Television System Details TRIZ Cases

A heat diffusing plate features a stepped portion housing a frame support wall, improving heat dissipation without increasing device thickness.

A compound-eye camera uses a processor to enhance low-resolution images with high-resolution components from adjacent regions.

A system associates user comments with specific video playback times and generates thumbnail images for social sharing.

Interactive media guidance application searches channels using user-selected categories and keywords to match content preferences.

Independent plane processing adjusts resolution per content type, maintaining high refresh rates while preventing visual artifacts.

A setting unit extends eye selection regions based on face edge proximity to ensure accurate focus detection.

A pixel bias current supply uses a current bypass feature to maintain stable output.

A drive control unit simultaneously drives multiple pixel rows in a solid-state imaging device to reduce circuit area.

An operation apparatus transmits preset restoring signals to synchronize multiple content reproduction devices.

Segmenting the interface into distinct windows manages display complexity while integrating cloud-sourced viewing history for accurate recommendations.

Segmenting the power supply into fixed and variable modules stabilizes output voltage while reducing circuit complexity and control overhead.

Guide structures constrain the display path during tilting to prevent wall collisions while maintaining a constant distance from the surface.

A CMOS imaging device corrects video signal gain to stabilize brightness and color under fluorescent illumination.

Merging source and drain regions in a 2x2 array increases the filling coefficient, boosting full-well charge capacity and imaging quality.

A service server calculates program priority using collaborative filtering to generate personalized recommendation lists for IPTV users.

A surgical microscope processes fluorescence images based on application parameters to optimize overlay with color representations.

Synchronization unit allocates time information to align plural digital audio signals with different sampling rates.

Varying first and second connector sizes increases pixel occupancy while maintaining control signal integrity.

Segmenting acquisition and tracking with a second on-axis camera compensates for platform flexure and mounting inaccuracies to improve handoff precision.

A processing apparatus manages image output timings across a shared data bus to prevent transmission collisions.

A pixel frequency converting element shifts detection signal frequencies to improve the signal-to-noise ratio in image forming apparatuses.

Real-time beam spot detection adjusts MEMS mirror positions, suppressing vibration-induced perturbations and residual modulation during high-speed switching.

A photosensor arrangement uses back-side illumination to place a capacitor over the photodiode, enabling correlated double sampling for noise reduction.

A multimedia signal transmission device uses a clock index to synchronize differential signals for optical conversion.

An adhesive agent path in the housing guides bonding material away from the optical system, preventing intrusion while maintaining structural strength.

A control method distinguishes layout images from non-layout images based on user browsing status before transmission.

A time synchronization apparatus analyzes incoming timestamps to correct noise-like errors before adjusting the network video recorder clock.

Sub-wavelength silicon posts correct spherical and chromatic aberrations, reducing bulk while maintaining high numerical aperture.

A time-of-flight sensor uses an I/Q counter circuit to process analog signals from pixel arrays.

Vertical lens stacking and a unified hood design maintain compact size while ensuring high lateral image position accuracy.

Camera device identifies target scene location and searches social networks for attractive images to generate composition recommendations.

A synchronization control device uses color image sensors to detect indicator lights and emits infrared signals to align TV and set-top box power states.

A cloud-based recording manager service distributes media content across multiple devices via scalable storage infrastructure.

Vertical charge storage wells shield storage regions from backside illumination, resolving fill-factor degradation in global shutter applications.

Separating incoherent background from coherent signals via mask-based subtraction to reduce scattering artefacts.

A 3D challenge-response system uses virtual camera navigation to verify human identity.

A display apparatus uses a processor to identify connected devices and activates a detachable wireless power transmitter only when needed.

Segmented brightness correction adjusts background gamma in dark scenes, preventing dim backgrounds while keeping the car sharp.

Single imaging unit merges camera and drive recording functions, eliminating complex wiring and improving vehicle aesthetics.

Flat coil assembly generates Lorentz forces to adjust mobile component position, reducing actuator complexity and parasitic motion in miniature cameras.

A receiving portion positioned between electrodes and a release hole intercepts sputtered sealant to prevent short circuits in MEMS devices.

A street-level imagery selection system segments a road network graph into linear paths to prioritize panorama publication for interior segments and intersections.

A camera control unit dynamically adjusts the focus adjustment optical system position based on detected in-focus positions and subject movement data.

Dynamic exposure time switching in focus state detection sensors adapts to scene brightness levels.

Pre-aligned optical axes in an integral multi-lens frame eliminate complex post-assembly calibration while maintaining high imaging quality.

A movable bracket maintains fixed spacing between camera and light modules, resolving manufacturing precision versus device complexity trade-offs.

An image display device stores replayed content and transmits it to network users through a drag-and-drop interface.

Integrating an induction coil into the lens holder eliminates bulky external resistive heating elements, reducing assembly complexity and manufacturing cost.

A system detects matching words in audio and document text to enable precise video navigation.

A projection optical system uses an intermediate image-forming point between two lens groups to condense light and scan the beam efficiently.