FI (list display)

  • H04N9/00
  • Details of colour television systems [4] HB CC 5C057
  • H04N9/00@A
  • Connection with external equipment HB CC 5C057
  • H04N9/00@B
  • for multiple system reception HB CC 5C057
  • H04N9/00@C
  • Reception of character and still picture broadcasts (character broadcast and transmission systems, H04N7/08A) HB CC 5C057
  • H04N9/00@D
  • Television image preparation and printing (colour printing, B41J3/00) HB CC 5C057
  • H04N9/00@E
  • Operation displays HB CC 5C057
  • H04N9/00@F
  • Displays of sound patterns, e.g. changing colour, patterns and the like, using sound signals HB CC 5C057
  • H04N9/00@Z
  • Others HB CC 5C057
  • H04N9/01
  • . Circuitry for demodulating colour component signals modulated spatially by colour striped filters by phase separation [2023.01] HB CC 5C065
  • H04N9/03
  • .Circuitry for demodulating colour component signals modulated spatially by colour striped filters by frequency separation [2023.01] HB CC 5C065
  • H04N9/11
  • .Scanning of colour motion picture films, e.g. for telecine [2, 4, 2006.01] HB CC 5C065
  • H04N9/12
  • .Picture reproducers (H04N9/11 takes precedence) [2, 4] HB CC 5C060
  • H04N9/12@A
  • Replay devices in general HB CC 5C060
  • H04N9/12@B
  • Pixel light emission, e.g. by liquid crystal discharge tubes HB CC 5C060
  • H04N9/12@Z
  • Others HB CC 5C060
  • H04N9/14
  • ..using optical-mechanical scanning means only [2, 4] HB CC 5C060
  • H04N9/16
  • ..using cathode ray tubes (H04N9/11takes precedence) [2, 4] HB CC 5C060
  • H04N9/18
  • ...using separate electron beams for the primary colour signals (H04N9/27 takes precedence) [2, 4] HB CC 5C060
  • H04N9/20
  • ....with more than one beam in a tube [4] HB CC 5C060
  • H04N9/22
  • ...using the same beam for more than one primary colour information (H04N9/27 takes precedence) [2, 4] HB CC 5C060
  • H04N9/24
  • ....using means, integral with, or external to, the tube, for producing signal indicating instantaneous beam position [4] HB CC 5C060
  • H04N9/24@A
  • Structure of index reception tubes HB CC 5C060
  • H04N9/24@B
  • Control of deflection and correction of linearity by index signals HB CC 5C060
  • H04N9/24@C
  • Generation and detection of index signals HB CC 5C060
  • H04N9/24@D
  • Processing of index signals HB CC 5C060
  • H04N9/24@E
  • Electron beam quantity control using index signals HB CC 5C060
  • H04N9/24@Z
  • Others HB CC 5C060
  • H04N9/26
  • ....using electron-optical colour selection means, e.g. line grid, deflection means in or near the gun or near the phosphor screen [4] HB CC 5C060
  • H04N9/27
  • ...with variable depth of penetration of electron beam into the luminescent layer, e.g. penetrons [2, 4] HB CC 5C060
  • H04N9/28
  • ...Arrangements for convergence or focusing [4] HB CC 5C060
  • H04N9/28@A
  • Convergence circuits HB CC 5C060
  • H04N9/28@S
  • .Electrostatic type HB CC 5C060
  • H04N9/28@B
  • Convergence devices HB CC 5C060
  • H04N9/28@C
  • .using magnetic coils HB CC 5C060
  • H04N9/28@D
  • .using permanent magnets, e.g. blue lateral or peripheral purity HB CC 5C060
  • H04N9/28@E
  • .characterized by core type HB CC 5C060
  • H04N9/28@F
  • .for temperature compensation, e.g. correction of colour purity using thermal expansion of shadow masks HB CC 5C060
  • H04N9/28@Z
  • Others HB CC 5C060
  • H04N9/285
  • ....using quadrupole lenses [4] HB CC 5C060
  • H04N9/29
  • ...using demagnetisation or compensation of external magnetic fields [2, 4] HB CC 5C060
  • H04N9/29@A
  • Demagnetization circuitry HB CC 5C060
  • H04N9/29@B
  • Demagnetization devices HB CC 5C060
  • H04N9/29@Z
  • Others HB CC 5C060
  • H04N9/30
  • ..using solid-state colour display devices [4] HB CC 5C060
  • H04N9/31
  • ..Projection devices for colour picture display [2, 4] HB CC 5C060
  • H04N9/31,020
  • ...using two-dimensional electronic spatial light modulators HB CC 5C060
  • H04N9/31,290
  • ...scanning a light beam on the display screen HB CC 5C060
  • H04N9/31,410
  • ...Constructional details thereof HB CC 5C060
  • H04N9/31,440
  • ....Cooling systems HB CC 5C060
  • H04N9/31,470
  • ....Multi-projection systems HB CC 5C060
  • H04N9/31,500
  • ....Modulator illumination systems HB CC 5C060
  • H04N9/31,790
  • ...Video signal processing therefor HB CC 5C060
  • H04N9/31,820
  • ....Color adjustment, e.g. white balance, shading or gamut HB CC 5C060
  • H04N9/31,850
  • ....Geometric adjustment, e.g. keystone HB CC 5C060
  • H04N9/43
  • .Conversion of monochrome picture signals to colour picture signals for colour picture display [4] HB CC 5C057
  • H04N9/44
  • .Colour synchronisation [4] HB CC 5C066
  • H04N9/44@A
  • Separation and extraction of VIR signals HB CC 5C066
  • H04N9/44@B
  • Generation of synchronous clocks HB CC 5C066
  • H04N9/44@C
  • .Generation of synchronous PAL signals HB CC 5C066
  • H04N9/44@Z
  • Others HB CC 5C066
  • H04N9/45
  • ..Generation or recovery of colour sub-carriers [4] HB CC 5C066
  • H04N9/45@A
  • Generation of colour sub-carriers [NTSC] HB CC 5C066
  • H04N9/45@B
  • Generation of colour sub-carriers [PAL] HB CC 5C066
  • H04N9/45@C
  • Generation of colour sub-carriers [SECAM] HB CC 5C066
  • H04N9/45@D
  • Generation of colour sub-carriers [common] HB CC 5C066
  • H04N9/45@E
  • Regeneration of colour sub-carriers [NTSC] HB CC 5C066
  • H04N9/45@F
  • Regeneration of colour sub-carriers [PAL] HB CC 5C066
  • H04N9/45@G
  • Regeneration of colour sub-carriers [SECAM] HB CC 5C066
  • H04N9/45@H
  • Regeneration of colour sub-carriers [common] HB CC 5C066
  • H04N9/45@J
  • Regeneration of colour sub-carriers occurring in video tape recorders HB CC 5C066
  • H04N9/45@K
  • Phase detection and smoothing circuits for APC HB CC 5C066
  • H04N9/45@L
  • .Details of VCO HB CC 5C066
  • H04N9/45@Z
  • Others HB CC 5C066
  • H04N9/45,101
  • ...for adjustment of the amount of shifting HB CC 5C066
  • H04N9/45,101@A
  • related to improvement of skin colour HB CC 5C066
  • H04N9/45,101@Z
  • Others HB CC 5C066
  • H04N9/455
  • ..Generation of colour burst signals; Insertion of colour burst signals in colour picture signals or separation of colour burst signals from colour picture signals (H04N?9/45 takes precedence) [4] HB CC 5C066
  • H04N9/455@A
  • Generation of burst gate pulse HB CC 5C066
  • H04N9/455@Z
  • Others HB CC 5C066
  • H04N9/465
  • ..Synchronisation of the PAL-switch [4] HB CC 5C066
  • H04N9/47
  • ..for sequential signals [2, 4] HB CC 5C066
  • H04N9/47@A
  • Discrimination of SECAM system HB CC 5C066
  • H04N9/47@Z
  • Others HB CC 5C066
  • H04N9/475
  • ..for mutually locking different synchronisation sources [4] HB CC 5C066
  • H04N9/64
  • .Circuits for processing colour signals (H04N 9/77 takes precedence; camera processing pipelines for processing colour signals H04N 23/84) [4, 2006.01, 2023.01] HB CC 5C066
  • H04N9/64@A
  • related to hue adjustment HB CC 5C066
  • H04N9/64@B
  • .using VIR signals HB CC 5C066
  • H04N9/64@C
  • ..related to detection and removal of VIR signals HB CC 5C066
  • H04N9/64@D
  • .hue adjustment occurring in PAL system HB CC 5C066
  • H04N9/64@E
  • related to removal of interference with colour signals HB CC 5C066
  • H04N9/64@F
  • Colour output and display drive circuits HB CC 5C066
  • H04N9/64@G
  • Conjunction of video tape recorders and colour televisions HB CC 5C066
  • H04N9/64@H
  • Controlling colour signal circuits corresponding to colour signals or black and white signals HB CC 5C066
  • H04N9/64@J
  • related to improvements in skin and colour recovery HB CC 5C066
  • H04N9/64@K
  • related to increase band width machines and band filters HB CC 5C066
  • H04N9/64@L
  • related to delay lines and delay circuits HB CC 5C066
  • H04N9/64@M
  • related to blanking and burst blanking HB CC 5C066
  • H04N9/64@N
  • Simultaneous conversion and recovery of NTSC signals HB CC 5C066
  • H04N9/64@P
  • related to PAL system HB CC 5C066
  • H04N9/64@Q
  • related to SECAM system HB CC 5C066
  • H04N9/64@S
  • Common circuits for multiple systems [e.g. NYSC and PAL] HB CC 5C066
  • H04N9/64@T
  • Common circuits of PAL and SECAM systems HB CC 5C066
  • H04N9/64@U
  • related to colour signal modulation [except for periodic modulations] HB CC 5C066
  • H04N9/64@V
  • related to colour signal demodulation [except for periodic demodulation] HB CC 5C066
  • H04N9/64@Z
  • Others HB CC 5C066
  • H04N9/65
  • ..for synchronous modulators [4, 2006.01] HB CC 5C066
  • H04N9/65@A
  • Related to NTSC system HB CC 5C066
  • H04N9/65@B
  • related to PAL system HB CC 5C066
  • H04N9/65@C
  • Common circuits for multiple systems HB CC 5C066
  • H04N9/65@Z
  • Others HB CC 5C066
  • H04N9/66
  • ..for synchronous demodulators [4] HB CC 5C066
  • H04N9/66@A
  • related to NTSC system HB CC 5C066
  • H04N9/66@B
  • related to PAL system HB CC 5C066
  • H04N9/66@C
  • Common circuits for multiple systems HB CC 5C066
  • H04N9/66@Z
  • Others HB CC 5C066
  • H04N9/67
  • ..for matrixing (camera processing pipelines for matrixing of colour signals H04N 23/85) [4, 2006.01, 2023.01] HB CC 5C066
  • H04N9/67@A
  • synthesizing luminant signals and colour-difference signals HB CC 5C066
  • H04N9/67@B
  • synthesizing binary colour-difference signals HB CC 5C066
  • H04N9/67@C
  • PAL delay matrix circuits HB CC 5C066
  • H04N9/67@Z
  • Others HB CC 5C066
  • H04N9/68
  • ..for controlling the amplitude of colour signals, e.g. automatic chroma control circuits (H04N 9/71, H04N 9/73 take precedence; camera processing pipelines for controlling the colour saturation of colour signals H04N 23/86) [4, 2006.01, 2023.01] HB CC 5C066
  • H04N9/68,101
  • ...for adjusting degree of color saturation HB CC 5C066
  • H04N9/68,101@A
  • for the purpose of correction skin color HB CC 5C066
  • H04N9/68,101@Z
  • Others HB CC 5C066
  • H04N9/68,102
  • ....Automatic adjustment HB CC 5C066
  • H04N9/68,102@A
  • Controlling in response to the amplitude of burst signals HB CC 5C066
  • H04N9/68,102@B
  • using VIR signals HB CC 5C066
  • H04N9/68,102@C
  • by external light detection HB CC 5C066
  • H04N9/68,102@D
  • Especially related to PAL system HB CC 5C066
  • H04N9/68,102@E
  • Related to common use of multiple systems HB CC 5C066
  • H04N9/68,102@Z
  • Others HB CC 5C066
  • H04N9/68,103
  • ...for compensating highpass frequency components of colour signals, e.g. contour emphasis circuits for colour signals HB CC 5C066
  • H04N9/69
  • ...for modifying the colour signals by gamma correction (controlling camera response for colour signals H04N 23/83) [4, 2006.01, 2023.01] HB CC 5C066
  • H04N9/70
  • ..for colour killing [4] HB CC 5C066
  • H04N9/70@A
  • Colour signal insulation circuits HB CC 5C066
  • H04N9/70@B
  • Colour-killing of Video tape recorders HB CC 5C066
  • H04N9/70@C
  • Colour-killer detecting phase circuits HB CC 5C066
  • H04N9/70@D
  • related to PAL system HB CC 5C066
  • H04N9/70@E
  • related to SECAM system HB CC 5C066
  • H04N9/70@Z
  • Others HB CC 5C066
  • H04N9/71
  • ...combined with colour gain control [4] HB CC 5C066
  • H04N9/72
  • ..for reinsertion of DC and slowly varying components of colour signals (camera processing pipelines for reinsertion of DC or slowly varying components of colour signals H04N 23/87) [4, 2006.01, 2023.01] HB CC 5C066
  • H04N9/73
  • ..Colour balance circuits, e.g. white balance circuits or colour temperature control (camera processing pipelines for colour balance H04N 23/88) [4, 2006.01, 2023.01] HB CC 5C066
  • H04N9/73@B
  • balancing white levels [Image reception side] HB CC 5C066
  • H04N9/73@C
  • balancing grey levels or Y characteristics HB CC 5C066
  • H04N9/73@E
  • balancing black levels or cutoff levels [Image reception side] HB CC 5C066
  • H04N9/73@F
  • Switchs at cutoff adjustment [e.g. related to service switch] HB CC 5C066
  • H04N9/73@G
  • related to displaying of colour balance adjustment conditions HB CC 5C066
  • H04N9/73@H
  • changing colour balance of special parts only HB CC 5C066
  • H04N9/73@Z
  • Others HB CC 5C066
  • H04N9/74
  • ..for obtaining special effects (H04N?9/65-H04N?9/73 take precedence) [4] HB CC 5C066
  • H04N9/74@A
  • 2-screen televisions [2-screen displays, H04N5/45, signals for 2-screen displays, H04N5/66D] HB CC 5C066
  • H04N9/74@Z
  • Others HB CC 5C066
  • H04N9/75
  • ...Chroma key [4] HB CC 5C066
  • H04N9/76
  • ...for mixing of colour signals (H04N?9/75 takes precedence) [4] HB CC 5C066
  • H04N9/77
  • .Circuits for processing the brightness signal and the chrominance signal relative to each other, e.g. adjusting the phase of the brightness signal relative to the colour signal, correcting differential gain or differential phase (circuits for matrixing H04N9/67) [4] HB CC 5C066
  • H04N9/78
  • ..for separating the brightness signal or the chrominance signal from the colour television signal, e.g. using comb filter [4] HB CC 5C066
  • H04N9/78@A
  • with comb-type filters [transversal filters, H03H15/00] HB CC 5C066
  • H04N9/78@Z
  • Others [IIR type filters, H03H17/04, FIR type filters, H03H17/06] HB CC 5C066
  • H04N9/79
  • .Processing of colour television signals in connection with recording [4] HB CC 5C055
  • H04N9/79,040
  • ..using intermediate digital signal processing HB CC 5C055
  • H04N9/79,080
  • ..Suppression of interfering signals at the reproducing side, e.g. noise HB CC 5C055
  • H04N9/79,120
  • ...the interfering signals being intermodulation signals HB CC 5C055
  • H04N9/79,170
  • ...the interfering signals being cross-talk signals HB CC 5C055
  • H04N9/79,210
  • ..for more than one processing mode HB CC 5C055
  • H04N9/79,250
  • ...for more than one standard HB CC 5C055
  • H04N9/793
  • ..for controlling the level of the chrominance signal, e.g. by means of automatic chroma control circuits [6] HB CC 5C055
  • H04N9/793,300
  • ...the level control being frequency-dependent HB CC 5C055
  • H04N9/793,600
  • ....by using a preemphasis network at the recording side and a deemphasis network at the reproducing side HB CC 5C055
  • H04N9/797
  • ..for recording the signal in a plurality of channels, the bandwidth of each channel being less than the bandwidth of the signal (H04N9/804, H04N9/81, H04N9/82 take precedence) [6] HB CC 5C055
  • H04N9/797,300
  • ...by dividing the luminance or colour component signal samples or frequency bands among a plurality of recording channels (H04N9/804, H04N9/825 take precedence) HB CC 5C055
  • H04N9/797,600
  • ...by spectrum folding of the high frequency components of the luminance signal HB CC 5C055
  • H04N9/80
  • ..Transformation of the television signal for recording, e.g. modulation, frequency changing; Inverse transformation for playback [4] HB CC 5C055
  • H04N9/802
  • ...involving processing of the sound signal (H04N9/806, H04N9/835 take precedence) [6] HB CC 5C055
  • H04N9/804
  • ...involving pulse code modulation of the colour picture signal components [6] HB CC 5C055
  • H04N9/804,200
  • ....including data reduction HB CC 5C055
  • H04N9/804,500
  • .....using prediction coding HB CC 5C055
  • H04N9/804,700
  • .....using transform coding HB CC 5C055
  • H04N9/806
  • ....with processing of the sound signal [6] HB CC 5C055
  • H04N9/806,300
  • .....using time division multiplex of PCM audio and PCM video signals HB CC 5C055
  • H04N9/806,600
  • .....with insertion of the PCM audio signals in the vertical blanking interval of the PCM video signal HB CC 5C055
  • H04N9/808
  • ...involving pulse code modulation of the composite colour video-signal [6] HB CC 5C055
  • H04N9/808,100
  • ....involving data reduction HB CC 5C055
  • H04N9/808,200
  • .....using prediction coding HB CC 5C055
  • H04N9/808,500
  • ....with processing of the sound signal HB CC 5C055
  • H04N9/808,700
  • .....using time division multiplex of PCM audio and PCM video signals HB CC 5C055
  • H04N9/808,800
  • ......with insertion of the PCM audio signals in the vertical blanking interval of the PCM video signal HB CC 5C055
  • H04N9/81
  • ...the individual colour picture signal components being recorded sequentially only [4] HB CC 5C055
  • H04N9/815
  • ....The luminance signal and the sequential colour component signals being recorded in separate recording channels [6] HB CC 5C055
  • H04N9/82
  • ...the individual colour picture signal components being recorded simultaneously only [4] HB CC 5C055
  • H04N9/82,050
  • ....involving the multiplexing of an additional signal and the color video signal HB CC 5C055
  • H04N9/82,110
  • .....the additional signal being a sound signal (H04N9/835 takes precedence) HB CC 5C055
  • H04N9/82,160
  • ......using time division multiplex HB CC 5C055
  • H04N9/82,220
  • ......using frequency division multiplex HB CC 5C055
  • H04N9/82,270
  • .....the additional signal being at least another television signal HB CC 5C055
  • H04N9/82,330
  • .....the additional signal being a character code signal HB CC 5C055
  • H04N9/82,380
  • ......for teletext HB CC 5C055
  • H04N9/82,440
  • ......involving the use of subcodes HB CC 5C055
  • H04N9/825
  • ....the luminance and chrominance signals being recorded in separate channels [6] HB CC 5C055
  • H04N9/825,500
  • .....with sound processing HB CC 5C055
  • H04N9/83
  • ....the recorded chrominance signal occupying a frequency band under the frequency band of the recorded brightness signal [4] HB CC 5C055
  • H04N9/83,100
  • .....using intermediate digital signal processing HB CC 5C055
  • H04N9/83,200
  • .....using an increased bandwidth for the luminance or the chrominance signal HB CC 5C055
  • H04N9/83,300
  • ......with selection of the conventional or the increased bandwidth signal, e.g. VHS or SVHS signal selection HB CC 5C055
  • H04N9/835
  • .....involving processing of the sound signal [6] HB CC 5C055
  • H04N9/835,500
  • ......the sound carriers being frequency multiplexed between the luminance carrier and the chrominance carrier HB CC 5C055
  • H04N9/84
  • .....the recorded signal showing a feature, which is different in adjacent track parts, e.g. different phase or frequency [4] HB CC 5C055
  • H04N9/85
  • ....the recorded brightness signal occupying a frequency band totally overlapping the frequency band of the recorded chrominance signal, e.g. frequency interleaving [4] HB CC 5C055
  • H04N9/86
  • ...the individual colour picture signal components being recorded sequentially and simultaneously, e.g. corresponding to SECAM-system [4] HB CC 5C055
  • H04N9/87
  • ..Regeneration of colour television signals (H04N9/80 takes precedence) [4] HB CC 5C055
  • H04N9/87,070
  • ...using demodulators and remodulators, e.g. for conversion of standards HB CC 5C055
  • H04N9/87,150
  • ...involving the mixing of the reproduced video signal with a non-recorded signal, e.g. a text signal HB CC 5C055
  • H04N9/87,220
  • ...Regeneration of a colour reference signal, e.g. the colour synchronisaton burst signal, the chrominance signal carrier HB CC 5C055
  • H04N9/873
  • ...for restoring the colour component sequence of the reproduced signal [6] HB CC 5C055
  • H04N9/877
  • ...by assembling picture element blocks in an intermediate memory [6] HB CC 5C055
  • H04N9/88
  • ...Signal drop-out compensation [4] HB CC 5C055
  • H04N9/882
  • ....the signal being a composite colour television signal [6] HB CC 5C055
  • H04N9/885
  • .....using a digital intermediate memory [6] HB CC 5C055
  • H04N9/888
  • ....for signals recorded by pulse code modulation [6] HB CC 5C055
  • H04N9/89
  • ...Time-base error compensation [4] HB CC 5C055
  • H04N9/893
  • ....using an analogue memory, e.g. a CCD-shift register, the delay of which is controlled by a voltage controlled oscillator [6] HB CC 5C055
  • H04N9/896
  • ....using a digital memory with independent write-in and read-out clock generators [6] HB CC 5C055
  • H04N9/898
  • ...using frequency multiplication of the reproduced colour signal with another auxiliary reproduced signal, e.g. a pilot signal carrier [6] HB CC 5C055
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