Television System Details TRIZ Cases

Electronic apparatus manages separate display layers for simultaneous local and external screen interaction.

Multi-projector systems project high-frequency images onto animatronic figures to create realistic appearances.

A signal processing device generates scaled-down second image frame data and delays first image frame data output to the timing controller.

A remote server schedules program recordings by sending a to-do list to the digital video recorder.

A light source apparatus uses two distinct wavelengths to excite a fluorescent substance for projection display applications.

A solid-state imaging device signal processing part combines read-out signals to generate extended dynamic range output.

A camera bayonet mount arranges electric contact groups to engage in a specific sequence during lens attachment.

A current sensor and voltage comparator detect AC power levels in analog audio video devices to enable centralized network control.

An information processing apparatus reduces image data volume using camera and virtual viewpoint positions to manage transmission bandwidth.

Segmenting program ancillary data into scene-based units resolves the trade-off between increasing information quantity and maintaining accessibility.

An announcement delivery system presents audio items to players via network packages.

Segmented circular touch elements replace jog dials to eliminate time-consuming manual dial rotation during large file navigation.

Molded base members with orthogonal walls enable compact sensor modules that eliminate dead space in miniaturized devices.

A pixel signal transfer device adjusts conversion gain using an amplification transistor and correction block.

A radiation image detector uses short pixels directly connected to signal lines for rapid voltage monitoring.

A color signal conversion table adjusts image data to match displayed colors with actual objects.

A TDI line image sensor uses parallel output channels to process accumulated charges from multiple CCD columns simultaneously.

A multi-unit optical system adjusts lens intervals to maintain high aperture ratios during focusing.

Segmenting DIF streams into distinct storage areas maintains frame editing capability while optimizing disk recording efficiency.

Segmenting dummy pixels prevents charge overflow into optical black regions, suppressing power supply fluctuations during row scanning.

Segmented reception pixels capture light at distinct phase points to boost depth image resolution without increasing acquisition time.

An exploration system detects, collects, and stores natural resources on celestial bodies.

An image rendering unit adjusts display refresh rates to match content frame rates.

A box device enables personalized user functions by cooperating with personal devices through facial recognition.

Multilayer synchronization and mask unit coordinates interface signals to enable seamless video source switching without frame buffer artifacts or high latency.

A focus control unit sequentially brings multiple subjects into sharp focus within a single field of view.

A head-up display adjusts virtual image projection distance via a movable mirror and beam splitter, resolving slow adaptation to changing vehicle speeds.

A digital video capture system assembles key snippets into a summary using preliminary feature analysis.

A video processing circuit converts frames to single-bit representations for real-time vertical cut detection.

Segmenting column memories into blocks with dedicated signal lines suppresses horizontal stripe noise caused by voltage drops during high-speed storage.

Symmetric split photodiodes with a shared floating diffusion region enable high dynamic range imaging without motion artifacts in dynamic scenes.

An audio standard detection module measures energy levels across multiple frequency bands to identify television broadcast formats.

A display apparatus overlays per-input port images to enable distinct visual identification of multiple signal sources.

A stacked photoelectric conversion device arranges AD conversion and parallel-serial circuits on a second substrate to process signals from pixel arrays.

Adjustable capacitance at pixel output units stabilizes signal conversion gain during charge summation operations.

A handheld biometric capture device transmits digital images to a remote server for encoding and comparison.

A digital photography system extends field of view by stitching scaled image regions from previously captured frames to a current shot.

Segmenting the piezoelectric element from the housing isolates resonance, enabling precise lens displacement control without structural coupling.

An image sensor outputs pixel signals in parallel from multiple rows to increase reading speed and reduce rolling shutter distortion.

Crossflow heat exchanger circulates internal coolant through display housing regions to manage thermal loads.

Control circuitry synchronizes white LED and IR laser output with rolling shutter readout periods to balance luminance across frames.

A three-lens image optical system uses specific focal length ratios to form images on solid-state sensors.

Bi-directional hierarchical motion estimation refines pixel interpolation using multi-resolution vectors.

An electromagnetic actuator rotates the lens module within an arc-shaped rail to counteract hand shaking and maintain optical axis stability.

A mobile device holder uses foldable side panels to maintain a fixed distance between the camera and target document.

A media guidance application compiles and displays related scene summaries on a secondary screen.

A parabolic rotation body reflection mirror controls image light incident angles to ensure uniform luminance across whole-circumference screens.

Two-stage dicing separates MEMS assemblies while exposing bonding pads, preventing sensor chip damage during singulation.

A liquid lens camera module compensates for temperature-induced interface deformation using feedback control to maintain resolution accuracy.