Liquid Surface Applicators TRIZ Cases

A hinged dual dispenser uses porous pads and flow control to apply liquid sanitizer directly to doorknobs and other surfaces without rags.

RFL and water-soluble epoxy impregnation bundles aramid yarns to prevent fray while preserving bending fatigue resistance in transmission belts.

A retractable adhesive roller stays protected in its housing, enabling compact screen cleaning while removing fingerprints and bacteria.

Charged spray mist wets fibers during web formation to create uniform electret charge without damaging nonwoven structure or adding drying energy.

Guiding ribs and a stopping rib align and secure the fluid container to prevent leakage and improve antiseptic dispensing precision.

A sleeve-driven internal container opens at the cap to feed an applicator pad, reducing leakage and improving antiseptic dosage control.

A sol-gel vitreous inner coating protects decorated glass fragrance containers from alcohol attack, cracking, and material migration.

A variable slot die gap boosts edge coating on battery electrodes, reducing resistance and preserving safe electrode spacing.

A wider edge gap and narrower center gap balance slurry deposition across battery electrodes, reducing resistance and safety risk.

Vapor-phase ALD deposits organic films selectively on metallic over dielectric surfaces while improving conformality, uniformity, and feature filling.

A removable battery and common base housing let different tools share proportional power control for easier interchangeability and use.

A layered silicon-carbon electrode with a filling layer limits volume expansion, preserving battery capacity and cell lifespan.

Preheated battery cases are dip-coated in fluidized powder to form adhesive insulating films without bubbles, wrinkles, or peeling.

Real-time bubble sensing and vacuum defoaming keep insulating liquid bubble-free, reducing pinhole defects in electrode coating.

Pressure detectors between gas-line valves pinpoint blockage level, cutting maintenance time and substrate processing downtime.

A stencil-applied solvent and metal marking reagent etches tamper-evident part IDs on dirty vehicle surfaces without cleaning.

A resin-particle edge coating fills the panel-window step to block foreign matter, improve adhesion, and resist impact during folding.

Thermal control of the die lip adjusts gap deformation in real time to improve coating thickness and weight uniformity.

A porous thin-film reference electrode preserves ion transport for accurate electrode potential monitoring while reducing shadow effects and cycle-life loss.

An inorganic-coated polymer separator improves electrolyte wetting and ion flux to stabilize SEI and suppress dendrites in potassium metal batteries.

A separate applicator and rolling support keep weakening gaps open for complete medium wetting, preventing re-closure and adhesion in covers.

Dry gas purging in the spin coater nozzle housing and pipeline limits moisture exposure and preserves photoresist quality during coating.

Temperature-controlled polyurea deposition forms selective air gaps in narrow semiconductor recesses, improving capacitance control and reducing waste.

Vacuum suction plates, optical sensors, and PLC glue control automate CCM roll joining to improve alignment, cut waste, and ease manual work.

A single surface treatment forms oxide and siloxane layers together on lead frames, improving mold-film adhesion while cutting process time.

Surface modification with silane compounds enables selective molecular layer deposition of uniform organic and hybrid films with precise growth control.

Embedding magnetic particles in wear-prone plastics enables magnetic microplastic capture from runoff without nets or filters that harm aquatic life.

A mechanical amplifier boosts piezo stack stroke for accurate viscous fluid jetting while preserving actuator life at high frequency.

Boron oxide replacement and fluorinated silane SAMs enable conductive film deposition only on exposed conductive regions while blocking insulating areas.

Molten alloy droplets are coated in flight to build stator cores with insulated boundaries, cutting eddy current loss and simplifying fabrication.

Motorized platform adjustments align battery grids to the pasting orifice faster, handling varied grid sizes and clearing jams with less downtime.

Selective shadow-mask deposition creates isolated lithium patterns that spread current density, curb dendrite growth, and preserve reversibility.

Spaced adhesive fixing portions isolate a heat dissipation plate to limit mask frame deformation and keep pixel deposition aligned.

Inner-face stator temperature sensing enables precise induction heating control, cutting curing time and energy use in trickle impregnation.

Real-time thickness sensing and closed-loop slurry control keep electrode coating uniform across the current collector, including edge regions.

Edge imaging adjusts spin speed and liquid discharge position to keep coating fronts aligned, improving uniformity while cutting chemical waste.

Placing the substrate between monomer discharge and plasma zones reduces excessive monomer breakdown while improving polymer coating uniformity.

A leakage-assisted valve stores pressure and releases pulsed high-pressure air to clear sensor surfaces while keeping the drive pump compact.

Pre-cut current collectors and carrier masking keep protection layers off tabs and prevent coating cracks that shorten cell life.

Powder is applied directly to calender rollers to decouple basis weight from density and enable double-sided or multilayer electrode coating.

A silicone immersion coating shields the battery cell module from leakage, moisture, and corrosion to reduce fire risk and extend service life.

A stepped fixing block locks die block positions to hold a uniform coating gap, reducing widthwise deviation during high-speed electrode coating.

Gas ejection or suction near the edge coating suppresses folds and mismatching during winding, helping prevent local lumps and short circuits.

Mechanical vibration moves electrode material through a feeding channel to improve discharge evenness and coating quality in substrate processing.

Real-time bubble sensing and vacuum defoaming stabilize electrode insulation coating and reduce pin hole defects in battery production.

Reducing natural oxide films before selective re-oxidation enables dense, uniform SAM growth only on target substrate areas.

Using UV plasmonic modes in aluminum nanodisks, this case boosts fluorescence sensitivity for low-cost multiplex biomarker detection.

A tilted wheel and 2-axis nozzle path simplify wheel-face painting, cutting control complexity, device size, and setup effort.

A flexible inner container isolates photoresist from pressurized gas, cutting bubbles and contamination to improve wafer coating uniformity.

Preformed interchangeable tips and a threaded reusable applicator improve compound flow consistency while cutting plastic tube waste.

A layered heated radome keeps radar transmission clear in freezing conditions while hiding LEDs and connectors inside the cover.

A rotating body varies slit length across the manifold to stabilize slurry discharge and keep electrode coating thickness uniform.

A die-mounted flow guide narrows and redirects material flow to create sharp thickness transitions and uniform central regions for battery electrodes.

A single discharge port merges two coating flows to maintain pressure, avoid streaks, and improve two-layer film accuracy.

An integrated nozzle arm keeps substrate alignment and liquid discharge positions consistent, improving edge etching accuracy and reducing eccentric placement.

A film forming device uses magnetic attraction to secure a substrate against a mask body, maintaining precise alignment during vapor deposition.

Extending a first liquid bead circumferentially over a second liquid film eliminates spiral thickness unevenness in electrophotographic primer layers.

Offset inorganic patterns in a printable laminate sandwich organic interlayers, preventing pinhole defects and improving adhesion between dissimilar materials.

An adapter merges tape dispensing with caulking application to streamline the finishing workflow.

A compliant rotary tool with a contoured cavity engages and cuts elastomeric sealant from protruding fasteners.

Automated spraying device eliminates manual hazards while ensuring uniform coating across diverse wheel geometries.

A chemical liquid receiving assembly guides flow along inclined members to separate bubbles from the supply stream.

Elastomeric seal ring isolates the handle adhesive joint from water and alkaline plaster, preserving bond strength during tool cleaning.

Digital printing merges antenna manufacturing with final assembly, reducing capital investment while maintaining electrical performance.

A dome receptacle with a manual air pump forces airflow to mix popcorn and seasoning, resolving uneven distribution in concession settings.

Cylindrical cladding protects discs from unwanted coating, reducing cleaning time and maintenance costs.

Segmented pyrolysis chambers optimize cracking efficiency and reduce maintenance frequency.

Directly coupling a brushless DC motor to two pumps eliminates chain drives and inverters, reducing device complexity while maintaining operational efficiency.

An integrated ejection mechanism moves a second edge relative to the frame to uncouple the paint applicator pad, preventing contamination during replacement.

Mechanical deformation of the reservoir forces adhesive out, preventing drying and reducing waste during machine stops.

An automatic glue stick feeding mechanism in a hot melt gun prevents continuous dripping by retracting the stick when idle.

Pre-wetting feedstock and applying mass balance models improves control over geometric mean and standard deviation of granule size.

A coating device dryer adjusts drying promotion force to ensure uniform crystal growth across the substrate.

A sealed glue distribution chamber supplies fresh adhesive to an anilox roller via a controlled inlet.

An adjustable nozzle uses a positionable control element to vary orifice geometry, eliminating irreversible manual cutting waste during adhesive dispensing.

A mud pumping apparatus delivers viscous materials through a powered auger mechanism.

Controller positions slot die actuators to adjust fluid flow path thickness, resuming baseline settings without stopping extrusion.

A substrate treating nozzle inspection system uses scattered light imaging to detect crown formation and verify liquid discharge parameters.

A polyurethane elastomeric composition provides thermal insulation and flexibility for subsea pipelines.

Tapered mask holes compensate for deformation during vapor deposition, reducing brightness defects and color mixture in OLED displays.

Organohalogenating agents modify carboxyl nitrile rubber surfaces to reduce dynamic friction while maintaining tensile strength above 30 MPa.

Rotating the paint tube instead of the artwork surface reduces motor weight and power consumption while enabling large-scale design creation.

A spiral coating nozzle ejects processing liquid onto a rotating substrate to form a uniform film layer.

Adjust electron density control power after plasma processing to lower electron density while maintaining bias power.

Rotating dispensing mechanism deposits conductive adhesive on elongate tubular substrates.

Oscillation treatment coalesces gas bubbles in coating color, enabling efficient vacuum degassing without solvent vaporisation.

A deposition guide rail integrates a cooling channel to maintain low temperatures during organic material evaporation.

Polymer stabilizers prevent particle agglomeration in electrophoretic displays, maintaining charge control and switching rate.

Pre-adjusted blade modules eliminate on-site geometry tuning to maintain surface finish and dimensional accuracy across varying material properties.

A multi-unit spraying line with automated recognition eliminates frequent powder changes, resolving the trade-off between equipment utilization and pollution.

An integrated oral care system combines a toothbrush with a nested dual-reservoir dispenser and mixing screw, eliminating separate storage requirements.

Water-absorbing expansion agents enable the coating to swell against micro annuli, resolving thickness constraints of conventional packers.

Rotatable supports reduce friction in coating apparatuses, preventing trapped air bubbles that cause defects.

A piezoelectric jet nozzle deposits viscous materials onto substrates.

Scattering mitigation materials reduce Compton and Rayleigh artifacts by absorbing scattered photons, improving imaging resolution.

An insulating intermediate layer stabilizes the temperature gradient between a hot base and cool lid, preventing reactant condensation in chemical sublimators.

Alternating inorganic and organic layers reduce moisture permeation while preserving structural integrity.

Polyisocyanate cross-linking stabilizes aminoplast microcapsule walls against surfactant-induced leakage in aqueous consumer products.

An articulating arm guides a sealant dispensing apparatus to deposit uniform bonding material on insulating glass units.

Diamond-like carbon coating prevents abrasion and clogging from hard inorganic fillers during separator manufacturing.

Aqueous amino and reducing agents graft conductive rGO onto microhole sidewalls, eliminating toxic solvents while ensuring thermal shock reliability.

Amorphous copolyester coatings on bi-axially oriented polyester films prevent tearing during peeling while maintaining hermetic seals at low temperatures.