Television System Details TRIZ Cases

A three-lens optical system uses an aspheric third element to correct aberrations while maintaining a compact form factor.

A moving image apparatus maps frames to cumulative distance for spatially distinct thumbnail generation.

Segmented LED flash control adjusts light per area using subject brightness and distance data to resolve exposure trade-offs during movie shooting.

An imaging apparatus extends feed-through and signal periods during pixel addition to enable multiple sampling for noise reduction.

Quadratic phase mask extends depth of focus via longitudinal spherical aberration, avoiding cubic mask fabrication costs.

Replacing counter latches with SRAM in digital pixel ROICs resolves the contradiction between data storage capability and integration time.

Segmented diode and storage capacitors enable microsecond charge transfer, reducing readout latency and motion blur in dynamic cardiac imaging.

Periodic clock buffer activation limits operation to signal processing periods, reducing power consumption while maintaining data output accuracy.

Segmenting signal paths reduces computational complexity while enabling real-time capture of comprehensive environmental data.

A switchable light path optical anti-shake apparatus directs dual lens beams to a single sensor via a rotary mechanism.

A content protection system streams encrypted media and decryption keys to playback devices.

A deformable image sensor adjusts its surface shape to align sub-area focus positions with target depths.

Ordered device lists resolve ambiguity when multiple connected devices are available, ensuring accurate media data transfer.

Varying transistor gate lengths in delay circuits synchronizes sync signals across time of flight pixel arrays.

A wearable video recorder captures user surroundings to automatically generate time entries based on detected activities.

A magnetic camera mount connects to a vehicle via an iron surface while transmitting power wirelessly through the attraction interface.

Segmenting the primary video stream allows mixing only the complementary sub-stream with secondary streams, reducing processing power consumption.

A gravity center adjustment mechanism moves a weight component to shift the camera assembly's center of mass.

IPTV server pre-buffers and decrypts signals at periodic access points, eliminating zap time delays in hospitality lodging environments.

Image processing apparatus combines luminance components with extracted frequency data from narrow band light to generate color images.

Segmented cell deep trench isolation structures reduce optical crosstalk between pixel cells, improving near-infrared sensitivity and image quality.

Thermal imaging verifies driver identity in an alcohol interlock, preventing surrogate measurements from passengers.

A media controller acquires device capability data to verify age restrictions before content reproduction.

An infrared camera adjusts illumination using multiple lamp groups to correct brightness in specific image areas.

A broadcast receiver accumulates signal status values to display intensity statistics for user review.

A camera system applies a spectral correction factor to adjust focus position based on wavelength differences between ambient and flash light.

A control unit validates touch movements within predetermined regions to select precise display positions.

Staircase sill on a camera module PCB guides lens assembly insertion for precise optical alignment.

A dual gain image sensor pixel readout method using three or four read sequences to minimize analog-to-digital conversions and eliminate frame buffers.

Rotating one camera relative to another captures overlapping fields of view, eliminating the need for steady panning or external supports during capture.

A video camera method embeds metadata with image data before transformation to maintain accuracy during processing.

A video recording interface uses two separate windows to display preview content and assistance function information independently.

Generating region-specific transfer curves prevents brightness shifts and saturation artifacts during adaptive contrast enhancement.

A distance image sensor adjusts electric charge distribution cycles to widen the measurable range across varying subject conditions.

Segmentation and intermediary mechanisms organize face registration data to resolve accuracy versus complexity trade-offs in electronic cameras.

An imaging device automatically configures capture modes based on detected orientation using an integrated sensor.

Column routing matrix directs pixel signals to analog-to-digital converters in CMOS image sensors.

Consolidates unused letterbox and pillarbox areas into a single region, resolving aspect ratio mismatches between content and display screens.

A computational method adjusts pixel magnifications using distance information to correct perspective deformation in electronic device images.

Distance-based auto focus eliminates iterative adjustments by determining object distance before adjusting the optical unit.

Separate actuators eliminate hysteresis in lens positioning, enabling faster operation speeds without requiring correction cycles.

A control unit applies variable gain to pixel signals based on signal values to optimize analog-to-digital conversion.

Dynamic interface elements appear only during user interaction to resolve the contradiction between ease of operation and visible image area.

Dielectric metamaterial absorbers replace cryogenic detectors with room-temperature micro-bolometers to eliminate complex cooling infrastructure.

A camcorder display unit slides along a concave rear surface to allow user-adjustable viewing positions without complex rotating hinges.

Server broadcasts interactive electronic service guide provider information via broadcast channels to terminals.

A component image processing apparatus determines imaging ranges for characteristic parts to create a combined image.

A rear attachment lens uses a positive image-side element to extend focal length in mirrorless camera systems.

Run length feedback controls equalizer parameters to eliminate trial-and-error adjustment and reduce jitter variance.