₁Recorded on
Then, the 10th song J is MD6₂Recorded on the 7th song G
MD6₃Recorded on the 9th song I MD6₂Recorded on
If you want to, set the recording program of the desired recording target song.
Make a work. Specifically, first, use the operation unit 10C to record a recording program.
When the program start operation is performed, the control section 11C causes the recording program to
All recording programs stored in the Gram information storage section 9C
The gram information is cleared (step S300 in FIG. 23,
S301). Next, the first desired song A on the operation unit 10C
When you enter the number 1, the recording program of the recording program number 1
Recording source CD track number that composes gram information CDT
It is stored in the recording program information storage unit 9C as N (1).
(Steps S302 to S304). Then, the operation part
MD disc of the recording destination of the first desired song A at 10C
When you input the number 1, the recording program number 1 recording
Recording destination MD disc number M that composes program information
Recorded in the recording program information storage section 9C as DDN (1).
(Steps S305 and S306).

Next, when the tune number 8 of the second desired tune H is inputted, it is stored in the recording program information storage section 9C as the recording source CD track number CDTN (2) which constitutes the recording program information of the recording program number 2. (Steps S307, S303, S304). Then, the operation unit 1
When the MD disc number 3 of the recording destination MD of the second desired song H is input at 0C, the recording destination MD disc number M that constitutes the recording program information of the recording program number 2 is input.
It is stored in the recording program information storage unit 9A as DDN (2) (steps S305 and S306). Similarly, the recording program information is set for the third to the tenth desired songs, and the recording program end operation is performed to finish the setting of the recording program (YES in step S308. See FIG. 22).

(2) Batch program recording over a plurality of MDs Next, when a program recording start operation is performed by the operation unit 10C, the control unit 11C confirms that the recording program information storage unit 9C is not empty, and then the last recording program. The number 10 is registered in the built-in memory as PGN _MAX (steps S310 to S312 in FIG. 24), the PGN indicating the recording program number of the current recording target is set to 1, and C
The TOC information of the CD 2 is read and input by controlling the D reproducing unit 3 and temporarily stored in the built-in memory (step S31).
3, S314). Subsequently, since the recording source CD track number in the recording program information of the recording program number 1 is 1, the CD reproducing unit 3 is controlled to put the song at the beginning of the first music piece (step S315).

Next, since the recording destination MD track number in the recording program information of the recording program number 1 is 1, the control section 11C checks whether or not the desired MD6 ₁ has been set in the MD recording section 7 (step S316). Since it is NO, it is checked whether MD6 _j other than the desired MD6 ₁ has been set, and if YES, the UTOC information of MD6 _j is updated (steps S317 and S318), and then MD
After controlling the changer unit 8 to return the other MD 6 _j to the original position of the MD storage unit 5, the MD 6 ₁ is taken out and set in the MD recording unit 7, but here, in step S3.
Since the answer is NO in 17, the MD changer unit 8 is controlled to take out the MD 6 ₁ from the MD storage unit 5 and set it in the MD recording unit 7 (step S321 in FIG. 25). Then, the MD recording unit 7 is controlled to read and input the UTOC information,
It is temporarily stored in a built-in memory (not shown) (step S3).
22). Then, the MD recording unit 7 is controlled to start recording from the beginning of the empty area, and the UT of the built-in memory is controlled.
A track number and a start address of a new recording track are added to the OC information, the CD reproducing unit 3 is controlled to cancel the pause, and the reproduction of the first music piece A is started (steps S323 to S325).

The control section 11C checks whether the reproduction of the music A is completed to the end (step S326), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S327 and S328).
Then, since PGN has not reached the last recording program number (NO in step S329), PGN is incremented to 2 (step S330), and the second recording program information in the recording program information storage unit 9C is recorded. The original CD track number is 8, so the CD
The playback unit 3 is controlled to put the song in the pause state at the beginning of the eighth song (step S315 in FIG. 24). Subsequently, since the recording destination MD track number of the recording program number 2 is 3, it is determined to be NO in step S316 and YES in step S317, and M
The UT that controls the D recording unit 7 and is temporarily stored in the internal memory
The OC information is overwritten on MD6 ₁ and updated (step S31
8), the MD changer unit 8 is controlled to set the MD 6 ₁ to M
After allowed to return to the original position of the D storage section 5, is set to the MD recording unit 7 takes out the MD6 ₃ (step S321 of FIG. 25). Then, the MD recording unit 7 is controlled to control the UTOC.
The information is read and input, temporarily stored in a built-in memory (not shown) (step S322), the MD recording unit 7 is controlled, and recording is started from the beginning of the empty area.
A track number and a start address of a new recording track are added to the UTOC information of the built-in memory, the CD reproducing unit 3 is controlled to cancel the pause, and reproduction of the eighth music H is started (steps S323 to S325). ).

The control section 11C checks whether the reproduction has been completed up to the end of the music H (step S326), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S327 and S328).
Then, since PGN has not yet reached the last recording program number (NO in step S329), PGN is incremented (step S330), and then FIG.
Returning to step S315, the same processing is repeated. When the PGN reaches the last recording program number 10, the recording based on all the recording program information is completed, so YES is determined in the step S329, and the MD recording unit 7
Control, the UTOC information temporarily stored in the built-in memory is overwritten and updated on the MD6 ₂ recorded last, and the MD changer unit 8 is controlled to return the MD 6 ₂ to the original position of the MD storage unit 5. (Steps S331, S332).

As a result, the recording program information storage unit 9
Automatically according to the order of recording program information registered and C, track A first music CD2 is recorded MD6 _1, 8 songs H of music is recorded in MD6 _3, 12 music song L is MD
Recorded on 6 ₁ , the second song B was recorded on MD 6 ₂ ,
Song F of 6 tracks are recorded MD6 _2, 11 songs K of music is recorded in MD6 _3, 4 song D of music is recorded in MD6 _1, songs J of 10 tracks can be recorded on MD6 _2, 7 Compatible The song G of No. 9 is recorded in MD6 ₃ , and the ninth song I is recorded in MD6 ₂ (see FIG. 26). Therefore, if the recording program information setting operation is performed collectively at first, after that, a desired plurality of songs among a plurality of MDs automatically recorded on the CD2 are recorded.
Since the recording is performed while allocating to the desired distribution to 6 _{1 to} 6 ₃ , the labor of the dubbing operation is greatly reduced.

According to this embodiment, if the setting operation of the recording program information consisting of the CD track number and the MD disc number is first performed collectively for a plurality of MDs, the rest is automatically recorded on the CD. Among them, a desired plurality of songs are recorded while being distributed to a plurality of MDs with a desired distribution, so that the labor of the dubbing operation is significantly reduced.

In the embodiment of FIG. 21, the dubbing is executed in the order registered in the recording program information storage unit 9C. However, the recording program information in the recording program information storage unit 9C is mutually transferred to the MD disc. The groups are grouped into recording program information having the same number, and the MD changer unit is controlled in order of each group to take out the MD corresponding to the MD disc number in the recording program information in the group from the MD storage unit. Alternatively, the CD reproducing unit and the MD recording unit may be controlled so that the MD is recorded while reproducing the recording target music number in each recording program information in the group. In this way, the number of MD exchanges can be reduced and the time required for dubbing can be shortened.

Specifically, of the control processing of FIGS. 23 to 25 executed by the control section 11C, the portions of FIGS. 24 and 25 may be modified as shown in FIGS. Recording program information is already registered in the recording program information storage section 9C as shown in FIG. 22, CD2 is set in the CD reproducing section 3, and no MD is set in the MD recording section 7. As an example, the program recording operation in the modified examples of FIGS. 27 to 29 will be briefly described. When the program recording start operation is performed by the operation unit 10C, the control unit 11C confirms that the recording program information storage unit 9C is not empty, and then the last recording program number 10
Is registered in the internal memory as PGN _MAX (steps S310 to S312 in FIG. 27), and PGN indicating the first recording program number of the current recording target group and PGN 'indicating the recording program number of the current recording target are both set to 1 Then (step S313 '), the CD reproducing unit 3 is controlled to read and input the TOC information, and the TOC information is temporarily stored in the built-in memory (step S314). Next, since the recording source CD track number of recording program number 1 is 1, C
The D reproduction section 3 is controlled to put it in a pause state at the beginning of the first music (step S315 ').

Next, in the control section 11C, since the recording destination MD track number of the recording program number 1 is 1, M
Desired MD6 ₁ is either checked set already in D recording unit 7 (step S316'). Since it is NO, the desired MD6 ₁
Check if other MD6 _j other than YE
If it is S, after the UTOC information of MD6 _j is updated (steps S317 and S318), the MD changer unit 8 is controlled to return the other MD6 _j to the original position of the MD storage unit 5, and then MD6 ₁ Is taken out and set in the MD recording unit 7, but here it is NO in step S317, so M
By controlling the D changer unit 8, the MD storage unit 5 to the MD 6 ₁
Is taken out and set in the MD recording unit 7 (step S321 'in FIG. 28). Then, the MD recording unit 7 is controlled to read and input the UTOC information, and temporarily stored in the built-in memory (not shown) (step S322). And
The MD recording unit 7 is controlled to start recording from the beginning of the empty area, the track number and the start address of a new recording track are added to the UTOC information of the internal memory, and the CD reproducing unit 3 is controlled. Cancel the pose, 1
Playback of the song A is started (steps S323 to S323).
325).

The control section 11C checks whether the reproduction of the music A has been completed (step S326), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S327 and S328).
Then, the recording program number of this time is added to the recorded program information storage area secured in the internal memory (step S333. The recorded program information storage area secured in the internal memory is stored when the program recording start operation is performed. It shall be cleared by the control unit 11C). Since PGN 'has not reached the last recorded program number yet (NO in step S334), PGN' is incremented to 2 (step S335), and the recorded program number 2 is referred to by referring to the recorded program information storage area. Checks whether it has been recorded (step S336).

Since it is NO, the recording destination MD indicated by the second recording program information in the recording program information storage section 9C is further recorded.
It is checked whether the disc number matches the MD disc number of the recording destination of the first recording program number 1 of the current recording target group (step S337). Since it is NO, it is judged that the second recording program information is not in the same group as the first recording program information, and the step S
After 334, the process advances to step S335 to set PGN ′ to 3. Since the recording destination MD disc number of the third recording program information matches the recording destination MD disc number of the first recording program number 1 of the recording target group this time, YES is determined in step S337. Then, the control unit 11C determines that the fourth recording program information is in the same group as the first recording program information, and FIG.
To step S315 '.

In step S315 ', the CD reproducing section 3 is controlled, and the recording source CD track number of the recording program number 3 is 12, so the pause state is set at the beginning of the 12th music. Then, the MD recording unit 7 is controlled to start recording from the beginning of the empty area, and the UTOC of the built-in memory is started.
A track number and a start address of a new recording track are added to the information, the CD reproducing unit 3 is controlled to cancel the pause, and the reproduction of the 12th music L is started (YES in step S316 ', S323-). S325). When the reproduction is completed up to the end of the song L, the reproduction and the recording are stopped and the end address of the recording track of this time is added to the UTOC information of the internal memory (steps S326 to S3).
28). Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S333). Then, PGN 'is incremented to 4 (steps S334 and S335),
It is determined whether the fourth and subsequent recording program information are in the same group as the first recording program information (step S33).
6, S337, S334, S335).

When PGN 'becomes 7, the recording destination MD disc number of the seventh recording program information coincides with the recording destination MD disc number of the recording program number 1, so YES is obtained in step S337. Then, the control section 11C determines that the seventh recording program information is in the same group as the first recording program information, and FIG.
Of the recording program number 7
Since the recording source CD track number is 4, the CD playback unit 3
Control and make the state of pause at the beginning of the fourth song. And
The MD recording unit 7 is controlled to start recording from the beginning of the empty area, the track number and the start address of a new recording track are added to the UTOC information of the internal memory, and the CD reproducing unit 3 is controlled. Release the pose, 4
The reproduction of the tune D, which is the tune, is started (YES in step S316 ', S323 to S325). When the reproduction of the song D is completed, the reproduction and the recording are stopped, and the end address of the recording track of this time is added to the UTOC information of the internal memory (steps S326 to S328). Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S333).

Since the eighth to tenth recording program information is not in the same group as the first recording program information, P
YES in step S334 after GN '= 10
Becomes At this time, since PGN has not reached the last recording program number (NO in step S329),
PGN is incremented to 2 (step S33
0), referring to the recorded program information storage area, it is checked whether the recorded program number 2 has been recorded (step S).
338). Since it is NO, after setting PGN 'to 2 (step S339), the process returns to step S315' in FIG.
Since the recording source CD track number of the recording program number 2 is 8, the pause state is set at the beginning of the 8th song. Next, since the recording destination MD disc number of the recording program number 2 is 3, it is determined to be NO in step S316 ′ and YES in step S317, the MD recording unit 7 is controlled, and the UTOC information temporarily stored in the built-in memory is stored in MD6 ₁ and overwrite and update (step S318), after which it has returned to control MD changer 8 the MD6 ₁ to the original position of the MD storage section 5, is set to the MD recording unit 7 takes out the MD6 ₃ (Step S321 'of FIG. 28). Then, the MD recording unit 7 is controlled so that the UTOC information is read and input, and temporarily stored in the built-in memory (not shown) (step S32).
2) Control the MD recording unit 7 to start recording from the beginning of the empty area, add the track number and start address of a new recording track in the UTOC information of the internal memory, and set the CD reproduction unit 3 The pause is controlled to start the reproduction of the third song H (step S32).
3 to S325).

The control section 11C checks whether the reproduction has been completed up to the end of the music H (step S326), and YE
When S is reached, the CD playback unit 3 is controlled to stop the playback, and M
The D recording unit 7 is controlled to stop recording, and the end address of the current recording track is added to the UTOC information in the built-in memory (steps S327 and S328).
Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S333). Then, PGN 'is set to 3 (steps S334 and S335), and it is checked by referring to the recorded program information storage area whether the recorded program number 3 has been recorded (step S336).

Since the answer is YES, PGN 'is set to 4 (steps S334 and S335), and it is checked whether the recorded program number 4 is recorded by referring to the recorded program information storage area (step S336). Since it is NO, the recording destination MD disc number indicated by the fourth recording program information is the first recording program number 2 of the group to be recorded this time.
It is checked whether or not it matches the recording destination MD disc number (step S337). Since it is NO, it is determined that the fourth recording program information is not in the same group as the second recording program information, the process proceeds to step S335 through step S334, PGN 'is set to 5, and the fifth and subsequent recording program information is also the same. The process of is repeated. PG
When N ′ becomes 6, the recording destination MD disc number of the sixth recording program information matches the recording destination MD disc number of the recording program number 2, so step S33.
It becomes YES at 7. Then, the control unit 11C has 6
The second recording program information is determined to be in the same group as the second recording program information, and step S315 of FIG. 27 is performed.
Go to ´.

Since the recording source CD track number of the recording program number 6 is 11, the CD reproducing section 3 is controlled to put it in the pause state at the beginning of the 11th song. And MD recording unit 7
Control to start recording from the beginning of the empty area, add the track number and start address of the new recording track in the UTOC information of the internal memory, and
Control the D playback unit 3 to cancel the pause, and play the 11th song K
Is started to be reproduced (steps S323 to S325).
When the reproduction is completed up to the end of the song K, the reproduction and the recording are stopped, and the end address of the recording track of this time is added to the UTOC information of the internal memory (step S326).
~ S328). Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S333). Even if PGN 'is 9, the answer is YES in step S337, and the recording source CD track number of the recording program number 9 is 7. Therefore, the control section 11C controls the CD reproducing section 3 to put it in the pause state at the beginning of the seventh music. Then, the MD recording unit 7 is controlled to start recording from the beginning of the empty area, and the track number and start address of a new recording track are added to the UTOC information of the internal memory to control the CD reproducing unit 3. Then, the pause is released, and the reproduction of the seventh piece of music G is started (steps S323 to S325). When the reproduction is completed to the end of the song G, the reproduction and the recording are stopped and the end address of the recording track of this time is added to the UTOC information of the internal memory (steps S326 to S32).
8). Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S333).

When PGN 'becomes 10, the tenth recording
The program information is the same as the second recording program information
Since it is not present, it is determined to be NO in step S337, and next
Yes in S334, but PGN is still the last recording
Since the sound program number has not been reached (step S3
No in 29), PGN is incremented to 3 (step
(Step S330), refer to the recorded program information storage area.
Check if the recording program number 3 has been recorded.
(Step S338). Yes, so set PGN to 4
(Step S330), recorded program information storage area
Check if the recording program number 4 is recorded.
Yes (step S338). NO, so PGN 'is 4
(Step S339), and then step S in FIG.
Returning to 315 ', the CD recording of the fourth recording program information
The second song, which is a rack number, is paused at the beginning
It Next, the recording destination MD disc of the recording program number 4.
Since the number is 2, the result of step S316 'is NO and S.
317 determines YES, controls MD recording unit 7
The UTOC information temporarily stored in the memory is MD6₃Overwriting
To update (step S318), MD changer unit 8
To control the MD6 ₃Return to the original position of MD storage unit 5
After making it, MD6₁Take out and set it in MD recording unit 7.
(Step S321 ′ in FIG. 28). And M
Control the D recording unit 7 to read the UTOC information and input
And temporarily store it in the built-in memory (not shown) (step S
322), controlling the MD recording unit 7 to determine whether it is the beginning of the empty area.
Recording is started from the
Track number and star of new recording track in the news
Add a new address and control the CD playback unit 3 to pause
Release it and start playing the second song B (step S
323-S325).

When the reproduction of the song B is completed, the reproduction and the recording are stopped, and the end address of the recording track of this time is added to the UTOC information of the internal memory (step S).
326-S328). Then, the recording program number of this time is added to the recorded program information storage area secured in the built-in memory (step S333). And PG
N'is set to 5 (steps S334 and S335), and it is checked whether the recording program number 5 has been recorded by referring to the recorded program information storage area (step S336). N
Since it is O, the recording destination MD in the fifth recording program information
It is checked whether the disc number matches the MD disc number of the recording destination of the first recording program number 4 of the current recording target group (step S337). Since the answer is YES, the flow proceeds to step S315 ', and the sixth song indicated by the fifth recording program information is set in a pause state, the MD recording unit 7 is controlled to start recording from the beginning of the empty area, and the UTOC of the built-in memory is started. A track number and a start address of a new recording track are added to the information, the CD reproducing unit 3 is controlled to cancel the pause, and the reproduction of the sixth music F is started (YE in step S316 ').
S, S323-S325).

When the reproduction of the song F is completed, the reproduction and the recording are stopped, and similarly, the recording program numbers 8 and 1 are recorded.
The recording target songs J and I of 0 are also recorded on the MD6 ₂ . PGN
If ′ becomes 10 and YES is obtained in step S334,
Although PGN is set to 5 (YES in step S329, S3
30) All the recording program information of the fifth and subsequent recordings has already been recorded, and the result of step S338 is YES. Therefore, P
When GN becomes 10 and YES is obtained in step S329, the recording based on all the recording program information is completed, so the MD recording unit 7 is controlled and the UTOC information temporarily stored in the internal memory is recorded last. MD6 and update overwrites _2, the controls the MD changer 8 MD
6 ₂ is returned to the original position of the MD storage unit 5 (steps S331 and S332 in FIG. 29).

In this way, the recording program number 1
And the recording program information of 3 and 7 are grouped, so that the first song A, the 12th song L and the 4th song D of CD2 are grouped.
Is recorded following MD6 ₁ , and the recording program number 2
By grouping the recording program information of # ₆ and # ₆ , the song H of the 8th song, the song K of the 11th song, and the song G of the 7th song of CD2 are recorded following MD6 ₃ , and the recording program numbers 4 and 5 are recorded. By grouping the recording program information of 8 and 10, the second song B and the sixth song F and 10 of CD2 are recorded.
Song J and track 9 are recorded following MD6 ₂ (see FIG. 30).

According to the modified examples of FIGS. 27 to 29, if the setting operation of the recording program information consisting of the CD track number and the MD disc number is first performed collectively for a plurality of MDs, the rest is automatically performed. Since a plurality of desired songs recorded on the CD are distributed to a plurality of MDs while being distributed in a desired distribution, the labor of the dubbing operation is significantly reduced. Moreover, since the same MD is continuously dubbed, the number of MD exchanges can be reduced and the dubbing time can be shortened.

Next, FIG. 31 shows the fourth embodiment of the present invention.
Will be described with reference to. FIG. 31 is a block diagram of a changer type audio device according to the present invention, and the same components as those in FIG. 21 are designated by the same reference numerals. In the third embodiment, the user has to set both the CD track number and the MD disc number that make up the recording program information, but in FIG. 31, the user only needs to set the MD disc number. Reference numeral 9D is a recording program information storage unit capable of storing a plurality of recording program information including a music number of a desired recording target song in a CD and an MD disc number of a recording destination MD of the desired recording target song, and 12D is a desired reproduction. The reproduction program information storage unit 10D capable of storing a plurality of reproduction program information including the song number of the target music is an operation unit, and performs a reproduction instruction operation in the continuous reproduction mode and a reproduction program information setting operation. Performs a playback instruction operation in the program playback mode, sets a recording destination MD when recording a desired song during continuous playback mode or program playback mode, and performs program recording. And perform the instructions.

Reference numeral 11D is a control unit having a microcomputer structure. When the operation unit 10D sets the reproduction program information, it is additionally stored in the reproduction program information storage unit 12D to instruct reproduction in the continuous reproduction mode. And the CD
The reproduction unit 3 is controlled to reproduce the first music to the last music in order. Further, when the reproduction in the program reproduction mode is instructed, the C in the reproduction program information regarding each piece of the reproduction program information stored in the reproduction program information storage unit 12D.
Based on the D track number k, the CD reproducing section 3 is controlled to reproduce the music of the music number k. Further, when a desired song is reproduced in the continuous playback mode or the program playback mode and the user wants to record the desired song, if the MD disc number of the recording destination MD is set, the MD disc number and
The recording program information consisting of the track number of the CD being reproduced when the setting operation is performed is additionally registered in the recording program information storage section 9D. When a program recording instruction operation is performed, the recording program information storage unit 9D
For each of the recording program information stored in, the MD changer unit 8 is controlled based on the MD disc number j in the recording program information so that the MD 6 _j is taken out from the MD storage unit 5 and set in the MD recording unit 7, and Playback part 3
Then, the MD recording unit 7 is controlled so that the recording target music number in the recording program information is reproduced and recorded in the MD 6 _j .
Other components of the changer type audio device are shown in FIG.
Is configured similarly to.

FIG. 32 is an explanatory diagram of the recording program information stored in the recording program information storage unit 9D, FIG. 33 is an explanatory diagram of the reproduction program information stored in the reproduction program information storage unit 12D, and FIGS. Part 11
A flowchart showing the main control processing of D (of which,
37 and 38 are exactly the same as FIG. 24 and FIG. 25 respectively), FIG. 39 is a flowchart showing a sub control process of the control section 11D, and FIG. 40 is an explanatory diagram of the dubbing operation. A recording operation by the changer type audio device of FIG. 31 will be described with reference to the drawings. The main processing of FIGS. 34 to 38 and the sub processing of FIG. 39 are executed in parallel. Further, for convenience of explanation, M = 3 is set, and a blank M for recording as a recording medium for recording MD disc numbers 1 to 3 is stored in the MD storage unit 5.
It is assumed that D6 _{1 to} 6 ₃ have been stored, and the CD reproducing section 3 has C
D2 is set, and the MD recording unit 7 has any M
D is not set either. It is assumed that songs A to L are recorded on the CD 2 from the first song to the 12th song (see FIG. 40).

(1) Setting of reproduction program information for a plurality of CDs (see FIG. 33) For example, the user can select the first song A and the second song B of CD2.
And 4th song D, 6th song F, 7th song G, 8th song H, 9th song I, 10th song J, 11th song K and 12th song L When program playback is desired, the playback program for the desired song to be played is set. Specifically, first, when the reproduction program start operation is performed on the operation unit 10D, the control unit 11D clears all the reproduction program information stored in the reproduction program information storage unit 12D (steps S400 and S4 in FIG. 34).
01). Next, the first song number 1 of the desired song A on the operation unit 10D
When is input, it is stored in the reproduction program information storage unit 9D as the CD track number CDTN (1) constituting the reproduction program information of the reproduction program number 1 (steps S402 to S404).

Next, when the music number 2 of the second desired music B is input, it is stored in the reproduction program information storage section 12D as the CD track number CDTN (2) which constitutes the reproduction program information of the reproduction program number 2 (step S
405, S403, S404). Similarly, the reproduction program information is set for the third to tenth desired songs, and the reproduction program end operation is performed to complete the setting of the recording program (YES in step S406. See FIG. 33).

(2) Program reproduction For each desired music set in the reproduction program information this time,
When program reproduction is desired, a program reproduction instruction operation is performed on the operation unit 10D. Then, the control unit 11D
Refers to the reproduction program information storage section 12D to check whether the reproduction program information exists, and if YES, shifts to the program reproduction mode (step S43 in FIG. 36).
0-S432). First, the last playback program number 1
0 is registered in the built-in memory (not shown) as PPGN _MAX (step S433), PPGN indicating the reproduction program number of the reproduction object at this time is set to 1, and the CD reproducing unit 3 is controlled to read the TOC information. Is input and temporarily stored in the built-in memory (steps S434 and S435).
Then, since the CD track number indicated by the reproduction program information of the reproduction program number 1 is 1, the CD reproducing section 3 is controlled to start the reproduction of the first music piece A (step S4).
36). The digital music signal of the song A is input to the audio amplifier 20, D / A converted and power-amplified.
The sound is output to the speaker 21 and reproduced as sound.

The control section 11D checks whether the reproduction has been completed up to the end of the music A (step S437), and YE
When S is reached, the CD reproducing section 3 is controlled to stop the reproduction (step S438). Then, since PPGN has not yet reached the last playback program number (step S
No in 439), PPGN is incremented to 2 (step S440), and the reproduction program information storage unit 12
With respect to the second reproduction program information of D, since the CD track number is 2, the CD reproduction unit 3 is controlled to start the reproduction of the second music B (step S436). Similarly, when the reproduction of the music B ends, the reproduction of the fourth music D is started because the CD track number of the third reproduction program information is 4 (steps S437 to S440, S4).
36). When the reproduction is completed up to the end of the song D, the reproduction is stopped and PPGN is incremented to 4 (step S
437 to S440), reproduction program information storage unit 12D
Since the CD track number of the fourth reproduction program information is No. 6, the CD reproduction unit 3 is controlled to start the reproduction of the sixth music F (step S436).

Thereafter, similarly, the control section 11D
Will sequentially reproduce the reproduction program information of the reproduction program number 10. Then, when the reproduction is completed up to the end of the music L of the last reproduction program information, step S439.
It is determined to be YES and the program reproduction mode is canceled (step S443). When the STOP operation is performed by the operation unit 10D during the program reproduction of a certain song number k, the control unit 11D stops the reproduction of the CD and releases the program reproduction mode (Y in step S441).
ES, S442, S443).

(3) Setting of recording program information during program reproduction (see FIGS. 32 and 33) The user selects a plurality of desired songs which are being reproduced in the program reproduction mode based on the reproduction program information of FIG. When it is desired to perform dubbing on the MD in a desired distribution, the MD setting operation for recording the desired recording target music is performed during reproduction of each desired music in the program reproduction mode. Specifically, first, when the recording program start operation is performed on the operation unit 10D, the control unit 11D determines YES in step S450 of FIG. 39, and clears all the recording program information in the recording program information storage unit 9D (step S451). . Then, the recording program number PGN is set to 1 (step S
452) and waits for the input of the MD disc number (step S453). For example, if you want to record a song A is the first program reproducing music to MD6 _1, when the setting operation of the recording destination MD enter the MD disk number 1 on the operation section 10D while playing a song A, the control unit 11D is Recording destination M that constitutes the recording program information of recording program number 1
It is stored in the recording program information storage unit 9D as the D disc number MDDN (1) (step S454). Next, the recording program information is set as the recording source CD track number CDTN (1) which constitutes the recording program information of the recording program number 1 with the CD track number 1 being reproduced at the time when the user performs the setting operation of the recording destination MD this time. It is stored in the storage unit 9D (step S455).

Next, if you want to record a song B is a second program reproducing music to MD6 _2, if you enter the MD disc number 2 in the operation unit 10D while playing a song B to the setting operation of the recording destination MD , The control unit 11D is the recording destination MD disc number MDDN of the recording program number 2.
(2) is stored in the recording program information storage unit 9D (steps S456, S453, S454), and the recording destination M
The CD track number 2 which is being reproduced at the time of the setting operation of D is stored in the recording program information storage section 9D as the recording source CD track number CDTN (2) constituting the recording program information of the recording program number 2 (step S455). ).

Similarly, when the MD disc number 1 is input during the reproduction of the third program reproduction music, the recording destination MD disc number MDDN of the recording program number 3 is inputted.
In addition to storing as (3), the CD track number 4 is stored as the recording source CD track number CDTN (3) of the recording program number 3. Enter the MD disc number 2 during playback of the fourth program playback song,
MD disc number 3 is input during the reproduction of the fifth program reproduction music, and M is inputted during the reproduction of the sixth program reproduction music.
Input D disc number 3, input MD disc number 2 during the playback of the 7th program playback song, enter MD disc number 2 during playback of the 8th program playback song, and enter the 9th program playback song When the MD disc number 3 is input during the reproduction of No. 1 and the MD disc number 1 is input during the reproduction of the tenth program reproduction music, the recording program information is registered as shown in FIG. The user can input the recording source track number one by one because the recording program information including the recording source CD track number is registered by simply performing the setting operation of the recording destination MD during the reproduction of the desired recording target song. You don't have to. Finally, when the recording program end operation is performed on the operation unit 10D, the control unit 11D determines YES in step S457, and then in step S450.
Return to.

(4) Setting of recording program information during continuous reproduction (see FIG. 32) Even during reproduction in continuous reproduction mode, setting operation of MD of recording destination is simply performed during reproduction of desired recording target music. The recording program information including the recording source CD track number can be registered only by performing. That is, when a continuous playback instruction operation is performed on the operation unit 10D, the control unit 11D enters the continuous playback mode (steps S410 and S411 in FIG. 35),
The CD reproducing unit 3 is controlled to read and input the TOC information, which is temporarily stored in the built-in memory, and then reproduction is started from the first music piece A (steps S412 and S413). Song A
Music data is input to the audio amplifier 20 and D /
After A conversion and power amplification, it is output to the speaker 21 and reproduced as sound.

[0095] In this case, if you want to record a song A to MD6 _1, after recording program start operation on the operation section 10D, CD2
When the MD disc number 1 is input to the recording destination MD by the operation unit 10D during the reproduction of the first song A, the control unit 11D clears the recording program information storage unit 9D, and then the recording program number 1 Recording destination MD disc number MDDN which constitutes the recording program information of
It is stored in the recording program information storage unit 9D as (1) (steps S450 to S454). Next, the CD currently being played when the user performs the setting operation of the recording destination MD this time.
Track number 1 is the recording source CD track number CD that constitutes the recording program information of recording program number 1.
It is stored in the recording program information storage unit 9D as TN (1) (step S455).

[0096] Although Following the playing of the song A is completed begins playing a song B, if you want to record a song B to MD6 _2, recording destination by entering the MD disk number 2 on the operation section 10D while playing a song B When the MD setting operation is performed, the control unit 11D
Is stored in the recording program information storage section 9D as the recording destination MD disc number MDDN (2) of the recording program number 2 (step S454), and the CD track number 2 being reproduced at the time of setting the recording destination MD is recorded. The recording program information of the program number 2 is stored in the recording program information storage unit 9D as the recording source CD track number CDTN (2) (step S45).
5). Song followed song B C, Song D, but the song E playback continues, if you want to record a song D to MD6 _1, enter the MD disk number 1 on the operation section 10D while playing a song D to record in MD When the setting operation is performed, the control unit 11D causes the recording program number 3 to be the recording destination MD disc number MDDN.
It is stored in the recording program information storage unit 9D as (3) (step S454), and the CD track number 4 being reproduced at the time when the recording destination MD is set is changed to the recording source CD track number CDTN (3 of the recording program number 3). ) Is stored in the recording program information storage unit 9D (step S455).

Following song E, songs F through L continue to play.
If you want to record a song F to MD6 _2, recording destination MD enter the MD disk number 2 on the operation section 10D while playing a song F
Setting operation, the control unit 11D causes the recording program number 4 to be the recording destination MD disc number MDDN.
It is stored in the recording program information storage section 9D as (4) (step S454), and the CD track number 6 being reproduced at the time when the setting operation of the recording destination MD is performed, the recording source CD track number CDTN of the recording program number 4 (4) ) Is stored in the recording program information storage unit 9D (step S455).

Similarly, when the MD disc number 3 is input during reproduction of the music G, the recording program number 5 is stored as the MD disc number MDDN (5) of the recording destination, and the CD track number 7 of the recording program number 5 is stored. The recording source CD track number CDTN (5) is stored (step S455). MD during playback of song H
Input the disc number 3, input the MD disc number 2 during the reproduction of the song I, input the MD disc number 2 during the reproduction of the song J, and input the MD disc number 3 during the reproduction of the song K. When the MD disc number 1 is input during the reproduction of L, the recording program information is registered as shown in FIG.
When the reproduction of the final tune L of the CD2 is completed, YES is determined in the step S414, the reproduction of the CD2 is stopped, and the continuous reproduction mode is released (steps S415 and S41).
7). When the STOP operation is performed by the operation unit 10D during the reproduction of a certain music number k, the control unit 11D stops the reproduction of the CD and cancels the continuous reproduction mode (YES in step S416, S415, S417).

(5) Batch program recording over a plurality of MDs After the registration of the recording program for the desired recording target music is completed as described above, when the program recording start operation is performed by the operation unit 11D, the control unit 11D Figure 3
7 and the flow chart of FIG. 38, in exactly the same manner as in the case of the embodiment of FIG.
With respect to each recording program information stored in, the song A of the first song of the CD2 is automatically recorded in the MD6 ₁ and the song B of the second song is recorded in the MD6 ₂ in the order of the recording program number, and the song D of the fourth song is recorded. To MD6 ₁ and record the sixth song F
Is recorded on MD6 ₂ , the 7th song G is recorded on MD6 ₃ , the 8th song H is recorded on MD6 ₃ , the 9th song I is recorded on MD6 ₂ , and the 10th song J is MD6. ₂ to record the 11th song K MD6 ₃ to record 12
To record the song L of music to MD6 ₁ (see FIG. 40). Therefore, while playing in the program playback mode or continuous playback mode, whenever you listen to a song and judge that it is the desired recording target song, simply perform the setting operation of the MD of the recording destination. among which are recorded in CD2, the desired plurality of songs can be recorded while distributing in a desired distribution in a plurality of MD6 ₁ to 6 _3, to reduce the trouble of greatly dubbing operation.

According to the present embodiment, each time the music is judged to be the desired recording target while listening to the music during the reproduction in the program reproduction mode or the continuous reproduction mode, the MD setting operation of the recording destination is simply performed. As the recording program information including the recording source CD track number and the recording destination MD disc number is registered, it is not necessary to input the recording source track number one by one.

It should be noted that, in the flowcharts of FIGS. 34 to 39, the portions of FIGS.
The MD may be changed as described above to reduce the number of MD exchanges and shorten the dubbing time.

In each of the above embodiments and modifications, the recorded recording medium is a CD, but a cassette tape,
Other types of recorded recording media such as a semiconductor memory may be used, and the recording medium is a recording MD, but other types of recording media such as a cassette tape and a semiconductor memory may be used.

[0103]

According to the present invention, if the setting operation of the recording program information including the setting of the recording medium for recording is carried out collectively for a plurality of recording mediums for recording, the rest is automatically performed one or more times. Since a plurality of desired tunes recorded in the recorded recording medium of (1) are recorded while being distributed to the plurality of recording media for recording in a desired distribution, the labor of the dubbing operation is significantly reduced. Also, if the recording medium for recording is set while the desired recording target song is being played back during the continuous playback mode or the program playback mode, the recorded recording medium and the song containing the desired recording target song are recorded. Since the number (or the desired song number of the recording target song) is automatically set, the burden of the setting operation of the recording program information is reduced.

[Brief description of drawings]

FIG. 1 is a configuration diagram of a changer type audio device according to a first embodiment of the present invention.

FIG. 2 is an explanatory diagram of recording program information stored in a recording program information storage unit in FIG.

FIG. 3 is a flowchart showing a control process of a control unit in FIG.

4 is a flowchart showing a control process of a control unit in FIG.

5 is a flowchart showing a control process of a control unit in FIG.

FIG. 6 is an explanatory diagram of a dubbing operation in FIG.

FIG. 7 is a flowchart showing a control process of a control unit according to the modified example of FIG.

FIG. 8 is a flowchart showing a control process of a control unit according to the modified example of FIG.

9 is a flowchart showing a control process of a control unit according to the modified example of FIG.

FIG. 10 is an explanatory diagram of a dubbing operation in the modified example of FIG.

FIG. 11 is a configuration diagram of a changer type audio device according to a second embodiment of the invention.

12 is an explanatory diagram of recording program information stored in a recording program information storage section in FIG.

13 is an explanatory diagram of recording program information stored in a reproduction program information storage unit in FIG.

FIG. 14 is a flowchart showing a control process of a control unit in FIG.

FIG. 15 is a flowchart showing a control process of the control unit in FIG.

16 is a flowchart showing a control process of a control unit in FIG.

FIG. 17 is a flowchart showing a control process of the control unit in FIG.

FIG. 18 is a flowchart showing a control process of the control unit in FIG.

19 is a flowchart showing a control process of the control unit in FIG.

20 is an explanatory diagram of a dubbing operation in FIG.

FIG. 21 is a configuration diagram of a changer type audio device according to a third embodiment of the invention.

22 is an explanatory diagram of recording program information stored in a recording program information storage section in FIG. 21. FIG.

23 is a flowchart showing a control process of the control unit in FIG.

FIG. 24 is a flowchart showing a control process of the control unit in FIG.

FIG. 25 is a flowchart showing a control process of the control unit in FIG.

FIG. 26 is an explanatory diagram of the dubbing operation in FIG. 21.

FIG. 27 is a flowchart showing a control process of the control unit according to the modified example of FIG. 21.

FIG. 28 is a flowchart showing a control process of the control unit according to the modified example of FIG. 21.

FIG. 29 is a flowchart showing a control process of the control unit according to the modified example of FIG. 21.

FIG. 30 is an explanatory diagram of a dubbing operation in the modification example of FIG. 21.

FIG. 31 is a configuration diagram of a changer type audio device according to a fourth embodiment of the invention.

32 is an explanatory diagram of recording program information stored in a recording program information storage section in FIG. 31. FIG.

33 is an explanatory diagram of recording program information stored in the reproduction program information storage section in FIG. 31. FIG.

34 is a flowchart showing a control process of the control unit in FIG.

FIG. 35 is a flowchart showing a control process of the control unit in FIG.

36 is a flowchart showing a control process of the control unit in FIG.

FIG. 37 is a flowchart showing a control process of the control unit in FIG. 31.

FIG. 38 is a flowchart showing the control processing of the control section in FIG. 31.

FIG. 39 is a flowchart showing a control process of the control unit in FIG.

FIG. 40 is an explanatory diagram of the dubbing operation in FIG. 31.

FIG. 41 is a configuration diagram of a conventional changer type audio device.

42 is an explanatory diagram of recording program information stored in the recording program information storage section in FIG. 41. FIG.

43 is a flowchart showing a control process of the control unit in FIG. 41. FIG.

FIG. 44 is a flowchart showing a control process of the control unit in FIG. 41.

45 is a flowchart showing a control process of the control unit in FIG. 41.

FIG. 46 is a flowchart showing a control process of the control unit in FIG. 41.

FIG. 47 is an explanatory diagram of the dubbing operation in FIG. 41.

[Explanation of symbols]

1 CD storage unit 2, 2 ₁ , 2 ₂ , 2 ₃ , ..., 2 _N CD 3 CD playback unit 4 CD changer unit 5 MD storage unit 6 ₁ , 6 ₂ , 6 ₃ , ..., 6 _M MD 7 MD Recording unit 8 MD changer unit 9A to 9D Recording program information storage unit 10A to 10D Operation unit 11A to 11D Control unit 12B, 12D Playback program information storage unit

   ─────────────────────────────────────────────────── ─── Continued front page    F-term (reference) 5D044 BC03 BC06 CC06 DE03 DE12                       DE17 DE23 DE29 DE38 DE39                       DE54 EF05 FG18 HL07                 5D066 EA02 EA24 EA28                 5D072 AB16 CB02 CB03 CB05 EB12                 5D077 AA26 AA30 BA14 BA18 BB20                       CA02 CA10 CB09 DC09                 5D110 AA15 AA19 AA22 AA27 BB20                       CA16 CA32 CB04 CC03 CD02                       CD04 CD05 CD10 CD16 CD17                       CD19 CD20 CD26 CM03 DA03                       DA08 DA11 DA15 DB03 DB19                       DC06

Claims (16)

[Claims] 1. A first accommodating means for accommodating a plurality of recorded recording media in which music signals for each song are recorded and distinguished by numbers, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchanging means for exchanging the recorded recording medium between the reproducing means and the reproducing means, and a second exchanging means for accommodating a plurality of recording mediums for recording distinguished by numbers.
A storing means, a recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, a second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and The number of the desired recorded recording medium on which the recording target song is recorded, the song number of the desired recording target song in the desired recorded recording medium, and the desired recording for recording the desired recording target song Recording program information setting operation means for setting recording program information consisting of recording medium number, recording program information storage means capable of storing a plurality of recording program information, and recording program set by the recording program information setting operation means Recording program information registration means for additionally registering information to the recording program information storage means, and recording program information storage means when the start of program recording is instructed For each recording program information stored, the causes set to reproducing means retrieves the prerecorded recording medium from the first storage means corresponding to a recorded recording medium ID in the first recording controls the exchange means program information 2
By controlling the exchanging means, the recording medium corresponding to the recording medium number in the recording program information is taken out from the second storing means and set in the recording means, and the reproducing means and the recording means are controlled to record the recording program information. A recording medium dubbing device, comprising: a dubbing control unit that causes a recording medium for recording to be played back while recording on a recording medium for recording. 2. A first accommodating means for accommodating a plurality of recorded recording media in which music signals for each music are recorded and distinguished by numbers, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchanging means for exchanging the recorded recording medium between the reproducing means and the reproducing means, and a second exchanging means for accommodating a plurality of recording mediums for recording distinguished by numbers.
A storing means, a recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, a second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and The number of the desired recorded recording medium on which the recording target song is recorded, the song number of the desired recording target song in the desired recorded recording medium, and the desired recording for recording the desired recording target song Recording program information setting operation means for setting recording program information consisting of recording medium number, recording program information storage means capable of storing a plurality of recording program information, and recording program set by the recording program information setting operation means Recording program information registration means for additionally registering information to the recording program information storage means, and recording program information storage means when the start of program recording is instructed For each of the stored recording program information, the recording program information in which the recorded recording medium numbers of the recorded recording medium numbers are the same and the recording medium numbers of the recording mediums of the other recording groups are the same are grouped, and each group is recorded. In this order, the first exchanging means is controlled so that the recorded recording medium corresponding to the recorded recording medium number in each recording program information in the group is taken out from the first storing means and set in the reproducing means, and the second exchanging means is operated. The recording recording medium corresponding to the recording recording medium number in each recording program information in the group is controlled to be taken out from the second storing means and set in the recording means, and the reproducing means and the recording means are controlled to be in the group. Dubbing control means for recording on the recording medium for recording while playing back the recording target track number in each recording program information of To the recording medium dubbing apparatus. 3. A first accommodating means for accommodating a plurality of recorded recording media in which music signals for each song are respectively recorded and distinguished by numbers, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchange means for exchanging the recorded recording medium between the recording means and the reproducing means, and when reproduction in the continuous reproduction mode is instructed, the recorded recording media stored in the first storing means are sequentially arranged, A plurality of reproduction control means, which controls the first exchanging means to take out the recorded recording medium from the first storing means and set it in the reproducing means, and also controls the reproducing means to reproduce the first to the last music piece, Second containing a recording medium for recording
Storing means, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and continuous reproduction Recording medium setting operation means for setting the number of a desired recording medium during reproduction of a desired recording medium in a mode, and recording program information storage means capable of storing a plurality of recording program information, Recording program information consisting of the number of the recording medium set by the recording medium setting operation means, the number of the recorded recording medium being reproduced at the time when the number of the recording medium is set, and the song number. Recording program information registration means additionally registered in the recording program information storage means, and each recording program information stored in the recording program information storage means when the start of program recording is instructed. For it, it causes set the prerecorded recording medium to the reproducing means removed from the first housing means corresponding to a recorded recording medium number during recording by controlling the first exchange section program information second
By controlling the exchanging means, the recording medium for recording corresponding to the recording medium number in the recording program information is taken out from the second storing means and set in the recording means, and the reproducing means and the recording means are controlled to record the recording program. A recording medium dubbing device, comprising: a dubbing control means for recording a recording target music number in information while recording on a recording medium for recording. 4. A first accommodating means for accommodating a plurality of recorded recording media, each of which is recorded with a music signal for each song and distinguished by a number, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchange means for exchanging the recorded recording medium between the recording means and the reproducing means, and when reproduction in the continuous reproduction mode is instructed, the recorded recording media stored in the first storing means are sequentially arranged, A plurality of reproduction control means, which controls the first exchanging means to take out the recorded recording medium from the first storing means and set it in the reproducing means, and also controls the reproducing means to reproduce the first to the last music piece, Second containing a recording medium for recording
Storing means, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and continuous reproduction Recording medium setting operation means for setting the number of a desired recording medium during reproduction of a desired recording medium in a mode, and recording program information storage means capable of storing a plurality of recording program information, Recording program information consisting of the number of the recording medium set by the recording medium setting operation means, the number of the recorded recording medium being reproduced at the time when the number of the recording medium is set, and the song number. , The recording program information registering means additionally registered in the recording program information storing means, and the recording program information in which the numbers of the recorded recording media of the recording recording medium information are the same when the start of the program recording is instructed. The recording program information matching and recording medium ID for each other recordings match grouped, the order of each group, the first
By controlling the exchanging means, the recorded medium corresponding to the recorded medium number in each recording program information in the group is taken out from the first storing means and set in the reproducing means, and the second exchanging means is controlled so that the group is in the group. The recording medium for recording corresponding to the recording medium number for recording in each recording program information is taken out from the second storing means and set in the recording means,
And a dubbing control means for controlling the reproducing means and the recording means so as to reproduce the recording target music number in each recording program information in the group while recording on the recording medium for recording. Dubbing equipment. 5. A first accommodating means for accommodating a plurality of recorded recording media in which music signals for each song are recorded and which are distinguished by numbers, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchanging means for exchanging the recorded recording medium between the reproducing means and the reproducing means, and reproducing program information setting operating means for setting the reproducing program information consisting of the number of the desired recorded recording medium to be reproduced. Reproduction program information storage means for storing the reproduction program information, reproduction program information registration means for additionally registering the reproduction program information set by the reproduction program information setting operation means in the reproduction program information storage means, and program reproduction When the reproduction in the mode is instructed, each reproduction program information stored in the reproduction program information storage means is controlled by the first exchanging means. Reproduction control means for taking out the recorded recording medium corresponding to the recorded recording medium number indicated by the raw program information from the first storing means and setting it in the reproducing means, and then controlling the reproducing means to reproduce the first to the last tune. The second housing a plurality of recording media for recording that are distinguished by numbers
Storing means, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and program reproduction In the mode, while the desired recording target song is playing,
Recording medium setting operation means for recording to set a desired recording medium number, recording program information storage means capable of storing a plurality of recording program information, and recording set by the recording medium setting operation means for recording Recording medium number and recording program information consisting of the recorded recording medium number and the music number of the recorded recording medium which is being reproduced when the recording medium number is set are additionally registered in the recording program information storage means. The recording program information registration means and the recording program information stored in the recording program information storage means when the start of the program recording is instructed to control the first exchanging means to record the recorded recording medium number in the recording program information. The corresponding recorded recording medium is taken out from the first storing means and set in the reproducing means, and the second recording medium is set.
By controlling the exchanging means, the recording medium for recording corresponding to the recording medium number in the recording program information is taken out from the second storing means and set in the recording means, and the reproducing means and the recording means are controlled to record the recording program. A recording medium dubbing device, comprising: a dubbing control means for recording a recording target music number in information while recording on a recording medium for recording. 6. A first accommodating means for accommodating a plurality of recorded recording media in which music signals for each song are recorded and distinguished by numbers, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchanging means for exchanging the recorded recording medium between the reproducing means and the reproducing means, and reproducing program information setting operating means for setting the reproducing program information consisting of the number of the desired recorded recording medium to be reproduced. Reproduction program information storage means for storing the reproduction program information, reproduction program information registration means for additionally registering the reproduction program information set by the reproduction program information setting operation means in the reproduction program information storage means, and program reproduction When the reproduction in the mode is instructed, each reproduction program information stored in the reproduction program information storage means is controlled by the first exchanging means. Reproduction control means for taking out the recorded recording medium corresponding to the recorded recording medium number indicated by the raw program information from the first storing means and setting it in the reproducing means, and then controlling the reproducing means to reproduce the first to the last tune. The second housing a plurality of recording media for recording that are distinguished by numbers
Storing means, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and program reproduction In the mode, while the desired recording target song is playing,
Recording medium setting operation means for recording to set a desired recording medium number, recording program information storage means capable of storing a plurality of recording program information, and recording set by the recording medium setting operation means for recording Recording medium number and recording program information consisting of the recorded recording medium number and the music number of the recorded recording medium which is being reproduced when the recording medium number is set are additionally registered in the recording program information storage means. Recording program information registration means and recording program information in which recorded recording medium numbers match each other when the start of program recording is instructed, and recording recording medium numbers also match each other Information is grouped into groups, and in the order of each group, the first
By controlling the exchanging means, the recorded medium corresponding to the recorded medium number in each recording program information in the group is taken out from the first storing means and set in the reproducing means, and the second exchanging means is controlled so that the group is in the group. The recording medium for recording corresponding to the recording medium number for recording in each recording program information is taken out from the second storing means and set in the recording means,
And a dubbing control means for controlling the reproducing means and the recording means so as to reproduce the recording target music number in each recording program information in the group while recording on the recording medium for recording. Dubbing equipment. 7. A first accommodating means for accommodating a plurality of recorded recording media in which music signals for each song are recorded and distinguished by numbers, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchange means for exchanging the recorded recording medium between the reproducing means and the reproducing means, the number of the desired recorded recording medium on which the desired reproduction target song is recorded, and the number in the desired recorded recording medium. Playback program information setting operation means for setting operation of reproduction program information consisting of a desired reproduction target music piece, reproduction program information storage means capable of storing a plurality of reproduction program information, and setting by reproduction program information setting operation means The reproduction program information registration means for additionally registering the reproduced reproduction program information to the reproduction program information storage means, and the reproduction in the continuous reproduction mode are instructed to be stored in the first storage means. In order for each recorded recording medium that has been recorded, the first exchanging means is controlled to take out the recorded recording medium from the first storing means and set in the reproducing means, and the reproducing means is controlled to reproduce from the first song to the final song. When the reproduction in the program reproduction mode is instructed, the first reproduction program information stored in the reproduction program information storage means
By controlling the exchanging means, the recorded recording medium corresponding to the recorded recording medium number in the reproducing program information is taken out from the first storing means and set in the reproducing means, and by controlling the reproducing means, A second control which stores a reproduction control means for reproducing a reproduction target music number and a plurality of recording media for recording which are distinguished by numbers.
Storing means, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and continuous reproduction Recording medium setting operation means for setting a desired recording medium number while the desired recording target song is being reproduced in the mode or program reproduction mode, and recording program information capable of storing a plurality of recording program information The recording means comprises the storage means, the number of the recording medium for recording set by the recording medium setting operation means for recording, and the number and the music number of the recorded recording medium which is being reproduced when the number of the recording medium for recording is set. Recording program information registration means for additionally registering recording program information in the recording program information storage means, and storage in the recording program information storage means when the start of program recording is instructed For each recording program information, second causes set the prerecorded recording medium to the reproducing means removed from the first housing means corresponding to a recorded recording medium number in the recording program information and controls the first exchanging means
By controlling the exchanging means, the recording medium for recording corresponding to the recording medium number in the recording program information is taken out from the second storing means and set in the recording means, and the reproducing means and the recording means are controlled to record the recording program. A recording medium dubbing device, comprising: a dubbing control means for reproducing a recording target music number in information while recording on a recording medium for recording. 8. A first accommodating means for accommodating a plurality of recorded recording media in which music signals for each song are recorded and distinguished by numbers, a reproducing means for reproducing the recorded recording media, and a first accommodating means. First exchange means for exchanging the recorded recording medium between the reproducing means and the reproducing means, the number of the desired recorded recording medium on which the desired reproduction target song is recorded, and the number in the desired recorded recording medium. Playback program information setting operation means for setting operation of reproduction program information consisting of a desired reproduction target music piece, reproduction program information storage means capable of storing a plurality of reproduction program information, and setting by reproduction program information setting operation means The reproduction program information registration means for additionally registering the reproduced reproduction program information to the reproduction program information storage means, and the reproduction in the continuous reproduction mode are instructed to be stored in the first storage means. In order for each recorded recording medium that has been recorded, the first exchanging means is controlled to take out the recorded recording medium from the first storing means and set in the reproducing means, and the reproducing means is controlled to reproduce from the first song to the final song. When the reproduction in the program reproduction mode is instructed, the first reproduction program information stored in the reproduction program information storage means
By controlling the exchanging means, the recorded recording medium corresponding to the recorded recording medium number in the reproducing program information is taken out from the first storing means and set in the reproducing means, and by controlling the reproducing means, A second control which stores a reproduction control means for reproducing a reproduction target music number and a plurality of recording media for recording which are distinguished by numbers.
Storing means, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, second exchanging means for exchanging the recording medium for recording between the second storing means and the recording means, and continuous reproduction Recording medium setting operation means for setting a desired recording medium number while the desired recording target song is being reproduced in the mode or program reproduction mode, and recording program information capable of storing a plurality of recording program information The recording means comprises the storage means, the number of the recording medium for recording set by the recording medium setting operation means for recording, and the number and the music number of the recorded recording medium which is being reproduced when the number of the recording medium for recording is set. When the recording program information registration means for additionally recording the recording program information in the recording program information storage means and the start of program recording are instructed, the numbers of the recorded recording mediums match each other. And a recording program information and the recording program information to each other recording recording medium number matches grouped, the order of each group, the first
By controlling the exchanging means, the recorded medium corresponding to the recorded medium number in each recording program information in the group is taken out from the first storing means and set in the reproducing means, and the second exchanging means is controlled so that the group is in the group. The recording medium for recording corresponding to the recording medium number for recording in each recording program information is taken out from the second storing means and set in the recording means,
And a dubbing control means for controlling the reproducing means and the recording means so as to reproduce the recording target music number in each recording program information in the group while recording on the recording medium for recording. Dubbing equipment. 9. A reproducing means for reproducing a recorded recording medium on which a music signal for each song is recorded, a storing means for storing a plurality of recording mediums distinguished by numbers, and a reproducing means for reproducing on the recording medium. Recording means for recording the music signal reproduced by the means, exchange means for exchanging the recording medium for recording between the housing means and the recording means, and the song number of the desired recording target song in the recorded recording medium as well as,
Recording program information setting operation means for performing setting operation of recording program information consisting of a desired recording medium number for recording the desired recording target song, and recording program information storage means capable of storing a plurality of recording program information Recording program information registering means for additionally registering recording program information set by the recording program information setting operation means to the recording program information storage means, and storing in the recording program information storage means when the start of program recording is instructed For each recorded recording program information, the exchanging means is controlled to take out the recording medium for recording corresponding to the recording medium number in the recording program information from the storing means and set in the recording means, and the reproducing means and the recording means are set. While controlling and playing back the recording target track number in the recording program information, the recording medium for recording Recording medium dubbing apparatus comprising: the dubbing control means for sound, a. 10. A reproducing means for reproducing a recorded recording medium on which a music signal for each song is recorded, a storing means for storing a plurality of recording recording media distinguished by numbers, and a reproducing on the recording recording medium. Recording means for recording the music signal reproduced by the means, exchanging means for exchanging the recording medium for recording between the housing means and the recording means, and the song number of the desired recording target song in the recorded recording medium and , Recording program information setting operation means for setting operation of recording program information consisting of a desired recording medium number for recording the desired recording target song, and recording program information storage means capable of storing a plurality of recording program information And a recording program information registration means for additionally registering the recording program information set by the recording program information setting operation means to the recording program information storage means, and a program recording When the start of the recording program information is instructed, the recording program information stored in the recording program information storage means is grouped with the recording program information having the same recording medium number for recording, and the exchanging means is arranged in order for each group. The recording recording medium corresponding to the recording recording medium number in each recording program information in the group is controlled to be taken out from the storing means and set in the recording means, and the reproducing means and the recording means are controlled to control each recording medium in the group. A recording medium dubbing device, comprising: a dubbing control means for recording on a recording medium for recording while reproducing a music number to be recorded in the recording program information. 11. A reproducing means for reproducing a recorded recording medium on which a music signal for each song is recorded; and a reproducing means for controlling the reproducing means to reproduce the recorded recording medium when the reproduction in the continuous reproduction mode is instructed. Reproduction control means for reproducing from the tune to the final tune, accommodating means for accommodating a plurality of recording media for recording distinguished by numbers, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, An exchanging means for exchanging the recording medium for recording between the storing means and the recording means, and a recording for recording for setting the number of the desired recording medium while the desired recording target music is being reproduced in the continuous reproduction mode. The medium setting operation means, the recording program information storage means capable of storing a plurality of recording program information, the number of the recording medium set by the recording medium setting operation means, and the number of the recording medium are set. Was done A recording program information registering means for additionally registering recording program information consisting of a music number being reproduced at a point in the recording program information storage means, and a recording program information storage means when the start of program recording is instructed. For each recording program information, the exchange means is controlled to take out the recording medium corresponding to the recording medium number in the recording program information from the storing means, set it in the recording means, and control the reproducing means and the recording means. A recording medium dubbing device, comprising: a dubbing control unit for recording a recording target music number in the recording program information on a recording medium for recording while playing it back. 12. A reproducing means for reproducing a recorded recording medium on which a music signal for each song is recorded, and a reproducing means for controlling the recording medium to be reproduced when a reproduction in a continuous reproduction mode is instructed. Reproduction control means for reproducing from the tune to the final tune, accommodating means for accommodating a plurality of recording media for recording which are distinguished by numbers, recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, An exchanging means for exchanging the recording medium for recording between the storing means and the recording means, and a recording for recording for setting the number of the desired recording medium while the desired recording target music is being reproduced in the continuous reproduction mode. The medium setting operation means, the recording program information storage means capable of storing a plurality of recording program information, the number of the recording medium set by the recording medium setting operation means, and the number of the recording medium are set. Was done The recording program information registering means for additionally registering the recording program information consisting of the track number being reproduced at the point in the recording program information storage means, and when the start of the program recording is instructed, the recording medium numbers for recording each other are changed. The matching recording program information is grouped, the exchange means is controlled in order of each group, and the recording medium corresponding to the recording medium number in each recording program information in the group is taken out from the storing means and recorded. And dubbing control means for controlling the playback means and the recording means to play back the recording target song number in each recording program information in the group while recording on the recording medium for recording. Characteristic recording medium dubbing device. 13. Playback means for playing back a recorded recording medium on which music signals for each song are recorded, and playback program information setting operation means for setting playback program information consisting of a desired playback target song number. A reproduction program information storage means capable of storing a plurality of reproduction program information; a reproduction program information registration means for additionally registering the reproduction program information set by the reproduction program information setting operation means in the reproduction program information storage means; When the reproduction in the reproduction mode is instructed, the reproduction control means for controlling the reproduction means to reproduce the music indicated by each reproduction program information stored in the reproduction program information storage means, and a plurality of recordings distinguished by numbers Storing means for storing the recording medium for recording, and recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording , Exchange means for exchanging the recording medium for recording between the storing means and the recording means, and while the desired recording target music is being reproduced in the program reproduction mode,
Recording medium setting operation means for recording to set a desired recording medium number, recording program information storage means capable of storing a plurality of recording program information, and recording set by the recording medium setting operation means for recording Recording program information registration means for additionally registering recording program information consisting of a recording medium number and a program number being reproduced at the time when the recording medium number is set, to the recording program information storage means, When the start of program recording is instructed, with respect to each recording program information stored in the recording program information storage means, the exchanging means is controlled to store the recording medium for recording corresponding to the recording medium number in the recording program information. From the recording medium, set it in the recording means, and control the playback means and recording means to play back the recording target track number in the recording program information. Recording medium dubbing apparatus comprising: the dubbing control means for recording the reluctant recordable recording medium. 14. A reproducing means for reproducing a recorded recording medium on which a music signal for each music piece is recorded, and a reproduction program information setting operation means for setting reproduction program information consisting of a desired reproduction object music piece number. A reproduction program information storage means capable of storing a plurality of reproduction program information; a reproduction program information registration means for additionally registering the reproduction program information set by the reproduction program information setting operation means in the reproduction program information storage means; When the reproduction in the reproduction mode is instructed, the reproduction control means for controlling the reproduction means to reproduce the music indicated by each reproduction program information stored in the reproduction program information storage means, and a plurality of recordings distinguished by numbers Storing means for storing the recording medium for recording, and recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording , Exchange means for exchanging the recording medium for recording between the storing means and the recording means, and while the desired recording target music is being reproduced in the program reproduction mode,
Recording medium setting operation means for recording to set a desired recording medium number, recording program information storage means capable of storing a plurality of recording program information, and recording set by the recording medium setting operation means for recording Recording program information registration means for additionally registering recording program information consisting of a recording medium number and a program number being reproduced at the time when the recording medium number is set, to the recording program information storage means, When the start of the program recording is instructed, the recording program information whose recording medium numbers for recording coincide with each other is grouped, and the exchanging means is controlled in the order of each group to control the recording program information in each group. The recording medium for recording corresponding to the recording medium number for recording is taken out from the storing means and set in the recording means, and the reproducing means and the recording means are controlled so that the glue is changed. Recording medium dubbing apparatus being characterized in that and a dubbing control means for recording the recordable recording medium while reproducing the recording target track number in the recording program information in the. 15. A reproducing means for reproducing a recorded recording medium on which a music signal for each music is recorded, and a reproduction program setting operation for setting a music number of a desired reproduction target music in the recorded recording medium. Means, a reproduction program information storage means capable of storing a plurality of reproduction program music, and a reproduction program music registration means for additionally registering the reproduction program music set by the reproduction program music setting operation means in the reproduction program information storage means. When the reproduction in the continuous reproduction mode is instructed, the reproduction means is controlled to reproduce the recorded recording medium from the first music to the last music, and when the reproduction in the program reproduction mode is instructed, the reproduction means is controlled. And a reproduction control means for reproducing each reproduction program music stored in the reproduction program information storage means, and a storage hand which accommodates a plurality of recording media for recording which are distinguished by numbers. A recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, an exchanging means for exchanging the recording medium for recording between the storing means and the recording means, and a continuous reproducing mode or a program reproducing mode. Recording medium setting operation means for setting the number of a desired recording medium for recording while a desired recording target song is being reproduced, recording program information storage means capable of storing a plurality of recording program information, The recording program information including the recording medium number set by the recording medium setting operation means and the music number being reproduced at the time when the recording medium number is set is added to the recording program information storage means. The recording program information registration means to be registered as a recording program information and each recording program information stored in the recording program information storage means when the start of the program recording is instructed, The recording medium corresponding to the recording medium number in the recording program information in the recording program information is taken out from the storing means and set in the recording means, and the reproducing means and the recording means are controlled to control the recording program information in the recording program information. A recording medium dubbing device, comprising: a dubbing control unit that causes the recording target music number to be recorded on a recording medium for recording while being reproduced. 16. A reproducing means for reproducing a recorded recording medium on which a music signal for each music is recorded, and a reproducing program setting operation for setting a music number of a desired reproduction target music in the recorded recording medium. Means, a reproduction program information storage means capable of storing a plurality of reproduction program music, and a reproduction program music registration means for additionally registering the reproduction program music set by the reproduction program music setting operation means in the reproduction program information storage means. When the reproduction in the continuous reproduction mode is instructed, the reproduction means is controlled to reproduce the recorded recording medium from the first music to the last music, and when the reproduction in the program reproduction mode is instructed, the reproduction means is controlled. And a reproduction control means for reproducing each reproduction program music stored in the reproduction program information storage means, and a storage hand which accommodates a plurality of recording media for recording which are distinguished by numbers. A recording means for recording the music signal reproduced by the reproducing means on the recording medium for recording, an exchanging means for exchanging the recording medium for recording between the storing means and the recording means, and a continuous reproducing mode or a program reproducing mode. Recording medium setting operation means for setting the number of a desired recording medium for recording while a desired recording target song is being reproduced, recording program information storage means capable of storing a plurality of recording program information, The recording program information including the recording medium number set by the recording medium setting operation means and the music number being reproduced at the time when the recording medium number is set is added to the recording program information storage means. When the recording program information registration means to register the recording program information and the start of the program recording are instructed, the recording program information whose recording medium numbers are the same is grouped together. Then, in order of each group, the exchanging means is controlled to take out the recording medium corresponding to the recording medium number in the recording program information in the group from the storing means and set it in the recording means, and the reproducing means. And a dubbing control unit for controlling the recording unit to record the music number of the recording target in each recording program information in the group while recording on the recording medium for recording, the recording medium dubbing apparatus.