Television System Details TRIZ Cases

An adjustable camera head stabilizes imaging equipment on moving vehicles by using gyro sensors to detect unwanted movement and motors to counteract it.

A mobile device processor integrates pattern code recognition into the camera application interface to store linked data alongside captured images.

A video display system switches tone mapping modes to stabilize luminance and color during playback.

A camera design uses a segmented color filter array to simultaneously capture visible and near-infrared images at full sensor resolution.

A video processing method extracts target objects from frames and fills regions using prior background data to maintain high-quality completion effects.

A projection system uses a camera to record calibration patterns and applies correction transforms to align multiple projectors.

A gaze tracker calculates eye images using two cameras and lightings to extract cornea and pupil points for vector determination.

Segmenting calibration into on-board coarse and external fine stages reduces processing time from hours to minutes while maintaining measurement precision.

Dual contact pad sets on an expanded smart card increase data exchange capacity while maintaining ISO 7816 compatibility.

A spherical pin-hole model maps image data onto a focal sphere to determine accurate coordinates across the entire field of view.

An image sensor extracts inflection point data to align photoelectric conversion characteristics across pixels.

An automated curation engine selects high-quality recordings based on learned user preferences, reducing manual effort while maintaining sharing accuracy.

A processing apparatus detects cards and user instructions within a projection region to generate dynamic images.

A four-element optical imaging lens design compresses axial length while expanding field of view and aperture.

A vehicle display system estimates driver-side illuminance from dashboard sensor data to adjust video brightness accurately.

A condenser lens with higher peripheral transmittance optically corrects illumination nonuniformity, avoiding noise amplification from signal processing.

A pressure sensing module detects shutter deformation to determine the optimal viewfinding moment for image capture.

Integrating digital filters within the DMA engine processes data during transfer, reducing processor resource utilization and energy consumption.

Inverting lighting ratios with LEDs reduces power consumption while enhancing image depth.

An imaging device uses importance degree information to dynamically adjust focus states, reducing crosstalk interference between independent optical systems.

Imaging apparatus calculates a second focus evaluation value based on contrast to generate accurate focus assist video images.

Comparing bidirectional and unidirectional motion vectors identifies occlusion regions, eliminating halo effects from missing luminance data.

A display control apparatus assigns items to multiple categories via plug-ins.

A detection unit identifies flash bands across multiple frames while a correction unit interpolates missing rows to create a full-screen flash image.

A fingerprint sensor uses dynamic pixel binning to adapt to display structures.

Batch deposition eliminates manual alignment and masking steps, improving yield for focal plane array assembly.

A network intermediary device connects to an apparatus via a local interface to provide additional functionality without requiring unique identifiers.

Electronic control unit adjusts a camera module based on mirror head rotation to update the display field of view.

Segmented pixel arrays enable multiple subframe exposures to reduce readout noise and prevent saturation while maintaining low-light sensitivity.

A virtual keypad interface allows users to select broadcast channels via a pointer on the display.

Synchronous detection processing on outputs from multi-filter light receivers resolves the low resolution of separate infrared range imaging pixels.

Synchronized LED flashes eliminate cross-interference, enabling flexible sensor placement without complex directional alignment.

A recording apparatus manages storage capacity by assigning priority levels to data items and selectively deleting low-priority content.

An imaging device transfers digital codes from adjacent latches to detect signal line issues and dark current effects.

An electronic apparatus transmits partial images to a display device based on user viewpoint movement characteristics.

A front-end circuit disables an input transistor during photo detection to prevent gate leakage current from affecting a capacitive node.

Reconstructs high-resolution thermal images from multiple low-resolution frames, avoiding expensive high-pixel detector hardware.

A lock confirmation circuit adjusts output pulse widths to verify frequency locking status between transmission and reception apparatuses.

Virtual masks remove camera accessories from mobile images, reducing processing time and battery consumption while maintaining image quality.

Pinhole aperture cameras immerse in silicone oil to eliminate refraction and optical aberrations during triaxial soil volume measurements.

Directional keys on a side-mounted manipulation panel allow direct channel number input, resolving sequential navigation bottlenecks in narrow bezel designs.

A rolling shutter depth sensor shifts illumination phase at the center row start exposure to maximize signal amplitude.

A webcam apparatus uses a transparent energy transfer device to attach an image capture unit to a display screen edge.

A camera system adjusts the image stabilization center position to compensate for optical axis displacement.

A face image processing system applies predefined color modification patterns to selected facial characteristics for straightforward visual adjustments.

Integrating a spectrum sensor region into an image sensor reduces system complexity and cost while maintaining measurement precision for organic materials.

A data transmission circuit manages local and global buffers to control shift register activity.

Client device detects play requests to synchronize video streams with closed captioning information for instant replay playback.