Liquid Surface Applicators TRIZ Cases

Dummy arms replace obstructive support structures in the optical path, eliminating temperature measurement variations caused by light absorption.

A robotic applicator deposits thin spray-on liner material onto contoured mine surfaces using precise path planning.

Scavenger blade extracts excess liquid from the web surface to prevent downstream contamination and reduce waste in electroless plating systems.

A vapor generator uses a sonic throat ejector to deliver metal coating onto a moving steel strip.

Dual chamber device manages liquid migration through a communication orifice to ensure reproducible particle deposition independent of operator dexterity.

Radial chamber arrangement minimizes vortex generation and equipment size while reducing transfer robot movement and process time.

A thermosetting resin composition with amine compounds and rubber components enhances flowability in metal laminate coatings.

Low-temperature curing of resole phenolic coatings on sand or ceramic cores boosts unconfined compressive strength while cutting energy costs.

Rolling loose elements coat the primary electrode, increasing nanofibre throughput while reducing electrical field interference.

A high thermal conductivity cover mediates heat transfer between the heating member and chamber lid assembly.

A powder coating apparatus uses a rotating applying member to transfer thermosetting powder onto object surfaces.

A substrate processing apparatus supplies solvent vapor during thermal treatment to promote microphase separation of directed self-assembly films.

Integrating a detachable massage ball application member onto the pump button reduces manufacturing complexity while enabling fixed-quantity dispensing.

Vapour deposition of an oligomeric organic compound on metal oxide layers prevents surface tension loss during processing.

A liquid-discharging device adjusts the nozzle position relative to a substrate using an independent objective optical system for precise observation.

A painting robot circulates paint through a bypass flow path to separate dissolved gases and remove foreign matter from the fluid supply.

A clamping slot and connecting part form an angle less than 90 degrees to secure a knife board blade.

Recess and protrusion portions on mating plates constrain lenses against deformation, preventing material scattering.

Segmented silicone-acrylic impact modifier resolves the trade-off between low-temperature impact strength and pigment colorability in thermoplastic resins.

Thermochromic materials in dispensing gun nozzles change color to indicate chemical temperature, ensuring optimal cure and yield.

A coaxial cartridge eliminates disruptive pumping behavior by using a thin outer wall that plastically deforms under pressure.

Dynamic gap adjustment during segmented relative movement maintains position accuracy while preventing ink jet head collision with the medium.

Polyurethane surface layer with controlled volume resistivity suppresses injection charging to maintain uniform potential on photosensitive members.

A welded mask assembly joins two patterned masks to enable simultaneous deposition on multiple display devices.

A laser cladding nozzle uses a vacuum port to draw powdered metal toward the weld zone.

Release film transfers controlled adhesive to channeled ceramic foam panels, preventing excess material from blocking internal cooling passages during assembly.

A water-based primer composition incorporates a thermochromic dye that changes color to indicate film dryness during the drying process.

Segmented cartridges mix components only at the application point, preventing premature curing in the device while maintaining mixing uniformity.

A double-layer polyurethane film combines a soft healing layer with a hard structural layer to achieve rapid self-repair.

A grout installation apparatus combines a dispensing head and rear removal member to apply material between tiles.

An extensible tunnel integrates an aspiration system to generate controlled airflow for solvent vapor extraction.

Segmenting the tray into a stationary container and movable platform resolves spillage risks when moving heavy loads.

A magnetic dispenser shutter moves via field interaction to open and close the nozzle.

A framing marking template integrates measurement scales with a marking gun for single-person layout operations.

A support body with internal distribution channels fills gaps between the protruding beam extension and mullion seal, ensuring uniform sealant coverage.

Gas injection creates voids in underfill sealing members to prevent crack propagation from thermal expansion differences.

Targeted modifier placement reduces thermal expansion mismatch and cure shrinkage stresses, preventing microcracking without adding structural weight.

Segmented etching eliminates sawing damage while maintaining precise surface finish control by applying solutions from opposite sides.

A toggle latch mechanism secures a mesh body to a hopper frame, replacing time-consuming bolt fastening with quick one-touch engagement.

Premolded threaded inserts limit post-molding dry machining to a single boring step, reducing overall manufacturing time for FRP components.

Plasma-enhanced chemical vapor deposition creates a stable silicon-carbon-oxygen adhesion promoter layer that prevents delamination in composite materials.

Segmented deposition masks use overlapping horn-shaped edges to prevent sagging and block organic matter leakage at boundaries.

A raised floor structure elevates the substrate processing part above the chamber bottom wall to prevent chemical liquid contact.

Replacing friction fits with silicone hot melt adhesive prevents product loosening caused by dimensional shrinkage and volatile ingredient loss.

Plasma annealing removes chlorine impurities from the titanium film, reducing electrical resistance while maintaining surface morphology.

A waterborne polyester resin enables simultaneous wet-on-wet application and curing of primer, basecoat, and clearcoat layers.

An elastic liquid discharge device pressurizes fluid within a stable range to rapidly fill the storage chamber.