Liquid Surface Applicators TRIZ Cases

Pneumatic control through a cover plate guide unit enables rapid and uniform photoresist coating on large substrates with low rotational speeds.

A corrosion inhibitor composition mitigates metal surface degradation in aqueous systems.

A roll-on applicator uses a rotary shutter to cover the dispensing ball and an elastic means to retract it.

Enclosed basin with adjustable drainage nozzles distributes slurry to prevent fugitive dust and ensure uniform road bed stabilization.

A gas feed installation with temperature-regulated tanks and solenoid valves manages liquid precursor vaporization.

A double-sided coater uses a guide roll to transition substrate travel direction for lateral and lower surface coating.

Normally closing valves interrupt primary fluid flow to a heat exchanger unit while maintaining process continuity.

An integrally formed aluminum mounting bracket offsets the handle to prevent joint compound interference and eliminate loosening.

Planar detection of reflected light provides precise positional data for foreign objects under the substrate, preventing nozzle collisions during coating.

A robotic crawler on a flexible track applies wear-resistant coatings inside curved pipes, resolving high operational costs and process difficulty.

Segmented buffer tanks maintain stable pressure while the vaporizer operates at full capacity, resolving instability in shortened deposition cycles.

A magnetic levitation conveyor moves an electrostatic chuck to deposit organic layers with relative motion.

An organic intermediary layer enables rapid self-assembly into deep vias without surface treatment or vacuum requirements.

Segmented nozzle with oval port delivers large-particle cosmetics without clogging while maintaining supple brush flexibility.

A pneumatic conveying device moves adhesive granulate from a storage container into an edge banding glue pot.

Bimodal pigment distribution stabilizes white ink suspensions, preventing settling and agglomeration of coarse titanium dioxide particles.

Segregated internal compartments prevent cross-contamination between different scents while the device rolls for wide distribution.

Vapor-phase deposition of cross-linked alternating copolymers yields hard, flexible coatings that overcome solvent-based uniformity limits.

Epoxy-functional silane compounds bridge filler and clear coat layers, resolving wet adhesion issues in water-borne multilayer vehicle coatings.

Silane-based sol-gel primers prevent cathodic disbonding and enhance anticorrosion performance in chloride environments.

Silane-modified polyurethane adhesives join wood and concrete without mechanical pretreatment, resisting alkaline degradation.

An integrated turnover apparatus uses convexly curved surfaces to transport electrode foil.

A cone-shaped dispenser-applicator with a disc applicator and fingertip rest enables controlled compound dispensing.

Alternating titanium and carbon layers reduce corrosion rates on copper to NiFe levels.

A polyester, resole, and vinyl chloride polymer coating composition provides enhanced flexibility for metal containers.

A foam spray gun with a third hose and temperature-sensitive nozzle resolves viscosity variations and clogging while maintaining low manufacturing costs.

Sliding frame secures flexible liner to paint tray base, eliminating difficult cleanup and costly molded alternatives.

A mixing and dispensing apparatus uses a variable volume pump to distribute sauce, reducing downtime from frequent equipment changes.

A sensor device moves with the substrate to perform spectral measurements during deposition.

A nozzle adapter uses a shoulder portion and clutch plate to secure a tapered caulk tube nozzle.

A fluid handling module recirculates chemical components through dedicated loops to precondition and control supply.

A lightweight terrazzo composition blends resin, hardener, and aggregates into a unified mixture applied in one step.

A capacitance-type liquid level sensor measures chemical volume in a reservoir using a detachable receptacle with one-touch coupling members.

Segmented inserts and coatings protect reactor openings from gas exposure and abrasion, resolving the trade-off between durability and structural complexity.

A spindle connecting device secures a rotational component to a hub using a moveable fastening element.

An intermediate piece with an integrated check valve prevents uncontrolled reflux and component mixing in storage containers.

Merging blocking and fastening functions into one clipping component reduces assembly complexity while maintaining sealing reliability.

Counter-rotating rollers stretch non-Newtonian fluid filaments until capillary instability breaks them into fine droplets, overcoming extensional thickening.

Discrete tacky asphalt pellets dispersed within a flowable fine material matrix minimize inter-pellet contact.

Braiding dry hybrid fibre threads onto a disposable core enables reshaping without friction damage that compromises material quality.

Interengaging latch teeth on facing surfaces prevent unwanted separation of plugged cartridge containers during handling and storage.

An automated system uses RFID identifier elements to select and attach specific nozzles and tips, eliminating manual re-pressurization steps during exchange.

Segmented conveyor belts and multi-angle spray nozzles deliver uniform coating to prevent uneven distribution and reduce waste.

A composite ceramic member joins an alumina sintered body with a yttria sintered layer to provide high corrosion resistance.

Operation number tracking predicts piezoelectric actuator fatigue, preventing process defects while maintaining high dispensing productivity.

Adjustable gravure roller modules resolve productivity constraints by enabling flexible coating configurations without custom manufacturing.

Non-oxide ceramic coating with chromium gradient prevents peeling during stress relief annealing.