Class 386 Television Signal Processing for Dynamic Recording Or 386 - 1 Reproducing

CLASS 386 TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR 386 - 1 REPRODUCING

386 TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR REPRODUCING 1 PROCESSING OF COLOR TELEVISION 34 .Digitizing, processing, and SIGNAL FOR DYNAMIC RECORDING converting of analog color OR REPRODUCING television signal 2 .Drop-out correction 35 .Selective recording or 3 ..Including switching means and reproducing delay means 36 .Channel splitting 4 .Editing 37 .High definition television 5 .Line, field, or frame skipping recording or reproducing 6 .Fast reproducing 38 .Including television camera 7 .Slow producing 39 .Including audio signal 8 .Still reproducing 40 .Digital recording or reproducing 9 .Signal amplitude level control 41 .Phase control of carrier signal 10 ..Including color burst or 42 .Using light or beam reference signal 43 ..Color signal in nonpictorial 11 ...Color killer form 12 .Synchronization signal 44 .Separately processed luminance modification and chrominance 13 .Time (e.g., phase or frequency) 45 .Using disc correction 46 PROCESSING OF TELEVISION SIGNAL 14 ..By controlling relative FOR DYNAMIC RECORDING OR transducer/record medium speed REPRODUCING 15 ...Disc 47 .Drop-out correction 16 ..Using recorded reference (e.g., 48 ..For synchronization signal pilot signal) 49 ..Using static memory or delay 17 ..Phase or frequency matching of means color television signal 50 ...Interpolation component to an external 51 .Specific drop-out detection reference 52 .Editing 18 ...Using variable delay 53 ..Fading-in and fading-out 19 ...Color burst 54 ..Audio signal 20 ..Digital technique 55 ..Editing decision list (EDL) 21 .Recorder or reproducer fault 56 ..Rewrite after read condition compensation 57 ..Control track 22 ..Crosstalk 58 ...Phase comparison 23 ...Heads having different azimuth 59 ...Counting control pulse angles 60 ...Numerical code 24 ...Different phase between 61 ..Using synchronization signal adjacent lines or fields of 62 ...Numerical code color television signal 63 ..Having erasing head 25 ..Comb filtering 64 ..Having auxiliary dynamic memory 26 .Frequency modulation for means recording on the same track 65 .Having time code for addressing 27 ..Compressing when recording or signal decompressing when reproducing 66 .Synchronizing of recording or 28 ..Phase shifting reproducing devices 29 ..Having another signal 67 .Long play recording 30 .Using diffraction technique or 68 .Fast, slow, or stop reproducing strip filter 69 ..Track searching 31 .Separately processed primary 70 ...Disc color signals 71 ..Synchronization signal 32 ..Separately recorded modification 33 .Compressing when recording or 72 ..Including head switching means decompressing when reproducing 73 ..Interpolation

June 2006 386 - 2 CLASS 386 TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR REPRODUCING

74 ..Different azimuth 112 ..Digital compressing 75 ..Having audio 113 .Recorder or reproducer fault 76 ..Noise reducing circuit condition compensation 77 ..Having static memory 114 ..Noise reduction 78 ..Locus or track control 115 ...Crosstalk 79 ...Using control signal on the 116 ..Digital technique recording medium 117 .Including television camera 80 ..Automatic control of the speed 118 ..Housing or mounting of the medium 119 ..Synchronizing 81 ..Tape 120 ..Selective mode (e.g., still or 82 ..Disc motion) 83 .Including programmable apparatus 121 .Single still or frame recording 84 .Synchronization signal 122 .Channel splitting modification 123 .High definition television 85 .Time (e.g., phase or frequency) recording or reproducing correction 124 .Digital recording or reproducing 86 ..Of relative transducer/record 125 .Using disc medium speed 126 ..Optical 87 ...By controlling speed of record 127 .Onto thermoplastic record medium 128 .Using light or beam 88 ..Using recorded reference (e.g., 129 ..Recording at different frame pilot signal) rate 89 ..Using variable delay 130 ..Cathode-ray tube 90 ..Digital technique 131 .Converting one television format 91 ...By controlling read-write to another operations 92 .Simultaneously recording of a plurality of television signals E-SUBCLASSES 93 .Signal amplitude level control 94 .Record protection (e.g., anti- MOC NOTES The following subclasses... copying) The following subclasses beginning with 95 .Having another signal the letter E are E-subclasses. Each E-sub 96 ..Audio signal class corresponds in scope to a classifi 97 ...Selective mode (e.g., mono, cation in a foreign classification system, stereo, or bilingual) for example, the European Classification 98 ...Multiplexing or demultiplexing system (ECLA). The foreign classification 99 ....Plurality of audio channels equivalent to an E-subclass is identified 100 ...Fault condition compensation in the subclass definition. In addition to 101 ...Time compressing U.S. documents classified in E-subclasses by U.S. examiners, documents are regularly 102 ...Including mixing or adding classified in E-subclasses according to means the classification practices of any for 103 ...On a different substrate of eign Offices identified in parentheses at the recording medium the end of the title. For example, "(EPO)" 104 ...Digital audio signal at the end of a title indicates both Euro 105 ....Disc pean and U.S. patent documents, as classi 106 ...Disc fied by the EPO, are regularly added to 107 ...Including television camera the subclass. E-subclasses may contain 108 ..Television signal subject matter outside the scope of this 109 .Compressing in recording or class. Consult the E-subclass definitions, decompressing in reproducing or the documents themselves, to clarify or 110 ..Line, field, or frame skipping interpret titles. 111 ..Intraframe or interframe The following subclasses...

June 2006 CLASS 386 TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR 386 - 3 REPRODUCING

E9.022 ...With processing of the sound signal (EPO) E9.001 PROCESSING OF COLOR TELEVISION E9.023 ....Using time division multiplex SIGNALS IN CONNECTION WITH of the PCM audio and PCM video RECORDING (EPO) signals (EPO) E9.002 .For controlling the level of the E9.024 .....With insertion of the PCM chrominance signal (e.g., by audio signals in the vertical means of automatic chroma blanking interval of the PCM control circuits, etc.) (EPO) video signal (EPO) E9.003 ..The level control being E9.025 ..The individual color picture frequency-dependent (EPO) signal components being E9.004 ...By using a pre-emphasis recorded sequentially only network at the recording side (EPO) and a de-emphasis network at E9.026 ..The individual color picture the reproducing side (EPO) signal components being E9.005 .Using intermediate digital recorded simultaneously only signal processing (EPO) (EPO) E9.006 .Suppression of interfering E9.027 ...The luminance and chrominance signals at the reproducing signals being recorded in side (e.g., noise, etc.) (EPO) separate channels (EPO) E9.007 ..The interfering signals being E9.028 ....With sound processing (EPO) intermodulation signals (EPO) E9.029 ...The recorded chrominance E9.008 ..The interfering signals being signal occupying a frequency cross-talk signals (EPO) band under the frequency band E9.009 .For more than one processing of the recorded brightness mode (EPO) signal (EPO) E9.01 ..For more than one standard E9.03 ....Involving processing of the (EPO) sound signal (EPO) E9.011 .Transformation of the television E9.031 .....The sound carriers being signal for recording (e.g., frequency multiplexed between modulation, frequency the luminance carrier and the changing, etc.);inverse chrominance carrier (EPO) transformation for playback E9.032 ....Using intermediate digital (EPO) signal processing (EPO) E9.012 ..Involving pulse code modulation E9.033 ....Using an increased bandwidth of the color picture signal for the luminance or the components (EPO) chrominance signal (EPO) E9.013 ...Involving data reduction (EPO) E9.034 .....With selection of the E9.014 ....Using predictive coding (EPO) conventional or the increased E9.015 ....Using transform coding (EPO) bandwidth signal (e.g., VHS or E9.016 ...With processing of the sound SVHS signal selection, etc.) signal (EPO) (EPO) E9.017 ....Using time division multiplex E9.035 ....The recorded signal showing a of the PCM audio and PCM video feature, which is different in signals (EPO) adjacent track parts (e.g., different phase or frequency, E9.018 .....With insertion of the PCM etc.) (EPO) audio signals in the vertical ...Involving the multiplexing of blanking interval of the PCM E9.036 video signal (EPO) an additional signal and the color video signal (EPO) E9.019 ..Involving pulse code modulation E9.037 ....The additional signal being a of the composite color video- signal (EPO) sound signal (EPO) E9.02 ...Involving data reduction (EPO) E9.038 .....Using time division multiplex (EPO) E9.021 ....Using predictive coding (EPO) E9.039 .....Using frequency division multiplex (EPO)

June 2006 386 - 4 CLASS 386 TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR REPRODUCING

E9.04 ....The additional signal being E9.055 ..Regeneration of a color at least another television reference signal (e.g., the signal (EPO) color synchronization burst E9.041 ....The additional signal being a signal, the chrominance signal character code signal (EPO) carrier, etc.) (EPO) E9.042 .....For teletext (EPO) E9.056 ..Signal drop-out compensation E9.043 .....Involving the use of (EPO) subcodes (EPO) E9.057 ...The signal being a composite E9.044 ...The recorded brightness signal color television signal (EPO) occupying a frequency band E9.058 ....Using a digital intermediate totally overlapping the memory (EPO) frequency band of the recorded E9.059 ...For signals recorded by pulse chrominance signal (e.g., code modulation (EPO) frequency interleaving, etc.) E9.06 ..Time-base error compensation (EPO) (EPO) E9.045 ..Involving processing of the E9.061 ...Using an analogue memory sound signal (EPO) (e.g., a CCD shift register) E9.046 ..The individual color picture the delay of which is signal components being controlled by a voltage recorded sequentially and controlled oscillator (EPO) simultaneously (e.g., E9.062 ...Using a digital memory with corresponding to SECAM-system, independent write-in and read etc.) (EPO) out clock generators (EPO) E9.047 .For recording the signal in a E9.063 ..Using frequency multiplication plurality of channels, the of the reproduced color signal bandwidth of each channel carrier with another auxiliary being less than the bandwidth reproduced signal (e.g., a of the signal (EPO) pilot signal carrier) (EPO) E9.048 ..By dividing the luminance or E5.001 TELEVISION SIGNAL RECORDING (EPO) color component signal samples E5.002 .Interface circuits between an or frequency bands among a apparatus for recording and plurality of recording another apparatus (EPO) channels (EPO) E5.003 .Television signal processing E9.049 ..By spectrum folding of the high therefor (EPO) frequency components of the E5.004 ..For scrambling; for copy luminance signal (EPO) protection (EPO) E9.05 .Regeneration of color television E5.005 ..For field- or frame-skip signals (EPO) recording or reproducing (EPO) E9.051 ..For restoring the color E5.006 ...With sound multiplexing (EPO) component sequence of the E5.007 ..For bandwidth reduction (EPO) reproduced chrominance signal E5.008 ...By dividing samples or signal (EPO) segments (e.g., television E9.052 ..By assembling picture element lines, etc.) among a plurality blocks in an intermediate of recording channels (EPO) memory (EPO) E5.009 ..Transformation of the E9.053 ..Using a demodulator and a television signal for remodulator (e.g., for recording (e.g., modulation, standard conversion, etc.) frequency changing, etc.); (EPO) inverse transformation for E9.054 ..Involving the mixing of the playback (EPO) reproduced video signal with a E5.01 ...By recording or reproducing non-recorded signal (e.g., a the baseband signal (EPO) text signal, etc.) (EPO) E5.011 ...Using pre-emphasis of the signal before modulation and de-emphasis of the signal after demodulation (EPO)

June 2006 CLASS 386 TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR 386 - 5 REPRODUCING

E5.012 ...By pulse code modulation (EPO) E5.035 ...Signal drop-out compensation E5.013 ....Involving data reduction (EPO) (EPO) E5.036 ....For signals recorded by pulse E5.014 .....Using predictive coding code modulation (EPO) (EPO) E5.037 ...Time-base error compensation E5.015 .....Using transform coding (EPO) (EPO) E5.016 ....With processing of the sound E5.038 ....By using an analogue memory signal (EPO) (e.g., a CCD shift register, E5.017 .....Using time division etc.) the delay of which is multiplex of the PCM audio and controlled by a voltage PCM video signals (EPO) controlled oscillator (EPO) E5.018 ...... With insertion of the PCM E5.039 ....By using a digital memory audio signals in the vertical with independent write-in and blanking interval of the PCM read-out clock generators video signal (EPO) (EPO) E5.019 ...The sound signal being pulse E5.04 ..For the suppression of noise code modulated and recorded in (EPO) time division multiplex with E5.041 .Using magnetic recording (EPO) the modulated video signal E5.042 ..On discs or drums (EPO) (EPO) E5.043 ..On tape (EPO) E5.02 ...Involving the multiplexing of E5.044 ...With stationary magnetic heads an additional signal and the (EPO) video signal (EPO) E5.045 ...With rotating magnetic heads E5.021 ....The additional signal being a (EPO) sound signal (EPO) E5.046 ....Involving helical scanning of E5.022 .....Using time division the magnetic tape (EPO) multiplex (EPO) E5.047 .....For recording on tracks E5.023 .....Using frequency division inclined relative to the multiplex (EPO) direction of movement of the E5.024 ....The additional signal being tape (EPO) at least another television E5.048 ...... Using more than one track signal (EPO) for the recording of one E5.025 ....The additional signal being a television field or frame character code signal (EPO) (i.e., segmented recording) E5.026 .....For teletext (EPO) (EPO) E5.027 .....Involving the use of E5.049 ....Involving transversal subcodes (EPO) scanning of the magnetic tape E5.028 ..Regeneration of the television (EPO) signal or of selected parts E5.05 ...Recording using a special thereof (EPO) track configuration (e.g., E5.029 ...For restoring the level of the crossing, overlapping, etc.) reproduced signal (EPO) (EPO) E5.03 ....The level control being E5.051 ...Involving recording in frequency dependent (EPO) different depths of the E5.031 ...Regeneration of analogue magnetic tape (EPO) synchronization signals (EPO) E5.052 ...Adaptations for reproducing at E5.032 ...Regeneration of digital a rate different from the synchronization signals (EPO) recording rate (EPO) E5.033 ...By assembling picture element E5.053 ..On a sheet (EPO) blocks in an intermediate E5.054 ..Recording or playback not using store (EPO) inductive heads (e.g., E5.034 ...Involving the mixing of the magneto-optical, reproduced video signal with a thermomagnetic, non-recorded signal (e.g., a magnetostrictive, text signal, etc.) (EPO) galvanomagnetic, etc.) (EPO)

June 2006 386 - 6 CLASS 386 TELEVISION SIGNAL PROCESSING FOR DYNAMIC RECORDING OR REPRODUCING

E5.055 .Using electrostatic recording (EPO) E5.056 ..On discs or drums (EPO) E5.057 ..Using deformable thermoplastic recording medium (EPO) E5.058 ...On discs or drums (EPO) E5.059 .Using holographic recording (EPO) E5.06 ..On discs or drums (EPO) E5.061 .Using optical recording (EPO) E5.062 ..On film (EPO) E5.063 ...The film moving intermittently (EPO) E5.064 ..On discs or drums (EPO) E5.065 ..Producing a motion picture film from a television signal (EPO) E5.066 .Using variable electrical capacitive recording (EPO) E5.067 .Using static stores (e.g., storage tubes, semiconductor memories, etc.) (EPO) E5.068 .On discs or drums (EPO) E5.069 ..Between a recording apparatus and a television camera (EPO) E5.07 ..Between a recording apparatus and a television receiver (EPO) E5.071 ...The recorder being connected to, or coupled with, the antenna of the television receiver (EPO) E5.072 ...The recording apparatus and the television camera being placed in the same enclosure (EPO)

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