Liquid Surface Applicators TRIZ Cases

Segmented inner and outer storage chambers ensure uniform solvent flow through communication holes, reducing wastage during substrate processing.

Electrostatic flocking applies oriented synthetic fibers to rubber gloves using low-temperature self-cross-linking adhesive systems.

A rigid frame tensions uneven fabric to eliminate tape use, resolving inconsistency in manual stencil application.

Tertiary amide polysiloxanes prevent microfoam defects in low-VOC coatings without fluorine compounds.

Oriented amino group films on microarray substrates prevent delamination and resolve trade-offs between manufacturing precision and reliability.

A mask frame assembly uses a reinforcing member with a higher coefficient of thermal expansion to apply tensile force and prevent mask sagging.

A porous sponge with controlled pore size absorbs and releases coating agents, eliminating streaks and splashing during application.

A coating system uses a tie coat layer with an adhesion promoter to bond the clear coat and sealant.

An elastic piston segment forces a secondary seal against the barrel to block pressurized gas, eliminating bounce and waste during operation.

A portable FirePOD unit mixes fire-protective gel with water using a recirculation pump and adjustable valves.

A dispensing head with a hook-shaped guide positions the discharge opening at a set distance from the application surface.

Radial spokes segment the base to reduce dead space volume and minimize plastic weight during bottom filling.

A paint roller cover retainer uses a pivoting locking lever to actuate radial retainers for secure engagement.

A deck stain applicator features a base layer for planar surfaces and a removable implement to reach opposed surfaces.

A nickel nanopowder production method uses a sacrificial shell layer to control particle growth and prevent coagulation during synthesis.

Grooved sheet bodies in the heating unit reduce heat conduction between zones, resolving temperature uniformity issues across the substrate.

Trumpet-shaped nozzles prevent clogging and ensure uniform coating thickness.

Presetting means connected to the control unit adjust heating element temperature for precise viscosity control of molten glue.

Segmented mask design with clearance areas reduces structural stress, improving alignment accuracy and yield in OLED evaporation processes.

A paint transfer system couples a pump device to a brush via flexible tubing for continuous fluid distribution.

A stencil holder uses a pivoting frame and removable supports to secure stencils for rapid decoration.

Convective cooling fluid passageways and embedded heaters stabilize showerhead temperature, reducing wafer-to-wafer non-uniformity.

A plunger assembly uses a segmented screw thread to enable precise, controlled dispensation of viscous dental materials.

Vegetable-based coatings on feed granules resist water and prevent mineral leaching while lowering production costs.

Segmenting paint into pre-loaded units removes waste from large containers while saving preparation time.

Silica particles on the polyolefin surface resolve poor adhesion and wrinkling while maintaining light transmission.

Apply surface treating agents to Mn-activated complex fluoride phosphors to prevent luminescent degradation under high temperature and humidity conditions.

Bridge portions extend in width direction to supply paste laterally, forming thick electrodes with high aspect ratio in single process.

Replacing inorganic fillers with peroxide cross-linked epichlorohydrin rubber lowers hardness and eliminates permanent set while maintaining conductivity.

A substrate alignment device uses a common shaft with electromagnetic clutches to rotate individual holders for concurrent wafer positioning.

A bypass wheel routes containers around a coating station, enabling uncoated production and continuous operation during maintenance.

Segmented oxidative gas supply maintains uniform film thickness and enables selective oxidation of silicon nitride layers.

A signal splitter generates predictive pulse waves from ink jetting body speed to control discharge timing with higher resolution.

Nested piston rod segments expand within the hollow body to increase ink capacity while preventing uncontrolled fluid expulsion during refilling.

A plunger with a segmented front opening receives pressurized air to discharge liquid material from a syringe.

Multimodal ethylene copolymers coat metal pipes with controlled molecular weight distributions to reduce neck-in defects during high throughput production.

Segmenting the coating into an aluminum-rich base layer and a particle-free clear layer resolves the trade-off between sparkle intensity and chromatic fidelity.

A dispenser retracts used plastic film through an aperture for reuse.

An equalization channel adjusts its internal volume to maintain a constant fluid-filled state within the distribution channel during slit length changes.

Alternating first and second masks connect via overlapped portions to prevent drooping and spacing in large display devices.

A digital printing method deposits liquid B on partially solidified resin A to create precise three-dimensional surface structures.

Opposing piezoelectric actuators in a dosing nozzle compensate for mechanical stress and vibrations during high-speed closure element movement.

Nanoscale carbide particles improve wear resistance while maintaining material uniformity and machinability.

Straight parallel channels eliminate angled turns that cause friction and clogs, allowing pressure extrusion of blockages without disassembly.

A stretched display panel manufacturing method uses an inclined nozzle to apply reinforcement sealant while pushing foreign matter away from pixel exposure portions.

Modular spin coater arm positions dispensers to resolve precision complexity trade-offs in thin-film fabrication.