Television System Details TRIZ Cases

A time-based CMOS image sensor applies distinct reset voltages to the photodiode and floating diffusion node.

Inverting mirror rotation to rotate the camera eliminates optical distortion while maintaining spatial resolution during wide area surveillance.

Video processor crops and scales signal portions to merge composite images, reducing primary image obstruction while preserving secondary detail.

Lens controller buffers focus position data to prevent signal collisions during contrast autofocus operations.

A dual decoder architecture handles offspeed video playback by using a stateless single-frame decoder for random access operations.

A mobile terminal processor classifies captured images to determine user satisfaction and adjusts camera parameters accordingly.

A geo-location video archive system embeds GPS data in mobile recordings for immediate expert review.

A defective pixel correction apparatus applies linear interpolation to image signals for initial defect repair.

Shared circulation and transfer gates direct photocharges through pixel arrays to resolve distance measurement precision limits in time of flight sensing.

A companion device streams personal camera content via social media applications, eliminating post-activity upload delays.

A virtual location management computing system captures spatial data via 360-degree cameras to enable remote site evaluation.

Image processing apparatus combines parallax images to generate moving image data with a viewpoint movement effect.

A remote controller with a secondary display retrieves and shows content metadata.

Amplifier transistor gate-source capacitance boosts floating diffusion reset level during pixel cell operation.

Detecting telecine patterns via programmable thresholds enables accurate 24 fps reconstruction, eliminating comb artifacts on modern displays.

A CMOS image sensor partitions pixels into blocks with coordinated AD conversion to enable precise phase difference detection.

A CMOS onboard camera uses a polarization plate to reduce interior reflections from dashboards.

A vehicle recording control device detects user changes via position data to manage capture-data storage.

A video display apparatus scales a predetermined window region from received signals and superimposes a user-specified object region for synchronized composition.

A controller captures facial images to extract health status information using normalized imaging conditions.

Moveable camera modules adjust positions to increase image area overlap, reducing noise and enhancing light capture at high zoom levels.

A mirror micromechanical structure uses a shaped cavity to allow unobstructed light reflection.

A time-delay-and-integrate image sensor adjusts integration stages to manage photocharge accumulation across varying light intensities.

Segmented terminals on a bent flexible wiring substrate reduce stiffness, allowing precise inclination adjustment of the imaging element unit.

A digital camera processes image data to match user-selected aspect ratios during live view mode using a movable mirror mechanism.

A digital camera shifts the through-image extraction frame to visually represent detected motion.

Dynamic region of interest switching adjusts vehicle camera exposure weights based on environmental illuminance estimation.

A dynamic light path structure switches between transmission and reflection states to enable image display in transmissive regions.

A user programmable image processing module loads custom algorithms directly into smart cameras via JTAG ports.

A three-lens optical assembly uses aspheric surfaces to reduce total track length while maintaining high resolution.

Autonomous thermal cameras with gimbal motion detect equipment temperatures and intrusions without manual intervention.

Segmented hinge structures enable 180-degree display rotation via sliding contact, avoiding complex biaxial mechanisms that increase device size.

A wiring circuit board terminal fills an insulating opening with a solid portion, dispersing stress to prevent damage while maintaining thinness.

A machine-implemented authoring method links user-specified titles to applications via playlist files for HD DVD playback.

A camera accessory display controller manages information visibility through dynamic activation logic.

An assisting transistor manages signal line current transitions, preventing power source potential fluctuations and overshoot currents during reconnection.

Dual-ported block RAM enables uninterrupted DMA transfers, allowing real-time video stream rearrangement without increasing hardware complexity.

A recording apparatus stores reproduction path information to enable selective image data transmission via predefined playlists.

Integrating a detector into the display structure reduces wiring space, resolving the trade-off between detection accuracy and device volume.

Nested signal storage units enable sequential electrical signal processing, preventing distortion and interference in CMOS image sensors.

A program guide generation apparatus calculates time-base and inside content sizes to adjust display frame dimensions dynamically.

A fixed light blocking member prevents diffuse reflection interference in pan cameras by separating rotating illumination from camera optics.

Integrating a three-dimensional surface scanning subsystem with an OCT line scan eliminates hand-held positioning errors and simplifies optical hardware.

Autonomous slave cameras detect modulated light from masters to adjust exposure timing, preventing false depth profiles without network infrastructure.

A wireless headphone dock detects presence to route audio signals automatically.

GPU parallel image measurement system extracts radial cable insulation thickness via machine vision analysis.

Switchable image realization surfaces enable multi-depth virtual image projection, resolving fixed-depth clutter in vehicle head-up displays.

Iterative feature conversion refines object classification and range estimation in video surveillance systems.

Reflective polyurethane leather eliminates external power requirements by producing vibrant holographic effects only when recorded with a camera light source.