Television System Details TRIZ Cases

Camera movement during display capture suppresses Moiré interference without sacrificing spatial resolution for quality evaluation.

Segmented predetermined-area views make curved wide-view images easier to compare across dates while preserving broad location coverage.

The transmitter derives signal states from video compression and sends LED or screen feedback to guide antenna adjustment.

AI analyzes sensor data to recommend compatible replacement objects faster.

Multiple views are synthesized for realistic semi-transparent projection while improving clarity over limited-bandwidth transmissions.

A video customization anchor opens a preference form, enabling request-based personalized videos and sharing within one application.

A dual-camera recording device verifies the creator during capture, supporting forgery-resistant metadata and legal media distribution.

Event-driven lifting modes store or expose the display while switching between media art, audio, and visual output.

A PCB-integrated back volume enlarges acoustic space to improve MEMS microphone SNR and low-frequency response.

A light quantity sensor detects bright sunlight and suggests replay from the saved scene, helping preserve outdoor viewing continuity.

Recorded operation-screen videos gain searchable metadata, helping operators review device functions and reduce training time.

The app receives OTA meter data by Bluetooth to guide antenna pointing and recommend channels, height, and added equipment.

This case links video effect event combinations through update and trigger nodes, enabling varied effects that follow user movements.

This case combines thumbnail scrolling with enlarged viewing and unified support for SD, CF, USB, and embedded memory.

A Freeform phase distribution across adaptive domains improves projector image robustness under non-uniform incident light.

Segmented time ranges let parallel slow-motion views reduce reproduction delays.

This case replaces low-fidelity handheld audio with synchronized sound-board audio for high-fidelity live-event recordings.

DASH role values and MPD updates enable dynamic picture-in-picture signaling.

This case uses a unified interface and synchronized metadata to manage multiple media devices and mixed reality editing.

Rolling video checksums sync to a remote authentication server, supporting encrypted, tamper-evident evidence.

Neighboring cameras adjust capture before fast objects enter view.

Known camera positions simplify image stitching while spatially separated lighting supports rapid, accurate 3D reconstruction.

Gaze direction determines whether framing follows the subject or the scene they view, reducing manual review.

Fixing parts pass through the frame to secure the mount plate, supporting the display panel while limiting thickness and sagging.

Automatically access related broadcast content without manual server searches.

Precomputed light-field simulations and dynamic interpolation let amplitude modulation outpace slow phase switching for smoother images.

Scene-aware analysis identifies objects, poses, and movement to select relevant filters for video and multi-view media.

A controller positions menus, function icons, and sub-icons to extend external apps without obstructing native interaction.

A camera, LED, digital zoom, and recording make this electronic loupe lighter while enabling remote viewing.

An inverted display uses HDMI ARC delay feedback to align audio with a sound bar and prevent speaker interference.

Timestamped queues synchronize devices across remote studios, enabling live composition changes and reducing post-production work.

Client-side video compositing selects relevant data layers to reduce streaming data.

A TFT and multiplexed charge-transfer circuit actuate MEMS membrane mirrors with longer stroke and less complex drive electronics.

An interactive media profile tracks missed episodes and filters inconsistent content to preserve plot context.

Three optical sensors stitch narrower views into wide-area images with lower data demands.

This case fuses multiple camera streams using subject and motion data to create smooth mobile videos without professional editing.

Similarity thresholds create compact records, reducing database size for fast searches by features, channels, and time.

The image sensor detects trigger events and creates profile-based clips, reducing continuous streaming while retaining relevant footage.

Live surgical data is segmented into procedural states, enabling map-based guidance that improves consistency and safety during surgery.

This case registers video with audio during cathlab procedures to support documentation, training, review, and clinical guidance.

Foreground segmentation and multilayer backgrounds create parallax depth in 2D conferencing video with manageable processing.

Coincident exposure adds fiducial marks to film, enabling automated high-resolution image repositioning after scanning.

Event detection generates object queries automatically for faster, more accurate video search.

This case shows how an image capturing apparatus sends start and end metadata so external storage can fully manage moving images.

A guide UI and symmetry detection help position the axis and focus reflected objects for clearer puddlegram photographs.

Queued shutter inputs enable rapid follow-up captures while the camera completes the current image operation.

Preprocessed actor face models speed selfie video personalization with stock footage.

A connected-device chain combines captured and relayed image data for broader collection, processing, and display.

The projection system measures camera pixel response to set a detectable stripe width before image processing.

An icon-based device list previews active image signals in place, reducing confusion when switching among connected inputs.