The Duel CounterRotating Whirly Gig Lifter is an Ultra efficient system for producing lift.
The design for an individual Whirly Gig lifter is simply an flat round plate on an shaft, which can be surrounded by an air collector diverter on the outer diameter, which collects the air accelerated via rotation and then bends the air flow through an 45 degree arc to point straight down for exhaust. The air collector diverter is stationary and has an opening on the plane of rotation situated to allow air flow into the air collector diverter from the flat rotating plate. Underneath the flat rotating plate is an stationary vacuum plate, the rotating flat plate and the stationary vacuum plate are extremely close together to build up an hard vacuum inbetween and there is an hole in the stationary vacuum plate at the center for the shaft of the rotating plate to pass through. OR the motor can be put at the center on top of the stationary vacuum plate in an indentation to prevent air leakage into the hard vacuum area. There are two Whirly Gigs in an system as each puts an rotational vector on the base from accelerating air in an rotational vector in the opposite direction. The counter rotations of the two whirly gigs cancel each other out, making the base stationary, without any rotational vector.
Now, the function parameters of the Duel CounterRotating Whirly Gig is that air molecules striking the surface are hard accelerated at high RPM towards the outer diameter of the Whirly Gig plates, the net result is that there is virtually Zero downward pressure from the air molecules. This results in the act of formation of incredibly low air pressure on the top surface of the Whirly Gig. And this act of formation of incredibly low air pressure on the top surface creates lift from the base bottom being pressed upwards by air molecules. Also, for most uses, faceted sets of duel Counter rotating whirly gig plates in pairs would be used, whereby each facet for an whirly gig would be on an slight negative angle relative to the others.
Number | Date | Country | |
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60595758 | Aug 2005 | US |