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11 - OSPMM controled tests w & w/o stator

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Uploaded by on Jul 15, 2007

Please visit my web site http://alt-nrg.org/ for all the latest OU news.

For your entertainment. Controlled deceleration tests with and without the stator magnet in place for the folks over at steorm forums.

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Uploader Comments (ZeroFossilFuel)

  • hi again

    just had a thought about this test

    i think maybe you're an electronics engineer? well, i believe the test shows the self-drive of the stator is a bootstrapping issue

    i can't explain well, but it's like when you drive the stator manually it's energy is rel. to 'ground' but when its self-drive it's rel. to the 'circuit' - sort of mech. 'back-emf' develops

    somehow the solution must 'decouple' the rotor energy from the stator energy

    am i making any sense here?!? :o)

    alex

  • I am an electronics engineer and that makes perfect sense. Build it!

  • What a difference a fortnight makes. I went on holiday, came back and saw this. You've basically built the same machine I've been developing. The linkage is different but the idea of using a track to control the stator movement is identical. I wasn't going to post because I thought it was an idea worth patenting. I guess "Prior Art" puts paid to that. To say I'm feeling sick right now is an understatement. You've got a few issues still -- as do I. Good luck with the rest of your development.

  • Sorry to take the wind out of your sails. If it makes you feel any better, I'm abandoning the oscillating stator. See my reply to 11jstedm. Cheers!

  • zerofossilfuel you need like a v-gate design with one magnet on a cam. Always wanted to try that but im lazy

  • No. You need to come up with something original yourself and build it.

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All Comments (75)

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  • Must be ordered movement ample leverage. To do this use your motion amplification that allows you lever principle. Move control lever pivot closer to the wheel and the lever pivot ordered him move away from the wheel. It would be nice if I could show a picture because I'm afraid you do not understand what I mean. I used google translate. I hope that the translation is ok. Good luck and I expect the new film with the necessary changes

  • seeing your video, I think I'v found the issue in your design, the movement amplitude of the stator are much short... so the oposing magnetic fields of the stators are interfering with the magnets on the wheel... adjusting the pivot of the upper arm more close to the linkage, and using some pieces of metal to balance the weight on the 2 arms, you can improve the movement of the stator...

  • @ZeroFossilFuel hi love your work great job.i was tinking about your track why dont you use small magnet for your track.i dont no if you understand what i mean you wood have no friction.

  • You got one problem that i dont know how to fix there.... Friction, its slowing down everything, friction in the things the arms are attached with, and friction in the bottom thing the lower arm goes on and friction in the spinner.. only way i know to get rid of friction is by having air between all stuff, but that feels kinda impossible there... if you know what i mean :) something like /watch?v=CgHQw4KSpuw

  • @winstonthecat They told the Wright brothers they can't fly either, against the law of gravity. Not unlike flying many believe with these type experiments that a certain way can be found to bend the laws a little bit and fly like the Wright brothers.

  • Dude, just make a slot instead of a hole in the top arm for the connecting rod to bolt through, with a sleeve/nut/bolt to clamp it in place and then you can fine tune the stroke length of the magnet.

  • @ZeroFossilFuel two things, the stator is off time, and secondly, perhaps using gravity in some synchronous way, to reduce the energy taken from the rotor to drive the stator.

    idealy, you want the stator to drive the rotor, not vice versa as you currently have.

  • This Has been interesting, following your progress. I have a couple suggestions, for what they are worth. One, try using a circular flywheel instead of your battery. Also you might try shifting your sine wave linkage with a short delay or advance from where you are now. Might be worth the try if you haven't already.

  • I've so much enjoyed watching these experiments, keep at it. I was always taught that perpetual machines were impossible. "You cant get more out than has been put in" I really think one day you'll end this premise

    Good Luck

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