Method Using Image Detector And Image Signal Processing TRIZ Cases

See how an edge server filters and analyzes toilet image data locally before cloud transmission

Integrated desorption optics, reflected-light microscopy, and computation improve MALDI image co-registration accuracy while cutting alignment time.

Speckle illumination and prediction-image matching improve field of view and resolution for non-destructive semiconductor pattern inspection.

An insulating ring around the electrode pad cuts parasitic capacitance, enabling smaller photodetector chips and faster signal transmission.

A spring-loaded bridge and hydrophobic structure fit varied toilet rims while shielding biometric electronics from water and urine.

Combining visible-light spatial frequency with far-infrared temperature data improves dry, wet, and frozen road detection under external light.

On-wafer imaging grades micro LEDs by brightness and color, enabling target-substrate sorting for uniform display luminance and hue.

Visual threshold adjustment on inspection result graphs cuts determination errors and speeds quality reclassification without re-measuring test bodies.

A top-lit optical cavity uses a front film and back reflector to recycle light, simplify sample examination, and boost intensity through interference.

Combining EPCS and scattered light polarimetry in one setup captures surface, near-surface, and central stress without moving the substrate.

Inline refractometry in an apheresis tubing cuvette measures plasma protein from whole blood, avoiding finger pricks and manual handling.

Particle observation sensors and response relays improve virtual guidance by matching real-world light, sound, and thermal data to human senses.

Overlapping long-infrared bands and pretrained ML reconstruct spectra while preserving spatial imaging and removing active blackbody needs.

Two mobile devices verify test-strip IDs and waiting time to cut errors and support high-throughput bodily fluid analysis.

Physical expansion and bulk labeling make cellular ultrastructures visible with light microscopy while avoiding weeks of electron microscopy imaging.

Z-stack focus ranking estimates slide tilt before scanning, keeping images sharp while cutting time lost to repeated autofocus.

Physical expansion plus bulk labeling reveals cellular ultrastructure with high contrast using light microscopy, avoiding slow 3D electron imaging.

An imaging gloss setup uses angled illumination and grayscale capture to measure small samples accurately without contact or large detectors.

In-situ camera imaging of a submerged growth substrate enables real-time biofilm detection in fluid flow systems without lab sampling delays.

By expanding samples and applying dense bulk labeling, light microscopy can reveal cellular ultrastructure without slow 3D electron imaging.

Pattern projection and camera imaging track coating drying in real oven conditions, helping detect sagging and surface defects early.

Reference-wafer polarization correction lets imaging ellipsometry remove optical noise and measure wafer overlay asymmetry more accurately.

A fixed-orientation reader fixture aligns multiple lateral flow cartridges for automated image capture and quantitative point-of-care analysis.

Integrated waveguides and interferometry improve viral and protein detection accuracy while thermal control limits temperature-driven errors.

Gravity-settled retroreflective particles replace manual washing in a fluid-channel bioassay, improving signal consistency and simplifying quantification.

Multi-angle polarized imaging with Mueller matrix analysis isolates target critical dimensions from interference by other structure dimensions.

Coherent-light image correlation tracks early sample changes to evaluate antibiotic susceptibility faster and with less manual measurement error.

Repeated vibration disperses coffee particles across multiple image frames, improving size and chromaticity analysis accuracy and speed.

A modular lateral flow reader uses self-contained optics and direct illumination to speed analyte testing while reducing glare and misuse risk.

Camera-based inspection marks defective lateral flow sticks on a carrier, preserving usable sticks and reducing waste before farm use.

Passive Fabry-Pérot cavities compare sensitive and reference reflections to detect compounds through transparent barriers with reusable sensing.

A selectable brightfield light array matches objective lens position to speed specimen imaging without moving the light source or damaging samples.

Synchronous camera tracking lets moving line objects be imaged at defect locations during conveyance, increasing checks within the same cycle time.

Layered filter imaging and a photodiode array track spectrum shifts in real time, improving biosensor accuracy and signal-noise ratio.

Synchronous camera tracking captures high-resolution images at multiple defect locations during conveyor motion without extending cycle time.

A compact optical blood analyzer integrates chemistry, immunoassay, and hematology testing from one 300 μL sample for fast, precise results.

PROS sensors and PRRR relays split detection, simulation, and response to improve ergonomic particle guidance, alerts, and safety.

Camera-based align-key feedback corrects emitter-receiver deviation on sagging large substrates for accurate transmittance inspection.

Fused RGB and hyperspectral imaging improves plastic classification accuracy, expands detectable size range, and cuts detection time in solid wastes.

Dual-polarization coherent detection improves object ranging, velocimetry, and 3D imaging under ambient light and multipath interference.

Probe-beam time and spatial-frequency multiplexing captures non-repeatable ultrafast THz events as recoverable single-shot multi-frame images.

Iterative beam-propagation reconstruction estimates 3D fluorescence in non-uniform samples without clarifying agents, preserving sample integrity.

Brightness contrast between long- and short-wavelength LSPR images detects tiny peak shifts in flowing reporters for much lower LOD.

QR-coded test kits, local incubation, sensors, and AI speed microbial detection in organic plant materials and guide targeted remediation.

Structured light from a digital light processor captures polarization across azimuth and incidence angles without rotating optics.

Circumferential LED rings direct collimated light across multiple camera fields of view for uniform, compact, high-throughput scanning.

Separate electrodes and light emitters expand the sensitive area, reducing missed neuronal events and improving activity imaging.