Liquid Supply Arrangements TRIZ Cases

See how an integrated humidifying device and fault-detection sensors enable electrostatic atomi

See how electrostatic charging deposits disinfectant uniformly on all surfaces, achieving 1-10

See how a pivotable lid closes ventilation holes when liquid rises during vibration, securing a

See how a pointed high-voltage terminal concentrates electric field to enable charge separation

See how integrated humidity sensing and control reduce maintenance labor in aircraft cabin atom

See how a disposable capsule with sealed ejection pin and voltage application prevents scaling

Fine electrostatic droplets speed evaporation and spread humidity uniformly over large areas with lower power and less noise.

A replaceable capsule isolates the porous ejection pin to prevent clogging and solution mixing in electrostatic mist generation.

Nanowire-textured emitter surfaces lower onset voltage, control hydraulic resistance, and reduce clogging for stable pure ionic electrospray.

A seamless metal case closes corner gaps around the discharger to suppress electromagnetic noise leakage and improve external EMC.

A drawn seamless metal case eliminates corner gaps around the discharger, cutting electromagnetic noise leakage and outside interference.

Perpendicular nanowire nanotextures lower hydraulic impedance, resist clogging, and support stable ionic emission at lower voltage.

Alkylation and inert gas suppress protein surface gelation after reduction, keeping acoustic droplet ejection stable for mass spectrometry.

A coaxial liquid-gas nozzle focuses and atomizes charged droplets to prevent clogging and improve stable gas-phase ion generation.

Monitored pressure, flow, tank level, and paint abrasiveness predict component life so paint supply maintenance avoids fixed-interval downtime.

Operating-parameter monitoring predicts remaining life of paint supply components, cutting unnecessary replacement, downtime, and failures.

Operating data such as pressure, temperature, cycles, and load is used to predict component life and trigger timely paint supply maintenance alerts.

A disposable cartridge and reusable electrospray applicator handle different medicament properties while preserving sterility and precise local delivery.

Aeration, Venturi feed pumps, and a tilt table keep coating powder fluidized to prevent caking and deliver a precise continuous flow.

Micro-bulges in an electrostatic MQL nozzle improve droplet control, reduce spray noise, and help prevent pipeline blockage in grinding.

A pivoting, rotatable adapter keeps high voltage and gas flow aligned to the nozzle while the labyrinth structure prevents discharge and powder buildup.

Modular disposable cartridges let one electrostatic applicator handle different fluid properties while preserving sterile, precise local delivery.

A detachable flexible nozzle cap separates multi-nozzle cleaning from high-voltage parts, improving EHD atomization maintenance and reliability.

A grounded conductive mesh passes water and nutrients to rooting media while shielding plant roots from electrospray fields in microgravity.

An electrostatic sprayer charges cosmetic droplets and uses measurement feedback to improve uniformity, dosage, and substance transfer.

An electrode tip and ion wind charge droplets for spatial antibacterial treatment without aerosol pollution.

A high-voltage collecting device powers sensors and consolidates measurements for isolated transmission from painting robots.

A semi-durable interface separates the durable device from consumables, improving versatility, repairability, and grounding safety.

This case uses transmitting and receiving coils for power and data transfer, reducing battery replacement in high-voltage coating units.

Integrated control simplifies powder delivery and spray coating for manual operators.

This case uses voltage and current readings to regulate electrohydrodynamic atomization and prevent unwanted charges during coating.

Sensors and a processor control electrostatic cosmetic output, addressing uneven coverage and substance waste during skin application.

A substitution part replaces stagnant air between coating and washing fluid paths with fresh gas to maintain insulating properties.

A small area electrostatic aerosol collector integrates fluid spraying with particle capture for sample preparation.

A liquid ejection device uses a vibration applying unit to convert continuous flow into controlled droplets near the nozzle.

A hair dryer integrates a water particle generator to produce slightly acidic particles alongside airflow.

A segmented liquid storage cavity isolates an electrostatic charging zone to increase electric charge density in sprayed chemical solutions.

A cooling conduit conveys fluid through a high voltage electrode, using a voltage isolator to manage residual charge and eliminate airborne contaminants.

An elastic valve system and embedded data memory resolve information loss about tank contents while managing device complexity.

Radial crimps compress nested tubes to eliminate void volume and prevent leaks in high-pressure chromatography systems.

Hydraulic fluid compresses a flexible coating bag to extrude residual paint, preventing bursting and shortages during repetitive filling cycles.

An instantaneous stop circuit grounds the nozzle to rapidly dissipate residual charge, preventing blurred patterns caused by delayed liquid dripping.

A magnetically induced electrospray thruster uses dynamic magnetic fields to release and accelerate ionized particles from an emitter grid.

Electrostatic sprayer disperses residual aerosol clouds using charged non-active agent injection.

Segmented storage decouples the color changer from the piston meter, reducing refilling time and installation costs.

A powder conveying pipe moves longitudinally within its holder to isolate the inlet and enable compressed air cleaning.

An automated powder center employs a manipulator to move a cleaning unit inside the reservoir, reducing downtime during color changes.

A powder beaker spray gun uses a plug-in cup design with integrated air connections for conveying, atomizing, and metering.

Grounding the spray can via a conductive element allows a corona electrode to charge droplets, improving transfer efficiency and reducing material waste.

An electrically actuated valve uses voltage to wet hydrophobic through holes, enabling controlled propellant flow from reservoir to thruster.

Pre-compression powder distribution via an extractor belt achieves deep veining penetration, resolving surface-only effects in conglomerate slabs.

Spraying systems isolate electrostatic energy via static wicks and nonconductive barriers, preventing discharge in explosive atmospheres without earth ground.

An electrostatic atomizer integrates sensors and communication modules to enable personalized liquid dispensing.

A conductive cylindrical pipe connecting jig uses a ring-shaped gap forming protrusion to define the connection length between inlet-side pipes and ESI capillaries.

Segmented branch paths and a valve device prevent external air ingress and coating leakage during suspension, ensuring uniform ejection.

A rotary paint atomizer monitoring system measures rotational speed, air flow rate, torque, and electrostatic current to detect operational deviations.

An automated powder feeding center cleans barrels with a moving air intake chamber, eliminating manual intervention and environmental pollution.