Liquid Surface Applicators TRIZ Cases

A multi-lumen ampoule device segments incompatible compounds into isolated storage channels.

A chemical supply apparatus uses a dedicated leak determining line to inject gas into the circulation loop for automated pressure monitoring.

Segmented solvent supply reduces foreign matter on substrates while maintaining throughput by avoiding filtration accuracy trade-offs.

Surfactant-stabilized emulsions coat phosphated steel wire to prevent oil runoff, ensuring clean handling and uniform geometry during storage.

Polymerizing monomer droplets in a heated gas phase using a multi-bore plate to form spherical particles with controlled bulk density.

A sealing plug enables uniform interior coating via electrophoretic deposition, overcoming current application challenges.

Segmentation and extraction principles enable easy cartridge removal without spillage or contamination of the casing.

Capacitive sensors replace optical cameras to monitor gap uniformity at high temperatures, ensuring consistent deposition quality.

A transfer pin picks up solder film from a table to mount components on three-dimensional boards, preventing nozzle clogging.

Vapor-deposited organic networks form elastic hydrogel coatings that mitigate structural pulverization and detachment during charge-discharge cycling.

A mask frame assembly uses a deformation prevention unit to maintain flatness during thin film deposition.

A coating composition uses a phosphorus acid and polyglycidyl ether reaction product to bond substrates.

A rotary atomizer uses a dedicated water passage to dispense fluid through orifices, forming a protective film that prevents paint clots and port clogging.

A distribution apparatus lays axially superimposed annular layers of hardenable material to form a tubular structure around an excavation assembly.

Replacing scandium with zirconium and vanadium enables higher extrusion temperatures by stabilizing Al3Zr precipitates against thermal coarsening.

Outer attracting means prevents hollow formation and paste trailing by holding the stencil outside the squeegee sliding region, ensuring printing accuracy.

Inorganic binders eliminate organic substrates to prevent microbial corrosion, ensuring acid stability in sewer refurbishing applications.

Segmented cleaning control adjusts gas flow rates to remove deposits while preventing reaction tube damage.

Multi-axis stage alignment enables precise coating of display holes, resolving the trade-off between structural complexity and manufacturing precision.

Segmented plates in a plasma boundary limiter unit manage gas flow through inter-plate passages, reducing mechanical load on ring drivers.

Elastic body deforms along sloped inner face to expel unused application material trapped in distal end space.

A multilayer curtain coating process applies uncured liquid layers simultaneously to a substrate using rotating guide rollers.

Centrifugal force engages a locking mechanism to prevent wafer floating, maintaining film uniformity and throughput.

Dispersed urethane beads in a softened polyester matrix flatten during press working, preventing degreasing agent marks while maintaining defect resistance.

A cosmetic dispenser integrates a thermal storage tip to deliver heated or cooled therapeutic energy alongside product application.

A nozzle ejects sealing liquid onto a rivet while an adjacent brush bundle slides to spread the material across the curved surface.

Segmented deposition masks with gradual thickness transitions prevent boundary wrinkles, enhancing adhesive force and eliminating shadow phenomena.

Nickel coating on steel containers prevents catalytic decomposition of monochlorosilane, maintaining high purity during storage.

A photoresist dispensing device deposits material onto substrates using multi-axis translational movements to form a uniform layer.

Pressure restoration draws adhesive to the boundary periphery, preventing internal spaces and local stress damage during substrate bonding.

Segmented hard coatings distribute stress to resolve the trade-off between mechanical strength and weight in vehicle displays.

Purifying recovered acetic acid via azeotropic distillation to remove impurities before converting it to ketene and acetic anhydride.

Universal transfer plates apply uniform alignment films to specific substrate zones, eliminating the need for multiple product-specific tooling.

Stair-stepped orifice zones segment extrusion flow to suppress edge beads, eliminating post-processing time and hardware complexity.

Elongate bladder compensates for filter-lag by pre-filling chemistry, ensuring high-purity dispensing without flow rate reduction.

Gripping members secure oversized rollers to conventional frames, improving finish quality and capacity.

A buffer chamber homogenizes molten plastic to eliminate thickness variations caused by non-uniform viscosity in petrochemical sheath extrusion.

A nickel diffusion barrier prevents cobalt penetration into shroud substrates, restoring clearance without material incompatibility.

A reciprocable precision stage coordinates with conveyors to enable continuous substrate movement during coating operations.

A multilayer structure combines an aluminum atom layer with a poly(vinylphosphonic acid) coating to maintain gas barrier properties.

Dialysis removes accumulated sulfate ions from electroless baths, preventing pH drift and extending operational life.

A two-component polyurethane tiecoat composition reacts with urethane and urea groups on aged surfaces to form allophanate or biuret bonds.

A placement member base features projections and an annular protrusion coated with a film to create a precise seal section.

A MEMS process fabricates integrated nozzle membranes with uniform dimensions using sacrificial layer management and controlled etching.

An oblique elastic extension prevents looseness across varying thicknesses by dynamically adapting its shape to maintain stable attachment.

Ultrasonic vibration separates cluster-by-cluster particles to promote ion-by-ion deposition on substrates.

Segmented gas supply units enable independent rate control to resolve synchronization bottlenecks and improve treatment quality.

An integrated roller and pick tool reduces installation time by testing seam integrity immediately after pressure welding.

Dual air delivery conduits in a spray nozzle prevent plugging and ensure uniform strength characteristics in cured glass-fiber-reinforced concrete.