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You have a vehicle on rails, such as a train.
On board is a large gyroscope spinning. As
you move the axis of the gyroscope, it
produces a force in another direction.
Could this force be used to drive the train?
If
so what about marine uses too?
Eric Laithwaite's patent
http://www.rexresea...aithwat/laithw1.htm
[angel, Aug 08 2006]
[Ling]'s prior half-baked art
Enhanced_20gyroscopic_20force_20generator
[angel, Aug 08 2006]
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//Could this force be used to drive the train?// No, it couldn't, unless you had a big engine equal to or greater in power to a train engine to power the gyroscope. |
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I think what spider is asking, is can you turn rotary motion into overall linear motion. You certainly can't do this in space, but on the ground it's a different matter. If you try to twist the gyroscope, it will produce a back-torque, and you could use that to turn the wheels in contact with the rails, and away you go. (Sounds like a high school physics question rather than an invention.) |
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Embed a hand gyroscope in a minicel foam wing. |
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Or simply hire illegal immigrants to spin the gyroscope. |
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I don't think he's planning to use a mechanical hookup, which would be hard to do. He's assuming the old magical gyroscope power, that the build-yer-own-UFO guys keep dredging up, to get reactionless motion. Which is impossible to do. |
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Laithwaite has only been talking about his anti-gravity device since 1974, a bad sign. And his company, to which his patent from seven years ago was issued, gets only 4 hits on Google. Another bad sign. |
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