Television System Details TRIZ Cases

A vehicle camera housing uses spring elements to ground the coaxial plug outer conductor for reliable electrical contact.

Differential amplification at the endoscope stabilizes sensor signals against voltage drops caused by cable resistance fluctuations.

A signal processing section synthesizes long and short exposure images to generate a composite image with an extended dynamic range.

Shared pixel array and controller execute dynamic vision, ambient light, and proximity sensing simultaneously, reducing device area and manufacturing cost.

A remote control detects key presses and measures orientation to filter input signals.

A camera controller transmits frame data through a dedicated second channel to enable high-speed communication with an accessory apparatus.

Conductive shielding structure with protruding portions contacts external housing to shield camera components from electromagnetic interference.

Rotating a thin filamentary member against a camera lens removes deposits while avoiding image interference caused by conventional wiper reflections.

A logic circuit controls row selection wiring lines to enable vertical binning operations, reducing the size of the vertical shift register.

Mounting coils perpendicular to the sensor on multiple faces aligns force vectors and improves thermal dissipation compared to planar designs.

Segmented back and front spacer rings reduce lens die size while preventing light scattering in wafer level packaging.

Integrated control unit manages thermal camera components via single electric cable for power and data transmission.

Calculating image intensity gradients to align pixel blending with detected edges, resolving resolution loss and motion artifacts in interlaced video streams.

Endoscope system automatically associates first still image with second still image or video to support re-diagnosis without manual intervention.

An object visualization method detects entities in digital images and displays associated data directly on the screen.

A reprogrammable security processor embedded in a digital TV system-on-chip performs content protection operations.

A single parallel digital video interface transmits a super frame containing raw and processed video streams from a thermal camera core.

Antenna switching circuitry routes RF signals using solid-state and microelectromechanical switches to resolve isolation and complexity trade-offs.

Security system detects people by analyzing eye reflections, reducing processing power while maintaining accuracy in low-light conditions.

Deriving cadence signatures from motion vectors resolves robustness issues with unknown patterns and bad edits.

A frequency analyzing circuit converts image signals into frequency data and applies observer-based weights to processed color data.

A generation unit divides image data into even and odd segments along a raster scanning direction.

A display apparatus recognizes pointing objects by processing only image data from a specific region of interest.

Controller adjusts camera exposure values based on user commands and specific area brightness.

A video services receiver segments blackout data into system-wide and service-specific portions to process access rules with low latency.

Chamfered scintillator corners on a flexible substrate increase the contact area at the edges, preventing peeling and ensuring high-quality radiographic images.

Dynamic key lighting prevents screen obscuration by replacing on-screen displays with visual indicators while reducing power consumption.

A viewfinder overlay adjusts message color based on background image metrics to maintain visibility.

Segmented display units eliminate menu switching by showing real-time previews and edited thumbnails simultaneously, improving ease of operation.

A frame synchronization signal converter translates timing signals between image sensor chips, preventing data loss from mismatched synchronization schemes.

A camera body display unit shows a zoom bar that moves in the same direction as the physical zoom ring rotation.

A camera lens module uses a smooth cylindrical housing and elastic member to move along an optical axis for focal length control.

A multi-faceted prism splits light into spectrally separated sub-images projected onto a monochromatic detector array.

AI-enabled cameras detect golfers and automatically record video, eliminating labor-intensive manual production workflows.

Periodic temperature regulation prevents noise contamination during image reading while conserving energy in medical imaging systems.

A panoramic image processing system masks sky regions to enable virtual object insertion into 3D spaces.

A video transmission system segments content into an independently encoded background model and foreground updates to reduce bandwidth consumption.

A color splitting element with a higher refractive index separates light components within unit pixels to enhance optical absorption and purity.

Merging capacitors into one integrating unit eliminates background light interference and reduces calculation errors from capacitance mismatch.

An error detector monitors clock states to trigger asynchronous mode, allowing the system to recover from electrostatic discharge events.

Pre-loaded angle buffers eliminate decoding delays during scene changes, enabling seamless switching with customizable visual effects.

An image encoding device converts image directions using symmetry modes to select the most efficient code quantity for output.

Asymmetric angled thrust vectors create inherent yaw stability, reducing gimbal weight and improving video capture precision.

A flat panel detector uses a first photoelectric converter to cover gap regions between electrodes and a second converter.

A multi-layer optical sheet with convex interfaces diffuses image light to minimize non-image region visibility in head-mounted displays.

Segmenting the imaging area across multiple cameras preserves light sensitivity while maintaining high repetition rates.

A moving image distribution server uses intermediate value maps to determine optimal inter-frame or intra-frame coding for each block.

Merging scan driving units reduces I/O port count and wiring complexity, enabling faster signal readout from effective pixel regions.

A multi-modal elevator monitoring system captures video, audio, and vibration data to provide remote operational visibility without control system integration.

A dynamic polynomial order selection mechanism adjusts conversion function complexity to optimize pixel position mapping in image processing.

Extracts I-frames from MPEG streams to cut long-term storage needs by 80% while maintaining full-motion playback capability.

A lens control apparatus adjusts focus lens position using stored cam tracks to maintain focal alignment during zooming operations.

An image processing apparatus converts input side image data directly into output side image data using address matching and geometrical position calculation.

Improved bumping algorithm filters noise and corrects errors, ensuring precise movement tracking despite light intensity variations.

Timestamp calibration circuit corrects pixel propagation delays in 3D camera sensors using epipolar line laser scanning for accurate depth profiling.

A unified API selects real-time collaboration applications using performance statistics to reduce integration complexity for developers.

An optical detection system analyzes temporal correlation of laser speckles generated by multiple scattering to identify impurities in fluid samples.

A two-dimensional imaging device with a partial reading function acquires photometric quantities from divided regions to calculate flicker amounts.

A portable device sensor button selects camera modes via manipulation patterns, eliminating bulky separate keys.

A media device automatically retrieves and presents a program's initial portion from memory upon user request.

A solid-state imaging apparatus reorients its pixel array to minimize parasitic capacitance and resistance in vertical signal lines.

A recommendation system aggregates user interactions from search engines and online video providers to generate personalized program suggestions.

Automatic audio delay calibration corrects sound and picture synchronization in televisions, resolving timing mismatches from external frequency sources.

Host acquires imaging unit location data to generate unique file names, resolving multi-camera identification bottlenecks.

A video object tracking system combines temporal tracking results with processed outputs to maintain detection accuracy.

A hydraulic cleaning head moves longitudinally along the optical axis to eject liquid onto a vehicle camera lens.

Segmenting catalogs by device, location, and timeframe resolves the trade-off between personalization capability and system complexity.

A multi surface selective light reflector unit directs light rays to a camera for capturing horizontal disparity stereo panoramas.

Segmenting the display into separate modules with a unified cable simplifies repair and enables independent upgrades.

Assigning optical pattern decoding to high-performance cores reduces latency caused by context switching overhead in mobile devices.

A receiver buffer analysis method identifies a playback start point to ensure adequate data filling.

A control unit adjusts signal charge accumulation time across divided exposure periods within a single imaging cycle.

A graphical interface arranges program cards in chronological series along a time axis for synchronized viewing.

A GIS video sensor acquires contact states through a light-transmitting glass interface, resolving illumination and sealing trade-offs.

A lens driving apparatus uses a stepping motor and rotation sensor to stabilize autofocus speed through dynamic control switching.

A wireless speaker device receives alert commands from a backend server to emit tones for visitor detection.

Sliding modules detect relative positions to generate pointing mode codes, resolving cursor direction inconsistency without adding directional keys.

A dual-hardware display system separates alert interfaces from primary content playback to maintain uninterrupted viewing.

A projector calculates image contrast evaluation values during focus adjustment and projects the difference between current and maximum values on screen.

A detection unit identifies input luminance range to drive conversion.

A system extracts past images similar to new captures and applies their camera settings for analysis.

A DVR blackout management system updates recording schedules based on real-time event notifications.

A processing circuitry estimates point source location using pixel signals and inertial measurement unit data to mitigate motion blur.

A removable storage device runs a virtual camera agent to convert digital video signals.

Concentric plasmonic-dielectric nanostructures encode data via frequency-modulated scattering to boost storage density.

A vehicle vision system amplifies image contrast through brightness transfer filtering and exposure stacking to generate pseudo-high dynamic range frames.

A controller adjusts detection pixel exposure times using histogram analysis to optimize focus sensing.

A correcting lens control mechanism shifts the optical component during frame blanking to maintain continuous image stabilization.

A photosensitive layer with a carrier selective layer manages bias voltage ranges to control photocurrent collection.

Segmented aperture reflection generates depth information without increasing device complexity or manufacturing cost.

A synthesis mask isolates moving objects in long-exposure images to enable handheld slow shutter photography.

A video and motion event integration system synchronizes concise event videos with motion capture sensor data to reduce storage requirements.

A control circuit dissipates accumulated electrical charge during idle periods to prevent pixel saturation.

An asymmetric button layout on a pivotable lock member prevents erroneous operations between controls without adding link mechanisms.

An information processing apparatus detects feature information in AV streams to set playback segments and generate playlist data automatically.

A management engine programmatically enables login functionality while disabling capture functionality on image sensors.

A motion detection method processes composite video signals using 3D Y/C separation to identify moving objects within specific frame blocks.

Uncooled infrared focal plane array converts long-wavelength radiation to visible imagery for display.