Liquid Surface Applicators TRIZ Cases

Laser-etched black paint and a metal-coated inner lens turn an EV grille into a uniform LED display without visible hot spots.

A winding traction module lets the robot hang itself on overhead bare wires, improving coating efficiency and avoiding manual climbing hazards.

An external electromagnetic release lets workpieces drop into prefilled glue, simplifying vacuum impregnation while preserving tank airtightness.

Variable nozzle speeds form a precise wafer edge protective film while reducing coating splash and adhesion on cup inner surfaces.

High-energy beam curing lets hot-melt silicone dispense cleanly without premature reaction, improving storage stability and fast laminate processing.

Individually removable spacer shims let a battery coating die adjust lane width, loading, and slurry-insulating liquid alignment more precisely.

Positioning the substrate between monomer discharge and plasma excitation limits monomer breakdown while improving coating uniformity and deposition rate.

Upper and lower air vents remove slurry bubbles before discharge, preventing uncoated-area contamination and improving coating uniformity.

Transfer-chamber reflectometry and photoluminescence enable rapid OLED thickness and dopant feedback without breaking vacuum.

Thin-film ALD or MLD coatings on conductive particles prevent oxidation, improving energy storage component lifespan and rate capability.

Selective graphene deposition on metal and inhibitor blocking on barrier surfaces enable low-temperature, uniform via integration with fewer defects.

Vapor-phase CVD and ALD form uniform metal oxo photoresist layers with tunable composition, fewer wet byproducts, and better etch resistance.

Separated slurry and insulating-liquid paths in one die coater enable simultaneous battery electrode coating without solution mixing.

An alkyl SAM blocks deposition on a first film, then energy removes nearby nuclei as volatile compounds to improve selective oxide growth.

A pH-controlled phosphonate treatment forms an aluminum surface layer that improves adhesion and corrosion resistance while preserving appearance.

Optical liquid sensing in substrate supply lines detects valve leaks early, preventing unintended dripping and unstable processing.

A perfluoropolyether SAM binds to metal regions to block deposition, enabling precise film growth only on insulator areas without photolithography.

A modification unit reshapes valve drive signals so the electromagnet uses high current to open and lower current to hold, cutting heat and power.

Gas-flow suction and movable receivers stabilize thin, large substrates during transport and placement while reducing drop and damage risk.

A static throttle with multiple flow passages replaces check valves to stop wafer-processing drips while reducing particles and contamination.

A meshed substrate and slot die coating approach spreads TIM fluid evenly on battery cells, improving film uniformity and heat dissipation.

Selective SAM blocking on metal surfaces enables liner deposition on dielectrics and lowers via contact resistance in 3 nm interconnects.

A dispensing hole in the shielding cover lets adhesive reinforce IC-to-PCB bonding, preventing detachment when solder fails under drop stress.

Raised wedges and bumps cut wafer-susceptor contact to limit conductive hotspots and improve thermal uniformity during processing.

A cup-mounted container receives the retracted substrate-processing nozzle horizontally, avoiding nozzle lowering and reducing mechanism complexity.

A single discharge port and confluence passage laminate two coating materials before discharge to maintain pressure and improve film accuracy.

A roll, drawing section, and floating support keep the base material flat at target height, reducing vibration, particles, and film variation.

A mesh-ring collector and solvent feed keep spin-coating exhaust paths clear of solidified resist, preserving exhaust pressure and reducing mist contamination.

An online coating step placed within separator heat setting improves heat resistance and bonding while simplifying production and raising yield.

Gas discharge and suction hold the substrate at coating height, limiting deflection, vibration, and particles for more uniform films.

Separated discharge ports and timed movement form stable double active material layers while reducing coating defects and scrap.

A shared battery base and PWM controller let rotary and soldering tools use one platform, cutting tool complexity while keeping proportional power control.

Central and edge wafer temperatures are mapped during liquid processing to judge each wafer's result and catch abnormalities early.

A variable-geometry nozzle applies a uniform adhesive frame around carrier recesses without stopping membrane electrode assembly production.

A SAM interface on TCO lowers surface energy, controls silver ink spreading, and enables narrower photovoltaic metal lines.

Real-time die adjustment compensates coating roller run-out to keep slurry thickness uniform on lithium-ion battery electrodes.

An integrated shim with recesses on both faces fixes two-layer slot positions, cutting manual adjustment time while improving coating alignment.

Plasma-treated lens areas resist tinting, enabling precise patterns on curved spectacle lenses with better homogeneity and less manual masking.

A spring-biased reciprocating pin flattens warped leadframes before dispensing, improving droplet accuracy and reducing contamination in die bonding.

A fluorinated SAM blocks TiN growth on insulating films, enabling selective deposition on metal surfaces without photolithography.

A frangible stencil and chemical etchant create hard-to-remove part IDs on dirty automotive surfaces, improving theft traceability.

Ultrathin ALD/MLD hybrid coatings protect lithium anodes from dendrites while limiting impedance and preserving battery capacity.

Cyclic substrate rotation boosts developer exchange in thick photoresist apertures, cutting development time without delamination.

A fluoropolymer-resin coating process adds conductivity, hydrophobicity, adhesion, and self-sealing protection to steel bipolar plates.

Upper and lower air vents remove slurry bubbles before discharge, preventing uncoated-area contamination and improving coating uniformity.

A projecting member and offset gauge measure interposer depth in a die cavity, improving extrusion alignment accuracy and battery production consistency.

Controlled vacuum ejectors remove suspended organic particles after spin coating, protecting semiconductor substrates and cutting defect counts.

Guide members beside the electrode current collector counter surface-tension imbalance in double-sided coating, keeping active material layers uniform and reducing lamination ignition risk.

A slant-and-foil insulator coating keeps the layer below the active material edge, improving winding contact pressure and short-circuit insulation.