Television System Details TRIZ Cases

A camera display unit adjusts emission light to illuminate subjects during photography.

A wall mount switch detects installation state and triggers a power controller to lower display unit energy consumption.

Dual mode CMOS pixel arrays eliminate separate sensors, reducing device complexity and manufacturing costs while managing power consumption.

A multi-spectral infrared sensor array captures LWIR, MWIR, and SWIR data to identify targets.

Computational image sensors exchange light signal data to adjust parameters and generate combined images with enhanced depth information.

A camera head uses a storage device to transmit identification data for automatic configuration.

A camera apparatus detects objects entering predefined regions using kinematic parameters to trigger automatic image capture.

A vehicle compartment manager coordinates configurable interior zones to deliver diverse services through centralized server control.

A digital camera stores a user-defined sequence of capture settings to automate bracketed image acquisition.

Transforming privacy mask coordinates via vertex mapping resolves the trade-off between accurate subject obscuration and automated tracking efficiency.

Hierarchical super group elements enable network devices to process EPG metadata efficiently, reducing search time for real-time content services.

An image apparatus automatically adds tag information to photographs based on recognized shapes or pre-stored images.

A receiving apparatus integrates program information from multiple transmission media into a single display interface.

Custom optics reconcile image sensor modules with luminaire acceptance angles, eliminating stray light artifacts and noise.

A camera system detects attached lens characteristics and scene data to dynamically select and display appropriate photographing modes on the viewfinder.

A compression engine transforms pixel data into compressed formats within the output bus bandwidth.

A driver-control unit synchronizes pulse-driven actuator operation with sensor read timing to minimize noise interference in solid-state image pickup devices.

Verification circuitry generates non-uniform voltage signals across pixel arrays to test sensor components.

Segmenting the optical path into four elements with optimized refractive powers corrects aberrations while maintaining a compact form factor.

A composite image generation unit merges color and monochrome inputs to produce a one point color image with selective pixel output.

A microscope system generates virtual-slide images by joining multiple microscope-image groups captured during relative movement between the specimen and objective lens.

Segmented lens holder positions glass substrate via abutting section while adhesive bonds protrusion section, absorbing thermal stress.

A semiconductor light source detects ambient frequency in sensor mode to adjust rolling shutter exposure timing.

Sacrificial infrared-transparent disc absorbs impact energy to protect the primary viewing window, eliminating metallic grid obstruction of the visual field.

Detecting a rear cover slide event triggers automatic interface switching, eliminating manual button clicks and reducing operation time.

A display device calculates menu item width based on language settings to arrange interface elements with precise spacing.

Transparent conductive coating on optical low-pass filter prevents dirt attachment through static dissipation.

Multiple transmission units reduce noise interference from unwanted reflected waves to improve image clarity.

Configurable diagonal TDI arrays up-sample detector data to enhance spatial resolution, reducing scan smear in non-orthogonal scanning geometries.

A lens device incorporates a filter switching mechanism to position an infrared-ray cutoff filter and a neutral density filter within the luminous flux path.

A vehicle periphery monitor device uses symmetry analysis to differentiate pedestrians from vehicles.

Caching application thumbnails on a handheld touch screen allows users to select and activate remote programs without monitoring two screens simultaneously.

Extracting trick play metadata from transport streams enables video receivers to support fast forwarding without increasing broadcast bandwidth.

A bayonet lens mount housing uses a frustoconical surface to radially compress a resilient member for secure attachment.

Segmenting pixel arrays into independent banks reduces vertical signal line parasitics to accelerate readout.

Software-based deinterlacing replaces dedicated hardware circuits to lower power consumption and reduce silicon size.

A learning data generation device verifies feature quantities in raw and edited video to identify matched sections.

A lens barrel uses magnetic sensors and phase difference calculation to determine absolute lens position.

A clock regeneration system converts variable frequency data into fixed-rate serial streams for optical transmission.

A panoramic camera detects motion by comparing current and previous images to guide user movement.

Variable curvature bending reduces mechanical stress on the image sensor substrate during non-capture states, enhancing durability.

Extraction and nesting principles enable multi-axis rotation inside the fuselage, maintaining aerodynamic stealth while providing wide field of regard.

Time delay integration module processes sequential digital two-dimensional images from an area scan sensor to generate high-fidelity event timing data.

A unified molded housing structure encloses mirror, sensor, and lens assemblies to maintain precise optical alignment.

Dual lens arrays transmit color signals to overlap images on a display panel, decoupling visual screen area from device volume.

Image processing apparatus determines candidate editing points using management information and time code correspondence.

Extrapolates virtual marks from peripheral lens references to align optical axes, suppressing tilt errors in high-pixel imaging systems.

Segmented lens stages compensate for thermal expansion errors in depth sensing.

An entrance presentation bar extracts video access points from nested menus to resolve cumbersome navigation paths and reduce user operations.

A vibration type driving apparatus synchronizes multiple vibrators using series-connected electric elements to adjust voltage ratios.