Aeroacoustic Cleaner Removes Dust From Delicate Surfaces

An energy-efficient dust removal device combines acoustic levitation with aerodynamic flow to remove surface particles. Unlike brush-equipped vacuums, it does not touch the surface or spray dust particles into the environment.

Multiple Configurations
With potential configurations similar to traditional vacuums – including portable, robotic, push-type, and installed devices – the cleaner applies acoustic radiation to break the adhesive bonds between dust and surface, causing the dust particles to bounce. Simultaneously, it applies a bounded vortex to the surface, blowing air along the periphery and applying suction in the center to draw in and trap the dust.

Protects Delicate Surfaces
The cleaner is especially beneficial when used on delicate surfaces that are prone to abrasion and must be kept dust-free. These include optical and electronic components in industrial applications, as well as consumer products such as wood floors. By avoiding contact, the duster maintains the integrity of the surface and prevents wear.

Minimizes Dust Redeposition
Because the cleaner does not disperse dust particles into the environment, it helps to prevent redeposition and may reduce the frequency of cleaning required.

Next Steps
After detailed studies of fluid flow and particle transport are completed, integrated prototype devices will be built and tested.

Patent/Licensing Status
Patent pending. Exclusive rights available.

File Number: 396 

Web site: http://www.uvminnovations.com/instrumentation.html