Television System Details TRIZ Cases

Sequential layer transmission reduces bandwidth usage and eliminates plugin requirements for email animation.

An image processing apparatus determines composite areas using distance information evaluation values.

A Blu-ray client application uses AACS cryptographic permissions to authenticate itself against a server.

Radial magnet polarization and a sliding surface move the optical unit part, suppressing tilt while miniaturizing the device.

A camera adjusts detection conditions based on subject count to improve usability.

A color compensation method adjusts gray levels of boundary sub-pixels to align brightness centers in OLED displays.

A liquid lens camera module adjusts focal length by sensing terminal voltage and applying compensated driving signals to the control unit.

A digital image processing method detects a main rectangular region from a preview image to generate perspective-transformed output.

Processor identifies interchangeable optical systems to adjust focus lens step amounts, preventing peak missed detection during focus acquisition.

A digital vision sensor uses logarithmic time encoding to measure illumination intensity via pixel voltage integration against a reference threshold.

A communication apparatus selects transmission modes for image data regions based on user specification and network conditions.

Automated coded aperture mask rotation reduces operator exposure time in radiation imaging systems.

A display controller initiates drawing updates before rolling readout drive completion to rapidly update image pixels across the display surface.

A laser communication system encodes binary data into pulsed beams reflected off targets to establish secure spatial referencing.

A segmented elastic mechanism restores a zoom lever to its neutral position using independent spring and contact components.

A multi-line detection method uses rolling shutter exposure across multiple sensor regions to enhance refresh rates.

A transmitter converts pixel data into differential signals to enable high-speed bidirectional communication over HDMI channels.

An automated self-photographing system replaces manual holding with a motor-driven rotating platform that tracks infrared signals to adjust camera angles.

Segmented optical chains merge signals to resolve the contradiction between high illumination intensity and device weight.

Motor-driven camera support adjusts orientation automatically to center framing on moving athletes, eliminating human error during rapid exchanges.

Dynamic scaling of focus indicators reduces subject obstruction while maintaining clear visibility during camera mode changes.

A 3D image capture device uses a light transmitting member with distinct polarizing and non-polarizing areas to direct specific light rays toward a solid-state image sensor.

Addressable alternate content replaces skipped media to maintain user awareness and capture advertising revenue.

Variable discharge timing prevents afterimages while expanding dynamic range across bright and dark regions.

A vibration device with a non-equilibrium structure moves foreign matter peripherally to prevent field of view obstruction.

A bird's-eye view image processing unit selects a composite image based on calculated boundaries between overlapping camera fields.

Segmented joints with independent cabling sections transfer high-definition video and power across rotating suspension arms while preventing wiring twisting.

A network-connected rendering apparatus adds incoming media to a scheduled list instead of immediately interrupting current playback.

Segmenting data applications into scene resource units enables efficient execution on disk reproduction apparatuses with limited processing resources.

A maskless imaging device uses pixel output units to detect incident light angle and modulate signals for resolution control.

A modular camera system uses interchangeable printed circuit boards with standardized connection units to adapt vehicle imaging functions.

A CMOS image sensor pixel uses a shared output chain to combine correlated double sampling and wide dynamic range detection circuits.

A processing system overlays visible and thermal images to detect oilfield equipment units and their temperature status.

A vehicle imaging system detects pixel abnormalities through segmented group control and signal readout.

A vision system processor retrieves illuminator parameters from a lookup table to configure image acquisition settings automatically.

Time-sharing analog-to-digital conversion expands dynamic range and reduces circuit scale in video camera anti-shake systems.

Automated image processing extracts reference colors to coordinate wearable backgrounds, eliminating manual selection time.

An integrated object detection engine pauses video transmission when movement falls below a threshold.

A head-mounted thermal camera captures nasal temperature data to detect allergic reactions.

A processing unit sets varying light source luminance values at distinct time instants within a single frame interval to capture images with uniform exposure times.

An image pickup apparatus determines infrared and visible light ratios to control day-night mode switching.

A display apparatus positions the driving unit on the lower back side to reduce video signal cable length.

Motion determination circuits classify hand-shake versus intended movement using gyro sensors, enabling accurate correction without large frame memory.

A broadband access gateway merges wireless local area networks with cellular infrastructure to enable multimedia content sharing.

A shared driver IC drives shape memory alloy wires for dual lens modules, reducing system cost by eliminating separate driver chips.

A server-based platform enables users to select and edit video clips from live performances into personalized tracks.

Analog front end timing generator uses bit slice output mode to transmit pixel data subsets in parallel across point-to-point connections.

A digital workflow simulates special effect ink appearance using Brilliance Index libraries and spectrophotometer data.

Dummy pixels measure offset distribution to suppress temperature drift and maintain measurement precision in mega-pixel structures.

A variable lens uses a liquid crystal layer to alter focal distance based on applied voltage.