Vehicle Drying Apparatus TRIZ Cases

See how a slit-shaped nozzle directs heated gaseous fluid over the ceiling to form a flow roll,

Segmented nozzles form a guided gas curtain at the chamber opening to limit heat loss, block dust, and protect coated workpieces.

A pivotable guide vane shapes a heated gas curtain at the chamber opening to limit heat loss, block dust ingress, and protect coatings.

A gas curtain between the chamber opening and workpiece zone limits heat escape, contamination, and coating damage during loading.

Variable-radius drying elements and reversible rotation help carwash dryers reach inward-angled side mirrors and side windows without extra hardware.

A height-adjustable spray arm with proximity sensing automates washing, rinsing, and drying across different vehicle sizes with less labor.

Multiple side and axial air outlets improve drying of recessed vehicle exterior areas after washing while avoiding manual wiping and paint damage.

Sensors identify each transport device during robotic cargo-space cleaning, enabling automatic certificate generation and database-linked records.

Overhead blowers aimed laterally and downward remove water without V-shaped dead zones, cutting vehicle drying time and energy use.

Integrated spray and suction in a heavy-duty vehicle washing module concentrates cleaning agents, captures runoff, and supports reuse.

A padded, thicker wash mitter stays out of the wiper-window gap, preventing rear wiper damage while maintaining vehicle surface contact.

A rotating crossbar and oscillating nozzles extend spray reach into undercut vehicle areas, improving wash coverage without added complexity.

A compact wash unit recovers, filters, heats, and reuses runoff water to clean trains effectively with less space, water, and cost.

A separate gas space forms a barrier between the treatment tunnel and conveyor travel space to block solvent transfer and contamination.

A tilted support plate and hook-and-loop cleaning strips simplify vehicle brush maintenance while preserving washing and drying coverage.

A reverse-flow inlet draws and expels air on the same side to cut car wash dryer noise, limit moisture intake, and save space.

Integrated drying inside the splash guard housing removes residual liquid after bicycle washing, reducing dirt reattachment and clothing soiling.

An arcuate flow deflection element redirects drying air to exit perpendicular to vehicle surfaces, improving roof dryer coverage and contour adaptability.

Absorbent drying scoops contact the vehicle surface, then spin to expel retained water, cutting energy use and maintenance in carwash drying.

A movable overhead bridge and rotating spray arms clean vehicle fronts, sides, and rear in less space while reducing water, chemicals, and maintenance.

Integrated discharge and extraction modules recover, filter, and recirculate cleaning agents to reduce waste and contamination during heavy-duty vehicle washing.

A transportable mono-block enclosure uses integrated cameras and lighting to image vehicle panels, rims, and tires on site.

A tapered outlet varies airflow by height, improving drying of lower vehicle surfaces without added adjustment hardware.

Rotating side brushes absorb vehicle moisture via capillary action while maintaining a defined no-contact region above the ground.

An automated wash rig traverses freight containers to clean and dry interior surfaces using spray nozzles and air knives.

Planar air sheets from aligned nozzles eliminate residual dripping on radial spokes, improving drying efficiency across varying wheel diameters.

Integrated air and fluid emission component directs high velocity streams onto vehicle exteriors for rapid cleaning.

An elongate member with an angled joint couples a towel to absorb liquids from surfaces.

Optical capture associates license plates with wash tickets, eliminating manual tracking errors and reducing vacant tunnel time.

Movable nozzle parts form apex regions that direct airflow to remove liquid without splashing.

A lighted vehicle wash dryer assembly emits high velocity air to remove water from vehicles while integrating illumination within its translucent housing.

Segmented flat-jet nozzles create overlapping fan-shaped air streams that dry vehicles efficiently while reducing energy consumption.

Adjustable blower units and fluid nozzles remove excess water from all vehicle surfaces, eliminating fixed equipment limitations.

Dynamic blower units and fluid nozzles target rear surfaces to eliminate water marks without increasing conveyor length.

Replacing high-speed blowers with absorbent PVA media reduces noise and energy consumption while preventing exterior damage.

Segmenting the heavy compressor into a stationary unit resolves the contradiction between portable weight and reliable drying quality.

Swinging articulation keeps gantries parallel while coordinated timing prevents interference between air jets and liquid delivery.

An automated rinsing assembly directs simultaneous air and fluid streams onto vehicle exteriors, reducing drip zones and eliminating manual drying costs.

Alternating pneumatic drying units eliminate air jet interference in wheel washing machines, ensuring thorough drying without structural changes.

A height-adjustable foam dispensing device generates a continuous curtain across the vehicle width.