Television System Details TRIZ Cases

A video recording apparatus adjusts imaging timings to increase blur differences during lens wobbling.

A rotating reflecting module redirects light to lenses, reducing power consumption by moving lightweight optics instead of heavy sensors.

A processor projects input values onto a color gamut to select primary values with the smallest error for electro-optic displays.

A video processing system detects program endings by analyzing high-contrast pixel densities in frames to identify text blocks.

Internal content provider module loads on demand to organize and deliver media data from subservices to the display.

A motor adjusts the exposed display area to reduce power consumption from constant full exposure.

Infrared illumination augments low-light camera sensors, while post-processing corrects color distortion caused by invisible light sources.

Segmented microphone assemblies calculate signal coherence to identify wind interference, enabling dynamic beam pattern adaptation based on device orientation.

A camera module suspension wire and elastic body configuration prevents permanent deformation.

Receiving unit extracts zapping logic from transmitter to reduce service change delay while conserving battery power.

A portable media asset system routes content to an SD card for secure storage and playback on authorized devices.

Detect obstacles by comparing view-conversion images from different time intervals to extract overlapping areas and identify mismatch regions.

Calculating focus scores across segmented areas detects defocusing, preventing missed photography opportunities.

A display information generating device arranges image data in chronological order using sender group affiliations and evaluation metrics.

Multimedia distributor encodes content with customer-specific metatags to resolve low viewer engagement and ad-skipping limitations.

Dual-angle unit cells collect incident light to maximize reception at specific incidence angles for stereoscopic imaging applications.

A motion synthesizing unit combines video movement and sound events into synchronized motion commands.

Analyzes event signals from motion detection to dynamically adjust frame rate and quantization, balancing bitrate efficiency with object tracking accuracy.

A media gateway appliance autonomously selects audio sources based on window size and position preferences.

A vehicle camera module processes on-screen display data using color segmentation to overlay guidelines without obscuring the rearview image.

A Bezier patch array corrects image data for lens shading effects via efficient hardware implementation.

A delay circuit and optical sensor detect audio-video synchronization by comparing adjusted signals, resolving transmission delay errors.

Shared readout circuitry combines luminance and color sensor outputs, reducing RGB noise in low-light conditions.

A set-top box acquires interactive service information directly from an electronic program guide during program playback.

Barrel grooves align lenses parallel to the optical axis for uniform adhesive bonding while blocking external light interference.

A single mobile multimedia processor chip decrypts content using on-chip keys stored in one-time programmable memory.

Intersection lines between arc and planar surfaces create distinct feature circles that resolve inaccurate decenter measurement caused by rounded transitions.

Imaging lens unit uses longitudinal chromatic aberration to separate wavelengths for depth encoding and sharpness processing.

A processor adjusts automatic white balance convergence rates based on detected scene changes to stabilize image previews.

Reducing the gate length and width of a CMOS image sensor read transistor lowers 1/f component noise while maintaining dynamic range.

Visual event detection units analyze video streams to generate synchronization information for multiple cameras.

Merges anti-shake components with the lens module using shared suspension structures to minimize device volume while maintaining optical performance.

An image processing system adjusts video playback speed and motion blur based on user heart rate and respiration data.

Accumulated EPG information within a combined recorded transport stream file enables immediate content recognition without linear playback.

Fingerprint matching synchronizes audio and video signals without modifying the original streams, resolving manual intervention bottlenecks.

Variable liquid lenses adjust the field of view in response to driving speed, minimizing distortion across operating modes.

A digital video recorder detects user keywords within closed captioning streams to automate media content identification and recording scheduling.

A robotic animal care device provides autonomous feeding and medication while an aerial drone monitors the animal.

A centralized site manager dynamically adjusts bit rates and storage allocation across edge devices in video surveillance networks.

A VR system selects and displays spherical panoramic images based on user position data.

A set-top box divides video files into portions based on measured bandwidth to store segments locally for immediate playback.

A messaging system displays a map interface with user avatars and location-based collectible items.

A master receiver processes satellite signals and distributes them to multiple slave clients via home wiring or wireless networks.

An opaque aperture structure defines mirror tilt positions optically, eliminating mechanical stops that cause hinge strain and reduce device lifetime.

An adaptive color filter array interpolator reduces chromatic and zipper artifacts by dynamically adjusting algorithms for lens-sensor resolution mismatches.

A photoelectric conversion element positions pixel circuits outside the light-receiving area to maximize diode size.

A camera module uses a single gyro sensor to drive multiple lens barrels via shared driver ICs.