Detergent Mixture Composition Preparation TRIZ Cases

See how M23A subfamily proteases degrade collar and cuff stains while showing low activity on w

See how selective dosing of lipase and surfactants during high-agitation phases improves cleani

See how a compartment-based pod dissolution system uses controlled water supply and timing to p

See how a soaking chamber with controlled water supply and siphon release ensures complete unit

See how a dispenser compartment uses water jets to break unit dose pods before release, prevent

See how convex walls with curved cleft and annular scrubbing merge storage, dispensing, and sta

See how sensor-based measurement of residual disinfectant in wash fluid enables targeted dosing

See how a bellows compartment pre-dissolves detergent pods before the wash cycle to prevent res

See how continuous pure supercritical fluid introduction prevents dye precipitation during auto

See how an ozone generator converts water into a 99.99% effective disinfecting agent, eliminati

See how segmented rinse modules with perforated scoops and shell-free carryover modules reduce

See how a portable UV-C light dispenser activates photoactive detergent ingredients in existing

See how blending t-DCE with hydrofluoroether achieves high solvency power, zero ozone depletion

See how segmented rinse and dilution modules with selective outer shells and perforated scoops

See how non-contact NIR spectroscopy quantifies hydrocarbon removal from soiled fabrics without

See how cationic polysaccharides in laundry detergents retain pigments on dyed fibers through e

See how a microemulsion system with water-insoluble polymer particles reduces surfactant consum

See how amino acid substitutions in 20K-cellulase variants improve protease resistance and long

See how encapsulated enzyme particles enable independent dosing without altering other detergen

See how low-pressure foam with surfactants and enzymes penetrates deep into HVAC coils to remov

See how a disposable cartridge integrates the sparging interface and liquid chamber to eliminat

See how n-propanol and HFC-365mfc combine with t-DCE to absorb moisture and acid while maintain

See how breaking and dissolving detergent pods in a dispenser compartment prevents trapped resi

Boron-doped diamond electrodes generate bleach activators in situ, simplifying washer cells and enabling lower-temperature bleaching.

Material sensing and a multiplexed valve identify misfilled laundry chemistry cups and route each fluid to the correct bulk reservoir.

A combined dosing and stain-treatment tool uses a pour spout, annular scrubbing edge, and enzyme formula to target small red food stains.

A foldable pouch dispenses surfactant fluid through a contact substrate to remove fabric stains without direct hand contact.

A high-viscosity non-Newtonian unit dose slows detergent dissolution to cut fabric residues in cold, quick, low-water wash cycles.

Catalytic detergent composition maintains cleaning, fabric care, and freshness in 0-20°C wash liquor despite slower dissolution and reaction kinetics.

Alternating low and high G-force pulses with repeated separation and rinsing remove solid particles from flexible substrates without longer wash cycles.

Chelators, carrier molecules, and surfactants remove CMP inhibitor residues to improve semiconductor surface wettability and adhesion.

A hydroxylamine-based semiconductor cleaner removes plasma-etch residues while protecting exposed metals and dielectrics from corrosion.

Controlled dissolved gas creates foam that lifts CMP residues while preserving surface treatment composition storage stability.

A four-component cleaning composition boosts tungsten oxide removal while preserving high Ti/W etching selectivity in semiconductor substrates.

Precise Ca, Fe, and Na ratios help a semiconductor treatment liquid remove resist residues while limiting metal-layer corrosion and defects.

An oxalic-acid aqueous cleaner uses corrosion inhibitors to remove post-etch residues while protecting metal lines and maintaining pH stability over time.

A pH-controlled solvent blend with azole and alkanolamine removes dry-etch and ashing residues while protecting semiconductor substrates from corrosion.

Aprotic amide and ether solvents keep quaternary ammonium fluoride reactive, preserving adhesive cleaning etch rate during storage.

Cyclodextrin carrier molecules encapsulate CMP inhibitor residues to stop re-attachment, improve layer adhesion, and reduce corrosion.

A hydroxylamine-chelator-benzotriazole formulation removes plasma etch and ash residues while protecting aluminum and copper surfaces.

A fast-dissolving magnesium alloy replaces detergent chemicals by generating alkaline wash water and hydrogen for stain removal without harmful residues.

Specific Group A, B, and C fragrance ratios improve wet-fabric bloom and room-filling drying intensity while reducing consumer fatigue.

A low-pH surfactant blend with lactic acid preserves foam and grease cleaning while boosting antimicrobial action in hand dishwashing.

Modified amylase and protease variants keep activity in bleach- and chelator-containing detergents, improving low-temperature stain removal.

A xanthan-guar rheology system lets concentrated dishwashing powder dilute quickly to the right viscosity with less bubbling and easier dosing.

A mixed water-soluble and water-insoluble solvent bath removes diverse residues in one step, cutting drying time, energy use, and wastewater.

Water-miscible solvents and polyols remove chewing gum and sticky soils faster, with lower odor and no rinse step on food-contact surfaces.

A staged surfactant dosing order replaces high-shear recirculation to produce homogeneous detergent concentrates with lower energy and simpler equipment.

Embossed solid gel detergent portions replace hygroscopic soluble film, improving handling stability while keeping fast dissolution.

Continuous mixing and shaping forms solid detergent gel portions that dissolve quickly while maintaining mechanical and storage stability.

Targeted release agent distribution and offcut cleaning allow recycled slurry reuse while maintaining ceramic substrate yield and performance.

Conductivity-based sensing identifies an aqueous maintenance liquid while its pH-controlled formulation helps prevent ink jet head corrosion and clogging.

N-alkyl xanthene benzamides use visible light to generate bleaching species for polymerizable dyes and food stains without UV.

Combining CBD and non-CBD cellulases improves fragrance deposition on fabric while supporting lower fragrance use in laundry cleaning.

Multiple fragrance compounds with different volatility characteristics let toilet rim blocks shift scent impressions over time and reduce olfactory adaptation.

Pitch-differential forming screws continuously roll an extruded mixture into spherical toilet blocks, reducing poor shapes and lubricant use.

Ultrasonic cutting shapes stable, fast-dissolving detergent gel portions.

This case continuously shapes surfactant and low-molecular-weight gelling mixtures into stable detergent gel strands that dissolve rapidly.

Blast cleaning, solvent treatment, and controlled temperatures form durable primer and topcoat barriers that limit fluid ingress.

This case uses dynamic mixing, shaping, and solidification to make stable detergent gels with fast dissolution and minimal packaging.

A shaping and transport process embosses solid gel strands for stable detergent portions, minimal packaging, and effective dissolution.

Dynamic mixing of surfactant and gelling-agent compositions forms stable detergent portions with fast dissolution and minimal packaging.

This case uses alkanol-ester azeotropic mixtures to limit capillary forces and stabilize high-aspect-ratio patterns during drying.

Cellulose fibers with hydrodynamic radius above 5 microns enhance deposition and retention of encapsulated benefit agents on fabrics.

Corrosion inhibitors in the cleaning solution protect substrate metals while organic solvents dissolve plasma etch residues.

Segmented nozzles isolate water flow from opposing air pressure, ensuring reliable regulation at low water-to-air ratios.

Low viscosity organic solvent rinsing solution prevents pattern collapse on high aspect ratio structures by reducing capillary forces during drying.

A copolymer compound containing acrylic acid and sulfonic acid units dissolves oily components from metallic or glassy substrates.

A water-rich cleaning formulation stabilizes hydroxylamine while removing semiconductor residues.

Soluble lithium, aluminum, and silicate salts form a protective barrier on glass surfaces during alkaline washing cycles.

Methyl perfluoroheptene ether and trans-1,2-dichloroethylene form a stable azeotrope that maintains constant composition during boiling.

Rotating liquid film on cup inner surface absorbs spattering droplets, preventing contamination of the substrate during processing.

Gallic acid inhibitor enables alkaline etchants to remove aluminum oxide from titanium without damaging the substrate, resolving contamination risks.

A rotating substrate drying system uses surface tension gradients to move liquid off the wafer edge.

A particle formation process entrains gas into a precursor material to create uniform internal porosity during cooling.

Al cleaning composition uses alkanoic acids to form a protective monolayer, preventing substrate damage and oxidation during aggressive residue removal.

A semiconductor treatment liquid combines fluorine compounds with calcium to remove residues while protecting cobalt layers.

Dissolving ozone in sulfuric acid at low temperature maintains peroxodisulfuric acid concentration during high-temperature resist removal.

A surface treatment composition removes ceria and organic residues from polished semiconductor substrates using a carboxy group-containing polymer.