Liquid Surface Applicators TRIZ Cases

A fine metal mask with a peripheral barrier ring pattern blocks dimensional deviations during vapor deposition to maintain circuit contact areas.

A portable radar measurement device assesses signal transmission through coated automotive panels using a dedicated sample holder and controller.

A chemical liquid supply head recycles discharged fluid through a receiving member, removing member, and supplying member.

A reusable handle with a reciprocating nozzle assembly dispenses cosmetic formulations from interchangeable cartridges.

Vibratory motion prevents delicate crumbs from clumping while angled steps recycle excess material to reduce waste.

Controlled fluid flow prevents coating material deposition in cooling channel apertures, maintaining thermal barrier protection and reducing manual clearing.

An automaton subdivides surfaces into manageable areas using a movable base and vertical platform for independent treatment zones.

A water-dispersible isocyanate primer forms a dense crosslinked film on wood substrates.

A heat releasing pipe uses an electrocoated inorganic glass layer with concave and convex portions to increase surface area for radiant heat transfer.

Elongate bladder compensates for filter-lag by expanding or contracting to pause or assist dispensing, maintaining high-purity flow without downstream valves.

Surfactant-free synthesis of monodisperse polymer nanoparticles eliminates tedious purification and stability issues inherent in emulsion methods.

Surfactant treatment modifies wood surface properties, eliminating sanding steps and reducing process time.

Impact sintering creates dense aluminum nitride coatings that suppress particle dropout and contamination in plasma apparatuses.

A sacrificial non-process film coats the chamber interior to stabilize subsequent process films.

A dual monomer vaporizing device uses a control valve to regulate flow into a deposition chamber.

A dispenser uses shared fastening apertures between adjacent modules to reduce nozzle spacing.

Segmented tube injection deposits alternating polyelectrolyte layers to overcome hydrophobic recovery in PDMS devices, enabling stable double emulsions.

Thinned areas on intersecting mask plate strips reduce shadow effects during deposition, ensuring precise pixel positioning for high-density displays.

Magnetic deformation simulates operational forces to correct pixel location deviations in OLED manufacturing.

A sealant forming nozzle integrates a shaping section and guide part to apply sealants on stair-shaped surfaces.

A rotating brush delivers glutinous substances through a central channel to bristles for surface contact.

A pressing system exchanges signals between a cartridge device and a sensor to verify compatibility before operation.

A silver ink formulation uses complexing agents and short-chain acids to reduce salts into conductive structures at mild temperatures.

A dual-body nozzle design channels pressurized gas to deform fluid beads and sever material strings during dispensing operations.

Catalyzed resin blends enable low-temperature curing below 150°C, protecting heat-sensitive substrates from thermal degradation.

Backfill gas displacement in a bubbler calculates precursor volume from pressure and temperature, avoiding seal breaches.

A porous relay core holds ink via capillary gaps between the partition and through hole to supply liquid consistently.

A flexible container dispenser uses hydrostatic pressure to spray materials without propellants.

A horizontal single-pass mixer blends cementitious slurry and reinforcing fibers using rotating augers and paddles.

Helical winding of perforated thermoplastic strips around a cooled mandrel creates laminated paint rollers with integrated adhesive bonding.

A dual-layer press-fit cap deposits polyamide 11 onto a metal base to resist chemical agents, eliminating incomplete gluing and leakage risks.

Addition polymerization of multi-vinyl organic silicon compounds reduces non-bonding hands and dimer formation, ensuring high strength and low current leakage.

A paint roller stop device uses a gravity-balanced pivot to maintain a constant angle, eliminating accidental contact with ceilings and trim.

Polyethylene glycol derivatives use disulfide linkers with hydrocarbon substituents to divide chains into low molecular weight fragments.

Ventilation system prevents air pockets in viscous material during dispensing.

Microwave plasma CVD deposits interleaved organic inorganic layers to improve scratch resistance while maintaining transparency.

Magnetic trenches in a gallium nitride mask prevent sagging and damage, ensuring stable deposition for high-resolution displays.

A glue gun uses an adjustable pivot pin shaft to switch between gear positions.

A spray assembly with non-overlapping nozzles and a collector pan prevents premature cooling of tack material during paving.

A dispensing head integrates a valve mechanism to switch adhesive flow states directly at the nozzle outlet.

Rotating threaded pistons convert rotational motion into linear displacement to achieve high-ratio metering precision without specialized cartridge structures.

High-boiling-point solvents in the resin composition prevent pinhole defects during thermal treatment, enabling high-resolution EUV lithography.

Segmented laying rollers and dynamic positioning minimize restart time and liquid-free sheet sections while simplifying maintenance of the deposit group.

Overlapping discharge regions maintain uniform mixture layer thickness, resolving the trade-off between manufacturing precision and production efficiency.

Multi-layer polyester resin coating on metal sheets provides stable content release properties for food packaging applications.

A double lens holder device positions two optical lenses at distinct angular orientations to maximize tank capacity.

A multipurpose frame system with an angular bend secures a detachable paint roller pad to reduce user strain during application.

A connecting element with dual engaging means secures a glue stick and highlighter together using distinct geometric features at each end.

A dual-cup processing cup design collects splashed liquid via an inner clearance and directs it to an outer scatter capturing space.