TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR REPRODUCING

Sub-classifications for 386
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PROCESSING OF COLOR TELEVISION SIGNAL FOR DYNAMIC RECORDING OR REPRODUCING386/0010000
 
Drop-out correction386/0020000
 
Including switching means and delay means386/0030000
 
Editing386/0040000
 
Line, field, or frame skipping386/0050000
 
Fast reproducing386/0060000
 
Slow producing386/0070000
 
Still reproducing386/0080000
 
Signal amplitude level control386/0090000
 
Including color burst or reference signal386/0100000
 
Color killer386/0110000
 
Synchronization signal modification386/0120000
 
Time (e.g., phase or frequency) correction386/0130000
 
By controlling relative transducer/record medium speed386/0140000
 
Disc386/0150000
 
Using recorded reference (e.g., pilot signal)386/0160000
 
Phase or frequency matching of color television signal component to an external reference386/0170000
 
Using variable delay386/0180000
 
Color burst386/0190000
 
Digital technique386/0200000
 
Recorder or reproducer fault condition compensation386/0210000
 
Crosstalk386/0220000
 
Heads having different azimuth angles386/0230000
 
Different phase between adjacent lines or fields of color television signal386/0240000
 
Comb filtering386/0250000
 
Frequency modulation for recording on the same track386/0260000
 
Compressing when recording or decompressing when reproducing386/0270000
 
Phase shifting386/0280000
 
Having another signal386/0290000
 
Using diffraction technique or strip filter386/0300000
 
Separately processed primary color signals386/0310000
 
Separately recorded386/0320000
 
Compressing when recording or decompressing when reproducing386/0330000
 
Digitizing, processing, and converting of analog color television signal386/0340000
 
Selective recording or reproducing386/0350000
 
Channel splitting386/0360000
 
High definition television recording or reproducing386/0370000
 
Including television camera386/0380000
 
Including audio signal386/0390000
 
Digital recording or reproducing386/0400000
 
Phase control of carrier signal386/0410000
 
Using light or beam386/0420000
 
Color signal in nonpictorial form386/0430000
 
Separately processed luminance and chrominance386/0440000
 
Using disc386/0450000
 
PROCESSING OF TELEVISION SIGNAL FOR DYNAMIC RECORDING OR REPRODUCING386/0460000
 
Drop-out correction386/0470000
 
For synchronization signal386/0480000
 
Using static memory or delay means386/0490000
 
Interpolation386/0500000
 
Specific drop-out detection386/0510000
 
Editing386/0520000
 
Fading-in and fading-out386/0530000
 
Audio signal386/0540000
 
Editing decision list (EDL)386/0550000
 
Rewrite after read386/0560000
 
Control track386/0570000
 
Phase comparison386/0580000
 
Counting control pulse386/0590000
 
Numerical code386/0600000
 
Using synchronization signal386/0610000
 
Numerical code386/0620000
 
Having erasing head386/0630000
 
Having auxiliary dynamic memory means386/0640000
 
Having time code for addressing signal386/0650000
 
Synchronizing of recording or reproducing devices386/0660000
 
Long play recording386/0670000
 
Fast, slow, or stop reproducing386/0680000
 
Track searching386/0690000
 
Disc386/0700000
 
Synchronization signal modification386/0710000
 
Including head switching means386/0720000
 
Interpolation386/0730000
 
Different azimuth386/0740000
 
Having audio386/0750000
 
Noise reducing circuit386/0760000
 
Having static memory386/0770000
 
Locus or track control386/0780000
 
Using control signal on the recording medium386/0790000
 
Automatic control of the speed of the medium386/0800000
 
Tape386/0810000
 
Disc386/0820000
 
Including programmable apparatus386/0830000
 
Synchronization signal modification386/0840000
 
Time (e.g., phase or frequency) correction386/0850000
 
Of relative transducer/record medium speed386/0860000
 
By controlling speed of record medium386/0870000
 
Using recorded reference (e.g., pilot signal)386/0880000
 
Using variable delay386/0890000
 
Digital technique386/0900000
 
By controlling read-write operations386/0910000
 
Simultaneously recording of a plurality of television signals386/0920000
 
Signal amplitude level control386/0930000
 
Record protection (e.g., anti-copying)386/0940000
 
Having another signal386/0950000
 
Audio signal386/0960000
 
Selective mode (e.g., mono, stereo, or bilingual)386/0970000
 
Multiplexing or demultiplexing386/0980000
 
Plurality of audio channels386/0990000
 
Fault condition compensation386/1000000
 
Time compressing386/1010000
 
Including mixing or adding means386/1020000
 
On a different substrate of the recording medium386/1030000
 
Digital audio signal386/1040000
 
Disc386/1050000
 
Disc386/1060000
 
Including television camera386/1070000
 
Television signal386/1080000
 
Compressing in recording or decompressing in reproducing386/1090000
 
Line, field, or frame skipping386/1100000
 
Intraframe or interframe386/1110000
 
Digital compressing386/1120000
 
Recorder or reproducer fault condition compensation386/1130000
 
Noise reduction386/1140000
 
Crosstalk386/1150000
 
Digital technique386/1160000
 
Including television camera386/1170000
 
Housing or mounting386/1180000
 
Synchronizing386/1190000
 
Selective mode (e.g., still or motion)386/1200000
 
Single still or frame recording386/1210000
 
Channel splitting386/1220000
 
High definition television recording or reproducing386/1230000
 
Digital recording or reproducing386/1240001
 
Using disc386/1250000
 
Optical386/1260000
 
Onto thermoplastic record386/1270000
 
Using light or beam386/1280000
 
Recording at different frame rate386/1290000
 
Cathode-ray tube386/1300000
 
Converting one television format to another386/1310000
 
PROCESSING OF COLOR TELEVISION SIGNALS IN CONNECTION WITH RECORDING (EPO)386/E090010
 
For controlling the level of the chrominance signal (e.g., by means of automatic chroma control circuits, etc.) (EPO)386/E090020
 
The level control being frequency-dependent (EPO)386/E090030
 
By using a pre-emphasis network at the recording side and a de-emphasis network at the reproducing side (EPO)386/E090040
 
Using intermediate digital signal processing (EPO)386/E090050
 
Suppression of interfering signals at the reproducing side (e.g., noise, etc.) (EPO)386/E090060
 
The interfering signals being intermodulation signals (EPO)386/E090070
 
The interfering signals being cross-talk signals (EPO)386/E090080
 
For more than one processing mode (EPO)386/E090090
 
For more than one standard (EPO)386/E090100
 
Transformation of the television signal for recording (e.g., modulation, frequency changing, etc.);inverse transformation for playback (EPO)386/E090110
 
Involving pulse code modulation of the color picture signal components (EPO)386/E090120
 
Involving data reduction (EPO)386/E090130
 
Using predictive coding (EPO)386/E090140
 
Using transform coding (EPO)386/E090150
 
With processing of the sound signal (EPO)386/E090160
 
Using time division multiplex of the PCM audio and PCM video signals (EPO)386/E090170
 
With insertion of the PCM audio signals in the vertical blanking interval of the PCM video signal (EPO)386/E090180
 
Involving pulse code modulation of the composite color video-signal (EPO)386/E090190
 
Involving data reduction (EPO)386/E090200
 
Using predictive coding (EPO)386/E090210
 
With processing of the sound signal (EPO)386/E090220
 
Using time division multiplex of the PCM audio and PCM video signals (EPO)386/E090230
 
With insertion of the PCM audio signals in the vertical blanking interval of the PCM video signal (EPO)386/E090240
 
The individual color picture signal components being recorded sequentially only (EPO)386/E090250
 
The individual color picture signal components being recorded simultaneously only (EPO)386/E090260
 
The luminance and chrominance signals being recorded in separate channels (EPO)386/E090270
 
With sound processing (EPO)386/E090280
 
The recorded chrominance signal occupying a frequency band under the frequency band of the recorded brightness signal (EPO)386/E090290
 
Involving processing of the sound signal (EPO)386/E090300
 
The sound carriers being frequency multiplexed between the luminance carrier and the chrominance carrier (EPO)386/E090310
 
Using intermediate digital signal processing (EPO)386/E090320
 
Using an increased bandwidth for the luminance or the chrominance signal (EPO)386/E090330
 
With selection of the conventional or the increased bandwidth signal (e.g., VHS or SVHS signal selection, etc.) (EPO)386/E090340
 
The recorded signal showing a feature, which is different in adjacent track parts (e.g., different phase or frequency, etc.) (EPO)386/E090350
 
Involving the multiplexing of an additional signal and the color video signal (EPO)386/E090360
 
The additional signal being a sound signal (EPO)386/E090370
 
Using time division multiplex (EPO)386/E090380
 
Using frequency division multiplex (EPO)386/E090390
 
The additional signal being at least another television signal (EPO)386/E090400
 
The additional signal being a character code signal (EPO)386/E090410
 
For teletext (EPO)386/E090420
 
Involving the use of subcodes (EPO)386/E090430
 
The recorded brightness signal occupying a frequency band totally overlapping the frequency band of the recorded chrominance signal (e.g., frequency interleaving, etc.) (EPO)386/E090440
 
Involving processing of the sound signal (EPO)386/E090450
 
The individual color picture signal components being recorded sequentially and simultaneously (e.g., corresponding to SECAM-system, etc.) (EPO)386/E090460
 
For recording the signal in a plurality of channels, the bandwidth of each channel being less than the bandwidth of the signal (EPO)386/E090470
 
By dividing the luminance or color component signal samples or frequency bands among a plurality of recording channels (EPO)386/E090480
 
By spectrum folding of the high frequency components of the luminance signal (EPO)386/E090490
 
Regeneration of color television signals (EPO)386/E090500
 
For restoring the color component sequence of the reproduced chrominance signal (EPO)386/E090510
 
By assembling picture element blocks in an intermediate memory (EPO)386/E090520
 
Using a demodulator and a remodulator (e.g., for standard conversion, etc.) (EPO)386/E090530
 
Involving the mixing of the reproduced video signal with a non-recorded signal (e.g., a text signal, etc.) (EPO)386/E090540
 
Regeneration of a color reference signal (e.g., the color synchronization burst signal, the chrominance signal carrier, etc.) (EPO)386/E090550
 
Signal drop-out compensation (EPO)386/E090560
 
The signal being a composite color television signal (EPO)386/E090570
 
Using a digital intermediate memory (EPO)386/E090580
 
For signals recorded by pulse code modulation (EPO)386/E090590
 
Time-base error compensation (EPO)386/E090600
 
Using an analogue memory (e.g., a CCD shift register) the delay of which is controlled by a voltage controlled oscillator (EPO)386/E090610
 
Using a digital memory with independent write-in and read-out clock generators (EPO)386/E090620
 
Using frequency multiplication of the reproduced color signal carrier with another auxiliary reproduced signal (e.g., a pilot signal carrier) (EPO)386/E090630
 
TELEVISION SIGNAL RECORDING (EPO)386/E050010
 
Interface circuits between an apparatus for recording and another apparatus (EPO)386/E050020
 
Television signal processing therefor (EPO)386/E050030
 
For scrambling; for copy protection (EPO)386/E050040
 
For field- or frame-skip recording or reproducing (EPO)386/E050050
 
With sound multiplexing (EPO)386/E050060
 
For bandwidth reduction (EPO)386/E050070
 
By dividing samples or signal segments (e.g., television lines, etc.) among a plurality of recording channels (EPO)386/E050080
 
Transformation of the television signal for recording (e.g., modulation, frequency changing, etc.); inverse transformation for playback (EPO)386/E050090
 
By recording or reproducing the baseband signal (EPO)386/E050100
 
Using pre-emphasis of the signal before modulation and de-emphasis of the signal after demodulation (EPO)386/E050110
 
By pulse code modulation (EPO)386/E050120
 
Involving data reduction (EPO)386/E050130
 
Using predictive coding (EPO)386/E050140
 
Using transform coding (EPO)386/E050150
 
With processing of the sound signal (EPO)386/E050160
 
Using time division multiplex of the PCM audio and PCM video signals (EPO)386/E050170
 
With insertion of the PCM audio signals in the vertical blanking interval of the PCM video signal (EPO)386/E050180
 
The sound signal being pulse code modulated and recorded in time division multiplex with the modulated video signal (EPO)386/E050190
 
Involving the multiplexing of an additional signal and the video signal (EPO)386/E050200
 
The additional signal being a sound signal (EPO)386/E050210
 
Using time division multiplex (EPO)386/E050220
 
Using frequency division multiplex (EPO)386/E050230
 
The additional signal being at least another television signal (EPO)386/E050240
 
The additional signal being a character code signal (EPO)386/E050250
 
For teletext (EPO)386/E050260
 
Involving the use of subcodes (EPO)386/E050270
 
Regeneration of the television signal or of selected parts thereof (EPO)386/E050280
 
For restoring the level of the reproduced signal (EPO)386/E050290
 
The level control being frequency dependent (EPO)386/E050300
 
Regeneration of analogue synchronization signals (EPO)386/E050310
 
Regeneration of digital synchronization signals (EPO)386/E050320
 
By assembling picture element blocks in an intermediate store (EPO)386/E050330
 
Involving the mixing of the reproduced video signal with a non-recorded signal (e.g., a text signal, etc.) (EPO)386/E050340
 
Signal drop-out compensation (EPO)386/E050350
 
For signals recorded by pulse code modulation (EPO)386/E050360
 
Time-base error compensation (EPO)386/E050370
 
By using an analogue memory (e.g., a CCD shift register, etc.) the delay of which is controlled by a voltage controlled oscillator (EPO)386/E050380
 
By using a digital memory with independent write-in and read-out clock generators (EPO)386/E050390
 
For the suppression of noise (EPO)386/E050400
 
Using magnetic recording (EPO)386/E050410
 
On discs or drums (EPO)386/E050420
 
On tape (EPO)386/E050430
 
With stationary magnetic heads (EPO)386/E050440
 
With rotating magnetic heads (EPO)386/E050450
 
Involving helical scanning of the magnetic tape (EPO)386/E050460
 
For recording on tracks inclined relative to the direction of movement of the tape (EPO)386/E050470
 
Using more than one track for the recording of one television field or frame (i.e., segmented recording) (EPO)386/E050480
 
Involving transversal scanning of the magnetic tape (EPO)386/E050490
 
Recording using a special track configuration (e.g., crossing, overlapping, etc.) (EPO)386/E050500
 
Involving recording in different depths of the magnetic tape (EPO)386/E050510
 
Adaptations for reproducing at a rate different from the recording rate (EPO)386/E050520
 
On a sheet (EPO)386/E050530
 
Recording or playback not using inductive heads (e.g., magneto-optical, thermomagnetic, magnetostrictive, galvanomagnetic, etc.) (EPO)386/E050540
 
Using electrostatic recording (EPO)386/E050550
 
On discs or drums (EPO)386/E050560
 
Using deformable thermoplastic recording medium (EPO)386/E050570
 
On discs or drums (EPO)386/E050580
 
Using holographic recording (EPO)386/E050590
 
On discs or drums (EPO)386/E050600
 
Using optical recording (EPO)386/E050610
 
On film (EPO)386/E050620
 
The film moving intermittently (EPO)386/E050630
 
On discs or drums (EPO)386/E050640
 
Producing a motion picture film from a television signal (EPO)386/E050650
 
Using variable electrical capacitive recording (EPO)386/E050660
 
Using static stores (e.g., storage tubes, semiconductor memories, etc.) (EPO)386/E050670
 
On discs or drums (EPO)386/E050680
 
Between a recording apparatus and a television camera (EPO)386/E050690
 
Between a recording apparatus and a television receiver (EPO)386/E050700
 
The recorder being connected to, or coupled with, the antenna of the television receiver (EPO)386/E050710
 
The recording apparatus and the television camera being placed in the same enclosure (EPO)386/E050720
 
CLASS-RELATED FOREIGN DOCUMENTS386/FOR0000