Television System Details TRIZ Cases

A segmented image sensor captures multiple images at different f/# settings using disjoint pixel subsets.

A digital imaging device selects any image point as the zooming center through processing unit control.

A calibration method processes two-dimensional and infrared images of a patterned object to determine camera intrinsic parameters efficiently.

Segmented audio channels in shutter glasses resolve multi-user synchronization conflicts by delivering distinct sound tracks per viewer.

A buffered direct injection pixel circuit uses nulling switches and capacitors to correct bias errors during operation.

Infrared pass filters block unwanted wave bands while condensing specific signals, resolving transmittance versus detection accuracy trade-offs.

A thin film transistor array substrate positions the contact hole outside the photodiode area to connect source and drain electrodes.

Independent lens group movement corrects focus differences between optical paths, resolving peripheral resolution degradation.

Merging the heat sink with cover members guides air through fins, boosting rigidity and cooling without extra parts.

A mobile shopping unit detects cart content changes using integrated load sensors and cameras to update item lists automatically.

A video camera records digital footage in a non-temporally compressed format to enable direct transfer and editing without transcoding overhead.

Subtitle text color adapts to video backgrounds by calculating similarity levels, resolving readability issues caused by low contrast.

A video decoder stores prediction pictures in a frame buffer to display them directly during trick play operations.

Pre-generated scene time information enables a scene server to extract and align local media clips, eliminating manual time axis searching.

A motion detection circuit selects pre-calculated voltage values from a look-up table to resolve slow response speed blurring in moving images.

Notches in the lens barrel direct reflected rays outside the optical path, reducing flare and ghost effects without increasing structural complexity.

A comparator uses an output swing control circuit to maintain transistor operation regions and minimize parasitic capacitor influence.

Segmented heater glass and a rotating holder allow easy replacement without disassembling the casing.

A movable display device uses a fulcrum switching mechanism to alternate pivoting states for stable tilting.

Segmenting optical paths into negative and positive elements corrects F-Theta distortion while maintaining a compact form factor.

Set-top boxes detect and analyze commercial audio to extract identifying information for electronic programming guide searches.

A feedback analysis system collects user reports and correlates them with session logs to identify problematic content sources.

An EBIF agent converts binary data into Web components for interactive television applications.

A floating window displays an application interface on a mobile terminal display to enable concurrent usage.

A mounting structure uses a latching member and positioning member to secure a cover body without tools.

Category outlines guide camera positioning to capture swatch regions for pattern and color matching.

Processor evaluates face region and clarity scores to recommend high-quality images from continuous shots.

Conductive shutter blades and grounded optical elements share electrical potential to prevent foreign matter adhesion without increasing power consumption.

Detect added graphics in video signals by comparing pixel values from reference frames against received signals using existing hardware interfaces.

Monitoring inter-frame compression ratio enables dynamic resolution adjustment, reducing storage costs while maintaining event detection accuracy.

Segmented optical black pixel regions compensate for visible color noise transfer to near infrared pixels, enhancing image sensor signal quality.

A sensor bracket uses a segmented locking interface to hold an engaging protrusion securely.

A communication device generates a tracking map to assign camera views, resolving the trade-off between voice simplicity and visual information sufficiency.

Wireless gesture detection on a wearable device pre-launches the camera application, reducing wait time caused by slow components.

A gyroscope-based mouse applies probability models to compute drift offsets and variable jitter factors for stable cursor control.

A transparent content window overlays presentation screens to position notes below the webcam lens.

Selective recording of environmental information reduces sensing power consumption while maintaining accurate user visibility into power generation conditions.

A television apparatus processes user inputs to determine and execute specific functions via a query manager.

A piezoelectric actuator drives an optics barrel through a threaded lens holder interface for precise optical axis positioning.

Near-infrared spot projection adds texture information to weak-texture objects, enabling high-precision 3D reconstruction from a single image.

Optimized thickness ratios and asymmetric inclined surfaces resolve structural strength trade-offs while minimizing stray light in compact lenses.

A night-vision camera adjusts exposure parameters by comparing infrared light reflectivity across image blocks to determine object distances.

A projector detects indicator position on a screen and acquires transmission destinations via wireless tags.

A vehicle face image capture apparatus segments bright and environment light images to isolate facial features from external lighting conditions.

A portable terminal detects its position relative to another apparatus to automatically change the displayed screen content.

A modular camera device uses tilting units and focus adjustment to configure adaptable field of view coverage across multiple image sensors.

An image processing apparatus generates visible light images with extended depth of field using infrared signals.

A system renders three-dimensional virtual scenes across multiple display devices to create a panoramic immersive environment for users.

Positioning an annular emitter below the camera eliminates lens flare and blooming by directing illumination downward and outward away from the sensor.