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  • H04N23/00
    		•  Cameras or camera modules comprising electronic image sensors; Control thereof [2023.01] HB CC 5C122
  • H04N23/10
    		•  .for generating image signals from different wavelengths [2023.01] HB CC 5C065
  • H04N23/11
    		•  .. for generating image signals from visible and infrared light wavelengths [2023.01] HB CC 5C024
  • H04N23/12
    		•  .. with one sensor only [2023.01] HB CC 5C065
  • H04N23/13
    		•  .. with multiple sensors [2023.01] HB CC 5C065
  • H04N23/15
    		•  ... Image signal generation with circuitry for avoiding or correcting image misregistration [2023.01] HB CC 5C065
  • H04N23/16
    		•  ... Optical arrangements associated therewith, e.g.for beam-splitting or for colour correction [2023.01] HB CC 5C065
  • H04N23/17
    		•  .. using opto-mechanical scanning means only [2023.01] HB CC 5C065
  • H04N23/20
    		•  .for generating image signals from infrared radiation only [2023.01] HB CC 5C024
  • H04N23/21
    		•  .. from near infrared [NIR] radiation [2023.01] HB CC 5C024
  • H04N23/23
    		•  .. from thermal infrared radiation [2023.01] HB CC 5C024
  • H04N23/30
    		•  .for generating image signals from X-rays [2023.01] HB CC 5C024
  • H04N23/40
    		•  .Circuit details for pick-up tubes [2023.01] HB CC 5C122
  • H04N23/40,100
    		•  .With indicators showing operational status (displaying additional information, except the information which can be checked with electronic viewfinders (EVF) H04N 23/63, 300) HB CC 5C122
  • H04N23/40,300
    		•  .To produce images at the sites unable to be reached due to their vastness or the gravity of danger to be there, e.g., endoscopes for medical use or endoscopes for industrial use HB CC 5C122
  • H04N23/45
    		•  .for generating image signals from two or more image sensors being of different type or operating in different modes, e.g. with a CMOS sensor for moving images in combination with a charge-coupled device [CCD] for still images [2023.01] HB CC 5C122
  • H04N23/50
    		•  .Constructional details [2023.01] HB CC 5C122
  • H04N23/51
    		•  .. Housings [2023.01] HB CC 5C122
  • H04N23/52
    		•  .. Elements optimising image sensor operation, e.g. for electromagnetic interference [EMI] protection or temperature control by heat transfer or cooling elements [2023.01] HB CC 5C122
  • H04N23/53
    		•  .. of electronic viewfinders, e.g. rotatable or detachable [2023.01] HB CC 5C122
  • H04N23/54
    		•  .. Mounting of pick-up tubes, electronic image sensors, deviation or focusing coils [2023.01] HB CC 5C122
  • H04N23/55
    		•  .. Optical parts specially adapted for electronic image sensors; Mounting thereof [2023.01] HB CC 5C122
  • H04N23/55,100
    		•  ...Optical elements for light field cameras, plenoptic cameras HB CC 5C122
  • H04N23/56
    		•  .provided with illuminating means [2023.01] HB CC 5C122
  • H04N23/57
    		•  .Mechanical or electrical details of cameras or camera modules specially adapted for being embedded in other devices [2023.01] HB CC 5C122
  • H04N23/58
    		•  .Means for changing the camera field of view without moving the camera body, e.g. nutating or panning of optics or image sensors [2023.01] HB CC 5C122
  • H04N23/60
    		•  .Control of cameras or camera modules [2023.01] HB CC 5C122
  • H04N23/60,100
    		•  ..Aid by computers to capture images, e.g., checking the quality of images captured, providing advice on adjusting image composition, or on deciding the timing to capture images HB CC 5C122
  • H04N23/60,300
    		•  ..Maintaining, printing, sending the images captured HB CC 5C122
  • H04N23/60,500
    		•  ..Additional processes of images captured, which do not affect the processes that took place when the images were originally captured (when computational photography systems are classified, H04N 23/95 takes precedence) HB CC 5C122
  • H04N23/61
    		•  ..based on recognised objects [2023.01] HB CC 5C122
  • H04N23/611
    		•  ... where the recognised objects include parts of the human body [2023.01] HB CC 5C122
  • H04N23/617
    		•  ..Upgrading or updating of programs or applications for camera control [2023.01] HB CC 5C122
  • H04N23/62
    		•  ..Control of parameters via user interfaces [2023.01] HB CC 5C122
  • H04N23/63
    		•  ..by using electronic viewfinders [2023.01] HB CC 5C122
  • H04N23/63,100
    		•  ...Graphical user interfaces specially adapted for capturing images or setting parameters for photographying, e.g., using touch screens HB CC 5C122
  • H04N23/63,110
    		•  ....Control for displaying, correcting, and viewing images before they are captured, e.g., a preview of the changes in resolution and parameters for photographying HB CC 5C122
  • H04N23/63,300
    		•  ...Accompanied by displaying additional information on control of cameras and processes regulated by cameras HB CC 5C122
  • H04N23/63,310
    		•  ....Including indication of warnings HB CC 5C122
  • H04N23/63,330
    		•  ....Displaying regions and fields of view HB CC 5C122
  • H04N23/65
    		•  ..Control of camera operation in relation to power supply [2023.01] HB CC 5C122
  • H04N23/65,100
    		•  ...Reducing and maintaining to a certain level the amount of electricity supplied to a camera by affecting control regulated by cameras, e.g., sleep mode, pause mode, power off, or selective power-off of camera parts HB CC 5C122
  • H04N23/66
    		•  ..Remote control of cameras or camera parts, e.g. by remote control devices [2023.01] HB CC 5C122
  • H04N23/661
    		•  ... Transmitting camera control signals through networks, e.g. control via the Internet [2023.01] HB CC 5C122
  • H04N23/663
    		•  ... for controlling interchangeable camera parts based on electronic image sensor signals [2023.01] HB CC 5C122
  • H04N23/667
    		•  ..Camera operation mode switching, e.g. between still and video, sport and normal or high and low resolution modes [2023.01] HB CC 5C122
  • H04N23/67
    		•  ..Focus control based on electronic image sensor signals [2023.01] HB CC 5C122
  • H04N23/67,100
    		•  ...Setting focus regions HB CC 5C122
  • H04N23/67,300
    		•  ...Bracketing to capture images by changing focusing conditions (bracketing to compensate the changes in brightness H04N 23/743) HB CC 5C122
  • H04N23/68
    		•  ..for stable pick-up of the scene, e.g. compensating for camera body vibrations [2023.01] HB CC 5C122
  • H04N23/69
    		•  ..Control of means for changing angle of the field of view, e.g. optical zoom objectives or electronic zooming [2023.01] HB CC 5C122
  • H04N23/695
    		•  ..Control of camera direction for changing a field of view, e.g. pan, tilt or based on tracking of objects [2023.01] HB CC 5C122
  • H04N23/698
    		•  ..for achieving an enlarged field of view, e.g. panoramic image capture [2023.01] HB CC 5C122
  • H04N23/70
    		•  .Circuitry for compensating brightness variation in the scene [2023.01] HB CC 5C122
  • H04N23/70,100
    		•  ..Compensating images by affecting the voltage of image pick-up tubes (H04N 23/72 takes precedence) HB CC 5C122
  • H04N23/71
    		•  ..Circuitry for evaluating the brightness variation [2023.01] HB CC 5C122
  • H04N23/72
    		•  .. Combination of two or more compensation controls [2023.01] HB CC 5C122
  • H04N23/73
    		•  .. by influencing the exposure time [2023.01] HB CC 5C122
  • H04N23/74
    		•  .. by influencing the scene brightness using illuminating means [2023.01] HB CC 5C122
  • H04N23/741
    		•  .. by increasing the dynamic range of the image compared to the dynamic range of the electronic image sensors [2023.01] HB CC 5C122
  • H04N23/743
    		•  .. Bracketing, i.e. taking a series of images with varying exposure conditions [2023.01] HB CC 5C122
  • H04N23/745
    		•  .. Detection of flicker frequency or suppression of flicker wherein the flicker is caused by illumination, e.g. due to fluorescent tube illumination or pulsed LED illumination [2023.01] HB CC 5C122
  • H04N23/75
    		•  .. by influencing optical camera components [2023.01] HB CC 5C122
  • H04N23/76
    		•  .. by influencing the image signals [2023.01] HB CC 5C122
  • H04N23/80
    		•  .Camera processing pipelines; Components thereof [2023.01] HB CC 5C021
  • H04N23/81
    		•  ..for suppressing or minimising disturbance in the image signal generation [2023.01] HB CC 5C021
  • H04N23/82
    		•  .. for controlling camera response irrespective of the scene brightness, e.g. gamma correction [2023.01] HB CC 5C021
  • H04N23/83
    		•  ...specially adapted for colour signals [2023.01] HB CC 5C066
  • H04N23/84
    		•  .. for processing colour signals [2023.01] HB CC 5C066
  • H04N23/85
    		•  ... for matrixing [2023.01] HB CC 5C066
  • H04N23/86
    		•  ... for controlling the colour saturation of colour signals, e.g. automatic chroma control circuits [2023.01] HB CC 5C066
  • H04N23/87
    		•  ... for reinsertion of DC or slowly varying components of colour signals [2023.01] HB CC 5C066
  • H04N23/88
    		•  ... for colour balance, e.g. white-balance circuits or colour temperature control [2023.01] HB CC 5C066
  • H04N23/90
    		•  .Arrangement of cameras or camera modules, e.g. multiple cameras in TV studios or sports stadiums [2023.01] HB CC 5C122
  • H04N23/95
    		•  .Computational photography systems, e.g. light-field imaging systems [2023.01] HB CC 5C122
  • H04N23/951
    		•  .. by using two or more images to influence resolution, frame rate or aspect ratio [2023.01] HB CC 5C122
  • H04N23/955
    		•  .. for lensless imaging [2023.01] HB CC 5C122
  • H04N23/957
    		•  .. Light-field or plenoptic cameras or camera modules [2023.01] HB CC 5C122
  • H04N23/958
    		•  .. for extended depth of field imaging [2023.01] HB CC 5C122
  • H04N23/959
    		•  ... by adjusting depth of field during image capture, e.g. maximising or setting range based on scene characteristics [2023.01] HB CC 5C122
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