Television System Details TRIZ Cases

An image analysis system applies an interest operator to content vectors for automated visual data filtering.

A distance image sensor generates element signals using shifted radiation pulses across multiple frames to combine range data.

A high-speed dome camera converts target coordinates into pan, tilt, and zoom values for precise optical control.

A shake correction device splits angular velocity signals into distinct frequency bands for independent amplification and composite drive generation.

Replacing precision polishing with a gradient index lens reduces manufacturing costs while maintaining high infrared transmittance and image resolution.

An external equipment controlling apparatus generates video data for setting screens and controls acoustic processes in audio visual devices.

An offset lens configuration improves blind spot resolution while managing distortion across the field of view.

A video widget maintains playback when the host application moves to the background.

A camera shake correction mechanism estimates lens characteristics using sensor data to drive image stabilization.

Area entertainment system distributes digital satellite radio signals via a local area network to electronic boxes.

Segmented doped regions in the charge storage node control photocharge flow to reduce image lag and blooming.

Grouping asynchronous pixel events into timeslots builds spatial maps in fast local memory, reducing global RAM access and resource consumption.

Strobed fluorescent lamps charge phosphorescent makeup to enable camera capture during dark intervals, separating motion data from ambient light artifacts.

A focusing apparatus calculates a search interval based on contrast characteristics to detect focus position using a single evaluation pass.

Synchronized sensor data from test equipment detects conveyor conditions, resolving subjective inspection quality issues.

Nesting the motor actuator inside the first lens unit reduces focus lens weight and eliminates protrusion.

Composite aspherical lens structures eliminate spherical and chromatic aberrations through wafer-level bonding, resolving focus precision trade-offs.

A mid-infrared scanning system uses a quantum cascade laser to focus light on a specimen for imaging.

A DisplayPort sink device uses a main physical circuit and multiple auxiliary circuits to enable efficient link initialization.

A controller disables a camera module based on geographic location to prevent unauthorized photography in restricted areas.

A conductive lens holder forms a shielded cavity to align the optic lens and imager circuit within a vehicle camera assembly.

A MEMS micromirror device uses a buried cavity in monolithic semiconductor material to form a suspended membrane and mobile mass.

A display device driving method transmits a lock signal based on internal timing to stabilize external synchronization signals.

An asymmetric optical axis layout reduces device thickness and improves detection precision without increasing the overall volume of the camera module.

Real-time parameter adjustment resolves user safety risks from unregulated light sources during biometric authentication.

Dynamic illumination prevents glare on reflective surfaces, enabling accurate inventory monitoring.

A phase disparity engine reuses computed data when subsequent frames depict the same scene.

Dual sub-array segmentation compensates for pixel-level dark current and channel variations, restoring signal-to-noise ratio in low-light conditions.

A mobile terminal translates touch gestures into mouse commands for remote control.

A wireless camera surveillance unit mounts on rails that supply structural support and electrical power via a detachable interface.

Near Field Communication transfers recording timers between mobile devices, eliminating manual setup time for shared content preferences.

A circular buffer records image segments in a rolling window to capture key moments.

Dual PIR sensors with distinct detection zones trigger a camera to image persons approaching a building entrance.

A multi-lens camera module synthesizes images from adjacent optical axes into a single wide field of view.

Dropping electronic message objects extracts information to perform application operations, eliminating manual data entry errors and reducing task time.

A color conversion calculation unit standardizes hues across multiple imaging devices to enable accurate person matching.

A CMOS image sensor shares a sensing node between adjacent pixels to increase storage capacitance.

Cumulative distribution functions correct saturated pixels to suppress flicker without buffering delays.

A video recording system adjusts sensor portions based on defined boundaries to capture stable footage.

A re-crystallization layer removes substrate defects through ion implantation and annealing.

Right-angled prisms direct light to upper and lower substrate edge surfaces for simultaneous imaging.

A state estimator tracks spatial points in the road plane using a four-dimensional vector to maintain reliable object detection.

A media stream splicer decodes a unicast acquisition stream to splice into a target multicast stream.

An encoder selects encoding techniques based on available power to optimize resource usage.

Pre-formed alignment marks on a molded imager carrier enable precise lens positioning, eliminating manual adjustments and reducing manufacturing time.

A set-top box stores program guide data and future content selections in local memory until an availability window opens.

Simultaneous imaging of the subject and reference chart compensates for lighting variations, ensuring stable measurement accuracy.

A camera viewfinder shifts electronic images on a display screen to align with optical paths.

A media system synchronizes multi-source video files to create aggregated content.