Material Analysis TRIZ Cases

Multiple sample containers are identified while held in the lifting unit, enabling faster rack-to-rack sorting with accurate attribute separation.

By placing the cover's rotation passage region inside the optical path, this case simplifies cell exchange while reducing windage loss and noise.

Flow-path pressure detection identifies probe-to-cleaning-water abnormalities despite surface wetting, electromagnetic noise, or low water conductivity.

An integrated first station fills and seals microfluidic input wells before analysis, reducing manual setup and workspace needs.

A flow limiting mechanism meters test tubes from a bulk feed bin, preventing blockage while keeping sample processing orderly.

See how BF7 binds colorectal cancer polypeptides in bodily fluids for sensitive early detection and relapse monitoring.

Unequal heater ON/OFF pulses maintain constant-temperature water while shifting analyzer power fluctuations away from the 8–10 Hz flicker range.

One stirring rod serves reagent vessels across two analysis units, with scheduled cleaning that limits cross-contamination and preserves accuracy.

A representative component from each powder-forging heat exposes inclusions early, supporting material recycling before final machining.

Combining SERPINF2, S100A8, and HBA1 with antibody-based protein quantification helps address FIT's limited early-stage sensitivity.

A priority-based dispensing queue lets an automated analyzer process higher-priority specimens before lower-priority ones.

External refrigerators force separate retrieval of cleaning solutions and accuracy-control specimens; cooled storage keeps both ready for analyzer supply.

A workflow control unit assigns add-on tests to available aliquot tubes or the primary tube, reducing redundant aliquot creation, sample waste, and delay.

A holder mounts the separate terminal on the analysis apparatus, enabling remote viewing while reducing container-toppling risk.

Silane-glass and protein/polymer layers stabilize small magnetic particles against aggregation during biomolecule separation in complex samples.

Alignment chutes reorient horizontal sample vessels vertically and route them by identifying indicia for high-throughput, low-intervention collection.

A porous film lets gas reach the sensor element while blocking liquid ingress, supporting stable operation and improved detection accuracy.

Antibody-conjugated nanoparticles enable rapid, specific tumor-derived EV quantification from 1 μL of plasma without purification.

A flow-limiting mechanism meters test tubes into a limited-volume feed bin, preventing blockage while supporting continuous one-by-one output.

Fixed specimen input order can delay high-priority samples; a management unit reorders pre-treated specimens before reaction-container dispensing.

A cooling-air flow path forms a fanless barrier at the container opening, limiting external heat and moisture entry without a fan heat source.

A laminated top-middle-bottom structure directs samples through hydrophilic channels, reducing retention and waste.

Controlled aspiration heights wash samples without centrifugation, reducing mechanical stress and helping preserve cell viability.

A measurement sensor detects excessive septum tension so syringe movement can protect the needle, prevent contamination, and cut replacements.

An integrated holder positions a separate display near or away from the analysis apparatus while preventing container toppling and unauthorized removal.

Magnetic coupling replaces contact-driven motion in an autosampler, limiting metal particles while coordinated cover removal protects sample access.

Representative sampling components expose inclusion locations before forging, supporting targeted recycling and more robust powder-metal production.

Rotated container imaging and label-gap segmentation identify an optimal viewpoint for more accurate optical sample inspection.

A hydrophilic film and dry-air introduction help drain and volatilize condensation in analyzer cooling storage, suppressing mold and maintenance.

Late test requests use retrievable aliquot tubes first, with timeout reassignment to the primary tube to reduce sample waste.

Magnetic and conductive sections induce eddy currents that slow carriers without external control, reducing impacts, splashing, and bubbles.

A biasing member and lock mechanism hold the analyzer lid open during maintenance, then guide it to full closure when required.

Separate sample needles address single-needle throughput limits while shared calibration data preserves accuracy when detection items match.

Mechanical tolerance stacks can distort sample levels; differential distance sensing references the rim to reduce spills and cross-contamination.

A decontaminator inside a restricted passage sterilises contamination while enabling parallel molecular assay processing with reduced cross-contamination risk.