Television System Details TRIZ Cases

An industrial camera system uses digital image scaling to adjust the field of view without mechanical lens movement.

A modifiable medium blocks excessive radiation from reaching a microbolometer, preventing pixel over-saturation and digital artifacts.

A coaxial cable assistant tool transmits radio signals between wireless devices using a shielded core line.

Processing circuitry evaluates available input output devices to automatically select the best suited hardware, resolving manual switching bottlenecks.

A camera hole cover plate integrates a frosted edge area to diffusely scatter incident light and maintain display transparency.

Viewfinder depth maps guide camera focus selection to resolve the trade-off between image quality and capture time.

A lighting device uses right-angle prisms and converging lenses to direct light beams toward a composite rod integrator.

Self-calibrating MEMS shutters resolve switching speed versus calibration complexity trade-offs by monitoring reflected light.

Aligned optical lenses in a wafer-level test module project test light onto image sensor chips, eliminating repeated calibration.

An imaging device uses alternating phase difference detection pixels to perform correlation computations for focus control.

Luminance sensing apparatus detects ambient light levels to trigger aircraft light emitting apparatus for enhanced vision positioning.

An endoscope system automatically switches between mono and multi-light emission modes to maintain consistent illumination during observation.

A shooting device sets arbitrary frame rates for capture and reproduction, linking both rates with recorded video signals.

Head mounted display projects external scenes with binocular parallax to resolve depth perception loss in virtual images.

Shielded differential signaling manages high-speed image data transmission between vehicle imagers and processors.

Multiple mobile devices record acoustic signals with optimal spacing to create high-quality multichannel audio files.

A unified pixel array performs dual functions to eliminate separate sensors, increasing the mobile phone screen-to-body ratio.

Independent LED beacons transmit identification codes via modulated visible light to resolve indoor positioning accuracy issues caused by GPS signal blockage.

A control unit stores live view images in a frame memory to maintain display continuity during exposure preparation.

Adjusts metadata generation thresholds according to detected camera movement, resolving inadequate scene classification caused by fixed settings.

Dynamic threshold adjustment reduces user-induced vibration interference, ensuring precise focus lock and reliable image capture timing.

Positioning converters above and below the pixel array reduces aspect ratio constraints, enabling higher pixel density without increasing layout difficulty.

Electrically connected conductive mold frame and bracket provide a discharge path for static electricity in foldable displays.

A dual sensor image processing system adjusts warping correction based on zoom factors to lower power consumption.

Controller switches to Wi-Fi Direct mode to eliminate transmission delay and ensure synchronized audio-video playback.

An image sensor uses digital adders to process analog signals into sum signals for parallel output.

Wafer level packaging integrates MEMS structures with distinct internal pressures, reducing chip size and manufacturing complexity.

Grayscale conversion and pixel matching generate a pixel pair sequence that calculates similarity values, resolving orientation sensitivity in rotated images.

Calibrating HDR pixel circuits via charge dissipation compensates for photodiode variations, reducing noise and improving image sensing precision.

Partial discharge in skipped pixels stabilizes the p-well potential, reducing read and reset times while preventing false signals from charge overflow.

Camera system calculates object distance via ultrasonic echo and environmental sound speed data, resolving inconsistent focus accuracy in automatic imaging.

A display driver generates an internal synchronization signal based on host packets to manage video and command mode transitions.

A compound dome camera assembly integrates fixed and pan-tilt-zoom units under a unified segmented viewing cover.

Autofocus position sensors derive differential mode signals to detect lens tilt, applying correction transforms to align the image plane with the photosensor.

Interlocking sliders guide orthogonal motion while magnetic actuators stabilize the lens support, resolving rotation issues in compact camera modules.

Flange portions on the sensor holder enable secure reflow mounting of the imaging sensor package while eliminating screw holes that increase lens barrel size.

An integrated circuit combines image signal processing and video encoding functions to exchange operational data between modules.

Color polarimetric camera synthesizes hyperspectral data to disentangle scene properties.

Dual gain imaging pixels use a two-read method to minimize electrical offsets and reduce power consumption.

Segmenting the camera support from the main housing allows independent lens rotation, preventing casing deformation and maintaining screen view.

A camera module lens array employs a transparent compensation unit to adjust focal distances, resolving alignment precision trade-offs in multi-sensor imaging.

A deinterlacing network generates complementary fields from interlaced video sequences to construct progressive frames.

A vehicular image system uses touch position data to synthesize and switch viewing angles via a single interface.

An inspection apparatus projects oblique light onto transparent semiconductor substrates to reveal surface features through grinding mark reflection.

An accelerometer detects free fall in a portable data capture device, triggering automatic data saving to prevent loss from accidental drops.

A light reflecting member redirects light from an image forming device into a light guide panel for head-mounted displays.

Aspheric surfaces on multiple lens elements correct aberrations while balancing field of view against compact size constraints.

A virtual touchpad translates mobile gestures into cursor movements on an external screen.

An imaging device synthesizes plural image data pieces to generate high dynamic range output using brightness distribution analysis.

A PVR compliant device integrates recording functions into an interactive program guide using standardized application programming interfaces.

A sampled structure data method reduces image volume for faster transfer.

Segmented detection areas expand the autofocus coverage while maintaining focus precision across the entire image screen.

Segmenting the UHD display into primary and secondary regions avoids upscaling artifacts in HD video while utilizing extra space for real-time ancillary data.

Electronic devices display split-screen image previews to eliminate post-capture editing delays.

A display screen equipped with discrete light detection points enables automatic projector calibration by measuring image pixel brightness and position.

A tilted camera module aligns its optical axis with the display center, resolving off-center captures caused by border-mounted sensors.

A frame body surrounds electronic components on a circuit board, providing a flat upper surface for the imaging element.

Segmented elastic retainer ring distributes clamping force across multiple contact points, preventing tilting and ensuring precise orientation stability.

A compact vehicle camera switches between visible and infrared detection modes using a movable filter assembly.

A projection display device uses a second laser light to detect defects in the light diffusion unit.

Merging adjacent distance measuring pixels into a single unit boosts sensitivity in low illuminance while maintaining high resolution.

Surface proxy body decouples display application layer from surface realizing component, reducing interface complexity across different chips.

A video signal switching apparatus converts signals to reduce processing time.

A batteryless doorbell uses energy harvesting and phase selection switches to manage power distribution from a single AC line.

Segmented adhesive slits relieve thermal expansion mismatch between flexible substrate and transparent member, preventing peeling and displacement.

A liquid lens camera module uses a flexible printed circuit board overlapping the lens unit in thickness to reduce lateral width.

A camera module uses magnetic field sensing to position the lens assembly accurately.

A wide gamut RGB digital display system uses configuration message control logic to indicate and interpret format definitions for proper reception of color data.

A set-top box displays a virtual remote interface on screen to accept control signals from auxiliary devices like computer mice.

Aperture drive-control unit minimizes power consumption by adjusting focal depth to prevent image blurring during autofocus operations.

A terminal detects user facial expressions and generates corresponding icon information for transmission to remote participants.

A visible light communication sensor divides pixel units to capture images and receive optical signals simultaneously.

Segmented coil fixing unit prevents adhesive overflow contamination while securing the first coil to the outer blade for stable optical image stabilization.

Centralized compression algorithms reduce transmission latency and processing errors in autonomous driving systems.

Segmenting tracks into sub-tracks enables selective processing of media data, preventing unintended quality changes during sessions.

A motion picture playing apparatus adjusts character string scrolling speed based on playback time and string length.

A radiation detector determines operation modes by monitoring X-ray irradiation profiles to synchronize image storage with pulse timing.

A six-element optical imaging lens uses specific surface curvatures to shorten total length while maintaining high imaging quality.

A camera device merges visible and infrared sensors to generate accurate depth images.

Partition plates divide the stereo camera casing interior to shift cavity resonance frequency, preventing radiation noise transmission to external devices.

A polarized pulse light imaging device captures clear images by synchronizing exposure with scanning radiation.

A multi-image capture system uses a beamsplitter to direct light to separate photodetector arrays for main and depth imaging.

A color filter array sensor separates combined signals into visible and near-infrared outputs using specific coefficients.

An address-mapped repartitioned digital pixel architecture accumulates sub-frame residuals to match intensity resolution with spatial resolution.

Piezoelectric films detect scanner motion to adjust drawing positions, preventing misalignment without heavy computation.

Computational registration compensates for optical complexity and clipping to enhance spectral resolution.

An imager adjusts tracking algorithms using sensor signals to capture target images efficiently.

An image processing device generates video data from network-stored images using face detection to create personalized playback content.

Consumer mobile devices capture product images to populate online catalogs, resolving the bottleneck of missing or insufficient visual data in retail listings.

An in-band messaging bus directs digital television adapters to update channels, eliminating manual user setup and reducing operational costs.

A backside bulk silicon process forms microelectromechanical systems and through-silicon vias on integrated circuit substrates.

Pixel signal readout circuit extracts focus detection signals from specific color filters to reduce power consumption.

Pre-switch command synchronizes receivers, preventing display instability during video wall switching.

An information processing device determines an optimal irradiation angle based on surface tilt statistics to generate high-contrast reflection images.

A compensating platform repositions ballast and pole segments to maintain weight distribution during stereographic camera operation.

A stereoscopic display apparatus computes display values from multiple angular directions to align output with depth.

Word area detection identifies text regions for targeted non-linear scaling, preventing distortion and loss of important content during aspect ratio changes.

A display system generates interactive 3D environment views where user-placed markers remain fixed in the window during viewpoint changes.

A camera motion detection scheme automatically captures images when stability thresholds are met.