Liquid Surface Applicators TRIZ Cases

A protection film on a semiconductor wafer enables attraction to a heated electrostatic chuck, preventing scratches and particle adhesion.

A slot nozzle flow channel design ensures uniform adhesive discharge by preventing stagnant cavities that cause adhesive aging.

A porous rubbing roller injects liquid through internal holes to distribute pressure uniformly and reduce static electricity during LCD alignment.

A liquid crystal dispensing apparatus measures spacer height to determine precise material volume for deposition.

A metal gasket material plate uses a layered coating structure to bond rubber seals securely.

A handheld fluid dispenser uses a motor-driven plunger to adjust chamber volume for precise medicament delivery.

A conductive pattern production device mixes high-permeability particles with ink to enhance energy absorption during high-frequency heating.

Adding calcium silicate hydrate to sprayable binders resolves the trade-off between setting speed and early strength development.

A fluid supply system uses orthogonal plates to arrange gas and liquid units in three dimensions.

A developing roller surface layer utilizes a specific polyurethane resin composition to maintain image quality.

A division mask fabrication method stretches and fastens a mask member to form patterned openings before cutting the ends to detach the component.

Adapter decouples fluid flow rate from the delivery unit, resolving trade-offs between device complexity and mixing performance.

A horseshoe capping structure protects track shoe grousers from abrasion, extending service life and reducing slippage.

Segmenting the heating cycle limits peak current draw while maintaining injector temperature and lowering engine starting emissions.

Hollow alignment plates expose welding spots on OLED mask support structures for direct repair access.

Simultaneous curing of aqueous first colored and second colored coating compositions prevents popping defects while maintaining adhesion.

A substrate treatment apparatus adjusts internal air and liquid temperatures to maintain a specific relationship across the rotating wafer surface.

Segmented rigid body with counterweight maintains consistent measurement settings for varying lens weights during transmission analysis.

A long-fiber-reinforced thermoplastic resin pellet with modified polyolefin-based resin improves fiber dispersion.

Segmented mask stripes prevent sagging and wrinkles, ensuring precise patterning for organic light-emitting display devices.

Incremental shaft rotation drives independent foam rollers for uniform dressing application while minimizing material waste and wear.

Protecting material layers prevent rinse splash deterioration of resist film quality during high-pressure solvent jetting.

Plaster aggregate finishing creates stone-like architectural blocks on concrete substrates.

Radical alternating copolymerization creates entangled chains that prevent delamination and migration.

A coating with grated flakes oriented quasi-normally to the surface using external magnetic fields.

Segmented applicator manifolds with adjustable face plates resolve maintenance downtime and coating non-uniformity in vacuum edge coating systems.

A two-component coating uses polycarbonate diols to deliver high erosion resistance on aircraft surfaces.

Copolymer emulsions bridge paint and metal, resolving blistering on galvanized steel.

A multi-coating radiation-cured pre-coating film uses an elastic primer layer to improve adhesive force on flexible transparent substrates.

An inert gas drying unit prevents contamination by removing liquid from substrates after immersion exposure.

A coating apparatus uses a controller to drive an open/close valve and a suck back valve for precise liquid cut-off.

Replacing traditional solvents with trans-1-chloro-3,3,3-trifluoropropene eliminates flammability and VOC emissions while maintaining coating performance.

A charging roll uses a conductive adhesive layer with controlled surface roughness to bond a rubber elastic layer.

Segmented stencils fill deep through holes and print surface pads to eliminate smearing and improve manufacturing speed.

A cartridge piston venting valve prevents filling material clogging by using a double-walled structure that isolates the filter section from direct contact.

A spectrometer probe acquires reflection spectra of polymer coatings to determine polymerization levels in real time.

Rotation of the tubular reservoir prevents sedimentation and gas entrainment, ensuring consistent material distribution.

Level sensors interrupt dye supply in a leak-tight cavity, preventing overflow and simplifying the coating process.

A dual-sided deodorant dispenser uses a dual extension mechanism to control two replaceable cartridges.

Integrating an LED curing lamp at the outlet opening eliminates device rotation, preventing backflow and air bubble contamination of viscous materials.

A segmented drive shaft uses spaced flock fiber sections to control vibration frequencies in vehicle seat adjustment mechanisms.

Segmented containers and rotating members prevent clumping that blocks pneumatic transfer systems.

A dry-in-place coating mixture combines zinc phosphate, chromium compounds, and silicate to form a protective layer on zinc surfaces.

Radial float mounting of the annulus gear on planet gears eliminates extra bearings, reducing parts count and manufacturing cost while maintaining reliability.

Chamfered screw threads enable elevator override during reverse rotation, preventing shaft breakage from stress concentration.

Segmented nozzle base with protective protrusions enables quick replacement and prevents outlet damage during mounting.

Integrating solenoid and pressure reducing valves within a manifold structure eliminates external piping connections.

Modular coating system recovers waste heat from drying ovens to lower energy consumption while maintaining high production rates.

A droplet ejecting apparatus uses a control unit to create a correction table for precise workpiece alignment.

A top proximity head uses inverted V-shaped input channels to urge air bubbles upward into a delivery bore for escape through a dedicated passage.