Monitoring Particle Agglomeration TRIZ Cases
- Laser Diffraction Parameter Selection for Reproducible Particle Sizing
Automated selection of obscuration, agitation, and sonication settings helps non-experts achieve stable, reproducible laser diffraction sizing.
- Particle Sensor Arrangement Using ML for Real-Time Shape Detection
Direct analysis of light-scattering detector signals with a trained ML model enables quasi-real-time particle shape and size detection.
- Emulsion Scanning via Phase Solidification for High Throughput Droplet Sorting
Solidifying the continuous phase allows parallel imaging of microdroplets, resolving throughput limits in gene expression diagnostics.
- Optical Agglutination Detection Using 400-600 nm Spectral Band
A matrix photodetector captures transmitted light through a biological sample to quantify particle agglutination levels.
- Sample Analyzer Platelet Counting with Impedance and Optical Channels
A sample analyzer combines impedance and optical testing channels to obtain platelet counting results for blood samples.
- ESR Detection Module Using Optical Aggregation Dynamics
A detection module disaggregates and reaggregates erythrocytes to capture optical scattering data for rapid measurement.
- Blood Analyzer Optical Retesting for Quantitative Accuracy
An automated sample analysis system applies optical imaging to flag abnormal blood specimens and directs the controller to initiate precise retesting.
- Platelet Enumeration via Fluorescence Imaging and Segmentation
Fluorescent imaging distinguishes individual platelets from clumps using emission intensity, area, and shape analysis to resolve counting inaccuracies.
- Laser Speckle PSD Monitoring for Pharmaceutical Drying
Laser speckle imaging detects agglomeration during pharmaceutical drying by analyzing scattered light correlations to enable real-time feedback control.