Sedimentation Analysis TRIZ Cases

Infrared transmittance and blank measurements estimate erythrocyte sedimentation rate quickly from small blood samples without Westergren delays.

Dual-axis rotation creates varying centrifugal fields to separate bacteria from blood cells faster while preserving identification accuracy.

Compare dual optical absorption curves from a moving blood tube to select cleaner data for more reliable ESR estimation.

A blank-referenced infrared sensor compares blood light-transmission readings to calculate ESR without the Westergren method’s hour-long wait.

A detection device captures serum images through a low-reflectance background plate to isolate color information from blood tube labels.

Optical sensors measure erythrocyte sedimentation rates in capillary tubes to identify blood pathologies without specialized laboratory equipment.

Automated analyte testing system identifies blood collection tube types to adjust imaging parameters for precise serum verification.

Cellulose particles mimic leukocyte form to ensure preservation stability and safe handling without ethical concerns.

Compatibility testing and alignment mechanisms prevent cross-contamination during piercing operations.

Flat-walled transparent reading chamber eliminates radiation deflection from non-uniform tubes, ensuring accurate ESR analysis.

Segmented electrical signals correct measurement values by resolving the trade-off between device complexity and measurement accuracy.