Television System Details TRIZ Cases

Pixel reflectors determine color levels in a double pass back side image sensor fabricated at a single CMOS plant.

Adjusts auxiliary light output and angle per zoom position to resolve autofocus precision loss from insufficient illumination.

A device plane stores left and right eye images in collateral regions to support multiple graphics modes.

Synchronized strobing LED arrays minimize power consumption and heat dissipation while eliminating ambient light interference during high-speed image capture.

Segmented modular design resolves assembly complexity, enabling scalable manufacturing and cost-effective production of versatile fluid control systems.

Multi-orientation image stitching simulates diverse camera lenses on mobile devices, expanding the angle of view without adding physical hardware complexity.

Spotlight mode applies localized gray scale matching to pixel intensity variations in a selected region, resolving visibility loss in low contrast areas.

Shared transistor structures reduce metal wiring in CMOS image sensors, increasing photodiode fill factor while maintaining optical path efficiency.

An optical path difference generating member creates focus control signals without splitting light in the second optical path.

A video recording apparatus separates program information from audio and video data streams to enable targeted encryption processing.

Larger terminal exposed areas reduce manufacturing complexity by enabling precise alignment without expensive high-precision equipment.

An image capture apparatus adjusts target focus positions based on calculated actual positions to minimize camera shake during sequential captures.

Multiple rolling members sharing a revolution center enable maximum swivel rotation in line-type stands without increasing device complexity.

A display system uses a mobile terminal to photograph measurement patterns projected by a video apparatus for automatic distortion correction.

Separate scaling processing units correct scale factors for low data rate signals, eliminating signal deviations during image scaling operations.

Embedding a video transcoder within an SSD controller enables real-time transcoding, resolving the contradiction between data integrity and processing speed.

Aligning readout transistors between pixels in a back-illuminated sensor maximizes active area while reducing wiring resistance and pixel size.

Hamiltonian coding schemes modulate light signals to achieve precise depth measurements in time-of-flight imaging systems.

A set-top box plays a segmented video sequence during channel transitions to replace the traditional black screen.

Rear-mounted speaker stands shift the center of gravity inward, preventing forward tipping without protruding into the viewing space.

Dynamic switching between fixed-interval and synchronized signal modes reduces display time lag during continuous still image shooting.

Integrated electromagnetic shield wiring eliminates wire bonding, reducing package size while improving bending resistance.

Secondary optical elements with ring-shaped prisms deflect light from emitting elements to achieve uniform illumination without pin-bending errors.

Locking portions on a transparent substrate fit lens unit locked portions to align the optical axis, reducing assembly complexity and overall diameter.

A signal processing apparatus synthesizes audio signals from capturing and peripheral regions to generate playback audio for slow-motion images.

A light-field camera uses a micro-lens array to form micro-images for extracting pixel values and generating three-dimensional images.

Associating RFID identification signals with video feeds overlays user attributes on annotated images, resolving the complexity of facial recognition systems.

A graphical user interface presents selectable tiles on a television display to provide direct access to customer service features via remote control inputs.

A color filter array combines narrow and wide band filters to capture the visible spectrum.

A dual shutter button interface recommends capture modes based on scene analysis.

A hand movement canceling device generates correction quantities using variable damping coefficients and centering velocities to stabilize images.

A physical blocker attached to image recording apparatuses inhibits lens operation while preserving other device functions.

Master imager circuits set exposure parameters to synchronize brightness, eliminating inter-camera luminance differences in panoramic video.

Integrating charge combining and storing units within pixel structures expands dynamic range without external processing complexity.

A vehicle electronic mirror system adjusts image compression ratios based on lateral movement and peripheral objects.

Merging the heating sheet with the gland flange simplifies structure and reduces volume while enabling automatic defrosting.

Simultaneous dual-lens capture eliminates ghost detection algorithms, reducing photographing time and improving efficiency.

A control unit adjusts exposure and aperture based on real-time luminance convergence to a target range for accurate scene determination.

Playback device detects display type and selects HDMI and HDCP versions to convert HDR signals for standard displays.

A presentation interface inserts live video objects onto slides for concurrent display during editing and playback sessions.

A projector camera system detects image corner corresponding points to estimate relative attitude without external synchronization hardware.

Direct electrical connections between the camera body and interchangeable lens bypass communication specification mismatches, enabling rapid lens actuation.

A dynamic interface filters image classification results by confidence levels to reduce user review effort on portable devices.

Captures user interaction data from entertainment devices to support targeted advertising campaigns.

A health detection device processes part images to obtain change information for physical health monitoring.

A picture sharing apparatus differentiates images based on user-defined sharing levels to balance privacy protection and content accessibility.

A video player requests lower resolution encodings to match wireless transmission delays.

A lens assembly employs a bending structure to fold optical paths, resolving heat accumulation and parallax issues in compact multi-lens imaging systems.