All Magnet Motor TD based

[Floor]

A rotation to linear design.

These novel designs, methods, devices, drawings and
videos are given into the public domain.

    floor

[Floor]

These rotating designs ended up balancing out to zero net gain.

Reciprocating and linear motions can work out to OU.

  floor

[telecom]

These rotating designs ended up balancing out to zero net gain.

Reciprocating and linear motions can work out to OU.

  floor

Can you  please show a view which is facing the setup?
Also, which forces actually cause the linear motion?
Thanks

[Floor]

Hi Telecom

yes I'll do a drawing and post it ...
..........................................
forces and position  as shown in present drawing...  explained

There are ONLY TWO motions that CAN OCCUR by any of  the magnets.
These motions are ... the rotation of the "rotating armature"  and / or sliding of the "linearly actuated member"
All of the magnets are physically restrained from any other motions.

Because  the two magnets which are mounted upon the  "rotating armature"
are in between       the 2 "frame" magnets    and    the 2 "linearly actuated member" magnets ....
repelling and attracting forces are in balance between all magnets (in terms of the ONLY TWO  motions which CAN OCCUR). 

There is no   NET  magnetic force which can cause motion of any of the magnets  (1. rotational or 2. linear) when the
"rotating armature"  magnets are in this position.

the "return springs" force the "linearly actuated member" to slide  the right.  This is the position of the  "linearly actuated member"
as shown in the present drawing (returned).  (no work against magnets... along this vector, left or right)   

In the absence of the "return springs" and while the "rotating armature" magnets are in the position shown,
the "linearly actuated member" is free to slide    left or right !

If the "rotating armature" magnets are rotated out of this position, there exists a repelling force between the
"linearly actuated member" magnets and the "frame" magnets, that force will cause the "linearly actuated member"
to move to the left, while at the same time, compressing the "return springs"

                 hope that helps
                       floor

[telecom]

Ok, I'm not 100% sure still how everything going to work.
I was revisiting your work from 2 magnets posts, and an idea came to me that
the sum of work of the sliding magnets is near 0 , since the forces are almost equal, and work in the opposite directions, before and after the central position.
I wonder if your apparatus is still intact to do some measurements.