Image Analysis TRIZ Cases

A parking space classifier extracts structural features from oblique camera images to determine occupancy status.

A golf ball spin measurement system estimates rotation using ball speed and club angle when surface marks are erased.

A unified operation system switches between display control and execution modes based on pointer position within a determination region.

A dense field converts 3D data into cells with associated values to support machine vision pose testing.

Automated spectrophotometer with dry back module predicts final dried color, reducing time delays and operational costs.

Vision analysis identifies candidate contact insertion holes in connectors for automated robotic wire assembly.

A hybrid profilometry apparatus projects random speckle and structured fringe beams to capture absolute and relative phase data simultaneously.

Segmented line beams scan large samples in raster patterns to boost imaging throughput without increasing system complexity.

A peripheral region extracting unit modifies viewpoints and stitches modified regions into a mosaicking image for object detection.

An image analysis device evaluates symmetry of partial areas to identify object regions without prior database registration.

Automated drop delay calculation uses imaging sensors to detect flow stream disturbances at the break-off point for precise cell sorting.

A system derives reference coordinates from measurement data to generate 3D models.

A display driving apparatus calculates pixel distances from a central point to determine individual gain values for each pixel.

Discards internal fluid particles based on level-set data and calculates thickness maps, reducing memory usage while maintaining realistic fluid appearance.

An information processing apparatus detects play field boundaries using polarized light images to guide moving bodies safely.

Anatomy Decomposer resolves false negatives in medical imaging by generating semantics-rich dense embeddings through hierarchical contrastive learning.

Pre-computed discrete oriented polytopes enable rapid visibility checks, reducing retrieval time from over 10 milliseconds to 1-2 milliseconds.

A medical image display apparatus segments lower-limb computed tomography images into distinct regions to enable simultaneous viewing of full anatomy and detailed blood vessels.

A data capturing device receives machine learning models and libraries from a computing device to process sensing data.

Synthetic image generation and domain adaptation reduce training divergence to improve classification accuracy across jurisdictions.

A visual identification system extracts texture features from component images to match stored data for efficient product recognition.

A UI development tool automatically creates interface components by analyzing design plan images and matching figures to standard elements.

A contact card system compares photos between cloud networks and user terminals to verify identity data.

Electronic apparatus specifies search object location by acquiring cooperator location data when the object is outside the requester's captured image.

A honeycomb filter porous body with an optimized surface layer thickness and porosity configuration enhances particulate matter trapping.

A calibration target uses planar surfaces and strobe-controlled illumination points to capture image sequences for determining stereoscopic camera alignment.

A vehicle distance measurement system extracts light source positions from camera images to identify leading vehicles.

A display controller adjusts output light parameters based on detected object positions to maintain uniform screen appearance.

An image processing apparatus discriminates mark conditions using infrared detection to position virtual objects without obstructing the real-world view.

A polarization camera analyzes reflected light to verify three-dimensional human presence.

A computing device invokes display security features using depth data from sensors to detect onlookers.

Defining constraints at the vector component level resolves exponential complexity in primitive analysis, enabling efficient handling of large sets of shapes.

A display device control section segments board images into priority classifications to manage visual output.

A position prediction program calculates prior positions from past timings and observation positions from image data to determine final object locations.

A timing controller adds high or low speed compensation frames based on object motion to improve display quality.

An out-of-range determination unit compares luminance levels against device limits to prevent inaccurate color reproduction.

A vehicle night vision system reduces image resolution to generate intermediate images for object detection.

A camera captures electromagnetic radiation at wavelengths absorbed by chemical species to generate images for autonomous plume recognition.

Switching between detection and tracking based on image correlation reduces energy consumption while maintaining accuracy.

A parallel particle filter tracking method distributes weight calculations across multiple processing units to accelerate video object location estimation.

A subdivision-improved displacement generation method encodes dynamic polygon meshes by moving sub-vertices along normal vectors to reduce signaling overhead.

A controller identifies signal regions and sets varying spatial intervals between detectors to generate feature maps for traffic light color components.

A camera and display system captures multi-angle images through a rotating transparent object to acquire light ray correspondence data.

A presenting device detects user pose to select relevant camera feeds for streaming.

A stereoscopic display system integrates with a massive multiple input and multiple output antenna array to present visual content.

Depth sensing camera captures spatial data to model target contours and determine position in real time.

Computer vision extracts direction-dependent structures from Trichuris egg content images to identify developmental stages.

A fluid sensor monitors particle signal pulses to trigger a composition sensor, replacing time-based activation with reliable particle-count detection.

An information processing apparatus selects a specific distance derivation procedure from multiple options to acquire accurate depth data.