Liquid Surface Applicators TRIZ Cases

Inorganic cenosphere shells contain phase change materials, resolving mechanical strength loss and chemical instability during concrete mixing.

Airframe handling apparatus attaches to wing structures to support and move the fuselage during surface preparation.

A discharge arrangement uses complementary rotation constraining members to align fluid components.

A rotatable valve member sucks back foamed adhesive from the discharge slot before flow interruption to prevent expansion-related issues.

Segmented placing portions and dual arms reduce waiting time while increasing storage capacity in the apparatus.

Tribocatalytic formation of carbon nano-onions from nanodiamonds creates an incommensurate sliding interface that reduces friction coefficients to 0.005.

A mask frame assembly uses support sticks to stabilize the structure, preventing thermal expansion shadow defects.

An electromagnetic bell moves steel bars through dual bitumen tanks to balance temperatures and prevent corrosion.

A funnel-shaped container guides solvent into a vortex that whirled around the nozzle tip for thorough cleaning.

An injection cell interconnects two reservoirs to dispense fluid material via a normally closed valve actuated by an air piston.

Spacers maintain a gap between the applicator and back panels, ensuring uniform wet drywall compound layers while reducing user fatigue.

Aqueous polyurethane aerosol compositions form translucent films that maintain optical clarity and mechanical properties under adverse environmental conditions.

A viscous material discharge device measures time delay to determine plunger and nozzle speeds.

Sequential inversion of solar cells allows independent adhesive application to each surface, reducing contact resistance while maintaining adhesion strength.

A metal ink layer adhered to a device shell surface creates a uniform metallic appearance.

A jetting device vacuum nozzle directs gaseous flow to remove viscous medium residue, preventing bridging and short-circuiting in circuit board manufacturing.

A cleaning device uses a moving clearing needle to remove glue residue from dispensing needles without surface damage.

Segmented vacuum and fence zones direct particulate matter precisely while preventing migration through the topsheet.

Epoxy ring-opening introduces amine and hydroxyl groups into acrylic resins, lowering viscosity and cutting costs by replacing expensive MESO monomers.

A marking machine nozzle adjusts spray pressure to maintain consistent line width during operation.

Brief reversible compression of steel ropes enables full rubber penetration, preventing liquid migration and corrosion in large-diameter tension members.

Segmenting the doctor blade head and tail parts isolates contamination on the clamping tube while allowing fast squeegee replacement.

Aligned carbon nanotube coatings dissipate electrostatic charges to resolve insufficient conductivity in existing protective layers.

Insulated conductive particles prevent aggregation and electrical shorts in anisotropic conductive films, enabling higher connection density.

Stencil shapes slurry into a gel to create amorphous solids, resolving inconsistent aerosol release profiles in non-combustible systems.

Segmented discharge containers prevent contaminants from entering exhaust pipes, maintaining stable pressure during spin coating.

A pump design uses a variable volume cleaning chamber to isolate the reciprocating rod from outside air.

Segmented reservoirs isolate dry powder medicaments to prevent chemical degradation while enabling single-device delivery for improved patient compliance.

A notepad forming apparatus cuts and bonds loose sheets to enable on-demand production.

Segmented contact faces and a smoothening flange resolve uneven thickness and lane demarcations on building surfaces.

Spraying ingredients onto a rotating polysaccharide cake merges dewatering and blending, reducing power consumption and ingredient loss.

A water-sliding membrane uses covalent bonds and pi-electron interactions to retain a lubricating polymer layer on glass substrates.

A cartridge piston uses a raised sealing lip to vent air during closing.

Active embedment distributes loose fibers within settable slurry layers, resolving uneven distribution and premature setting issues in structural panels.

Heated nozzle channels reduce fluid viscosity to maintain pattern accuracy across distances, cutting cartridge replacement time.

A coating apparatus uses a three-way valve to switch between supply and ejection paths, ensuring precise material delivery.

Crosslinked resin compositions balance transparency with mechanical reliability, resolving substrate warpage and adhesion trade-offs in flat panel displays.

Continuous slot die coating applies precise adhesive patterns to absorbent articles, overcoming valve cycling limits that degrade resolution at high web speeds.

Real-time scanning of aircraft geometry adjusts spray trajectories to maintain coating thickness tolerances.

A semi-autonomous spray applicator deposits adhesive on mattress rails using precision machine controls for consistent placement.

A fiber deposition head with three rotational axes positions the nozzle to deposit composite fibers on curved aircraft fuselage sections.

Segmented organic and inorganic layers protect metallic surfaces from oxidation while enabling selective removal to reduce processing costs.

Steam injection embeds scent into fishing lures, eliminating messy manual coating and preventing hand contamination.

Optimized electrode separation stabilizes electrohydrodynamic filaments, resolving random fiber orientation in manufacturing.

A particle production device monitors dispersion state to control polymer electrolyte addition for composite particles.

An elastomeric membrane replaces rigid blades to prevent jamming on surface features while maintaining precise powder layer thickness.

In situ leaching deposits aluminum phosphate onto titanium dioxide particles to resolve the trade-off between durability and dispersibility.

Segmenting the mask plate into reusable sub-masks reduces manufacturing complexity and cost while maintaining accurate pixel pattern formation.