Television System Details TRIZ Cases

A dual-band filter and adaptive exposure control let one camera capture usable visible and infrared images under uneven lighting.

Real-time video markers turn long recordings into labeled clips, cutting post-processing work and avoiding full-stream downloads over limited bandwidth.

Identification data is sent to a larger display in advance, enabling one-touch content handoff with fewer user steps and no manual restart.

Depth-based rendering order prevents clipping between overlapping AR virtual characters and improves target selection accuracy.

Insert-molded lens holding and isolating structures shrink imaging modules while preserving wire protection, optical quality, and strength.

A two-lens folded optical path with polarizing films enables wide-FOV, high-resolution VR viewing in a compact, lower-cost headset.

Three image paths separate panorama, detection, and close-up tracking to keep moving subjects in focus while previewing wide and cropped video.

Multiple image regions are matched and decomposed as homographies to determine camera and target parameters on non-planar surfaces.

Switching between single-effect and multi-effect interaction modes preserves first-effect display quality when multiple image effects are applied.

Commercial-break detection lets recorded episodes be reassembled without interruptions, saving DVR storage and improving playback flow.

Independent AEC units track each X-ray source and adjust exposure timing to keep CT energy output uniform and image quality stable.

Motion comparison between bright regions and device sensors enables real-time ghost object detection and removal in live view images.

Sensor-driven folding-state detection pauses and shifts app screens and audio between displays to keep multi-foldable use seamless.

Projected swing and force guidance on the hitting mat helps golfers read terrain and align putts without screen-to-surface mismatch.

A fabric-covered plastic sliding door retracts compactly behind the display and opens automatically using a motor and hall sensor.

Detects harmful flashing and audio patterns, then adjusts playback or blocks unsafe speeds to reduce seizure and migraine risk.

Signals overlay metadata in layered bitstreams so receivers can compose multiple overlays with alpha blending across different frame rates and resolutions.

Alternating dual TOF emitters and fused overlap regions keep IR exposure safer while preserving high-resolution depth maps.

Separate superimposed wide-angle and distant-target images through dual optical paths, improving image separation accuracy and distance measurement.

Long-exposure night-sky frames are aligned and merged on-device into video while sensor temperature is monitored to limit thermal noise.

A dual-output image pipeline shows the shooting area on-set while sending a wider-view background image externally for in-camera VFX framing.

Calling-group based receiver linking simplifies multi-room image sharing across displays without complex software setup or user training.

Pupil-position feedback shifts the light convergence point to keep Maxwellian retinal projection clear as the user's gaze changes.

Sensor-based fold-state detection pauses and resumes apps across displays to keep screen and sound output aligned during housing transitions.

Flag-bit detection closes idle input and output channels in a video decoding chip, cutting power use when no encoded stream is present.

Stabilized viewing trajectories smooth abrupt direction changes in spherical video while preserving user control within margin constraints.

Simultaneous front and rear camera previews enable composite multimedia capture, expanding content diversity without a fragmented shooting workflow.

A coordinated wide-angle and telephoto camera array enables single-shot panoramas, better low-light imaging, and lower bulk and power use.

Custom scene layouts assign participant video streams to layered display regions, adding event context while keeping a unified conference view.

A controllable lens arrangement reshapes panel light beams for virtual studio backgrounds, improving setup flexibility and reducing post-processing.

Position-based upload blocking prevents image transfer in excluded areas, reducing storage load and communication traffic.

Environmental parameters such as motion, luminance, and temperature switch denoising strength to save compute while preserving mobile video quality.

Location-based image thumbnails are prioritized and overlaid on the camera preview to reduce AR screen clutter while keeping useful content visible.

Separate heat sink sections and localized seals help a compact video doorbell manage heat, resist water ingress, and mount securely.

Coordinated feedback guides user devices to capture complementary environment data, improving multi-user 3D, panoramic, and VR scene generation.

Preplanned camera positions and image quality feedback help capture reconstruction-ready 2D images and avoid repeated 3D modeling attempts.

A server stitches contributor videos by shared identifier, cutting manual editing effort while producing one unified collaborative video.

Secure timestamped video and server-side recognition verify micro-bet events and detect tampering before confirming winning entries.

Area-based transparency aligns video and graphic frames to prevent overlay distortion, mismatch, and visual fatigue on displays.

Synchronizing LED video wall blanking with camera exposure prevents black belts in rolling-shutter virtual production capture.

Controlled polarizer shrinkage and adhesive Tg keep optical laminates smooth during VR lens bonding, preserving image sharpness.

Coarse-to-fine diffusion control reduces touch-position error, enabling precise two-direction light distribution adjustment.

Visualizes projection regions, surface positions, and light energy density to simplify projector setup and avoid poor placement.

Location-based speaker tuning in a modular display cuts wave interference and distortion while enabling integrated multi-channel sound.

Pixel-specific filters from a learned filter bank restore degraded video frames, improving decoded quality without fixed-filter limitations.

Automatic wired and wireless protocol detection lets image capture devices pair with accessories without manual menu selection.

Matches resolution, aspect ratio, frame rate, and bit rate across paired images to avoid discomfort when mixed-format image data is viewed.

Alternating exposure values during single-take capture enables HDR-ready video frames and high-quality photo extraction with lower processing load.

Frame-to-frame gamma change detection adjusts correction coefficients to reduce color distortion and improve color accuracy.

A thin damping member between moving lens carriers cuts high-frequency noise and shock while enabling larger OIS correction in compact camera modules.