Liquid Surface Applicators TRIZ Cases

See how divided adhesive application and transparent align marks solve circular glass-to-frame

See how a hand-operable switching mechanism eliminates the foot pedal, enabling portable resin

See how a motion-activated pump delivers controlled saline spray to fingertips, eliminating sha

See how an insoluble calcium-magnesium carbonate blend prevents premature dissolution during ma

See how a ceramic vessel integrates conductive glaze and RFID tags to enable induction heating,

See how embedded surface devices release antiseptic cleanser upon contact to maintain hygiene o

See how a gas-diffusion-tight base coating prevents oxidation during enamel melting, preserving

See how an adsorption rotor with desorption heat pump recirculates dehumidified air to reduce e

See how interlocking plate segments enable sequential cleaning of textile fluid applicators wit

See how aromatic alcohol solvents enable gradient tinting of polycarbonate lenses without hard-

See how a dual-layer composite design uses a hollow-glass-sphere core for weight reduction and

See how a hydrophobic barrier layer between microfiber and foam prevents coating soak-through,

See how vapor-phase transfer dyeing applies sublimable photochromic dye via base bodies to enab

See how modular atmospheric plasma electrodes eliminate vacuum chambers, enabling faster treatm

See how a piezoelectric actuator with slotted fasteners enables precise needle stroke adjustmen

See how a lightweight cylindrical frame with adjustable rings spreads epoxy evenly into pipe li

See how modular heater blocks with independent heating elements enable scalable, precise temper

See how a heated roller device melts and spreads butter through rotational motion, reducing man

See how hinged guide plates with swivel joints clean joist edges and baseboard corners simultan

See how a rotating paddle structure and timing device ensure uniform bulk-solid coating distrib

Electrostatic resin particles and a permeable surface coating give fiber tape cohesion for tape laying while keeping resin load low for infusion and RTM.

A tapered liquid pool and slit coating section enable high-speed fiber bundle impregnation while suppressing fuzz and clogging.

See how a blocked MDI and latex composition eliminates epoxides and resorcinol-formaldehyde to

See how a chain-driven turning device with adjustable mounting dowels enables simultaneous rota

See how polyphenol and glycerin impregnation in paper tube layers prevents oxidation in humid e

See how vertical passing through a narrowed liquid pool enables high-speed continuous impregnat

See how a rotating roller with injection nozzles moves across the blanket to uniformly impregna

See how a lever-actuated dispenser head with integrated valve and dosing chamber enables single

See how flow promoters on an inner support member direct reactants to create turbulence, enhanc

See how a resiliently compressible rubber roll seals inter-yarn spaces during foam application

See how acid cleaning, binder impregnation, and conveyor-belt scrapers produce aerogel sheets w

See how integrating a reinforcing liquid supply and stamp part with the presser foot simplifies

Adjustable through-hole plate heights control fiber bundle tension for more uniform resin impregnation, shorter processing time, and fewer work hazards.

An absorbent bonded textile swells to close cable-fabric pores, blocking water migration without adhesives that weaken swelling or gel strength.

See how a handheld wax-melting applicator uses controlled heating and phase transition to resol

See how a three-layer mat with heated SEBS adhesive coating and raised PVC patterns increases f

See how a pressurized-air vortex tube tempers paint in receptacles without electric current, en

See how silicone-modified aerogel impregnation into nonwoven substrates enables atmospheric-pre

An open-pore cable textile bonds swellable absorbent into the fabric, blocking longitudinal water migration without adhesive washout.

See how a thin slit fluid passageway overcomes thermal insulation in hot melt adhesives, enabli

See how an adsorption rotor with desorption heat pump and sensible-heat exchanger recycles heat

See how a ring-shaped thin slit section heats adhesive material uniformly from both sides, redu

See how a gate-passage impregnation zone uniformly coats fiber rovings with thermoplastic resin

See how an extruded thermoplastic coating with smooth printable surface eliminates calendaring

See how a compression-deformable tank with sealing prevents air contact to maintain cleaning wa

See how a plasma polymer layer over a cured hydrophobic coating protects fibrous substrates fro

See how a dual-layer coating system protects glass enamel from hot water dissolution using an o

See how a ratchet-driven telescoping plunger with adjustable dial enables precise sauce portion

See how a rotating spray tip module replaces microneedles with pressurized solution injection a

See how spaced-apart SEBS gum layers replace toxic PVC coatings to deliver washable, high-tempe

A dam liquid forms edge layers during slurry coating to control active material mass ratio, reduce sliding sections, and improve battery safety.

Real-time buffer weighing and back pressure valve control improve slurry feed accuracy and pipeline cutoff reliability in battery mixing.

Grounded conductive pump and nozzle surfaces dissipate triboelectric charge in developer dispensing, reducing discharge, particles, and resist defects.

Pre-draining residual chemicals from supply lines and the fluid tank cuts particle contamination and preserves chemical quality during wafer cleaning.

Controlled gas flow under a shielding plate protects the substrate top surface while improving peripheral edge liquid processing and scatter control.

A flow-directing inlet guides liquid into the trap tank to suppress bubble formation and let entrained air rise away from the outlet.

A buffered discharge nozzle and continuous mixer speed battery resin application while reducing shaking and impact during assembly.

Timed transfer between slurry tanks cuts overfill and temperature swings, helping coaters maintain stable levels, quality, and throughput.

Graded flow-channel areas balance slurry pressure across coating ports, improving electrode sheet coating uniformity and discharge consistency.

Multiple active-material coatings define tab welding slots directly on the current collector, cutting laser cleaning cost and production time.

Varying shim thickness and guide regions smooth slurry flow at electrode edges, improving coating uniformity and reducing NP ratio reversal.

Dual carbon layers with different flowability and plasma treatment fill multiple trenches smoothly, reducing roughness and CD variation.

A spiral transport wind guides silane coating around bonded wires, including the back surface, to prevent sealant peeling under thermal stress.

Optical marker sensing and feedback control keep electrode coating aligned at high substrate speeds, reducing thickness deviation and defects.

Separate non-overlapping slits and airtight pressurizing prevent slurry and insulation liquid mixing during simultaneous current collector coating.

Heating wires, cooling lines, and temperature feedback keep slot die slurry stable to prevent coating loading variation in battery electrodes.

Laser-etched paint and metal layers turn an EV grille into a light-emitting exterior feature with higher luminance and distinct visual patterns.

Independent heater zones apply different transient and steady temperatures across the substrate to improve critical dimension uniformity on large wafers.

Slurry sensors and interlocks detect viscosity and flow differences to stop upper-lower slurry reversal in dual-layer electrode coating.

Quantitative offset measurement and motorized spacer alignment keep slot die lips aligned, reducing coating width deviation and interface defects.

A tuned land-to-manifold ratio keeps electrode slurry moving through the slot die, reducing stagnation, flow deviation, and coating defects.

Sliding and leveling screws reposition the coating bank to keep wire coating thickness uniform across varying wire geometries.

Simultaneous positive plate coating uses pH-driven particle aggregation to keep insulation and active layers separate and reduce micro-short circuits.

A cured polysilazane cover layer protects decorative surfaces from scratches, abrasion, UV exposure, and yellowing while preserving appearance.

Shadow-mask patterned lithium on the anode evens current distribution, suppresses dendrites, and limits cell expansion in lithium secondary batteries.

Internal flow path blocks stabilize slurry pressure in a slot die coater, reducing leakage and improving coating width uniformity.

A chamber-integrated cooling pipe and stage speed wafer cooling during annealing to enlarge metal grains and reduce hillock defects.

Stepped guides and sub-guides in a die coater shim smooth slurry flow at electrode edges, improving thickness consistency and NP ratio stability.

A movable flow regulation member adjusts the coating gap from coating weight feedback to stabilize slurry flow and electrode layer thickness.

A plate shim reshapes slot-die flow resistance to equalize coating discharge across the width and improve electrode layer flatness.

Low-expansion roll materials keep the coating gap stable under heat, improving electrode film thickness uniformity in battery coating.

A fluoropolymer intermediate layer under PFA protects semiconductor chamber components from halogen and oxygen plasma erosion and contamination.

A two-stage heating roll and drying unit slows slurry migration during electrode drying, preserving coating-to-foil bonding strength.

Holding electrode substrate edges during coating and drying prevents shrinkage wrinkles and keeps active material distribution uniform.

A mesh or honeycomb turbulent flow generator evens slurry velocity in the slot die, reducing pressure bias and coating deviation.

Angled bolt fastening and spacers keep die blocks aligned and slot gaps stable for uniform multi-layer coating at high speed.

Solvent vapor and an empty nozzle volume keep resist residues from drying during idle periods, reducing coating defects and CD non-uniformity.

Retractable shim blocks let a slot-die coater automatically tune discharge width and thickness for changing slurry viscosity with fewer coating errors.

Localized laser heating through protrusion pins planarizes organic layers on curved display stacks, enabling integrated transmission areas.

A lifting and reclining trailer carries cavity cleaning and auxiliary equipment together, avoiding dedicated vehicles while improving transport stability.

A segmented slot die manifold balances flow distribution and residence time to prevent slurry stagnation, agglomeration, and coating defects.

Magnet plate alignment turns negative electrode active material vertical, shortening lithium-ion paths and lowering resistance during fast charging.

Low-thermal-expansion die head material stabilizes electrode slurry coating thickness, improving battery electrode yield and die life.

A sealed adsorbent chamber in the battery end cap opens at a threshold to absorb gas, block electrolyte contact, and slow pressure rise.

Dual inner and outer stator-slot nozzles control varnish flow, cut excess usage, and protect nearby e-motor components.

A buffered rotating nozzle keeps heated treating liquid at target temperature, then discharges it while limiting heat damage and chemical waste.

Engraved film patterns on a battery electrode lead preserve sealing strength while lowering contact resistance and heat during charge and discharge.

Staged pressing and narrower first-layer discharge keep multilayer electrode coatings uniform, preventing width defects and improving battery yield.

A shape-matched inner structure confines treatment fluid near open-body surfaces, cutting fluid use while improving treatment uniformity.

Segmented gas blowing holds electrolyte membrane edges on the suction roller, reducing wrinkles and catalyst ink disturbance during coating.

Integrated lip sections and an annular groove prevent film bag trapping, enable full discharge, and simplify piston molding.

Angled gas and adhesive shim ports balance flow across the nozzle, reducing scatter and keeping diaper bonding uniform at high line speeds.

Ultrathin biodegradable films transfer triclosan to orthopedic implants to block microbial growth without disrupting interlocking fit or tissue ingrowth.

A tapered outlet and curved guide plate shape viscous glue into straight beads on flat surfaces, reducing waste, smoothing time, and scratches.

A UVC-responsive photochromic marker with a protective transparent layer gives visible proof that a surface received minimum decontamination exposure.

Dual adhesive layers secure granular decoration during excess removal, improving repeatability while containing dust and impurities.

Acrylic liquid coating replaces wrinkle-prone protective sheets on complex surfaces while preserving paint protection and removal workability.