Liquid Surface Applicators TRIZ Cases

A gas barrier laminate uses a plasma CVD process to deposit polymer layers with reduced carbon content at the interface.

Three distinct workspaces enable precise orientation and placement of micro parts, eliminating electrostatic adhesion errors during assembly.

A chemical vapor deposition apparatus uses a buffer chamber to transfer parylene material into an evaporator for continuous film formation.

Annular member with protrusion rectifies gas stream above rotating substrate to prevent turbulent flow during spin coating.

A cooled collecting plate condenses excess coating medium at the web edges to prevent spatter and contamination during high-speed curtain coating.

Acetone-based paint mixes with benzoyl-peroxide catalyst to prevent hard packing under sprayer pressure, ensuring reliable MMA paint application.

Protruding members on a flexible base structure overhang the surface to create tapered edges, eliminating sanding time and labor.

Core-shell polymerization controls outer layer gel content to resolve the trade-off between adhesive force and ink-drying speed in styrene-butadiene latexes.

Fluorocarbon additives in polyurethane coatings create thin abrasion-resistant layers.

Coat inner surfaces of chlorine trifluoride supply passages with a fluoride film to prevent gas adsorption.

Dual rollers on an elongated tool slide along aircraft seat rails to apply corrosion protection, eliminating manual masking steps.

Segmented bayonet collars compress spent containers to minimize waste while keeping the main gun body compact for tight spaces.

An additive mixing head introduces SPF agents into a base formulation during each pump cycle.

Counterforce application units balance tensile forces on mask frames during welding to maintain structural integrity.

Centrifugal tumbling in a rotating wheel spreads coating material via granule-to-granule contact, ensuring complete coverage without damaging fragile seeds.

Segmented push rod actuation dispenses viscous surgical adhesive without pumps, reducing contamination risks via disposable tips.

A mould applicator device uses a levelling means to deposit uniform particulate material layers on cavity surfaces.

A push member with a blockable receiving portion and lip structure enables manual assembly to a push plate without tools.

A winding member forms a bent conveyance path to wrap recording media around a pressure roller, applying mechanical tension during the coating process.

A liquid supply device uses a foam separator at the tank outlet to remove gas bubbles from processing fluids before circulation.

A squeegee blade spreads a continuous paste film on a flat board for dipping electronic components.

A workpiece processing apparatus corrects table position using real-time detector and measuring device data to align the processor.

Rotating the ceramic honeycomb structure fluidizes plugging slurry, preventing pull-back and reducing plug length unevenness during manufacturing.

Automated fluid level control prevents wastage and contamination during dip coating by maintaining precise fluid volumes.

A directional plug divides a syringe chamber to permit one-way gas escape during viscous material extrusion.

An adjustable electrode apparatus defines unique etching regions to remove edge materials uniformly.

Four-bar linkage actuates a scavenger blade to dump gutter contents, resolving the contradiction between ease of operation and device complexity.

Apertured laminate topsheets separate sweat from larger fluids via capillary action and aperture redirection, resolving wearer discomfort in absorbent articles.

Radial curvature on a cover plate prevents wind marks from turbulent air flow, enabling higher rotational speeds and reduced drying times.

Atmospheric pressure plasma deposits a hydrophobic silicon oxide layer on adhesive tape edges to prevent moisture ingress.

A segmented hair color applicator blends multiple color bars to create custom shades.

Segmented gas flow directs inert gas to the wafer center while processing gas targets the bevel edge, preventing corrosive plasma damage to the substrate core.

Ternary polymer composition with activated carbon nanoparticles maintains superhydrophobicity while resisting mechanical damage and corrosive environments.

Continuous molded compound eliminates adhesive interfaces to prevent fluid ingress and reduce mechanical stress.

Segmented cartridge mixer interface uses guide projections to prevent incorrect pairing and reduce production costs.

A bellows pump dispenser system enables controlled fluid application onto substrates using a compressible mechanism.

Laser measurement unit computes powder resin surface height dispersion index to prevent uneven coating caused by fluidizing tank oscillation.

A robotic coating applicator tool head uses a nozzle and roller brush to deposit repair material directly onto wind turbine blade surfaces.

A high-temperature purge gas establishes a thermal gradient across the semiconductor substrate to accelerate reactant removal during atomic layer deposition.

Circumferential clamping forces cancel within the block piece structure, preventing deformation and maintaining precise geometry.

A tubular casing with a plait-like portion connects to a dispensing device for guiding viscous filling material.

Segmented pretreatment and post-treatment stages resolve coating quality versus process complexity contradictions for multi-material strands.

Segmented recovery and cleaning trolleys extract laterally to bypass front access constraints, eliminating production line stoppages during color changes.

Adjustable nozzle supply members correct ejection variations to maintain film thickness uniformity over large organic solar cell areas.

Piston seals inlet holes to prevent content volatilization, eliminating post-discharge cleaning needs and maintaining mixing ratio integrity.

Composite PECVD coatings with pH protective layers prevent etching of SiOx barriers in high pH pharmaceutical environments.

A curable resin overcoat transfers onto an atomic layer deposition film to shield the surface.

A deposition nozzle uses an air curtain passageway to form a closed gas flow field around the substrate.

Synchronized modulation of auxiliary RF power generators stabilizes plasma impedance against engineered transients in high-frequency processing.

A bladder array expands and contracts to maintain fluid flow rates in semiconductor fabrication tools.