Television System Details TRIZ Cases

Optical detector measures non-zero order beam intensity to regulate laser emitter power and prevent excessive zero-order beam energy from damaging user eyes.

Lower hinge extraction removes central obstructions while maintaining structural rigidity for unobstructed viewing.

Processor presents selectable home screen templates for UHD TVs, enabling users to resize and arrange content panes.

A video summarization system clusters source objects by appearance and motion features to generate a synopsis.

A vehicle-mounted device uses external and internal sensors to detect moving objects and monitor driver sight direction.

A doorbell uses wireless networks to relay visitor alerts to remote devices.

Dummy column lines equalize RC delay across image sensor arrays, eliminating fixed pattern noise caused by uneven settling times.

A digital calibration method adjusts image sensor pixel values using stored average data from test frames to correct signal inconsistencies.

Superposed reflective smooth layers on the movable body side faces enable accurate photo reflector output correlation despite surface scratches.

A portable image capture device integrates a handle assembly with a start button beside the grip for single-handed operation.

A dual-sensor object detection apparatus uses a confirming circuit to verify image and infrared signals within a set time window.

Offsetting the local oscillator frequency shifts image frequencies away from baseband signals to prevent interference.

A detector extracts bit information from sawtooth wobbles using a low-pass filter and comparator to generate duty cycle-based signals.

A pixel determination circuit identifies specific pixels meeting motion criteria and outputs their electrical signals.

A digital driving system synchronizes internal and external vertical signals using a timing controller to adjust main clock frequency.

Actuator adjusts optical sub-assembly position within lens barrel housing for precise autofocus control.

A video providing apparatus delays the original signal to buffer subtitle generation and transmission.

Processor blocks display signals during image sensor readout, eliminating slant stripes without adding shielding weight or volume.

Local signal amplification and filtering in the head mount unit reduces transmission cable thickness, improving wearability while maintaining image quality.

A vehicle control system directs autonomous vehicles to accessible parking areas based on interior object detection.

Neural network scene recognition calculates specific audio-visual parameters, resolving manual adjustment bottlenecks in smart TV systems.

Segmented optical black pixels enable precise pixel signal offset correction across distinct imaging regions.

Applying reverse polarity voltage to an insulation film forms a positive hole accumulation layer that suppresses dark current generation without ion injection.

Conversion components transform HDR game video and SDR camera feeds into compatible local and remote outputs.

A mobile terminal camera system uses touch inputs on a preview image to select focus points and capture images directly.

Integrating a light guide lens with peripheral LEDs eliminates manual hovering and inconsistent lighting for low vision users.

A saturation regulation module adjusts gamma ramp curvature to calculate color output signals for display devices.

Rotating wedge prisms steer diffracted light spots to expand the photographing range and resolution of time-of-flight sensors.

Angled wide-angle cameras create overlapping image fields that minimize seam-induced vision errors and reduce blind spot hazards.

A media editing grouping tool uses a moveable drawing element to create composite presentation parts.

Merging PFC and DC/DC stages reduces circuit complexity while maintaining electrical insulation.

A video transcoder splits streams into independent and dependent layers to adapt decoding complexity.

Auxiliary sub-pixels and an opaque layer with a transmission hole enable camera integration within the display panel substrate.

Information processing system reads content information to determine initial output resolution, resolving compatibility issues between mixed 2K and 4K media.

A modular camera assembly uses a cradle to selectively receive short wave infrared sensor modules for versatile imaging.

Hybrid LIDAR and GPR sensing resolves positional orientation errors by detecting subsurface structures and low-profile objects that optical sensors miss.

Dual registers reading EDID data determine device connections, enabling accurate compression ratios that preserve picture quality over wireless channels.

An electronic image capture device executes autofocus processing before final subject determination completes.

Segmented low load fasteners shear under head impact while high load fasteners maintain structural integrity, preventing delamination.

Controller evaluates shooting conditions using weighting coefficients to exclude inappropriate chapters from movie data, improving digest movie quality.

A camera module uses a transmission coil to wirelessly power a lens heating element.

An information processing apparatus selects optimal data transfer routes using pairing information and communication protocols.

An image sensor detects reflected spot light positions to calculate object distance without separate photodetectors.

Reference marks on a microscope slide define orthogonal axes to correct stage tilts and achieve ±0.1 μm positioning accuracy.

A biometric sensor dynamically switches between iris-only and combined face-iris authentication modes based on environmental conditions.

A specialized coupling optic bridges an intensifier tube and a digital sensor to transfer amplified light efficiently.

Display control unit shows identifiers indicating photographing locations over a map image to resolve difficulty distinguishing multiple captured spots.

Beam deflection steers optical paths through transparent areas while diaphragms block stray light, enabling full field of view coverage in compact devices.

Digital imaging circuit captures fluid light transmission at varying integration times to calculate radiant energy slope for particle analysis.

A display panel adjusts wide view angle by modifying gray scale values of adjacent pixels in the same column.