JP3438882B2 - Disk recording and playback device - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disk recording / reproducing apparatus.
For example, compact disk players and magneto-optical
The present invention can be applied to an audio device in which a disk device is integrated. [0002] Conventionally, in portable audio equipment,
Has a compact disk player and a tape recorder.
There is an integrated one, compact disk player
Played music can be recorded directly with a tape recorder
It has been done. [0003] As a result, the user needs to
To easily dub a compact disc.
Can play various recording media by carrying
You. [0004] By the way, this kind of O
Magneto-optical data in place of tape recorders in
If the disk unit can be integrated,
It is thought that usability can be improved. That is, in a magneto-optical disk device,
By being able to select the desired song at random, tape recording
It has features that are easier to use than
High quality due to the ability to record and play back audio signals
It can record and reproduce quality audio signals. However, in a magneto-optical disk device,
Track jumps may occur due to impact, etc.
During playback, the playback signal skips during playback.
On the other hand, during recording,
Could be destroyed. In particular, this type of magneto-optical disc device is
When integrating with a disc player, a magneto-optical disc
Compact disc player in addition to sound skipping on the
There is also a case where sound skips on the side. For this reason, this type of magneto-optical disc device is
A portable audio player integrated with the impact disc player
When dubbing, complete dubbing while skipping sound.
You may need to re-dub
It can be used compared to the case where the tape recorder is integrated.
There is a possibility that selfishness will worsen. Also, due to scratches on the compact disk,
Impact disc player repeatedly plays the same spot
May need to be dubbed again in this case.
is there. The present invention has been made in consideration of the above points.
The information signal recording device was integrated with the information signal reproducing device
Even if the information signal of the information signal reproducing device is simple and reliable
A disk recording and playback device that can record on
It is to try. [0011] The present invention has been made to solve such a problem.
In the present invention, the first disk-shaped recording medium 10
The information signal S4 reproduced from the second disk-shaped recording medium.
In the disk recording / reproducing apparatus 1 dubbing to 50,
Reproducing the information signal S4 from the first disk-shaped recording medium 10
Reproducing means 6 for reproducing the information signal reproduced by the reproducing means 6
Memory means 26 and 64 for temporarily storing S4;
The information signal S4 read from the stages 26 and 64 is applied to the second
Recording means 8 for recording on disk-shaped recording medium 50, and reproducing means
6 to the memory means 26, 64
Detecting means for detecting that the writing is interrupted by a disturbance
16 and 38 and the free areas of the memory means 26 and 64 are detected.
Outgoing empty area detecting means 82 and detecting means 16 and 38
Information signal S from the reproducing means 6 to the memory means 26, 64
Reproduction when continuous writing of 4 is interrupted by disturbance
Based on the time and the detection result of the empty area detection means 82,
And the rewriting position on the second disk-shaped recording medium 50
A determining means 82 for determining is provided. The detecting means 16 and 38 store the data from the reproducing means 6 in the memory.
Continuous writing of the information signal S4 to the means 26, 64 is a disturbance
Time and free space detection means at the time of interruption due to
Based on the detection result at step 82.
Determining the rewriting position on the recording medium 50
As a result, the information signal S4 can be output without repeating complicated operations.
Continuous recording on the second disk-shaped recording medium 50
Can be. An embodiment of the present invention will be described below in detail with reference to the drawings.
I do. (1) Appearance Configuration In FIG. 1, reference numeral 1 denotes a portable audio apparatus as a whole.
The speakers 2 and 4 are arranged on the left and right, and
The impact disk player section 6 and the like are arranged. That is, in the audio device 1,
Magneto-optical disk adjacent to the impact disk player section 6
The compact disk player section 6
Dubbing of the generated audio signal with the magneto-optical disc unit 8
And through the speakers 2 and 4
Pact disk player section 6 and magneto-optical disk section 8
The playback signal can be monitored. On the other hand, on the front of the audio device 1,
Is a compact disk player unit 6 and a magneto-optical disk
The control of the control unit 8 and a display for displaying the operation mode and the like are arranged.
So that you can check the name of the song being played, etc.
It has been done. (2) Compact disc player section As shown in FIG. 2, the compact disc player section 6
Uses a compact disc 10 with a spindle motor 12
The optical pickup 14 is driven to rotate.
Process the reproduced signal S1 to produce a compact disc 10
Reproduce. That is, the compact disk player section 6
In the above, the RF signal processing circuit 16 includes the optical pickup 1
4 is amplified and then converted to a binary signal.
Output to the signal processing circuit 18 and tracking error
Signal TE and the focus error signal FE to detect
Output to the servo circuit 20. As a result, the servo circuit 20
The optical pickup 14 is driven via the driver circuit 22;
It is made to control tracking and focus.
ing. Further, the RF signal processing circuit 16 controls the reproduction signal
By detecting the signal level of S1, the compact
A scratch on the disk 10 is detected, and the detection result is used as a scratch detection signal S
Output as 3. Here, as shown in FIG.
If the disk 10 is damaged, the optical pickup 14
If a truck jumps, this kind of compact day
At the player, audio data is incorrectly
Cannot be corrected, and in some cases audio
It becomes difficult to demodulate the data itself. In this case, from the compact disc player
In the output audio signal,
The output is in a so-called skipping state. In this state of sound skipping, the optical pickup 14
The reproduced signal S1 output from the
The whole amplitude sharply falls (Fig. 3 (A)),
The focus error signal FE (FIG. 3B) and the
The tucking error signal TE (FIG. 3C) also changes greatly.
You. As a result, the RF signal processing circuit 16
The amplitude of the reproduction signal S1, the focus error signal FE and the
By detecting a change in the tracking error signal TE,
Flaw detection signal S3 in which the signal level rises at the flaw
Generate By the way, optical pickup due to external impact
When track jump 14 occurs, the same as in the case of scratch
Raw signal S1, focus error signal FE, tracking
The error signal TE changes. However, in the case of a scratch and the case of an external impact,
In this case, the change in the reproduction signal S1 differs,
In the case of the embodiment, the pass band is a band with a frequency of 30 to 300 [Hz].
Amplitude fluctuation of the reproduction signal S1 via the pass filter circuit,
Occus error signal FE and tracking error signal T
By detecting the change in E, it is possible to ensure that only scratches
It is designed to be detectable. The signal processing circuit 18 is an RF signal processing circuit 1
6 processes the binarized signal output from
While demodulating audio data, error correction processing and data
Perform interleave processing and output. The memory controller 24 includes the memory circuit 2
6, the input / output of the memory circuit 26 is controlled.
-Used as buffer memory for audio data. That is, in the memory circuit 26,
Approximately 3 seconds of audio data is stored in the
And the memory controller 24
Audio data output from the signal processing circuit 18
While being stored in the memory circuit 26, at a predetermined timing
Read and output. Thus, the compact disk player section
6, the audio data once stored in the memory circuit 26 is stored.
Using the period until the data is output, for example,
It is designed to replay the affected part. Digital analog conversion circuit (D / A) 2
8 is an audio output from the memory controller 24.
After converting the data to an analog signal, the output circuit 30
Output via Thus, in the audio device 1,
The audio signal S4 output from the output circuit 30 is
Can be output to the disc 8 for dubbing.
Output from the speakers 2 and 4 in response to the
You. The compact disk player section 6
The control circuit 32 controls the entire operation. That is, in the control circuit 32,
Outputs control data to each circuit block in response to the operation of
This allows the entire compact disc player section 6
Switch the operation, and display on the display unit 34 if necessary
Switch. Further, the control circuit 32 controls the sound generated by the external impact.
Detects flying accidents and recovers based on the detection results
Execute the process. That is, the compact disk player section 6
In the above, spin is performed through a predetermined insulator 36.
The dollar motor 12 is fixed to the chassis, and the
The frequency of occurrence of jump is reduced. Further, the compact disk player section 6
In the same base as the spindle motor 12
A degree sensor (G sensor) 38 is arranged, and the acceleration sensor
38 output signal to a bandpass filter circuit (BPF) 4
Output to 0. This band pass filter circuit 40 is used for accelerating
Extraction of signal component of external impact from output signal of degree sensor 38
After that, the comparison circuit (COM) 42 sets a predetermined reference level.
To obtain a comparison result between the
Is added to the compact disk 10 and the signal level rises.
The rising vibration detection signal S5 is output. Thus, the control circuit 32 outputs the flaw detection signal S
3 and vibration detection signal S5,
And outputs the detection result D1 to the magneto-optical disk unit 8. Further, in this embodiment, the control circuit 32
Indicates that an accident was detected by the compact disc player
Then, while performing recovery processing for this accident,
As described above, if an accident occurs during recording on the magneto-optical disc unit 8,
Based on the control data D2 output from the magneto-optical disk unit 8,
The overall operation is switched based on the
Audio signal can be recorded and reproduced reliably.
ing. (3) Magneto-optical disk unit As shown in FIG. 4, the magneto-optical disk unit 8 is compact.
Audio signal S output from disk player section 6
4 is converted to a digital signal and recorded on the magneto-optical disk 50.
Record and respond to the operation of the operator
Play 50. That is, in the magneto-optical disk unit 8,
Magneto-optical disk 50 is driven to rotate by spindle motor 52
Then, in this state, the optical pickup 54 and the modulation coil 56
Is driven to record and reproduce desired information. In the magneto-optical disk unit 8, the compact
The reproduced signal S4 output from the disk player unit 6 is
Digital conversion by analog digital conversion circuit (A / D) 58
After being converted into a digital signal, it is input to the signal processing circuit 60. Here, the signal processing circuit 60 is a digital
-Output audio signal after compressing audio. The memory controller 62 includes a memory circuit 6
4 by controlling the input / output of the memory circuit 64.
-Used as buffer memory for audio data. That is, in the memory circuit 64,
Approximately 3 seconds of audio data is stored in the
And the memory controller 62
Audio data output from the signal processing circuit 60
Stored in the memory circuit 64 and at a predetermined timing
Read and output. Thus, the magneto-optical disk unit 8 is
Until the audio data can no longer be stored in the circuit 64
By using the period, for example, you can
It is made so that it can be fixed. The encoder 66 is connected to the memory controller 6
2 is the audio data output from
The recording signal is converted into a recording signal according to the
Output to the tuning coil 56. As a result, the magneto-optical disk unit 8
A predetermined modulation magnetic field is formed in accordance with the
A magnetic field is applied to the magneto-optical disc 50 and the optical pick-up is
The optical disk 54 is driven to emit a light beam intermittently,
The data is thermomagnetically recorded. At this time, the encoder 66
In accordance with the address data output from the
To process audio data, so that it is successive
Divides audio data into predetermined blocks, and
Predetermined address data is added to the network. Further, the encoder 66 is provided for each block.
-Outputs audio data at a predetermined timing.
For each recording area previously set on the magneto-optical disk 50,
Record the audio data for each block. Therefore, in the magneto-optical disk unit 8,
The output signal of the optical pickup 54 is supplied through an amplifying circuit 72.
The data is output to the address decoder 70, and the
To be able to detect the address data assigned to
Have been. Further, in the magneto-optical disk unit 8, the same
Outputs the output signal of the amplifier circuit 72 to the servo circuit 74 at the time
As a result, optical pickup via the servo circuit 74 is performed.
54 to control focus and tracking.
Have been made to gain. On the other hand, during reproduction, the magneto-optical disc unit 8
In this case, the tracking is performed by the servo circuit 74 as in the recording.
In this state, the amplifier circuit 72 is controlled.
The output signal is demodulated by the decoder 76. As a result, the magneto-optical disk unit 8 is
After demodulating the audio data in
Data to the memory circuit via the memory controller 78
64, and then expands the sound in the subsequent signal processing circuit 60 and outputs it.
Power. At this time, the magneto-optical disk unit 8
By using the path 64 as a buffer memory,
The audio data stored in the memory circuit 26 is output.
Using the period until
So that it can be replayed. Digital analog conversion circuit (D / A) 8
0 is the digital audio output from the signal processing circuit 60.
Converts the video signal to an analog signal and outputs it.
In the audio device 1, the magneto-optical disc 50
The playback signal can be monitored. At the time of this recording / reproduction, the servo circuit 74
As with the case of the compact disc player section 6,
The output signal of the optical pickup 54 is monitored, thereby
When the sound skips due to a flaw or the like, the flaw detection signal S6 is sent to the control circuit 8
Output to 2. Further, in the servo circuit 74, this light
Focus error in addition to the pickup 54 output signal
Detects signal level of signal and tracking error signal
Thus, skipping is detected and output to the control circuit 82.
You. In the magneto-optical disk unit 8, the control
The circuit 82 controls the entire operation. That is, the control circuit 8
In block 2, each circuit block is responsive to the operation of the operator.
Control data is output to the magneto-optical disc unit 8.
The entire operation is switched, and the display unit 83
Switch the display of. Further, the control circuit 82 controls the sound generated by the external impact.
Jump is detected and recovery processing is performed based on the detection result.
Execute. That is, the magneto-optical disk unit 8 is
As with the disc player section 6, a predetermined insulator
The spindle motor 52 is fixed to the chassis via 84
This reduces the frequency of skipping.
Have been. Further, in the magneto-optical disk section 8,
An acceleration sensor (G) is mounted on the same base as the pindle motor 52.
Sensor 86 is disposed, and the output of the acceleration sensor 86
Outputs a signal to a bandpass filter circuit (BPF) 88
You. The band-pass filter circuit 88 performs acceleration
Extraction of signal component of external impact from output signal of degree sensor 86
The comparison circuit (COM) 90 is connected to the bandpass file.
Of comparison between the output signal of the data circuit 88 and a predetermined reference level
External shocks above a certain value are compact
Vibration detection that the signal level rises when it is added to the disk 50
An output signal S7 is output. Thus, the control circuit 82 has a compact
As with the player section 6, the flaw detection signal S6 and the vibration detection
An accident during recording / reproduction is detected based on the output signal S7 and detected.
Output the output result D2 to the compact disc player unit 6.
You. Further, in this embodiment, the control circuit 82
When an accident is detected on the magneto-optical disk unit 8,
While performing the recovery process
Accident occurs in the compact disk player section 6
And the control output from the compact disc player unit 6.
The entire operation is switched based on the control data D1,
The recovery process of this accident is executed. (4) Recovery Processing The control circuit 82 of the magneto-optical disk unit 8 starts dubbing.
Then, the processing procedure shown in FIG. 5 is executed, and sound skipping occurs.
Then, the recovery process is executed. That is, the control circuit 82 executes step SP1.
To step SP2, where the magneto-optical disk unit 8
Side (hereinafter referred to as symbol MD) to determine whether or not sound skipping has occurred.
If a positive result is obtained, the process proceeds to step SP3.
Move to execute the MD skipping process and return to step SP2
You. On the other hand, a negative decision is made in step SP2.
When the result is obtained, the control circuit 82 proceeds to step SP4.
Move to the compact disk player section
Judgment is made on the side), and affirmation is made here.
When the result is obtained, proceed to step SP5 to skip the CD sound.
After executing the processing, the process returns to step SP2. On the other hand, a negative decision is made in step SP4.
When the result is obtained, the control circuit 82 directly proceeds to step SP.
Return to 2. As a result, as shown in FIG.
, The compact disk player section 6 and the magneto-optical
If sound skipping occurs on both sides of the disc 8,
If only the magneto-optical disk unit 8 skips sound, both devices
After stopping the operations of steps 6 and 8, write back a specified amount.
Restart the recording / playback operation. On the other hand, a compact disk player
When only the section 6 skips sound, the control circuit 82
Effective use of the memory circuit 26 of the disc player section 6
To resume recording the audio signal.
Continuous recording of audio signal due to lack of capacity in path 26
If the optical magnetic disk 8 skips sound
In the same manner as above, the operation of both devices 6 and 8 was stopped and controlled.
Thereafter, the recording / reproducing operation is resumed by going back by a predetermined amount. Thus, in the audio device 1,
Even if you skip the sound while carrying, the compact disk
The audio signal of the ear section 6 can be easily and reliably recorded.
It has been made like that. (5) MD skipping process As shown in FIG. 7, in the MD skipping process, the control circuit 8
Step 2 moves from step SP6 to step SP7.
To switch the operation mode of the magneto-optical disc unit 8 to the playback mode.
Change. At this time, the control circuit 82
Operation mode of the optical pickup 54 immediately upon detection of
To thereby irradiate the magneto-optical disk 50.
Reduce the amount of light beam to prevent erasure of recorded data
To prevent. Subsequently, in the control circuit 82, the step
Moves to SP8, where the recording disallowed flag
After the start-up, the process proceeds to step SP9. At this point, the control circuit 82
Detects absolute address of recorded magneto-optical disk 50
This address data is stored in the memory circuit and
Move to step SP10. As a result, the control circuit 82 detects when a sound skip occurs.
At this point, a recording area being recorded is detected. Further, the control circuit 82 has a compact
The control data is sent to the player unit 6, and the speakers 2, 4
Mutes the audio signal output from. Thus, in the audio device 1,
Stop listening to unsightly audio signals
Have been. Subsequently, the control circuit 82 proceeds to step SP11.
The control data is transferred to the compact disc player unit 6
Is output, whereby the compact disk player section 6 is output.
Raises the reproduction non-permission flag consisting of the reproduction prohibition flag
I can. Thus, the control circuit 82 has a compact
After the stop operation of the playback operation of the isk player unit 6, the control is continued.
Compact that was reproduced at the time of skipping sound with step SP12
The time data of the disk 10 is detected. The control circuit 82 generates the time data again.
Detects absolute time information indicating the time from the beginning of the live song,
The detected time data is stored in the memory circuit. Subsequently, the control circuit 82 proceeds to step SP13.
The control data is transferred to the compact disc player section 6
After detecting the remaining amount of the memory circuit 26,
At step SP14, the reproduction position to be resumed is detected. That is, in this embodiment, the memory
Using the road 26 as a buffer memory
Outputting audio data reproduced from disk 10
, An audio signal input to the magneto-optical disk unit 8
And O-Day playing on the compact disk player section 6
Between the audio signal and the audio signal stored in the memory circuit 26.
There is a time lag by Iodata. That is, as shown in FIG.
1 minute 30 seconds 00 frame audio signal is input on the audio unit 8 side
When sound skipping occurs during operation (FIG. 8B),
In the impact disk player section 6, the memory
When there is no free space on Road 26, it is already 1 minute 33 seconds 00 frames
This means that the audio signal of the
(A)). For this reason, in this embodiment, the memory
The free area of the road 26 is detected, and the compact
At the time between the disc player section 6 and the magneto-optical disc section 8
Detect misalignment. As a result, the control circuit 82
3 seconds of audio data stored in circuit 26
Is playing an audio signal of 1 minute 33 seconds 00 frames.
1:30:00 when skipping occurs during playback
Set the start point. Subsequently, the control circuit 82 proceeds to step SP15.
To drive the compact disc player unit 6 to open it.
The start point is accessed, and the process proceeds to step SP16 to set this state.
To set the compact disk player section 6 to the pause state
I do. Further, the control circuit 82 executes the following step SP
17, the memory circuit 2 of the compact disc player section 6
After clearing No. 6, the magneto-optical
The skipped portion of the disk unit 8 is accessed. Here, the magneto-optical disk unit 8 is a memory circuit.
Based on the absolute address of the magneto-optical disk 50 stored in the
And roughly search for the magneto-optical disc 50,
Address based on the reproduction signal of the magneto-optical disk 50
Continuity, lack of frame synchronization signal, PLL circuit
During recording by detecting when the
Is assigned to the magneto-optical disk 50.
Access in units of recording area. Here, when a skipped portion is detected, the control circuit
82 moves to step SP19 where the magneto-optical disk unit 8
Is set to the pause state, and then the memory circuit 64 is cleared.
I do. Subsequently, the control circuit 82 proceeds to step SP20.
The control data is transferred to the compact disc player unit 6
Is output to turn off the playback disable flag, and then
Move to SP21, raise the recording non-permission flag, and
At step SP22, the light amount of the optical pickup 54 is set up.
Raise it. Subsequently, the control circuit 82 proceeds to step SP23.
To the compact disk player section 6 and magneto-optical
After releasing the pause state of the disk unit 8, step SP2
Then, the procedure goes to 4 to end the processing procedure. Thus, the compact disk player section
In step 6, the start set in step SP14
To start playback from the point and output the audio signal again
On the other hand, the magneto-optical disc unit 8 is a compact disc player.
The audio signals reproduced by the ear section 6 are sequentially processed and recorded.
The recording area where the sound started and this was recorded just before the sound skipped
Magneto-optical disk 5 so as to be continuous from the audio signal of
The audio signal is recorded at 0. Thus, the compact disk player section 6
If both the sound and the magneto-optical disc 8 are skipped,
If only the magneto-optical disk unit 8 skips sound,
Of the disk 10 and the magneto-optical disk 50
By re-recording based on data,
The audio signal of the audio player section 6 can be simply and
It can be recorded reliably. (6) CD skipping processing On the other hand, as shown in FIG.
When only the ear part 6 skips the sound, the control circuit 82 sets the CD
In the sound skipping process, from step SP25 to step S
Moved to P26, where the compact that was playing when the sound skipped
The time data of the disk 10 is detected and stored in the memory circuit.
Record. Subsequently, the control circuit 82 proceeds to step SP27.
To the magneto-optical data recorded at the time the sound skipped.
The absolute address of disk 50 is detected and this address data
Is stored in the memory circuit, and the process proceeds to the next step SP28.
You. Here, the control circuit 82 outputs the flaw detection signal S3.
Judgment as to whether or not it is standing up gives a positive result
Moves to step SP29. Here, the control circuit 82 outputs the audio signal
After muting the output, increment the predetermined counter.
This counter is over in the following step SP30.
It is determined whether or not a flow has occurred. The control circuit 82 increments the counter by
At the same time, the memory circuit 26 is cleared. A negative result is obtained in step SP30.
The control circuit 82 proceeds to step SP31 and
The time data of the compact disk 10 stored in the circuit
After returning to the sound skipping point with reference to step SP32,
Then, the playback operation is restarted. Subsequently, the control circuit 82 proceeds to step SP33.
And skipping again at the compact disc player section 6
Judge whether or not an error has occurred, and if a negative result is obtained,
Return to step SP26. As a result, the control circuit 82 has a compact
The compact disk player section 6
When repeatedly playing back a single point, the counter overflows.
Step SP26-SP27-SP28-
SP29-SP30-SP31-SP32-SP33-
The processing procedure of SP26 is repeated. Here, in this embodiment, this counter
The time during which data overflows is stored in the memory circuit 26.
Time is short enough compared to the audio data
It has been made. Thus, in the audio device 1,
Repeat the audio signal playback for the wound,
Don't skip the sound in the range where the counter doesn't overflow
If the reproduction is successful, the process proceeds to step SP43.
Thus, a continuous audio signal can be recorded. On the other hand, the scratches on the compact disc 10
The compact disc player section 6 repeats the same place
A positive result is obtained in step SP30.
As a result, the control circuit 82
It moves to step SP34 when it judges that it has fallen into the state of
After muting the audio signal output, step SP
Move on to 35. Here, the control circuit 82 is a compact
Outputs control data to the player section 6 and skips the next sound.
Access the compact disc player section 6 at the beginning of the song
After moving to step SP36,
The player section 6 is set to a pause state. Subsequently, the control circuit 82 proceeds to step SP37.
And the recording non-permission flag for the magneto-optical disk unit 8
And then switch the operation mode to playback mode
You. Subsequently, the control circuit 82 proceeds to step SP38.
To the address data stored in the memory circuit.
The start address of the track for the skipped song
Access to the first address in the following step SP39.
The predetermined character data is recorded from the recording position of the address. The character data is, as shown in FIG.
When you play this track,
Recording was not possible due to scratches on the compact disk 10
With the track number (in this case, 05)
To be displayed on the display unit 83. When this character data is recorded, the control circuit 8
2 is the recording completion position of the character data in the following step SP40.
Address to the end address of this track,
The counter is cleared at step SP41. Subsequently, the control circuit 82 proceeds to step SP42.
To the compact disk player section 6 and light
Switch the magnetic disk unit 8 to playback and recording mode respectively.
In this way, the song that skips over the skipped song
Starts recording and moves to step SP44 to complete the processing procedure.
I do. Thus, the compact disk 10 may be damaged
Dubbing, even if the same location is played repeatedly
Recording without the need for a compact disc 1
Audio signal of 0 is recorded simply and reliably.
The usability of the device 1 can be improved. Further, the fact that character data was recorded at this time
In the audio device 1, the character data
Can be displayed based on the
Can improve the usability of the audio device 1.
Wear. On the other hand, a compact
If the player 6 skips the sound, step SP2
8, a negative result is obtained, so that the control circuit 8
2 directly proceeds to step SP31, and sequentially proceeds to step SP31.
The processing procedure of 32-SP33 is executed. [0117] Here, the compact disk
If the ear part 6 skips, the skip is repeatedly detected.
As a result, in the control circuit 82, step S
A negative result is obtained in P33 and the following step SP4
Move to 3. Here, the control circuit 82
All stored audio data is output and stored in memory
It is determined whether or not the road 26 is empty, and a negative result is obtained here.
When it is done, it moves to step SP45 and clears the counter.
I do. At the same time, the control circuit 82
Outputs control data to the player unit 6 and skips the sound
Of the audio device 1
The audio data once stored in the memory circuit 26.
Using the period until the sound is output,
It has been replayed. Thus, the control circuit 82 executes step SP4
When the processing of step 5 is executed, the process proceeds to step SP44.
Then, this processing procedure is completed. On the other hand, if sound skipping occurs frequently,
The memory circuit 26 becomes empty at step SP43.
And a positive result is obtained. In this case, as shown in FIG.
Moves to step SP46, where the magneto-optical disc unit
Stop recording operation of 8 and set to pause state
Then, in the following step SP47, the recording non-permission flag is raised.
And switch to playback mode. Further, the control circuit 82 executes the following step SP
At 48, the reproduction operation of the compact disc player section 6 is stopped.
After the stop control, in the following step SP49, the pause state is set.
To cut. Further, the control circuit 82 subsequently proceeds to step S
Move to P50 and control to compact disk player section 6
After sending the data and returning to the beginning of the song being played,
The process moves to step SP51, where the pause state is set. Further, the control circuit 82 subsequently proceeds to step S
Move to P52, and pick the optical pickup at the beginning recording position of the song being recorded.
After moving the step 54, the process proceeds to the step SP53,
Set to the closed state. Subsequently, the control circuit 82 proceeds to step SP54.
Then, switch the magneto-optical disc unit 8 to the recording mode.
After changing, go to step SP55
The pause state of the player section 6 and the magneto-optical disc section 8
To release. Thus, in the audio device 1,
When only the compact disc player section 6 skips sound
If dubbing resumes in units of the song being recorded,
The process moves to step SP44 to complete the processing procedure. Thus, the compact disk player section 6
If the sound skips, skip the operation of dubbing again.
This allows the compact disk player section 6
It is possible to easily and reliably record a deio signal. (7) Effects of Embodiment According to the above configuration, skipping is detected and dubbing is performed again.
By doing so, the compact disc player and light
Even if the magnetic disk device is integrated and carried,
Dubbing can be performed reliably by a simple operation. (8) Other Embodiments In the above-described embodiment, sound skipping occurs at the magneto-optical disk.
In the recording unit,
When dubbing is repeated in units of a song when only the part skips
However, the present invention is not limited to this.
Dubbing may be performed again in units or recording units. Further, in the above embodiment, the optical pick-up
When skipping is detected based on the output signal of the
As described above, the present invention is not limited to this.
Detects continuity of added address data and skips sound
You may make it detect. Further, in the above-described embodiment, the optical pick-up
Playback signal and tracking error signal output from the
Sound skipping based on signal and focus error signals
However, the present invention is not limited to this.
Skip detection based on one of these signals
You may do so. Further, in the above embodiment, the analog
About dubbing audio signals
As described above, the present invention is not limited to this.
The audio signal may be dubbed using the formula
Image data may be dubbed. As described above, according to the present invention, the first data
The information signal reproduced from the disk-shaped recording medium is
Disc recording / reproducing device for dubbing disc-shaped recording media
Information signal from the first disk-shaped recording medium
And the information signal reproduced by the reproducing means.
Memory means for accumulating data and information read from the memory means.
Recording means for recording an information signal on a second disk-shaped recording medium
And continuous writing of information signals from the reproducing means to the memory means.
Detecting means for detecting that the intrusion has been interrupted by a disturbance;
Free space detection means for detecting free space in the memory means
And an information signal from the reproducing means to the memory means by the detecting means.
During playback when continuous writing of data is interrupted by disturbance
Based on the interval and the detection result of the empty area detection means.
2 to determine the rewriting position on the disk-shaped recording medium
Complicated means by providing
Non-repeating information signal on second disk-shaped recording medium
Can be recorded continuously, and thus, for example, magneto-optical
Even if the disc device is integrated with the optical disc device,
Recording information signals from optical disc devices simply and reliably
And a disk recording / reproducing apparatus that can perform

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an audio device according to an embodiment of the present invention. FIG. 2 is a block diagram showing the compact disc player section. FIG. 3 is a signal waveform diagram for describing a flaw detection signal. FIG. 4 is a block diagram showing a magneto-optical disk unit. FIG. 5 is a flowchart for explaining the entire operation. FIG. 6 is a chart provided for explanation of a sound skipping process. FIG. 7 is a flowchart for explaining MD skipping processing. FIG. 8 is a schematic diagram showing a shift of an audio signal between a recording side and a reproduction side. FIG. 9 is a flowchart for explaining a part of CD skip processing; FIG. 10 is a schematic diagram illustrating an error message. FIG. 11 is a flowchart for explaining a part of the CD sound skipping process. DESCRIPTION OF SYMBOLS 1 ... Audio device, 6 ... Compact disc player section, 8 ... Magneto-optical disc section, 10 ... Compact disc, 32, 82 ... Control circuit, 50 ... Magneto-optical disc.

──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-1-312736 (JP, A) JP-A-3-295067 (JP, A) JP-A-63-251966 (JP, A) JP-A-60-1985 145568 (JP, A) JP-A-58-130414 (JP, A) JP-A-4-349270 (JP, A) JP-A-4-349269 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) G11B 20/10 G11B 19/00-19/16

Claims (1)

(57) [Claims] 1. A disk reproduced from a first disk-shaped recording medium.
Data for dubbing an information signal to a second disk-shaped recording medium;
In the disk recording / reproducing device, From the first disk-shaped recording mediumthe abovePlay information signal
Playback means to Reproduced by the reproducing meansthe aboveStore information signal once
Memory means; The information signal read from the memory meansthe aboveSecond
Recording means for recording on a disc-shaped recording medium, From the reproducing means to the memory meansthe aboveA series of information signals
Detects that continuous writing was interrupted by a disturbanceInspectionKnowledge
Means,A free area detecting means for detecting a free area of the memory means
Steps and The detecting means transfers the data from the reproducing means to the memory means.
The continuous writing of the information signal is interrupted by the disturbance.
Playback time at the time of
The second disk-shaped recording medium based on the detection result
Determining means for determining a rewriting position to the To have
Disc recording / reproducing device characterized by the following.