Liquid Surface Applicators TRIZ Cases

Internal feed lines enable lance rotation for curved surface application while eliminating external line tangling.

Auxiliary through-holes discharge residual liquids to prevent contamination and magnetic offset variations during OLED mask frame alignment.

Nanoimprint lithography method segments drop patterns to correct system distortion, balancing overlay accuracy with mean residual layer thickness control.

Separate pumping lines prevent premature mixing of high-viscosity two-part adhesives, enabling reliable application on roofing substrates.

A base plate assembly lowers to expose a cleaning nozzle for substrate edge treatment.

Heating wood and immersing it in liquefied paraffin wax creates a durable water repellent barrier.

A trivalent chromium coating filled with lubricious materials enhances mechanical properties and wear resistance.

A robot tool with a switchable dual-nozzle unit delivers anticorrosion wax as either a precise jet or an atomized spray cone.

Optical copying captures adhesive bead images while a controller verifies conformity against tolerance ranges, eliminating complex mechanical probes.

Micronozzle array uses segmented gas channels to regulate vapor flow for precise organic layer deposition.

A bifurcated plunger forces two liquids through intersecting channels into a static mixer for homogenous output.

Thermoplastic bonding replaces soft adhesives in flexible display cover plates, resolving the trade-off between foldability and structural hardness.

Protruding pipe stubs on a perforated plate reduce wetting tendency and pressure loss while maintaining mechanical stability.

An inclined peripheral ceiling on a rotating disc jig directs cleaning liquid upward to remove high-viscosity resist residue from upper container walls.

Segmented doctor blade suspension compensates for thermal expansion to maintain powder layer parallelism in additive manufacturing.

A vapor deposition system uses a resistive heating element to thermally fragment film precursors before they reach the substrate.

A coating composition combines epoxy-functional resin with organosilanes to form a crosslinked network on metallic or concrete surfaces.

Removing organic cores from silicone-coated precursors yields low-breakability particles with narrow size distribution.

Oxidized alpha-olefins with carboxylic acid groups bond to metal surfaces, resolving salt-spray durability failures in ferrous coatings.

An intermediary metal mask prevents mesh pattern contact and squeezer damage, enabling 100 to 150 micrometer resin layers on display panels.

Side-drilled discharge parts trap reaction particles in the cavity, preventing spray orifice clogging.

Centering members on a dual temperature heater substrate support enable back-to-back processing steps without waiting for temperature changes.

A chalcogen buffer layer stabilizes the core-shell interface of semiconductor nanocrystals to improve optical output.

Non-orthogonal robot trajectories and buffering stations reduce collision avoidance time to increase system throughput.

Zinc tin oxide permeation barrier layer deposits on thermoplastic film via vacuum coating, preventing cracks under mechanical stress.

Thermal parameter changes enable direct press fitting of coated steering shafts, eliminating expensive injection molded bushings and reducing part scrapping.

A paint bucket insert uses a concave base to create a central well for efficient fluid collection.

A lattice structure deposits abrasive particle precursor layers onto a substrate support to form complex geometries.

Segmented base and top layers resolve the trade-off between scratch resistance and adhesion on dark pultruded products.

A spray nozzle configuration system matches fluid characteristics to determine optimal nozzle types and quantities.

An oscillating dosing device applies coating material to a moving absorbent substrate web at precise intervals.

A folded sealing blade with a narrow contact surface maintains coating application integrity.

A semi-cylindrical plenum generates radial airflow to compress overspray whirl toward the spray booth center.

A pre-filled tubular filling member inserts into the main body assembly to position applying filler directly against the movable body.

Phenoxy resin powder adheres to reinforcing fibers via electrostatic deposition, enabling rapid thermoplastic processing.

A motor-driven threaded shaft mechanism converts rotation into linear plunger motion for precise fluid delivery.

Layered inkjet ink set with distinct resin film forming temperatures creates durable coatings on non-porous media.

Relocating securing devices laterally clears vertical space above objects, eliminating falling particle contamination and removing complex protective covers.

An actuator adjusts reservoir volume while an impulse generator vibrates the nozzle, reducing shear forces on sensitive biological samples.

A printhead discharges ink across multiple scanning passes to form uniform coatings on three-dimensional media.

Segmented paint storage and a siphon tube system eliminate messy syringe transfers, allowing users to store bulk paint and apply it without cleanup.

Combining metallocene LLDPE with LDPE achieves low seal initiation temperature while maintaining high tensile strength.

Silicon oxide and hybrid coating layers on plastic substrates achieve glass-equivalent hardness without adding weight.

A control unit adjusts imprint material discharge timing based on volume to position liquid accurately on a substrate.

A porous tip liquid applicator uses a plunger handle to draw fluid into its reservoir via partial vacuum generation.

Tendons penetrate a cooling plate to counteract gravitational sagging, ensuring uniform heat dissipation during thin film deposition.

A hydrophilic film on aluminum fins uses a specific resin composition to prevent odor emission from acid components while maintaining adhesion.

Inorganic microparticles replace polyethylene wax in the aerosol coating composition, eliminating lubricant-induced co-rotation during fastening operations.

Frozen acoustic readings maintain optimal spray distance, preventing coating sags and runs.