Television System Details TRIZ Cases

Real-time marking and labeling of main video streams cuts post-processing and lets users share only event-specific clips over limited bandwidth.

Segmented media images assign different regions to clear or blurry states, adding display variety without excessive processing complexity.

A vertically stacked MEMS layout shares one sound-port for pressure and acoustic sensing, cutting chip area and cost while preserving robustness.

Automatically reconfigures participant tiles and shared content as screen dimensions change, reducing user inputs, cognitive load, and power use.

A floating second window tracks selected subjects during recording, reducing manual editing and simplifying multi-camera video capture.

Three parallel image paths combine panorama preview, human-body detection, and cropped close-up tracking to keep moving subjects in focus.

One-click video editing replaces manual transition tuning with music-matched effects, improving continuity, watchability, and interaction efficiency.

A recommended region in live view guides capture, then resizing and trimming align subjects accurately within the selected layout.

Multiple cameras capture separate subjects in focus, enabling smooth video switching without forcing one camera to refocus between targets.

A capacitive humidity sensor on the MEMS die cap detects moisture-driven deformation and enables real-time correction of inertial sensor drift.

Sensor sensitivity is shifted from target exposure, then noise correction restores consistent brightness and noise without ND filters.

Distance information aligns live view images with 3D objects, enabling realistic decoration, surface placement, and occlusion effects.

A necessity flag in event notifications lets the control device request extra state data only when needed, cutting traffic and processing load.

A differential central bridge and coupled mirror-image masses improve triaxial sensing while rejecting external disturbances.

Pre-optimized image or video backgrounds let filming match real scene lighting on-site while avoiding post-matting and synthesis.

Alternating hidden overlay patterns expose refueling video feed interruptions without distracting the operator during normal viewing.

Integrated lighting and smart-device correction keep a portable chroma key background uniformly lit for real-time compositing.

A joint-control reset assembly lets a hunting recorder switch between full automatic parameter reset and manual setting retention.

High-resolution graphics are converted on a server into video data so the display can preserve native 8K quality while limiting delay.

Strategically placed back-cover openings relieve rolling stress while preserving panel adhesion, flatness, and impact protection.

Tone and color mapping adapts video to display characteristics and ambient conditions to preserve creative intent across screens.

Neighbor-aware block quality, wrap-around viewport filling, and depth-guided motion estimation improve 360 video compression and playback.

Selective frame capture filters blur and redundant video to build navigable environment views with lower bandwidth, latency, and battery drain.

Synchronized multi-view live streams let remote users switch perspectives and interact through AR for a more immersive shared event experience.

A camera film mode restricts live view, image formats, and storage behavior to recreate analog shooting control and anticipation.

Distance and angle feedback corrects wide-angle projection errors, keeping projected images aligned across large construction-site spaces.

Buffered high-frame-rate candidate frames let users set exact slow-motion clip boundaries so highlight moments match user intent.

Real-time zone luminance and color adjustment tracks user position and view angle to reduce blend artifacts and preserve immersion.

LOG curve processing and adaptive 2D/3D LUT selection improve mobile video color grading while preserving frame rate and style flexibility.

Selective highlight projection boosts peak luminance without raising overall power use, overheating, or black level in projection displays.

Camera-based peripheral vision expansion preserves real-space distance sense by smoothly connecting converted side images to central vision.

User-profile query templates trigger supplemental functions in media guidance, improving natural language responses with less back-and-forth.

When the main microcomputer fails, the controller bypasses it and converts camera frame rate to keep the vehicle display working properly.

Maps the real set into a virtual scene and places scaled CGI assets in live video, improving actor blocking and filming efficiency.

A node-based effects graph links getting, frame capture, selection, and setting controls to batch-generate video effects packages faster.

Dynamic frame rates matched to device motion and scene change reduce dull or overly rapid timelapse segments and improve viewing clarity.

Captured image coordinates are compared to trigger projection correction without motion sensors, simplifying hardware while preserving image accuracy.

Luminance-based control adjusts studio lighting and background video brightness to keep camera exposure stable and reduce noise.

Plane estimation from calibrated 3D data sets image capture distance, cutting overlapping images and 3D model processing time.

Synchronized text, gestures, and barcode indexing let mobile users jump through audio or video without heavy local transcript software.

Automatic focus-region tracking synchronizes image zoom and target-audio enhancement, reducing manual adjustment during video recording.

Subject actions are detected to localize trimming and quality adjustment in moving images, preserving focus and narrative intent with less manual editing.

A selectable film camera mode restricts live view and image formats to recreate analog shooting while storing images in a single unit format.

Time-divided RGB-to-VCbCr 422 conversion sends more video channels through one interface without adding bit lines or connection complexity.

A one-tap playback control recalls the previously used speed, removing list selection and reducing switching time during content playback.

Synchronized radio audio and body-worn camera video preserve officer communications and create a secure, complete evidence record.

Self-supervised embeddings capture visual augmentation effects more accurately, improving identification, comparison, ranking, and retrieval.

Segmented VR rendering reuses common asset frames and prioritizes key assets to balance immersion with computational load.

Coordinated stabilization between the VFX camera and viewpoint detection camera reduces blur and motion mismatch in in-camera VFX capture.

A proximity-sensed casing opens and turns the display inward to guide mobile pairing while reducing contact damage during TV movement.

A video recording apparatus selects a free run mode to maintain continuous time code counting during idle periods.

Segmented sampling units with differential processing mitigate random telegraph signal noise while maintaining high measurement precision.

Segmenting acceleration thresholds prevents false detections while preserving accident footage without user intervention.

Flexible assist device with expansion-and-contraction section adjusts length for treatment instrument insertion.

A video processing method adapts noise reduction operations by switching between two-dimensional and three-dimensional space domains based on detected motion components.

Timestamp modules add timing data to video and audio streams before correction processing, resolving delay differences between tracks.

Amplifier circuit selectively amplifies spectral image signals across multiple wavelength ranges to enhance brightness.

Centralized aggregation of multi-device media data eliminates fragmented hierarchical menus, enabling seamless content discovery across platforms.

Camera controller adjusts imaging parameters based on video encoder feedback to maintain consistent image quality.

A PTZ camera calculates object distance to query a preset relation table for focus motor position.

A foreground segmentation method replaces image backgrounds with solid colors to generate histograms for visual comparison.

LED indicators around the display unit show transmission states, solving limited indicator space in narrow frame designs.

Arithmetic circuit calculates difference between reset and signal levels, suppressing memory capacity increase during correlated double sampling processing.

Spiral fiber tip delivers infrared light for precise tissue marking, replacing skill-dependent manual positioning.

Superimposes a control indicator on the live subject image for remote shutter triggering via hand gesture overlap detection.

Asynchronous buffering enables immediate switching to backup feeds, reducing encoding costs while maintaining reliability.

Multiple lens groups direct light beams to a single sensor, resolving the contradiction between multi-function versatility and device volume.

Wireless light data transmission eliminates mechanical mounting complexity while maintaining high color rendering for cinematography.

Color correction circuit applies pre-stored pixel values to auto-focus image sensor data, reducing calculation time and power consumption.

A photographing apparatus assesses focus position accuracy before capturing images to maintain subject sharpness.

Control unit establishes single or dual mode processing paths using system or graphic processors based on active sensor count.

A broadcasting system embeds 3D caption converting information to adjust offset and size of caption data.

A power management method for PoE networks dynamically adjusts device profiles to maintain operation within strict electrical limits.

A single-camera multi-mirror imaging system directs reflected images from peripheral and central mirrors to a digital line scan camera.

A proxy signal transmission system enables remote live TV production by compressing video for network transfer.

A video conversion device divides signals and adjusts output timings to synchronize display devices with varying delay times.

A content playing device synchronizes multiple player units to display scheduled distribution contents at predetermined times.

Simultaneously rendering base and outcome videos during transitions to resolve complexity in branch selection while maintaining visual continuity.

Interface device manages multiple access cards to enable seamless switching between receivers, eliminating programming interruptions during card replacement.

A processing system directs audio streams to specific locations using beamforming techniques.

An apparatus extracts unit images from input sequences and sets their positions based on music content.

Elastic inner cover absorbs impact energy, suppressing dome deformation and enabling thinner walls for superior optical performance.

A signal processing device generates low noise image signals by adjusting luminance and color difference signals based on noise-reduced invisible light data.

Coarse and fine alignment functions synchronize audio recordings from different sources by reducing clock frequency drift.

Segmented unit power supply circuits isolate pixel columns from external noise and cross-talk by generating local voltage based on a regulator circuit.

Moveable camera assembly adjusts view using accelerometer data to maintain forward-facing horizon on screen, resolving collision risks from obscured paths.

Recording control units store raw moving image data and correlated development parameters to reduce calculation loads during frame transitions.

A lens control device generates adjustment signals with matching identifications for wireless transmission to a lens driver.

Correction unit subtracts dark current product from pixel signals, eliminating dark shading irregularities caused by analog gain increases.

A rotating mirror directs high-speed projector beams to expand the display region while maintaining resolution across multiple viewing angles.

Master control assembly synchronizes media players to enable simultaneous group viewing without specialized storage programming.

Parallel AD conversion in a solid-state image sensor suppresses parasitic light sensitivity variation caused by line-sequential reading.

A camera illuminating device adjusts drive currents across multiple light emitting elements to achieve uniform brightness levels.

An actuator driver superimposes acceleration-based correction values onto base instruction signals to control lens positioning.

A preformed non-light transmissive sheet adhered to a camera filter blocks flare and dust, avoiding costly oil printing adjustments.

A scene index system generates thumbnail images from video frames to create a visual timeline of media content.

A reduction unit adjusts bit depth and tone levels for light field signals based on divided pupil areas to manage data volume.

Intersecting phase-detection rows and columns generate line profiles to measure phase shifts for arbitrary edges, resolving complexity constraints.

Segmented redundant bitlines preserve pixel sensitivity and prevent open-circuit failures in high-density image sensors.

An intermediate conductivity region reduces electric field stress to prevent short circuits, improving manufacturing yield and failure detection accuracy.

A video subtitle display system adjusts presentation parameters based on detected content types.

A user interaction device transmits operational codes and detects audio signals to identify television models automatically.

Hyperframing combines subframes with different exposure levels to capture hot and cold objects simultaneously without saturation.

Sliding units in the hinge assembly dynamically adjust plate spacing during spreading motion to prevent humping of the flexible display.

Processor switches between narrow and wide cameras using velocity calculations to maintain continuous object tracking.

A projector input source search method detects active signal terminals to streamline user selection.

Hub-target segmentation maps discrete text and video units to resolve labor-intensive synchronization of non-adjacent words with single sequences.

A set-top box pauses live video upon detecting specific trigger events to promote feature adoption.

A taking lens moves a flange back adjusting lens to align image locations across wavelength regions.

Electronic wavelength selection via sequential LED activation reduces image distortion and device complexity compared to mechanical filter systems.

A hybrid autofocus system determines focal positions using phase difference and contrast methods to refine image acquisition.

Separate holding circuit reduces dark current noise by storing reset and light signals in distinct capacitors for difference calculation.

A display apparatus uses wireless communicators to detect coordinates of adjacent units for automatic multi-display configuration.

A rate control algorithm adjusts bit allocation based on scene complexity and buffer state.

A computer processor determines ultrasound scan parameters from user-defined imaging effect values.

A dual sensor calibration protocol calculates basis weight directly from upstream and downstream readings without subtraction.

An electrochromic dimming device adjusts light blocking ratios across distinct regions to enhance virtual image contrast in head-mounted displays.

Reproduction control unit synchronizes pixel readout timing across multiple camera modules to ensure consistent imaging of overlapping fields of view.

A position output unit generates scaled pulse train signals to match virtual system constraints.

Micro lens arrays on display surfaces capture multi-angle images, resolving the conflict between screen visibility and selfie quality.

A control device adjusts a partial region of a projected image based on detected marker position to enhance recognition.

Placing electric signal output units between analog and digital lines reduces parasitic capacitance, preserving A/D conversion accuracy.

Segmented lens units with specific refractive powers correct spherical aberration and coma for wide-angle imaging.

A view finder bends the optical path using a dedicated member to redirect light from the display section.

An exposure control unit calculates a weighted average of normalized maximum signal and luminance values to adjust image capture settings.

A prism optical system guides image light through total internal reflection to create an enlarged virtual image.

A composite sine-trapezoidal fringe structured light method projects patterns and resolves images into uniform and sinusoidal components for phase calculation.

A processing device captures remote controller images to associate operated buttons with transmitted signals automatically.

A combined lens module integrates main and associate elements to capture visible and invisible light simultaneously within a compact housing.

Rate control circuit processes subtitle elements using temporary size estimates to resolve buffer overflow risks while maintaining decoder compatibility.

Live view subject extraction composites designated image elements onto captured frames to exclude unwanted subjects from the final composite.

A display device adjusts on-screen display position based on main image zoom ratio.

An image pickup apparatus detects vignetting portions to distinguish between gas and liquid environments.

A media services platform enables remote digital media ingest using proxy files for efficient editing workflows.

Segmenting the boot process with a GPU-driven splash screen and broadcast feed reduces perceived user waiting time while maintaining system reliability.

Detects triggering video events to insert synchronization markers into audio streams, resolving end-to-end latency mismatches across broadcast chains.

Double sampling detects discharge slope to replace corrupted readings with accurate reset-phase values, preventing eclipse phenomenon.

A perpendicular electrical coupling uses dot and elongated connectors to transfer signals between a camera head and cable.

Insulated heat transfer units conduct sensor heat to terminals, suppressing temperature rise in compact vehicle cameras.

A vehicle camera module rotates its lens based on steering and yaw data to adjust the viewing angle.

A back-side illuminated pixel unit uses vertical isolation regions to block light leakage and carrier diffusion between adjacent photoelectric conversion areas.

Intermittent line-sequential reset drives create non-overlap periods that reduce residual charge and improve image quality.

A single motor drives a sector gear to lock and brake vehicle displays, eliminating separate actuators that increase size and cost.

Dynamic image processing rotates or translates the displayed image to match the original capture, preventing black borders when the device tilts.

Segmented detection cells measure dark current leakage to offset vertical shading in CMOS imaging devices.

Camera device maintains full resolution in critical lateral zones and bins peripheral areas, reducing latency for cross-traffic detection.

A drive recorder selects captured moving-imagery data for server transmission based on acceleration sensor readings.