Yu oscillating Generator ---- Overunity YOG Model

[mscoffman]

@Wattbuilder

Relative to this you-tube video;

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

It would be better if the
magnets on the YOG were mounted directly inline with
the servo motor shaft and pendulum staff. This could be
accomplished by gluing them onto a plastic disk or other
method. Then use a visual sign to indicate the direction
of the magnets by a method that is balanced in weight in
both directions. Like painting a black arrow in one direction
and a pastel arrow in the other on a white background,
to make it easy to manually actuate the servo.

Currently some of the gain is due to overbalancing
the pendulum. It may still work with the new method
though, and would be more honest. Currently some
of the energy from the servo is pumping the pendulum
directly through overbalancing and cannot possibly
be overunity, coming from the unbalanced YOG head.
I am interested in seeing what would happen when
all of the additional energy comes from the magnetic
array.

:S:MarkSCoffman

[WattBuilder]

@Wattbuilder

Relative to this you-tube video;

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

It would be better if the
magnets on the YOG were mounted directly inline with
the servo motor shaft and A staff. This could be
accomplished by gluing them onto a plastic disk or other
method. Then use a visual sign to indicate the direction
of the magnets by a method that is balanced in weight in
both directions. Like painting a black arrow in one direction
and a pastel arrow in the other on a white background,
to make it easy to manually actuate the servo.

Mark,
In the past I did a test to something similar to what I think you are talking about. It’s on page 5 in this thread.

Currently some of the gain is due to overbalancing
the pendulum. It may still work with the new method
though, and would be more honest. Currently some
of the energy from the servo is pumping the pendulum
directly through overbalancing and cannot possibly
be overunity, coming from the unbalanced YOG head.

There is an unbalance, however it’s not a bad thing. The assistance of the off balance gravity does help. Think about it ….  Why Not ….

Imagine tipping a boulder off a hill, just to have it returned back to tip it off the hill again.
Now some of you guys are wondering if the energy from the falling boulder is greater than the energy to tip it? We’ll it certainly is. 

I am interested in seeing what would happen when
all of the additional energy comes from the A
array.

:S:MarkSCoffman

In my last video using the force gauge. I was trying to demonstrate that with measurements.

It seems that there is doubt.
Here’s one way to look at it. Energy = force X length. I get a force that depends on how strong of magnets I use for a length depending on how long my array is. The resistance entering the array is eliminated due to the gravity acting on the counterweight of the YOG. Hence the Yu Effect.

I’m within the laws of physics. The YOG does work. These methods I show to rotate or flip the drive magnet are to please the general public. Actually, using the servo is more practical in a commercialization roll out of energy producing.

I see farms of these similar to the windmill farms. These units will be outdoors or in large hangers type buildings. Each YOG will stand 60 feet in the air. Producing at least 1 megawatt each out performing the windmills of today. The source to power the servos will come from renewable energy technology like tidal, wind, and solar. This technology will lead the national standard in energy storage. A cleaner earth.

Howard   

[mscoffman]

@wattbuilder;

It's good to see that overbalancing actually works as a method.

It's just that non-overunity processes are not going to result
in a net energy gain...Energy spent accelerating overbalancing
weight is needed to be paid back from the pendulum energy
watt for watt, by a generator operating below 100% efficiency.
...I suspect people won't want to run their electricity through
a Yog pendulum, just for grins.

Overunity magnetic array acceleration is real IMHO in my opinion
...and it is too bad we can't have a clean demonstration of it.

---

FYI:

On another subject...It is very easy to control a model
servo motor from a very small and inexpensive circuit
called an NE555 timer IC generating a PPM pulse percentage
proportional modulation signal. The NE555 could be
connected to two photo-resistors and controlled by a chart
paper that rotates at the axis of the pendulum. The chart
would cause the servo motor to rotate to whatever angle
you setup, by ink on the chart paper, for a given angle of
the pendulum. This would completely automate the YOG
servo motor and get rid of the necessity of the heavy radio
control console, plus get rid of the need for current to power
an RC receiver, as well as remove manual intervention and
likely control errors. This would make servo operation fully
repeatable and uniform on each pass and would be very
much in the spirit of having a machine run itself, as well
as improve it's demonstratability significantly.

:S:MarkSCoffman

[WattBuilder]

It's just that non-overunity processes are not going to result
in a net energy gain...Energy spent accelerating overbalancing
weight is needed to be paid back from the A energy
watt for watt, by a generator operating below 100% efficiency.
...I suspect people won't want to run their electricity through
a Yog pendulum, just for grins.

Okay then, if you say so ?

The fact is that the YOG harness the kinetic energy produced from the magnetic array.
Allowing magnets to become a super battery.

Overunity magnetic array acceleration is real IMHO in my opinion
...and it is too bad we can't have a clean demonstration of it.

There are links to videos on this thread not only from me but from other members that you may find interesting.

FYI:
On another subject...It is very easy to control a model
servo motor from a very small and inexpensive circuit
called an NE555 timer IC generating a PPM pulse percentage
proportional modulation signal. The NE555 could be
connected to two photo-resistors and controlled by a chart
paper that rotates at the axis of the pendulum. The chart
would cause the servo motor to rotate to whatever angle
you setup, by ink on the chart paper, for a given angle of
the pendulum. This would completely automate the YOG
servo motor and A the necessity of the heavy radio
control console, plus get rid of the need for current to power
an RC receiver, as well as remove manual intervention and
likely control errors. This would make servo operation fully
repeatable and uniform on each pass and would be very
much in the spirit of having a machine run itself, as well
as improve it's demonstratability significantly.

I’m familiar with this method as a sensor. Some of the problems that I have run into in the past is that the sensors are in a fixed position and are not variable. You will need a variable indicator / sensor to pickup different positions as the YOG climbs. This will allow for better utilization of gravity from the unbalance drive magnet.

One way that I have found that works pretty well is to use a ball in a tube with end switches. It kind of works like a mercury tilt switch, this way your sensing gravity with kinetic energy shifting. For the larger YOG’s an encoder wheel with a micro-controller like BasicStamp works well too. This part I consider the easy part though.   

Howard

[nightlife]

"The fact is that the YOG harness the kinetic energy produced from the magnetic array.
Allowing magnets to become a super battery."

What? You cant be serious.