Television System Details TRIZ Cases

Segmented photosensitive regions switch between voltage references to maintain capacitance, reducing photon shot noise while preserving output voltage swing.

A mobile terminal liquid crystal panel removes part of its control region to accommodate a front camera.

A camera dome noise reduction method applies a low-pass filter to captured images based on current zoom values and the dome's modulation transfer function.

Mechanical actuation changes the emitting area of a MEMS heater to modulate infrared intensity, bypassing thermal time constant limits.

Silicon gel around suspension wires reduces resonant vibration amplitude, stabilizing the optics assembly without adding active control complexity.

A video playback system divides original images into regions of interest and renders triggering event data to separate windows.

A control system adjusts a spatial envelope for shape memory alloy actuators based on resistance feedback.

Circuitry generates wide angle video data by incorporating make-up image data captured at a later time.

Generating a variable bit encoded stream by selecting portions of video data from different constant bit rate streams optimizes playback quality.

Information record medium segments multiplexed streams into distinct packet regions for rapid program selection.

Primary device copies DVD content to hard drive, transcoding data into MPEG transport streams for networked playback.

A voice coil assembly senses diffuser screen position by detecting back-EMF voltage across the coil terminals.

A wearable image sharing system detects predetermined triggers to display specific recorded segments on an operator terminal.

A broadcast signal receiving apparatus converts received signals into mobile-compatible formats and transmits them via wireless communication.

Dual-lenslet photonic integrated circuit imagers use optical prisms and waveguides to couple lenslets for extended baseline separation.

Modulated spot patterns expand angular coverage while maintaining signal-to-background ratios for precise depth mapping of complex scenes.

Box-shaped acoustic resonator mounted on display case induces sound wave resonance to improve audio balance.

Dynamic pixel region selection adapts exposure control to varying subject positions, ensuring consistent image density across different radiographic sites.

A filtering unit applies summation or differential filters to image signals based on f-number thresholds.

An image reproduction controller adjusts frame rates to prevent display artifacts.

A 3D display interface merges the preview image with a control menu for simultaneous parameter adjustment.

A lens drive device uses electromagnetic interaction between a magnet and coil to position the carrier.

Television automatically generates and sends operational status emails to designated addresses, eliminating manual monitoring setup.

Relocating spectral filters outside constituent image sensors reduces crosstalk from light leakage between optical channels.

A live panning system moves a cropping window across an image sensor array to maintain a region of interest without mechanical displacement.

Independent camera exposure settings capture depth data to update local area models, removing external active illumination sources.

A media player system displays notifications in screen corners to enable user interaction without blocking content.

A display device deco frame uses light transmissive material to refract and diffuse internal light for clear operating state indication.

A photo management system selects representative images by jointly maximizing quality and diversity through hierarchical clustering.

Stereoscopic camera with fluorescence visualization combines visible and near-infrared light sources to superimpose emission data on 3D images.

Link parts convert linear motion from external knobs into rotational lens movement, eliminating stage adjustments and reducing damage risk.

Rotating image sensors to portrait orientation expands vertical field of view while reducing memory and bandwidth requirements for panoramic imaging.

Decreasing color saturation from the microimage centroid in a plenoptic camera sensor improves light sensitivity and reduces chromatic aberrations.

A preview contents generating server produces and transmits relevant data to broadcasting terminals during application loading periods.

Timer-controlled relays activate vehicle cameras only during specific events, reducing energy consumption from continuous recording.

An image splitter divides a single source into two paths, resolving eyebox accessibility constraints for both occupants.

A display controlling unit switches between enlarged and full-screen live view images to manage image sensor settings.

A vehicle periphery monitoring device switches between current and past image data to show positional relationships.

A smartboard channel switching method detects target system states and automatically wakes the PC module during transitions.

Region-based contrast weighting corrects rolling shutter positional errors, enabling high-precision autofocusing without expensive hardware upgrades.

Information processing apparatus adjusts projection light amounts per direction to optimize reflected light intensity for image capturing.

A reference item redirects extra content retrieval to enable simultaneous display with main content on a single device.

Negative offset voltage subtraction expands dynamic range and reduces noise, preventing image saturation in high temperature CMOS sensors.

Automated imaging plane tilter adjusts optical axis orientation based on multi-area focus detection signals.

Eye proximity detection inhibits function execution on specific operating members, preventing unintended lock activations while looking through the viewfinder.

A display device extracts major video sections based on selected character regions and displays progress bars with varying images.

An HDMI repeater extracts time stamps from separate paths to apply delay corrections, resolving lip-sync deviations without increasing data transmission.

An embedded media player within an Internet browser requests and presents media streams from a Set-Top Box.

A moving object controller authenticates users via a mobile terminal to enable image capture and data transmission.