Power ratio over one

[handyguy1]

Hay Gary:

Check out the new video at you tube. It works a little different, due to the switches.

David

[hartiberlin]

Hi David,
where is exactly the magnet under the wooden #18 bar ?
Could you shoot a few macro shot pics, maybe just 1 inch away from it,
so we can exactly see from underneath, where the magnet is located and how
the electromagnets look alike and how they push the magnet away and lifting the
teeter-totter #18 wooden bar?
Many thanks.

[handyguy1]

Hay Stefan:

There is not any magnets, nor electromagnet, under the teeter board (#18), just the micro switch levers. The teeter engaging lever (#4) is what moves the teeterboard (#18). The only electromagnet is the driver coil (#15). The teeter board (#18) is hit by the teeter engaging board (#4). When power is applied to the coil (#15) that, moves the permanent magnets that are over the driver coil (#15). The magnets (#11) and teeter engaging board (#4) are fastened to the same axle (#3). When the magnets (#11) moves the axle (#3) moves, which moves (#4). The new video that I just posted (the forth one) shows a smaller version. In the new video, there is no teeterboard (#18), just a switch engaging lever (#4) so it is easier to see.

If this doesn?t help, I will post another video and talk you through the procedure!
David

[handyguy1]

Hay Gyula, Wattsup:

I need some help explaining the switches to stefan. Got any Ideas?

David

[one]

Hay Gary:

Check out the new video at you tube. It works a little different, due to the switches.

David

David   

I did  check out  the new video

That is part of the reason I  brought up the  idea of  reciprecation  again

It is quite a bit faster ..... I have spent years   trying to understand  how mechanical devices work .      I can't look at something   moving  back and forth  as fast as  your  device is  and not   think about the  energy that is  used  each time it changes direction.


gary