Liquid Surface Applicators TRIZ Cases

A multicolor powder center uses a movable pump unit and docking interface to connect fluidly to separate powder containers.

A two-part polymer sealant cures rapidly on aircraft surfaces to form a watertight barrier.

A collapsible flexible container with a mixing tool dispenses construction material mixtures.

A coextruded film bonds a pressure sensitive adhesive with a low density polyolefin release layer to form a stable multilayer structure.

Dynamic nozzle positioning prevents interference with glue strips while maintaining precise adhesive application.

Feedback control maintains constant pressure differential across the metering pump, reducing mechanical loading and extending component service life.

A convex trowel smooths concrete on curved surfaces.

A single-piece square piston mates with a toothed drive rack to prevent rotation and loosening during operation.

Segmented detectors assign measured values to liquid sections, enabling high-speed deposition while resolving low depositing rate bottlenecks.

Segmented clusters with uniform vacuum pressure control resolve thickness precision trade-offs to extend flexible display device lifespan.

A tubular sleeve applicator slides within a closure seal, using a biasing member to urge the tip against the sealing surface for liquid containment.

A conical drum assembly applies coating to food products using rotational motion and vibratory discharge mechanisms.

Selective microcapsule placement eliminates background coating waste and prevents electrode damage during electrophoretic display manufacturing.

Robot gripper mechanically couples connecting arms and drive shafts to production plant interfaces, reducing manual handling errors.

An inkjet printing apparatus deposits shading stripes to form high-precision gratings.

Segmented pinch valves prevent nozzle clogging when applying high viscosity fluids with solid particles.

Air suction support prevents thin lens distortion during photochromic coating, maintaining shape accuracy while reducing operator burden.

A disposable tattoo ink container features an adhesive base and snap-fit cap for secure handling.

Segmented microcapsules resolve the hydrophobicity versus paint adhesion contradiction by isolating water repellent organosilicon within a clean silica shell.

Negative pressure maintains filter performance by promoting micro-bubble separation and preventing accumulation during continuous supply.

Asymmetric holes in a coating tool accelerate washcoat flow to reduce turbulence and prolong coating time for automotive catalysts.

Removable plate ejecting device with a boltable lid body maintains master confidentiality during jam repairs without increasing machine size or cost.

A polyurethane polymer enhances adhesion between basecoat and clearcoat layers, preventing delamination after weathering.

Multiple lumens transmit adhesive components separately to prevent clogging and reduce procedure time.

Variable press-down force on the wiper ring reduces friction during removal, resolving the trade-off between effective sealing and ease of operation.

Planarization layers reduce peak-to-valley distances below 10 μm to prevent electrical shorts in lithographic thin-film components.

A dispenser actuator assembly uses a pivotally connected arm to crush a glass ampoule within an outer container.

Ethylene-carbon monoxide copolymers resolve line speed versus adhesion trade-offs by maintaining fiber tear strength during rapid extrusion coating.

A silicate-based coating composition maintains a shiny appearance on stainless steel surfaces through chemical bonding and physical barrier formation.

A hardcoat film maintains high pencil hardness and smoothness through specific polymer formulations.

A two-component elastomeric coating composition applied to metal substrates provides enhanced mechanical properties and durability.

A filler applicator deposits pressurized putty onto wood boards using a sealing bottom portion.

A quick release paint roller system uses a finger actuated button to extend bracket arms for hands-free removal of the roller.

A material gas concentration control system adjusts tank pressure to maintain set concentration levels.

Integrated heating and mixing prevent component segregation in industrial clay transport.

Localized discharge heating starts drying immediately upon slurry release, preventing binder flow and improving adhesion.

A bellows pump assembly generates pressure differentials to move fluid through a hollow roller applicator.

Dynamic speed profiles and inflatable seals resolve the contradiction between high productivity and coating homogeneity in exhaust catalyst manufacturing.

Incorporating aromatic phosphoric ester metal salt and hindered amine compound into polyolefin resin improves weatherability without additive bleeding.

Replacing chrome-based coatings with azole compounds eliminates environmental hazards while maintaining reliable corrosion resistance.

Automated yield monitoring corrects conductivity for temperature and pressure to maintain consistent slurry output.

Dual locking members secure the mixing tip to prevent detachment during paste extrusion.

Segmented dispensing nozzles and wetting strips correct non-uniform fluid distribution, raising manufacturing yield.

Dual channels with differential flow speeds in a liquid tank valve mechanism discharge air bubbles while preventing attachment to the valve body.

A hot melt adhesive foam dispensing system uses a temperature sensor and controller to adjust pump speed for consistent foam production.

Partition members divide reservoirs into chambers to constrain axial capillary movement, ensuring consistent oral care fluid dosage.

Peripheral edge cap films prevent resist peeling from liquid currents, maintaining device purity and pattern integrity.

A polyurethane reactive melt layer cures via atmospheric moisture to form a sealed surface.