Liquid Surface Applicators TRIZ Cases

Cutting the paint roller tube while hot eliminates waste from post-cooling shrinkage and recutting steps.

Butylsilane-functional binders resolve the trade-off between rapid curing and short potlife while minimizing methanol release.

A nozzle design mixes steam with sulfuric acid hydrogen peroxide to eject a combined fluid for substrate processing.

Titanium-oxygen moieties and organosilane coatings eliminate sustained antimicrobial efficacy gaps on high-touch surfaces.

Elongated flexible masking strip with perpendicular spine covers door gaskets, eliminating repeated disassembly and reinstallation cycles.

A mesh capsule filters large powder agglomerates before they enter the chamber, preventing packing and ensuring dense film formation.

Fatty acid amides plasticize the epoxide-amine adduct to resolve contradictions between air-drying capability and reliability, delivering superior hardness.

A liquid contacting portion regulates the thickness of a rotating sample holder's liquid layer to optimize fluid distribution.

A resin composition uses block copolymers with distinct molecular weights to form phase-separated structures.

Robot arms automate substrate handling to resolve low working speed and lack of precise control caused by manual loading operations.

An integrated plastic valve closes the outlet of a dental syringe, stopping low-viscosity composites from leaking and curing under light.

Segmented spray holes in the nozzle ensure uniform internal pipe coating, resolving non-uniform coverage caused by conventional forward or spinning nozzles.

Curved end sections guide the carriage upward during reversal, preventing puddling and excessive build-up while maintaining uniform coating thickness.

Cylindrical mesh rings collect resist liquid and dilute filamentous foreign substances with solvent, preventing exhaust path clogging.

A hybrid ion exchange material combines activated carbon with mixed metal oxides to selectively adsorb organic molecules and anionic species from water.

A laminated shim package forms fluid flow paths via laser cutting to enable mass production of slot die assemblies.

A water-in-oil microencapsulation process forms durable capsule walls through controlled interfacial polymerization of amine-modified monomers.

A manually deformable reservoir integrates an LED lamp to cure light-curing composite material during dispensing.

Selective substrate lifting via a deflector creates uncoated lanes, eliminating frequent anilox roller changes and reducing mechanical wear.

Organic palladium soap replaces insoluble inorganic catalysts to prevent precipitation and ensure uniform film adhesion.

Segmented nozzle arrays and disposable adapters reduce cleaning time while maintaining uniform adhesive distribution.

Post-terminated lead structures enable multi-stacked solid-state batteries while reducing parasitic mass.

Upper and lower masking stages expose display panel side surfaces, allowing a spraying part to deposit uniform light-blocking ink that prevents light leakage.