Liquid Surface Applicators TRIZ Cases

A high-pressure micro mixer stabilizes supercritical carbon dioxide coating by preventing polymer deposition in the spray line.

Solid web conveyor recirculates excess Panko to prevent clogging and maintain sanitary standards during continuous operation.

Spontaneous spreading on a liquid substrate creates uniform organic inorganic thin films, reducing material loss and improving nanomorphology control.

A medical applicator uses a porous barrier to filter glass fragments while dispensing curable liquid adhesive.

A pneumatic discharge pump moves chemical liquid using compressed air pressure to drive a variable volume member.

Shear forces activate a non-flowing curative carrier to mix with adhesive, eliminating premature fracturing and material loss.

Elastic pawl portions engage locking grooves on the syringe body, while a sliding sleeve prevents disengagement for reliable attachment.

High-strength granulated rare earth oxide particles suppress porosity and particle disintegration during plasma etching to maintain device yield.

Flattened internal conduit with adjacent grooves distributes viscous dental products uniformly across the outlet width.

Independent rotation of the applicator face relative to the housing aligns nozzles with facial contours, eliminating smudging caused by fixed orientations.

A sealant dispenser uses a U-shaped protrusion and peripheral column to secure attachment on an accommodation box.

A spring-loaded valve actuated by alternating chain links ensures uniform oil distribution while preventing over-oiling on bicycle chains.

Pre-filling the stem hollow channel and cap interior volume prevents dehydration during storage, eliminating user rotation steps.

Vertical stacking of substrate placing bases inside one chamber increases throughput to 250 wafers per hour while maintaining uniform ashing distribution.

A vapor delivery system calculates consumed precursor volume using pressurization rate curves derived from flow and pressure measurements.

Thermal plasma volatilizes oxygen from refractory metal powders, resolving oxide stability issues that cause brittleness.

Pneumatic transfer and mechanical vibration prevent adhesive clumping, ensuring reliable fluidization and efficient delivery to industrial melters.

A curtain applicator uses a flushing device and blocking shield to maintain coating stability without large enclosures.

Photographing unit detects liquid level in a discharge case storage space to monitor nozzle output and ensure consistent organic layer deposition.

A solid substitution electroless plating device uses a microporous membrane to deliver a plating bath for uniform metal film formation.

Sloping side walls create vertical control areas, resolving space constraints while maintaining air flow cross-sections.

A functional surface cleaning device removes excess coating fluid from wound materials using pressurized gas and suction nozzles.

A resin fluid dispensing apparatus uses a sealed pressure chamber and piston to transport pressurized fluid without introducing air bubbles.

A deposition device splits continuous fiber strands into partial bundles to enable high fiber volume fractions in composite preforms.

A slide mechanism with a magnetic position holder moves an application needle toward a substrate.

Scanning display panel outlines to verify dispensing parameters before glue deposition, resolving low yield from uncalibrated bonding.

Dual rotary gear pumps with solenoid valves deliver precise hot melt adhesive volumes, resolving slow motor response times during rapid deposition changes.

Bonding a pre-impregnated finish film to a plastic carrier board prevents swelling and maintains shape stability in damp environments.

An electrostatic chuck applies uniform force to hold large substrates flat during thin film deposition processes.

A graphite layer on a damping substrate dissipates vibration energy through frictional and viscous mechanisms.

Segmented brush channels and dynamic flow regulation deliver precise moisture doses to envelope flaps, resolving uneven distribution and excess dripping issues.

Applying curatives to sized fibers enables polymerization of low viscosity thermoplastic resin without thermal decomposition risks.

A flat mesh plate with minute irregularities increases contact area for vaporization while through-holes allow carrier gas to extract residual liquid material.

A weight-volume mixing method converts paint formulas to volume dispensing using specific gravity data.

A Venturi atomizing nozzle accelerates propellant gas to create a uniform aerosol distribution inside hollow bodies.

Actuator-driven piston cylinders maintain average pressure below 500 psi to prevent material damage during reactive fluid metering.

Segmented discharge units move between deposition and isolated cleaning chambers, preventing gas mixing during continuous operation.

Radical copolymerization of acrylic acid and allylcatechol creates a composite layer that prevents adhesive failure under corrosive conditions.

A grain-oriented electrical steel sheet uses a firmly adhered ceramic base film to withstand thermal strain during magnetic domain refining.

Talc pigment in aqueous base coats absorbs impact energy to improve chipping resistance while maintaining the appearance of the paint film.

Fluorescent particle counting during flight resolves the contradiction between simple device structure and low measurement precision.

A dual cartridge caulking gun uses a pivotable adjusting unit with arcuate wall segments to support tubular barrels of varying diameters.