Liquid Surface Applicators TRIZ Cases

A laminated battery separator uses polyvinylidene fluoride resin with controlled crystal forms to prevent curling.

Autoalignment control unit with weight and guide ring aligns substrate supporting pin to prevent friction damage during loading.

Dynamic state switching reduces energy consumption while maintaining solvent removal efficiency in surface treatment work areas.

A temperature control device uses separate drive systems on each transport carriage to move workpieces independently through the tunnel.

Independent reservoir compartments maintain distinct water levels across the flap width, preventing postage imprint bleeding and ensuring uniform adhesion.

A robotic maintenance arrangement uses adjustable rollers to secure and move along wind turbine blades for automated cleaning and painting tasks.

A mask assembly shutter positions deposition materials on distinct substrate areas to enable parallel processing.

Segmented vessel system isolates mixing from storage to eliminate cleaning bottlenecks.

Segmented hybrid and batch reactors control temperature and pressure to produce low molecular weight polymers without chain transfer agents.

Multi-axis articulated plasma spray heads navigate occluded vane regions to resolve coating thickness non-uniformity caused by self-occlusion.

Flux removing means abut against the holder head holding face to clear adhesive residue, preventing solder ball sticking during placement.

Mixed polymer brushes form nanoscale patterns through phase separation directed by lithographic templates.

Ultrasonic vibration atomizes liquid crystal into uniform particles, resolving syringe pressure instability that causes uneven distribution.

A low glass transition temperature amorphous polymer composition forms a self-healing protective layer on substrates.

A nickel-iron mask with controlled curl values minimizes shadow effects and side lifting in organic light-emitting display pattern formation.

Segmented transfer blocks distribute substrate movement across multiple robots to maintain continuous processing flow.

Uncured branched polyester-urethane resins form crosslinked networks via free radical polymerization to enhance intercoat adhesion and sag resistance.

A flexible stamp actuated by acoustic radiation pressure moves portions toward a substrate to transfer patterns without mechanical valve switching.

Peroxide-initiated crosslinking in crystalline and amorphous polyester resins cures coatings at 130°C, reducing thermal stress on heat-sensitive substrates.

A conical applicator part uses a porous elastomer structure to retain and discharge liquid cosmetics through capillary action.

Segmented hollow rod heaters and a circulating pump melt thermoplastic in thirty minutes, solving the slow heating bottleneck of static tanks.

A bisphenol A-free primer and topcoat system delivers superior adhesion to metal substrates.

Removable distribution manifolds and nozzles configure adhesive delivery, resolving the contradiction between application speed and device complexity.

Elastically deformable engagement portions prevent clay leakage by maintaining coupling force despite temporal wear on pottery wheel splash pan joints.

A self-venting nozzle uses dedicated vent passageways to route entrained gases from the fluid channel to the atmosphere.

Thiolactone functionalization simplifies thin enzyme layer production by replacing complex multi-component systems with a single universal group.

A resin distributor uses a sealed flexible reservoir bag to dispense material without air entrapment.

Acidic aqueous composition deposits titanium or zirconium compounds and linear polymers onto aluminum substrates to form a conversion coating.