Magnets, motion and measurement

[Floor]

Thanks Norman the drawings are appreciated.

There are many other drawings (hundreds) which illustrate
these principles. in the latter / second part of tjis topic


@ ALL READES

There are 19 short videos at this link, which show most of these action sets.
They are simple and yet what they imply is mind bloweing.

https://www.dailymotion.com/search/seethisvid/videos

             Floor

[norman6538]

There are 19 short videos at this link, which show most of these action sets.
They are simple and yet what they imply is mind bloweing.

https://www.dailymotion.com/search/seethisvid/videos

Unfortunately that site goes to facebook and my computer blocks facebook
because one time when I was changing my cellphone virgintmobile went to
facebook and I did not trust it. Most people don't watch where these web pages
go to but I do. And fortunately I do not have the fastest cable internet so I can see
them.

But you are right about the simplicity and implication. I emailed my family and
closest friends who know what I have been doing for the last 10 years and only
one has a clue to its implication.

I'm certain when I get more robust with stronger magnets it will go over 300% where
there is enough extra to do the switching. I can envision a rotary wheel that can
be kick started with a weight and then will generate 20 times the work applied
by that weight.


Norman

[Floor]

All of the working designs I have come up with have start  / stop motions, and some times back and forth motions.
Im not sure rotating motion can be done and still be OU.

Maintaining momentum can be done in a later mechanical stage, like the ratation of a bicycle wheel
occurs only after the back and forth (up and down) motion of the riders feet.

floor

[norman6538]

It just occurred to me that a magnet assisted pendulum might be
the best application of this principle where a push keeps the pendulum
going.

I have my more robust device made but need more neos and Joann Fabrics
does not carry them so had to order them online - 80 magnets of various
sizes for $12. what a deal? I used a 16 inch front bicycle wheel axle because
It is very difficult to fine tune it - just a thousands of an inch movement will
switch it from attract to repel.

Magnets will arrive Thurs.

Norman

[Floor]

Hi Norman

I looked at one of your magnet and pendulum designs a while back.

It's some what like the Twist Drive device in that it 's O.U. but then it undoes
the work it did (when the sliding unit is input and the rotating unit is output).

However, in the Twist Drive unit, when the fall of both the rotating and the sliding unit weights are
considered, the device is flat out O.U. .

              floor

Here is below an new drawing set / animation of an earlier O.U. magnet interactions.