Television System Details TRIZ Cases

A camera distance sensor automatically configures a region of interest for parallel measurement zones.

Transforming images across hinged displays into a continuous plane prevents motion sickness caused by screen bending at various open-close angles.

A raw image scaler converts Bayer data to pseudo-RGB for efficient scaling.

Keyword-based tagging segments program metadata into discrete categories, reducing browsing time through irrelevant listings.

A compact image sensor fixing structure positions holding members in the peripheral region outside the effective imaging surface to reduce lateral size.

Segmented digital-to-analog conversion suppresses mechanical oscillations, enabling rapid lens stabilization in camera modules.

A terminal device detects object moving speed to automatically adjust camera focus parameters.

Cylindrical piezoelectric actuator drives light-transparent lens body in bending mode to displace water droplets from optical surfaces.

The system distributes synchronized time references via a dedicated stream to eliminate manual alignment delays in post-production workflows.

A microphone array directs sound collection toward a specified speaker area to isolate voice from ambient noise.

Automated bracketing maintains constant exposure while varying focus areas, eliminating manual adjustment delays.

A media processing system calculates temporal drift between audio and video tracks to adjust playback synchronization.

An image processing device groups captured photos by similarity to model albums and arranges them chronologically.

An external filter box featuring a larger surface area than internal filters reduces pressure loss and extends device lifespan by managing dust accumulation.

Null windows in the transport stream enable white space sensing without degrading multimedia quality.

A 3D interface layout scales media items dynamically.

A method generates a recorded video from sequential editing process images to enable visual sharing of image editing steps.

A lens adjusts its focusing length by changing optical properties to exercise ciliary muscles during virtual reality content display.

A video processing method computes frame and field vertical detail to identify 3:2 pull down content for accurate coding mode selection.

A digital camera system allocates recording data across multiple memory cards for parallel storage operations.

Segmenting the pixel array into distinct regions allows infrared imaging without degrading resolving power or signal-to-noise ratio in visible channels.

A text-to-speech converter synthesizes audio from compact text data within a receiving device.

A transcoder dynamically adjusts video bit rates to match available network bandwidth.

A monolithically integrated absolute pressure sensor fuses CMOS circuitry with a single-crystal silicon diaphragm via fusion bonding.

Local quality enhancement improves visibility of laser pointer indications in large venues without increasing overall energy consumption.

Dynamic magnification adjustment compensates for vehicle displacement during exposure, resolving motion blur and improving recognition accuracy.

A method combines low-resolution moving pictures at the slice level to create integrated encoded data for hardware decoding.

Centralized counter and programmable timing registers generate precise GPIO pulses for nanosecond synchronization across hardware devices.

A multi-camera array captures images at staggered timings to prevent unwanted subject reflections in combined wide-angle views.

A call processing system transmits video output from a television receiver to a support agent for remote visual inspection.

A volumetric video system predicts target positions to select optimal spectator viewpoints for live event presentations.

A conductive terminal extends over circuit components to shield electromagnetic noise between closely spaced boards.

A video recording apparatus generates additional information to associate data elements across multiple channels within a layered data structure.

An imaging device pixel array uses an addition circuit to sum signals from adjacent pixels directly within the sensor chip.

A controller determines focus position from zoom lens data using stored relations to drive the focus lens.

A multi-engine meter system processes audio and video inputs to identify media content sources.

Inter-pixel isolation regions in the organic photoelectric conversion film suppress color mixture and enhance spatial resolution.

A camera captures separate frames with optimized exposure times to resolve recognition conflicts between static signs and electronic displays.

Extending a protector into the substrate blocks back illumination, reducing optical crosstalk and noise in three-dimensional structures.

A television receiver passes local signals through a modulator to the display while retuning for satellite content.

A device calculates sound source positions using camera coordinate geometry and aperture angles for spatial audio reproduction.

A gamma voltage controller generates digital signals to produce analog voltages for display drivers.

Front-mounted keys on the Fresnel lens enable direct function switching without rotating or disassembling the infrared sensor housing.

A monitor apparatus exchanges authentication commands via HDMI CEC to establish linked operation with a set-top box.

A controller analyzes audio-video streams with mood vectors and a two-stage filtration process to detect chapter points, reducing false positives in live feeds.

Segmenting the face into local patches with anatomical bone constraints stabilizes motion tracking and reduces pre-acquired expression requirements.

A line memory stores image data while a correction unit processes fixed-size pixel regions using pre-calculated values, reducing main memory requirements.