Liquid Surface Applicators TRIZ Cases

A solvent-free powdered adhesive transforms into a fused layer upon heating to bond complex non-planar surfaces.

A multilayer film uses electrostatic interactions and hydrogen bonding to create a stable nanobrick wall structure.

A semiconductor-based electrochemical detector uses a molecular imprinted polymer layer to selectively bind target analytes.

An injector endpiece delivers resin into cavities around a damaged hole to form a solid plug.

A web-based chemical bath deposition system uses a vibrating cascade device and non-contact fluid stirring to form uniform layers on flexible substrates.

Spring-loaded protrusions in a dual-compartment sleeve provide secure retention for multiple cosmetic items while enabling easy one-handed removal.

Segmented support sticks distribute tensile forces across a mask assembly frame, preventing central sagging and preserving pattern formation accuracy.

Flow focusing generates monodisperse emulsion templates that resolve polydispersity in mesoporous silica particle production.

A vacuum duct removes evaporation derivatives from the glue container during refilling, preventing hopper clogging and enabling rapid melting.

White-light interferometry measures transparent film thickness by separating light beams to create interference patterns for precise height detection.

Gas sensors measure volatile adhesive constituents to regulate application units and maintain composition stability.

A hybrid coating apparatus uses vibratory pan assemblies to apply and align food products uniformly.

Adjustable restriction member controls push rod position to prevent caulking material overflow.

Elastomeric seal fills stitching perforations to block foam leakage and prevent visual defects on complex contours.

Inverted microcell plating confines fluid volume to detach hydrogen bubbles from the substrate surface.

High viscosity coating fluid applied to tube interiors allows a smoothing member to remove excess material, eliminating multiple flood coating applications.

A handheld spray gun uses a pre-filled pressurized cartridge to deliver texture material through an integrated trigger valve.

A movable plug regulates flow through a nozzle channel while complementary sealing surfaces prevent leakage in confined spaces.

Segmented blades adjust geometry to control extrusion flow, reducing waste from uneven application while maintaining simple reusable body structure.

Hot-rolled steel plate disperses Ti4C2S2 and Ti(C,N) phases to trap hydrogen, preventing enamel scaling.

A lifting mechanism positions a stationary cooling unit above the rotating table to face workpiece side surfaces.

A daubing device expels viscous sealant through a flexible dispenser wall deformed by an expanding pressure-application mechanism.

A high-purity zirconium crucible melts analytical samples using sodium peroxide flux.

A hydrophobic tubular shield repels liquids during painting processes.

A nozzle with a guide member and slit directs seam sealer along automotive panel edges.

A removable applicator head uses a transverse slot to guide sheet edges, resolving the contradiction between precise edge coverage and adhesive waste.

An adjustable brush holder secures to the handle via clamping arms, resolving instability and two-handed attachment issues.

Polymer films seal nonwoven fabric pores into thermal air pockets, suppressing heat transfer and convection while preventing moisture absorption.

A disposable repair nozzle uses a sealing lip ring and threaded attachment to dispense viscous materials from cartridges.

A die coating apparatus uses a rotatable cam to dynamically vary fluid coating width and shape.

A rotatable evaporation source deposits organic layers onto substrates within a vacuum chamber.

Segmented ion irradiation boosts oil repellent film abrasion resistance without slowing production efficiency.

Docking precursors bind selectively to metal surfaces, forming a passivation film that prevents sideways growth during dielectric deposition.