Liquid Surface Applicators TRIZ Cases

Spray granulation forms porous spherical lithium adsorbents that lower column pressure, resist powder loss, and preserve adsorption capacity.

A ROMP coating with cyclic olefins, metal carbene catalysts, and insulative fillers improves sprayability, potlife, cure, and VOC control.

A polymer with tuned Hansen solubility and an aggregating agent helps aqueous ink bond to polyester for more stable image quality.

Continuous plate motion with indexed pad and product movement prevents slip, enabling fast photorealistic printing on complex surfaces.

A visible flange cavity interface reveals piston tube detachment quickly, avoiding destructive checks and air pressure tests during filling.

A suction-fed straight powder conduit improves dry coating uniformity and adhesion on particulate filters without binders or sintering.

An ionically bonded polymer layer protects a steel sprinkler frame from corrosion while preserving thermal response in harsh environments.

A directly adhered metal layer gives lignocellulose panels durable fire resistance and antistatic conductivity without bulk additives.

Widened plenum projections stiffen laminated nozzle plates, limiting deflection and leakage while keeping fluid distribution uniform under pressure.

A PTFE sealing element closes the distributor plate annular gap, cutting wear, easing tolerances, and keeping process air in the fluidizing zone.

Alkylsilyl vapor coatings on metal chromatography flow paths reduce analyte adsorption while preserving high-pressure operation and stable retention times.

A multi-level conveyor reverses fiber before sol fluidity is lost, improving aerogel blanket uniformity while reducing dust and floor space.

A movable frame with minimized fiber contact improves CMC coating uniformity and reduces low or uncoated regions that weaken composites.

A flange-guided rotating applicator spreads viscous material evenly around openings while preventing adhesive migration into the hole.

A sealed rotating drum with controlled gas flow enables uniform thin-film coating of particles while limiting agglomeration, contamination, and API degradation.

Cooling the coater roll and conditioning nearby air keeps thermosetting adhesive viscosity stable during stops, reducing waste and cleaning.

Vapor-deposited alkylsilyl coatings on metal flow paths cut analyte adsorption while preserving high-pressure chromatography performance.

A UV-curable organopolysiloxane coating uses a UV absorber and photoinitiator to retain abrasion resistance, water repellency, and antifouling outdoors.

A polyaspartic acid ester and polyisocyanate primer bonds directly to polycarbonate, improving wet adhesion and scratch resistance.

Encoder feedback adjusts application roller speed by media type to keep treatment coating uniform and reduce jams in image forming.

By reversing the inlet and outlet layout, this spindle metering pump removes the hose, cuts reaction time, and improves dosing accuracy.

A shear-thinning transition and laminar-flow nozzle apply high-viscosity coatings at speed with controlled thickness and minimal air entrapment.

A flexible base plate, channel, and sealing lip enable continuous edge coating on curved blades with uniform thickness and erosion protection.

Adjustable valve-on timing lets the nozzle start and stop liquid supply at the right moment, reducing tact time and preventing leakage.

A block copolymer midcoat boosts chromaticity in multilayer automotive coatings while enabling wet-on-wet application and faster curing.

An intermediate core layer and absorbent-free channels stabilize the core, cut adhesive use, and improve liquid distribution and rewet.

Water-dispersible polyisocyanates improve chemical, scratch, and mar resistance in solvent-borne polyurethane coatings without losing appearance.

A shim cutout and slit-nozzle layout stabilize fluid distribution for 10-20 μm battery electrode adhesive coating with fewer defects.

Corner-mounted lugs secure a decorative bottle cap while reducing neck thickness and bulk in rectangular bottle assemblies.

Rotating the coil spring and extracting contour discontinuities isolates the target wire for more accurate shape measurement and coating placement.

A reusable sleeve with radial pins and catch features stabilizes a film bag cartridge, speeds dispenser attachment, and prevents piston loss.

Rotating a coil spring and detecting its wire profile enables shape-specific processing when cross sections vary beyond circular assumptions.

A sensor-guided controller stabilizes slurry temperature at the slot to prevent viscosity drift, improving coating uniformity and yield.

A reusable cassette with roller compression and friction-fit coupling lets viscous sauce containers swap quickly, cutting downtime, waste, and setup effort.

A releasable lock lets the roller switch between free rotation and fixed wiping, extending liquid application to varied surface shapes.

A sealed heat-stable container vaporizes and adsorbs antimicrobial agent onto orthopedic implants for uniform coating and dry heat sterilization.

A fork-like stabilizer between the blade and push plate prevents tube slip, keeping viscous material dispensing smooth and stable.

A pivotable particle redirector places super absorbent particles in targeted core zones, improving absorbency without complex forming equipment.

A spring or air bladder stores and releases energy to keep viscous material flow steady during caulking gun re-cocking, reducing gaps and drips.

A segmented masking assembly shields blade coupling and other non-coating areas, enabling precise turbine component coating without removal rework.

A textile join links preceding and new reinforcing fibers during switching, enabling continuous resin impregnation with stronger connections.

Alternating dual chambers and a slider valve sustain viscous material flow with pressure regulation, reducing size, weight, and downtime.

Removable extension parts spread edge-applied liquid into a thin, uniform film while simplifying maintenance and board-type changeovers.

Built-in piercing and a retention shelf open clipped collapsible tubes safely while keeping film and tie clips out of the viscous flow path.

Precise spacing of first and second application droplets prevents well-wall adhesion, improving tissue production reproducibility and throughput.

Localized heating, cooling, and sensor feedback keep slurry temperature uniform at the slot, improving coating loading consistency and yield.

A nozzle pierces clipped tube seals and traps the flap and tie clip on a retention shelf to prevent blockage during viscous dispensing.

Nitrite concentration and pH control in plasma-activated mist sustain peroxynitrous acid and tune peak level and half-life for sanitization.