Television System Details TRIZ Cases

A processing system identifies defective pixels and reconstructs replacement data using gradient information from surrounding valid regions.

Dual vibration dampening gaskets sandwich a mounting plate to absorb vehicle vibrations and eliminate rolling shutter distortion in high definition video.

A CMOS pixel controller manages charge transfer timing between photoelectric conversion and holding portions to maintain image quality.

A display control unit adapts guide information to recording modes, showing duration changes via color shifts and dynamic updates.

A beam splitting element using right-angle prisms directs light into separate optical paths to form distinct images on a single sensor plane.

A dual-port interface card connects storage devices to processors and compressors, enabling direct data transfer without CPU intervention.

A hollow substrate body surrounds an image capturing chip to reduce module thickness.

A voice-coil motor coils around a stepped lens barrel upper portion to drive optical focusing within a compact camera module assembly.

A lens drive control apparatus adjusts driving amounts based on position differences to optimize motor speed and ensure smooth optical movement.

Flexible printed circuit board positioning avoids electrode overlap with internal spaces to reduce stress concentration on electromechanical transducers.

A portable data terminal detects items in shopping containers to manage inventory and facilitate rapid checkout.

A solid-state imaging device uses a stacked substrate architecture to isolate photoelectric conversion from amplification circuits.

Dual attenuation elements in a television receiver enable flexible automatic gain control that reduces distortion from out-of-band spectral power.

A false-color suppression method corrects pixel values using motion detection and image feature analysis.

A six-element lens system refracts light through specific power arrangements to achieve wide angle imaging.

A phase difference layer integrates multiple slow axis regions to reduce 3D crosstalk in stereoscopic displays.

Automated media recording system schedules content based on user preferences and social network data.

Wafer-level aspheric lens system replicates optical elements on a substrate to balance aberrations and reduce manufacturing costs.

A swivel overhead video display screen system uses a forward-facing mediator to block driver visibility of rear content.

Control circuitry analyzes user viewing history to identify media assets for deletion based on series order and air date.

Segmenting image sensor arrays into high resolution regions of interest and binned non-interest areas reduces power consumption while maintaining frame rates.

Coordinate system constraints guide imaging device position and orientation, preventing voids in generated 3D virtual reality panoramas.

A controller varies the active lens refractive index based on distance and ambient light, preventing eye discomfort while maintaining image quality.

Driving coil detects lens displacement through inductance variations, eliminating separate Hall sensors to reduce manufacturing costs and space requirements.

A wavelength conversion member with non-uniform phosphor distribution eliminates color irregularity in edge-lit backlight units.

Variance-adaptive temporal IIR filtering detects motion in interlaced video fields, reducing false positives and negatives during de-interlacing conversion.

A display apparatus uses a light-emitting and receiving element to capture images while emitting light for visual output.

Two non-parallel galvanometers eliminate rotation and sawteeth artifacts, enabling accurate observation of subcellular structures in tumor cells.

A light-sensitive oxide semiconductor transistor integrates sensing and driving functions within a simplified pixel structure.

Embedding playlist data into media segments reduces playback delays by eliminating separate playlist requests and network overhead.

A vehicle camera captures face and license plate images using multiple exposure conditions.

Dynamic subtitle position adjustment compares original parameters with active display boundaries to resolve improper arrangement and enhance viewer visibility.

A host computer processes video feeds to simulate keystrokes on target machines without software installation.

A video device rectifies images using angular deviations to generate eye-to-eye visuals.

A lens contaminant detection system splits input images into patches to calculate kurtosis values for efficient processing.

A wireless endoscope transmits moving and still images via separate communication channels to maintain stable video feeds.

A smart recording system automatically captures video and audio when specific actions or persons are identified in the environment.

Geo-location video archive system embeds GPS data in mobile recordings to enable immediate emergency response and prevent relevance loss.

Segmented directional speakers with guide tubes maintain surround sound quality without increasing display unit thickness.

DDS or PLL frequency generators modulate 3D imaging signals with rapid phase and frequency changes to resolve multi-camera interference.

A TDI computing unit transfers accumulated charge data only from detected rows to reduce processing load.

Integrating the camera into the light fixture reduces theft risk and aesthetic harm while enabling blind spot monitoring without invasive drilling.

Pre-computed look-up tables maintain consistent privacy masking during pan, tilt, and zoom movements.

Direct client-to-camera server connections reduce latency and bandwidth constraints in distributed video management systems.

Server mediation enables picture-recording schedule information exchange between terminals, resolving terminal-to-terminal sharing limitations.

A vehicle vision camera adjusts imager position relative to the lens via control signals for active focus.

Segments pixels by color to identify principal objects, resolving off-center exposure inaccuracy.

Camera assembly detects visitors near pools using motion sensors and image recognition to emit wireless alerts before water entry occurs.

Measures fluid propagation profiles and flow velocities within lens-free CMOS optical sensor packages to assess channel quality.

A wearable hybrid hyperspectral augmented reality device co-registers multi-level imaging data to determine threat levels.