|
An "over-unity"
machine is shown here. A Bouyancy machine. This
machine has not been built to date (May, 98) and
would be expensive for the estimated power
output. Although it could pay for itself before
it wears out.
This type of
machine have several advantages. They work on
principles inherent in fluids, gasious and
liquid. They do not require additional energy
input of any conventional kind, yet will output
net power. It doesn't matter if the wind blows,
water flows, sun shines and you have no
combustion of any kind. There is no pollution
and no waste products. There is no radioactivity
or any kind of harmful emissions from the
machines. The machines could be locked in a room
and the only thing that would come out is
continous power.
There have been
many "over-unity" attempts using these effects
in the past. It has been my "job" to spot the
reasons that they fail. I do this for my own
inventions, so it was no problem to apply my
knowledge to other inventions. In most cases, my
knowledge easily spots the problems. For
e xample;
I mention the CEACU wheel (which doesn't take
into account the energy needed to accelerate the
fluid), various bouyancy patents listed in
"perpetual motion" book by Lindsay Publications
(which have quite a few easily spotted problems)
and some "projects" written up by "Others"
(businesses who accumulate collages of ideas and
literature from others put together plans that
they think should work and try to get still
others to build them; which is OK except that
they tell their customers that the machines WILL
work).
I desciribe my
version of a buoyancy machine in my 'Buoyancy
Report'. The money gained by selling these
reports contributes to the further research of
these technologies. It's easy to know what
people want researched, we just watch which
literature sells.
In the case
outlined in this report, I can see no reason why
it won't work. So, it's a matter of time to
build and test it, to find out why it won't
work. Or....maybe it will.....
|
(Notice
the difference
between
this and the
