Liquid Surface Applicators TRIZ Cases

Rotating a hydrophobic element distributes solvent containing amphiphilic molecules, resolving poor reproducibility in manual lipid bilayer fabrication.

Segmented rotary drums with wide feed lines prevent product breakage while maintaining high throughput capacity.

A portable gas dynamic spray gun uses a powder flow rate sensor to adjust carrier gas delivery for consistent deposition efficiency.

A powered mud pumping apparatus conveys viscous materials through a feed tube and applicator head using an auger or suction mechanism.

Automated roll-to-roll electrode material deposition fills engraved resin patterns, eliminating manual cutting errors and boosting manufacturing productivity.

Reduced C12A7 content calcium aluminate clinker maintains porosity to trap contaminants in electrolytic cells.

A fumigation module uses an activated carbon bed to capture extracted toxic gases within the chamber.

A universal cavity accepts flexible packages or pour-in supplies while a gasket prevents rod retraction to minimize food product loss during refilling.

Composite material spraying and segmentation reduce weight while simplifying attachment of aircraft engine fire shields.

Composite coating with polyionic binder and insoluble particles resolves environmental hazards and UV stability issues while maintaining optical clarity.

A composite shadow mask prevents resin contamination and substrate damage by applying a metal layer under a roughened resin surface.

A tire treatment device uses dynamic pivot joints to reorient applicators for vehicle contact.

A chemical supply pump adjusts suction pressure via a working chamber to maintain constant fluid intake despite hydraulic head variations.

An integrated nozzle and skimmer structure produces a collimated organic material beam for precise deposition.

Oxynitriding at 425 to 500 C creates a protective layer without damaging the aluminum hub device.

A reverse treated copper foil places electrolytic nodules on the drum side to enhance adhesion while maintaining a smooth signal transmission surface.

A gas supplying unit delivers ionized helium to neutralize charges on an imprint mold using a conductive peripheral member.

Wax ridges on an anilox roller block primer transfer, replacing multiple rollers and reducing setup time.

Independent nozzle unit rotation prevents tube twisting and belt slippage while maintaining precise discharge positioning.

A modular fluid application device features an interchangeable nozzle interface secured to a manifold for rapid configuration changes.

A film-forming apparatus stabilizes precursor gas flow through dynamic heater temperature management during deposition cycles.

Applying pyrogenic oxide coatings to thin polymer webs yields separators under 35 μm thick that maintain thermal stability and ion conductivity.

Sliding base structures adjust applicator heads along contoured aircraft surfaces, eliminating serial masking steps and reducing total treatment time.

A rotary gate valve feeds powder into a venturi nozzle, resolving high-speed manufacturing precision issues by controlling intermittent particle flow.

High heat drives oil into bamboo capillaries, preventing internal rot and cracking.

Water pretreatment enables solvent vapor swelling of resist surfaces, reducing processing time and suppressing diffusion within an integrated system.

Microwave surface wave propagation along metal electrodes reduces dielectric material volume in plasma processing chambers.

Segmented dispense arms eliminate idle time during wafer rotation, increasing throughput without expanding the equipment footprint.

A deposition mask features recessed long side surfaces and connected through-hole recesses to enhance profile detection precision.

A carbon fiber reinforced polymer composition cures inside pipes to form a rigid protective lining.

A multi-liquid mixing tool uses a check valve to prevent liquid backflow and solidification within the casing.

Segmented tapes with raised edges maintain alignment while sealed cassettes prevent environmental exposure and health risks.

A vehicle body structure temporarily fastens components using a hinge opening and step portion to enable coating without special jigs.

A specialized nozzle applies sealant to aircraft fuel tank seams and coupling members in a single pass.

Localized infrared or hot air heating softens pre-existing coating ends, ensuring reliable adhesion without damaging the metal cylinder.

A mask assembly frame uses a height difference between supporting surfaces to guide cleansing solution drainage along the unit mask thickness.

Extendable pin arrays lift porous substrates evenly to enable uniform single-sided coating, resolving trade-offs between speed and substrate integrity.

Magnetic urging mechanism replaces compression springs to stabilize barrier member pressing force, preventing paste leakage and simplifying maintenance.

Reverse phase suspension polymerization yields small-diameter water-absorbent resin particles with high capacity and rapid swellability.

A confined space introduction mechanism moves liquid adhesive into products using a vacuum environment.

Controlled graphene oxide content in a ceramic sol maintains thermal conductivity while preserving coating transparency.

Surface treatment modifies metal foil energy to prevent resin peeling and reduce interfacial resistance.

Heat and solvent soften the electrode binder to enable rapid scraping, resolving the trade-off between processing time and substrate quality.

A disposable heated jet humidifier warms and humidifies respiratory gases using a venturi-driven misting mechanism.

A deposition regulator controls localized gas flow to produce uniform polymeric coatings.

A torsion pump twists a flexible tube via rotational force to move chemical liquid without complex mechanical transmission components.

Translucent imprint molds replicate dual damascene features to reduce capital investment while maintaining high device density.

Elastic deformation of the sealing lip creates automatic venting paths, eliminating valve complexity and preventing leakage.

Multi-layer coatings using montmorillonite and boron nitride protect composite cores from structural damage during flame exposure.