Television System Details TRIZ Cases

An image processing device evaluates multiple indices to select superior images.

A control section sets individual exposure timing for imaging and light intensity detection pixels to calculate flicker correction gains.

A signal-processing apparatus distributes image compression tasks across instruction-parallel and data-parallel processors alongside dedicated hardware units.

A camera calculates spatial face distance using focus adjustment amounts to trigger shooting when faces approach each other.

An air gap vertically separates the sensor from the control chip, reducing thermal-mechanical stress and enabling a smaller device footprint.

Segmenting the housing allows a thin window to transmit infrared energy without attenuation, while an external guard absorbs impacts to prevent damage.

A solid-state image pickup apparatus manages charge transfer through a dedicated drain gate unit connected to a constant voltage source.

Dual Hall sensors detect magnetic fields from aligned magnets in a lens driving module, eliminating open-loop control delays and reducing focusing time.

Internal test light source and reference target verify optical sensor operation without interrupting normal safety system productivity.

A pixel amplifier sequential output imaging element captures light signals and outputs them in sequence for processing.

Virtual file system redirection authenticates user device requests, reducing satellite resource usage while maintaining secure content access.

A columnar optical member redirects incident light to a cylindrical imaging holder, aligning the optical axis with the sensor.

Optimizing curvature radii balances compact size with assembly feasibility, reducing sensitivity while maintaining high image quality.

A mobile device-based record booth network enables real-time creation and filtering of high-quality audio and video recordings.

Ground patch history models analyze attribute changes along virtual boundaries to detect crossings without explicit object tracking.

A passive photonic mixing unit reflects irradiation multiple times to achieve efficient signal processing with minimal energy loss.

A data structure uses independent system time codes to decode still picture and audio streams on high-density optical discs.

Image sensors switch configurations to adapt video capture parameters, resolving the contradiction between high frame rate quality and energy consumption.

Subtracting simulated images from different point spread functions achieves superresolution below the diffraction limit without damaging living cells.

Processor removes IR energy contamination from visible light channels in dual-band RGBIR sensors.

A bichromatic display uses metameric subpixel pairs and rendering algorithms to synthesize achromatic images from two saturated primary colors.

Segmented elastic protrusions rotate to lock a housing cap, resolving the trade-off between secure fixation and ease of opening for maintenance.

Mechanical stops define focal positions to prevent lens housing cant in voice-coil motor autofocus systems.

A binocular viewing device integrates a digital sensor and folded optical path to capture and display magnified images.

Parallel memory control block manages image data writing and reading operations to resolve discontinuous signal levels in high-contrast images.

A video display apparatus exchanges capability signals with a playback device to coordinate super-resolution processing.

Computer vision algorithms detect events of interest in wide-field video data and automatically generate focused clips by applying dynamic framing windows.

A display apparatus generates images with margin areas to arrange movement objects across boundaries for seamless visual continuity.

Synchronized timing signals link image and movement data in memory, eliminating delays that cause inaccurate hand-shake correction.

A CMOS camera system combines pixel values from sequential rows to enhance image quality.

Non-straight adhesive edges reduce illuminated surface area to eliminate visible seams and brightness changes in tiled displays.

A television receiver maps emergency exit paths by controlling lighting devices, reducing system complexity through multi-functionality.

Adjustable clamping mechanism secures smart terminals to teleprompter reflectors, eliminating separate cameras and reducing labor intensity.

Vacuum EBAPS uses electron multiplication to resolve thermal noise and cosmic ray interference in star cameras.

Horizontal optical black pixels merge into integrated signals for multiple comparators, reducing noise without increasing device area.

Magnetic attraction guides the lens support, eliminating ball contact points that cause dents under external impact forces.

Image capturing means detects molding marks on sheet members to calculate overlap distance, resolving winding misalignment issues in tire manufacturing.

Bending the flexible circuit board stacks sensor contacts vertically, reducing cross-sectional dimensions while maintaining electrical connectivity.

A light source device divides color light into p-wave and s-wave linear polarization components for simultaneous projection.

A method transfers image capture parameters between component cameras in virtual reality systems.

Integrating the CMOS sensor inside the head eliminates optical fibers, reducing device cost and enabling single-use applications.

Vertical stacking isolates light-exposed photodiodes from sensitive circuitry, maximizing fill factor and quantum efficiency while reducing noise.

A query-driven imager scans pixels via time-division multiplexing to detect threshold changes.

A single-piece cover element integrates transparent and opaque regions to manage light paths in camera assemblies.

Segmenting video into preview sections allows playback during search, resolving identification accuracy issues while reducing manual selection time.

Multiplexes audio data within video frames to reduce network bandwidth waste during high-speed reproduction.

A control unit adjusts gain or exposure time independently for phase-difference and monitor pixel groups on a single imaging surface.

A thin display speaker uses multiple exciters driven by specialized audio signals to generate sound waves from the panel surface.

A magnetic buckle connection assembly secures an electronic module to a fixing base, preventing detachment from vibration on bumpy roads.