Television System Details TRIZ Cases

A plano-convex lens and lower-index resin layer concentrate emitted light to boost AR/VR image brightness while reducing pixel visibility and power use.

Dynamic seam placement avoids salient objects in surround view stitching, reducing visible artifacts and improving under-vehicle visualization.

Dual LLC secondary windings cut voltage stress and PCB area in display backlight power circuits while simplifying stepped LED supply.

Spiral nanowire circular polarizers integrated over photodiodes let image sensors resolve Stokes vectors and improve material differentiation.

Correlating thermal images with beta-gauge scans captures full-width coated metal sheet basis weight earlier despite cooling and edge effects.

Continuous interior and exterior vehicle video is loop-recorded, then protected on collision or deceleration events using accelerometer and GPS data.

By comparing images captured with and without infrared illumination, the scanner isolates iris pixels from background clutter to cut processing time.

A subcell and supercell sensor array captures color and hyperspectral data on one sensor, avoiding multi-sensor complexity and misalignment.

Camera images are overlaid with vehicle posture and surrounding cues so remote excavator operators can judge inclination and avoid interference.

Dual image processors split top-view display stitching from object detection, improving AVM image quality and detection stability across vehicles.

A shared trigger and GPS-updated timestamps let depth and RGB cameras capture simultaneously, reducing distortion and improving fusion accuracy.

Multiple external camera views are merged into a real-time composite display to reveal blind spots and support safer vehicle maneuvering.

A two-concave-mirror optical layout cuts double images and astigmatism, improving virtual image visibility across viewing distances.

Angled transmission optics and focal-point display placement cut double images and astigmatism in virtual image projection.

A rotatable, retractable vehicle camera uses an internal wiper to keep the lens clear while protecting the camera and limiting drag.

A front-view camera with image processing and ECU logic improves cut-in, intersection, and slippery-road braking decisions in ADAS.

A dual local-remote recording architecture streams mobile asset data for real-time access without manual onboard retrieval.

Conductive housing parts sandwich the electronics carrier to improve camera sealing, alignment, heat dissipation, and EMC.

Curved projection and presentation optics cut astigmatism and double images, improving virtual image visibility across viewing distances.

A vertical gate and charge pocket pixel structure enables low-voltage photon counting while supporting image sensor miniaturization.

Visible and depth pixels share a semiconductor package with a light source driver, reducing packaging complexity, cost, and power for 2D and 3D imaging.

Multi-camera driver monitoring combines alerts, rank scoring, and behavior feedback to reinforce safe driving and discourage unsafe actions.

Light-scattering trenches and ring isolation structures boost SPAD photon absorption while limiting crosstalk and improving dynamic range.

Driving-state-based image display shows only relevant surround-view regions, reducing distortion-related distraction during parking and low-speed maneuvers.

Quadruple-redundant optical, RF, visual, and GPS sensing improves autonomous landing pose estimation when GPS alone lacks precision.

ADAS, driving images, and location data are combined to predict accident situations and deliver legal guidance and driver history insights.

Dual short- and long-exposure storage nodes capture near and far ToF signals in one frame, reducing clipping and motion artifacts.

Motion and interaction monitoring redirect user attention to relevant objects with visual, audio, or tactile feedback during device use.

Critical warning regions are checked before display so defective composite images can be bypassed and drivers see accurate alerts.

Deep trench isolation and nested photoelectric sensors cut CMOS pixel crosstalk while improving image quality, quantum efficiency, and dark current.

Four photodiodes share readout and optics to improve phase detection autofocus, signal quality, frame rate, and slow-motion capture.

RGB filters stacked directly on NIR photodiodes remove visible light without a glass substrate, shrinking image sensors while improving sensitivity.

A rotatable second camera automatically covers a failed vehicle camera's view, preserving monitoring continuity with less driver disruption.

Closely spaced waveguide apertures confine and attenuate reflected secondary waves, improving primary electromagnetic wave detection accuracy.

Spatially separated interference filters measure local spectral response, improving white balance under mixed lighting and scene-dominant colors.

Classifying past relative motion into future movement areas improves collision warnings when objects change direction, even at lower camera frame rates.

Parking alerts adapt the virtual zone to driver familiarity, reducing redundant warnings for experts and adding support for novices.

Camera and radar data are processed in advance with a CNN to avoid missed parking slots and offer multiple parking options.

Back-side PCB power routing and segmented supply lines cut magnetic coupling near the pixel array, preserving image signal S/N in compact sensors.

An inductive coil around the lens barrel heats a vehicle camera lens without internal wiring, preventing fogging and ice buildup.

By comparing current and past extracted lines, this case improves parking frame detection despite shadows, obstacles, and timing gaps.

Using 2D material peeling and oxygen plasma etching, this case creates atomic-smooth microstructures without burrs or pits from machining.

Software-based shutterless correction replaces mechanical calibration shutters, avoiding image freezing, wear, and latency in automotive FIR cameras.

Concave dielectric regions under the metal bridge cut charge injection and adhesion, extending MEMS phase shifter life and voltage stability.

Transition-metal-doped AlN enables switchable ferroelectric polarity for bipolar MEMS actuation with higher force and CMOS-compatible fabrication.

Switchable floating diffusion connections vary pixel capacitance by mode, improving image sensor signal-to-noise ratio and dynamic range.

A dual-optical windshield HUD combines virtual and practical images to widen viewable range while reducing driver point-of-view motion.

By extending and capacitively coupling the adjacent-pixel lower electrode, this case improves phase difference accuracy, light use, and pixel scaling.

Calibration frames through a switchable electro-optic element correct color and intensity shifts, preserving image quality in changing light.

Segmented semiconductor regions expand photocurrent generation while preserving channel uniformity for stable, high-sensitivity photoelectric detection.

This case uses timeline text objects and on-screen previews to support flexible, multilingual video editing for foreign workers.

A control circuit records source states before switching, preventing simultaneous active commands from selecting the wrong display input.

Cameras and light sources inside wind turbine blades capture images for objective, remote damage detection and consistent monitoring.

A passive detector ranks motion regions, selectively wakes high-quality capture, and reduces power use without delayed recording.

A stepped, overlapping blade structure distributes light exposure to limit heating and deformation during projector brightness adjustment.

Low-resolution previews appear quickly while high-resolution photos finish processing.

This timing method matches voices with subtitles through interval ratios, maintaining alignment when stored voice data changes.

This imaging pixel distributes signal-charge differences across frames to reduce motion blur and distance-measurement errors.

A server synchronizes camera feeds and stores switching decisions in broadcast maps for low-cost live or replayed events.

Monitoring remaining time triggers lower-power mode switching to reduce premature shutdowns and keep battery displays accurate.

A control apparatus selects content, directs external playback, and reports reproduction status to reduce network setup complexity.

A web-protocol buffer simplifies secure medical video delivery to multiple terminals without added terminal software.

Calibrated imaging devices propagate one annotation across video frames, while tracking and confidence checks reduce manual effort.

The case compares film grain in frequency-domain regions to improve replication accuracy while reducing streaming bandwidth demands.

This case adjusts workout playback to match motion speed and audio tempo, helping personalize intensity without losing synchronization.

This case links occupant biometric changes to video thumbnails from surrounding frames, improving event-focused footage retrieval.

A field-installable camera uses ambient light for operator-hand surveillance while the dedicated imager maintains efficient symbol reading.

A predictor adjusts frame sizes and buffers for event vision data, reducing latency variation and loss on synchronous interfaces.

This case uses ranging and image processing to synchronize camera positions and compose virtual and physical frames in real time.

Person identification and importance integration capture fine sports plays that scores miss, enabling broader player evaluation.

A master camera performs exposure and white balance, then shares results across cameras to reduce redundant processing and power use.

This image display case adjusts sharpness after contrast processing to limit noise amplification and preserve detail.

A quality-tiered encoder derives residual adjustments across signal levels for scalable high-definition coding with controlled errors.

Buffered video preserves moments before a trigger, improving capture completeness for medical procedure review and training.

This case compares interim images from matched-noise datasets to select compensation parameters during iterative image reconstruction.

Mode-selectable MEMS sensing covers low- and high-acceleration UI and TWS events, reducing component count, complexity, and cost.

A network-based base station mediates media content distribution, resolving signal reception issues and power usage constraints in mobile environments.

A rotatable reflector switches between two mirror surfaces to capture images from different sides within a single camera module.

A portable projector light transmission member guides laser beams through integrated optical elements to project images.

A camera module uses an integrated driving member to move multiple lens barrels via electromagnetic coils.

A vibration correction apparatus extracts angular velocity signals within specific frequency bands to drive precise image shake compensation.

An apparatus derives image group attributes to time equipment recommendations based on evolving user capturing tendencies.

A focus adjustment device calculates evaluation values from multiple detection regions to determine lens drive direction.

A programmable delay circuit adjusts sampling signal timing to prevent noise contamination in image sensor devices.

Segmenting pixels into groups sharing readout circuits reduces circuit area, resolving the trade-off between resolution and processing speed.

An image sensor AD converter switches between multi-slope and single-slope modes to optimize analog-to-digital conversion speed.

A terminal controller matches preview images to stored background data for importing blog content.

A server coordinates video data from multiple vehicles to capture comprehensive event information.

An image display controller generates and corrects face and human body frames to maintain stable visual enclosure on screen.

Transparent conductive materials route electrical signals while transmitting light to photosensing devices in active pixel cells.

Processor switches between sensor-based and image-based motion detection based on magnification thresholds to correct shaking accuracy.

A lens barrel protrusion structure limits clearance to block dust while a transparent dome absorbs impact energy.

A signal control portion converts digital image data to serial signals and routes them through metal or optical members based on volume.

A vehicle monitoring apparatus uses motion and touch sensors to trigger image recording only during relevant events.

A layered IPTV service management system automates channel map updates to resolve the trade-off between operational efficiency and configuration complexity.

Organic substrate replaces glass to absorb impact energy while maintaining light transmission through a central hole, resolving reliability and cost trade-offs.

A camera auto focus system adjusts the reference pattern image size based on subject distance and lens focal length to maintain accurate tracking.

Dynamic tag architecture tunes video processing via per-pixel metadata, eliminating redundant functionality and reducing silicon size.

A pixel array imaging device uses dynamic potential switching on vertical output lines to enable signal differentiation during testing.

A camera lens and processor use natural language processing to identify target subjects and apply image capture functions via voice commands.

A reference index assignment unit dynamically assigns smaller values to temporally closer pictures.

A calculation unit computes subject angular velocity using face detection positions to drive panning assist.

A video signal reception apparatus detects transmission distortion using equalizing patterns and applies digital filters to compensate the analog signal.

Separate horizontal and vertical interpolation suppresses aliasing artifacts while preserving high-frequency components in video signals.

Passive MEMS switch circuits harvest RF voltage to actuate switches, eliminating active components and reducing leakage in low power IoT devices.

Dynamic audio buffer thresholds prevent playback discontinuity caused by variable video processing delays, ensuring synchronized media output.

An edge device camera captures variable image data amounts using dynamic operating parameters to identify items in audited shopping environments.

Evaluation-based selection resolves the contradiction between expanding capture angles and maintaining subject appearance consistency in panoramic photography.

Smart links encapsulate alternative URLs within primary addresses to invoke the most suitable device application.

Segmenting nonlinear and DPCM compression stages disperses distortion into noise, achieving higher storage capacity without visual deterioration.

A batch authentication system measures physical variability in material samples to extract statistical parameters for verification.

A dual ramp signal approach compares optical signals against varying amplitude references to minimize random noise during analog-to-digital conversion.

Transmitter packets embed reference time segments alongside TTML payloads to synchronize subtitle display with system sample periods.

Multiple stereoscopic camera pairs on a rotating base reduce latency by switching views instead of mechanical rotation.

Segmenting the optical path into six elements with specific refractive powers corrects aberrations while maintaining a compact form factor.

Cloud processing segments image data to crop relevant content, reducing storage volume while preserving visual information quality.

A face detection unit extracts regions from consecutively photographed images to enable intuitive user selection of specific facial expressions.

Motion sensor segments exposure time to capture multiple frames, reducing motion blur without complex mechanical actuators.

A customer-facing imaging system uses a support surface to position electronic device displays for sensor capture.

Sensors embedded beneath a display detect facial characteristics during ear-held calls to identify user emotional context.

Avalanche photodiodes with unique quenching resistor time constants generate distinct detection signal waveforms on a shared output terminal.

Non-linear interpolation on a reduced 3D look-up table maps high dynamic range content to standard displays while minimizing memory usage.

A protective lens cap with a gap absorbs mechanical shocks to safeguard delicate auto focus elements during manufacturing.

Segmented microphones with integrated drainage channels mitigate splashing noise and signal distortion during water transitions.

A quad-photosite pixel array with shared conversion nodes and independent transfer gates.

Image processing system generates compensation images to counteract surface-to-surface reflections on concave projection screens.

A video processing system decodes second video data in advance to enable immediate display transitions without black screens.

Image pickup apparatus stores focus information with raw data to generate developed files.

A video transmitting unit sends an anchor frame in a dedicated stream to accelerate channel switching.

Camera controller extracts control parameters from participant movement data to adjust viewing angles.

Low dielectric constant plastic antenna cover reduces signal loss between separated main body and outer box, enabling wireless data transmission.

Floating body transistors enable independent bank operation as image sensors or memory cells, reducing signal sensing delays and device size.

A content proxy mechanism stores lower-resolution video thumbnails alongside metadata to streamline multi-camera data management.

A media processing system parses audio streams to identify preferred segments and generates a unified playlist for simultaneous playback.

Terminal analyzes preview images to recommend panoramic shooting, simplifying manual mode selection for users.

Segmented air tubes route forced convection from a fan to the display surface, resolving thermal management limits in thin, bendable screens.

A user interface adaptation module identifies dominant colors in video frames to generate component colors that complement the played content.

A composer tool builds variable videos by assigning content to modular scenes and tagging them with relevance vectors.

Media processor generates audio trigger markers synchronized with video source data to resolve cumbersome retrieval of comments in large archives.

A communication device detects partner devices using specifying information to establish a second communication path automatically.

Segmenting video into focused foreground and blurred background protects privacy without disabling the camera.

A camera system moves the lens relative to a circular polarizer to eliminate dome ghosts caused by internal reflections.

Varying refractive indices in a medium layer refract light to improve edge sensitivity without complex microlens manufacturing.

A receiver assists a remote control device by creating and storing user-defined macros, distributing the processing burden across the system.

Selective signal extraction transmits only relevant input portions to compose images, reducing bandwidth requirements for video processing systems.

A playback unit stores viewpoint information to extract and display image ranges from previous viewing directions during search mode.

Segmenting the interface into a subject frame and wider acceptance frame resolves the contradiction between detection precision and ease of operation.

Feature Highlight function overlays tutorial videos during television channel scanning to educate users on new capabilities.

An electronic device determines operational HDMI versions using stored EDID data and receiver-detected control information.

Segmenting gate signals by color reduces afterimage and flicker caused by mismatched gamma curves across different sub-pixel groups.

Orthogonal magnetic circuits segment stabilization forces, correcting camera shake in pitch, yaw, and roll directions without compromising smooth operation.

A tuner baseband processor converts analog signals to digital data for external processing.

A set-top box tracks user viewing behavior to score candidate content items based on metadata tags associated with non-skipped viewings.

A virtual window assembly uses cameras to capture external views and electronic displays to present them inside the cabin.

An image generation device superimposes liquid motion footage onto static ingredient images to create appealing food videos.

Driver IC constrains infrared LED exposure time and frame period thresholds, preventing eye harm from excessive illumination in driver monitoring systems.

A shield positioned between the camera module and handset assembly reduces magnetic field interference.

A video controller divides the field of view into regions of interest and applies specific recording settings to each area.

A four-group zoom lens adjusts inter-group spacing to achieve high magnification ratios while maintaining compact physical dimensions.

A drone light emitting member adjusts emission based on camera exposure settings to minimize image interference.

A system routes multimedia signals to a second device with superior processing capabilities for seamless playback.

A portable magnifier camera pivots its handle and display to create multiple viewing configurations for distant objects.

Control unit displays comparative brightness options based on distinct reference values to resolve manual exposure compensation complexity in backlight scenes.

A monitor perimeter cover overlaps the glass screen edge by 2.5 mm and seals with adhesive to prevent forward and lateral escape of glass fragments.

A wind shielding portion partitions housing space to direct cooling airflow and prevent heated air recirculation.

A safety lens increases beam divergence within the audience area to prevent retinal damage while maintaining low divergence above heads.

An electronic seal device integrates a fingerprint reader and camera to authenticate users and record documents.

A dynamic viewing window adjusts its position within a video stream using sensor data to isolate the displayed region.

A flash driver circuit adjusts LED current using real-time battery voltage and temperature measurements to sustain operation.

A zooming control unit adjusts magnification using object detection and distance data.

A mobile device interprets PDU display data, resolving small screen limitations and unsafe access constraints.

Segmented pixel arrays use distinct clock phases to resolve distance information while maintaining color imaging capabilities.

Positioning the image stabilization unit 1 mm to 20 mm from the image plane reduces moment of inertia, enabling lower-power motors and smaller housing sizes.

A second terminal transmits control signals to synchronize multimedia reproduction on a primary playback device.

An image processing apparatus extracts high-frequency components from input data, enlarges them separately, and adds the processed signal to a base enlarged image.

A VO2-based thermo-optical array detects infrared light through transparency changes without electrical contacts.

A variable transmittance optical element modulates light incidence to suppress flicker in captured images.

A voice service system uses PIN verification and spectral profiles to authenticate recipients before delivering personalized messages.

Acquires entrance pupil position relative to a rotation reference and outputs this data to align virtual viewpoints with physical camera coordinates.

Active temperature regulation stabilizes plastic lens optics across extreme automotive ranges, reducing reliance on costly glass components.

A vertex shader moves contact plane vertices using height map data to generate realistic tire tread marks.

A television cover integrates a rear sensor and multiple LED types to illuminate objects behind the screen.

Video tracking replaces mechanical rigging to reduce latency and complexity.

Dynamic stage prop replacement enables automated insertion of advertising assets into program content.

A video analysis module correlates wearable sensor data with recorded footage to identify target objects within generated clips.

Controller monitors input voltage and current across dual power lines to compensate for cable length drops, ensuring stable image pickup device operation.

A processor estimates pixel intensity values from image sequences illuminated by controllable light sources to determine AC grid characteristics.

A generating unit creates a basic grain image from random pixel values to apply film effects.

A vehicle control system suppresses horn chirps when the ignition is on and the key is absent during remote parking operations.

Floating wireless relay systems transmit underwater images to surface devices, eliminating storage delays and preventing data loss during real-time capture.

Segmented pixel regions with opposing microlens eccentricities compensate for exit pupil shifts, maintaining measurement precision at peripheral image heights.

A recording apparatus generates unique identification information for data recorded on multiple media.

Skipping resizing on correction pixel regions maintains optical black data integrity while reducing processing loads during digital zoom operations.

An electronic camera evaluates image quality and recognizes scene motion to determine an optimal non-chronological reproduction order.

A planar map generating device adjusts object upper surface coordinates to create easily viewable maps without increasing processing complexity.

An organic near-infrared absorption layer enhances low-light sensitivity without compromising color resolution or requiring mechanical filters.

An integrated multi-lens camera module conjoined stand supports lens and photosensitive assemblies to maintain consistent positions.

A laser scanner creates a three-dimensional image of vehicles to identify the gap between the cab and cargo section.

An automatic posting component extracts descriptive data from image files to generate online advertisements.