Television System Details TRIZ Cases

A backplane design uses a protruding first metal layer to obscure the substrate edge and integrate latching features for secure frame attachment.

Communication apparatus manages Bluetooth low energy advertising packets to coordinate wireless LAN connectivity states.

A dual camera system separates luminance and chrominance capture into distinct sensors to achieve high linear spatial resolution.

A communication antenna positioned between wide-angle lens optical paths prevents signal reflection in spherical imaging systems.

A portable support arm integrates image and sound capturing devices into a single handheld unit for unified event recording.

A device reconfigures source image frames to fit target pixels on a geometrically changing viewable surface.

Composite lens array segments wide and narrow fields of view onto a focal plane array for seamless mosaic imaging.

A playback method selects video frames matching a terminal viewing angle using device movement data.

A slidable assembly mounts ambient and screen light sensors on a display frame to switch detection targets.

Dual shock mounts suspend camera trim within housing, absorbing impact shocks while maintaining optical alignment and reducing stack thickness.

Automated video tracking system measures object location and timing across multiple camera views, eliminating manual errors in drive-thru queue statistics.

Extracting the infrared ray blocking member from a protruding portion allows the camera module height to shrink while maintaining optical isolation.

An automatic content recognition system identifies primary media to deliver synchronized supplementary information across diverse devices.

Centering structures align second-layer microlenses on first-layer masks using surface tension, preventing pixel crosstalk and color shading.

Segmented date and time toolbars resolve navigation bottlenecks by allowing viewers to jump across temporal scales instead of incrementing hour by hour.

A networked communication protocol distributes a running time clock from the audio system to synchronize video playback without external reference signals.

Grid and dust removing portion executes image processing based on detected manipulation positions to eliminate artifacts without prior white image photography.

Superimposes augmented reality occlusion images on sensitive video frames to hide privacy backgrounds during recording.

Generates labeled synthetic images from digital twin models, reducing the time required to collect real-world vehicle component data.

A wireless communication device generates and transmits packets containing timing data to synchronize external flash light emission.

Lens barrel prevents spring-back of curved solid-state imaging element, correcting field curvature and distortion aberration.

Selective connection of the conversion gain control line to ground or output adjusts capacitance, preserving light receiving area.

Processor segments color balance parameters for moving and freeze frames, resolving the trade-off between processing speed and color accuracy in endoscopes.

Static sensors and a rotatable mirror eliminate dynamic seals in this modular optronic periscope, reducing size and weight while enhancing reliability.

A hardware encoder estimates bit sizes for coding tree units to select quantization parameters before encoding.

A failure-diagnosis processing unit detects data line signal abnormalities using fixation diagnosis data within an ineffective image region.

Media prompting assembly uses interchangeable camera panels and a beam splitter mirror to resolve glare and adaptability contradictions.

An image encoding method generates compression metadata from capture data to determine strength.

Current consumption circuit matches output state currents during blanking periods, reducing signal noise from voltage fluctuations.

A mobile terminal channel control method updates broadcast data during sleep intervals to enable rapid channel switching.

Adjustable L-shaped support frame positions a camera tube to inspect barge holds, eliminating personnel exposure to hazardous environments.

Integrates mixing and keying functions into the Auxiliary Bus, reducing device complexity and cost while enhancing flexibility.

A dichroic filter and mirror direct separate wavelength bands to a single focal plane array.

Beam-forming devices in a digital TV receiver select and combine main path signals to remove multi-path interference caused by buildings and walls.

Network device selects optimal imaging devices using machine learning and RF signal monitoring for seamless video communication.

A switchable I2S interface uses a multiplexer and FIFO memory to route audio signals between transmission and receiving modes.

Variable conversion gain in the pixel array expands dynamic range by adjusting capacitance at the charge detection node for different illumination levels.

Pulsed illumination separates luminance and chrominance frames to minimize motion artifacts in small diameter endoscopes.

A calendar interface displays content thumbnails with expiration times to manage access periods.

Parallel readout coupling forms macro-pixels, enabling high capture rates without oversized components.

Shot boundary detection identifies clip start and end points, enabling rapid preview assembly without transcoding delays or quality loss.

Multi-exposure fusion algorithms combine short and long capture frames guided by accelerometer signals to reduce blur without mechanical lens complexity.

A portable device extracts video streams during playback to compile customized user audio into motion picture files.

Hardware tone mapping and color gamut mapping circuits compress image data while preserving color fidelity for real-time live broadcasts.

Infrared deviation indicator merges laser ranging with imaging to replace bulky proximity detectors and reduce missile space occupation.

An operational processor analyzes captured image content to determine environmental illumination levels for accurate day-night mode transitions.

Replacing refractive elements with freeform mirrors reduces thermal sensitivity and improves modulation transfer function across multiple wavebands.

A television camera detects viewer gestures to trigger on-demand product demonstration segments.

Encoding apparatus sets dependencies between texture and depth information to generate bitstreams with integrated identifier parameters.

A vertical scanning unit executes parallel reset operations across adjacent pixel rows to synchronize charge accumulation with mechanical shutter timing.