Television System Details TRIZ Cases

A variable power optical system uses three lens groups with aspherical surfaces to correct aberrations and improve tele-centric characteristics.

A provision information record mediates IPTV service discovery by storing master system information table pointers for efficient receiver access.

Segmenting spectral components across frame sets resolves the trade-off between imperceptibility and robustness against data loss.

A display control apparatus uses a proximity sensor to detect user presence and manage monitor states during camera operations.

A multimedia dashboard application merges recording, editing, and distribution functions into a single interface.

Depth imaging, millimeter-wave radar, and thermal modules detect vital signs in darkness while preserving patient privacy through non-visible sensing.

A focus detection section uses pixel addition outputs to determine angle errors in an imaging device.

A video camera feeds a processor that drives a display with an electronically positionable reticle for precise aiming.

Opposing focusing units in a zoom lens reduce aberration variation during close distance focusing while preserving high image magnification.

Embed derived content information into multimedia bitstreams to enable automated playback duration modification.

Selective bias transistor coupling reduces correlated double sampling settling time while maintaining a wide pixel operation range.

Adhesive page lifter on rotating platform automates digitization, eliminating labor costs and increasing throughput.

Embedded frame tags eliminate separate preview files, reducing storage complexity while enabling dynamic extended play.

Integrated security camera detects smoke and motion, then automatically transmits images with audio or text alerts to preset numbers.

A display device captures images of connected external hardware to generate intuitive visual labels for on-screen source selection menus.

A playback device detects duplicated segments and displays indicators to enable user-initiated skipping.

A control unit adjusts tilt angle and aperture based on vibration data to maintain focus during imaging.

Histogram-based backlight brightness calculation eliminates time lag between image display and adjustment, reducing motion blur.

A network video recorder detects and configures connected IP cameras automatically.

Image signal processor embeds calibration data into analog video streams, eliminating dedicated bus connections and reducing wiring complexity.

A program delivery system generates personalized menus using local user profiles and adaptive advertising management.

Zero-content-loss mapping preserves full image content while correcting perspective distortions in ultra wide-angle surveillance scenes.

A display apparatus divides the screen into regions to show a moving image and related thumbnail images simultaneously.

Sequential triggering of multiple cameras on a single data bus reduces board space and component count while maintaining multi-field-of-view capability.

Segmenting video streams into distinct GOP structures via hierarchical modulation reduces channel change latency while maintaining backward compatibility.

A multipoint control unit determines relevant audio video bitstreams using participant feature information for conference recording.

An HDMI switching device determines consumer electronic device states using signal and network monitors.

Deflecting electron beams onto separate focal track regions distributes heat load, preventing thermal damage while maintaining X-ray generation efficiency.

Cam mechanisms couple viewing direction rotation with objective translation, maintaining constant object distance and imaging scale without rotating the base.

An image recording apparatus generates record data associating chapter information with video signals based on operation instructor inputs.

A television controller drives audio transducers to produce audible tones when switching audio descriptor modes.

A projection system uses pulsed invisible light to capture object geometry and generate precise image data.

A dedicated mobile TV receiver module handles signal processing tasks.

A photon-counting imaging system detects individual photons using uncooled solid-state sensors to enable functional vision in extremely dark environments.

Integrates chrominance data from adjacent rows to reduce buffered data volume, minimizing line buffer size and device cost.

A vehicle camera lens cleaning system adjusts fluid supply timing based on detected contamination levels.

Image-forming optical system achieves sub-3.6 mm thickness using multi-lens configuration and high incidence angle design.

A vehicle camera exposure control apparatus measures brightness in segmented target and road surface regions to stabilize image capture.

Replacing springs with magnetic attraction prevents separation while eliminating variable elastic loads on driving means.

A controller manages a focus lens and image sensor by establishing a specific tracking range for object detection.

A control unit manages charge transfer and readout operations in an imaging device pixel array.

A mobile device buffers video feeds to enable automatic replay sequences based on user viewing behavior.

Abrasive grounding contacts scrape aluminum oxide from metal enclosures during thermal expansion cycles, ensuring reliable electrical connections.

Backside microphone placement via TSVs reduces die size by 50% while shielding active circuitry from corrosive materials.

A data synchronous reproduction apparatus stores image frames with frame numbers and process data with elapsed time to enable high-speed playback.

Image processing apparatus corrects frame deviations using calculated correction values derived from feature point mappings between multiple camera inputs.

Direct scene projection eliminates parallax errors and display resolution limits inherent in separate thermography units.

A camera autofocus system segments the search range into selectable sub-ranges to reduce lens movement steps.

An automatic navigation system processes video frames to identify and select graphical user interface objects without manual remote control input.