Television System Details TRIZ Cases

A motor vehicle optical sensor cleaning device uses a linear actuator to move fluid distribution nozzles between working and idle positions.

Dynamic temperature compensation adjusts sensor parameters via pre-calculated tables, resolving performance degradation during rapid thermal shifts.

A system generates program metadata from recorded video to identify objectively representative key-frames for thumbnail creation.

A dual-spool gas turbine electrical system uses segmented machines and energy storage to manage power distribution across primary and secondary buses.

A camera module uses optical switches to route light from multiple lenses to a single image sensor.

A multi-sensor mediator combines signals from multiple image sensors into a composite signal for unified processing.

An aslant main circuit board forms a triangular airflow channel that dissipates heat from image sensors without increasing apparatus size.

A media content storage balancing system shifts recorded data between local and network devices to optimize usage.

Optical waveguides direct external light via total internal reflection to peripheral imaging devices, resolving camera viewpoint misalignment with user gaze.

An incident angle changing unit adjusts light reflection on a screen to maintain stable virtual image position despite eyepoint variations.

A segmented image sensor uses dedicated pixel groups to capture visible and infrared light simultaneously.

A refractive index layer creates a reflection interface near the image sensor to redirect stray light.

Alternating focus distances via an adjustable element recovers lost information from single-focus blurring while maintaining optical system complexity.

Column memory repair circuitry bypasses defective columns via spare units, cutting sequential testing time.

An augmented reality system combines longwave and near infrared image capture to display realistic fire conditions.

A mobile camera device connects to a vehicle display through an intermediary application program that processes sensor data and controls image output.

An imaging apparatus adjusts aperture and ISO sensitivity to maintain consistent image quality during continuous shooting operations.

Movable undedicated optics stabilize images upstream, reducing device complexity and cost in shared-aperture systems.

Automated video recording on material handling vehicles replaces manual surveyors, reducing audit time while maintaining complete tracking accuracy.

An image capturing apparatus holds peripheral device history to acquire auxiliary information for optimal lens selection.

A photoelectric conversion device uses planar electrodes and a light cut-off layer to block stray light from reaching transistor circuits.

Variable bias voltage generation circuit corrects transistor and photodiode variations to stabilize operation speed despite large parasitic capacitance.

Dynamic QR codes replace complex manual configuration steps with optical recognition, enabling quick, secure data transfer across Wi-Fi and Bluetooth networks.

Rear-mounted sound generation vibrates the display panel to direct audio forward, resolving weight and size constraints while improving immersion.

A digital camera embeds customized metadata into image files at capture time.

A photographing device calculates average delay time from pre-captured images to align capture timing with user initiation.

Segmenting detection signals by frequency resolves the trade-off between tilt correction precision and sensor system complexity.

An image pre-processing apparatus divides high-resolution frames into overlapping subframes for sequential processing by a low-capacity image signal processor.

Storing temporal layer access location in ISOFF attributes enables selective sample reconstruction without NAL header analysis.

TV system dynamically reorders video input lists based on selection frequency and recency, eliminating manual scrolling through static source menus.

A display system adjusts screen resolution dynamically based on real-time processor load to optimize resource usage.

Nested rotating arms enable omnidirectional capturing while preventing interference between viewing angles.

A processor manages simultaneous capture of moving images using distinct imaging parameters through segmented control units.

Network cameras pair beacon signals with image capture to provide location and circumstance data, resolving the limitation of distance-only monitoring.

Mirror reflection expands virtual baseline between cameras, resolving insufficient depth estimation precision in standard stereo setups.

Segmenting A/V data into small and large clips reduces standby time and communication overhead during progressive download.

A video processing system dynamically adjusts frame rates based on scene motion levels to optimize bandwidth and storage resource usage.

A multi-task interface classifies tasks into video and non-video regions to display distinct content types.

A metal heat radiation member overlaps an exposed substrate portion to conduct thermal energy away from the electro-optic panel.

Timestamp-based synchronization of audio and sub-picture packets enables seamless multi-angle switching while eliminating redundant data storage.

Adaptive controller holds or returns the image sensor based on interval timing, eliminating delays between captures while maintaining stabilization performance.

Brush and current collector contacts in the rotatable electrical connection portion prevent cable tangling during rotation of the second video capturing unit.

A software driver layer combines image data split across two USB ports to reconstruct high-resolution video frames.

A light source estimating apparatus calculates sensitivity ratio spatial distributions from image sensor pixels to identify illumination types.

A control unit synchronizes image processing across similar images by applying operations from a target image to identified matches.

Multimodal analysis determines interaction context to accurately segment users and environmental objects, resolving segmentation distortions during video calls.

Grouping displayable channels into categorized sections reduces search time by organizing content lists into navigable thematic segments.

Camera alternates focus positions and suppresses out-of-focus images, eliminating user distraction during continuous autofocus testing.

Angular deflection selects regions of interest, enabling high-resolution imaging without increasing system size or power consumption.

An aperture provides sliding friction on a data cable, enabling universal mounting across display devices and work surfaces.

Wiring lines with opening portions select light ray angles between photoelectric conversion units, enabling focus detection without separate sensors.

A touch controller detects haptic contact duration to automatically select between photograph and video recording modes on a display.

An endoscope system routes digital signals via optical fibers and metal wires for continuous transmission.

Optical detection in crustacean traps identifies protected species before entry, preventing legal violations while maintaining harvesting efficiency.

A media server selects and generates optimized video content versions based on destination display capabilities.

Switchable Bragg gratings in waveguides replace bulky beam splitters, reducing latency and improving HMD integration.

Glass substrate with low refractive index temperature dependence stabilizes infrared band pass filter center wavelength.

Attaching a light shielding plate to a positioning portion on a case member suppresses stray light leakage while enabling silicon substrate downsizing.

A web page interface manages digital video recorder content through a secure client-server instant message protocol.

Pulse width modulation segments illumination periods into multiple sub-periods, resolving the contradiction between switching speed and greyscale precision.

A fast adaptive channel changing method pre-signal processes adjacent channels to generate ready-to-display data for immediate user selection.

A vision sensor uses periodic color filtering to extract spatial information from light.

A portable device uses its projector to generate and project a flash image based on captured data.

Pre-exposure measures light emission characteristics to set accurate main exposure times for deteriorated chemiluminescent samples.

A zoom lens uses six groups with specific movements to stabilize the optical system and correct aberrations.

A photoelectric conversion apparatus segments sensor regions with dedicated output ports to route signals efficiently.

Acoustic modulation of a tunable lens compensates for phase offsets to enable high-speed surface inspection.

Segmented pixel banks with local current drivers reduce wiring area while maintaining signal transfer speed and image quality.

A subpixel number-of-pixel converter transforms high-definition luminance signals into display-specific sampling rates.

Recessed guide parts on the coil holding member prevent crossover wire overlap to ensure orderly winding.

An information recording device manages data storage by adding flags to received information for overwrite control.

Integral molding eliminates cracking joints while the light-shielding part reduces lens effects for durable camera protection.

A spatial light modulator projects known scattering patterns to enable high-speed super-resolution imaging of three-dimensional objects.

Automated camera control sequences zoom out, pan, and zoom in to create natural transitions between preset positions.

A video playback device receives shared timing information to synchronize multiple videos during streaming.

Rotating achromatic prism pairs steer vehicle scanning beams, eliminating gimbal weight and sway space.

A PTZ camera system displays pre-fetched image data to provide immediate visual feedback for operator commands.

Merges LNA, BPF, and ESD protection into one chip to shrink tuner input circuit size while maintaining signal integrity.

A lamp controller switches an automated driving indicator lamp from continuous illumination to a flickering state during vehicle operation.

Electronic program guide manager organizes channels into predefined category lists for streamlined user navigation.

Multi-camera video tracking calculates precise hitch angles to resolve measurement precision versus device complexity trade-offs.

Elastic components press the lens cone radially to create static friction, eliminating continuous coil current and reducing power consumption.

Intelligent video navigation analyzes scene segmentation and closed captioning to resolve navigation accuracy issues in digital video players.

Sharing an optical black pixel row across multiple active pixel rows reduces the dead area while maintaining dark signal accuracy for noise correction.

Differentiating sampling rates between foveal and peripheral regions reduces computational burden while maintaining display resolution.

Rectangular pixels assigned to microlenses eliminate waste and increase two-dimensional resolution in multi-viewpoint imaging.

A display apparatus uses its camera to capture communication interface information from a mobile device for automatic connection setup.

Selective LED activation reduces heat generation and enables compact high-definition projection.

Encoding apparatus partitions video coding blocks into segments using extension regions to reduce redundancy along object boundaries.

Filling lines translate color and density attributes into visual effects, eliminating complex menu navigation that hinders operation on small mobile screens.

Temperature-based signal addition expands imaging dynamic range while suppressing noise amplification from rising array temperatures.

A stereo image rectification method aligns feature points from dual viewpoints to correct pixel misalignment.

Clients switch between pre-encoded media segments to maintain service quality during bandwidth fluctuations without increasing system complexity.

Multiple optical chain modules combine images from distinct focal lengths to resolve the trade-off between high light capture and compact device weight.

A distance measurement image pickup apparatus employs dual pulse width periods with shifted exposure timings to capture depth data.

Replacing laser welding with mechanical crimping improves heat conduction and EMC shielding while reducing manufacturing costs for vehicle vision systems.

Transition-coded media systems establish dynamic environments to execute interactive content and track user reactions.

A focus detection operation selector varies lens control based on video or still-image recording mode.

Dynamic optical axis shifting corrects deviation from camera motion, resolving hand shake limitations in panoramic imaging.