Television System Details TRIZ Cases

A wafer-level image sensor module uses a bonding layer with spacer elements to position the lens accurately.

Saliency maps and camera focus data identify subjects of interest, preventing center-crop exclusion of key visual elements.

Standardizing the 33 ms control cycle reduces CPU processing load while maintaining precise playback timing for both signal types.

A movable infrared cut filter film switches a camera module between photographing and floating touch modes.

A segmented circuit board isolates ground and connection portions to block electrostatic discharge from reaching sensitive components.

A digital camera divides the capture field into multiple areas to associate lens positions with focused objects for faster data acquisition.

Rear-mounted transducer vibrates display panel for front-facing sound, eliminating wall interference and external speaker space.

Dynamic image processing aligns with user intent by applying movement-based schemes, eliminating the need to retake photos when mode selection is incorrect.

Segmented MEM structures isolate thermal stress from measurement circuits, maintaining linearity across DC to high frequencies.

Processor synthesizes preview images with virtual characters based on detected external object attributes.

Merging separate readout circuits into a unified structure with shared counters reduces layout area and power consumption for high dynamic range image sensors.

Offsetting the display screen from the optical axis prevents return image interference and maintains projection quality.

A video signal transmission apparatus acquires display parameters to convert signals for direct output.

A trimming apparatus combines automatic face detection with manual region adjustment for precise image cropping.

Segmenting foreground image data reduces monitoring complexity while maintaining high accuracy in obstacle detection and exposure analysis.

A projection apparatus uses a control unit to project segmented adjustment images for precise position selection and fine-tuning.

A crane camera calculates its own tilt angle using hook image position data and real-space coordinates to determine precise load location.

A media sharing system redirects multimedia content through a network interface using available tuners.

A camera device changes light paths to output structured patterns using VCSEL elements and lens assemblies.

A multi-directional camera module combines front and rear imaging elements on a shared substrate to reduce device size.

A color night vision system uses a four-lens objective array to project distinct scene portions onto sensor quadrants for true color imaging.

A zoom lens uses aspherical surfaces in the second group to correct chromatic and spherical aberrations.

A digital television system uses embedded voice and gesture recognition interfaces to control connected devices without separate applications.

Staggered optical components and an infrared filter prevent signal interference that causes water ripples in captured images.

Pre-configured themed cells and automatic transitions reduce editing complexity, enabling novices to produce polished videos without learning advanced software.

A GPU frame correlation engine computes scene transitions to enable content-based reverse video playback, resolving time-based navigation bottlenecks.

Segmented inlet ports enable multi-directional airflow that overcomes insufficient heat dissipation from single-intake designs.

An image processing apparatus overlays detected facial candidate images onto a main display area to facilitate user selection.

A frame rate conversion unit adjusts moving image data frequency based on playback speed settings.

A polarization direction rotating section dynamically rotates incident light to generate high-resolution non-polarized images.

Digital watermarks synchronize primary video with alternative audio commentary streams, eliminating drift and premature delivery.

A movable sensor platform extends and retracts using threaded members to position detection equipment.

Interval image subtraction enhances ridge valley values to reduce false acceptance and rejection rates in biometric systems.

Merging dual video streams into one joint bitstream reduces bandwidth and storage demands while preserving both stabilized and original footage.

Asymmetric dual cameras on a portable device capture stereoscopic retinal images, enabling early detection of ophthalmic diseases in rural areas.

A calculation unit derives parallax information from multiple viewpoint images to generate a dedicated map.

Face and motion recognition segments detection from identification to lower system complexity while enabling cost-effective external vehicle control.

A solid state imaging device uses conductive shielding layers between charge storage portions and output signal lines to enable parallel data readout.

A wire module resiliently supports a camera lens module along an optical axis while a fixing member dampens perpendicular impacts.

Digital video camera bypasses native protocol constraints by transmitting compressed data to external memory, enabling uninterrupted recording.

Steady focus sensors enforce a time delay to prevent inconspicuous photography and enhance unauthorized detection.

A color conversion apparatus sets a hue range centered on an input position to adjust pixel saturation, brightness, or hue for natural image processing.

Imaging system adjusts tile division method based on user observation area designation frequency to optimize video resolution distribution.

A ruggedized video recording system designed for locomotive environments features dual-stream redundancy and steel construction.

A sensor unit captures digital image data to generate a brightness signal representing daylight intensity.

A camera device merges hardware motion detection with programmatic analysis to classify objects in building surroundings.

System identifies comment clusters in panoramic content segments to generate user notifications.

Feedback control adjusts drive current to maintain shutter stability despite environmental changes or component degradation.

A 1D mask reduces camera fill factor to enhance fringe contrast, resolving Nyquist limit trade-offs.