Television System Details TRIZ Cases

Pixel binning merges detector elements to increase signal-to-noise ratio and scanning speed in optical inspection tools.

Information processing device derives irradiation position pixel coordinates using directional light reflection.

Parallel photoelectric conversion elements in each pixel generate image and sum signals, resolving the trade-off between focus detection accuracy and speed.

A multi-camera vehicle control system adjusts camera fields of view to detect surrounding vehicles and objects during lane changes.

An image capturing optical system partitions the capture region into telephoto and wide-angle zones with distinct focal lengths.

A drive module moves an audio output module along a straight line to prevent blockage and damage.

A display device combines images by converting luminance information into transmittance values for varied gradation.

Positional sensors determine offset values for automatic image portion selection, resolving mechanical complexity in moving cameras.

A program selection logic detects viewing habits to automatically identify favorite programs for recording.

A lock-in camera detects interference patterns on a scattering surface to recover complex-valued light fields from hidden objects.

Digital conversion of analog signals eliminates capacitor capacitance variations that distort difference signals between noise and photoelectric charges.

A collapsible backframe uses interlinked struts to reduce volumetric weight during storage.

A multiband camera positions a band-pass filter at the optical pupil to guide light fluxes through microlenses for spectral intensity measurement.

On-the-fly defect map adjustment distinguishes true defects from image elements by analyzing multiple frames, reducing manufacturing complexity.

A radiation imaging housing features a recessed holding portion lined with low thermal conductivity material to reduce perceived surface temperature.

Optical driving processor adjusts lens movement using real-time position data from a Hall sensor to maintain image stability.

An event-based image sensor pixel circuit detects light intensity changes using a current comparator and storage cells to enable asynchronous data readout.

A single clock signal drives horizontal and vertical image frame scaling operations.

A viewfinder housing uses a light shielding portion to direct display light away from the lens.

An optical refractor case redirects light rays by 90 degrees to align with a smartphone camera lens.

A video playback system detects scheduled events between original and new playing positions to ensure correct execution order.

A digital imaging standard captures pixel intensities to verify apparatus operation.

Correction calculation processing units stabilize frequency characteristics during sub-pixel image shifting to prevent length measurement value changes.

A laminated solid-state imaging device uses a light shielding layer to selectively route light for focus detection.

A system generates audio signals by mapping microphone positions to a visual focal plane.

A frame averaging circuit uses recursive and non-recursive sections to process color blood flow echo signals in ultrasound imaging systems.

Position sensors detect shutter movement timing, enabling drive control to adjust actuator power and resolve exposure period variations.

An integrated light-blocking member combines lens and blocking functions to reduce sensor height.

A plastic optical lens incorporates dispersed metal particles to absorb infrared radiation exceeding 1100 nm wavelengths.

A camera body generates correction data from lens coefficients using interpolation operations.

A calibration method acquires end color density values to generate compensation data for image formation devices.

A camera module integrates a coil conductive part within a lens housing and glass cover to support antenna communications.

A single-frame image auto-detection method divides pixels into macro-blocks and sub-blocks to calculate luminance sum characteristics for format identification.

A display control unit associates frame images with event concern information and time data to present visual records of detected objects.

A rotatable optical device housing uses a universal mounting platform to enable interchangeable LED and camera integration.

A camera device captures vehicle images from multiple vantage points to generate a standardized 3D model.

A sensor protection mechanism uses fluid sprayers, wiper blades, and air blowers to clean vehicle-mounted sensors.

Feedback control corrects transmission delays across wireless speakers, resolving audio-video desynchronization caused by processing lags.

A CMOS image sensor merges spatial and temporal exposure multiplexing with dual gain operation to resolve limited dynamic range in high-contrast scenes.

A media player selects a frame-rate version of a trick-play track to maintain bit rates within network bandwidth thresholds during fast-forward playback.

A digital image stabilization method selects a final frame from multiple captures based on sharpness metrics to reduce hand shake blur.

An electronic endoscope optical filter switches between visible and infrared bands to capture spectral and normal color images simultaneously.

A micromechanical diaphragm uses asymmetric reinforcement to maintain edge deformability.

Separates control data from video streams via a load balancer, bypassing high-throughput firewalls to lower protection costs.

A method determines capture modes after content acquisition using detected features to present relevant options.

A light receiving element integrates a reflection suppressing structure in the wiring layer to enhance charge detection efficiency.

An acousto-optic modulator diffracts incident optical radiation to blur the image on an imaging sensor, enabling dynamic non-uniformity correction.

A signal processing circuit uses a signal supply unit to route test data for concurrent anomaly detection across operation circuits.

An image capturing apparatus validates encoding resolution settings against the imaging unit to ensure compatibility.

Selective sensory stimulation targets distinct human and animal cognitive ranges, resolving poor weather detection failures in surveillance systems.