Four rod magnets and two one way bearings = free energy???

[magnetman12003]

Consider 2 rod magnets mounted on a swinging arm. One on each downward side of the arm.  In the pivot center of both arms is a one way bearing set to move only clockwise.
Another arm mounted the same way as above with 2 rod magnets is mounted on the same pivot axle as above but a little under the above arm. The rod magnets on both arms repel each other. 


If one arm is manually pushed towards the other arm the other arm will repel away clockwise.
So my question is this: if both arms are strapped together as a group won't the group move clockwise as a single unit all the time??  Mind you in both cases the arms can not move counterclockwise because of the one way way bearings.

[norman6538]

Word of caution. I have always found that there is no push/repel without first a squeeze
to push them together where they can do work.
If we could block or reduce that squeeze work in requirement then we could have some
free energy. So far I have found nothing that truly blocks a magnetic field - diverts yes
but no blocking.

Someone did find a way to easily push two magnets together at their edges so that they will
then twist but then you have a sticky spot to recover from.

Norman

[magnetman12003]

Squeeze one rod magnet against another rod magnet that is unable to move counterclockwise.
Both magnets are unable to move counterclockwise.  Now hold the squeeze by binding both magnets together.  Would the first magnet drag the second magnet with it clockwise since both are unable to move counterclockwise because of the one way bearing action in the pivot arms explained in a previous thread?

[Floor]

1. Without a drawing / diagram I am unable to picture / grasp your concept.

2. What Norman6538  said.

3. https://overunity.com/16954/magnets-motion-and-measurement/


        regards
             floor

[norman6538]

Now, I remember. It was Floor that did the twisting.
Norman