Television System Details TRIZ Cases

A multocular image pickup apparatus calculates distance information from multiple camera outputs to synthesize video.

Stumbling sill structure on the substrate mounts the holder to stabilize the camera module interface.

A dual-spectral network camera uses separate color and monochrome sensors to capture images across visual and infrared bands.

Curved photodiodes in backside illumination sensors focus photons to reduce cross-talk and improve signal accuracy.

Adjusting target code amounts before and after frame rate changes prevents image quality degradation while reducing overall video data volume.

Interface-specific waiting times shift a dual-input display to sleep mode, reducing power consumption by avoiding uniform delays across all input interfaces.

A video broadcast receiver storage system manages recording states by moving metadata between time-shift and permanent lists.

Segmenting display panel sound generation across multiple generators reduces mechanical displacement, improving reliability and bass quality.

Anti-reflecting film on transparent cap directs laser beam at vibrating membrane for precise acceleration detection.

A video processing system dynamically adjusts its sampling rate to match the incoming frame rate.

A focusing method selects optimal focus values by analyzing object velocities in segmented frames of flowing liquid samples.

A characteristics component analyzes video content to determine specific attributes such as category, type, and identity for precise segment identification.

A controller generates sample frequencies to convert digital image signals into analog formats.

Gateway maps internal encoder addresses to bypass external bandwidth limits.

N-band spectral segmentation minimizes spectral mimics, resolving indistinguishable material edges under varying illumination conditions.

Pixel array design merges adjacent pixel charges to enable high frame rate preview modes while maintaining low read noise and signal-to-noise ratio.

An image pickup apparatus uses a movable optical filter to adjust the total optical path length between the lens and the sensor.

A detection device uses a polarization splitter to analyze reflected light intensities across distinct wavelength bands.

Correcting sections restore linear pixel values via optical transfer functions before color balance adjustments to prevent restoration artifacts.

A display control device synchronizes image signals using a line counter to reduce latency in electronic viewfinders.

A five-element image lens assembly uses specific refractive powers and surface curvatures to correct optical aberrations.

Segmented augmented reality display attaches compact thermal imaging unit to firefighter helmets, enabling human detection in smoke-filled environments.

Segmenting the data structure into distinct functional areas manages multiple component data streams without increasing device complexity.

Pixel segmentation isolates noise components in a storage unit, enabling accurate subtraction of interference during sensing operations.

A camera system moves its image sensor to track celestial objects during long exposure photography.

A selecting unit evaluates shape data to determine pixel values for virtual viewpoint images.

A camera system partitions image frames into distinct regions to optimize exposure and gain settings for specific driver assistance functions.

Determining unit identifies music gaps using received signals and silent period duration.

A feedback control process adjusts light intensity and color to match stored facial image standards.

A mobile terminal parses video headers to extract random access points for digest playback segments.

Wireless input capture devices form a mesh network to resolve installation complexity while maintaining security through encrypted communication.

Posture sensors drive visual guidance lines that align images automatically, resolving the difficulty of manual panning for users.

A medical visualization apparatus provides a direct, magnified image of the operating field to enhance hand-eye coordination.

Segmenting U and V channels allows independent cross-talk estimation, removing visual distortion from mistuned intermediate frequency stages.

A control unit displays a recommended composition frame that moves with the captured image to reduce user alignment effort.

A display method captures still images lit by luminance changes and decodes signals to superimpose video content.

A logic architecture detects low acceleration conditions to selectively extract video data for augmented reality information generation.

Segmenting application resources into parallel cards reduces operation levels and increases utilization rates.

A solar-charging mounting bracket integrates photovoltaic panels to automatically recharge device batteries while maintaining physical attachment.

Segmenting RAW data by exposure time optimizes quantization, reducing high frequency components and improving coding efficiency.

Rapid color frame cycling blends into full-spectrum visuals for human viewers, creating artifacts that deter unauthorized copying and reduce bandwidth.

A video advertising system synchronizes ad placement with specific video frames to enhance viewer engagement.

A media recorder uses a video camera to detect user attention and automatically stores broadcast content when the viewer is absent.

Home gateway ports functionality to visited gateways, resolving device complexity while maintaining service reliability.

An imaging device adjusts zoom tracking control criteria based on autofocus execution state to optimize focus lens positioning.

A master-slave autofocus system synchronizes focus using an adaptive lens position map updated by periodic independent operations.

An information editing area integrates with camera modules to supplement image metadata during operation.

Processor segments image processing by identifying features and generating relation information, reducing computational complexity while integrating viewpoints.

A camera connection method measures image data delay to determine optimal transmission rates for connected head units.