Television System Details TRIZ Cases
- Vehicular Camera Focus Stability via Low CTE Stanchions
Low CTE stanchions attach the printed circuit board to maintain lens focus across wide temperature ranges.
- TV Program Search Using Image Metadata
A TV program searching apparatus reads additional information from received images to identify related broadcast content.
- Unified Discovery Interface for Media Content Expansion
A unified discovery interface collects broadcast and non-broadcast content into a single view with expandable graphical tiles.
- Pseudo-Thinning-Out Pixel Driving for CMOS Image Sensors
A pixel driving section performs pseudo thinning-out reading addition by alternately scanning pixel columns to enable flexible data extraction.
- Mobile Device Virtual Remote Control for Entertainment Systems
Consolidating multiple physical remotes into one mobile device simplifies user navigation and eliminates the complexity of managing separate controllers.
- Power Management for PoC Devices Preventing Overrun Loops
A processing device manages power modes in PoC systems by reading records to restrict target devices from switching to high power.
- Lens Shading Correction Using B-Spline Zone Partitioning
A multi-zone technique using two-dimensional B-spline curve fitting partitions image sensors for precise shading correction.
- Hybrid Robotic Virtual Camera for Smooth Tracking
A hybrid camera system uses virtual resampling to track dynamic objects with high resolution.
- Hybrid Holographic Display for Wide Field of View
A hybrid holographic display system segments the visual field into a central Spatial Light Modulator region and an adjacent secondary image display to expand the viewing area.
- Media Content Personalization via Data Chunk Assembly
A media content personalization computing system receives data chunks and generates personalized versions based on user-specific factors.
- Orthogonal Dual-View Imaging for 3D Precipitation Particle Reconstruction
Orthogonal dual-view imaging system captures precipitation particles using synchronized planar cameras and pulse light sources.