Television System Details TRIZ Cases

A synthesis unit adjusts visible and infrared image ratios based on user-selected regions.

A motion detecting device isolates camera shake vectors by excluding object motion vectors from image-based calculations.

Monocular camera system calculates object distance using lane line vanishing points, eliminating gyroscope hardware to reduce device complexity.

Local broadcasting software detects objects using computer vision to align and insert dynamic graphical overlays into live video streams.

A color imaging element uses adjacent green filters in multiple directions to determine luminance correlation at minimum pixel intervals.

Imaging system applies variable pixel density via 1:n and 1:m mapping ratios, resolving the trade-off between high resolution and wide field of view.

A railcar mover visual assist system uses multiple cameras to generate a composite top view image for the operator display.

Frequency division separates shake correction between optical and electronic units, reducing calculation load while preventing image disturbances.

Programmable templates control sequential flash firing to customize spectral content, ensuring consistent light metering across rapid burst-mode captures.

An acoustic pattern identifier analyzes spectral characteristics to match audio portions and synchronize media content.

A processor detects image variation in high-speed video frames to generate extended slow motion intervals.

Multi-sound source processors generate virtual screen sound sources by overlapping individual acoustic signals from selected loudspeaker sets.

A segmented image sensor module separates the signal processing chip from the sensor chip on a common PCB.

A shooting interface moves effect controls along a sliding direction to select a target control.

Multiplexing selects individual TMOS pixels to reduce thermal dead-time and leakage in infrared imaging.

A passive-active terminal adapter substitutes termination impedance to minimize signal reflections.

A display panel generates sound by vibrating through integrated devices that apply gain values calculated from detected image objects.

Synchronization control units determine recording timing via time-series data exchange, eliminating external signal generators and reducing system complexity.

A panoramic image pickup apparatus combines inertial sensor data with actual image alignment to generate real-time progress information for the user.

A display device detects mobile terminal touch locations using catadioptric cameras and NFC tags to initiate wireless data transfer.

Terminal device transmits arrangement pattern information to a surveillance camera system for automatic parameter calculation and image capture.

Inclined surfaces on light blocking plates redirect stray light to suppress flare, enabling thinner device integration without increasing thickness.

A method captures multiple lower resolution sub images and stitches them to form a high resolution output image.

Extending color gradation digits for content-associated sub-pixels eliminates stratification and smooths transitions without uniform processing overhead.

A digital signal transmission apparatus divides signals into groups and modulates them using orthogonal frequency division multiplexing.

A networked personal video recording system allocates television tuners and storage buffers to multiple clients for simultaneous viewing.

A camera viewfinder system generates priority overlays to guide operators toward high-value subjects during live event recording.

An image processing apparatus extracts characteristic information from acquired images to communicate with a guide retrieval device.

Segmenting the detection area into independent pixels reduces capacitance and dark-current, enabling high X-ray throughput without signal pile-up.

Electronic program guide system re-modulates content streams to update channel assignments, preventing information loss during distribution scheme changes.

Replacing piston structures with rotating vanes reduces occupancy space and operation noise while maintaining air compression capability.

Positioning the structured light camera behind the display screen enables accurate depth calculation without requiring physical openings in the panel.

A field of view expander uses angled mirrors to project an expanded image onto a single sensor.

A computing system records user visibility window placement to generate customized video with audio and visual overlays.

An image analysis system intercepts set-top box signals to determine channel activity using brightness and text recognition.

A camera adjusts preliminary illumination color temperature to match ambient light, enabling accurate reflected light measurement.

A ball-shaped camera housing rotates within a mounting receptacle to adjust the viewing angle while keeping the lens fixed.

A processing apparatus calculates frame scores using luminance and edge detection to identify key frames within video sequences.

A function assignment interface segments assignable operations into selectable groups to streamline user customization workflows.

Corrects calibration drift in infrared detectors by applying normalized resistance ratio factors, eliminating ghost images without thermal regulation.

An adaptive analyzer divides same-color pixels into groups to calculate correction ratios per macro block for image sensors.

Luminance-based W extraction maximizes gamut boundary usage while reducing computational complexity in display color conversion.

A video display apparatus adjusts its pixel clock based on time deltas between desired and actual frame presentation timestamps.

A laser display apparatus controls output values by identifying Auto Power Control areas outside the rendering range.

An editing apparatus switches playback between moving images by automatically setting a reference point at the last played-back position of the first image.

Mechanical vibration of the lens creates steeper sharpness score slopes, resolving measurement precision versus processing time trade-offs.

A dual transmission system switches between optical fiber and electrical cables to maintain image quality during signal loss.