Television System Details TRIZ Cases

AI scene recognition recommends LUT templates for 4K HDR movie capture, improving preview color and cinematic video quality.

This case uses a draggable viewfinder divider to switch between split-screen and picture-in-picture recording without extra controls.

A shared optical element separates polarized light by wavelength, while signal processing reconstructs accurate hyperspectral images.

This wireless endoscope integrates voice processing and illumination control to avoid cable tangling during vocal cord observation.

Multiple video streams are layered in hardware, using defined color values to compose adaptable frames without software latency.

This image processing approach detects encoding ranges and aligns luminance values for consistent highlights and histograms.

This case uses stored playback history to apply the previous speed after one switching action, avoiding a two-step option list.

Event and media analyzers identify key moments, generate clips, and link them to unique IDs for fast client access.

Participant detection automatically configures meeting-space settings to reduce setup time.

Preselected image areas travel with image links, so recipients automatically see the intended focus in fully spherical panoramic images.

A wearable communicator separates eyeglass optics from processing hardware to track gaze and capture the viewed scene hands-free.

This case uses invitation overlays on media items to invite selected users into private collections and sustain messaging engagement.

A display controller adjusts interpolation frame counts to balance smooth playback and motion-shake reduction across video content.

Linear scaling and non-linear corner warping convert camera aspect ratios while maintaining resolution, field of view, and viewing quality.

A remote proxy terminal lets users select video images and send object cues or messages for clearer cross-location instructions.

A controller coordinates shared editing resources, sending operation commands and compressed video data to reduce network traffic.

Identify likely content recipients from collusion-modified media using watermark codes.

Position markers simplify real-time camera tracking for virtual studio backgrounds.

This case uses edge-triggered drag gestures to switch front/rear and rear/rear recording into split-screen or picture-in-picture modes.

The controller varies interpolation frames by scene motion to balance smooth playback with reduced visual shaking.

A guided magnet moves a smartphone camera cover without touch, using elastic force to limit unintended shifts from vibration or tilt.

Feature-point tracking measures frame displacement to reject blurred captures and output higher-quality images during mobile motion.

A nested support video preserves full-view context while the extracted video moves, helping users track its position without distortion.

Tailor online meeting feeds by language and speech speed, with recordings for unmet preferences.

When memory holds indefinite past data, stable frame rewriting supports accurate noise reduction for medical observation.

This case uses notification and data channels, ordered accessory switching, and error-specific handling to speed camera communication.

A folded optical path uses a movable half-mirror lens to adjust magnified virtual image position for different user diopters.

A dedicated LUT processing circuit interpolates stored tables, reducing processor load and power use during high-frame-rate capture.

A camera sends base images and metadata to displays that independently create false color, correction, and focus views.

A segmented EPG combines video and mini-guide data to reduce paging and scrolling.

A path controller routes color-specific analog pixel signals through separate switch paths to preserve linearity during ADC conversion.

A processor mixes or upscales main and sub-app video so smart lights reflect PIP window content, position, and size.

This multi-lens imaging case detects object regions and adjusts PIP composition to preserve visibility during recording and distribution.

A driver moves inclined sliders to rotate the lens, providing anti-shake compensation with simpler assembly and lower cost.

Exposure midpoint control across image sensors distributes ghosting more evenly, improving clarity and dynamic range in fused HDR images.

This case uses output-state feedback, ACK counts, and HPD signaling to adapt EDID blocks and improve source-sink compatibility.

AI models remove noise from combined images and update UI location data for accurate, faster recognition across changing layouts.

Adjustable frame sets bend curved panels to reduce off-center distortion.

Fabry-Perot phase-change filters combine RGB selection and non-volatile storage to reduce crosstalk and speed image processing.

This recording system maps driving videos to route sections using position data, enabling faster location-based retrieval.

A control unit uses interface data and buffered request order to pair packets with timestamps despite arbitration-based transfer reordering.

Apply varied video effects with one tap while automated duration checks simplify editing.

This case assigns playback speeds by content segment, balancing faster consumption with comprehension and user preferences.

A wide-angle wearable camera detects gaze and object distance, correcting image extraction to avoid manual aiming and parallax errors.

The case segments display regions and maps unsupported colors to supported combinations, expanding e-ink price tag color diversity.

This case uses identity analysis and adaptive framing to select speaker or listener views while preserving meeting context.

Speech-to-text and frame analysis automatically position pointers or highlights on discussed content during video sessions.

This image-processing case uses fluctuation control and an intermediate image to reduce divergence between live view and recorded images.

AI analyzes participant identity and engagement to select framed video streams that preserve speaker and meeting context.

Object detection, isolation, and template-based composition improve video focus for remote training and classroom sessions.

An image processor determines an attention region based on focal length and focus position scattering to apply selective blurring.

A display apparatus stores calibration coefficients for multiple gradations to control image uniformity across varying brightness levels.

A biomimetic integrated optical sensor system uses a multi-aperture compound eye structure to capture spatial and polarization data.

A detachable device mounts to an image capturing apparatus and executes analysis instructions.

A four-element image lens assembly uses specific refractive powers and surface curvatures to focus light onto an image sensor.

An endoscopic system switches between left and right optical images based on focus determination to display sharper visuals.

Inclined inlet and outlet grills guide airflow in non-parallel directions to prevent mixing, enhancing cooling efficiency in narrow display installations.

A zapping proxy server creates separate data streams containing I-frames and audio sync points for mobile receivers.

An optical shutter device switches between projection and imaging states to isolate local content capture from augmented reality display.

A centralized repository merges user profiles to eliminate manual reconfiguration when switching between digital video recorders.

A video fusion method adjusts foreground color temperature and brightness using background frame parameters to create realistic composite images.

A dual pass-through imaging system captures visible and infrared light using a semi-transparent reflective element and specialized filters.

Segmenting frame processing across parallel units resolves hysteresis in beautification applications by keeping processing time under 40 ms limits.

Parallel circuit boards with continuous bores enable direct electrical contact, resolving manual stripping complexity and reducing rejection rates.

Smart camera system pauses video recording when people recognition detects registered individuals, preventing unauthorized exposure of private footage.

Mobile application guides self-administered specimen collection via onboard camera recording to prevent fraud while reducing testing time and costs.

Superimposing noise signals on image data enables reliable fault detection in digital transmission systems.

A compact catadioptric optical system uses a convex reflector and decompression lens to project high-resolution 360-degree images.

Suspending the analog front end clock and column address sequence during sampling intervals reduces system noise while maintaining high frame readout rates.

A camera module uses shape memory alloy wires to drive lens movement perpendicular to the optical axis.

A solid-state image sensor uses segmented memory areas to capture ultrahigh-speed and continuous frames concurrently.

A six-element lens assembly uses aspheric surfaces and air gaps to control light refraction for precise optical alignment.

A recorded-program list generator filters broadcast content to display only subject programs across multiple channels and time zones.

A signal processing apparatus merges detection and demodulation blocks to handle multiplexed signals efficiently.

Thermally conductive plate integrates light emitting, modulation, and polarized light separation elements for compact projection systems.

An imaging apparatus adjusts exposure control values based on region photometry to correct dark area gradation.

An adaptive charge controller adjusts accumulator voltage thresholds based on operational modes, reducing shutdown time and preserving capacitor durability.

Back surface power line routing minimizes voltage drop and horizontal shading in solid-state image sensors by reducing parasitic capacitance.

Reception apparatus converts physical layer time information into payload data format for upper layer processing.

Segmenting lens movement into progressive steps avoids back-and-forth adjustments, reducing focus time and preventing sudden blurring during capture.

A splicing system uses an uncompressed video copy to enable seamless switching between compressed live and recorded segments.

A signal processing unit extracts visible and non-visible light components from a single pixel signal to perform white balance correction.

A hybrid viewfinder display controller presents target and image color temperature data in adjacent areas to guide user adjustments.

A playback device selects video streams based on identification information and display capabilities.

An imaging device captures multiple infrared frames at distinct wavelengths to synthesize a single color image signal for subsequent demosaicing.

A video changeover switch uses magnetic retention to maintain signal continuity during power failures.

Positioning substrate aligns sensor units to prevent soldering deviations from degrading CT imaging quality.

Rotationally asymmetric surfaces correct aberrations in a decentration optical system, resolving the trade-off between flexibility and complexity.

Referencing elements align optic members with image sensors, eliminating manual assembly errors and reducing manufacturing costs.

A digital camera display controller rotates image orientation to match holding posture.

A data compensator calculates grayscale values using captured luminance metrics to adjust input signals for uniform brightness.

Segmented signal paths with MoCA frequency rejection filters prevent interference with eMTA equipment while preserving CATV signal quality.

A fisheye lens captures acoustic wave incident angles to enable angular sound source positioning across a wide field of view.

Segmented lens groups control magnification independently, reducing barrel size while maintaining high optical performance at the telephoto end.

A set-top box dynamically updates a favorites list using geometric duration measures and direct access bonuses to track user preferences.