Liquid Spraying Plants TRIZ Cases

A flexible cleaning part inside a box-shaped storage unit holds solution to clean electrospinning nozzle tips.

A rotating bowl electrostatic spray device uses a third intermediate electrode to stabilize electric potential and steer charged droplets toward the target.

Segmented atomizer passages deliver precise lubricant volumes, eliminating excessive consumption and hazardous overspray in metal forming.

Nitrogen-enriched carrier fluid atomizes electrostatic powder to resolve humidity contamination and Faraday-cage defects in complex geometries.

Segmented collectors with programmable electrodes eliminate manual intervention to achieve uniform fiber deposition on large-area substrates.

Dual electrodes stabilize ionization to prevent dirtying and maintain charging efficiency.

A gantry tower spraying system uses a keyed cartridge and receptacle assembly to dispense cosmetic liquid through an oscillating nozzle.

An electrostatic sprayer energizes liquid to improve atomization and adhesion, reducing waste from slipping droplets.

Dry pigment particles convey onto solid surfaces before liquid binder deposition fixes the coating layer.

Segmented dual spinnerets coat luminal and abluminal surfaces to reduce adverse reactions.

Optimized curvature radius prevents start-up spray deficits while maintaining ionized air generation.

Multiple spray nozzles create overlapping aerosol jets that reduce overspray and improve deposition efficiency on coated surfaces.

A rotating bell coating gun deposits paint mist onto recessed stepped portions to correct film thickness variations.

An annular slot between a ring and skirt directs pressurized air toward the front of the sprayer, preventing paint deposition on external surfaces.

A tilting control device adjusts a correction plate to align a pickup head suction surface, preventing fine-pitch solder ball bonding defects.

A plasma mist generator supplies angled gas flow to create aerosols for thin film deposition without vacuum equipment.

An electrostatic powder spreader moves particles via a non-parallel electric field to deposit uniform layers.

Applying negative pressure inside the sealed container prevents catalyst ink dripping while enabling precise platinum distribution for fuel cell membranes.

Integrated grounding bulkhead eliminates complex external interfaces and reduces fire risk in high-voltage painting environments.

Tubular electrode generates fine liquid droplets via Rayleigh fission for precise substrate coating.

A rotary atomizer dynamically adapts rotational speed and high voltage during movement to optimize electrostatic paint distribution.

A hydrate energy-storage material uses a cross-linked polymer shell to encapsulate refrigerant hydrate particles.

Outer peripheral surface washing passage directs wash fluid into an annular clearance between the rotary atomizing head and shaping air ring.

A mist deposition apparatus guides charged mist toward a substrate using an air guide member and electrostatic field.

Removable electrode ring on rotary electrostatic sprayer enables rapid component detachment for maintenance.

Multichamber enclosure suspends powder particles using air knives to eliminate corona discharge risks while ensuring uniform deposition.

Localized plasmonic fields decompose precursors at specific sites, eliminating lift-off steps and reducing material waste in semiconductor fabrication.

An electrostatic field replaces mechanical pressurization to reduce power consumption and mass while delivering water in microgravity.

High-voltage electrode generates inhomogeneous electromagnetic field to reduce air volume consumption and improve paint application quality.

An assessment mechanism verifies oscillator compatibility before enabling the powder spray coating device, preventing operational failures.

Electrodes generate an electric field that separates water droplets from high viscosity paint fluid, reducing mechanical force required for dispensing.

A painting system merges individual cleaning tanks into one unit shared by multiple robots, reducing parts count and equipment costs.

An asymmetric conductive member enables uniform electrostatic coating on medical catheters by preventing repulsion and avoiding damage to the tubular body.

A protective electrostatic spray module uses quick access latches and snap-on connectors for tool-free maintenance.

An electrospray device uses charged nozzles and partitions to stabilize particle charging in fluidized bed systems.

Segmented spray modules resolve coating uniformity contradictions by depositing thin films on lengthy tubes without complex positioning.

Segmented hang hole tools minimize contact with coated surfaces during removal, preventing powder separation and chipping on wood or MDF substrates.

Electrostatic spraying deposits charged liquid particles onto substrates to form uniform thin films with precise thickness control.

A pneumatic web moistening nozzle uses compressed air to atomize liquid through large orifices for uniform moisture distribution.

Segmented electrodes adjust equipotential curves to disperse electrostatic force, ensuring uniform particle diameter during high-flow liquid supply.

A vehicle-mounted pumping system transfers coating material from supply containers into onboard tanks for continuous application.

An insulated gas lance generates localized cavity plasma inside hollow bodies, overcoming Faraday cage effects to coat complex inner surfaces.

An adapter with an oversized O-ring positions needles within a holder to ensure uniform discharge heights.

An electrostatic atomizer uses an impedance circuit to inject charge into fluid and maintain voltage difference between electrodes.

A monitoring device adjusts safety limits based on real-time operating variables to detect errors in electrostatic coating plants.

Segmented modules with coupled frames allow flexible sizing of the coating area, reducing installation time compared to fixed frameworks.

A hand-held spray device uses a single gyro sensor to detect swinging angles and maintain nozzle orientation during manual operation.

Integrated sensors and centring mechanisms enable a mobile thermal spraying head to restore worn duct interiors while navigating complex industrial paths.

Feedback loop regulates pump outlet pressure and flow rates despite battery voltage variations, eliminating manual intervention.