Television System Details TRIZ Cases

A digital file manager provides a visual interface to install and execute applications within a television receiver.

A digital receiver PVR module adds timestamps and index files to process 3D video streams.

A global shutter sensor divides short exposure periods into multiple intervals aligned with long exposures to synchronize integration.

A folded optical zoom lens uses a deformable mirror to adjust focal length without increasing device thickness.

Optical and audio capture devices convert physical document content into searchable queries to retrieve relevant digital information.

A focus adjusting apparatus predicts imaging plane positions and sets tolerances based on detection reliability to determine the focus adjustment area.

Positioning the motor casing relative to the flange portion reduces magnetic noise while maintaining compact lens size.

A portable television device housed in a protective case featuring a hinged lid that articulates to serve as a free-standing base.

Segmented prefix indexes allow immediate playback of incomplete audio-video files and repair interrupted recordings without waiting for final index creation.

An optical sensor matrix determines object position by counting illuminated pixels to calculate longitudinal coordinates.

Bonding glass and plastic lenses into compound groups reduces volume and weight while maintaining high optical performance in fixed-focus projection systems.

A display panel uses reduced pixel density in a peripheral area to transmit light for an under-screen camera.

Segmenting the face into distinct imaging zones reduces device complexity while maintaining measurement precision for accurate blendshape tracking.

A display controller adjusts luminance range and color gamut based on stored panel measurement values to standardize image output.

An imaging module alternates light source energization across successive frames to capture composite images with reduced glare.

Infrared heating creates a hot zone in the air cell, allowing a thermal camera to detect egg orientation and prevent embryo damage during in ovo injection.

A metal heat dissipation member integrated into a camera pedestal bracket conducts thermal energy away from the imaging sensor chip.

A pixel circuit adjusts floating diffusion capacitance to vary conversion gain across exposure periods.

A subtitle generation system segments text data using syntactic analysis and audio timestamp information to control display duration.

A position sensor detects operator seat orientation to adjust the display screen image perspective.

Saturation detection filters corrupted pixel data before correlation calculation, preserving linear signal characteristics for accurate focus detection.

A control system calculates exposure evaluation values for fisheye lens images by excluding pixel data from overlapping areas to stabilize brightness.

An image processing module detects subjects by defining regions and assigning initial values to objects for accurate focusing.

An RTS noise generator injects simulated random telegraph signal noise into transistor models within electronic circuit simulations.

Radiating dual beams of the same wavelength within one frame period resolves insufficient illumination quantity in narrow band endoscopy.

A vehicle camera system uses rotatable housings to physically obstruct lenses for customizable visibility control.

A remote control system synchronizes with media playback to enforce user-defined viewing limits and disable device access.

A vehicle camera system dynamically adjusts illumination source brightness based on detected object distance to optimize image data quality.

A channel browsing circuit extracts partial images from decoded video signals to generate thumbnail views for display.

A video display system switches tone mapping operations to maintain stable graphics luminance and color during HDR playback.

A scaler processes input data arrays to simultaneously de-interlace and scale video fields in a single hardware pass.

Network video recorder forwards keep-alive verification data to a video server for real-time device status monitoring.

A shake correction device determines rotation radius polarity to stabilize parallel image blur correction.

An automatic channel switching system monitors live event data to detect significant occurrences across multiple content sources.

A wireless digital picture frame transmits real-time video signals from a paired camera to its display unit via Wi-Fi.

Thins SPAD pixel arrays when illuminance exceeds reference levels, reducing electron generation and power usage in bright scenes.

An image sensor performs weighted averaging of pixel signals with different exposure times in the analog domain to eliminate separate line memory requirements.

A microscopy imaging method blends focus measures from multiple focal planes to generate a single all-focus composite image.

Coaxial camera light sources emit short pulses timed to exclude ambient light, capturing intrinsic color images with reduced external interference.

An axially rotatable camera system dynamically changes image processing settings according to orientation, preventing quality degradation across varying angles.

Posting status items with payload data prevents information loss and reduces host CPU loading during digital video processing.

Embedded conductive portions in silicone body join substrate and harness terminals, eliminating wire harnesses to reduce assembly complexity.

A video recording apparatus decodes encoded streams to extract scene changes and detect silence periods during real-time recording.

A channel searching system edits multi-channel video streams to enable intuitive viewer selection.

A display device uses variable coupling units on curvature implementation bars to adjust panel shape without complex structures.

A signal processing circuit accumulates photodiode charge and amplifies voltage signals to output digital values.

Positioning the driver behind the imaging device utilizes unused thickness space, enabling shake correction without increasing camera body thickness.

An integrated camera web server converts raw image data into standard formats, eliminating intermediate networks and proprietary software requirements.

Camera superimposes rotary base control signals on video transmission, eliminating complex address authentication and simplifying system configuration.

Pre-discharging sub-circuits eliminate gradual voltage increases during off states, resolving signal acquisition delays in under-screen fingerprint sensors.

A wireless display sink device integrates a communication module into its PCB to decode and transmit audio video data without external adapters.

Pixelated semiconductor detector array with in-pixel integrated circuits and off-pixel time-to-digital converters.

A media content access subsystem detects scheduled recordings duplicative of past operations using an operations log.

A stacked solid-state imaging device divides pixel cells into groups sharing connection electrodes to reduce failure probability.

A control apparatus uses dual communication units to detect and present external devices via icons for seamless function expansion.

A panoramic image generating unit synthesizes visual data from multiple cameras to create a unified view.

A surveillance camera monitoring system predicts component breakdown dates using operational environment data and characteristic information.

A lens control unit adjusts first and second focus lens units along distinct loci to maintain precise optical alignment.

A synchronization system aligns visual content transitions with musical features using a Hidden Markov Model to extract timing data.

A camera housing integrates a high thermal conductivity heat dissipation portion to transfer internal sensor heat toward the exterior.

Converting lattice-type lists into curved circular displays resolves low visibility and search time bottlenecks in digital broadcast receivers.

Confocal time delay and integration line scan imaging system with pinhole mechanisms.

An image processing device applies order-statistic filtering to pixel values and calculates statistical variation for defective pixel identification.

Radiation detector performs repeated charge accumulation extraction operations to enable flexible imaging timing.

A five-element plastic imaging lens uses specific surface profiles to achieve a compact system length.

Multi-value digital counters replace bulky binary counters in readout integrated circuits, resolving the trade-off between dynamic range and pixel density.

Electrical cabinet infrared monitors harvest power from conductors to enable continuous thermal imaging without shutting off equipment for safety.

An adjustable mechanism rotates lens tubes relative to rods to maintain image orientation during device rotation, resolving pupil misalignment issues.

A spot beam replacement system generates satellite-compatible signals from local over-the-air broadcasts to substitute orbital content.

An optical irradiation device prevents direct laser emission by merging diffusion and absorption functions in one component, eliminating separate safety parts.

Projections and spacers on transfer gates self-align the floating diffusion region, preventing interference between adjacent charge transfer regions.

Dual cap pieces bond to a sensor die to create hermetically sealed cavities for MEMS transducers, reducing package size and manufacturing costs.

Adaptive rendering modifies buffer parameters to prevent clipping or black borders across varying overscan behaviors.

Differential signal wires paired with rear-side ground traces maintain flexibility while achieving accurate impedance matching in bent structures.

A video data processing system identifies target time periods using shooting state information to clip stable video segments automatically.

A display device associates stored image data with corresponding video and audio configuration settings for automatic playback.

A magnetic pen rack integrates a stylus and LED module into an e-book cover via metal contacts, eliminating bulky external chargers.

An observation apparatus enlarges a specific image portion to facilitate manual focus adjustment.

A projection device uses alternating color points in orthogonal directions to adjust coordinates.

Side-view cameras adjust their field of view based on turn signal activation to provide drivers with real-time video feeds of adjacent traffic.

A video generating apparatus recognizes human body parts to produce sample videos tailored to individual motion ranges.

A camera system calculates aircraft approach angles to automatically track targets without radar hardware.

Segmented negative and positive lens groups in a retrofocus objective reduce distortion while maintaining a wide angle of view without increasing device volume.

A display control device adjusts object transparency and position based on user viewing direction to manage overlapping screen elements.

Pre-programmed location markers enable accurate indoor positioning without complex initial system calibration.

A radiation imaging sensor array adjusts timing control signal phases to optimize charge storage and readout operations.

A mobile terminal controller partitions the display into preview and splice regions to output real-time camera images alongside recommended composite visuals.

A lens holder uses a resin with a lower mold shrinkage factor than the lens material to stabilize adhesive force and prevent peeling.

A smart camera system generates continuous target views by stitching overlapping ultra-high definition video feeds.

A threshold voltage tracking booster circuit generates precise gate control voltages for pixel transistors.

A compound absorbs green light to replace silicon photodiodes and color filters.

Segmenting thin film optical filters with inter-film distances prevents warping and delamination during singulation.

A display control apparatus determines image reproduction order and speed based on detected event types to streamline visual retrieval.

Intermediary authentication system obtains DTCP certificates externally, reducing device complexity while ensuring content protection reliability.

A subtitle display apparatus identifies key regions in video frames to position text outside those areas.

An oversampled imaging sensor correlates spatial and temporal data to detect dim targets beyond standard noise limits.

Depth layer segmentation with irregular pixels reduces crosstalk and enhances resolution in naked-eye 3D displays.

A video encoder controller adjusts compression levels based on incoming weather forecast data to manage output bitrate.