Liquid Surface Applicators TRIZ Cases

A pizza sauce applicator uses a computer-controlled rotating tray and manifold to dispense sauce onto crusts.

Stretch-bending straight extruded plastic base bodies after shipping eliminates complex support devices and reduces transport costs.

A protein binder uses carbohydrate and amine crosslinkers to form a thermoset network.

Dual-layer curable resin coating on low-quality particulates enhances crush resistance, reducing fines generation while maintaining cost efficiency.

Separate accumulators stabilize viscosity across temperature ranges, ensuring reliable adhesion on roofing substrates.

Air flow control members on a spin chuck create descending clean air to suppress solvent evaporation during substrate rotation.

A restrictor regulates the relative position of a fixing portion to a support, minimizing thermal expansion effects on valve body movement.

Orthogonal rotation mechanisms adjust tilt angles to suppress eccentricity caused by uneven resin pressure distribution in optical fiber production.

Imidazolium catalysts enable complete uretdione crosslinking at 100-150°C, eliminating blocking agent emissions from thermal decomposition.

A base coating composition uses a composite acrylic resin system to achieve superior adhesion and design properties.

A magnetic cover actuator moves a container lid via attraction and repulsion forces without physical contact.

A piston-cylinder assembly coupled with a capillary tube extrudes metallic nanoparticle compositions under regulated pneumatic actuation.

Segmented fluid ports deliver paint evenly across the roller surface while an asymmetric port arrangement prevents dripping during inverted orientation.

A slip molding apparatus uses a movable diverter to guide lining material along the mold surface.

A conductive paste blotting apparatus moves a surface plate relative to electronic components to ensure uniform film thickness.

A corrosion protection composition uses carbon platelets and nanotubes to form a liquid barrier.

Rotating substrate temperature probes generate contour maps, eliminating monitor substrates and reducing tool time.

Gate passage projections diffuse resin flow to eliminate voids and improve durability in thermoplastic composite manufacturing.

Threaded cartridge coupling with positioning element aligns mixer nozzles before engagement, preventing cross-contamination.

Porous plates expand evaporative surface area to sustain super-saturation, enabling high gas flow rates and water-based operation in compact particle counters.

Dual-coating system isolates moisture to prevent mildew while enabling marker erasure without toxic fluorine polymers.

A multilayer polyimide film combines a structural first layer with an optical second layer containing silica matting agent and submicron carbon black.

Individual pump switching prevents sealant hardening and stalling by dynamically redistributing load across parallel units.

A solvent-borne coating composition cures at 90°C or less using an acid catalyst to mediate crosslinking between a polyol polymer and melamine-formaldehyde resin.

A plunger assembly uses a biasing member to enable manual movement after electrical shutoff.

An integrated paint container with a built-in roller shelf and pouring spout eliminates separate trays and reduces waste.

Cloud database records carbon storage in Class-A fire-treated wood assemblies, resolving the trade-off between sequestration and fire safety.

A self-release coating utilizes polyhedral oligomeric silsesquioxane to lower surface energy and promote mineral scale detachment.

A distribution mask with curved arms blocks vapor at the center of rotating optical articles to ensure even coating thickness.

Tapered geometry allows identical units to nest for space saving while eliminating complex mechanisms that increase manufacturing costs.

Hydroxy acrylate ink binder resolves repulsive forces against black matrix patterns to ensure uniform coating and prevent curvature formation.

Polymer-coated inorganic cores prevent clumping during dispersion, ensuring uniform distribution within organic binder materials.

An inclined inlet directs slurry toward the bottom surface, increasing flow rate and preventing solid precipitation.

A moisture-curing polyurethane membrane uses a specific aldimine and oxazolidine ratio to achieve low viscosity and fast curing.

Mask apertures guide liquid deposition to create complex multilayered shapes, eliminating material waste from die-cutting.

An extension member connects a stationary fluid source to a robotic applicator, enabling continuous sealant delivery without frequent re-dipping.

A system applies and removes masking material during painting to minimize paint damage.

Heating the substrate during transfer expands ordered domain areas, resolving variable efficiency and solvent stability issues.

Block I and II molecules react to form a passivation layer on metal surfaces for selective atomic layer deposition.

A particulate material feeding device uses a mechanical blocking body to intermittently obstruct a chute passage for controlled discharge.

An inline coating system switches between tumbling and conveyor modes to prevent fragile food disintegration while ensuring uniform particulate adherence.

A paint brush system uses a pump to deliver fluid from a reservoir directly to bristles.

A rotary screen printing device uses three doctor blades to manage ink deposition and removal on a moving substrate.

A composite binder system combines polyurethane dispersion with styrene-polybutadiene copolymer to ensure strong plastic adhesion.

UV cure resin application prevents short circuits and electrode damage at solid-state battery ends.

A solvent-free spraying system mixes plural component materials using impingement and static mixing elements.

A metering system uses a movable plunger to adjust fluid volume dynamically.

A rotatable bracket with magnetic components secures a paint brush, enabling vertical submersion and angled dripping without fixed structure limits.

A recessed applicator roller creates clean gaps on the coating belt, eliminating residue accumulation between discrete substrates.

Chemical-thermal permeation shrinks pore diameters in porous metal materials through lattice distortion and new phase layer formation.