Television System Details TRIZ Cases

A mobile terminal captures current TV image settings, compares them with preset standards, and sends automatic adjustments to avoid manual trial and error.

Reverse pre-white balance and remosaicing restore YC-raw data before demosaicing to correct color shifts and improve color reproduction.

Geofenced cameras let guests trigger scenic photos from their phones and retrieve them by device ID instead of printed tickets.

Records a reference screen while a flexible display expands or contracts, preventing cropped capture and preserving content continuity.

A thin heat conduction member preserves a narrow air gap between the display panel and support to spread heat evenly and reduce color and luminance irregularities.

Combining GPS reference positions with object recognition improves virtual overlay alignment on vehicle see-through displays despite recognition and positioning errors.

Client-side tracking uses object recognition or metadata to follow a selected subject and show an enlarged, time-delayed PIP view.

Clipped omnidirectional image areas are synchronized across multiple surfaces to create shared VR spaces without headsets or timing mismatch.

Motion and impact sensing are combined to wake the camera early but store video only for real vehicle impacts, reducing false recordings and memory wear.

Motion-triggered wake-up uses radar or lidar to start parking video only when an object enters a target zone, extending recording time with less battery drain.

Waste heat from display circuitry is converted into stored power for input detection, cutting standby energy use without extra charging circuits.

Specified-time detection triggers relevant multimedia editing templates, improving template selection efficiency, user engagement, and resource use.

Depth maps and optical flow from prior video frames help reconstruct a sharper super-sampled image with better accuracy and processing efficiency.

Motion-based frame rate adaptation applies slow motion only to high-action segments, reducing storage, power, and compute load.

Depth data anchors annotations to real-world locations, reducing input burden while keeping AR markup aligned across changing camera views.

Target-state recognition triggers in-capture speed changes, simplifying slow- or fast-motion video creation without separate editing.

Standard conversion aligns aspect ratio, frame rate, bit rate, and orientation so paired image data remains comfortable to view.

When a dashcam is removed after an accident, GNSS location capture and automatic transmission help preserve evidence and identify who took it.

Synchronized command queues coordinate devices across remote studios, reducing latency-driven timing errors and post-production delays.

Static overlay content is reused in compressed form so video frames avoid repeated uncompressed loads and cut memory bandwidth use.

Real-time editing controls let users create and save personalized video effects, avoiding monotonous preset filters and improving engagement.

Patch-level brightness correction avoids overexposed regions, preserves image details, and improves feature extraction under uneven lighting.

Calculates camera positions and directions to define a usable virtual viewpoint range and improve multi-camera image generation quality.

Biometric user checks and terminal matching limit drive recorder video replay to authorized passengers, preventing privacy breaches.

Shared transistors and transmissive subpixel regions keep images visible over the camera area while improving light transmittance and color balance.

A TWR-based positioning module tracks moved external speakers so the display can retune audio signals and preserve stereophonic sound.

Nonlinear mapping and bit masking shrink raw sensor pixel codes, cutting machine vision compute load and power use while preserving useful image data.

A glass light guide with reflection surfaces extends the optical path to preserve face clearance while converging scanned beams onto the retina.

Tiny invisible light-transmitting openings let an under-screen camera capture and reconstruct images without sacrificing screen-to-body ratio.

A tilting transparent plate and magnetic reluctance actuator shift the image by a fraction of a pixel while saving installation space.

A duration scaling strategy lets one video effect file fit different scene timings, cutting version duplication and supporting real-time rendering.

Extracted audio clips and merged repeats cut cloud traffic and redundant speech recognition while keeping subtitle timing accurate.

An inclined pupil in a reflective-transmissive projection lens evens light distribution and suppresses upper-edge brightness loss.

Event footage is sent only when a dashcam moves beyond a set distance after an incident, protecting accident records without constant data transmission.

Dynamic transmittance adjustment dims bright real-world regions so overlaid virtual objects stay visible without losing scene clarity.

A CNN enhances surround-view camera images in low light by adjusting brightness and color without adding vehicle lamps.

Offset-based scaling and projection-aware inter prediction cut 360-degree image data load while preserving compression efficiency for VR and AR.

Independent channel memory and status feedback let each terminal keep showing prior content when a shared display is switched.

Selective speaker routing pins each remote participant to a display region, improving spatial presence and reducing meeting-room audio interference.

Magnets reinforce a USB co-processor module against vibration-driven unplugging while also conducting heat away from the processor.

Coordinated QoS estimation and timing optimization reduce total degradation time across multiple virtual network flows.

Clock-offset distribution corrects temperature-driven sync drift, keeping vertical timing accurate without added PLL or DLL circuitry.

Directional scaling offsets guide inter prediction and projection-based reconstruction to compress 360-degree VR and AR images more efficiently.

A shared mirror optical path combines display output and infrared eye sensing to shrink VR or AR hardware without losing gaze detection.

Selective high-resolution rendering in the viewer's chosen 3D region preserves frame rate, improving visibility and reducing motion sickness.

Multiple cameras and an HMD synthesize an unobstructed field of view, helping operators see around obstacles and avoid collisions.

A through-hole fastening structure couples the plate and base while preventing panel damage and local hot-spots in ultra-thin OLED displays.

Records multi-view content by detecting view identifiers, storing related stream data, and preserving synchronized playback across view modes.

Mobile key detection filters driver-related motion so parked vehicle recording captures useful events while reducing battery drain.

Pre-assembled fixing screws and a decorative cover simplify dome camera ceiling mounting while reducing re-screwing time and safety risk.

Dual capacitors in a single-exposure CMOS pixel charge amplifier enable high dynamic range imaging while reducing power consumption and motion artifacts.

An embedded diplexer switches frequency ranges based on tuner information to filter signals in consumer electronics.

A brightness limiter constrains signal levels to preserve chroma during image processing.

A solid state image sensor pixel design uses overlapping exposure regions to align photodiodes and reduce output differences.

Electronic device processor selects image frames based on detected flicker frequency to generate moving images with consistent luminance.

A zoom lens moves a fifth lens group along an optical axis to perform focusing operations.

A trigger component generates reference timestamps to synchronize asynchronous sensor data, correcting drift from imprecise internal clocks.

Pivot axes and tangential members align and clamp electronic devices, resolving the trade-off between versatility and device complexity.

Controller reads flash memory data to switch control methods, preventing light emission errors when external units lack built-in flashes.

A display apparatus detects connected information terminals and specifies video input terminals automatically.

A near-infrared ray absorption filter uses a pyrrolopyrrole compound to absorb light between 900 and 1,000 nanometers.

Processor overlays discrete scale comparator objects on vascular images to resolve catheter selection errors from imperfect imaging approximations.

A defect pixel correction apparatus interpolates signals from adjacent normal pixels to restore image data.

A telescopic bracket integrates a camera module into a mobile terminal housing to enable adjustable thickness and structural support.

A vibration correction control circuit generates drive signals to stabilize image pickup units against mechanical disturbances.

A wearable electronic device uses a transformable housing to switch between VR and AR display modes.

A line interleaving controller generates virtual data lines to support time-division multiplexing within an image signal processor pipeline.

Selective extraction of specific color components reduces process complexity while maintaining alignment precision for high-definition parallax images.

A remote input device calculates hand shake values to stabilize pointer movement in free space.

Elastic overmolding absorbs impact energy and seals fluid ingress, resolving safety risks in wet surgical environments.

Retrieving 3D structure from a secondary image enables parallax correction that matches the main image perspective, resolving fusion artifacts.

A digital camera automatically adjusts environment settings based on predefined conditions.

A controller synchronizes falling water droplets with video monitor graphics to create immersive visual effects.

Segmented imaging sensor assembly uses electrical interconnects for high-speed data transfer between packages.

Controller associates image data with vehicle position to generate video logs, resolving limited performance feedback during autonomous operations.

Folding the flexible circuit substrate nests components in a cavity, resolving the trade-off between image quality and module size.

Segmenting the data driver LSI into polarity-specific regions reduces power consumption and cost while maintaining dot inversion image quality.

A display configuration system retrieves predefined layout templates from a database to generate application-specific graphical arrangements for multi-viewer setups.

High-quality image development unit processes stored RAW files during idle periods to replace simple previews with superior resolution.

A region-based imaging processing apparatus divides frames to store alternating line accumulation results in separate memory units.

A micro-electromechanical system replaces bulky voice coil motors with comb-drive actuators, reducing device size while maintaining mechanical frequency.

Time-division multiplexing routes pixel and triggering data through a single output line, reducing wiring count and improving reliability for oral cavity use.

Alternating drive cycles for adjacent cameras eliminate Hall sensor signal crosstalk, ensuring precise auto-focus positioning in compact mobile devices.

A personal display device detects proximity to a television to receive content selection information and user instructions.

Integrating imaging and display devices into one housing reduces assembly complexity while maintaining universal driver visibility.

Segmented service guides distribute essential data first, allowing terminals to retrieve supplementary fragments on demand and minimize transmission overhead.

A five-element optical imaging lens uses controlled surface curvatures to shorten total length.

External terminal receives recording position data from a video apparatus to associate additional information with the correct time axis.

A video camera detects peripheral devices via wireless signals to supplement visual recordings with contextual data.

A night vision device adjusts near infrared ray intensity to maintain a target luminance ratio between infrared and visible light.

Automated conversion system processes DVD content into network formats, resolving manual processing delays and enabling interactive viewer engagement.

Hardware switch disables security camera audio component, preventing remote eavesdropping via physical isolation.

An imaging element adjusts output frame rate based on focusing evaluation values to reduce power consumption.

A control circuit rearranges image sensor pixel data based on attributes to improve compression rates.

Computing device adjusts sub-screen translucency based on user viewing angle to maintain clear visibility of important content in head-mounted displays.

A shared frame moves multiple lens sets together to counteract device vibration while maintaining constant baseline distance and registration.

A tubular video camera integrates infrared and visible light emitters with a laser pointer for precise aiming.

A display control system dynamically resizes the active illumination area by disabling unused light emitting diodes to conserve energy.

A seven-layer anti-reflection coating structure reduces reflection loss through optimized refractive indices and a porous silica aerogel outer layer.

A single lens electronic device uses a controller to manage parallel image shooting and outputting functions through one optical path.

Feedforward compensation anticipates disturbances to improve response time while maintaining tracking precision.

A video editing timeline displays temporal relationships as spatial visual bars within a preview window.

A radiographic apparatus samples bias currents from segmented pixel groups to isolate noise components.

A virtual conferencing method displays simultaneous video feeds from front and rear mobile cameras alongside remote participants.

A signal processing unit generates restored images using unique positional relation data between a mask and an image sensor.

A pixel matrix with a pupil dividing portion and shielding layer manages light paths on the sensor surface.

Multispectral cameras minimize mean square error to separate sunlight from target sources, eliminating database registration requirements.

A video management system reassigns cameras to backup servers upon primary failure.

Generating metadata during image signal processing reduces power consumption while maintaining video quality.

Segmented 3A-control sensors eliminate interpolation artifacts by isolating auto-focus and exposure functions from the primary image array.

An image sensor generates high dynamic range images with varying exposure duration ratios to capture scene brightness.

Automated image capture links visual data to searchable identifiers, resolving logistics disputes over damaged goods.

A personal security system transmits device location data to a computer-aided dispatch platform for real-time incident processing.

A flicker correction system generates gain values to process image pickup signals from shared pixels.

A camera device uses a reflecting part to correct image shake without deteriorating optical performance.

A mist distribution estimation unit selects adaptive or uniform gradation correction for image processing.

Configurable switch circuit directs pixel signals to active readout chains, lowering power consumption during low-power imaging modes.

Combined bending modes generate oval motion at projecting portions, reducing rotational moments and stabilizing position holding.

A head mounted display optical element uses liquid crystal alignment to control light transmittance and reflection.

A media processing unit ranks insertion points using saliency and distance metrics to optimize ad placement.

Virtual composite images merge live views from multiple cameras, reducing manual adjustment time and labor for optimal framing.

Dynamic region of interest extraction reduces data transfer volume and processing time by isolating relevant video segments.

Digital image cropping and magnification correct optical axis misalignment in zoom lenses without mechanical adjustments.

Viscoelastic damping in the resilient stop plate reduces audible clicking from datum surface separation during mechanical shocks.

A/V recording devices adjust network keep-alive intervals based on detected power source type to optimize responsiveness.

Processor characterizes image structural content to select a matching transform, preventing catastrophic failures from insufficient data.

A constraint model uses roll-pitch-yaw axes to determine feasible viewing window placement within a source field of view for video content.

Continuous video feeds are segmented by sensor proximity to create individualized programs, reducing storage complexity while maintaining complete coverage.

Generating associated images with varying data amounts reduces network transmission volume, resolving the trade-off between image quality and uploading speed.

Segmented parameter changes resolve depth of field and dynamic range limits, enabling re-experienceable scene representation.

Multi-stage macroblock and line filtering identifies letter box regions in MPEG streams, correcting aspect ratio mismatches on varying displays.

Integrating an eye detection sensor on the display unit rear surface enables selective control of viewfinder and screen output.

A flexible thermal strap conducts heat from an image sensor to a dedicated heat sink, preventing thermal expansion that shifts optical alignment.

An articulated desktop magnifier uses a pivoting camera arm and foldable support legs to reposition imaging components for flexible viewing.

Separate marker files enable efficient retrieval of distributed video data without increasing system complexity.

A reception device adjusts subtitle color gamut to match video data streams.

Segmenting the application between a server and mobile client enables remote access to program guides while preventing user exclusion from shared content.

A photographic lighting device initiates light emission after the first shutter blade begins exposing the sensor, using a predictor signal to determine optimal timing.

Low-resolution image transmission enables early parameter extraction and method determination, reducing processing time while maintaining high-quality synthesis.

Motion vector fidelity assessment selects interpolation methods to handle complex areas and reduce errors from imperfect estimation.

Uniform parallel transfer wirings create a light shielding structure that equalizes coupling capacitance and blocks hot carrier light emission.

Visual indicia analysis replaces RF positioning, eliminating signal interference and high installation costs for accurate vehicle tracking.

A target detection method adjusts sensor alignment via prompts to enhance recognition accuracy.

A video coding method maintains a fixed luminance threshold within continuous playback sections to ensure consistent overlay rendering.

A pickup device driving apparatus uses a four-part rotating parallelogram to move the sensor along the optical axis.

A controller adjusts focus lens speed during scanning to detect positions across partial image regions.

A parallel video mixing apparatus uses alpha signals to combine inputs simultaneously via a binary tree structure.

A media content replacement system schedules re-recording of items from sources to restore lost recordings.