Television System Details TRIZ Cases

Detects feature sets in visible-light and infrared images to generate overlapping alignments for precise registration.

Processor automatically encrypts private images and applies distinct access policies to prevent unauthorized sharing.

A scan controller segments X-ray detector elements into independent groups to acquire high-resolution and normal-resolution data simultaneously.

Multiple light sources in a light guide minimize frame width while resolving luminance non-uniformity.

Correlated double sampling extracts light noise signals from global shutter pixels to generate compensated image data.

An LCOS reflective modulator dynamically alters reflectivity based on sensor feedback, suppressing overexposure in high-contrast night scenes.

A video processing method aligns subsequent frames to a reference centroid using weighted pixel intensity averages.

An information terminal compares past and future environmental change data to identify optimal image-capturing opportunities.

A server system detects a streaming media program displayed near an electronic device to modify user search queries based on the identified content.

Planar MEMS actuator reduces volume of moving object to enable optical image stabilization in miniature cameras.

Keypoint matching transfers annotations from low-resolution images to high-resolution versions, eliminating manual reapplication errors.

A medical signal processing device distributes image signals across multiple independent optical transmission paths to maintain continuous data flow.

A photoarray detects asynchronous change events using a single photodiode to estimate brightness magnitude.

An image adjusting unit calculates weighted chrominance values using edge luminance parameters to correct color artifacts in decoded video streams.

A processing device applies a time scaling factor to video navigation based on an object's speed vector magnitude.

Intermediate member with lower refractive index guides light into waveguide.

Aligns asynchronous media streams using extracted image features to create a unified master collection, eliminating redundancy without manual intervention.

A multi-channel imaging device uses a lens array and focal plane array segmented into unit cells to capture distinct spectral images simultaneously.

A correction apparatus calculates luminance values from adjacent vertical lines to adjust defective pixel signals.

An electronic zoom unit adjusts magnification while an image quality adjuster modifies pixel-thinning rates to maintain consistent visual output.

Mobile devices detect nearby crowds and automatically route content to proximate displays, eliminating manual pairing steps.

Self-service mechanism lets accessories determine their own power needs, reducing camera system complexity and simplifying operation.

An uneven backplate surface secures a circuit board directly, removing the back cover to lower mold costs while protecting components from damage.

Personalized watermarks embed customer data into digital content at the point of sale.

A lighting control device adjusts multiple light sources based on measured luminance to achieve a target glossy state distribution.

A second selecting unit automatically identifies matching RAW moving images for collective re-export processing.

A mobile device detects video playback interruptions and logs event data for remote analysis.

A space-shift detector identifies media content transferred across household locations using embedded identifying data.

A camera control section switches display drive frequencies to match continuous-shooting cycles.

A rendering layer superposes previous and current video frames using adjustable transparency for real-time display.

A geospatial navigation system maps RSS feed content to locations on a digital map for spatial access.

A light control filter switches between reflecting and transmitting modes to manage optical paths in vehicle rear-view systems.

An endoscope apparatus monitors polarizer health by tracking color balance adjustment values stored in flash memory against reference baselines.

An integrated TV sound projector creates virtual surround channels via wall reflections, reducing external component complexity.

A flat panel display module uses a frame with tenons and fixing plates to engage bezels without overlapping.

A video monitoring apparatus clusters additional information based on camera parameters to reduce processing load.

Processor analyzes user operation histories to detect confused states in imaging apparatus settings.

A method combines spatial feature functions across video frames to determine spatio-temporal values representing object motion.

A reflective electrode overlaps the photoelectric conversion element light-receiving surface to redirect scintillation light toward the sensor.

A multimode pixel separates image and pulse readout paths for independent signal transmission.

A camera clock calibration method adjusts pixel integration time to synchronize with illumination frequency.

A linked-up camera system uses a control look-up table to adjust a PTZ camera field of view based on a panoramic region of interest.

Autofocus lens position data calculates object distance and speed, replacing bulky dedicated measuring tools with existing camera hardware.

A 3D stacked imaging apparatus places comparison transistors on a second substrate to enable high-speed readout.

A photoelectric sighting system integrates day-night optics and OLED displays for rapid binocular aiming.

Actuators stretch the tunable AR film to resolve fixed coating limitations and optimize signal transmission.

An external peripheral device combines video and graphic signals via standard interfaces to extend display capabilities.