Individual Particle Analysis TRIZ Cases
- Microbial Particle Counting with UV Decomposition
A microbial particle counting system uses a former-stage irradiator to decompose organic substances via ultraviolet light.
- Flow Particle Image Analysis Focal Adjustment
- Cytometer Unit Fluorescent Sample Carrier Bleaching
Bleaching the translucent sample carrier suppresses intrinsic fluorescence, resolving measurement precision trade-offs caused by signal interference.
- Segmented Area Sensor for Optical Measurement Volume Delimitation
A segmented optoelectronic area sensor maps a measurement volume to focus segments, eliminating beam splitters that reduce sensitivity.
- Cytometric Data Scaling for Signal-to-Noise Optimization
Coefficient of variation scaling transforms cytometric data to resolve the trade-off between high dimensionality and signal-to-noise ratio.
- Particle Analysis Using Fluorescence Lifetime Multiplexing
A particle analyzer measures fluorescence decay time constants to generate unique labeling combinations for cell identification.
- Microparticle Sorting Microchip Velocity-Based Suction Control
A microparticle sorting microchip detects particle velocity to dynamically adjust suction pressure in the main flow channel.
- Blind Deconvolution of Flow Cytometer Particle Emission
Processor calculates total fluorescent emission by fitting time samples to a function that accounts for geometrical convolution.
- Cell Sorting Efficiency via Event Statistics Feedback
Analyzing deviations from reference statistics enables automated parameter adjustments that resolve time-consuming manual navigation in heterogeneous mixtures.
- Flow Cytometry Excitation Spectrum Scanning
Spatially distributed excitation light scans particle fluorescence to resolve signal noise and limited spectral information in single-wavelength cytometers.
- Optical Particle Sensor Module Dual Beam Velocity Detection
A laser sensor module uses two measurement beams at distinct angles to determine independent particle velocity components.
- Cytometer Sequence Design for Reduced Side Lobes
Optimized sequences reduce side lobes in correlation functions, lowering noise interference and improving cell detection accuracy.
- Particle Image Analysis Using Dark Field Illumination
Dark field illumination extracts particle images based on background luminance thresholds, eliminating complex suspension preparation steps.
- IgG Isotype Quantification via Integrated Capture Reagents
Merged capture and detection functions eliminate wash steps, resolving assay complexity while maintaining measurement precision.