Spraying Apparatus TRIZ Cases

Force sensors on a handheld lance detect user gestures to control wash pressure and phases, eliminating the need to return to a fixed control box.

An adapter-mounted cover integrates sensors and an alarm to alert personnel of intrusion, preventing damage to the sprinkler head without permanent attachment.

Hinged case halves and snap latches shield sprinkler heads from debris while maintaining water flow.

Centrifugal force and vibration level the slurry surface in an open storage part, ensuring uniform channel coating length and preventing wastage.

Varying nozzle angles remove groove sludge to maintain wafer flatness during semiconductor lapping.

Solvent spraying dissolves lacquer particles on topographies, preventing defects without redesigning the deposition process.

A nozzle cleaning method supplies hydrogen and oxygen gas to remove residual fluorine elements from semiconductor reaction chambers.

An asymmetric pig design with unequal contact surfaces prevents sticking risks while maintaining bidirectional propulsion reliability.

An in-ground shrouded sprinkler assembly uses a protective barrier to prevent animal damage while maintaining reliable irrigation coverage.

Independent nozzle groups deposit chemical liquid to prevent interfacial turbulence and ensure uniform thin film formation.

A high-frequency measuring device detects spray mist presence by analyzing reflected signal characteristics within process containers.

A fog generator detects nozzle blockages by pressurizing the thermal exchanger with control fluid and measuring resulting pressure changes.

A ground-deployable sprinkler frame uses a rope and pulley system to hoist equipment onto roof peaks without manual climbing.

A tubular assembly and rod member radially compress a gasket member into a sprinkler head fitting to prevent overtravel during installation.

A firefighting nozzle uses a friction-locked removable cap to conceal the internal release mechanism.

A frusto-conical magnet inside the hose connector attracts a metallic element in the spout, returning the sprayhead to its docked position.

Dynamic rotation speed control prevents rapid solution spreading and streak-shaped mottles, enabling thinner films with reduced resist consumption.

An optical sensor detects marking substance color to resolve measurement precision versus device complexity trade-offs.

A photomask design aligns tail ends of first light-transmission patterns with front ends of second patterns to ensure uniform exposure across substrate units.

Composite lid materials maintain dimensional stability during thermal cycles, ensuring consistent annular gap geometry and reliable gas purging.

Cyclic inflation of a deformable wall detaches encrusting deposits from granulating nozzles, simplifying cleaning and extending operational life.

A variable-rate spray control system calculates tree canopy volume using 2D LiDAR point clouds and speed sensor data to drive solenoid valves.

A metering console features a display rotating along a central axis to improve visual access.

A circulation device adjusts supply and recovery pressures using proportional valves to stabilize liquid flow for inkjet printing heads.

Offset nozzle timing minimizes step formation on complex 3D surfaces while maintaining high productivity.

Segmented thermoplastic parts engage via a snap connection to automate door locking, eliminating manual lever actuation and frame damage during painting.

A substrate processing apparatus employs concurrent transport mechanisms within an indexer block to move multiple substrates simultaneously between storage and processing units.

A single motor drives sequential wiper and cleaner units via a shared shaft, resolving complexity trade-offs in compact inkjet maintenance systems.

A spray washing component uses a conveyor belt and dual transmission gears to drive nozzle displacement along a sliding track.

Segmented hubs enable sequential painting of internal and external faces without damaging wet surfaces.

A resiliently deformable strip protrudes from an automotive gap to feather paint edges without adhesive.

A cam assembly with saw tooth members and a pin system enables incremental rotation of the cleaning stem under water pressure.

Segmented nozzles with distinct angles θ and φ constrain liquid splashing to improve cutting accuracy and reduce particle generation.

A sprinkler irrigation stand features a slidable riser that moves with collapsible pipe inflation.

Carriage-mounted color changing device control minimizes switching delays and paint transfer time, enhancing throughput.

A deposition apparatus transports substrates on moving units through a cyclic process to deposit material layers.

A robotic mobile sprayer navigates a spiral path to deliver moisture and disinfectants across vertical farming layers.

A can inner surface coating method applies resin to a rotating cylinder and inverts it vertically for uniform film formation.

A jet member carriage combines rectilinear travel with perpendicular oscillation to maintain a constant impact point speed across the treatment area.

Movable car members slide along horizontal rails to rotate items, improving handling efficiency without increasing device complexity.

Graded void sizes in a wiping member prevent bubble infiltration while maintaining high absorption capacity for inkjet nozzles.

An adjustable device accommodates varying bumper dimensions through a lever mechanism, reducing investment costs for specialized storage fixtures.