Yu oscillating Generator ---- Overunity YOG Model

[0c]

very good trick !!
why he took the second magnet in his hand ? ( out of the web cam !! )

I set the second magnet on the top of the acrylic base to add a couple more degrees of swing. The camera was on a tripod to the side. I didn't realize at the time that the second magnet would be out of the frame. Sorry, I'll try to do better next time.

There's no trick involved but you need a low friction pendulum so you don't lose all the gain to friction. AdminOnDuty's bearings are better than mine, but you can see the gain even in my video. Anyone can do this.

Since the time I did that video, I have come up with magnet configurations that give up to 20 degrees height gain (about 3/4"). I have some other configurations I want to try when I get around to it again.

0c

[tagor]

AdminOnDuty's bearings are better than mine, but you can see the gain even in my video. Anyone can do this.

sorry

but

if there is a gain ...
you can launch it by hand ...
and the device must accelerate until ... or before exploding !!

[WattBuilder]

Hi Guys,
I’m still around……..
I have to limit my postings and replies.
Because my farther is in the hospital and his heart situation has not changed.

There is gain from the magnets. I wish people would do a simple test before saying there is no gain. If they are so worried about the drive magnet starting too close to the array they can simply measure the magnet’s weight with an electronic scale.

Keep up the great work guys. As everyday passes we get closer and closer.

Howard

[winsonali]

wattbuilder:
we pray for your father he will get well soon and you will be able to achieve your task

[gmeast]

@All

Well ……..  I’m done.

Here’s the gain proof video with servo.

http://www.youtube.com/watch?v=Cq5r08eqgsk

The input is about 1.3 Watts for 2 seconds to turn the servo per cycle.
I used a Doc Wattson meter

The circumference that will drive the turbine measured about 343 to 354 Revs/Min. I started at the 10 o’clock position and let it swing one cycle. The tachometer used is an Ametek 1726 and was measured by placing the wheel on the meter up agents the circumference.

Howard

Hi all,

I would rather have seen the servo controlled magnet rotate about its center of mass as opposed to rotating as an eccentric weight.  I'm afraid the off center orientation of the magnet imparts an an oscillatory force or eccentric force for each re-orientation of the magnet on every servo cycle.  I fear that this is what's giving the extra 'push' on the turn around of every cycle.  I wish I was wrong.

Greg