JP2003085947A - Device and method for optical disk recording and reproduction - Google Patents

Abstract

PROBLEM TO BE SOLVED: To record music to a cassette tape without any break of sound in switching from the side A to the side B and to reproduce pieces of music from an optical disk exactly in the order of those on a recording medium as to a device and a method for recording and reproduction, which record a plurality of pieces of music reproduced from the recording medium to the cassette and the optical disk. SOLUTION: By the method for reproducing the plurality of pieces of music from the recording medium 1 where the plurality of pieces of music are already recorded in order and recording them to the cassette tape 2 and optical disk 3 at the same time in synchronism with the reproduction, the plurality of pieces of music are recorded in the order of the pieces of music which can be recorded to the cassette tape 2 without changing from the side A to the side B and also recorded to the optical disk 3 in this order. On the optical disk 3, UTOC information is so recorded that the plurality of pieces of music which are recorded can be reproduced in the order of those recorded on the recording medium 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention reproduces music recorded on an optical disc such as a compact disc (hereinafter referred to as a CD) by a reproducing means, and a mini disc (hereinafter referred to as MD). The present invention relates to a recording / reproducing apparatus and a recording / reproducing method such as an audio device capable of simultaneously recording on two or more recording media such as a cassette type magnetic tape (hereinafter referred to as a cassette tape).

[0002]

2. Description of the Related Art Conventionally, a recording / reproducing apparatus having a CD reproducing section, an MD recording section and a cassette tape recording section is known. A recording state of music when a plurality of music recorded on a CD are simultaneously recorded on an MD and a cassette tape by this conventional recording / reproducing apparatus will be described with reference to FIG. In the example shown in FIG. 3, seven pieces of music are recorded in advance on the CD 1. The playback time of the seven songs on CD1 is
15 minutes for the first song, 10 minutes for the second song,
The third song is 20 minutes, the fourth song is 5 minutes, the fifth song is 10 minutes, the sixth song is 10 minutes, the seventh song is 10 minutes, and the total playing time of the seven songs is 80 minutes of musical sound is recorded. Cassette tape 2 for recording 7 songs on CD1
It is assumed that 40 minutes of music can be recorded on each of A side and B side, and the total recordable time of A side and B side is 80 minutes. On the other hand, it is assumed that the MD3 can record a total of 80 minutes of music.

A conventional recording / reproducing apparatus uses a CD reproducing section for a CD.
The music signal recorded in (1) is reproduced and this signal is output to the MD recording section and the cassette tape recording section. The MD recording unit records the music signal received from the CD reproducing unit in the MD. The cassette tape recording unit converts the music signal received from the CD reproducing unit into an analog signal and records it on the cassette tape. When the cassette tape recording unit has the auto-reverse function, first, the music outputted from the CD reproducing unit is recorded on the A side of the cassette tape, and when the A side becomes the tape end, a recording head (not shown) in the recording unit is set. Reverse and then record the song on side B.

In a conventional recording / reproducing apparatus, when a signal reproduced from a CD is simultaneously recorded on an MD and a cassette tape, a button provided on the apparatus for instructing simultaneous recording is generally pressed. As a result, the CD reproducing unit is temporarily stopped and stopped, during which the cassette tape recording unit automatically feeds the leader tape portion and then becomes the standby state, and the MD recording unit reads the UTOC information and moves the optical head to the empty area. Let it go into a standby state. When both are in the standby state, the CD playback section starts playing the CD, and the MD
And the simultaneous recording on the cassette tape is started.

At this time, the recording from the CD to the MD is as shown in FIG.
It can be done without problems as shown in. However, since the recording on the cassette tape is switched from the A side to the B side, at the end of the A side, the sound is interrupted in the middle of the song (the middle of the third song), and the B side is recorded. At the beginning of the recording, recording is started from the middle of the music (the middle of the third music), and the recording quality is impaired. 7 recorded on CD
Cassette tape A
In order to enable recording on the side B and side B, it is conceivable to change the song order of the songs played by the CD player. Generally, the CD reproducing section is provided with a program reproducing means for setting the music order of the music to be reproduced to an arbitrary music order. By operating this, the user can change the reproduction order of the music of the CD and record as shown in FIG. In the example of FIG. 2, the first music (reproduction time 15 minutes) is reproduced first from the CD, the second music (reproduction time 10 minutes) is reproduced next, and the fourth music (reproduction time 5 is reproduced).
Min), 4th 5th music (reproduction time 10 minutes), 5th 3rd music (reproduction time 20 minutes), 6th 6th music (reproduction time 10 minutes), 7th 7th. Songs (playback time 1
0 minutes) is playing. In this way, by changing the song order of the music pieces and reproducing, and by switching the cassette tape from the A side to the B side between the fourth fifth music and the fifth third music, recording on the CD It is possible to record all of the seven songs performed on the A side and the B side of the cassette tape without breaking the sound.

Japanese Unexamined Patent Publication No. 6-111543 discloses a CD
When reproducing a plurality of songs recorded on the tape and recording them on a cassette tape, the order of the songs to be reproduced is changed to determine the order of the songs to be reproduced so that there is no song from the A side to the B side. A calculation method for doing so is disclosed.

Further, Japanese Unexamined Patent Publication No. 8-279274 discloses a structure in which music played by a CD player is simultaneously recorded on a cassette tape of an auto reverse cassette deck and an MD of a mini disk system in the order of the music. ing. According to the configuration of this publication, a song that is halfway at the end of the A side of the cassette tape is reproduced again from the beginning of the B side by replaying from the beginning of the B side. . As a result, when the cassette tape is switched from the A side to the B side, it is possible to prevent the break of the music.

[0008]

However, as in the recording method shown in FIG. 2 described above, a method of changing the order of reproducing the music recorded on the CD and recording on the MD and the cassette tape is When the recorded MD or cassette tape is played back, a sense of incongruity may occur compared to when the 7 songs are played back in the order of the songs recorded on the CD. For example, when a song of a concerto with a total playing time of 80 minutes is divided in the middle of the song and divided into a plurality of songs and recorded on a CD, if the song order of the songs is changed and played, the concerto The flow of the song is damaged.

On the other hand, in the technique disclosed in Japanese Unexamined Patent Publication No. 8-279274, when there is a song which is halfway at the end of the A side, the entire B song is re-recorded from the beginning.
Therefore, a considerable amount of time is required for recording the music. In addition, since the recordable capacity for re-recording all the songs that are in the middle is required on the B side of the cassette tape, the recordable capacity is greater than the total playing time of the songs recorded on the CD. If you do not prepare a considerably long cassette tape, you may not be able to completely record on the cassette tape until the last song.

The present invention is a recording / reproducing apparatus and a recording / reproducing method capable of simultaneously recording a plurality of musical pieces reproduced from a recording medium on a cassette tape and an optical disc, comprising a cassette tape recording means and an optical disc recording means. A recording / reproducing apparatus and a recording / reproducing method capable of recording music on a cassette tape at least when switching from surface A to surface B without sound interruption and recording so that reproduction can be performed in the order of music on a recording medium. The purpose is to provide.

[0011]

In order to achieve the above object, the present invention provides the following optical disk recording / reproducing apparatus.

That is, reproducing means for reproducing a recording medium on which a plurality of music pieces are recorded in advance, and cassette tape recording means for recording the music pieces reproduced by the reproducing means on the A and B sides of the cassette tape. An optical disk recording means for recording the music reproduced by the reproducing means on an optical disk; a detecting means for detecting a music order of the plurality of music recorded on the recording medium and a playing time for each music; Calculating means for calculating the order of songs by which the reproducing means reproduces the plurality of songs, and input means for receiving an instruction from a user to simultaneously record the plurality of songs reproduced by the reproducing means on the cassette tape and the optical disc, A control means, and the computing means uses the playing time for each of the songs detected by the detecting means, The song order for recording on the A side or the B side without calculating any songs from the A side to the B side of the cassette tape is determined by calculation, and the optical disc recording means is instructed by the control means. Accordingly, the control means includes a UTOC information recording means for creating UTOC information to be recorded on the optical disc and recording the UTOC information on the optical disc, and the control means, when the input means receives the instruction of the simultaneous recording from the user, the computing means. Instructs the reproducing means to reproduce in the music order determined by calculation, and records the plurality of music pieces in the reproduced music order on the cassette tape and the optical disk by the cassette tape recording means and the optical disk recording means. At the same time, the plurality of songs recorded on the optical disc are reproduced in the song order of the recording medium detected by the detecting means. The UTOC information because is created on the UTOC information recording unit, an optical disk recording and reproducing apparatus which comprises causing recorded on the optical disc.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A recording / reproducing apparatus according to an embodiment of the present invention will be described with reference to FIGS.

First, the structure of the recording / reproducing apparatus of the present embodiment will be described with reference to FIG. As shown in FIG. 4, the recording / reproducing apparatus 100 according to the present embodiment has a CD (compact disc) reproducing section 8, a cassette tape recording section 9, an MD.
A (mini disc) recording unit 4, an input unit 5, a calculation unit 6, and a control unit 7 are provided.

The CD reproducing section 8 includes a reproducing head (not shown) for reproducing the music signal recorded on the CD, a rotary driving section (not shown) for rotationally driving the CD, and a head driving section for moving the reproducing head. (Not shown) and a circuit section (not shown) for controlling the drive of these. Further, the CD reproducing section 8 is provided with a program section 801 and a music time detecting section 802. The program unit 801 controls each unit so that the music pieces recorded on the CD are reproduced in the order of the music pieces instructed by the control unit 7. Also, the music time detection unit 802
Is a detection unit (not shown) that controls the playback head and the like to detect song order information of the songs recorded on the CD, and playback time information for each song, and stores the detected playback time for each song. Memory (not shown). The music piece order detected by the detection unit is output to the control unit 7, and the control unit 7
Is stored in a first music order storage unit 701 described later.

The cassette tape recording unit 9 includes a recording head (not shown) for recording music signals on the tape, a drive unit (not shown) for moving the tape, and an auto-reverse mechanism unit (not shown) for reversing the recording head. And the reproduced signal received from the CD reproducing section 8 is recorded on the A side and the B side of the cassette tape.

The MD recording unit 4 includes a recording head (not shown) for recording a music signal on the MD, a rotation driving unit (not shown) for rotating the MD, and a head driving unit (not shown) for moving the recording head. C) and a control unit (not shown), and C
The reproduction signal output from the D reproduction unit 8 is recorded in the MD.
Further, the MD recording unit 4 is provided with a UTOC editing unit 401. The UTOC editing unit 401 includes a UTOC (User T) including song order information of recorded songs and address information indicating in which area on the MD each song is recorded.
Able Of Contents information is created, and the recording head is controlled to record this on the MD. Also, U
The TOC editing unit 401 has a built-in editing unit (not shown) and edits the UTOC information according to an instruction from the control unit 7.

The input section 5 is an operation section for receiving from the user an operation for instructing simultaneous recording of a signal reproduced from a CD on a cassette tape and an MD, and A of the cassette tape accommodated in the cassette tape recording section 9. And an operation unit for receiving the input of the recordable time of the surface B and the surface B from the user. The input unit 5 outputs to the control unit 7 a signal indicating the recordable time of the received A and B sides of the cassette tape.

The calculation unit 6 is arranged so that each music recorded on the CD can be recorded on the cassette tape without being recorded on the A and B sides of the cassette tape.
The music order of the playback section is calculated according to the recordable time of the cassette tape. That is, the calculation unit 6 calculates the reproduction time of each music detected by the music time detection unit 802 and the input unit 5
The recordable time of the A-side and B-side of the cassette tape received by is read, and the songs are sorted within the recordable time of the A-side and the B-side. If necessary, the song to be recorded on the A-side and the B-side are recorded.
By replacing the songs to be recorded on the surface, the calculation for determining the song order is performed so that all the songs can be recorded on the A side or the B side. The calculation method in which the calculation section 6 distributes the music to the A surface or the B surface in this way is a well-known technique, and therefore a detailed description thereof will be omitted here. This technique is described in, for example, Japanese Patent Laid-Open No. 6-111543.

When the input section 5 receives a simultaneous recording start instruction from the user, the control section 7 instructs the CD reproducing section 8 to reproduce the CD, and causes the cassette tape recording section 9 and the MD recording section 4 to reproduce the CD. 8 is instructed to record the reproduction signal, and the reproduction and recording of these signals are controlled. The control unit 7 also includes a first song order storage unit 701 and a second song order storage unit 702. The first song order storage unit 701 stores the song order of the songs detected by the song time detection unit 802 of the CD playback unit 8 as described above. The second song order storage unit 702 stores the song order of the songs determined by the calculation unit 6 by calculation. The control unit 7 instructs the program unit 801 to reproduce the CD 1 in the music order of the music stored in the second music order storage unit 702. Further, the control unit 7 instructs the UTOC editing unit 401 of the MD recording unit 4 to change the song order information of the songs recorded in the first song order storage unit 701.

A display unit (not shown) such as a display tube is provided on the front surface of the recording / reproducing apparatus of this embodiment.
The control unit 7 controls the display content of the display unit.

Next, the recording / reproducing apparatus 100 of the present embodiment.
The operation of each section of will be described with reference to FIGS. Control unit 7
Reads a program previously stored in a memory (not shown) and executes the program to operate as shown in the flowcharts of FIGS. 5 and 6 to control each unit.

The CD 1 used in the description of this embodiment
7 songs are recorded in advance, and the playing time of each song is 15 minutes for the first song and 1 minute for the second song, respectively.
0 minutes, 3rd song is 20 minutes, 4th song is 5 minutes, 5th song is 10 minutes, 6th song is 10 minutes, 7th song is 10 minutes
It is assumed that the total playing time of 7 songs is 80 minutes. In addition, the cassette tape 2 has 42 A on each of the A side and B side.
A music piece for one minute can be recorded, and the total recordable time of the A side and the B side is 84 minutes. MD3 is 80 in total
It is assumed that minutes of music can be recorded.

First, when the control unit 7 detects that the input unit 5 has received an operation of simultaneously recording a signal reproducing the CD1 from the user on the cassette tape and the MD (step 101), the control unit 7 determines that the CD The music piece time detection unit 802 of the reproduction unit 8 is instructed to detect the music piece order information of the music pieces recorded on the CD 1 and the reproduction time information of each music piece (step 102). In response to this instruction, the music piece time detection unit 802 detects the music piece order information and the reproduction time information of each music piece of the CD 1. The detected music order information is stored in the first music order storage unit 701 of the control unit 7. Also,
The detected music time information is stored in the memory in the music time detection unit 802.

Next, the control section 7 causes the display section (not shown) to display a content prompting the user to input the recordable time of the A side and B side of the cassette tape 2. Then, when the control unit 7 detects that the input unit 5 has received the recordable time of the A and B sides of the cassette tape from the user (step 103), the arithmetic unit 6 instructs the arithmetic unit 6 to perform the music for the A and B sides. (Step 10)
4). In response to this instruction, the calculation unit 6 causes the music time detection unit 8 to
The playback time of each song stored in the memory of 02,
Based on the song order of the CD 1 stored in the first song order storage unit 701 and the recordable time of the A and B sides of the cassette tape input by the input unit 5, the A and B sides are recorded. So that all songs are recorded on side A and B
Performs an operation to assign to the surface. Then, the song order in which the songs are played in the sorted order is stored in the second song order storage unit 702. Here, the input unit 5 accepts that the recordable time is 42 minutes for both sides A and B, so the calculator 6
Records the seven songs recorded on CD1, the first song, the second song, the fourth song, and the fifth song on the A side of the cassette tape 2 in order, and on the B side, It is determined by calculation that the third music, the sixth music, and the seventh music are recorded in order (see FIG. 1). Therefore, the calculation unit 6 determines that the reproduction music order is the order of the first, second, fourth, fifth, third, sixth, and seventh music, and this music order is the second music order. Storage unit 702
To store.

The control unit 7 instructs the program unit 801 of the CD reproducing unit 8 to reproduce the CD according to the music order stored in the second music order storage unit 702 (step 10).
5). At the same time, the cassette tape recording unit 9 and the MD recording unit 4 are instructed to record the reproduction signals of the CD reproducing unit 8 on the cassette tape 2 and the MD 3 respectively (step 106). As a result, the CD reproducing unit 8 starts reproducing the CD 1 according to the music order stored in the second music order storage unit 702, and the cassette tape recording unit 9 and the MD recording unit 4
Starts recording music on the cassette tape 2 and the MD 3 in the order reproduced by the CD reproducing section 8.

The control unit 7 pauses the reproduction of the CD 3 when the reproduction of the first music, the second music, the fourth music and the fifth music distributed to the A side is completed (step 107). Is instructed to the CD reproducing section 8 and at the same time, the recording of the music in the MD recording section 4 is paused. At the same time, the control unit 7
The cassette tape recording unit 9 is instructed to stop recording the music. Further, the control unit 7 sends the cassette tape recording unit 9 A
After instructing the cassette tape 2 to be fast-forwarded until the surface reaches the tape end, it is instructed to reverse the recording head, and subsequently, control is performed so that the leader tape portion of the B side is advanced and temporarily stopped (step 108). ).

Next, the control section 7 gives an instruction to cancel the pause of the CD reproducing section 8 to restart the reproduction, and
The pause of the MD recording unit 4 is released to restart the recording, and the cassette tape recording unit 9 is instructed to start recording the music on the B side (step 109). As a result,
CD1 is reproduced in the order of the sixth and seventh music pieces, and these are recorded on the cassette tape 2 and MD3. Control unit 7
When the reproduction of the third music, the sixth music, and the seventh music is completed (step 110), the CD reproduction unit 8 is instructed to end the reproduction, and the cassette tape recording unit 9 and the MD recording unit are 4 is instructed to stop recording the music (step 11
1).

Next, the control unit 7 controls the UTO of the MD recording unit 4.
The song order of the first song order storage unit 701 is transferred to the C editing unit 401, and an instruction is given to edit the song order information of the song in the UTOC information recorded in the MD (step 112). UTO
The C editing unit 401 uses the recorded song order (the second song order storage unit 7
UTO in which the songs are played in the order stored in 02)
After the C information is once created in the conventional manner, the song order information included in the UTOC information is rewritten so that the songs are played back in the song order stored in the first song order storage unit 701. Specifically, the song order information of the UTOC information is set so that the addresses indicating the areas in which the respective songs on the MD3 are recorded are sequentially called in the song order stored in the first song order storage unit 701. rewrite. The control unit 7 is U
When the editing of the UTOC information by the TOC editing unit 401 is completed, the MD recording unit 4 is instructed to record the edited UTOC information in the MD. As a result, the first MD3
The UTOC information for reproducing the music pieces in the music piece order stored in the music piece order storage unit 701 (the music piece order according to CD 1) is recorded.

As described above, on the side A of the cassette tape 2, as shown in FIG. 1, the first music (reproduction time: 15 minutes), the second music (reproduction time: 10 minutes) of the music recorded on the CD,
The music having a total reproduction time of 40 minutes of the fourth music (reproduction time of 5 minutes) and the fifth music (reproduction time of 10 minutes) is recorded, and the third music of the music recorded on the CD is recorded on the B side. A music piece having a total reproduction time of 40 minutes (the reproduction time of 20 minutes), the sixth music piece (the reproduction time of 10 minutes), and the seventh music piece (the reproduction time of 10 minutes) is recorded. In addition, since MD3 stores UTOC information that is edited so as to be reproduced in the same song order as that recorded in CD1, when MD3 is reproduced, the UTOC information is recorded in the same order as that recorded in CD1. Music pieces are reproduced in the same reproduction order (see FIG. 1).

As described above, according to the present embodiment, since there is no song recorded on the cassette tape 2 from the A side to the B side, there is no sound break when switching from the A side to the B side. It is possible to provide a device capable of recording music and also capable of recording music on the MD3 so that the music can be reproduced in the order of music on the CD.

In the above-described embodiment, the recording / reproducing apparatus 100, at step 112, the first music order storage unit 7
Although the UTOC information was edited in the order of 01 songs (the order of CD songs), in step 112, MD
The song order of the UTOC information of No. 3 is the song order recorded in the cassette tape 2 (the song order of the second song order storage unit 702), or
The user may be allowed to select whether the music order is the same as that of the CD1 (the music order of the first music order storage unit 701). For example,
The control unit 7 displays "ED" as a display prompting the user to make a selection.
IT OK? ", Etc. is displayed on the display section. If the order of the songs as recorded on the cassette tape 2 is acceptable, press the" STOP "key of the input section 5, and if the order of songs is as CD1, enter A display prompting the user to press the "enter" key of the section 5 is also displayed on the display unit. In this case, if the user presses the "enter" key, the operation in step 112 is performed. When the user presses the “STOP” key, the UTOC editing unit 401 determines the recorded song order (second song order storage unit 702).
The UTOC information in which the music pieces are reproduced in the order of the tunes stored in (1) and is recorded in the MD3. As a result, as shown in FIG. 1, the reproduction tune order of the MD3 is the tune order recorded on the cassette tape 2 (the tune order of the second tune order storage unit 702) or the tune order of CD1 (the first tune order storage unit). 701) can be selected by the user.

As a result, the music can be recorded on the cassette tape 2 at least when switching from the A side to the B side without sound break, and the MD3 can record the music so that the CD can be reproduced in the order of the music. Therefore, it is possible to provide a device in which the user can select whether to record the music so that the music can be reproduced in the same music order as the cassette tape 2.

In the above-described embodiment, the CD is used as the recording medium for reproducing a plurality of music pieces, but not limited to the CD, other optical disks such as MD and rewritable CD, and U.
Other recording media such as a DAT tape or a cassette tape in which TOC information is written can be used. Also,
Although the MD is used as the optical disc for recording the reproduced music, another type of optical disc can be used as long as it is a writable optical disc. Also, the recording medium to be recorded has been described in the case where there is one cassette tape and one optical disc (MD), but recording is performed simultaneously on three or more recording media such as two cassette tapes and one optical disc. The configuration of this embodiment can also be applied to the case.

[0035]

As described above, according to the present invention, it is possible to record a plurality of music pieces reproduced from a recording medium on the cassette tape and the optical disk at the same time, by including the cassette tape recording means and the optical disk recording means. A reproducing device and a recording / reproducing method, wherein at least a music piece can be recorded on a cassette tape without sound breaks when switching from side A to side B, and recording is performed so that reproduction can be performed in the order of the music on the recording medium. It is possible to provide a recording / reproducing apparatus and a recording / reproducing method capable of performing the above.

[Brief description of drawings]

FIG. 1 is a schematic diagram of a cassette tape 2 when simultaneously recording 7 songs recorded on a CD 1 on a cassette tape 2 and an MD 3 in a recording / reproducing apparatus according to an embodiment of the present invention.
FIG. 3 is an explanatory diagram showing a music order recorded in No. 2 and a music order at the time of reproducing music recorded in MD3.

FIG. 2 is a recording / reproducing apparatus of the related art, in which when recording seven songs recorded on a CD1 on a cassette tape 2 and an MD3 at the same time, the cassette tape 2 is recorded when the music order is changed and reproduced. It is an explanatory view showing a music order performed and a music order at the time of reproducing the music recorded in MD3.

FIG. 3 is a diagram showing a case in which, in the conventional recording / reproducing apparatus, when the seven music pieces recorded on the CD1 are simultaneously recorded on the cassette tape 2 and the MD3, they are reproduced in the order of the music pieces on the CD1.
It is explanatory drawing which shows the music order recorded on the cassette tape 2, and the music order at the time of reproduction of the music recorded on MD3.

FIG. 4 is a block diagram showing a configuration of a recording / reproducing apparatus according to an embodiment of the present invention.

FIG. 5 is a flowchart showing a control operation of the control unit 7 of the recording / reproducing apparatus of the embodiment of the present invention.

FIG. 6 is a flowchart showing a control operation of the control unit 7 of the recording / reproducing apparatus of the embodiment of the present invention.

[Explanation of symbols]

1 ... Optical disc (CD), 2 ... cassette tape, 3 ... Mini disc (MD), 4 ... MD recording unit, 5 ... Input section, 6 ... arithmetic unit, 7 ... control unit, 8: CD playback section, 9: cassette tape recording section, 100 ... Recording / reproducing device, 401 ... UTOC editorial department, 701 ... a first music order storage unit, 702 ... A second music order storage unit, 801 ... Program section, 802 ... A music time detection unit.

Claims (6)

[Claims] 1. Playback means for playing back a recording medium on which a plurality of music pieces are recorded in advance, and cassette tape recording means for recording the music pieces reproduced by the reproduction means on sides A and B of a cassette tape. An optical disk recording means for recording the music reproduced by the reproducing means on an optical disk; a detecting means for detecting a music order of the plurality of music recorded on the recording medium and a playing time for each music; Calculating means for calculating the order of songs by which the reproducing means reproduces the plurality of songs, and input means for receiving an instruction from a user to simultaneously record the plurality of songs reproduced by the reproducing means on the cassette tape and the optical disc, A control unit, and the arithmetic unit uses the playing time for each music detected by the detection unit Also, the song order for recording on the A side or the B side is calculated by calculation without extending from the A side to the B side of the cassette tape, and the optical disc recording means is responsive to an instruction from the control means. , Create UTOC information to be recorded on the optical disc,
The control means includes a UTOC information recording means for recording on the optical disc, and the control means, when the input means receives an instruction of the simultaneous recording from a user, reproduces the reproduction in the song order determined by the calculation means. The cassette tape recording means and the optical disk recording means to record the plurality of music pieces in the order of the reproduced music pieces on the cassette tape and the optical disk, and the plurality of music pieces recorded on the optical disk. UT for reproducing the recording medium in the song order detected by the detecting means
An optical disk recording / reproducing apparatus, characterized in that OC information is created in said UTOC information recording means and recorded on said optical disk. 2. The optical disk recording / reproducing apparatus according to claim 1, wherein the input means makes the order of music reproduced from the optical disk the same as the order of music recorded on the recording medium, or It is possible to accept a user's selection as to whether it is the same as the order of the songs recorded on the cassette tape, and when the user accepts the selection that the same as the order of the songs recorded on the cassette tape, the control is performed. An optical disk recording / reproducing apparatus, characterized in that the means causes the UTOC information recording means to create UTOC information for reproducing the music on the optical disk in the music order determined by the arithmetic means, and records the UTOC information on the optical disk. 3. The optical disk recording / reproducing apparatus according to claim 2, further comprising a display means, and the control means, when the input means receives the instruction of the simultaneous recording, causes the display means to read from the optical disk. The playback order of the songs is the same as that of the recording medium, or
Alternatively, the optical disk recording / reproducing apparatus is characterized in that a display urging the user to select the same as the order of the tunes of the cassette tape and input to the input means is displayed. 4. An optical disk recording / reproducing method for reproducing a plurality of music pieces in order from a recording medium in which a plurality of music pieces are recorded in advance, and simultaneously recording on a cassette tape and an optical disk in synchronization with the reproduction. When the medium is reproduced, by reproducing in a predetermined reproduction order in which the plurality of music pieces can be recorded on the A surface or the B surface without extending from the A surface to the B surface of the cassette tape. , The plurality of songs are recorded on the cassette tape without extending from the side A to the side B, and are also recorded on the optical disc, and the plurality of songs recorded on the optical disc are recorded when the optical disc is reproduced. An optical disk recording, characterized in that UTOC information reproduced in the order of songs recorded on a recording medium is created and the UTOC information is recorded on the optical disk. Playback method. 5. The optical disk recording / reproducing method according to claim 4, wherein the order of music when the optical disk is reproduced is the same as the order of music recorded on the recording medium, or the cassette tape is recorded. If it is the same as the recorded song order, or if the user's selection is accepted and the accepted selection is the song order recorded on the cassette tape, the songs on the optical disc are played back on the recording medium. An optical disc recording / reproducing method characterized in that UTOC information to be reproduced in step 1 is created and the UTOC information is recorded on the optical disc. 6. The optical disk recording / reproducing method according to claim 5, wherein the order of music when reproduced from the optical disk is the same as the order of music recorded on the recording medium, or the cassette tape is recorded on the cassette tape. An optical disk recording / reproducing method, characterized in that a display prompting the user to select whether to make the same order as the recorded tunes is displayed.