Vehicle Cleaning Apparatus TRIZ Cases

See how a pneumatic cleaning device uses motion sensors and feedback to detect excessive mechan

A partition wall separates movable elements from the main gas path, cutting fluid resistance and improving dust collection efficiency.

Tilt-sensor feedback adjusts stabilizer pairs to level a work machine on uneven ground, reducing manual setup time and operator skill demands.

Amino-functional silicone, resin, and catalyst form a cross-linked tire coating that keeps gloss while resisting wash-off, tackiness, and dirt.

Wheel-speed monitoring independently verifies parking brake holding during automated parking and triggers backup braking or warnings if movement persists.

Chemically impregnated wiper attachments hydrate and emulsify dried insect debris, reducing smearing, user contact, and cleanup steps.

A reaction-force unit shifts a jack cylinder between upright and storage postures without a drive cylinder, cutting maintenance and operator effort.

An electric motor, gearbox, and controller retrofit trailer landing gear to move both legs together, reduce cranking injury, and handle uneven ground.

Sensors and automated processing replace manual vehicle profiling to improve measurement accuracy, classify status, and generate reports.

Powdered metal bushings directly fastened to the leg support the gear shaft with less wear, fewer parts, and smoother trailer landing gear motion.

Distributed outlets near the blade and heated washer fluid improve spray accuracy, prevent freezing, and keep cleaning fluid on the windshield.

A slotted mounting flange lets one trailer jack fit multiple attachment patterns while allowing different drive head orientations.

A mounting bracket uses pre-existing chassis apertures and fasteners to secure leveling jacks without drilling or welding.

Hydraulic lifting under the main frame raises both tracks for in-air rotation, cutting track wear and soil disturbance.

A bore-and-fastener adaptor converts a manual trailer lift jack to power tool actuation, cutting cranking effort without changing the jack.

Pressurized aeration turns soap and water into foam that sticks to vehicle undersides, improving removal of dirt, salt residue, and oils.

An integrated rotating ground pad self-aligns with the outrigger to speed setup, improve stability, and reduce ground damage.

A movable auxiliary wheel drops below the main wheel during turns to prevent rear-wheel slip, improving stability and reducing tire wear.

Sensor data and processor-built graphic models automate vehicle profiling, cutting manual inspection time and improving report accuracy.

A locking hook plate lets RV jacks detach quickly from corner mounts while staying secure, reorientable, and theft-resistant.

A kingpin receiver, jack, and tail hold secure detached freight trailers at docks while avoiding landing gear extension and retraction.

A pivoting yoke lets jack stands engage vehicle tie-down rings from the side, removing the need for operators to work underneath.

Steam and chamber rotation simplify cart handling by returning each disinfected handle outward for touch-minimized retrieval.

Integrating the vent valve into the drying container recess reduces installation space and improves acoustics during rapid air release.