Television System Details TRIZ Cases

A single-layer light guide element uses diffraction gratings to in-couple and out-couple light for compact optical systems.

A content-aware cropping system uses energy values to guide seam removal for resizing images while preserving important visual features.

An autonomous mobile device calculates a user engagement score using face orientation, distance, and confidence values to prioritize interaction.

Electronic circuitry controls electrochromic layer transmittance to replace bulky mechanical shutters, reducing device complexity and manufacturing costs.

A thin color camera combines images from three sub-cameras to form a composite multi-color image with enhanced resolution.

Integrally formed joint members merge housing and pivot mechanism into a single structure for flat panel displays.

Interspersing first occurrences of each service group identification in the map reduces timeouts and channel tuning during auto discovery.

An image sensor divides exposure areas to adjust conditions per region, enabling localized white balance correction.

An aperture-stop mechanism adjusts its opening degree during dark exposure phases to regulate light incidence on the imaging sensor.

A transmission device adjusts baseband video frame rates using blanking period multiplexing.

A shutter assembly uses a rotating permanent magnet to drive the blade between open and closed positions.

Stacked front-side and back-side photodetectors increase charge capacity and quantum efficiency while reducing color crosstalk in small pixel designs.

A control unit adjusts pan-tilt drive acceleration based on the imaging angle of view to maintain consistent visual motion.

Direct coupling of ultrasonic motors to optical lenses removes transmission parts, reducing structural complexity and improving precision.

A digital x-ray receiver calibration method generates quotient images at reference temperatures to compensate for thermal drift.

A light splitting section separates incoming light into wavelength ranges for distinct imaging sensors to capture luminance and chrominance components.

A multi-eye image capture apparatus adjusts exposure levels across overlapping ranges to manage illumination distribution.

Region display controller superimposes distinct determination regions on video data to visualize multiple monitoring functions simultaneously.

Segmented video processing pipeline reduces user waiting time by providing real-time stabilized previews alongside high-quality final output.

A multimedia processing device adjusts an offset indicator to synchronize audio and video streams from different sources.

A segmented detector assembly captures energy-resolved spectra using spatially distributed sub-detectors with tailored sensitivities.

A spacer member with a stopper protruded part restricts movable range of an optical module in a shake correction unit.

A MEMS device employs a curved reflective layer to vary the distance from an absorption plate, resolving fixed-distance limits in microbolometers.

Dielectric breakdown in a gas-filled chamber scatters femtosecond laser pulses, preventing thermal damage to image sensors across variable wavelengths.

A user terminal processor verifies biometric rights before displaying object control tools for authorized surveillance operations.

A video signal processing apparatus extracts luminance histograms to generate gradation correction curves for image enhancement.

A circuit board uses segmented metal patterns to heat an electronic device directly during wire bonding.

A tubular directional hood filters non-parallel light signals and guides parallel light to a lens group.

A manual focus guide displays current and target focus indicators on a camera display to assist user adjustment.

Merges GPS receiver, magnetic field sensor, and recording medium within a single camcorder body to eliminate external terminals and manual time matching.

A matched array system displays two variables on a shared grid to visualize alignment and proximity to optimal settings.

A solid-state imaging element uses a light-blocking film in the wiring layer to isolate through electrodes from the sensor substrate.

A dual camera imaging device uses positive and negative lens systems to achieve hybrid optical zoom without mechanical movement.

A ring-shaped light guide member directs emitted light to illuminate an image capturing range uniformly on a single circuit substrate.

A video monitoring system tracks objects by counting dwell time at standstill to generate specific signaling.

A playback system coordinates video frame rates with segmented audio streams for synchronized media output.

A POV video processing platform stitches wearable camera frames into a panoramic Sport of View using spatial mapping and vector motion data.

A content providing server generates public and personalized information based on user profiles and transmits data to identified display apparatuses.

A vehicle camera cleaning system uses sensor-controlled air and water nozzles to remove contaminants from optical surfaces.

A vehicle peripheral display synthesizes rear and side camera images to create a continuous visual output for the driver.

A display device overlays mid-wave infrared pulse locations onto captured visible imagery for real-time situational awareness.

Embedding control information within image data enables communication correctness analysis without separate channels.

An opening in the lens barrel releases heat from the lower side, eliminating temperature differences that cause projection lens inclination.

An adaptive de-interlace apparatus selects processing algorithms based on calculated motion vectors and intra-block amounts.

Image editing application renders live camera views directly into selected layers.

An optical path shift system reflects light fluxes from spaced laser units to increase density and reduce luminance unevenness.

A signal processing device populates a 3D spherical interface with prioritized tiles based on user interest levels.

Source devices embed audio within video frame data to transmit synchronized streams, resolving delays from separate logical channels.

A V2V communication system shares real-time sensor data to create a composite 360-degree view for vehicles.

Dual bitrate streams ensure video preservation via wireless upload when theft occurs.

An image sensor generates high dynamic range images using tone mapping information divided by luminance.

Segmented main and micro lens assemblies capture depth data, eliminating secondary imagers to reduce vehicle sensor complexity.

Adjusting exposure settings based on intensity values of the eye region resolves over or under exposure issues, ensuring reliable eye detection accuracy.

A liquid crystal display driving method applies asymmetric polarity periods to pixel electrodes to minimize ion distribution disparities.

A video source reads and tests display device capabilities to select supported high dynamic range formats.

A digital camera coordinates focusing with shake compensation using a dedicated signal processor.

Automatic remote controller mode switching resolves the contradiction between multi-device compatibility and manual configuration complexity.

A CMOS imaging device uses a single transfer capacitor to eliminate noise signals before transmission.

A set-top box displays multiple video channels simultaneously in picture-in-picture windows to accelerate user content selection.

Vertical MEMS sensor integration on a single substrate reduces device volume while simplifying fabrication complexity.

A camera actuator detects lens barrel position using oscillation signals from driving coils instead of hall sensors.

A display apparatus separates content and advertisement streams for independent output on connected screens.

A release controller manages power zoom operations within an exchangeable lens assembly for digital cameras.

A FIFO buffer synchronizes camera exposure signals with multi-wavelength illuminator selection, enabling random wavelength access for each video frame.

Infrared imaging integrated into resident communication devices enables covert video capture during idle periods.

A camera shake correction part processes reduced image data for immediate display while storing original data with metadata.

A skin imaging system uses multi-wavelength light sources and probes to capture detailed visual data for consumer analysis.

Mobile ophthalmological instrument captures corneal topography images using a smartphone camera lens and frustum cone optical alignment.

A data processing system extracts and categorizes customer preference information from content selections.

A digital television system registers preference channels to specific remote keys for direct one-touch selection.

A vehicle-based LED flicker mitigation system coordinates image capture timing across multiple vehicles to jointly observe light sources and correct erroneous state information.

A smart imaging device detects friends in crowds using reference image data and movement sensors to generate tracking records for precise aiming.

A digital column gain mismatch correction circuit uses dedicated test signal pixels to calculate and store per-column adjustment values for photo-pixel signals.

A noise reduction device extracts specific noise components from blackout images to suppress fixed pattern noise in electronic camera sensors.

A ground isolation structure separates the antenna from metal lens supports, resolving radiation efficiency versus space utilization trade-offs.

A combining unit generates a second image by mixing a pattern with a brightness-specified region of a first image for display output.

A camera image stabilizing subsystem moves the sensor based on motion data to correct for roll during exposure.

An image pickup circuit uses equipotential reference levels to cancel noise between pixel and ramp signals.

A television program display apparatus enlarges a selected small area to show video data and program information.

Resolution changer applies user-selected settings to prevent application display conflicts in digital broadcasting receivers.

An active shielding system uses digital cameras to track intense light sources and control localized LCD shutter shades for comfortable direct viewing.

Dual-screen segmentation clips omnidirectional images, removing unnecessary objects while reducing data storage loads.

Radio frequency activation prevents accidental triggers while calibration corrects optical artifacts to ensure image quality.

A solid state imaging device integrates an iris authenticator with an imaging condition controller to optimize exposure and focus settings.

A pressure sensor system transforms suture tension data into visual maps for objective knot evaluation.

Segmenting pixels into sets applies separate modulation signals simultaneously, eliminating motion blur distortion from multi-frame scanning.

Sequential LED lighting creates animated patterns via persistence of vision, avoiding complex mechanical rotation mechanisms.

A 3D projective transformation method generates synthesized light fields to create spatial images.

An annular conductive antenna structure with internal slots and a conductive member generates directional beams for millimeter wave communication.

A display system moves objects between areas using a motion sensor.

A network camera system generates panoramic images by displaying a user-selected capture range on its interface.

Segmenting the optical path into six independent elements corrects chromatic aberrations while minimizing total length for handheld devices.

A portable terminal captures device images to identify targets and transmit connection data.

Automatic correction controller calculates color gain from exposure adjustments to resolve screen switching complexity during image capture.

Intrusion detection module triggers image acquisition via autonomous NiMH battery, reducing aircraft generator fuel consumption.

Segmented frame banks accommodate thermal expansion to prevent light leakage.

A determination unit aligns virtual viewpoint position and orientation with an actual camera to ensure seamless transitions between captured and generated images.