Spraying Apparatus TRIZ Cases

Laser-guided automated drives align spray guns to a fixed datum, resolving manual inconsistency and reducing downtime during can size changes.

A simulation device specifies nozzle positions and injection shapes to calculate interference points between spray models and applied members.

Vacuum assist reduces viscous drag forces during slot die coating, enabling uniform deposition and lower material waste.

Segmented canister valves activate simultaneously via a handle trigger, resolving decontamination versatility against device complexity.

A coating method forms a liquid film on the substrate backside to capture resist mist during rotation.

A rigid cylindrical jacket stiffens the turbojet body to transmit forces, resolving bending strength loss from large bypass ratios.

Painting robot traverses components transversely to reduce booth length, eliminating overspray contamination of adjacent zones.

A light-transmissive ink transport tube manages organic material quality through controlled wavelength exposure.

Axle brakes and spring dampeners create staged resistance, allowing the boom to navigate uneven terrain without collision damage.

A segmented nozzle shaft assembly enables direct access to internal annular seals without dismantling the entire forming head structure.

Segmented threads and deformable ribs resolve the trade-off between mounting strength and compatibility with diverse applicator threads.

A drone-mounted scanning and printing system precisely deposits material onto wind turbine blade erosion zones to restore surface geometry.

A resilient masking plug assembly expands horizontally to seal hole interiors during manufacturing.

An articulated shutter pivots on a rotary arm to seal dispenser outlets, preventing paint drying and cross-contamination between nozzles.

Self-service wing elements separate eyelids without manual intervention, preventing contamination from non-sterile cups and ensuring optimal fluid drainage.

A roll wiping member unit features a long wiping member wound on a core with a weak portion near the terminating end that breaks under tensile load.

A substrate surface treatment device recirculates mist to reuse treatment liquid, reducing waste accumulation in the chamber.

Collision cell uses ammonia and hydrogen to remove carbon interferences in ICPMS silicon detection.

Registration module corrects estimated position using reference elements at singularities, compensating for geometric deformations on building surfaces.

Dispensing solution along the edge of a concave optical surface enables uniform wetting and reduces wastage for high-cost viscous coatings.

A water ejection nozzle adjusts height using a lifting motor and touch bar detection to prevent splashing when dispensing hot water.

Automated UV irradiation system analyzes printed images to determine follow-up curing needs, replacing manual visual checks with precise measurement.

Segmented cushioning pads with resilient masking strips prevent floor bunching and tripping hazards while containing falling debris.

A faucet-mounted device uses a diameter reducer to create a Venturi effect that pressurizes water for cleaning.