Component Separation TRIZ Cases

A GC-MS ion source switches between electron and chemical ionization modes based on chromatogram peaks to limit reagent gas supply.

Tandem mass spectrometry measures stable glutamate and aspartate proxies to resolve glutamine instability issues during newborn urea cycle disorder screening.

A data processing device creates differential chromatograms to highlight significant intensity differences between compared samples.

Affinity chromatography enriches host-cell proteins, resolving signal suppression from active drugs to improve characterization accuracy.

An elongated fixture edge penetrates the plastic mesh to eliminate stagnant deadleg volumes while maintaining reliable sealing against radial displacement.

A liquid chromatography system controller adapts process parameters based on measured column efficiency data to maintain consistent operational conditions.

Periodic orifice alignment expands the analyte range for portable mass spectrometers while maintaining stable vacuum pressure.

Detecting acetyl spermine and acetyl spermidine levels in cerebrospinal fluid samples using chromatography or mass spectroscopy.

A high-pressure liquid system manipulates magnetic microparticles using a controllable field to immobilize and elute analytes.

Metathesis of ionic liquids with fluorous compounds creates volatile salts that eliminate ion suppression in mass spectrometry analysis.

A circulating tumor cell assay isolates IGF-1R-positive cells using coated magnetic nanoparticles and detectably labeled antibodies for precise enumeration.

A compact gas quality measurement device integrates sampling, pressure reduction, and chromatography components into a single unit.

De-N-glycosylation followed by reductive and non-reductive beta-elimination isolates O-linked glycans, resolving precision limits in structural quantification.

Three-mask microfabrication merges disparate processes to lower system complexity while maintaining component quality.

Electrothermal flow micropumps overcome insufficient flow rates in miniaturized devices by scaling with the fourth power of applied voltage.

A discharge ionization current detector tunes helium plasma voltage and flow to maximize 640 nm emission intensity.

External spatial thermal gradients counteract radial temperature gradients and frictional heating, reducing chromatographic band broadening.

A liquid mobile phase containing dissolved gas enables homogeneous chromatographic separation at subcritical pressures.

A compression fitting ferrule uses a snap-fit coupling extension to secure the sealing component during assembly.

A chromatogram display device computes retention indices from standard and calibration times to align measurement results across different detectors.

A photometry mechanism selects a measurement wavelength where oxyhemoglobin and deoxyhemoglobin extinction coefficients agree.

A waveform processing assistance device displays parameter correspondence to identify robust values.

Dual salt gradient anion exchange chromatography separates full from empty rAAV capsids, resolving impurity bottlenecks that reduce transduction efficiency.

A trained neural network processor analyzes sensor signals to detect pump faults and enable predictive maintenance.

Optimized peptide sequences overcome poor ionization and fragmentation in fixed tissues, enabling precise absolute quantitation of KRas protein levels.

A liquid system immobilizes magnetic microparticles using a controllable field to separate analytes from sample material.

Angled lid surfaces reduce trailing skirt in eluted substance peaks, resolving the trade-off between device complexity and purification rate.

A peak extraction method computes theoretical height and noise index to identify true peaks.

Combined pump and injector valve system uses a monolithic barrel-stator design to handle nanoliter samples.

A mobile test stand determines optimal temperature and pressure settings for plastic particle degassing.

A biocompatible connector uses a polymer molding over a steel insert to withstand high pressures.

A disposable expanded bed column uses a dual-pump system to regulate liquid flow and minimize back-pressure during monoclonal antibody separation.

A semiconductor layer between supporting and sensing sections routes wiring on the opposite surface, eliminating thick multilayer structures around the array.

A standard sample container with a movable partition plate introduces calibration solutions directly to the mass spectrometer.

A dual CO2 pump chromatography system decouples mobile phase flow rate and downstream pressure using independent control loops.

Embeds chromatography components in plastic to prevent user assembly errors and shield fragile narrow-bore parts from physical strain and electrical hazards.

A solar powered system uses vacuum jacketed tubing to transmit gas samples for field analysis.

A chromatography pipette tip uses a hydrophilic filter to swell dry resin via capillary action.

A nozzle electrode ionizes analyte molecules in a gas flow via coaxial fluid discharge.

An integrated multi-well cuvette combines reaction and chromatographic detection to eliminate cross-contamination risks from separate devices.

A gas source isotope ratio mass spectrometer converts compounds into molecular, fragment, and adduct ion beams for high-resolution analysis.

Segmented adsorbents generate unique desorption profiles to identify gases, resolving the trade-off between measurement precision and device complexity.

Automated fluid handling controller monitors power input and activates a backup source to suspend operations during outages.

Moving temperature control zones on a thermoresponsive sorbent column reduce energy consumption by avoiding full-column thermal cycling.

A culture medium processing system uses methanol conditioning and acetonitrile deproteinization to recover filtrate from small sample volumes.

An elastic deformation part generates required fastening force for airtight sealing without tools, resolving limited space constraints.

An integrally formed pipe with thick ends and a thin middle section prevents permanent deformation during bending.