Television System Details TRIZ Cases

A motion vector estimation device segments pixel groups to optimize repetitive calculations for high-frequency components.

A detection unit obtains motion vectors for subject regions to determine the main subject based on prioritized movement directions.

A mid-span video processing device receives multi-camera inputs and outputs composite panoramic streams via an intelligent vision engine.

A single-lens two-channel reflector switches between 2D and 3D imaging modes using laterally displaceable mirrors.

Video display device stores deleted channel information in data storage, enabling users to restore pre-selected channels without manual re-searching.

Pulsed VLC interference signals synchronize with camera shutters to disable recording of restricted areas while preserving non-restricted content.

Overlapping selection transistor on periods enables parallel signal readout, reducing scanning circuit complexity and processing load.

Segmenting depth maps with a mask directs active sensors only to featureless areas, maintaining accuracy while lowering power consumption.

A hybrid video camera integrates HDD and DVD storage with a compact monitor displaying intuitive dubbing selection options.

Dynamic synchronization eliminates blanking time to increase frame rate and signal-to-noise ratio.

A camera module calculates movement from registered images to adjust lens position.

Strobed light synchronizes sequential row integration to eliminate motion distortion while preserving low manufacturing costs of electrical rolling shutters.

A wearable augmented reality goggle system utilizes folded optics and a beam-splitter element to direct near-infrared light for parallax-free viewing.

A controller synthesizes image signals in units of lines to drive an image display panel.

A camera body detects teleconverter attachment and calculates zoom position to update display panel information.

A video processing system selects preset configurations based on content type classification to optimize signal delivery.

A camera processor divides the image sensor into sub-regions to calculate disparity information for automatic focal region determination.

A focus detection unit selects lens position data from predetermined intervals to match contrast values acquired by an image sensor.

Pixel processing apparatus reduces noise from bad pixels without additional memory, decreasing device area and power consumption.

A camera module interleaves image data from multiple focal planes into transmission lines for efficient processing.

Processing circuitry merges front and rear camera feeds to display a composite preview image.

A camera module moves lenses perpendicular to the optical axis using electromagnetic actuators for compact integration.

A six-lens optical imaging system with a negative first lens provides a wide angle of view exceeding 100 degrees.

A transport system synchronizes multimedia content signals using RTP packetization and IEEE 1588 PTP clock alignment.

A video call terminal captures images based on preset conditions to manage post-call data.

A curved surface reflection mirror directs light to project an enlarged image onto a screen.

A data inserter embeds program system information into vertical ancillary space of high definition television signals.

A server generates a composite stream by merging native video with prioritized audio from separate sources.

A display screen system presents multiple channels with user interface components activated at specific times.

A magnetic levitation image sensor moves freely in six degrees of freedom using electromagnetic thrust forces.

A video recording system assembles segmented scenes within a predetermined framework to enable real-time editing workflows.

Groups pixel values per read-out circuit to detect random telegraph signal noise, reducing false corrections and enhancing image sensitivity.

An electronic program guide classifies channels by subscription status to visually distinguish subscribed content from unsubscribed options.

Oxide semiconductor transistors reduce leakage current in TOF cameras, while deep learning denoises distance images for accurate autonomous driving perception.

Translating a SPAD sensor captures shifted frames to resolve low-light resolution limits.

Separating background sound and voice enables dynamic selection of image quality improvements, avoiding adverse effects from static processing.

A server manages audiovisual data streams and device interconnections across multiple environments.

Optical identification replaces manual input for hands-free operation, while translucent mirrors balance visual connectivity with interior privacy.

A video scaling circuit uses a stable crystal clock to generate output signals, correcting PLL inaccuracies that cause frame instability.

A dynamic bias current profile adjusts column ramp comparator settings in CMOS image sensors to optimize power usage.

Automated video content analysis detects unattended objects and suspicious behaviors, reducing human fatigue and operational costs.

A media reproducing system captures broadcast frames to register questions on a sharing server.

An image sensor array captures pupillary and tracking data to resolve the trade-off between diagnostic accuracy and screening time.

A CMOS imaging device uses storage capacitance lines to accumulate overflow charges without increasing pixel area.

A management server distributes media to communication devices via a downloadable user interface.

A camera system adjusts gain and exposure using weighted mean calculations derived from sound source location and active speaker detection.

Stacking the MEMS module on the CMOS circuit eliminates eutectic bonding and reduces chip size while simplifying the manufacturing process.

A phase difference autofocus system uses a judging unit to analyze subject patterns before focus detection.