Material Analysis By Optical Means TRIZ Cases

A modular hub coupled through a drum core simplifies electrical integration while supporting wireless, real-time pipe inspection imaging.

Laser-scanned seam depth images enable real-time detection of thinning, grooves, and flash in friction stir welding, even on deformed parts.

Embedded optical fibers track wear along polymer seals and gaskets, enabling predictive maintenance with less inspection downtime.

An offset source container and central gas pipe reduce flow disturbance and enable stable high-flow delivery of low-vapor-pressure source gas.

Controller-guided radial alignment reduces magnet position mismatch between disc and feeder, minimizing image slope deviation for reliable recognition.

Infrared absorption tracks supercritical CO2 near the compressor inlet without flow disturbance, enabling tighter pressure and temperature control.

Sample-based laser focus setting forms an internal reforming region at the target height, reducing wafer cracks and improving dicing accuracy.

Broadband detection light with wavelength selection improves wafer surface height sensing for precise laser focus despite varying wafer reflectivity.

Color-difference modeling predicts how glass coatings change tempering mark visibility before production, helping select lower-σv glazing systems.

An inflatable sealing sleeve creates a gastight park position for optical tools, preventing contamination and nitrogen hazards during downtime.

Soft belts, flexible cantilevers, and frame deformation let this pipeline robot climb and inspect inner and outer walls in complex spaces.

Inspection datasets are grouped by signal-space labels and context attributes to separate wafer defects from nuisance points without manual training.

Interferometry with dynamic reference-arm switching enables real-time laser depth control despite plasma interference in surgery and welding.

Capturing CIPP curing emissions with vacuum transfer, staged condensation, and vapor detection enables multi-phase analysis and lower exposure risk.

Imaging signal density replaces unstable keyhole path-length tracking to monitor full-penetration and wobble weld quality with feedback control.

A spring-loaded shutter and air shield seal machine tool optics against dust, coolant splashes, and power-off contamination.

A scanning crawler maps pipe welds and assigns grinding, surface prep, coating, and inspection tasks to improve coating integrity.

A spring-loaded latch and transmission mechanism holds a medical test card during measurement, then ejects it on completion to avoid delay and contamination.

Pre-recorded defect locations on semi-finished glass tubes guide cutting and sorting, avoiding repeat measurement and simplifying tight-tolerance processing.

A removable hub, rotatable drum, and brake assembly improve long cable deployment control while inspecting distant pipe defects.

Optical scanning inside a moving carriage detects bowing, knots, splits, and warp on resting boards to improve culling accuracy and orientation.

Laser-etched subsurface markers reveal remaining glazing thickness, enabling erosion repair by polishing without weakening the aircraft unit.

Time-synchronized joining phenomenon and operation data reveal abnormal joint locations early, helping prevent quality loss and rework delays.

A tilting seal lets centrifugal force move liquid quickly through the flow path while preserving sealing reliability and preventing clogging.