Liquid Surface Applicators TRIZ Cases

Segmented plunger cartridges use locking grooves to compress biasing members, easing assembly of heavy high-spring-rate check arm keepers.

A semiconductor imprinting system adjusts resin droplet arrangement using light reflection measurements from monitor substrates.

Adjustable fins and rigid ridges prevent shield bending to contain overspray beyond edges.

A manual viscous liquid dispenser uses a mechanical locking mechanism to constrain plunger movement during dispensing cycles.

Silica nanoparticle dispersion in clear coatings improves wet scratch resistance without reducing transparency or appearance.

Closed-loop control adjusts station impedances to maintain uniform power distribution despite variations in shared RF source delivery.

Computer-controlled epoxy dispenser executes precise injection and needle retraction sequences to eliminate bubble inclusion and residue contamination.

A double-sided coating device applies simultaneous release agent deposition using a non-contact air-floating suspension oven.

Segmented valve mechanisms with dual piston portions prevent dripping and starvation by maintaining constant ejection volumes across varying liquid viscosities.

A rotating disc redistributes overspray material to resolve non-uniform spray patterns and reduce manual correction costs.

Sliding clip prevents static mixer loss during reactive material dispensing.

Segmented actuators vary fluid flow path thickness during operation, resolving inconsistent coating profiles.

A roll-to-roll vacuum deposition apparatus adjusts pressing force balance between rollers via a unit moving mechanism.

Segmented porous layers suppress bubble formation and false counts, enabling ultra-low noise measurements at high sample flow rates.

A rotating brush delivers glutinous substance through offset outlets to ensure uniform coverage.

High temperature vapor phase oxidation deposits metal oxide coatings on titanium dioxide particles, eliminating wet treatment debris and crystalline structures.

Phase transition and lyophilization create porous core-shell toner, resolving the trade-off between low manufacturing precision and reliable print quality.

Nested sleeve and cartridge design reduces storage size, enabling automated dispensing in confined aircraft spaces while minimizing substance waste.

Merges intake and output valves into one-piece pump assembly to prevent leakage and erratic dispensing from complex multi-part configurations.

Pneumatic tire tread halves use short fiber fixation to balance rigidity and reduce cavity resonance.

Tensile force application units adjust slit sheet tension to prevent drooping and ensure uniform deposition patterns.

Conductive metallic coating material with aluminum and magnesium provides sacrificial anticorrosive reaction on iron substrates.

A spray gun detects piston position via a magnetic sensor to close the fluid valve early, preventing jet breakoff and fluid dripping.

A scavenger protein layer complexes with biocides to shield enzymes from inactivation, extending sensor functional life beyond standard preservation limits.

Thermal evaporation of liquid precursors stabilizes mass flow against pressure fluctuations, ensuring consistent layer deposition on pharmaceutical containers.

A substrate treatment apparatus deposits and cures coating films on rotating substrates to form flat surfaces.

A dry etcher integrates a cleaning device to remove chlorine gas layers from substrates during processing.

Baffle plates inside a mixing manifold ensure uniform etchant distribution while protecting remote plasma units from reactive damage.

A small-diameter gravure roll deposits paint while a reverse doctor blade controls thickness.

A flexible coating nozzle attached to a rigid support element uses differential screw positioning elements for precise alignment.

Dynamic surface temperature modulation in a reaction chamber improves manufacturing precision and process repeatability for thin film deposition.

Vinyl polymer and quaternary ammonium salt form a stable aqueous coating agent film.

Atomizing separate coating components via a spray gun maintains consistent viscosity, extends pot life, and reduces VOC emissions in automotive painting.

A wet-on-wet coating method applies two water-based base layers without preheating to form a stable multilayer film.

Rotating substrate holders prevents film adhesion and particle generation during thick film deposition in vertical heat treatment apparatuses.

A hand application device with a rotatable handle and adjustable nozzle.

Replacing tape casting with spin coating reduces manufacturing time and cost while improving electrostatic chuck performance.

A sealant discharging nozzle shapes adhesive into a bicone profile using a dedicated cutout groove and shaping portion on the nozzle body.

An obtuse angle coupling flange on a sealant cartridge reduces overall tool length to improve maneuverability in tight spaces.

A source gas concentration control system adjusts tank temperature to increase partial pressure and maintain valve stroke within operational limits.

A dispensing bar uses pneumatic suction to retain granular material within channels for precise deposition.

Specific kneading zone ratio ensures fluororesin continuity in cured film, resolving insufficient layer separation.

A protective coating system applies distinct moisture-resistant materials to different electronic components.

An internal heating element in a porous support reduces warm-up time and power consumption while minimizing volatile working fluid loss.

Segmented suction openings extract vapors from the housing before they escape, reducing energy consumption and preventing environmental pollution.

A sealant applicator uses a protruding wing with beveled edges to smooth applied material directly at the dispensing point.

Periodic air curtain formation via synchronized ejection timing prevents nozzle clogging while maintaining precise liquid application.