Television System Details TRIZ Cases

An observation device controller detects focus position by identifying the minimum evaluation value between multiple contrast peaks.

A digital image noise reduction method mixes high-frequency optimal primary color signals with worst signal components to preserve details.

Optical flow calculates bidirectional motion vectors to eliminate blocking effects and handle occlusion regions in video frame interpolation.

Infrared mask with hollowed-out regions directs light through display panel to photosensitive layer, eliminating bulky optical lenses.

Triangulated graph models establish spatial correspondences between segmented body parts to resolve clothing and illumination variations.

A radiographic image capture device determines radiation presence using a ratio of values from two distinct sensors.

Histogram-based luminance transformation compensates for saturation loss and interface blurs by adjusting chroma signals alongside luminance.

A focus detection device corrects image shift amounts using angular velocity data to maintain charge storing time synchronism across pixels.

A crossfire camera system positions overlapping fields of view to capture a full 360-degree angle of view.

A plenoptic camera design methodology analyzes optical parameters to capture light-field images with extended depth of field.

Segmented ventilation channels in a universal mounting base cool electronic devices and prevent overheating without increasing manufacturing complexity.

A sample-and-hold interface circuit uses a PMOS-controlled voltage divider to manage input signals.

A submersible drone transmits inspection images via wireless signals through liquid transformer oil using a multiplexer for camera feed management.

Segmented read-out block retrieves pixel signals simultaneously across multiple channels, reducing read-out time while maintaining high image resolution.

Direct video data transmission from master to module devices eliminates boot screen jumping during power-on.

A controller adjusts a movable lens to distinct imaging conditions during multiple exposures for accurate dark image signal acquisition.

A feedback control unit dynamically adjusts clamp and triggering levels in video signal processing circuits.

A media playback control device identifies and displays most recently accessed playable media items through a dedicated visual indication mechanism.

A camera system analyzes contour point positions to dynamically adjust search zone settings and optimize reading reliability.

Motion sensors trigger peer-to-peer synchronization between mobile cameras, resolving timestamp drift in independent oscillators.

A comb filtering system generates field quality signals to adjust processing modes.

Extracting video fingerprints enables automated content identification, reducing storage capacity and computational complexity.

Heating a thermoplastic alignment element enables precise sensor board positioning without clean room requirements or complex UV curing processes.

Local slope correction removes manufacturing-induced signal variations and color shading for improved imaging quality.

A pixel unit uses a quantum film photoelectric conversion unit coupled to an oxide semiconductor transistor for signal sensing.

A color correction matrix modifies light engine commands using measured output values to match reference standards.

Assigns display durations to frames based on a set playing speed, resolving oscillation effects and resource bottlenecks in compressed digital video sequences.

A blurring element shapes light spread between modulators to achieve a desired point spread function.

Vertical capacitor stacking reduces column height in CMOS imagers, conserving layout space while preserving capacitance values and sensing performance.

Time-domain multiplexing activates image sensor readout circuits at varied times within row periods, reducing peak-to-average power ratio and mitigating noise.

Cloud-based A/V doorbell systems upload video footage to enable remote status alerts for secondary devices like smart locks.

A multi-exposure imaging system captures simultaneous images at different exposure values to generate output data.

A four-element lens assembly uses aspheric surfaces to reduce total track length in compact camera modules.

A display circuit uses staggered scramble processing timings across multiple buses to minimize electromagnetic interference noise without adding components.

A vehicle vision system combines image vision and dynamic vision sensor pixels to capture gray level transitions for event-based motion detection.

A control unit selects specific filter information from storage to create a correction filter for captured images.

A ruggedized industrial LED controller monitors gate operations and records usage data for access control systems.

A display device processes image signals using nonlinear conversion to adjust luminance information based on specific display characteristics.

A display device applies dynamic correction amounts to image signals based on detected apparatus states.

Dual exposure image processing evaluates region brightness to exclude saturated areas, ensuring accurate white balance without increasing circuit size.

A cylindrical beam splitter directs light to a camera lens while reflecting other angles.

A video processing apparatus adjusts focus using stored position and timing information from preliminary shots.

A metal housing transfers internal heat to the transparent cover member to suppress dew condensation on industrial image sensors.

Segmented pixel array with dedicated current sources enables independent charge reset and readout operations, increasing frame rate in continuous imaging.

Synchronized controller logic switches between wide and telephoto lenses, eliminating slow sequential movement delays while maintaining compact form factors.

A control unit extends the non-operating period threshold when a time setting screen is active to prevent unintended power saving activation.

A camera vision system adjusts focus based on distance sensor signals to capture accurate object images.

Dynamic clock frequency adjustment reduces power consumption during low-data-rate channel surfing.

A current mode pixel readout circuit samples output voltage and current across two phases to enable radiation sensing.