Spraying Apparatus TRIZ Cases

Segmented scrape components distribute pressure across sequential notches, reducing abrasion while removing photoresist residue.

Integrated fragrance module and fan assembly eliminate separate air fresheners while automated operation reduces maintenance frequency.

A cleaning device integrates an optical jet checking unit to inspect coating agent streams within a single housing.

A color changer uses a single actuator to selectively open valve units for precise lacquer flow control.

Segmented locking members and asymmetric openings allow tool access while maintaining protection, eliminating cumbersome cap removal during installation.

A probe measures coating material thickness along the substrate to calculate a difference value for automated coagula detection.

A spray gun cup cleaning apparatus uses a pneumatic slide valve to direct contaminated liquids into separate collection containers.

A pneumatic guard mechanism positions protective shields over wheel bolt holes, eliminating paint contamination gaps through dynamic spring-loaded contact.

A tractor-mounted sprayer uses sensors and actuators to pivot nozzles for targeted phytopharmaceutical application.

A sprinkler device retracts its region into a housing to prevent damage from external pressure.

An integrated cleaning sump absorbs adhesive residues from the nozzle to prevent hardening and soiling during storage breaks.

A home port uses an inclined bracket to direct chemical solutions toward a lower outlet.

A rotating pressure knob adjusts liquid flow and pressure within 360 degrees, eliminating the time required for multiple handle rotations.

Multi-axis motion control enables precise 3D object painting while avoiding reverse travel over wet paint in active zones.

Carrier gas saturation controls solvent volatility during wafer baking, enabling uniform thick films and reducing photoresist waste.

Real-time sensor data drives dynamic nozzle calibration and traverse speed adjustments, reducing chemical waste in dense plant zones.

A wheel hub positioning and rotating system drives precise hard coating application on rims and spokes.

Conical guide surfaces align the pig rotationally and form overflow channels to reduce mechanical stress during insertion.

Sensors detect unintentional movements while circuitry generates compensation motions to stabilize the applicator.

Segmented spring-contact zones minimize thermal losses from the molding-nozzle assembly while maintaining mechanical stability within the mold-tool system.

An articulated support arm moves a spray bar vertically between filter plates, reducing space above the stack and shortening transfer time.

An integrated inner sleeve ruptures upon actuation to mix resin and hardener, eliminating manual can reversal.

Ozone plasma and silane coupling create a 10 nm epoxy layer on nozzles, reducing defects in large-area liquid crystal display production.

Dynamic elastic inner tube expands under pressure to resist kinking while contracting for compact storage.

A movable protective shield device tracks robot motion along a travel rail to block paint overspray, eliminating the need for manual cleaning during standstill.

Segmented base and rotating shell redirect drop impacts to protect the actuator without removal.

A rotating platen vibrates a wafer to distribute liquid coating evenly before controlled drying achieves a planar surface.

Aligning the wheel rotation axis with the mounting device pivot axis maintains consistent contact pressure, preventing slippage during speed changes.

Segmented teeth on a removal tube engage sprinkler head grooves, resolving inefficiency from insecure engagement in below-grade positions.

Horizontal door positioning on a rotating rack prevents paint contamination from floor debris and eliminates gravity-induced finish defects.

Replacing traditional hinges with adjustable spherical joints eliminates clearance gaps, resolving misalignment and blockage issues in vehicle assembly lines.

Inverting discharge direction and adding relative rotation creates centrifugal flow that removes contaminants from narrow cylindrical gaps.

Pivoting the handle and trigger maintains the container upright while enabling effective valve actuation for ceiling spraying.

Fan blade contact faces define nozzle position relative to the core engine, eliminating eccentric alignment and reducing rotary coupling wear.

A mower sprayer attachment integrates a storage tank, pump, and spray apparatus to apply liquid chemicals alongside mowing operations.

Stabilizer plate assembly with cylindrical spacers secures loose shower pipe arms without removing drywall, reducing repair time and cost.

A pressure vessel dosing device moves liquid media via internal gas pressure differentials to eliminate plastic waste from disposable pump components.

A substrate processing apparatus measures electrical current through a charge moving path to detect conductivity deterioration in conductive pipes.

A dual-size sprinkler riser connects different diameter pipe and head components via distinct threaded openings.

Multi-jointed spray boom pivots frame sections via independent actuators, adapting to uneven terrain while maintaining precise spray height.

A nested actuator assembly resists axial movement via a rotating guide track to prevent external disturbance sensitivity during shipping.

Projector creates reference pattern enabling precise print head positioning on complex surfaces.

Inverting slot placement to the piston simplifies manufacturing and improves sealing reliability for vehicle optical sensors.

Stationary optical sensor measures paint jet width and symmetry simultaneously, eliminating calibration time and positioning errors.

A magnetic docking system retains a faucet sprayhead against the spout using magnetically responsive hose components.

An elastic end portion of the pipe fixing seat deforms to assemble a ball joint into an assembly groove, while an anti-off portion prevents dislodgement.

Segmenting automatic and manual washing zones with a swinging door protects operators from harmful sprays while maintaining simple mechanical control.

A dual-member fixture aligns opposing holders to secure film capacitors during automated coating operations.

A rotary switching member disconnects the air intake port from the atmosphere to seal the cap member, preventing ink spillage during purge discharge.

A handheld showerhead mount uses a flexible C-shaped clip to lock into the handle groove for stable attachment.