Liquid Surface Applicators TRIZ Cases

Immobilizing polyvalent metal compounds in primers eliminates copper-induced color formation and oxygen inhibition while extending adhesive shelf life.

Integrating patterned hydrophilic regions into the support plate structure simplifies manufacturing complexity while controlling fluid direction.

Electromagnets drive permanent magnets on the nozzle to create controlled vibration, resolving complexity and wear issues in sealant dispensing systems.

A hydrophobic proppant uses a resin coating with uniformly distributed nanoparticles to construct a micro-nano surface structure.

A wetting apparatus flow restrictor creates a clearance within an applicator slit to control liquid agent velocity and discharge.

Layered double hydroxide primers replace toxic chromates and eliminate conversion layers for simplified, reliable corrosion protection.

Opposite electrostatic polarity between corona and tribo charged powder layers prevents surface defects while eliminating intermediate curing steps.

A laminated polyester film eliminates separate adhesive layers by using a modified polyolefin coating layer that bonds directly with polypropylene.

Segmented shim plates resolve high manufacturing costs and wear by allowing easy replacement of worn restrictor surfaces while maintaining coating quality.

Adjustable hinged corner trowel resolves trade-off between adaptability and complexity by establishing both sides of any angled corner simultaneously.

Pressurized spray nozzles deliver fluid resin through drilled holes to displace air bubbles and wet cell walls, preventing core destruction during repair.

An alkaline solution infiltrates concrete to passivate reinforcing bars and form a protective coating.

Individual pump speed adjustments based on current draw resolve flow detection delays and improve dispensing accuracy.

An electric motor drives a piston in a reservoir to automate paint delivery, reducing manual effort and labor intensity.

Segmented electron beam melting removes carbon impurities, enabling large single crystal growth.

Orthogonal flow chambers and a biased valve member divert excess pressurized paint into the return line, eliminating rupture disc replacement.

An annular hydrophilic member mediates liquid spreading on hydrophobic substrates, reducing consumption and mist generation while maintaining complete coverage.

A dispenser sub-assembly uses a cam member to engage and disengage the plunger rod without additional biasing members.

A fluid supply member maintains wafer temperature during photoresist coating to resolve automation-induced thermal non-uniformity.

Control circuit modulates heating element via feedback loop to maintain target washer fluid temperature, preventing overheating and reducing energy consumption.

Organic compounds coat iron oxide pigments to prevent oxidation, avoiding costly inorganic stabilizers and reducing environmental risks.

Gas cluster ion beams enable directional thin film growth, resolving inadequate control over film properties and dimensions.

Segmented liner layers resolve silica resin adhesion issues while hook and loop straps extend working time for thicker structural repairs.

Screw-nut and tilting cylinder mechanisms adjust film width to eliminate manual intervention and reduce production waste.

A MEMS thermal mass flow sensor uses a porous silicon layer to generate acoustic waves for self-cleaning.

Fluorinated liquid chemical deposits a water-repellent protecting film on metal-based semiconductor wafers.

Segmentation separates a rigid guide rod from the flexible hose, resolving control trade-offs during clogged pipeline cleaning.

A substrate support device uses dual cooling plates with spiral flow paths to manage heat distribution.

Predictive painting systems adjust booth temperatures for mixed-material vehicle components to ensure color sameness across steel and resin parts.

An actuated print head assembly uses gimbal mechanisms and sensors to maintain orientation on contoured surfaces.

An integral barbed insert eliminates retaining ring damage by engaging the bell cup shoulder, preventing deformation during operation.

A valve tappet rod features a narrow portion with reduced outside diameter acting as a lubricant reservoir.

Segmenting the drive assembly with a thrust bearing isolates axial loads from gears, reducing wear and extending operational temperature range.

High-permeability topcoat on inkjet paper absorbs solvent and captures pigments, reducing color bleeding and mottling on glossy offset substrates.

Segmented filter drawers slide out for quick operator access, resolving bulky replacement bottlenecks and reducing labor costs in paint booths.

Helical continuous fiber reinforcement applied to airship membranes eliminates weak structural joints and reduces construction time.

Segmented modules allow quick rotor and nozzle swaps without disturbing the motor, reducing maintenance downtime.

Fuel injector mounting uses a thermal insulator and cross-sectional constriction to isolate the component from exhaust heat.

Cutout portions enable parallel wafer displacement in the boat, preventing scratches and cracks while doubling batch throughput.

A flexible sheet contacting method uses an anchor surface to measure lateral misalignment and adjust relative positions before final contact.

An integrated cleaning shield directs fanned fluid spray onto the rotating sleeve, eliminating separate tools and reducing water waste.

A preference channel manager dynamically allocates demultiplexed logical channels to decoding buffers for immediate display.

Segmented metering valves ensure consistent dosing across any orientation, eliminating erratic volume delivery.

A non-contact printing device deposits edible ink onto confectionery substrates to create visually appealing designs.

Powdery thermally latent curing agent coats conductive particles to enhance epoxy resin bonding.

Non-line-of-sight deposition coats internal optical encoder components with corrosion-resistant layers without disassembly or structural alteration.

A gas injection assembly creates a cushion between the substrate and transfer unit to stabilize handling.