Liquid Surface Applicators TRIZ Cases

Asymmetric shield cap covers fixing hole periphery to stop film peeling around bolts, extending maintenance cycles in sputtering chambers.

Nested tool positioning during cold-spray deposition creates multi-walled sheet structures, eliminating costly die formation for gas turbine components.

A liquid discharging vessel nozzle ascends to close its outlet, keeping the application tip clean.

An extensible adhesive dispensing gun uses an inner rod member to transmit trigger force through a tube, eliminating repeated ladder climbing.

Plasma polymerization deposits discrete fluorohydrocarbon and organic layers onto substrates to form protective conformal coatings.

A pivotable paint bar removes dried paint from brushes while preventing contamination of the paint well.

Azide and alkyne groups on cellulose ethers crosslink into water-insoluble bonds, solving moisture sensitivity in wood adhesives.

A sprayable ceramic coating bonds to metal using water glass binders and hollow inorganic particles.

External fields align nanostructures in thickness direction during melt casting, avoiding solvents while ensuring directional conductivity.

Segmented suction ducts connect to independent powder separators, reducing cleaning time during color changes without increasing booth footprint.

A coating and developing apparatus stacks unit blocks vertically along a linear transfer path to reduce installation area.

Magnetic alignment of a movable second mask ensures uniform thickness in organic light emitting layers, resolving non-uniform brightness issues.

A vertically oriented liquid jetting apparatus with multiple tanks arranged in a vertical row connected to the jetting head via tubes.

Embedding woven carriers in compressible plastic layers distributes pressure loads, reducing permanent deformation risks while maintaining wear resistance.

Composite electroconductive layers combining ionic and electron agents suppress bleeding while maintaining uniform resistance across varying humidity levels.

A unified application device combines primer and sealer functions into a single mechanism with elastic vibration dampening.

A fluorine-free treated article combines a wax sizing agent with a nitrogen-containing polymer retention aid to create a durable coating.

A self-cleaning nozzle uses a porous surface to discharge low velocity fluid that prevents contaminant deposition on the spray face.

Segmented chambers and a mixing nozzle eliminate fiber dams by curing liquid sealants rapidly within electrical fittings.

A droplet discharge device uses a liquid ejection layer to separate piezoelectric vibration from the discharge medium.

Embedded shaping gas micro-applicators direct liquid paint flow, reducing overspray and improving transfer efficiency in high-volume vehicle painting.

A pneumatic spray nozzle deposits adhesive onto rotating cores along a rectilinear path.

A device adapts the time lag between fluid application and drying to the spreading behavior of ink on complex surfaces.

Dynamic substrate transfer routes activate process modules immediately upon conditioning completion.

Enriched ceramic surface stabilizes dental implants against hydrothermal degradation while preserving mechanical strength and translucency.

Aligning conductive particles via electric fields reduces electrode weight and binder content while maintaining high conductivity for improved energy density.

Composite polyester polyols using recycled PBAC improve salt spray resistance while maintaining sustainability goals.

A golf ball coating layer blends distinct color regions through a transitional zone created by controlled spray atomization.

A drop-draw extrusion nozzle deposits anchor points and draws filaments between them to form a two-dimensional network.

Calibrating a viscous material dispenser by correlating actuator stroke distance with dispensed weight to establish precise control parameters.

Dual aqueous coating layers on a resin base maintain high gas barrier properties and adhesion strength in high-humidity environments.

A spray gun nozzle uses a swing member and Venturi tube to deliver fluid through interchangeable cone-shaped outlets.

A color matching system adjusts clear vehicle and colorant concentrations to achieve target reflectance on absorbent substrates.

Felt wiper recovers excess flavor from collagen casing surface to eliminate waste while maintaining uniform distribution.

Differential pressure drives etchant flow through semiconductor via holes to extract slag, preventing vent blockage and ensuring precise material deposition.

Dynamic nozzle movement distributes viscous material uniformly while preventing dripping during separation.

Calcium carbonate calcination creates a high-density matrix that resists slag penetration and thermal shock in refractory structures.

Using oxygen as the sole radical initiator achieves high elongational hardening in LDPE without organic peroxide degradation products.

Integrated charging rollers prevent ionization and electrostatic sparks while enabling uniform film thickness in recessed areas.

Back surface cleaning prevents contaminants from degrading the vacuum environment during EUV exposure, reducing maintenance downtime.

An auxiliary chamber connected to the melt chamber draws melted glue via a piston mechanism, relieving thermal expansion pressure to eliminate dripping.

A polymer-based spherical activated carbon carrier supports precipitated inorganic hexacyanoferrate adsorbents to capture metal cations from liquid media.

A powder disperser breaks down aggregates to deposit a uniform coating film, preventing clogging from high cohesiveness.

A liquid composition of neutral surfactant and charged lamellar compound forms a protective film on protein crystals.

A composite coating material enhances the hardness of electrical steel sheets, preventing scuffing during manual handling.

Incorporating cyclic carbonate and carboxylic acid reduces stress during molding to prevent delamination from metal plates.

A dispensing syringe uses a hemispherical piston profile to guide liquid flow and manage internal volume changes.

Replacing isocyanates with epoxy compounds and cationic catalysts eliminates health risks while maintaining foaming rates.

A paper base laminate ink storage member uses metal or silica deposition layers to provide water and oil resistance for coating tools.