Component Separation TRIZ Cases

Oral fluid testing detects drugs using enzyme-linked immunosorbent assay and liquid chromatography-mass spectrometry.

A serum-based mass spectrometry assay quantifies monoclonal protein peptides directly from patient samples.

Skin autofluorescence detects glycotoxin accumulation for non-invasive neurodegenerative disease diagnosis.

In-line ion chromatography detects metal ions in vinyl acetate streams, replacing offline analysis to prevent catalyst damage and optimize promoter levels.

A phase separator divides live crude into vapor and liquid streams for direct gas chromatograph analysis, eliminating sample transport delays.

Automated analysis condition table creation adjusts measurement event start and end times to maintain optimal data point density.

A solid phase micro-extraction device uses a locking mechanism to secure the filament during operation.

Vapor phase deposition coats metal liquid chromatography flow paths, eliminating corrosion and metal ion interference in bio-analytical separations.

A catalytic oxidizer transforms polar modifiers like methanol into carbon dioxide, eliminating flame ionization detector signal interference.

A fluidic connection component uses thermal expansion to secure an insert within a main body aperture.

Segmented constant pressure control reduces thermal effect pulsation and flow rate variations, enhancing analysis reproducibility.

A multimode collision cell uses inert gas collisions and energy barriers to suppress unwanted ions in mass spectrometry systems.

An integrated workflow combines extraction, alkylation, and digestion in one tube to reduce sample loss and improve throughput.

A chromatograph system controller dynamically adjusts residence time, reaction temperature, and pressure to maintain product quality within set limits.

A two-dimensional gas chromatographic system separates fuel marker compounds using sequential capillary columns with distinct stationary phases.

Support members constrain the folded shape of thin HPLC piping to suppress channel diffusion and improve separation performance.

Segmented column cooling with isothermal dwell flushes decomposition products, reducing baseline noise and peak interference in gas chromatography.

A collection system for supercritical fluid chromatography uses a gas-liquid separator to isolate fractions from high-pressure flowstreams.

A chromatograph mass spectrometer data processing device generates and overlays mass chromatograms for polyvalent ion peak candidates.

A secondary stage fluid separation device featuring a detachable interface and integrated pressure reduction mechanism for modular chromatography systems.

Glycan-tethered stabiligases resolve limited cleavage site precision by selectively labeling extracellular proteolytic events on intact cells.

Allele-specific PCR coupled with ion-exchange chromatography detects single nucleotide polymorphisms.

Spheres in a mixing chamber generate turbulence to resolve pump flow transients and solvent gradient errors.

Acetic acid treatments lower microbial counts while preserving protein A ligand integrity, avoiding the degradation caused by harsh oxidants.

Segmenting the receptacle into axial sections resolves the trade-off between minimizing sample volume and ensuring easy capillary access.

A thermal analysis system uses a vacuum pump to depressurize the heating unit for accurate sample gas measurement.

A biosensing apparatus applies electromagnetic forces to alter binding pair spatial orientations on the sensing surface.

A controlling apparatus manages electricity supply to analyzing apparatus units via a communicating module and unit power controlling section.

Instrumental analysis replaces sensory evaluation to eliminate human subjectivity and improve measurement precision for accurate grade classification.

A liquid chromatograph analysis system synchronizes mobile phase stabilization and standard sample cycles with sample dilution times.

Calcium-independent bacteriophage tail proteins remove endotoxins without bivalent ions, preventing protein loss in pharmaceutical purification.

Multivariate analysis combines process and transition data to detect subtle column packing changes, eliminating false positives from univariate monitoring.

Paired cutouts in the rectangular flow path plate align optical components to reduce washing time and improve measurement precision.

A purifier cartridge adsorbs process fluid contaminants for subsequent non-destructive thermal desorption and gas chromatography analysis.

Segmented pathways eliminate pump waste and delay times by generating linear concentration gradients at low flow rates.

A light scattering detector determines an assumption-free radius of gyration using weighted form factor contributions.

A continuous separation system uses in-line sensing to monitor and adjust fluid parameters between chromatography steps for automated processing.

PTFE packing eliminates sidewall adsorption errors, ensuring accurate measurement of asphaltene content and blending compatibility.

A chromatography method injects sample fractions using a pseudo-random binary sequence to generate individual correlograms for simultaneous multi-sample detection.

Resin pipes in an alloy cast suppress ghost peaks from ion adsorption while maintaining thermal stability.

A separation column connecting device uses a single driver and elastic body to move fitting holders sequentially for reproducible sealing.

Multiple combined bias and collecting electrodes segment the ionization cell to increase detection sensitivity.

LC-MS/MS with Multiple Reaction Monitoring detects oxidized forms to evaluate oxidative stress in plasma samples.

Segmenting a liquid chromatograph controller into autonomous units reduces CPU load while maintaining operational versatility.

Selective deletion chromatography segments eluant streams to modulate complex mixtures.

A double-wall fused quartz inlet liner creates a sealed volume between concentric tubes to improve thermal conductivity and reduce sample reactivity.

A training data generation apparatus preprocesses peak information for chromatograph mass spectrometry analysis.

A fluid sensory stick detects analytes in gas and liquid phases using ultraviolet illumination to enhance signal extraction.

Segmented sorbent zones enable selective thermal desorption of volatile analytes, eliminating the need for purified carrier gases in ubiquitous environments.