Television System Details TRIZ Cases

A motorized camera system detects objects via sensors and automatically captures images using a movable imaging device.

A camera system detects status changes to automatically interrupt data searching processes without user intervention.

A positioning system updates pose information by generating candidacy poses within error ranges and selecting the smallest error.

Dynamic area segmentation resolves focus conflicts between near and far points by merging correlation amounts along the perpendicular direction.

A dual-layer micro-ribbon MEMS device uses spring structures to move ribbons vertically while maintaining parallelism.

Proactive recording captures missed episodes to restore sequential viewing reliability.

A solid-state imaging element integrates a P-type impurity layer below the diffusion region to suppress dark current in FD storage sensors.

A SPAD pixel array adjusts active diode counts via a setting unit to maintain uniform sensitivity across varying light levels.

A target extraction device identifies objects based on initial movement to enable gesture commands.

A display window integrates an infrared ink layer to enable optical detection through a multi-layer structure.

A solid-state imaging device separates photoelectric converters and charge accumulation capacitors across stacked substrates to optimize signal handling.

Motion sensor samples determine camera displacement between exposure midpoints, reducing processing resource consumption for real-time stabilization.

A focus adjusting device sets a second detection area based on the first to maintain continuous optical alignment.

Segmented flexible printed board design with localized bonding and gaps preserves piezoelectric vibration efficiency while minimizing mechanical interference.

Queue management module stores location information for multimedia content to retrieve items from remote servers, bypassing limited local storage capacity.

A synchronization tool uses separate odd and even frame displays to show stable video numbers during post-production editing.

A solid-state imaging device current source uses series-connected transistors and a short-circuiting transistor to increase column signal line current flow.

A bendable camera arm with an adjustable view mechanism enables hands-free operation during minimally invasive procedures.

A three-element optical imaging lens assembly reduces total track length through specific refractive power distribution.

A thermal infrared solid-state imaging device segments pixel arrays and alternates energization paths to stabilize voltage levels across signal lines.

A set-top box delivers localized advertisement content by matching user profile data with viewing area information.

An array of flexible sensor sheets eliminates mechanical repositioning errors while maintaining alignment precision and low thermal noise.

Parallel thumbnail arrays extract frames via distinct rules to resolve information loss, allowing precise scene access without full playback.

A cognitive vision controller program configures multiple robot cameras to respond to image capture commands.

Alpha blending logic mixes computer graphics with video images on a pixel-by-pixel basis, resolving OSD flexibility limits and system complexity trade-offs.

A media file management system adjusts capture device settings to reduce digital file volume.

An information processing apparatus extracts program data from broadcast audio or video to specify and prompt timer recordings automatically.

A single wide-angle camera captures a master image sequence, which processing maps asset positions to generate individual sequences with distinct focal points.

Asymmetric curvature in the free-form lens resolves the trade-off between wide angle coverage and essential region resolution.

A foldable heating device integrates a metal layer on a light transmitting member to enable compact storage and efficient thermal conduction.

Object recognition extracts content data from images to compile narrative descriptions, reducing manual description time while preserving information.

Surface mount solder bonding fixes the camera module housing to the PCB, preventing epoxy spread contamination and light leakage that degrade image quality.

A symmetric relay lens system uses specific glass materials to resolve co-located visible and near-infrared images on a single detector.

Remote motion vectors bias selection between candidate bi-directional vectors to resolve occlusion artifacts in interpolated frames.

Segmenting video signals allows parallel processing without dedicated frame memory, reducing device complexity and cost.

A lighting device varies emission time to coordinate with subject movement during image capture.

A camera module calibration method applies module-specific Bezier correction surfaces to radial symmetric component data for automatic lens shading adjustment.

Standby cameras operate at low frame rates while the processor skips image data processing, reducing power consumption and shortening mode transition times.

A shadow removal method estimates shaded areas using extracted building data to restore image visibility.

A core router control system manages signal paths between peripheral routers in television production studios.

Conditional elastic damping prevents lens barrel collisions and noise without continuous pre-pressure forces.

A rotating member contacts a tilted surface to drive an image pickup element along the optical axis for precise alignment.

A Software Download Generator creates STB code download sequences by combining control messages with decoder conditionals.

A pixel readout integrated circuit processes signals from a single photodiode to enable simultaneous thermal imaging and laser pulse detection.

Markers on pod legs indicate precise light source locations, resolving manual placement inaccuracies that degrade image quality in challenging environments.

Separate optical systems with tailored f-numbers manage red and green-blue light divergence, eliminating color unevenness while maintaining brightness.

Segmented digital-to-analog converters reduce the resistor string area and production cost while maintaining gamma correction precision.

Remote server rendering of security camera feeds allows players to monitor virtual assets while logged off, preventing asset damage or theft.