Liquid Surface Applicators TRIZ Cases

Collagen hydrolysate anchors in inner cellulose layer prevents meat juice diffusion and spot formation on outer pigmented surface.

Amorphous indium tin oxide electrode layer with controlled tin and indium bond energy differences enables rapid crystallization.

A variable geometry process kit adjusts ring height to maintain uniform electric fields across the substrate perimeter.

Segmented hook portions fold to reduce storage footprint while maintaining structural strength during operation.

A fixed blade collects glue from a movable plate to coat log ends, eliminating uneven distribution and machine soiling.

Depositing a thermal layer directly onto the back panel reduces manufacturing complexity while maintaining effective temperature regulation.

A coated metal sheet with specific Martens micro-hardness and low glass transition temperature organic resin provides inherent chipping resistance.

A coating apparatus adjusts its dispensing path using displacement sensor data to maintain precise liquid application on tilted surfaces.

A regenerative blower induces filtered ambient air through an internal dispenser to expel airflow along vehicle sides.

Periodic carrier movement through a controlled mist zone resolves droplet size variation and excess reagent accumulation.

Two or more die heads apply electrode material via intermittent coating to form non-rectangular electrodes.

Elastomeric liner in high-temperature housing secures components to eliminate manual masking errors and unintended coating.

A control unit manages motor power and actuating signals for an extruder dispensing device.

Crystalline cellulose composite adjusts rheology to prevent sagging and popping during spray coating.

An asymmetrical porous ceramic coating on a polyolefin base prevents dendrite growth while maintaining mechanical stability in lithium-ion batteries.

A powder painting cabin uses a motorized biconical septum to sweep internal surfaces and remove excess coating.

A manufacturing apparatus for activated carbon filters uses a rolling module and hot-pressing cylinder to bond powder to non-woven cloth.

A dual-pressure adjusting system switches between precise and rapid pressure modes to prevent ink wetting on the nozzle surface.

Plasma polymerized organosilicon top layer on silicone composite prevents photocatalytic degradation while maintaining visible light transparency.

Ultraviolet or infrared surface treatment creates recessed shapes on tablets, preventing ink spread and ensuring well-defined print contours.

A disposable cartridge integrates a nozzle and movable cup within a tube, pushed by a ratcheting plunger for controlled viscous material dispensing.

Independent plungers drive materials through separate channels in the tip, preventing mixing of dental components.

A treatment station closing device uses a self-locking element to seal access openings in flooded chambers.

An organic spacer layer cushions deposition to reduce surface roughness and internal ripples in two-dimensional materials.

A nozzle clamp uses a pivot arm and movable fastener to secure dispensing components.

Water-based polyamide coating compositions maintain low viscosity at high solid content for industrial coil coating.

A portable filling gun assembly uses a manual plunger to inject activators into aerosol cans.

Replacing rigid concrete with flexible liners and polyurea spray reduces construction complexity while ensuring corrosion resistance against produced water.

Fluoroacid coating composition eliminates environmental harm from chromium waste while maintaining adhesion and corrosion resistance on metal surfaces.

Generates uniform seeds internally from urea melt, eliminating external equipment and high-purity requirements.

Shearing plates adjust adhesive viscosity via controlled shear forces, resolving volume flow control inaccuracies caused by storage-induced thickening.

Universal coupling device merges electrical, gas, and cooling lines into one adapter to eliminate complex manual connections during spray gun exchange.

A drywall finishing tool uses a control assembly to manage cementitious mixture flow and head angle.

Gas pressure fluidizes particulate material in the hopper discharge zone, enabling accurate profiled distribution onto carrier layers at high process speeds.

A prepreg with a porous powder coating layer enables air venting to eliminate inter-ply voids and improve mechanical properties.

Zirconium hexafluorozirconate and yttrium nitrate replace toxic chromates to provide uniform corrosion resistance without elevated temperatures.

Segmented coating booths and S-shaped traps manage fluid distribution to eliminate thickness variation on long catheters.

A spray nozzle with a direction changing member redirects liquid flow to coat specific regions inside tubular containers.

Sensor switches detect limit positions to stop the push rod, preventing damage from excessive movement while maintaining reliable operation.

Automated control device adjusts radial roller positions via sensors to regulate adhesive volume on workpieces.

Organometallic catalysts accelerate crosslinking in aqueous coatings, resolving the trade-off between low-temperature productivity and curability.

A floating support adjusts vertically to maintain constant outer layer thickness on an extruded member, resolving surface complexity from decoration.

Epoxy-functional stabilizer prevents thermoplastic degradation and discoloration while reducing estrogenic activity in food-contact coatings.

Core/shell acrylic resin dispersion maintains stable viscosity during wet-on-wet application, preventing layer mixing and film deterioration.

An alternating pressure melt impregnation device applies fluid pressure to continuous fiber bundles for uniform resin infiltration.

A method applying trivalent chromium conversion and cathodic electrophoretic deposition prevents pitting failure in aggressive marine environments.

A conductive roller applies a high-strain filler layer to its axial ends, preventing cut waste generation from contact with ring-shaped members.

A substrate holding apparatus uses a pressing section with a ring-shaped sealing member to secure the peripheral region of the substrate.

Block copolymer assembly integrates data and servo zones via a single overlay process, eliminating overlay misalignments and reducing processing time.

Axial force on the locking lever deflects elastic fingers inward to release the roller cover, resolving retention versus removal trade-offs.