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Agreed, that was just brilliant. 
Echoing Matt's sentiments, I wouldn't mind seeing the magnet array design myself. 
Echoing Matt's sentiments, I wouldn't mind seeing the magnet array design myself.
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Hi Howard,
Are you associated with Roney? His today's video seems to hint of exactly the same flux dynamics. And, I seem sense a similarity some of what Lucian Stefan (so cryptically) wrote on OU.com about supposely surpressed Romanian (non)electric magnetic engines.
Is the gravitry-oscillator really a necessary part of your design?I cannot see how 360degree circular motion and momention could not subsitute the oscillator. I greatly under-estimated your array it seems (my sincere apologies), and now I wonder what I am missing about the pendulum. Is it to not draw too much attention? I'll then ease the above :-)Comment
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NegligibleYouTube - Yu Oscillating Generator Overunity model - one cycle demo extracting energy from magnetsAttached FilesComment
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Thats pretty great... I can't wait to see it light bulb, while powering itself.
Have you got a trigger setup in mind for the servo?
MattComment
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Hi Matt,Originally posted by Matthew Jones View Post
Thanks, I'm at the turbine now trying build a low drag high output one. Those ironless axial flux generators are sure expensive. Kind of worrying about running out of room to the ceiling too.
For the trigger I was thinking about using a BasicStamp micro controller from Radio Shack it uses a 9v battery.
Howard
YOG Gain Video YouTube - Yu Oscillating Generator Overunity model gain proofComment
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Do you think it would have to be taller to actually start generating?
I guess you gonna need a Hanger soon...
MattComment
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A hanger ! dude your scaring me.
Hopefully not. I going to try to use a stronger magnet.
Howard
YOG Gain Video YouTube - Yu Oscillating Generator Overunity model gain proofComment
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O.U. Servo.
A DPDT, double pole double throw reed switch on the pendulum arm with two trigger magnets at the ends of a cross bar let's say midway down, pole reversing a pulse powered solenoid attached to two 45 degree gears would be very efficent at snap turing the magnet anywhere you care to position the trigger magnets along the T bar, but after exiting the track. One coil, one battery. and one capacitor inseries to recover and feed the pulse back would be very efficient. A Joule theif charger could recharge the run battery, so the entire servo circuit could be self sustaining, without any additional output coils to run the system. These kind of gears can be found in toy construction kits like Erector and Leggo sets.Comment
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2 one way tracks.
@Wattbuilder.
Imagine the servo magnet comming through a one way track with your current servo package faceing sideways, then a second one way track going back the other way that the servo swivels into like a race horse rounding the club house turn at the race track, the magnet positioned 90 degress away from it's current position on the L shaped servo brace. This more then doubles the YOG's power, coupled with a pulse power recovery circuit. I can upload a simple sketch if my language alone dosen't convey the meaning. I wonder if additional tracks might help beneath and perhaps to the sides off a cross bar. Also they might be ganged up in tubes and nested like cigars, a radial with one flywheel.Last edited by synchro; 10-31-2009, 11:12 PM.Comment
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