I have patented a device that increases the force of the wind unto infinity. It uses the principle of levers and can be made to equal the energy of an atomic explosion. Unfortunately I am unable to get an increased speed gearbox to handle this power without snapping the rotar shaft. I would like to have a box with a ratio of 1:3000 so that it will turn the generator at around 20,000 rpm.Anything less than this would be like using a sledge hammer to crack a nut, in reverse. Engineers in the UK can only talk about the input and output torque, obviously I have not built a full size device so I am unable to know these facts, not only that but the wind is variable and cannot be calculated from one minute to the next. Can any of you brain boxes advise me how I can stop these shafts snapping without compromising the output speed or power?Thanks .Joe.
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