Liquid Spraying Plants TRIZ Cases

See how integrating electrodes around nozzle holes eliminates distance-based voltage loss, simp

See how applying voltage at liquid resonance frequency stabilizes discharge through Taylor cone

See how an electrostatic field replaces aerosol sprays to distribute waterproofing agents unifo

See how electrostatic fields direct charged mist onto garments, ensuring even waterproofing cov

See how electrostatic spraying deposits catalyst and metal ions onto fiber materials, reducing

See how an electrospraying unit replaces mechanical ink jet nozzles to apply ink to moving thre

Overlapping a magnet with a magnetized metal plate strengthens particle concentration to form clearer, more varied 3D patterns on kitchen vessels.

Discharge-current feedback adjusts electrode cooling to condense water from air and keep nano mist atomization stable without refilling.

Electrostatic lenses and a concave collector focus reactive nanospray droplets, speeding protein digestion and improving LC-MS peptide recovery.

Linear powder outlet and wire electrode geometry maintain corona charging at high powder flow, improving web coating uniformity and transfer efficiency.

A tuned RC time constant and dynamic voltage limits cut residual charge fast enough to reduce sparking during high-speed proximity coating.

A film-like aerosol flow keeps particle charging more uniform during corona discharge, improving electrostatic electrode coating efficiency.

Dynamic current thresholds tied to voltage output cut sparking risk in ultra-close electrostatic coating without frequent generator shutdowns.

A porous electrode charges aerosolized active material uniformly, improving electrostatic coating efficiency, adhesion, and peel strength.

Series-connected power converters cut transformer turns ratio and weight, enabling compact high-voltage electrostatic spraying for unmanned crop protection.

A film-like aerosol passes a line corona electrode for more uniform charging, improving electrode deposition stability and reducing material loss.

A non-contact masking gap and matched polarity prevent powder adhesion, preserving clear film contours in solid-state battery layer formation.

Passing aerosol through a porous electrode evens powder charging, cuts coating loss, and strengthens active material adhesion on substrates.

An angled electronics mounting basis opens a safer escape path for semiconductor tool maintenance in narrow clean room aisles.

Monitored voltage and current thresholds trigger high-voltage shutdown to prevent spark discharge in electrostatic spray coating.

A film-like aerosol flow passes through a corona region for more uniform particle charging, improving electrode coating adhesion and efficiency.

An annular nozzle forms concentric anode portions with different properties, enabling scalable alkaline cell production with more uniform high-rate discharge.

Partial dielectric breakdown between opposing electrodes boosts radical generation efficiency while avoiding high-energy radical loss and excess ozone.

A charged electrode and metering orifices apply high-viscosity lubricant in a thin line without air, reducing overspray and arcing.

Independent droplet and part temperature control joins aluminum and steel with lower heat input, fewer heat-affected zones, and stronger joints.

Independent droplet and part-temperature control joins dissimilar materials with lower heat input, limiting heat-affected zones and unwanted phases.

A motorized in-pipe robot sprays coating, heats it to begin cure, and uses infrared imaging for concurrent NDE in hard-to-access pipes.

A zinc-containing epoxy base layer restores grounding for double powder coating, improving coating uniformity, corrosion resistance, and spark-free application.

Sequential electrostatic spray booths improve coating uniformity on galvanized fence wires while reducing powder loss and spray equipment wear.

Independent control of anchoring droplet composition and heating joins dissimilar materials while limiting HAZ and unwanted phases.

Segmented inlet and outlet modules keep electrostatic sprayers electrically isolated during refilling, preventing short circuits and shutdowns.

Temporary water adsorption makes non-conductive brake pads electrostatically coatable, avoiding solvent primers and costly plant changes.

Profile-based spray trajectories adjust each nozzle's coating distance on moving freeform parts to improve finish consistency.

Offset drain holes and embosses let one cross bar handle powder coating and e-coating with better drainage, cleaning, and electrical contact.

Continuous voltage monitoring isolates the modulation path to cut oscillator voltage quickly during faults in powder spray coating.

Continuous voltage monitoring isolates the modulation signal during faults, enabling rapid voltage reduction and safer powder spray coating.

A charged conductor behind the resin bumper evens surface charging, cuts paint repulsion, and builds sufficient film thickness.

Electric-field-guided stencil mask patterning deposits organic materials with high precision while avoiding clogging in micro- and nano-scale features.

Current-based nozzle voltage control keeps the electric field stable despite target position deviation, improving droplet uniformity and coating quality.

A compressible conductive mold adapts to fiber-body tolerances, enabling gap-free electrostatic powder barrier coating against water and vapor.

Pressure-sensed nozzle height adjustment corrects droplet thrust and viscosity-driven flow changes for uniform edible coating on produce.

Interchangeable hood sections let glass container coating lines adjust length easily while simplifying cleaning and maintenance.

Charged polymer particles dispersed in an evaporating liquid reach narrow cavities, improving full-surface coating reliability with simpler equipment.

Segmented cleaning and discharge flow paths cut cleaning fluid waste while preventing high-voltage leakage in electrostatic coating.

Controlled shaping air ring gaps and taper stabilize airflow, cut particle scatter, and improve electrostatic coating uniformity.

High-density narrow notches help a rotary spray bell cup keep droplet size and cloud homogeneity at lower rotation speeds.

Dense, narrow bowl-edge notches improve coating drop homogeneity and size control while maintaining yield at lower rotary spray speeds.

Pilot air is routed through head and arm gaps to flush out ozone, protecting resin covers from corrosion and high-voltage leakage.

Pressure sensing and servo-driven nozzle adjustment correct droplet thrust to keep edible coating uniform on fruits and vegetables.