Component Separation TRIZ Cases

A disposable diagnostic device uses a hydrophobic material that converts to hydrophilic upon sample contact for fluid flow.

A turbulent flow mixing device homogenizes mobile phases using specific chamber geometries.

A sample transfer device moves analytes from a gas chromatograph directly to a reaction region, bypassing the ionization zone.

Segmented parallel channels enable precise biomarker detection in compact handheld devices, overcoming the bulk and cost of traditional GC-MS systems.

Diversion conduits in the pump head block enable effective air bubble removal, reducing dead volume and priming time.

Alternating bifurcating and common channel substructures reduce clogging sensitivity while maintaining minimal dispersion in microfluidic applications.

Switching mechanism transitions sampling channel to open state before needle removal, preventing mobile phase ejection and reducing contamination risks.

A monolithic calibration package merges separate containers into a single unit with a machine-readable indicator to initiate automated sequences.

Glycine derivatization stabilizes pyrroloquinoline quinone against interference from coexisting food components during HPLC analysis.

An ultrasonic bubble detector monitors fluid density changes in chromatographic tubing, preventing operational disruptions from gas presence.

Top-down ESI-Q-TOF mass spectrometry identifies and quantifies immunoglobulin cleavage fragments in biological samples.

A downhole sampling apparatus uses a self-driven piston arrangement to draw well fluid into a dump chamber without external power.

A data processing apparatus aligns target chromatogram time axes with reference data using peak and measurement value correspondences.

A liquid feed pump plunger seal attachment coated with acid-resistant material prevents corrosion and etching of the metal pump head.

Segmented disposable trap cartridges eliminate fused silica handling and simplify installation while preventing column contamination.

A tubular shroud directs analyte flow coaxially over a solid phase microextraction fiber to accelerate capture.

Chase fluid maintains continuous flow through a viral filter, preventing interruptions that impair viral removal efficiency.

Headspace extraction concentrates volatile NDMA from complex matrices for sensitive gas chromatography-mass spectrometry quantification.

A bioinformatic approach selects candidate signature peptides for multiplex allergen quantitation using mass spectrometry.

A gas analysis system routes separated components through a switching valve to a single detector.

A detachable buffer base isolates the ion mobility tube from external mechanical vibrations to protect signal integrity.

An autosampler with a flow vial directly injects sample solutions into the analysis channel for immediate chromatographic detection.

A sample handling tool integrates a movable holding device to couple with a tool holder via single-direction vertical motion.

A solid-phase carrier uses a random polymer structure to bind ligands while minimizing nonspecific adsorption of impurities.

Consolidating spectrometry data into unified structures with profile and orthogonal plots resolves computational bottlenecks while maintaining data consistency.

Post-metallocene catalysts produce ethylene-based polymer compositions with controlled comonomer distribution profiles.

A method extracts isolated dye peaks from raw electropherogram data to determine individual spectra for signal separation.

Segmenting the analytical and ionization conduits reduces electrochemical reaction risks while maintaining low-dead volume fluid transfer.

Heating the ferrule bonds it to the column, eliminating manual alignment and simplifying gas chromatograph assembly.

A detachable joint and adaptor lift the chromatography column bottom plate, resolving limited space constraints beneath the unit.

A polyimide precursor solution with controlled molecular weight regions reduces viscosity and enhances flexibility.

A nanoDLD array separates particles by size using detector molecules that shift from zig-zag to bump motion upon binding.

A rotatable lid cartridge aligns sample inlets and detection zones via centrifugal rotation to process biological fluids.

Automated in-vessel precipitation and dissolution of asphaltenes reduces analysis time from days to minutes while maintaining detailed polar constituent data.

Analyzer uses air as diluent gas with periodic injection to keep flammable substance concentration below explosive limits, reducing operating costs.

A chromatogram data processing method applies coarse-to-fine dynamic programming to align time axes.

Gamma irradiation sterilizes a polypropylene flow cell, maintaining stable UV transmission without harmful residues or complex packaging.

Trypsin enzymolysis releases a specific marker peptide to quantify snake venom thrombin-like enzymes, resolving complex detection challenges.

A portable apparatus collects discrete fluid samples at selected intervals to form a composite sample for immediate gas chromatograph analysis.

A combinatorial module identifies molecular species by minimizing least squares errors between computed and sample spectra.

A phase behavior analysis unit with a three-way valve transfers fluid samples directly to a gas chromatograph under reservoir conditions.

Segmented electrodes along channel walls create localized vortices, resolving the trade-off between large channel volume and effective mixing.

Thermal desorption preserves light-end hydrocarbons down to carbon number 3, preventing vaporization losses common in Soxhlet extraction.

A liquid chromatographic data processing apparatus generates display data linking column filler particle diameters to separation and sensitivity performance indices.

A multi-position valve arrangement directs fluidic samples from a shared accommodation volume into selected separation apparatuses.

A methacrylic resin with a cyclic structure containing N-substituted maleimide and lactone ring units achieves controlled birefringence.

Multiple porous disks fill a conical distribution channel to maintain stable pressure and prevent retainer net bulging in large chromatography columns.

Agglutinating agents form large red blood cell clumps in a paper microfluidic device to separate plasma from whole blood, eliminating centrifugation needs.

A choked flow channel prevents upstream propagation of pressure fluctuations by accelerating gas to supersonic velocity, maintaining measurement accuracy.