Television System Details TRIZ Cases

Segmented test patterns with spatial color edges eliminate trial-and-error tint calibration and costly optical filters.

Blur detection method analyzes in-focus area blocks to trigger auto-focus only when blurriness exceeds a threshold, reducing focus motor wear.

A coded spatial light transmittance modulator extends sensor dynamic range by applying pre-defined shadings to pixel arrays.

Asymmetric secondary optical systems expand the angle-of-view beyond primary system limits, resolving resolution versus coverage trade-offs.

Touch-controlled drive rotates the camera module to expose or hide the lens, replacing manual covers to improve operation ease.

A distributed video production system synchronizes data streams across processing elements using a workflow orchestrator.

A system links video pixel clusters to e-commerce platforms for direct product purchasing during playback.

A polarizing element uses linearly disposed inorganic particles to achieve high extinction ratios.

Replacing deteriorating black resin with a boron-intermediary metal shield prevents frame light incidence while maintaining extreme ultraviolet resistance.

Segmenting radial and tangential distortion components eliminates large line buffers, reducing power consumption and die size for real-time imaging.

A vehicle security system coordinates multiple cameras to capture image data of surrounding environments.

D-cut flange portions on a lens assembly prevent flare phenomena by controlling light reflection paths during miniaturization.

Spatial light modulator adjusts polarization state to optimize skin surface and subsurface imaging quality while reducing structural complexity.

Automated dynamic iconic setting indicator overlays current status icons on full-screen media to eliminate hierarchical menu navigation time.

Assigns application identifiers to channel numbers in a unified list, eliminating separate interface switching and reducing operational complexity.

Synchronized auxiliary illumination and polarizing filters capture clear vehicle interior images, resolving variable lighting and window tint interference.

Segmented circular buffers enable simultaneous updates across all subset views, resolving blocking transfers and ensuring atomic consistency.

A color filter array with distinct spectral transmission characteristics separates visible and near-infrared light signals.

Processor filters skin-analyzed photos by event time to distinguish pre and post condition images on a display screen.

Replacing metal frames with plastic structures reduces interference with communication elements in portable devices.

A collaborative sampling method uses other users as intermediaries to supply negative viewing examples for implicit recommendation profiles.

A laminated imaging element uses an input light reflecting unit to redirect transmitted beams back through photoelectric conversion films.

A control unit synchronizes clock information across peripheral devices in an endoscope system.

A camera circuit uses YUV to YUV lookup tables to process digital images and correct pixel colors in luminance-and-chrominance space.

A one-dimensional sensor array detects user position using pixel intensity data processed by a dedicated controller.

An aspherical resin lens corrects field curvature while reflective folding minimizes thermal deformation in compact projection lenses.

Segmenting the n-type layer isolates pixels without processing the p-type chalcopyrite layer, preventing dark current generation and improving sensitivity.

A wearable display frame uses a universal joint to mount interchangeable headbands or headwear attachments for secure positioning.

Segmented dark pixels measure column offsets to remove fixed pattern noise while maintaining image resolution.

A triaxial snubber assembly constrains camera optics motion using a stage with mesas and shims to limit movement in five degrees of freedom.

Triangular pixel units interpolate sinusoidal polarization data from segmented groups, resolving imperfect partial polarization in full-color images.

Replacing a circular lens with a polygonal design reduces camera form factor while maintaining widescreen field of view illumination.

A transmission system sends multiple screen configuration options to reception terminals.

Nested display mounting apparatus reduces visible footprint while maintaining stability through adjustable arc friction units.

A gyro-equalizer circuit integrates angular velocity signals using low-pass filters and removes direct-current components via high-pass filtering.

Client IHS adjusts wireless docking resource usage by detecting user presence states to throttle utilization.

Regional pixel segmentation allows independent signal readout, resolving impedance issues while maintaining measurement precision.

Segmented focusing units with distinct optical powers compensate aberration fluctuations across the zoom range while maintaining a compact structure.

A display control apparatus routes image signals to split-screen areas or connected devices via a switch device.

Segmenting the pixel into dedicated photodiodes and a storage node reduces fixed pattern noise and photon shot noise while maintaining high fill factor.

Extracting storage to an external device reduces fabrication costs while maintaining broadcast signal recording capabilities.

A camera system synchronizes flash timing and intensity with detected motion to minimize image blur.

A portable terminal transmits infrared or radio signals to preset unattended TV program recording.

A beam splitter combines wide-angle and tele lenses to enable zoom capabilities without mechanical actuators.

Intersecting piezoelectrical elements drive sliding members to move an image sensor in a plane, reducing hand-shake blur while minimizing system volume.

Segmented optical fibers and dichroic mirrors enable multi-directional imaging in a mini-scope, eliminating bulky rotating mechanisms.

Random forest subspace regression learns systematic errors in initial skeleton estimation to improve pose accuracy despite occlusion.

A five-element imaging lens uses an aspherical fifth surface to correct optical aberrations while maintaining a compact form factor.

A screen splitting unit divides a single display into independent sub-screens to manage distinct applications and remote control associations.

A nanophotonic light-field sensor integrates silicon nanoshells with dielectric microlenses to capture spatial and angular data.

A coviewing control system merges telephony audio with provider video streams into a unified playback interface.

Superimposing an alternating signal on image content enables automatic detection of transmission faults in medical imaging systems.

An adapter with a tilting mount connects an electronic view finder to a camera shoe, improving imaging operability without increasing the device weight.

A system generates direction of view recommendations for 360 degree video using user preferences and crowdsourced data.

A method models integrated noise in image sensors using Bayer domain signals to improve processing accuracy.

Internal light-shielding portions within circumferential protrusions prevent reflection and ghosting while maintaining protective strength.

A rotatable transmissive display unit pivots to an intersecting plane during audio output, positioning the screen for direct user viewing.

A media device adjusts display luminance using ambient light sensor data.

Magnetic field sensing replaces mechanical sensors to eliminate rattling errors and improve focus lens position detection accuracy.

A recessed filter mount with tapered sidewalls prevents glue leakage and light reflection, ensuring reliable image capture.

A configurable alignment buffer reorders digitized pixel data from multiple analog-to-digital converters before delivery to an image processor.

An information processing apparatus generates control signals to dynamically adjust operation terminal button illumination based on environmental brightness.

A video processing circuit encodes partial image blocks from external memory to generate streams without full frame buffers.

An image-capturing device uses an adder to process outputs from distinct first and second pixel groups separately.

A display control apparatus manages representative images from local storage and partner devices on a single screen area.

Closed-loop temperature control maintains optical precision in miniaturized modules.

A video playback system edits files using relation chain information to incorporate social elements.

A light-shielding mask positioned at an intermediate image plane blocks stray optical rays in a projection system.

A processing system synthesizes missing light rays and interpolates frame images to generate omnistereoscopic panoramic video.

A control apparatus manages actuator driving by switching between pulse width modulation and linear control methods based on available power levels.

A gamma table circuit assigns distinct lookup tables to pixel locations based on coordinate parity.

A signal processing device adjusts spectral color tones for biological tissue observation using matrix computation and multiple light sources.

A controller limits angular velocity signal change rates to drive movable members for image stabilization.

An endoscope switches between dye valid and dye invalid observation modes using specific laser illumination spectra.

Adjustable feedback capacitances in column signal processing circuits combine pixel signals to prevent noise accumulation during high-speed readout.

Separating the signal source end from the display end using optical fiber transmission reduces TV thickness and lowers maintenance costs.

A cover fixing structure uses interlocking claws and engagement holes to secure display panels.

A camera system detects faces in captured images and displays them on a live viewfinder feed as additional elements.

Mating surrounding structures on lens holder and movable assembly create a built-in dustproof seal.

A serialization manager collects frame deltas containing object identifiers and field values to transmit only changed data across a network.

Distributes angle of view correction across multiple lens groups to stabilize optical performance.

Dynamic gain map retrieval compensates for uneven near-infrared illumination across varying zoom and focus settings.

A television receiver monitors user habits to create a personalized on-screen guide that prioritizes preferred channels and programs.

A media device searches for and combines content parts from distributed external resources via a communication interface.

Coordinate transformation aligns moving objects across multiple camera views, resolving matching difficulties in overlapping monitoring regions.

A recording apparatus processor associates recorded time with data using a timekeeper and modifies time based on external input.

A DVR system collects viewer metrics in a Watched Log database to determine future recording decisions based on historical viewing patterns.

Video processor detects positional displacement between forward and lateral image areas to generate aligned signals, preventing lesions from being overlooked.

A zoomable graphical user interface organizes media items on a virtual surface using 3D pointing devices and visual animations.

A user device controller automatically records recommended content using a stored list to manage memory capacity.

Light emission control unit converts network connection information into optical signals, eliminating cable insertion and removal complexity.

A vehicle safety device uses exterior video cameras and a processing unit to generate a panoramic rear view displayed on the dashboard.

A video reproduction apparatus switches between first and second 3D shape videos based on viewer state detection.

Electronic device preview image processing selects gamma lookup tables based on pixel luminance values.

A movable camera connects to a display housing via a linking part, extending beyond the periphery for use and retracting when idle.

A vehicle management system uses cameras and olfactory sensors to detect interior contaminants and lost articles.

A sensor bracket employs a vertical wall surface to constrain camera movement during sliding removal, resolving instability and workspace constraints.

A photodetecting device uses positional alignment marks on the element surface to guide accurate fitting with a cold plate installation body.

Offset LEDs behind lenses direct light to near and far fields, resolving uniformity trade-offs that increase device size.