Yu oscillating Generator ---- Overunity YOG Model

[WattBuilder]

Ageofmagnetizm,
Thank you, I will take a closer look of your ferromagnetic methods and will keep it in mind.

I do plain on continuing my research. I just had to take a small break.

Howard

i wondered, could not the reverse be accomplished?

Mr bonjangles,
According to the tests that were preformed. It would seem that to utilize the unbalance drive magnet for what I have been calling a step function to climb higher. The unbalance will need to be forward of the travel direction.

[WattBuilder]

ALL,
Here’s a simple experiment that I would like to share.
What I did was test if buoyancy can rotate the drive magnet and also allow for the unbalance of the YOG’s drive magnet as well.

I purchased a clear plastic tube from a local pet store (aquarium section) and placed a steel nut and washer on top of Styrofoam inserted into the clear plastic tube. I then filled it with water in a sink underwater to eliminate air bubbles that may get trapped inside. Luckily I happened to have some end capes to plug the ends of the tube with some teflon tape.

The buoyancy was confirmed by see if the steel nut rises to the top of the tube while holding it vertically. It does rise.

Then I checked to see if there is an overbalance. The results showed there was.

I the picture below you will see that I balanced the tube on a pen cap. The center mass is offset. Notice how the length on the nut side is shorter.

What this means,
I may be able to replace the servo and it’s energy used to orientate the drive magnet by using buoyancy. Also the input energy that the YOG uses can be as low as a simple pulse to unlock a pin release.

Further research is still needed to find a way to release that pin without electricity.

Howard

[Charlie_V]

Hi Howard,

I was wondering how the magnet arrangement works.  Is there a sticky point before the pendulum magnet enters the influence of the array?  Also, if the pendulum magnet is balanced (in the video and elsewhere i read that it was unbalanced) so that you don't have to fight gravity to turn it around, it still accelerates from the array correct?

Thanks,
Charlie

[mscoffman]

I was wondering how the magnet arrangement works.  Is there a sticky point before the pendulum magnet enters the influence of the array?  Also, if the pendulum magnet is balanced (in the video and elsewhere i read that it was unbalanced) so that you don't have to fight gravity to turn it around, it still accelerates from the array correct?

Thanks,
Charlie

Here My take:

>I was wondering how the magnet arrangement works.  Is
>there a sticky point before the pendulum magnet enters
>the influence of the array?

No!...A "Sticky Spot" only occurs for circular magnetic
array's (motor rotor fields).

That is the beauty of a pendulum...It doesn't circle
around back to the beginning! The sticky spot is;
"a net array interaction in a circular magnet array"
On the flip side, A pendulum mechanism re-runs
through the magnetic array backwards, if the yog
head magnets were not flipped the array would
probably extract most of the energy back out that
it had just deposited on the previous pass. There is
component of the array acceleration that is bidirectional
and a component that is unidirectional called the
magnetic gradient - this has to do with how the
magnets are sorted. And they always will be sorted,
independent of design intent vs/or via design intent.

>Also, if the pendulum magnet is balanced (in the video
>and elsewhere i read that it was unbalanced) so that you
>don't have to fight gravity to turn it around, it still
>accelerates from the array correct?

The servomotor does indeed pump energy directly into the
pendulum which is ultimately supplied by a dry cell battery.
It pumps energy into pendulum only via the unbalanced
mechanical overbalance...The logic of allowing it is that;
if the electricity to actuate the servo is supplied by the
pendulum it will be a kind of a pass through reaction.

If on the other hand if he does what he is thinking the
overbalance will *extract* some energy to make the
magnet flip, removing it from the pendulum...You see it
all depends of the timing of the unbalance asserting
itself. He just needs to not extract too much.

So No, I think he will have to flip the YOG head magnets
or the reverse motion would largely extract gained
energy back out.

:MarkSCoffman

[nightlife]

This may help. I think that if you flip the running magnet it may work. This picture is of a magnet design that would allow this to happen. You could mount a peg on each side for the magnet to hit and flip. You would need to use a weak stationary magnet attached to the arm to hold the magnet in the flipped possition until it was flipped again.