Liquid Surface Applicators TRIZ Cases

See how systematic deposition of thermoplastic material onto reinforcing filaments improves cra

See how segmented pivoting attachment pieces simplify folding and adhesion of sheet adherends a

See how cob-webbing adhesive application and viscosity control improve bonding strength in carp

See how discrete overlay film structures swell with moisture to dynamically adjust apparel fit,

See how a plastic dipping layer on bowl bottoms replaces pressed rubber, reducing production co

See how high-molecular weight silicone coating (≥20 kDa) reduces dust, enhances fiber lubricity

See how an internal vane rotating up to 150 degrees compensates for gas compression at sharp tu

See how a textile printer integrates a material deposition head on a shared axis with the inkje

See how a thread speed sensor driven by thread motion compensates for elasticity and heat to en

See how coating and infiltration replace extrusion to prevent neck-in when producing nonwoven s

See how a quartz pipe with surface heating elements prevents metal contamination and pipe damag

See how a porous puck with antimicrobial fluid automatically disinfects medical device cables d

See how cobwebbing hot melt adhesive into discrete strands on irregular backing surfaces improv

See how electrostatic nanoparticle deposition replaces CVD to coat fibers uniformly, enabling c

See how vacuum treatment of isocyanate and polyol components before mixing, combined with low-h

See how a counter-rotating dragging body creates a recirculation zone to prevent resin stagnati

See how mounting a material deposition head on the same platform as digital inkjet printheads e

See how discrete overlay film structures swell in response to moisture, causing base textile co

See how ultrasonic vibration expels air bubbles and improves adhesion uniformity when applying

See how a detachable tray with can coupler removes excess paint at the rim, minimizes spillage,

See how discrete overlay film structures expand in response to sweat, forming stand-off nodes t

See how an octa-rectangular applicator with segmented refillable reservoirs and integrated abra

See how a pneumatic actuator with rigidly mounted cartridge eliminates sauce dripping and user

See how fluid-flow particle deposition replaces energy-intensive sputtering to create functiona

See how extruding uniform film onto perforated carrier sheets enables automated transfer of dis

See how a porous puck saturated with antimicrobial fluid continuously disinfects medical cables

See how embedding a yarn liner in a polymeric layer achieves cut resistance and chemical imperm

See how a composite pad with high-absorbency fabric and low-absorbency filaments prevents bubbl

See how infrared heating melts thermoplastic sizing agents above their melting point to improve

See how a vertically oriented curing chamber reduces the horizontal footprint of DTF transfer u

See how a curved blade removes up to 77% of excess paint from roller covers before washing, red

See how a wetout box with segmented breaker bars forms a snaking path to improve fiber resin sa

See how clamp-plate compression and a flexible membrane enable precise extrusion of viscous mat

See how segmented elastomeric polymer with winding paths balances weight distribution and breat

See how a segmented holder with an interconnection unit enables painting tools to adjust along

See how a thread-coating module uses an inner ink-collection slot and outer aerosol-collection

See how a polyphthalamide-aliphatic polyamide blend with compatibilizer achieves very low refri

See how pivoting attachment pieces switch between deployment and facing positions to simplify f

See how segmented printing of elastomeric polymer onto fabric substrates achieves targeted weig

See how a reversible pole-mounted tool merges painting and cleaning functions to eliminate tool

See how tapered sizing die geometry with eliminated convex walls stabilizes coating vortices, r

See how a spring-loaded valve locker and ball joint enable spill-resistant oil dispensing to gr

See how discrete overlay film structures swell with moisture to dynamically open apparel vents

See how vapor-phase sublimable dye transfer replaces immersion methods to enable multi-color ph

See how modular electrodes and fluid manifolds enable plasma treatment at atmospheric pressure,

Elastic rotation and over-center biasing help a pull-behind spreader apply floor finish uniformly while clearing obstacles without locks.

Open-face channels and transverse gas jets sharpen liquid pattern definition while reducing residue buildup and improving collection.

A water, sugar, and dye ink composition rinses from fabric, walls, and skin with water alone while maintaining color and limiting paper bleed.

Polymer-coated plastic PCM pellets limit paraffin seepage and flammability while enabling form-stable thermal storage for building cooling loads.

A layered core, resilient, and exterior laminate structure improves toilet seat durability, wear resistance, and long-term appearance.

Rotating projections trim and smooth squeezed-out sealant around installed seal caps, cutting cleanup time while maintaining sealant thickness.

A movable outlet conduit in the dispenser recess lets a refrigerator support single-serve hot beverage preparation with reliable liquid delivery.

A curved guide structure and non-thermal atmospheric plasma enable uniform treatment of elongated objects without overheating heat-sensitive materials.

A disposable lid-mounted diaphragm pump uses a quick-release valve assembly to speed liquid color changes while preventing scavenging.

Nanoparticle sheath coating with roller, ultrasonic spray, and heat treatment keeps artificial hair antibacterial after washing.

A synchronized wheel mechanism guides the closure part in a curved path to seal the nozzle outlet with less wear and tighter nozzle spacing.

Removes thermosetting sizing, adds surfactant and thermoplastic resin, and improves carbon fiber adhesion for thermoplastic composites.

Segmented heater modules with central heating elements keep plural-component flow paths evenly heated for accurate mixing temperatures.

Atmospheric plasma deposits a bonded polymer on reinforcement cords to improve rubber adhesion while reducing cobalt salt use, cost, and aging issues.

A stretching unit with tandem securement speeds silkscreen panel installation and retensioning while maintaining consistent tension.

Dual hinges keep the porous applicator flat during folding, preserving contact area while metering substance from the cavity for uniform application.

A synchronized supply and take-up roller keeps adhesive web tension stable, enabling multiple cleaning passes and longer sheet use.

A multilayer microfibrous and textile structure uses adhesive coupling and polyurethane impregnation to improve suede-like leather strength without losing softness.

A retractable groove cleaner and replaceable mixed-bristle head improve golf club cleaning while reducing exposed sharp-edge risks.

An integrated liquid reservoir and pivoting nonwoven pad enable one-handed wet, damp, or dry cleaning with stronger pad retention and dust pickup.

A coated fiber composite stores refrigerant at ambient conditions, then releases it under heat and pressure to cool surfaces and extinguish flames.

A motorized riding stripper uses abrasive tire covers and a swinging mop to reapply solution safely while maintaining traction on slick floors.

A flocked fibrous outer layer adds texture, light diffusion, and weather durability to formed lighting fixtures without major structural change.

PECVD silicon oxide coating protects stainless steel and aluminum appliance surfaces from yellowing, oxidation, scratches, and stains.

A rotary valve and manifold let the tank disconnect without tools, making mineral deposit cleaning easier while keeping water lines sealed.

Dual reservoirs, capillary fiber tips, and secure caps let one handheld applicator clean and polish footwear without leakage.

A flocked fibrous outer layer adds texture and light diffusion to formed lighting fixtures, creating glowing decorative effects with weather durability.

Ultrasonic welding joins two matching housing halves, while cutouts reduce raw material use without weakening lint roller support.

Two pumps split high-pressure hard-floor washing from low-pressure heated carpet cleaning, improving versatility while staying under 15 amps.

An abrasion-resistant composite wiper blade cleans packer and follower panels during retraction while reducing wear and replacement frequency.

A cover-integrated reservoir doses shoe conditioner onto the applicator during opening, improving control while reducing leakage and waste.

A lift knob and fluted perimeter let this sink disposer tool block silverware entry while still scraping food, draining water, and lifting out cleanly.

A removable brush and retractable groove scraper improve golf club cleaning while reducing exposed-tip injury risk and worn-bristle replacement issues.

A movable transfer container automates cryosubstitution liquid exchange to improve mixture accuracy and reduce contamination in Dewar vessels.

A hinged mop head and handle actuator release contaminated microfiber pads into a bucket without hand contact, reducing cross-contamination.

Partial UV curing between printed ink layers flattens uneven fabric surfaces while preserving adhesion and resisting thermal expansion.

A one-step sol process combines organic solvent and silazane modifier to make hydrophobic silica aerogel blankets with low density and good flexibility.

A rotating roller with spaced nozzles and height adjustment spreads silica sol evenly through the blanket to stabilize gelation and sheet thickness.

An electrostatic template with movable perimeter and hole markers enables precise solo wall hanging without leaving surface marks.

Displaceable shield straps on a coating roller let engineers adjust strip width and position continuously while avoiding coating in blocked regions.

A vacuum-filled metering chamber and one-way valves deliver equal fluid doses in any orientation while improving application uniformity.

Segmented hinges keep the applicator pad flat during bending, enabling one-handed dispensing and more uniform substance application.

A pivoting jaw clamp and guide block replace multi-screw blade changes with faster assembly and more secure scraper blade retention.

A transparent TiO2 coating with a barrier layer cuts indoor VOCs and improves washability without damaging the underlying wood lacquer.

A reconfigurable roll stand changes sheet path for selective one- or two-side coating while reducing extrusion line footprint and maintenance.

Multiple cleaning fingers and a flexible cylinder clear mud and grass from golf cleats to restore traction and bracing without metal spikes.

Water-permeable layered pads keep bleach separate from detergent until wetting, preserving bleach stability while delivering effective surface cleaning.

Atmospheric plasma polymerization embeds diverse nanomaterials into textile coatings with uniform density, lower chemical use, and preserved breathability.

Continuous cleaning and filtered sizing recirculation prevent contamination and heat-driven degradation, reducing fiber breaks and variation.

Zigzag grippers with evenly spaced jaws distribute mask stress uniformly, improving OLED light-emitting layer placement and consistency.

Rotating trays, partition walls, and controlled precursor injection keep aerogel sheets uniform while supporting continuous production and insulation.

A flat one-piece scraper matches bucket sidewalls to remove remaining material cleanly while staying low cost and stackable for shipping.

A resilient wire helix expands around the roller cover to prevent binding, improve positioning, and remove paint thoroughly without streaks.

Liquid binder hardens in a rotating container to fuse cryogenic ice cream units into uniform frozen clumps with better appearance and taste.

A bevelled rotating blade scrapes excess ground coffee at a fixed depth to improve dosing consistency and reduce uneven packing in espresso baskets.

Separate high- and low-pressure pumps plus selective heating let one cleaner wash hard floors and carpets with lower power demand.

Backside gas pressure and a two-phase chuck cooling loop work together to keep wafer temperature uniform under high RF heat loads.

Two independently rotating tape rolls increase lint pickup area while keeping the roller easier to maneuver and reducing sheet changes.

Reinforced foam rollers with hollow pins and drip-and-wipe dispensing cut pad wear, prevent dripping, and handle varied tire dressings.

Specific formula I compounds in aqueous textile binders reduce heat-treatment spots and stains while preserving soft hand and rubfastness.

High-viscosity PTFE dispersions with a fiberizing polymer enable electrospinning with less clogging and stronger non-woven mats.

A thin pigmented resin coating adds color and fouling resistance to metallized conductive cloth while keeping surface resistance low.

Replacing calcium carbonate with hollow glass microspheres cuts membrane weight below 1 g/cm3 while preserving strength, flexibility, and adhesion.

A concentric dye-density gradient on the transfer base offsets lens curvature under vacuum heating to produce nearly uniform lens tint.

Combining solvent substitution and surface modification in one gelation step cuts solvent use, cost, and time for flexible hydrophobic aerogel blankets.

Integrated stencil channels vent trapped air during adhesive or sealant printing, enabling thicker seal layers with fewer print defects.

Push-pull bolt adjustment keeps the dual slot coating gap uniform across wide widths, improving slurry coating stability and productivity.

Varying flow channel lengths balance pressure across coating ports, improving slurry discharge consistency and electrode coating uniformity.

Continuous slurry recirculation through a double-layer slot die prevents agglomeration, pinholes, and dents after coating line stops.

A reversing layout links two coating lines so separators receive four continuous coating passes with fewer transfers, operators, and machines.

Dual-width discharge ports coat electrode edges and center separately to prevent sunken portions while maintaining thick, uniform active layers.

Adjustable nozzle angle and arc position enable thin, uniform insulating layers on electrode sheets without scratching the active material.

Aqueous heteropoly acid or Al/Sb treatment followed by borate thermal coating suppresses Ni-rich cathode surface reactions and resistance growth.

Cyclic vapor-phase precursors enable selective polyimide growth with improved hardness and electrical performance for scalable semiconductor fabrication.

Elevated contact features cut wafer-susceptor conduction to reduce edge and center hotspots and improve thermal processing uniformity.

Actuated integrated valves adjust orifice area and limiter position to maintain target flow and pressure for precise car wash chemical dispensing.

Flow-meter feedback and adjustable orifice control keep vehicle wash chemical dilution accurate while reducing manual handling of concentrates.

A piston pump with one-way and adjustable valves replaces venturi injection to deliver concentrated wash chemicals continuously and consistently.

Integrated valves and air actuation adjust valve orifice area for precise fluid and chemical mixing with less labor and maintenance.

Magnets built into a dual slot die align graphite during slurry coating, preserving crystal orientation without slowing battery electrode production.

Valve pullback and slurry suction suppress trailing-end dragging during intermittent coating, improving coating shape accuracy for solid-state battery electrodes.

An axial seal and detachable cartridge keep the drive chamber hermetic, preventing air ingress while allowing easy lubricant replacement.

A pin-and-fixing structure holds nozzle plate alignment during diffusion bonding, preserving concentricity, sealability, and stable discharge.

Magnetically moved chuck pins retract during spin processing to prevent liquid runoff and preserve etch selectivity and uniformity.

Measured slurry density and flow rate let the coater adjust supply in advance, improving electrode consistency and reducing waste.

Vaporized SAM precursor selectively coats one substrate region to improve blocking performance and enable target film formation only where needed.

A blocking roller and plate suppress air entering the coating gap, improving electrode coating uniformity and reducing wrinkles at high speed.

A movable annular body switches wafer-cup exhaust paths to separate positive and negative developers while limiting mist leakage and cup size.

A pressure regulating member and static valve keep slurry discharge stable during stop-start coating, preventing thickness spikes on current collectors.

Vapor-phase CVD or ALD forms uniform metal oxo photoresist layers that resist thickness loss and improve EUV lithography efficiency.

A slit inlet and deflector spread drying gas more evenly across wide electrode plates, reducing cracks, bending, and uneven drying.

Air-pressure-controlled nozzle spraying applies adhesive spots and channels accurately in progressive dies, improving motor lamination bonding quality.

Independent gap and die-position adjustment helps multi-column electrode coating reduce loading deviation and coating-width steps.

Multiple dispensing cavities in one coating head lower slurry pressure, reduce lip wear, and improve interlayer bonding in battery electrode coating.

A zoned single chamber uses masks and a reciprocating susceptor to deposit organic and inorganic films with less alignment time and lower facility cost.

Links paint-step histories with inspection results to predict coating quality and identify which process settings need adjustment.

Quarter-wavelength offset between vibrating powder squeegees suppresses standing-wave unevenness while maintaining powder fluidity.

A taper block and pressure bolt constrain die-gap widening, preventing slurry defects on uncoated current collector areas during electrode coating.

An epoxy-isocyanate latex adhesive replaces resorcinol-formaldehyde to improve polyester-rubber bonding and heat resistance.

By varying the exposure gap with substrate speed, the infusion chamber keeps contact time constant for consistent on-demand coloring and property changes.

Alternating organic and inorganic deposited layers replace fiber reinforcement to improve isotropic strength, bonding, conductivity, and build consistency.

A vacuum double-pipe transfer line stabilizes electrode slurry temperature, improving coating thickness uniformity and reducing battery electrode defects.

A ceramic-core, metal-coated die block resists torsion and deformation to keep slot gaps stable for uniform multilayer electrode coating.

Integrated resin coating, UV curing, thickness measurement, and grinding improve resin flatness and final workpiece thickness precision.

Parallel booster air paths stabilize piston-chamber pressure for high-shot-pitch discharge of viscous liquid without cycle-time delays.