Television System Details TRIZ Cases

Virtual pixel segmentation divides original infrared pixels into groups to compute target temperatures and enhance detection resolution.

A solid-state imaging device generates unique keys from pixel fluctuations to secure image data.

Patsnap Eureka TRIZ case analyzes augmented reality alignment markers that resolve perspective distortion during mobile document capture.

On-chip color crosstalk test patterns extract interference parameters to correct pixel-to-pixel optical and electrical crosstalk, restoring color fidelity.

A system detects play boundaries in game data to index multimedia content segments.

A digital watermark embedding method splits a single watermark into sub-watermarks distributed across carriers in a composite file.

Authentication mechanisms allow users to retrieve and process personal information from detection device databases, resolving unauthorized access risks.

Elastic adhesion film bonds filter body to frame without pressure contact, preventing surface distortion and maintaining image quality.

A terminal apparatus encodes and packages video data into independent clips for immediate playback.

A controller detects fixed video regions and reduces saturation to extend pixel lifetime in OLED displays.

Angular multiplexing of local oscillators enables long-scale coherent data combination, eliminating range ambiguity while maintaining high precision ranging.

A guide cane integrates a camera module and processing unit to capture digital object identifiers from the environment.

Stepped aperture front plate accommodates multiple lens types while maintaining precise optical alignment to resolve versatility versus complexity trade-offs.

A time-sharing image processing module integrates fingerprint identification and image capturing within a single touch film layer structure.

A video insertion system tracks points of interest to integrate visual elements seamlessly into moving scenes.

A stacked image sensor control unit dynamically adjusts charge collection time periods across pixel layers.

Rear imaging device drainer pieces extend rearwardly to merge water droplets and increase wind force scattering.

Computing systems modify camera movement transformations to stabilize video frames in real time.

A microphone and video unit system stores synchronized time stamps with captured signals to enable post-capture alignment of audio and video data streams.

A camera light assembly integrates a segmented lens within a marker housing to maintain optical exposure while sharing vehicle mounting structures.

Automates synchronization by determining global and local temporal offsets through audio cross-correlation, resolving manual alignment bottlenecks.

Radar sensors detect player movements to extract relevant video segments, reducing manual editing time and processing complexity.

A camera controller adjusts a focus lens position based on phase difference detection results to capture sharp images.

Multi-layer impact absorption members with varying hardness reduce parasitic motion and improve image quality in small form factor cameras.

A remote control terminal uses dual wireless communication units to transmit video data via a high-speed link while maintaining low standby power.

A lens-free imaging method divides adjacent pixels into shared and unique regions to determine values inductively.

Motion-responsive inspection apparatus processes image data to determine motion parameters and selectively outputs noise-reduced frames.

Separating text content from style information reduces storage size while enabling dynamic font and composition control.

An event analyzer converts image signals to streaming data and transmits them to an external analysis engine for automated processing.

A timing error detector for vestigial sideband receivers processes in-phase and quadrature signals to generate accurate symbol timing.

Calibrating multiple cameras individually enables real-time streaming of high-resolution spherical views by pre-calculating distortion and color corrections.

Server-side processing generates spherical projection approximations of 3D models, reducing computational load and memory usage for mobile AR visualization.

A pixel array design removes light shields to enable phase detect autofocus functionality within standard imaging pixels.

A vehicle image processing device displays a preparation screen to synchronize camera outputs before switching views.

Motion detection triggers dynamic exposure adjustments, reducing noise in static viewing while preventing blur during reading.

Audio processing apparatus applies longitudinal-depth transformations to video communication signals.

Arrays of light-splitting optical elements direct incident wavelengths to adjacent photosensitive cells, eliminating optical loss from absorbing color filters.

Segmenting capture into separate sensors resolves the trade-off between color fidelity and resolution, yielding low-noise output.

A TV-mounted gateway module separates broadcasting and network signals via a coaxial cable using an integrated Ethernet connector and network switch.

A projector light source device uses time division to cyclically generate different wavelengths from multiple sources.

Segmented sensor pixels align with display gaps to capture light, resolving image quality degradation from pixel obstruction.

A shutterless infrared imaging system uses a visible light sensor to detect predefined features for radiometric calibration.

A media playback system identifies and combines supplemental content with video streams.

A camera joins a printer's wireless network to acquire data and leave it after printing.

Positioning the mirror outside the irradiation region eliminates X-ray absorption while maintaining optical reflection for high sensitivity.

Stacked image sensors employ asymmetric light-shielding openings to route oblique rays, reducing shading and improving phase detection accuracy.

A dual display imaging apparatus manages user and subject panels via dynamic control units to optimize power usage.

A printed circuit board features a concave region that houses a chip-on-film to reduce display thickness.

A camera controller detects mechanical accessory connections via optical identification marks to automatically configure device functions.

Separate charge storage regions with vertical barriers reduce dark current generation in smaller pixel areas, improving light sensitivity.