Liquid Surface Applicators TRIZ Cases

Sealed chambers isolate hazardous etchant solutions to reduce waste and disposal costs while maintaining precise control over the processing area.

Reverse micelles disperse bismuth and tellurium compounds to form core-shell thermoelectric nanoparticles with enhanced conversion efficiency.

Multi-stage flexography applies variable thickness coating layers to paper packaging, reducing water absorbency while minimizing material consumption.

A control apparatus generates teaching data by sensing contact between a movable injection unit and an object to position the nozzle accurately.

A substrate drying method forms a gas phase layer to support liquid film removal using directed gas streams.

Multiple stops and a spring element hold cartridges in specific positions, enabling adaptable mixing ratios without requiring different devices.

A bookbinding machine calculates pump rotational speed based on book block thickness and clamper conveying speed to set adhesive application parameters.

A paint shield with a pivot member allows angular positioning without manual adjustment of tightening members.

Patterned and separator shims create multiple coating lanes in one die body, reducing assembly time and footprint.

Printed salt solutions react galvanically to deposit reduced metal nanoparticles as conductive wire patterns on substrates.

A dispensing device employs a curved rail to guide nozzle rotation, resolving difficult manual alignment and reducing time during display panel manufacturing.

A substrate processing method modifies an oxygen-containing layer into a nitrogen-rich nitride film to enhance oxidation resistance.

A transport device moves items through liquid reagents to deposit uniform coating layers.

A coating liquid collecting member integrates solvent storage portions to dissolve string-shaped resist liquids during spin coating operations.

A fluid delivery pump uses equidistant flow paths to distribute product evenly through multiple outlets.

A wiper blade guard containing a hydrophobic solution reservoir applies treatment directly to the windshield during wiping.

Segmented spray guns on an aerial platform let one operator cover large surfaces, cutting labor costs and safety risks.

Interchangeable squeegee cards with varying durometers and shapes merge into one tool, eliminating the need to switch multiple specialized devices.

Segmented modification units set working modes independently, reducing coordination complexity and enabling easy reprogramming.

An adapter depresses a marker nib to open a fluid valve, enabling large surface coverage without separate reservoirs.

Birch bark dust in the binder fills cavities from perforations, resolving surface irregularity while maintaining structural strength.

An inorganic conductive layer mediates electrical charge for electrodeposition, preserving optical properties of glass without thermal degradation.

Optically transmissive sensor components feature infrared opaque layers on external surfaces to attenuate unwanted light between emitter and detector.

Differential roller hardness controls moisture distribution to prevent waving and curling caused by uneven absorption during printing.

A thermosetting resin composition blends epoxy, cyanate ester, bismaleimide, and benzoxazine resins to control viscosity and curing reactions.

Pulsing viscous precursors during chemical vapor deposition forms graded dielectric films that balance barrier adhesion with low dielectric constants.

A polysiloxane shell wraps a ceramic core via chemical vapor deposition to create a moisture-resistant composite material.

An intermediate film enables selective self-assembled monolayer removal through substrate heating and sublimation.

Polyoxyalkylene plasticizer enhances water vapor permeability in cured waterproofing membranes, preventing substrate moisture accumulation.

Movable containment devices dynamically position under printing heads to collect leaking liquid, extending head lifespan while minimizing apparatus complexity.

A substrate heating unit tilts the substrate to guide organic solvent film removal during processing.

A composite coating composition combines polyethylene carboxylic acid and acrylic dispersions on oriented polyester film.

A glue application head uses a strip-shaped slit to discharge adhesive in a predetermined line width.

Automated imaging detects adhesive tail break instant during nozzle pull-up, replacing trial-and-error optimization with real-time parameter adjustment.

Rice husk ash dissolves in sodium hydroxide to form a silica hydrogel precursor for aerogel synthesis.

A multi-nozzle adhesive dispenser uses a gas stream to form a protective jacket around the material as it exits.

A gluing station roller moistening system maintains adhesive humidity during machine stops.

An electromechanical dispenser replaces manual turnbuckles with a motorized platform, resolving dosage precision and manufacturing complexity trade-offs.

Limiting adhesive tape guides reinforcing glue deposition within preset regions, preventing overflow that reduces assembly space.

A material dispenser control system uses three-dimensional sensor data to dynamically adjust flow rate inputs for consistent bead volumes.

Intermediary hot melt unit monitors actuation signals to resolve bulky connection risks and provide predictive maintenance data.

A polyvinyl alcohol coating applied to sheet metal creates a uniform layer that improves tribological properties when combined with an oil film.

Differentiating short fiber density on tread halves reduces cavity resonance while preserving puncture repair efficiency.

Infrared drying replaces high-temperature ovens to harden PVC glue points, reducing energy consumption and cycle time while maintaining adhesion strength.

A spindle-like discharging rod with a spiral-toothed section drives pistons via rotational engagement to propel substance components forward.

Core/shell particles with polyurethane cores and crosslinked acrylic shells resolve pinhole defects in simplified 3C1B multilayer coating processes.

Fluorine etchant and adsorbate exposure remove oxygen contaminants from semiconductor substrates, preventing re-contamination during transfer.

Segmented fixed and separable mount members with locking mechanisms secure rollers against oscillation while enabling easy removal for maintenance.

A vehicle steering device restricts one-side pull by calculating a correction current value applied to an electric motor.

High-speed spinning and two-bath dipping produce low denier polyester cord fabric with high modulus, reducing tire rolling resistance.