Television System Details TRIZ Cases

Embedded camera initialization and timing correction align multiple analog image signals while removing separate control cables.

A static motion area filters swaying trees and other repeated parked-scene motion, cutting battery drain while preserving event recording.

Proxy-based multi-source editing cuts computing demands, enabling real-time collaborative audio-video journal workflows on less powerful devices.

Buffers and remaps 4-pixels-per-clock HDMI signals into 2-pixels-per-clock display timing to prevent image loss across clock domains.

Content ID is sent from a portable terminal to a larger display device to continue viewing with fewer user steps and smoother screen relay.

Varying micro lens diameters by region improves depth map precision while keeping the projected lighting pattern uniform for safer sensing.

Superimposed tidal current data, voyage time, and flow direction help vessels navigate more intuitively with integrated onboard and external inputs.

Capacitors and diodes isolate analog video from DC power on coaxial cables, cutting cost and installation time without digital conversion.

A triggerable subtitle layer separates speech-based text from the video image, reducing obstruction while keeping captions available.

Associating user-selected dynamic content with reference objects simplifies short video effect creation while expanding effect variety and interaction.

A segmented flexible display and rotating second housing expand screen area while preserving one-hand carrying and manipulation.

Captured auxiliary images provide light direction data to re-light stored photos in real time, making display viewing more dynamic and realistic.

Forwarding status flags let a camera mark sent images, making it easy to confirm which stored photos were already transferred.

Aligns projected 3D structures with video frames to correct noisy ROV telemetry and deliver robust real-time position estimates.

Automatic timestamp-based swing video alignment delivers instant side-by-side feedback and avoids slow manual synchronization.

Attribute-based frame selection keeps image editing displays consistent by adjusting frame counts across events, dates, people, and locations.

Presenter-defined apertures segment real-time immersive scenes into spatial layers, guiding attendee focus while preserving centralized view control.

Wide-field vehicle cameras stitch current and historical images into selectable terrain views with overlays to reveal blind spots and hidden angles.

Temporary buffering lets one multiplexer convert multiple CoaXPress camera streams to GigE Vision with lower delay and preserved sync.

Weighted event correlation across time and space filters spurious sensor alerts and improves identification of critical surveillance events.

A rear imaging unit shooting through a deformable display enables wide-angle capture in a compact housing while avoiding adjacent components in view.

Non-conductive state measurements isolate crosstalk noise during irradiation, reducing striped artifacts in flat panel detector images.

Proximity and orientation sensing switch the thermal imager viewfinder and shutter off during non-use to save battery and avoid light emission.

AI classifiers analyze live video streams to detect actual content timing, fixing EPG-based DVR recording errors and missed sports events.

Synchronizing LED PWM timing with rolling shutter exposure reduces pulsing and banding artifacts in captured display images.

Two cameras and two TOF distance sensors are arranged with coordinate conversion to align 360° image pixels with distance data.

Maps short user videos to a song timeline to build longer personalized playback while preserving continuity and fitting targeted ads.

A sealed dual-chamber housing uses gas and fluid injection to keep a thermal imaging lens clear of sludge and avoid manual cleaning downtime.

Aligns rolling shutter scan direction with expected motion to reduce shearing and geometric distortion in machine vision images.

Temporal viewing graphs and a GNN capture changing user preferences to improve recommendation diversity, relevance, and group viewing.

When direct video stitching fails, a participant-captured bridging image links separate conference streams into one unified display.

Separate cap-layer standoffs, polysilicon electrodes, and getter-coated cavities reduce hillocks, limit stiction, and stabilize MEMS cavity pressure.

Camera-based object recognition drives projected media tied to nearby items, then hands selected actions to the user's external device.

A light-pipe overlap on the cover glass lets the camera detect blocked privacy LEDs and stop recording when tampering occurs.

A timing control register lowers background resolution and splices two pictures so both screen views update together without blocking.

Reality images captured during HMD use let users review missed surroundings later, improving safety without interrupting immersion.

A countdown-based multi-party capture mode synchronizes poses and combines caller images into customizable composite photos.

Perforated glass filtering shields a MEMS pressure sensor from particles and gases, preventing membrane sticking and signal drift.

A laterally preloaded deformable seal keeps medical housing gaps sealed against moisture and contaminants despite frequent aggressive cleaning.

Simultaneous original and close-up recording keeps the selected protagonist tracked while preserving surrounding scene context.

Adds switching information to grouped panoramic view bitstreams, improving multi-view transitions without excessive encapsulation overhead.

Preview videos and prebuilt prop templates let users evaluate effects before loading assets, cutting trial time in photo and video rendering.

An intermediary switching processor combines network camera feeds with sequence control to keep TCP-based streaming reliable without losing real-time switching.

A single app lets users request and receive personalized videos from creators, avoiding app switching while improving interaction and content variety.

Converts DisplayPort image timing to HDMI while preserving VRR, reducing tearing and input delay through sync and clock matching.

Pre-set time, location, and recognition conditions link images to the photographer without real-time authentication, preserving convenience and trust.

Fingerprint-based storage rules automatically classify, retain, and clear captured images to free mobile storage without manual deletion.

A ribbed metal shield can contacts the PCB to conduct heat outward, improving thermal dissipation in compact plastic camera modules.

Embedding shooting plan IDs into captured image data simplifies multi-camera reporting workflows and reduces manual linking effort.

Chromatic spread-level analysis estimates focus from a first image, cutting lens wobble, actuator movement, and power use.

Broadcast algorithm adjusts per-channel title lengths using priority ranking to store more channels without increasing receiver memory costs.

A pixel interpolation unit calculates sensitivity values using a consistent pyramid geometry across all color components.

A receiving device controller dynamically extends recording end times based on real-time program characteristics to capture complete live events.

Uncured thermally conductive resin fills camera housings to dissipate heat and create water-tight seals, lowering manufacturing costs.

A display control device identifies non-content regions and fills them with contextual data to utilize the entire screen area.

A document imaging system captures high-resolution video and still images using electronic zooming.

A synchronization control apparatus uses a delay circuit and multiplexer to generate an output vertical sync signal.

A body detection apparatus calculates movement directions of acquisition points to group signals from single entities.

Segmenting the blocking layer into stacked materials suppresses dark current drift while maintaining stable imaging performance.

A display system varies pixel duty cycles based on head movement data to reduce visual artifacts in heads-up displays.

A processing device identifies commercial segments in an audio video stream using associated text data to enable user initiated skipping.

A shared pixel architecture uses constant current sources to drive multiple rows simultaneously, reducing readout latency in compact image sensors.

Television receiver transmits remote control codes to a device via bi-directional link, eliminating manual keystroke entry.

An image pickup device calculates direction differences between current orientation and stored target angles to guide photographers.

A media playlist management system synchronizes broadcast and online content across devices.

Sensor detects external light and processor divides grayscale sections to adjust luminance, reducing mirror effect obstruction in high illuminance environments.

Reduces focus detection pixel signal levels below image sensor output limits to prevent saturation and enable accurate autofocus without compromising exposure.

A camera module employs a lug and groove mechanism to restrict horizontal rotation, preventing de-focusing and device damage during hand-shake correction.

Interactive media guidance application configures and stores viewing environment preferences to automatically modify external component attributes.

Segmenting control words into distinct encrypted messages lowers bandwidth usage while maintaining security levels.

An imaging device uses a mode determining unit to switch between infrared cut and pass filters based on ambient light levels.

A nested lens barrel positions the linear movement barrel between guide and cam barrels to shield internal grooves from stray light.

Recording focusing, zooming, and rotation operations creates an album information file that organizes captured images by subjective importance.

A reproducing apparatus detects user attention position to control moving image playback speed and decoding processing based on virtual area importance levels.

A transmission device inserts luminance level adjustment information into video and subtitle streams to enable dynamic brightness control at the receiver.

A panoramic capsule camera captures a 360-degree view using a pyramidal reflective element to redirect light onto a single sensor.

A differential pair transistor circuit supplies reading current to a capacitive element while maintaining stable potential across the sensor input branch.

An advertising measurement system cross-correlates set-top box exposure data with purchase records to optimize media placement.

An under-screen camera system processes images by referencing active display content to remove visual interference from the screen area.

A camera image stabilizer advances the shake signal phase based on shutter speed to improve detection accuracy.

An image processing device generates loop moving images by identifying similar frame pairs and applying cross-fading blending techniques.

Metadata tables with privacy tags configure image access in storage containers, preventing unauthorized third-party data exposure.

Detection sections monitor a sliding operation member position to prevent erroneous focus switching and ensure precise manual focus control.

A transistor-based clamp circuit holds sink chip voltage constant, eliminating the need for an external capacitor and reducing overall circuit size.

A photoelectric conversion device uses matrix pixels and shared control lines to detect parallax for focus sensing.

Embedding event details in push notifications eliminates the delay of opening dedicated applications, allowing users to view triggering events immediately.

A video replay system automatically synchronizes frame timing across multiple cameras for instant incident review.

A hybrid imager couples a CCD photon detector on one substrate to CMOS readout circuitry on another via mechanical and electrical bonding.

A pan tilt operation device adjusts motor control assignments based on camera installation posture to align intended movement directions with actual video capture.

Retrieving specific camera properties resolves the contradiction between ease of operation and matching accuracy in augmented reality generation.

An omnidirectional image processing apparatus detects device orientation and shaking states before capturing images to ensure clear visual data.

An imaging element control unit performs de-selection operations based on synchronization signals to prevent frame drops caused by signal misrecognition.

A frequency controller synchronizes the switching regulator with image sensor readout timings to minimize noise differences across rows.

A display device adjusts screen luminance based on viewer characteristics and environmental conditions.

Wireless positioning signals enable reliable object tracking during fast movements or changing light conditions where image analysis fails.

A cloud server aggregates real-time parking availability data to guide drivers directly to open spaces.

An image pickup apparatus detects shooting direction changes to selectively delete unwanted moving image data before recording.

A camera control apparatus displays estimated zoom values alongside current settings to provide immediate visual feedback during user operations.

A multi-sensor controller processes CCD and CMOS data to estimate environmental parameters, enabling timely activation of protective devices against impacts.

An interactive mosaic channel segments video feeds into selectable cells, resolving interface complexity while enabling dynamic user engagement.

A transmission apparatus adjusts pixel clock frequency to transmit variable bit depth data through TMDS channels.

A configuring apparatus segments wireless communication into distinct phases to transmit settings without continuous linkage.

Asymmetric lens geometry matches rectangular sensors, resolving the contradiction between camera module size reduction and optical performance deterioration.

A cover-glass-free array camera uses opaque material between imaging objectives to prevent optical crosstalk.

Two photoacoustic cells share a MEMS diaphragm to subtract ambient noise from gas signals, improving signal-to-noise ratio.

A demosaicing module extracts luminance values using directional weighting within a Bayer pattern to sharpen image edges.

A smart holder integrates a processor unit and wireless transceiver into a vehicle mounting structure.

A monitoring system generates privacy images with lower picture quality to facilitate sensor installation checking.

Weighted variable resolution storage cuts memory space and access time while maintaining natural motion blur transitions.

A multi-camera system generates synchronized thumbnail images from video frames to enable rapid visual confirmation of recording status across all devices.

A pixel binning device merges electrical signals from multiple photodiodes to consolidate image data within a CMOS sensor array.

A relay section transmits compressed image data across different interface protocols without intermediate decoding.

Virtual fences in intelligent door locks reduce energy consumption by triggering alerts only upon motion detection rather than continuous streaming.

A scaling engine modifies background template aspect ratios to match live video feeds for seamless merging.

Image processing apparatus generates focused image data for deletion confirmation screens.

An inward multiple-lens camera system generates wide-angle projection images through precise stitching and blending of lens data.

A focus control apparatus adjusts setting value ranges to track moving objects.

A multi-mode external storage device detects host coupling and exports menu signals to a display unit for immediate viewing.

A test switch injects digital signals into the column readout path to verify analog-to-digital converter integrity.

A dual projector system uses quasi-interlace techniques to balance left and right image fields for stereoscopic display.

A shared capacitive element connects multiple photoelectric conversion units to a common amplification transistor.

Cascade-coupled aligning blocks synchronize control signals with clock edges to support parallel sub-functional block operation in integrated circuits.

A vertical stacked image sensor arranges photoelectric conversion, transfer, and accumulation units along the optical axis to maximize light capture area.

A camera setting unit configures a predetermined focus detection area to maintain subject focus when face detection fails.

Multi-contact spring grounds mobile terminal metal support, reducing electromagnetic interference while maintaining structural stability.

A picture display system detects S-HD and original HD signals using cross-color elimination and frequency band analysis to apply targeted hue, chroma, and contour corrections.

Segmented detection units measure lens orientation independently to enable precise image blur correction.

An inverse transform filter adjusts frequency characteristics to restore captured images.

Nested OIS actuators accommodate sensors directly on the PCB, eliminating separate carriers and reducing stack height.

A frame seeking apparatus determines target positions using cumulative byte offsets and average bitrate data.

A camera system displays a predicted modified frame before receiving actual visual data to provide immediate user feedback.

Embedded illumination device maps remote viewer direction to visual feedback, resolving privacy concerns from lack of local awareness.

Image processing circuit extracts visible image portions to reduce transmission bandwidth, maintaining display quality without increasing hardware resources.

Curved heat pipe fits fan cutout while cover seals gaps, reducing module size and improving heat dissipation.

Illuminated opaque mask with holes generates two-dimensional impulse response image for camera module optical analysis.

Resistive heating from image sensor electronics warms the battery assembly, maintaining temperature above non-recoverable thresholds in low ambient conditions.

A/D conversion circuit uses a data protection function to prevent erroneous counting during count clock switching.

A video coder device dynamically switches operating modes to match client requests and network conditions.

A multi-camera video interface selects streams based on spatial proximity and activity levels to present relevant feeds.

A display controller detects vocalized positions in video frames to adjust audio output signals for multiple speakers.

A rotatable polygonal structure positions multiple camera modules around a central target, eliminating linear keep-out areas and reducing space requirements.

Reducing camera image resolution creates a blurry pillar display that eliminates precise alignment requirements and prevents visual recognition errors.

A network interface card captures physical addresses via HDMI hot-plug signals to establish Ethernet connections.

A stream out buffer stores transparency data to skip blending operations in fully transparent regions during video composition.

A video processing apparatus converts streams into independently encoded data packets synthesized into self-contained clips.

Replacing mechanical prisms with a rotating electro-optical unit reduces inertia and wear while maintaining 360-degree scanning coverage.

A video smoke detecting system analyzes moving object displacement and direction to identify smoke patterns from standard surveillance images.