Liquid Surface Applicators TRIZ Cases

Prefilling pores with metal oxide slurry before applying zirconium silicate coating eliminates shrink holes while maintaining alkali and acid resistance.

A manifold gate shifts between delivery and flushing positions to control fluid flow through integrated channels.

Organic vapor jet printing deposits high-purity solid films to enhance solubility and bioavailability without mechanical stress degradation.

A cross-linkable composition forms a dense polymer matrix around light emitting bodies to maintain optical transparency.

Zirconium phosphate conversion films enable strong adhesion for lowly crystalline polyester resins, preventing peeling during forming.

A rotationally driven roller applies adhesive to a moving tobacco wrapping strip with constant width and thickness.

A rotary actuator drives a piston via a gear train to displace hydraulic fluid, overcoming pneumatic compressibility limits for precise dispensing.

Vertical dosing into the coating nip prevents high shear rates and agglomeration while ensuring smooth, defect-free layers.

Segmented transport carriages overcome weight and torque challenges to allow precise electrophoretic dip coating of heavy vehicle bodies.

A two-component mixing container uses a columnar portion fitted into a circular through hole to form a liquid-tight communication passage between chambers.

An elliptical discharge port and cutout groove shape sealant flow for precise application.

Stabilizing agents mediate between carboxylic acid-functional polymers and zirconium crosslinkers, preventing oxolation while ensuring solvent resistance.

Cartridge mechanism automatically deposits fresh adhesive on the roll, eliminating manual replacement downtime.

Metal salt catalysts replace photopolymerization initiators to eliminate sanitation risks while maintaining image sharpness and luster.

Segmented resin film curing maintains uniform thickness and prevents surface distortion during substrate bonding.

Sealing apertures to form an enclosed space before heating under autogenous pressure deposits a uniform metallic coating on internal surfaces.

Integrated wiping device on dispensing element scrapes residual material from cartridge neck upon removal.

Recessed portions on a metal mask modify thickness distribution to reduce surface wrinkles and improve yield in OLED vapor deposition.

Pre-exposing electroless plating reagents to solid phase activation material conditions the solution for immediate metal deposition on substrates.

Solvent-based filler coatings with epoxy-functional silanes bridge water-borne base coats and clear coats, restoring wet adhesion under humidity strain.

A drill-powered caulking gun uses a fine pitch lead screw to convert rotational motion into linear plunger force.

A metal ion sensor uses a luminescent nanoparticle core and shell to detect ions via color changes in aqueous solutions.

Multiple recirculation and filtration cycles remove bubbles and particles from photoresist, reducing wafer defects without increasing dispensing time.

A metallic coating applied to the interior glass surface of hollow bodies using tin and palladium chloride solutions.

Propylene polymer blend with ethylene copolymers achieves high flexural modulus while maintaining impact resistance and low thermal shrinkage.

Gas pressure supports the unsupported non-effective area of a mask sheet, maintaining coplanarity and enabling parallel clamping without vertical movement.

A hot-pressing steel sheet with a Ni-Zn coating layer suppresses scale formation during heating, preventing mold damage and surface roughness.

A multidirectional channel system directs adhesive into hollow profiles, preventing escape and ensuring complete gap filling.

An intermediary fire barrier with expandable graphite in a polyisocyanate matrix prevents fast flame propagation while maintaining thermal insulation.

Segmenting the surface into a decorative top and a smaller fibre sub layer protects integrity during high pressure, reducing production costs.

An angled air flow device reduces overspray contamination by targeting excess coating mist, improving process efficiency during stop-and-go operations.

Local plasma jet irradiation repairs display device pattern defects while stabilizing gas flow to ensure uniform film formation.

Supplying a mixed gas of activated oxygen and hydrogen converts residual fluorine into HF, reducing surface roughness on etched films.

Dynamic tine adjustment maintains consistent laminate weight by adapting scraping force to variable thread speed and resin viscosity.

A binder primer layer improves adhesion of RMA crosslinkable coatings on acidic wood surfaces.

Aqueous organocopolymer dispersions form stable Si-C bonds through miniemulsion polymerization of ethylenically functionalized silicone resins.

Raised runners on an inclined ramp increase paint concentration at the roller cover center while decreasing distribution at the ends.

Extraction of volatile solvents eliminates flammability while intermediary components maintain durability for aerospace applications.

A two-step zincate and molybdate process deposits a uniform black coating on aluminum, eliminating toxic selenium use and reducing process complexity.

A scrubbing roller transfers cleaning fluid and debris from a compaction roller surface to maintain manufacturing precision.

A slit die joins upper and lower liquid flow paths at precise angles to form uniform coating layers on moving sheets.