Television System Details TRIZ Cases

Vertically oriented microbolometer legs cut support footprint while preserving structural performance, increasing infrared array fill factor.

A multi-material spacer tunes pixel resonance wavelengths in a Fabry-Pérot light sensor while protecting photo-sensitive elements during thin-film processing.

Stores the gear used to enter a parking space and warns when the same direction is selected to exit, avoiding wrong-gear collisions.

Microlens diffusion in an NIR-transparent camera housing spreads LED output evenly across a fisheye field of view for clearer low-light imaging.

Dual OETF signaling in VUI and SEI lets SDR and HDR decoders reproduce the same video data with backward-compatible playback.

Dual OETF signaling in VUI and SEI lets one AVC stream switch cleanly between SDR playback and HDR reproduction.

By classifying nearby and remote vehicles, the warning logic predicts surrounding-vehicle collisions and alerts the driver early.

Close-proximity events are replayed in bird's-eye view so relative vehicle positions are clearer when verifying dangerous driving.

Direct pin-and-socket connectors let a vehicular camera tolerate housing misalignment, remove jumper wires, and improve mounting reliability.

A movement-restricting section limits hook opening under impact, keeping a PCB securely attached while preserving easy assembly.

A rear camera feed is shown through an electrochromic mirror while decoder-based display control preserves visibility and reduces processor count.

Synchronizing LED PWM lighting with camera capture timing removes monitor flicker and helps reduce driver eye fatigue.

Trajectory-based terminal selection filters roadside pedestrians from irrelevant targets, reducing false vehicle alerts while preserving warnings.

A Linux initramfs camera app sends frames straight to the framebuffer, cutting reverse-camera display delay during vehicle boot.

Mixed-crystal AlN with transition metal nitrides enables switchable polarization, stronger MEMS actuation, and CMOS-compatible fabrication.

Adjustable coupling frames, screws, and spacers correct display level differences and gaps for precise multivision screen alignment.

Shared charge accumulation and selective VPD control let multiple pixels combine signals for faster readout with lower noise.

Spring-loaded connectors power a lens-barrel heater without wire routing, preventing fog and ice while preserving camera focus and alignment.

Non-parallel wireless communicators inside an accessory shoe enable fast camera data transfer with lower power and less mutual interference.

Camera-based I/G units identify and track transport vehicles in logistics yards, giving drivers real-time maneuvering guidance.

Multi-sensor camera and radar sensing detects cut-in vehicles and slippery roads to time braking and steering for collision avoidance.

A stacked pixel structure separates detection, support wiring, and circuit layers to raise sensitivity and fit readout and correction circuits inside each pixel.

Predicting reverse movement from existing vehicle sensors enables rear-view image processing to start early, cutting display delay without added hardware.

A roof-to-side sliding camera arm follows a guided path to avoid impacts, cut wind resistance, and keep rear traffic views clear.

Side camera views appear only when triggered, preserving the main rear view while exposing left and right blind spots.

Multiple camera views are aligned and blended with translucent obstruction regions to fill blind spots and preserve rear visibility.

Horizontal and vertical sync signals align headlamp output with short and long camera exposures to cut delay, improve image quality, and save energy.

Buffered storage cells, threshold detection, and analog pipeline processing cut electron miscounts while preserving low-current throughput.

Synchronizing NIR illumination with a rolling shutter enables low-light pedestrian, lane, and sign detection without losing color-based DAS functions.

Wireless power transmitters and receivers share loads across display modules to limit heat, reduce EMI, and simplify installation.

A multi-frequency terahertz antenna lets one detector array cover multiple frequency points, cutting detector replacement cost and improving sensitivity.

Real-time feedback lets a surgical hub validate device data and adjust network parameters to prevent errors and improve procedural safety.

A camera-triggered window projection and modified audio deter unwanted contact outside the vehicle while protecting occupant privacy.

Real-time fuel density, tire pressure, and ECU data are combined to predict mileage variation and guide optimal gear-speed choices.

Gradient nano metal bonding layers create low-temperature eutectic joins for thinner sensor packages with lower energy use and no wire bonding.

RGB and IR pixels on parallel surfaces improve authentication security by combining visible and infrared image data in one readout path.

Selective brightness matching lifts dark hitching regions in vehicle camera views while preserving color chromaticity in dim maneuvers.

A stacked dummy transistor layout suppresses micro loading effects while keeping photoelectric conversion frames narrow and device performance stable.

A reinforced flexible circuit with sensing electrodes maintains contact under jaw flexing and controls RF delivery to reduce sticking and electrode failure.

A metallic sealing structure surrounds MEMS interconnects to block humidity, prevent oxidation, and reduce signal loss in silicon packages.

Successive transfer pulses let a solid-state imaging readout skip repeated resets, preserving noise removal while raising frame rate.

Cached camera data and ego-motion reconstruct the area under a vehicle in real time while reducing surround-view seams and distortion.

Variable control-signal counts regulate avalanche-photodiode recharge, reducing pixel crosstalk while combined frames improve photon counting.

Optical flow sensors track localized skin movement to detect facial muscle activity with low power during mobile use.

Offline calibration can drift with gain, temperature, and device use; active-pixel exposure control enables flexible, accurate black-level correction.

Combines high-resolution visible video with thermal frames using edge extraction and MEMC alignment to improve fused image resolution and frame rate.

Pre-segmented video fragments are extracted on demand and sent over MPEG-DASH, enabling simultaneous playback without storing every resolution.

A wavelength converter and selective filter remove unwanted intermediate bands, helping a projector preserve color reproducibility while retaining brightness.

Machine learning masks faces, hands, and bodies while preserving PPE visibility for anonymous hazard detection at high-risk workplaces.

Correlated condition data lets different imaging regions use tailored settings, addressing the limits of conventional laminated sensors.

An image pickup apparatus uses tally-signal states to switch return-video display, preserving self-shot visibility when monitoring is unnecessary.

This case adjusts broadcast system time gradually before leap seconds, preserving trigger order and continuous signal processing.

The controller analyzes audio after video capture and alerts users to sound-related mistake shots, reducing manual checks and re-shooting.

When camera views do not overlap, OIS redirects the secondary module and fuses auxiliary data with the dominant image.

This case adapts imaging composition to subject orientation and movement, balancing natural transitions with fast framing response.

This case uses 3D-LUTs for precise low-rate grading and 2D-LUTs for faster high-frame-rate mobile LOG video processing.

The apparatus stores date metadata separately or rewrites it from recording data, enabling chronological sorting of external files.

Image snapshots and pattern matching keep screen-sharing annotations anchored as shared content moves.

Dynamic storage windows preserve delayed playback while reducing bandwidth and memory use.

A capture device streams video to a shared server for real-time viewing, annotation, transcription, and distribution.

Scene-based editing uses segmentation and distractor detection to remove objects with fewer manual interactions.

Distance-based rotation aligns multiple cameras, combining synchronized streams for simpler multi-angle streaming setup.

Asymmetric wireless paths reduce NTP accuracy; TSF beacons align physical-layer clocks for synchronized media playback.

This case detects anomalous LEDs and adjusts neighboring brightness to preserve display uniformity without physical replacement.

Scene importance, activity, redundancy, and object proximity guide camera-to-recorder assignments for balanced CCTV storage.

Image features update blending coefficients so temporal denoising uses compressed frames while preserving image quality.

A metal layer and staged anodic bonding hermetically seal multiple MEMS cavities at different pressures on one die.

Frame similarity and AI analysis identify scene changes, while stored scene data supports faster retrieval and preference-based ranking.

A virtual set heat map identifies camera positions with lower moiré probability, reducing manual planning effort.

Multiple background shots estimate transmissivity and opacity, creating training data for robust video blockage detection.

This case combines selected video or sound with first-camera media, avoiding re-recording when quality issues appear.

Object detection activates an alternate camera angle, then crops and resizes views to keep all objects unified on screen.

Cloud-based proxy editing combines content from remote sources, enabling real-time collaboration without specialized hardware.

A collapsed audio timeline uses nested, height-varied indicators to simplify video editing while preserving timing visibility.

A control interface shows top and last time-sequential images together, simplifying fixed-region selection and composition review.

Enclosure sensors predict ambient heat maps, reducing reliance on costly infrared cameras.

This case segments stitching and reframing to deliver selected large-format video views on non-VR devices with lower processing demands.

A processor coordinates two cameras to record different subject distances and switch between focused videos.

Predicted unfamiliar words appear on a second screen, using vocabulary levels and viewing feedback to keep subtitle learning unobtrusive.

A data ingester separates high-rate USB reception from processor work, using header previews and pause/go cycles for lossless video capture.

The device detects face proportions across front and rear cameras, then adjusts zoom ratios for faster dual-view shooting.

Reference sensors help reject ambient and self-heating interference in bolometer readout circuits.

This case uses lens-group spacing and mixed materials to limit thermal aberrations while stabilizing wide-angle projection optics.

Gesture-enabled, SVGA-class viewing supports comfortable access across phones, PCs, and other wireless hosts without bulky computers.

This case combines cameras with different FOVs to raise pixel-per-face resolution without increasing laptop or tablet thickness.

A split eyeglass-and-electronic-box architecture uses eye tracking to capture viewed scenes without dividing user attention.

The case detects time conflicts on a multimedia track and adjusts resource timing by priority for simpler, more reliable editing.

Scene interpretation and adaptive fusion parameters integrate virtual objects into parent video while preserving content integrity.

Visible-light screening activates the invisible-light ISP only for suspected arcs or high-temperature events, reducing power use.

Instant processing segments virtual meeting recordings so participants can remove private content and tailor versions for each audience.

This video generation approach moves stripes beside a stationary object to imply motion without changing its luminance or color.

This case uses remote edit commands and format conversion to simplify movie editing across devices and networks.

Gesture recognition on a unified interface resolves complexity in dual camera mode selection, reducing operation time.

Clipping negative luminance values prevents dark area over-brightening during high-speed noise reduction.

Decentered optical elements shift images across detector gaps in wide field of view sensors, preventing data loss while maintaining image sharpness.

Infrared positioner guides drone to platform on moving vehicle, resolving landing stability issues during transit.

Active cooling of a transparent icing rod allows visual sensors to detect ice accretion before wing accumulation, resolving temperature mismatch issues.

A buffer layer equalizes stress between dark and imaging pixels, resolving black level calibration inaccuracies caused by metal light blocking layers.

A capture module switches between front and rear cameras while maintaining a continuous video recording stream.

Address-dependent delay cells compensate for non-uniform bus propagation in CMOS image sensors, ensuring uniform readout timing across the column array.

Differentiating adhesive viscosity in the endoscope distal end structure prevents leakage while maintaining bonding strength under thermal stress.

A fluorescence spectrophotometer captures multi-channel images to calculate quantum efficiency distributions across sample surfaces.

Combines signals from multiple focus detection pixels to increase light reception quantity, resolving low-light focus failure.

Controller sets different phase modulation values for left and right eye zones to prevent binocular crosstalk while reducing data processing requirements.

A camera module substrate uses a hook part to block upward movement and secure the component without screws.

Landmark and occlusion heat maps assess facial feature visibility, reducing false acceptance rates in authentication processes.

Segmenting parameter locking and picture capture into separate button presses reduces shutter latency on miniaturized devices.

An integrated optical apparatus combines imaging and sensing functions within a single compact structure.

Backend server links linear programming triggers to contextual information, delivering relevant transactional ads without requiring complex EBIF investment.

A decision-support device uses a data-driven model to recognize crop objects and determine density.

Calculating differences between adjacent radiation detection elements increases compression ratios, reducing transfer time and power consumption.

A network interface synchronizes audio muting with text service output, resolving the inability to display closed captions on analog TVs during mute.

A set-top box client application aggregates user-selected points of interest within video content to determine spatiotemporal clusters.

A parameter setting unit adjusts shutter speed based on object luminance and speed to synthesize high-resolution images from multiple captures.

A WebKit kernel process routes control commands directly to daemons, eliminating the middle layer in smart television systems.

A photoelectric conversion apparatus uses a switch to route signals between circuits with different gains.

Script-driven processing adjusts ancillary information position and format during playback, resolving fixed caption limitations in moving images.

A pixel clock generation circuit produces accurate frequency signals using an LC tank and fractional-N synthesizer.

A fisheye lens system uses inverted negative and positive refractive groups to achieve a 180-degree viewing angle.

A vehicle image processing controller superimposes reference lines onto wide-angle camera feeds to provide spatial cues.

A virtual multi-preview menu displays multiple contents in independent separate regions on a portable terminal.

Sequential color light projection captures reflection feedback to adjust photographic images, resolving low-light color temperature dissonance.

A system generates transitional focal settings between distinct areas of interest to enable seamless focus shifts in image capture.

A deflection device aligns scanning partial images with illumination spots using a correction factor to focus emission light onto a single sensor spot.

A synchronization signal detector delays data signals to generate similarity metrics for accurate symbol identification.

Adjusting the spacing between the phase modulation element and the image sensor maintains a duty ratio of 0.5 or less to reduce diffraction effects.

Multiresolution decomposition separates frequency bands while low-resolution compensation prevents signal damage during pan-sharpening noise reduction.

A synchronization control system adjusts presentation time stamps to align audio and video streams in wireless displays.

A marker-based facial capture system adjusts camera orientation to track moving actors.

Joule heating shifts bolometer resistance to eliminate offset variations, removing mechanical shutter requirements.

A telop collecting apparatus classifies text using image and semantic analysis.

Shared column lines connect pixel circuits in an image sensor, reducing device complexity while maintaining color detection accuracy.

System chip detects lens identification code via protocol path pin to load correct operation mode.

Grouping sequential image files into a multi-file structure reduces disk seek overhead and improves cache efficiency during media resource retrieval.

Universal pixel mixing switches select horizontal adding modes to reduce circuit complexity and crosstalk while maintaining image resolution.

A mobile device performs local image recognition while sending frames to a server for simultaneous online processing.

A piezoelectric actuator control circuit generates drive pulses with varying duty ratios to move a lens toward a target position.

A lens apparatus changing unit rewrites user-specified data to standard settings via a display panel.

A wearable electronic device with a heads-up display communicates directly with property monitoring components to enable real-time configuration and testing.

A divider part between left and right eye spaces diffusely reflects display light, minimizing crosstalk while maintaining wide viewing angles.

A single focal length lens system uses cemented resin elements with controlled refractive index temperature coefficients to maintain optical performance.

A distributed scheduling system uses persistent state machines to synchronize independent content producers for media channel playout.