Bizzy's Bedini Machine aka Watson Machine

[leely1]

Hi Bizzy, u've done a good job. Have u tried connecting a load to it while leaving the battery connected. Maybe a light bulb.

[Bizzy]

Hi Bizzy, u've done a good job. Have u tried connecting a load to it while leaving the battery connected. Maybe a light bulb.

Hi leely1
Thank you for your compliment. No I haven't shown that yet. The next video i want to do will show the amperage going into the motor. The video after that will show the machine doing work such as light a light bulb etc...so stay tuned


Hi Paul
A few posts back you asked about extra weight on the flywheel. I said that I would try that...well last night I did. The results were very exciting. If you look at my last video you will see a sharp drop in alternator speed once I engage the switch and disconnect the start battery. By adding the flywheel weight I was able to sustain the speed much better. I wasn't able to maintain the intial speed completely but definately better. I need to explore that more because i think it will help more in future tests as well...the down side is that the extra weight caused the shaft coupling to rip threw the main shaft. So I need to re-enforce the shaft which I thought i might have to any way.

But yes the added fly wheel weight was a tremendous help in maintaining shaft speed while it was pulsing
vielen Dank
Bizzy

[wrtner]

A few posts back you asked about extra weight on the flywheel. I said that I would try that...well last night I did. The results were very exciting.

A heavy flywheel is central to the Bedini/Watson device. Whether it
is a device to keep the motor pulse out of step with the energiser
pulse or whether it owes more to Chas Campbell and his flywheels
with slack belts, I don't know.

Do you have a dual beam oscilloscope? It would be good to see
the two pulses. (Hantek do USB devices fairly cheaply). Unless,
of course, you can get into a conversation with a Physics teacher
at the local school who might visit with one.

[Bizzy]

A heavy flywheel is central to the Bedini/Watson device. Whether it
is a device to keep the motor pulse out of step with the energiser
pulse or whether it owes more to Chas Campbell and his flywheels
with slack belts, I don't know.

Do you have a dual beam oscilloscope? It would be good to see
the two pulses. (Hantek do USB devices fairly cheaply). Unless,
of course, you can get into a conversation with a Physics teacher
at the local school who might visit with one.

Hi Paul
My uneduated guess as to why the flywheel is importnat to such a devise is like a freight train. Once you get a freight train moving to full speed it takes a longer time for it to stop than a just a smaller switch train. this is becuase you are trying to stop more weight in the freight train.
So because it is more difficult to stop because of the weight it requires less power to keep it moving once it reaches its maximum speed.
Unfortunately I don't have an oscilloscope and when my son mentioned my machine to his science professor he looked at my son like he ad two heads. So for now I will have to settle for using just my multi meters...

As to your question a few posts ago. Once I rebuild my shaft after last night and runa few more tests i plan on making another video to show the amperage going into the motor

Thanks
Bizzy

[SkyWatcher]

Hi folks, Hi bizzy, or the flywheel could have something to do with these experiments.

The matter has long since left the realm of common sense as the British scientist Harold Aspden has demonstrated with
laboratory measurements, the presence of an "unknown" field which acts like an incompressible gas. What his work has
demonstrated is now known as "the Aspden Effect" and the experimental results are as follows:
Harold was running tests not related to this subject. He started an electric motor which had a rotor mass of 800 grams
and recorded the fact that it took an energy input of 300 joules to bring it up to its running speed of 3,250 revolutions per
minute when it was driving no load.
The rotor having a mass of 800 grams and spinning at that speed, its kinetic energy together with that of the drive motor
is no more than 15 joules, contrasting with the excessive energy of 300 joules needed to get it rotating at that speed. If
the motor is left running for five minutes or more, and then switched off, it comes to rest after a few seconds. But, the
motor can then be started again (in the same or opposite direction) and brought up to speed with only 30 joules
provided that the time lapse between stopping and restarting is no more than a minute or so. If there is a delay of
several minutes, then an energy input of 300 joules is needed to get the rotor spinning again.
This is not a transient heating phenomenon. At all times the bearing housings feel cool and any heating in the drive
motor would imply an increase of resistance and a build-up of power to a higher steady state condition. The
experimental evidence is that there is something unseen, which is put into motion by the machine rotor. That
“something” has an effective mass density 20 times that of the rotor, but it is something that can move independently and
take several minutes to decay, while the motor comes to rest in a few seconds.
Two machines of different rotor size and composition reveal the phenomenon and tests indicate variations with time of
day and compass orientation of the spin axis. One machine, the one incorporating weaker magnets, showed evidence of
gaining strength magnetically during the tests which were repeated over a period of several days. This clearly shows
that there is an unseen medium which interacts with everyday objects and actions.

peace love light
tyson

[Bizzy]

Hi folks, Hi bizzy, or the flywheel could have something to do with these experiments.

peace love light
tyson

Hi Tyson
Thanks for the idea...If I am understanding this correctly I should be able to run a motor with a flywheel such as mine and then shut it off then restart it again in less than a minute and upon starting it the second time it would require less power to start it than the first time...does that sound correct??? If so I may be able to test that theory AND if that works it may just be another step to better understanding why my motor works...Let me know if that is in fact how you understand it...Also I noticed that you mentioned that the motor was restarted in the opposite direction, would that work if I restarted it in the same direction as the first time?
Thanks
Bizzy

[wrtner]

When my son mentioned my machine to his science professor he looked at my son like he had two heads.

Assuming he doesn't, then his pitch was faulty.

The assumption is that space is full of charged particles which arrive
and decay very rapidly indeed. If we can grab them and get them into
our circuit before they disappear, then we will get more energy out
than we put in.

This is a very long shot but why not suggest to the teacher that
he tries to contact the legendary Hal Puthoff, ex Professor at the
University of Stanford in California, now running Earthtech International
in Texas. EarthTech Their phone number is (512) 615-0235 .
He might encourage the teacher to be as helpful as possible and end
up with a research paper to be published under his name, thereby
covering himself with glory.

[Bizzy]

Assuming he doesn't, then his pitch was faulty.

The assumption is that space is full of charged particles which arrive
and decay very rapidly indeed. If we can grab them and get them into
our circuit before they disappear, then we will get more energy out
than we put in.

This is a very long shot but why not suggest to the teacher that
he tries to contact the legendary Hal Puthoff, ex Professor at the
University of Stanford in California, now running Earthtech International
in Texas. EarthTech Their phone number is (512) 615-0235 .
He might encourage the teacher to be as helpful as possible and end
up with a research paper to be published under his name, thereby
covering himself with glory.

Hi Paul
My son is only 16 so his only concern is girls, cars and gaming so I am sure his pitch was probably not very good.

Be that as it may he attends a city school where the teachers really don't care about learning new ideas. The teachers simply want to get the kids in and out quickly and get thier pensions.
Bizzy

[SkyWatcher]

Hi folks, Hi bizzy, I have never verified those claims, though it makes sense somehow.
Here is the pdf link of where i got that information.
panaceauniversity.org/Ainslie_heater_circuit_by_Patrick_Kelly.pdf
peace love light
tyson

[wrtner]

Unfortunately I don't have an oscilloscope

Because the device is relativley slow running, you
could try winscope:
Winscope

It plugs into the sound card.

What you could do is to have two lines, one measuring the
voltage going to the motor and one measuring from the
energiser's output - ENSURING THAT THE RANGE IS OK
WITH RESISTORS OR YOU WILL BLOW THE SOUND CARD.

Then switch rapidly between the two.

[wrtner]

Because the device is relatively slow running, you
could try winscope:
Winscope

It plugs into the sound card.

Winscope is dual beam.

You would need a cable with 3.5mm minijack at one end (for the sound
card) and two phono plugs at the other. Also, a whole load of resistors
and variable resistors to cut the voltage down to avoid blowing the
sound card. Measure the voltages first with a regular multimeter.

Every time there is a change in the system, there is the chance of a
nasty spike of greater size. It would be good to begin each run with
the resistors set to infinity and then wind them down. Winscope's
instructions go through all this.

Then you should be able to check that the voltages are out of step
with eachother.

Paul-R

[Bizzy]

Winscope is dual beam.

You would need a cable with 3.5mm minijack at one end (for the sound
card) and two phono plugs at the other. Also, a whole load of resistors
and variable resistors to cut the voltage down to avoid blowing the
sound card. Measure the voltages first with a regular multimeter.

Every time there is a change in the system, there is the chance of a
nasty spike of greater size. It would be good to begin each run with
the resistors set to infinity and then wind them down. Winscope's
instructions go through all this.

Then you should be able to check that the voltages are out of step
with eachother.

Paul-R

Hi Paul
that sounds interesting. I mentioned that to my wife and I may get that for my birthday next month. i agree that would be interesting to examine closer.


Hello to everyone else.
Up here n the Commonwealth we are busy with harvest time and making wine and preserves so I have had little time to tinker. The little time I have been able to work I have been trying to re-enforce my parts so they can last longer than what they did. This is requiring me to rethink my circuits a little bit too. With that in mind I was looking back in some of my old tests and came across a test I did last year which is helping alot...

For this machine to work you must be able to produce more power than needed to run the motor. Part of that process is reduce friction and drag on the motor. To that end when I was testing my switch I came across the idea of using two capacitors in a series instead of just one capacitor.
My inital tests were promising Then about that time George(by the way has anyone heard from him lately FRC???) suggested using a battery at my switch similar to what John Bedini...it worked so I didn't revist the two series capaitors until now.
However now that I am using a capacitor and battery in parrellel so....I will now need to put two batteries in series into parellel with two capacitors in a series. This should keep the fast switch time while reducing the drag on the alternator.


We are still looking at sometime in the 2nd quarter 2013 at being transfered to NC
Bizzy

[wrtner]

Hi Paul
that sounds interesting. I mentioned that to my wife and I may get that for my birthday next month.

Dear me, Bizzy. You should negotiate for something else. Winscope is free.

[penno64]

Hey Bizzy,

Where have your videos gone ?

Penno

[Bizzy]

Hey Bizzy,

Where have your videos gone ?

Penno

Hi Penno and to everyone as well
The videos were made private by mistake but are back up now. I have been busy with gardening and wine making lately so I didn't notice the mistake until just this morning but they are back up now...


I have also been tinkering as usual As you know from my previous posts my wife and I are getting ready to move for my job...in so doing I had to take down my machine and rebuilt it in my garage which is when I discovered several parts with fatigue and many more that were broken simply becuase of prolonged running. So I have been busy rebuilding the machine with other more sturdier parts. As a result I have had to rethink some of my circuit design not but much but enough that most will quickly see the changes. I hope to have a new ciruit posted some time in th enear future.
Bizzy