Liquid Surface Applicators TRIZ Cases

A filler mixing apparatus uses micro-air bubble expansion to pre-inject hardener into the chamber before binder arrival.

A coating head bottom plate slope guides accumulated source material toward a recovery port.

Controlled particle size distribution in UV curable coatings reduces material usage while maintaining abrasion resistance.

Parallel nozzle channels prevent dirt accumulation and fluid buildup at the nip, ensuring uniform film thickness.

Segmented frame design disperses tensile force to prevent deformation during organic light emitting diode patterning.

A charging roller elastic layer uses hollow particles with calcium carbonate shells to absorb vibration energy.

Ring-like constriction seals undersized packaging bags, preventing adhesive residue on cylinder walls and enabling thorough emptying.

A supply tank filter separates air bubbles from particle-laden liquid material for stable inkjet discharge.

A multi-nozzle air knife directs pressurized airflow to strip residual paper from cellulosic cores without mechanical contact.

Electrostatic charge aligns fibers orthogonally between adhesive sheets to resolve manufacturing complexity and improve packing density.

Dual-polymer coatings use spinodal decomposition to create uniform textures, eliminating bead settling and optical irregularities.

Flow coating deposits and cures a fluidic precursor to form a durable, non-brittle corrosion-resistant layer on gas delivery system passages.

Dividing large functional rolls into transportable modules reduces shipping costs while preserving complete product delivery.

Fluorination creates a magnesium fluoride layer on the alloy core, while parylene coating manages degradation timing.

A carbon nanoparticle coating heats fuel inside the injector housing via Joule heating.

A substrate processing apparatus directs cleaning liquid through a bypass path to clean the chemical liquid processing section.

A handheld dental filler dispenser uses a detachable cartridge to transmit vibration energy for material liquefaction.

Curved outlet paths expand application width beyond device dimensions while maintaining compact structure.

A biodegradable packaging material uses a metalized film layer to create a high-barrier structure.

A nanocrystalline MCrAl(Y) coating with controlled grain size maintains a dense Al2O3 oxide scale.

A thin film deposition apparatus uses a patterning slit sheet and barrier plate assembly to enable high-definition patterning on large substrates.

Real-time digital printing on hot fruit paste eliminates pre-printed roll stock inventory waste and reduces manufacturing costs.

Heated air system dries skin treatment spray solution during automated tanning passes, resolving cold discomfort and uneven coating uniformity.

Pivoting the powder replenisher accelerates supply speed, eliminating slow screw mechanisms and vibration complexity.

Apply preliminary coatings to ceramic fibers before chemical vapor deposition to prevent breakage during slurry impregnation.

A rotating disk transforms rotary motion into axial valve displacement to reduce actuation force for viscous products.

Retaining surfaces on a rotary syringe nut part form a positive fit with the piston end to prevent unintended loosening during material expulsion.

Segmented holder grooves extract liquid residue to prevent watermark spots, maintaining throughput during simultaneous substrate processing.

A control system monitors spray pressure and temperature near the gun to regulate coating application.

Movable process chamber walls accommodate different profile diameters, eliminating frequent device conversions and reducing operational complexity.

Curing the basecoat during dehydration prevents solvent migration and eliminates the primer surfacer layer.

An apparatus removes impurities and forms exfoliated layers on mother substrates, simplifying the process and increasing productivity.

Forming multiple droplets on one fiber reduces matrix material consumption while enabling repeated adhesion strength tests.

Regishell combines polymer foam with lunar regolith to create rigid structures that withstand harsh extraterrestrial conditions while minimizing transport mass.

Automated backpack dispensing system applies pressure to multiple sealant tubes and converges output through a hose for single-handed operation.

Inverted frustum mask holes reduce taper angle constraints, allowing vapor particles to pass through wider incident angles.

A biasing element urges movable side members against component surfaces, enabling precise viscous fluid application across varying widths and contours.

A processing liquid nozzle design segments fluid supply paths to protect the ultrasonic wave generator oscillating body from damage.

Segmented channels boost surface area to melt adhesive faster, preventing thermal decomposition and residue buildup.

Integrated factory coating eliminates weather-dependent site installation, resolving labor bottlenecks while ensuring consistent moisture protection.

Segmented storage and localized melting reduce start-up times and prevent adhesive charring.

Distinct polyimide base members connect through a non-overlapping section, preventing detachment or loosening when the display bends.

A paint roller shield with a beveled edge maintains a consistent gap between the roller and adjacent surfaces.

Removable pouch inside reusable tube prevents water absorption and reduces costs by decoupling chemical compatibility from structural support.

A polymer with covalently linked polyether and polysiloxane segments acts as a coating additive to control surface properties.

Deforming a flexible support adapts the applicator to raised eyelid areas, maintaining pattern integrity without manual pressure.

Annular projection spacing prevents rocking from uneven coatings, allowing stable frictional rotation for precise caulk outlet orientation.

A two-part template system guides precise material placement around workpiece protuberances using a complementary positioning opening and visual indicators.

Opposing drivers swing shield members to block pollutant particles from contaminating the carrier.

Intermittent developing solution supply on a rotating wafer prevents dry spots and pullback phenomena while reducing chemical consumption.