Liquid Surface Applicators TRIZ Cases

Zinc fluoride chemical film bonds rubber to aluminum components, preventing chromate dehydration cracks during vulcanization.

Combined roof spraying and seaming assembly uses adjustable spray tubes and a rotatable roller to apply consistent coating thickness across irregular surfaces.

Resilient gripping teeth and a pivotally movable stopping member accommodate different tube lengths while preventing sliding during dispensing.

A micropost substrate confines liquid patterns using surface tension without complex channel equipment.

Reinforced ribs on the mask strip prevent sagging, ensuring uniform encapsulation film thickness and preventing panel cracks.

Adjustment mechanism moves screen printing frames in X-Y planes to prevent deformation during cleaning while reducing production time.

An optical polymer stack modulates light via electro-optic polymers to enable high-bandwidth communication within integrated circuits.

End tension units apply perpendicular force to thin film unit masks, suppressing wrinkles that degrade deposition quality.

A one-piece plastic fuel tank serves as the housing lower part, supported by a rigid frame that absorbs shock loads to ensure mechanical stability.

An ultra-low refractive index layer on a resin film resolves the trade-off between film strength and flexibility for continuous production.

Cross-bar linkage system moves flexible die lips to set precise gap dimensions, resolving uniformity issues in wide die adjustment.

A modular adhesive dispensing device uses a control module to automatically recognize melt module characteristics for flexible operation.

Movable shields sandwich a substrate to prevent thin film adhesion on vacuum vessel walls, reducing component count and maintenance costs.

A repainting head uses two adjustable painting arms to deposit coating on circular lids with variable diameters.

A powder supply system uses a cleaning fixture with compressed air to remove residual particles from the receptacle chamber.

Applying alkali metal silicate to carbon refractory rear faces creates a solid adherent layer that blocks oxygen diffusion.

A powder container adjusts its fluidic connection cross section to manage airflow between coating and cleaning modes.

A composite downhole tool uses a corrodible core and resistant outer shell to enable controlled dissolution in wellbore fluids.

A fluid applicator with a loop end collects and deposits liquid onto work surfaces.

Iron-chromium-molybdenum alloy powder maintains high amorphous phase proportion during thermal spraying.

An annular elevation on a suction-based rotary plate prevents capillary forces from causing unwanted coating on the substrate lower side.

A slurry scraping mechanism uses a suspension component with a damping spring to buffer the scraper against the belt mold.

A gravure coater test apparatus uses an infrared analyzer to measure coating uniformity and adhesive amount during doctor blade selection.

A plasma treatment device splits operating agent streams via a junction to supply multiple chambers simultaneously.

A one-component aqueous basecoat cures at 110°C or less alongside a solvent-borne clear coat.

Camera imaging creates digital surface copies to plan robot coating paths, eliminating iterative trial-and-error programming and reducing labor time.

Ultra-high-performance concrete coating bonds to cast iron pipe interiors for enhanced wear resistance.

Segmented tanks stabilize process liquid temperature to resolve contradictions between collection efficiency and precise thermal control.

A pivoting plunger rod mechanism in a handheld craft gun enables quick filling and extrusion of modeling compounds.

Latent catalyst RMA coatings resolve the contradiction between extended pot life and rapid curing, ensuring weatherability for wind turbine blades.

A multilayer coating system with a silicon oxide nanoparticle intermediate layer protects metal fasteners from galvanic corrosion.

Separating horizontal alignment from vertical blocking reduces device complexity while maintaining positioning accuracy for lens processing.

A three-binder paint system using nanoparticle pigments and titanium dioxide to deliver superior adhesion and stain resistance.

Optimized polymer thickness balances retention against washaway, ensuring high desorption probability for effective alpha particle distribution.

A paint roller system uses a rigid frame with integrated end pieces and snap connections for free rotation.

Capillary condensation creates ordered patches on self-assembled microparticles, avoiding surface chemistry alteration from annealing.

A three-dimensional mask with side portions covers substrate faces during film deposition to prevent material scattering.

Segmented vertical inlets with independent flaps stabilize elements and capture powder, resolving inertial motion issues.

Aerosol deposition uses pre-formed controlled particles to maintain stable supply and uniform particle concentration during substrate coating.

A compressible applicator housing ruptures a sealed product container to release liquid cleaning solution onto an absorbent surface.

Vapor condensed nanolenses boost detection SNR by fifty times, enabling sub-diffraction imaging of particles smaller than 40 nm.

A contoured roller applicator dispenses liquid disinfectant through a sealed reservoir system.

A zirconium-based pretreatment agent improves coating film adhesion on metal substrates.

A print system uses overlapping upper and lower moving routes to support can bodies for image formation.

A mobile aerosolization system directs water and reagent through nozzles into a turbine-generated air stream to create an airborne mixture.

Radial outer stator support prevents varnish adhesion while inner cavity heating reduces curing time.

Adjustable positioning rollers minimize mechanical stress and extend mat life by keeping longitudinal extension variations below one millimeter.

Liquid-repellent coating on template side surfaces prevents transfer material adhesion and pattern abnormalities.