Television System Details TRIZ Cases

Automatic recording of favorite programs enables seamless delayed viewing without scheduling.

This case uses subject detection and tracking to adjust synthetic depth of field, reducing manual edits and battery use.

A camera-controlled LED array adjusts light distribution for zoom, depth, and ambient conditions, reducing uneven illumination.

A shift-register drive circuit overlaps start signals to keep radiation detection continuous despite unconnected terminals.

This case uses interface prompts to guide multi-angle image capture, improving recognition accuracy without removing automatic operation.

A frame camera and event-based luminance sensor combine to improve visibility, recognition, and context in fast-moving scenes.

A microcontroller uses presence, attention, and ambient-light sensors to regulate display backlight intensity for comfort and power savings.

Predefined storyboard shots and shooting indications guide user material capture, then assemble a target video from the matched content.

A gas layer couples panel vibration to sound while preserving image clarity.

Flicker detection increases exposures only in affected image lines, reducing blur and processing load in unaffected areas.

Read/write control across segmented memory spaces prevents tearing and black screens during video matrix channel switching.

Blockchain links accident video from nearby transports for secure fault review.

This case combines person images and speech audio to predict landmarks and reconstruct video while reducing annotation noise.

Wearable sensors and rail-mounted imaging combine to visualize offside boundaries and reduce referee depth-perception errors.

A sensor-triggered VR monitoring system selects associated cameras for live alarm verification and uses holograms to deter intruders.

Graphical overlays and real-time quality checks guide ground-level capture, improving building model texture, geometry, and geo-referencing.

Sponsored content gains prominent placement in program search results through priority indicators.

Machine learning classifies elevated temperatures from thermal images without relying on absolute camera readings.

A spherical front group and calibrated aspherical rear group support ultra-wide thermal imaging while simplifying gain-map calibration.

IR wakeup detection reduces display power use and limits external-noise malfunctions.

Intermediate data and paired learning models predict future site video, helping remote workers overcome transmission delays.

A segmented holder and curled back-cover coupling address display rigidity, thermal deformation, and EMI noise in one structure.

This case uses directional shutter-button drags to access hands-free recording, camera switching, and zoom without cluttering the interface.

Multiple sensors and processors separate field-of-view and ROI streams for scalable, real-time conference video.

This case combines multi-display preference data with ambient sensing to transmit image quality settings suited to each viewing environment.

A video processing workflow breaks template edits into prompted steps, helping users review, adjust, undo, or end operations.

This camera workflow starts the next photograph after image data arrives, overlapping encoding to avoid missed captures.

A holster sensor triggers body-camera recording when a firearm is removed.

This case shows how a sensor mount connects the infrared assembly to cooling while protecting detector accuracy from housing heat.

Capacitive coupling raises the sense node voltage during discharge, maintaining transistor linearity and charge transfer efficiency at reduced supply voltages.

Virtual channels aggregate multimedia events from multiple sources into user-defined schedules, reducing search time across traditional broadcast channels.

A processing method combines reference video with interactive special effects using predefined effect groups.

A control part switches operation member roles based on relative positional relationships with an imaging device.

FPGA video processor converts high dynamic range input to standard dynamic range output, resolving backend device incompatibility and color anomalies.

Camera-controlled auxiliary light sources illuminate specific target regions to extend detection range beyond standard headlight beams.

Correction unit adjusts black levels using optical black pixels to suppress vertical shading during non-sequential row selection.

Processor analyzes image sensor data to determine object distance and dynamically adjust exposure settings for optimal brightness.

Detectors track device orientation to automatically invert the display, resolving the contradiction between flexible shooting angles and clear visual feedback.

Segmenting image signals into distinct frequency bands resolves the trade-off between large blur detection and near-focus precision, reducing focusing time.

A display sensing module uses a recessed cabinet to stabilize the light receiving part within the frame structure.

A mobile terminal controller captures images based on touch input distance from a reference position.

Segmented light-shielding layers with distinct pin-holes block reflected beams from touch layers, resolving interference in fingerprint recognition.

Multiple image controllers synchronize tuning parameters via dedicated channels to process camera data without interference.

An integrated back plate with a joining flange eliminates separate middle frames, reducing structural complexity and labor costs.

Replacing expensive quantum sensors with thermal magnetic resistance devices reduces manufacturing costs while maintaining detection precision.

A remote control system converts guide data into a user-preferred format for scalable display on small screens.

Unmanned aerial vehicle indicator lights display control instruction execution status directly on the aircraft body.

A video system detects objects of interest across multiple camera angles to automatically select the optimal viewing perspective for a user.

Camera controller changes parity bit configurations per mode to detect noise-induced switching errors and ensure reliable burst data transfer.

A dynamic color shading correction method estimates shading from scene statistics to update pre-calibrated tables in real time.

Offset inner-layer lenses and an on-chip microlens concentrate light while a light-shielding wall prevents crosstalk without complex planarization films.

A micro LED display device uses separator structures between pixels to prevent color interference and light scattering during flip-chip bonding.

An image processor uses an address mapping unit to rearrange pixel values from input coordinates to output coordinates.

Segmented retrofocus design with parameter-controlled air spaces corrects chromatic aberration while minimizing total lens length.

A broadcast receiver detects non-broadcasting time zones to automatically switch input signals from external devices without user intervention.

Directional interpolation using RGBW12 pixel correlations resolves false color artifacts while maintaining high spatial frequency resolution.

An image processing apparatus calculates disparity amounts to convert monochrome parallax data into color images using reference information.

Information processing apparatus recognizes user-designated objects in images to execute associated workflow processes.

A hybrid imaging system uses a FIFO buffer to store high-resolution image data for instant still capture during continuous movie recording.

A gimbaled imaging sensor system aligns narrow-field tracking with wide-field detection using a processing unit.

Wafer-level overmolding secures lenses and sensors in light-tight housings, reducing alignment costs while maintaining precision.

Segmented sampling rates reduce processing latency while maintaining high resolution in omnidirectional stereo video.

Hierarchical signal segmentation allows independent bit rate control, reducing decoding load and maintaining bandwidth during fast-forward playback.

A perspective transformation engine determines adaptive block sizes for image regions based on scale ratios.

A web-based screen recording platform automates video transcoding and uploading to streamline tutorial creation workflows.

Dynamic camera control adapts recording to driver duty status, balancing incident investigation needs with driver privacy protection.

CMOS imaging sensors detect flicker components to synchronize exposure timing, preventing image quality deterioration from fluorescent lighting.

Embedding time offset and frame length parameters within existing frame structures maintains synchronization accuracy without reducing transmission efficiency.

Automated video creation marketplace uses machine learning to match creator profiles with project requirements, replacing manual talent agency screening.

A vision camera assembly uses a semi-reflecting mirror to redirect structured illumination along the optical axis.

Hybrid interleaved data mode transmits display and compression images to eliminate shutter lag in camera systems.

A time dithering unit outputs intermediate pixel values across multiple frames to maintain smooth gradations in high dynamic range displays.

A retractable display system uses interlinked subassemblies and a lift mechanism to assemble large screens from compact transport boxes.

An album creating apparatus determines titles based on image capturing times to automate layout generation.

A grounded shield layer in the flexible printed circuit eliminates static electricity without causing stray capacitances or signal delays.

A three-dimensional flexible wiring board enables compact mounting of image pickup devices and conductive wires.

A method detects device stability through preview image comparison to enable auto-focus automatically.

Segmented color filter blocks reduce interpolation distances in high-resolution image sensors, preventing information loss during remosaic processing.

Segmenting the guide cover from the base frame enhances structural strength while suppressing vibration-induced noise during imaging.

A composite video stream merges multiple video contents into a single transmission path.

An auto-exposure unit calculates an information-amount maximizing exposure interval for image capture.

A television detects incoming AV signals to automatically switch operation modes without manual user intervention.

An image sensor package embeds an ISP within a PCB substrate to reduce thickness and enhance signal integrity.

A dynamic interactive skin adapts to media content to provide an intuitive interface for selecting items and sending messages.

A streaming event ranking model generates dynamic information displays using engagement and exposure scores.

Selective pixel combination processing adjusts exposure levels based on brightness thresholds, preventing background overexposure during star trail photography.

Drive current offset calculation compensates for orientation-induced errors, enabling accurate focus estimation without adding dedicated hardware sensors.

A mobile collaboration system integrates a high-definition monitor, whiteboards, and wireless connectivity into a self-contained unit for flexible meetings.

A video synchronization method extracts features in the log-polar domain to align files accurately.

A video recording apparatus adjusts frame rates and data rates to manage time information and compressed picture data efficiently.

Splitting light via a prism allows two smaller CCDs to maintain high image quality while minimizing the distal end diameter of the endoscope.

A camera system adjusts capture frame rates based on object motion to optimize memory usage.

A camera autofocus system dynamically switches between phase and contrast detection methods based on scene stability to maintain focus tracking.

A video frame flip manager uses VSYNC interrupts to synchronize frame rates, resolving jitter and CPU waste caused by imprecise application-level timing.

Segmented manifests link thumbnails to media segments, enabling accurate random access without buffering delays or excessive bandwidth consumption.

Interchangeable processing board extracts metadata in real time, avoiding post-capture delays.

A camera-enhanced mobile device captures images to identify and manipulate physical objects in three-dimensional space.

A storage management system reduces quality levels of stored content to free space.

A camera adjusts image file resolution based on real-time communication status to optimize transmission efficiency.

A digital camera captures article images and stores them in attached electronic tags for visual identification.

Image processing system detects scene changes to trigger automatic capture of stabilized frames without user input.

A content player empties a buffer at a variable rate to retrieve stored media for immediate viewing.

VoIP signaling detects telephone state transitions to automatically pause program playback, allowing users to answer calls without missing content.

A stereo camera system captures synchronized RGB and infrared images to generate depth data.

Thermal infrared imaging detects infant body temperature and breathing patterns without contact sensors, resolving visibility and convenience trade-offs.

A transparent optical element in a convertible base enables light pass-through to the rear-facing camera while maintaining structural integrity.

Segmented magnetic circuit with alternating poles reduces leakage flux, improving position detection linearity and efficiency.

Incorporating redundant column circuits allows field repair of metal interconnect defects without disabling pixel locations.

An exposure control circuit determines image sensor duration using combined antiblooming output signals from multiple pixels.

Time-division multiplexing connects multiple pixels to one circuit, increasing pixel density without raising device complexity.

Fullerene and fluoranthene skeleton integration in organic photoelectric conversion layers improves charge separation efficiency while minimizing dark current.

A display device splits a single frame buffer into multiple buffers for simultaneous multi-screen output.

A content platform enables channel curators to define distinct advertising attributes for subscriber and non-subscriber tiers within paid channels.

Shared signal lines reduce device size by reading charges from multiple pixels simultaneously for adjustable resolution and frame rate.

A digital camera extracts multiple frames around a command input during moving picture playback for immediate display.

Recording application creates completion events to automatically fill missing program segments from re-broadcasts.

An imaging system masks images to define a region of interest for brightness analysis and exposure time calculation.

Curved photosensors resolve the trade-off between camera package size and image resolution by matching the optical focal surface.

Axial magnet and coil placement reduces inertia and power consumption while maintaining shake correction responsiveness.

A shield intercepts magnetic force lines generated from package wiring to protect the solid-state image sensor.

A single focal length lens system uses an inner focusing mechanism with a moving positive lens unit to achieve rapid optical adjustments.

A media download control engine transcodes unsupported file formats into client-compatible streams.

A remote control unit detects pointer overlap with a captured image area to trigger camera commands.

An interactive tourist map system uses remote-controlled cameras and touch screens to display area information.

Telescopic rods adjust camera orientation to replace dual modules, reducing device complexity and manufacturing costs.

Rotating the photodetecting section aligns pixel rows with movement paths, enabling CT and panoramic radiography without expanding the sensor area.

An electronic device processor determines user preferences from activity history to provide tailored image effect filters.

Segmented dialog style and presentation structures with continuous flags resolve incomplete standards by ensuring synchronized subtitle display.

A bolometer pixel trigger uses a thermal-sensitive film to detect overheating, protecting imaging performance from excessive heat damage.

A tripod bowl clamp lever mechanism compresses a resilient member to release clamping force, eliminating awkward manual rotation under the head.

Segmenting imaging functions into separate modules resolves the contradiction between high resolution and compact height while reducing noise.

A liquid crystal display module rotates via a pivoting connection to the supporter.

A mobile terminal segments omnidirectional images across a main screen and sub-screen, eliminating cumbersome touch navigation for rapid content confirmation.

A conductive and insulating mask layer aligns the via electrode to movable elements, resolving DRIE etching precision issues.

A camera setting unit selects focus detection areas based on face or eye position to adjust focusing lens placement.

A six-element imaging lens system uses a concave sixth surface to increase light convergence.

A set-top box organizes programs into QAM channel groups to enable simultaneous recording using limited tuners.

Antenna assemblies intercept probe request signals to identify devices while avoiding Wi-Fi network interference.

Light pipes guide infrared light to the exit plane, eliminating housing shadows for uniform distribution.

A user terminal tracks missed television programs by comparing local viewing history with electronic program guide data to identify unwatched content.

A MEMS thermal time-of-flight gas meter measures mass flow using microheater pulse propagation.

A detector identifies illumination patterns to trigger global or line exposure, minimizing noise in continuous light scenarios.

A separable two-dimensional non-redundant complex wavelet image transform using one-dimensional triband transforms.

Micro lens assemblies in the optics assembly enable depth discrimination without separate cameras, reducing power consumption.

Synthesizes short and long exposure frames to resolve saturation in high-contrast scenes while maintaining image detail.

Trained neural networks process real-time video data to detect photo-worthy events, resolving the trade-off between fixed automation and dynamic responsiveness.