Television System Details TRIZ Cases

Sequential timer control captures composite images from multiple sensors without compromising individual image quality.

A camera system applies simplified and high-quality processing modes to RAW data for flexible image reproduction.

A solid-state imaging device uses light shielding films on charge accumulation units to separate imaging and phase difference detection functions.

A physical quantity detection system reads pixel signals multiple times with varying sensitivities and selectively stores only the appropriate values.

A thermal imaging system uses a reference illumination source to correct measurement errors and achieve precise temperature readings.

A system bundles diverse ad spaces into units for online auctions to increase publisher revenue.

Hooks snap into slots to replace threaded connections, resolving low assembling efficiency caused by size-specific fasteners.

A display device transforms video aspect ratios based on viewer angles to maintain rectangular images.

A focus window adjusts position using motion vectors to maintain consistent target coverage during auto-focusing.

Segmented readout circuits process simultaneous row signals to reduce digital line memory and device size.

Segmented pixels store signal and reset noise separately, enabling correlated double sampling to reduce electronic noise in low dose imaging.

A camera electronic finder displays a centered imaging frame within a larger finder range to simplify area recognition.

A camera measurement method corrects level values at color boundaries to determine bokeh amount.

A stage apparatus uses a conductive member escape recess to route flexible connections through the stationary support.

A four-element camera lens design with specific refractive power distribution and aspherical surfaces.

A diagonal projection optical system uses a flat mirror and polarization converter to ensure equal reflectance for differently polarized light.

A system identifies replaceable visual assets in program content and generates reference files for network-based insertion of new advertising images.

A privacy masking component encodes captured images with obscuring features to protect sensitive areas.

A video storage device synthesizes low frame rate and high frame rate data into two screens using picture-in-picture techniques.

An image measurement device selects distance information from multiple focus positions based on calculated reliability to enhance ranging precision.

A playback time calculation part adjusts display timing and audio synchronization to accommodate new images without disrupting the presentation flow.

A metal heat radiating plate sits between the imaging element and main circuit board to manage thermal loads.

A sensor-driven display controller adjusts luminosity and saturation values to enhance screen visibility.

A viewer-interaction analyzer scores media segments using feature vectors derived from audience engagement metrics to generate interest ratings.

Cameras monitor cabin occupancy and transmit data to entertainment screens, reducing aisle congestion through real-time feedback.

Image processing device generates Bayer-type divisional image data from divided pixel signals to enable phase difference detection.

A tracking assistance device selects cameras based on tracing information to display captured images of moving objects.

Dual optical units on an eyeglass frame capture overlapping fields of view, resolving the trade-off between device bulk and continuous scene availability.

Interactive display system on headphones enables dynamic visual content output via touch interfaces.

Comparing units detect gain errors between amplified signals to enable correction circuits that improve signal-to-noise ratios.

A vehicle vision system combines a high resolution camera with a low resolution thermal sensor to identify hot spots ahead of the vehicle.

A vehicle camera module combines wide and narrow view angles using imaging elements with identical pixel specifications to capture external environments.

A flash band determination device adjusts detection thresholds based on exposure conditions to maintain accuracy across varying image frames.

A writing device deposits specific border information in overlapping recording areas across multiple layers of an optical disc.

A flicker compensator adjusts frame data gain and offset levels to stabilize brightness in image sensor circuits.

A foldable display data integrated circuit controls gamma voltage generation via a timing controller to optimize power usage.

System correlates metadata with current situations to fuse pre-captured images, resolving visibility gaps without increasing real-time processing complexity.

A camera barrier unit uses regulating portions to manage blade clearance and prevent vertical misfit.

Integrating SWIR and LWIR detectors on one focal plane reduces system weight and size while enabling co-registered image capture without separate sensors.

Segmenting potential illuminants by correlated color temperature lowers processing load while maintaining measurement precision for accurate scene analysis.

Air holes in adhesive filler release internal pressure from thermal expansion within lens module enclosed spaces.

A wearable camera system captures images automatically by comparing processor-detected biorhythm signals against predetermined thresholds.

A camera dome uses a snap-fit attachment device to enable one-handed mounting without tools.

An auto-focus compensation method adjusts focus parameters via a touch screen interface.

Synchronizing rolling shutter drives with display updates reduces readout delays during still image capture, preventing loss of subject visibility in live view.

A six-element fixed focal length lens system corrects spherical and chromatic aberrations through specific power distribution and curvature conditions.

Dynamic pulse adjustment increases reflected light intensity, resolving measurement accuracy loss from backlight interference.

A kernel-based method identifies defective pixels using representative coordinates to correct image sensor output.

Segmented data block groups reduce buffer capacity and duplicate storage while ensuring seamless playback across long jumps.

Dynamic field angle adjustment compensates for clipping during aspect ratio switching, preventing distortion and preserving the stable imaging range.