Television System Details TRIZ Cases

An imaging apparatus detects persons in images by comparing captured frames against stored representative facial profiles.

Dynamic frequency adjustment of the low-frequency mirror maintains beam sweep amplitude while resolving synchronization complexity.

A register DMA controller manages data flow via handshaking protocols, reducing clock domains and facilitating robust format changes.

A mobile terminal detects facial images and retrieves corresponding data to edit specific regions.

A frame position determining unit specifies desired frames in moving image data for high-quality still image extraction.

A digital camera image processing device combines multiple panoramic images to generate a wide-range view without mechanical lens switching.

A self-photographing control method selects a main eye to trigger the camera based on detected eye actions.

Adjusting integration phase across lines removes flicker noise while avoiding the digital circuit burden of additional logic circuits.

An information processing apparatus sets a frame as a superimposition location of content in a region corresponding to an object surface based on user movement state.

Modular segmentation resolves the contradiction between complex organic shapes and ease of manufacture in tree computer kiosks.

A content receiver uses predictive tuning to allocate tuners for anticipated channel changes based on user behavior patterns.

A camera controller adjusts rear display menus based on detected lens type and operation counts.

Adjusting vertical synchronization cycles for variable frame rates prevents moving subject distortion without altering the base clock frequency.

Segmented stand members with angled legs reduce packing volume while locking mechanisms maintain stability.

Multiplexed PWM control separates horizontal and vertical scanning frequencies using a boxcar filter, eliminating crosstalk between mirror axes.

A signal processing device adds test data to valid data for parallel path comparison.

Symmetrical apodization filters on both sides of the diaphragm equalize oblique luminous flux reduction, suppressing blur deviation.

A reproduction device analyzes extended display identification data to determine interface type and automatically adjust image output format.

A multiprocessor divides high-resolution still images into lower resolution components for transmission.

An enhanced set-top box switches content inputs to deliver services through a unified interface.

Image processing apparatus generates virtual projection surface data and overlays it on captured space images to visualize disposition.

An image pickup apparatus segments pixel strings into variable units to produce transmission streams for host terminals.

A thermal imaging camera aligns visible and infrared images using distance-to-target data from a range module.

A camera mounting assembly features indented sections and recessed channels to guide light toward the image sensor.

Segmented high resolution cameras capture simultaneous body part images, resolving device complexity trade-offs for standardized dermatological analysis.

A vehicle computing device retrieves album cover images from metadata, local storage, or remote servers for in-car display.

An external apparatus consolidates user interaction data from multiple servers to eliminate repetitive content purchases across different service providers.

An expandable display adjusts imaging device spacing to switch between two-dimensional and three-dimensional image generation modes.

A wireless communication unit synchronizes clocks between imaging devices for precise shooting timing.

A display mainboard adaptation circuit converts signal properties between a processing unit and various display panels.

Guiding protrusions and grooves in the camera body recess align the image pickup unit, preventing damage from misaligned attachment forces.

A chroma enhancement apparatus selects conversion matrices to reproduce colors.

A display device adjusts font shift parameters to combine variable-width characters into proportional text layouts.

A conductive member forms a closed circuit to minimize inductive current induced by horizontal alternating current magnetic fields.

Reverse voltage applied to pixel rows reduces electric-charge traps in photoelectric conversion films.

A multi-illumination system captures subject images under varied lighting to generate precise masks for background and floor replacement.

A camera housing uses a rotatable core and gears to shift lens orientation between interior and exterior views.

Dynamic pixel binning reduces power consumption by alternating resolution modes, preventing permanent loss of spatial coverage during motion detection.

Multi-scale unsharp mask filtering sharpens luma components while lookup tables core noise signals to prevent amplification.

A video processing method generates subtitle streams from audio data and synthesizes them with video streams for display.

Segmenting the sensor array into two pixel groups with independent exposure control extends working range without increasing device complexity.

Corrects projected image distortions by detecting alternately inserted reference and offset patterns, eliminating pre-projection delays.

An information processing device acquires video data and scene specifying information to apply optimal LUT color grading.

Synchronizing light emission with blanking periods reduces exposure time while maintaining image quality for medical endoscope applications.

An image sensing apparatus shares identification data across devices to display comprehensive capture status for group events.

Named queues decouple processing from data production, resolving central bottlenecks while maintaining reliability through software-based redundancy.

A photographing module uses elastic elements and electrically-driven components to move an optical system unit.