Television System Details TRIZ Cases

A Cd-Te direct conversion imaging system applies individual pixel calibration corrections to enable high frame rate data acquisition.

A digital video camera separates image data streams to manage output volume and transmission frequency.

A panoramic video editing method tracks salient objects to adjust playback angles and speed for seamless viewing.

Synchronizing alternating current discharge with color wheel segments prevents flicker while enabling arbitrary segment periods and higher luminance.

Sensor feedback triggers image capture based on directional vectors and time intervals, maintaining consistent spacing despite variable hand movement speeds.

Recessed glass sheet periphery eliminates claw shading during vapor deposition, ensuring complete inorganic film coverage and reducing ghost effects.

Removing low-information frames adjusts DTS-PCR values to maintain decoder buffer stability during ad insertion, avoiding transcoding complexity.

A reproduction device adjusts output timing of image data and metadata to ensure accurate processing.

A quantum dot layer converts ultraviolet or infrared light into visible wavelengths for standard photodiodes.

A combining ratio calculation unit adjusts image mixing based on detected position offsets between multi-exposure frames.

Gradient-based weighting of similar neighbors corrects defective pixels, preserving edge details and improving signal-to-noise ratio.

A management server determines autonomous vehicle stop positions by collating camera images with pre-registered reference data.

Event sensing system applies random filtering mask to drop redundant events, reducing bandwidth and latency while maintaining capture quality.

A display calibration system uses sensing devices to generate pre-compensating maps that correct geometric and color distortions.

An imaging device calculates a white balance coefficient by limiting the flash ratio within a calculated range to suppress pixel position disturbances.

A camera duct integrates a heat dissipation fan between sensor and circuit substrates to move air through the device.

Segmented mounting assembly and light-blocking chamber resolve setup complexity and optical interference in teleprompter designs.

Interchangeable connector modules link display panels to monitor housings, enabling component-level modifications without system redesign.

A moving image reproduction unit generates display object information using difference data between frames to accelerate animation playback.

Deflecting the projection lens projects high resolution images directly, avoiding distortion and deformation caused by pixel shift conversion methods.

A phase difference pixel arrangement combines adjacent signal charges to calculate an arithmetic mean for focus detection.

A camera system uses a shared oscillator to synchronize image data output from multiple imaging elements.

Merging wide and narrow field of view feeds stabilizes captured media, resolving operator-induced motion artifacts while maintaining device form factor.

A 2x2 pixel sharing arrangement enables charge binning for color image sensors.

An image comparison device calculates scaling ratios by measuring specific object lengths in predetermined directions across two images.

A processor detects regions of interest in images to dynamically adjust infrared projector power and timing based on real-time conditions.

Switching between face and body region tracking maintains continuity when face detection fails, resolving reliability issues in dynamic environments.

MEMS motion sensors in a gesture remote replace physical buttons, resolving the trade-off between expanded functionality and ease of operation.

Coils tilt a printed wiring board to stabilize images while moving the lens barrel for focus, reducing device complexity.

A segmented light shielding structure applies independent voltages to boost the floating diffusion node charge storage capacity in image sensors.

Segmented camera connector near tailgate hinge allows safe disconnection without specialized skills, improving visibility when the tailgate is removed.

Dual readout control in a MOS imaging device segments pixels into groups for live view, still capture, and brightness correction to resolve quality trade-offs.

A lens array with micro lenses enables single-frame high dynamic range imaging by segmenting pixel functions.

A handheld microarray reader uses an LED light source and a CCD camera to detect fluorescence from biological samples.

A media player switching system transitions between video and audio playback modes based on display state changes.

Ridges on a lens barrel mate with sensor channels while wedge shims adjust optical axis alignment.

A six-element mobile lens assembly uses aspheric surfaces to correct optical aberrations.

Staggered slots in multi-layer light shields relieve stress without causing leakage, ensuring accurate dark current measurement.

A variable rate pixel data transfer system dynamically adjusts sensor readout intervals to minimize required memory buffer capacity.

A display apparatus selects tone mapping processes based on sub-content presence to maintain image quality.

A mosaic image system subdivides edge regions to enhance visual recognizability.

Content recommendation engine generates personalized TV program suggestions based on viewer habits and profile data.

Integrating an opaque conductive layer onto the lens set reduces electromagnetic interference without adding separate shielding structures.

A depletion-type selecting transistor reduces on-resistance by routing current through the bulk side of the pixel structure.

Solar-powered modular camera mounts adapt to varying plate dimensions, eliminating complex wiring and frequent battery replacements.

A magnetic flux shielding member redirects stray fields from the image stabilizer magnet, preventing dust attraction and protecting internal components.

Light bending films redirect illumination toward camera field of view edges, eliminating glare and dark regions caused by irregular hand shapes.

A GNSS jammer detection system merges radio frequency position data with optical flow imagery to identify and track interference sources.

A digital image browsing system generates dynamic subsets based on common categories to display related images alongside a user-selected target.

Television extracts content metadata to automate purchases, eliminating device switching and reducing time spent searching for products.

A mobile terminal groups subordinate images based on a reference image to display them at determined positions.

Three positive lens components with identical Abbe numbers reduce device height while maintaining high-resolution image quality.

Removing far end parts prevents full circle confusion while maintaining operator attention during tight turns.

Live view image with annotation overlays reduces processing burden by enabling real-time editing and verification of extracted data fields.

An automatic alignment apparatus uses cameras and a beam splitter to capture images and generate movement control signals for precise component positioning.

Iterative crop window sizing reduces jitter while preserving important content.

Interpolates calibration data between two known planes to resolve time-consuming setup constraints across inaccessible 3D volumes.

A ramp run-up AD conversion circuit uses segmented latches to hold clock signals and converted values during pixel processing.

A camera lens transmits focus drive direction data to the body for precise wobble control.

Dynamic seam adjustment repositions stitching lines using object distance data to eliminate artifacts caused by nearby objects in overlapping image areas.

Segmented red, green, and blue channels with dedicated feedback capacitors cancel reset noise while managing sense node capacitance.

Hardened word aligner detects control character commonality in FPGA fabric, reducing synchronization lock time for non-unique HDMI 2.0 patterns.

A detection sub-circuit controls a connection state to route audio signals through a single interface for both input and output operations.

Motion compensated temporal filtering merges high ISO frames to reduce image noise and blur, resolving the trade-off between low-light brightness and sharpness.

Segmenting control modules allows a dedicated manager to sustain camera responsiveness while reducing overall system power consumption.

High frame rate CMOS sensor captures images using an auxiliary light source that operates on a duty cycle to provide selective illumination.

Electronic program guides combine multiple search criteria within a single interface to streamline user navigation.

Selective focus detection processes with intermittent light emission optimize assist light usage and improve detection speed in low-light conditions.

A lens controller maintains optical member position during operation mode changes to ensure consistent iris control.

A computing device overlays visual indicators on primary video content to signal available secondary camera feeds for seamless multi-perspective editing.

A flash unit with a movable light emitting unit pops up via rotating shafts to reduce lens shadow while avoiding display collision.

A superimposed signal generating circuit multiplexes imaging and control data onto a single transmission path within an endoscope system.

A remote control registers with both client and server devices to broadcast signals directly to the server.

A microprocessor adjusts light source intensity based on image brightness data to enhance display contrast.

A dual image display system separates on-screen controls from the main view using a second device.

Sharing focal scores between sensor systems coordinates lens positions, preventing independent focusing errors that degrade image quality.

A mobile handheld device adjusts screen and keypad backlighting independently using a processor-connected algorithm.

Segmented inductive vents in a non-porous membrane block liquid ingress while maintaining acoustic signal transmission.

Satellite positioning triggers geographic restrictions to prevent unauthorized photography and protect proprietary information.

Deriving disparity vectors from depth data reduces bit requirements for coding while maintaining high prediction accuracy.

Laterally offset optical axes in a dual-lens assembly reduce blind spots and simplify stitching algorithms.

Audio analysis module detects events in muted secondary channels to trigger automatic output switching.

Luminance estimator arranges timestamped pixel events into static images using controlled light emission.

Band-pass filters in a single pixel separate visible and infrared light, enabling simultaneous color and depth capture while reducing sensor size and cost.

Information processing system transmits wide-view images to communication terminals.

A camera body integrates a diaphragm and an ND filter to control incident light for automatic black balance adjustment.

Outer cover merges waterproof film and air vent to reduce assembly cost and prevent water droplet backflow.

Terminal apparatus updates user schedules automatically by extracting data from incoming service provider reservation messages.

A display driving method segments drive voltage into correction and emission signals to extend mobility correction time.

A camera captures images of a patterned target coated with infrared absorbing dye to detect smoke presence.

An integrated multi-stage switch controls power and positions a shutter within the field of view for flat field correction.

Power manager constrains AC consumption below signaling thresholds. PIR sensors verify thermal changes to eliminate false infrared reflections.

A pixel voltage regulator circuit stabilizes the reset level using a replica transistor and feedback loop.

Dual-surface FIPEL backlight panels reduce viewer fatigue by softening contrast between the display screen and backdrop without adding circuitry complexity.

A shutterless far-infrared camera corrects fixed pattern noise by smoothing drift coefficients derived from high pass filter values.

A joystick mapping system generates customized control profiles by analyzing user operation patterns to enhance camera movement responsiveness.

A 3D display processor rotates displayed images based on real-time user location data to maintain optimal viewing angles.

Dynamic cropping factor adapts to motion intensity, resolving the trade-off between stabilization reliability and field of view preservation.