FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[Classic]

Happy new year to all,

@Ufopolitics, no need for sarcasm.

Do you have a single secondary over the all pairs of primary OR, one secondary for each pair of primaries ? This is what I mean when I ask how the output is wired.

How the secondaries output is joined together ? Inductors represent a voltage sources, how you combine in this case 8 voltage sources not to fight each other ?

[Classic]

From what I understand, maintaining a one way magnetic dipole you aim to cancel self induction or at least to have an effect only at start only and let the Lenz law to apply unidirectional to your advantage like a charge pump preventing the flow back.
How this is reflected/projected onto secondaries and prevent them to interact with primaries when collapsing magnetic field in secondaries occur when they are individual for each set of primaries ?

I mean, do we follow conventional current or electron flow in this type of generator ? Conventional current applies opposite to what really happens in electron flow where electrons (electric charges) flow from negative to positive.

Conventional current assume electron flow in the same direction with voltage which is utterly wrong ! This is why a cold cathode tube powered with DC always receive the current on negative electrode ... result in "negative resistance" as current is drawn correct from "negative".

[Ufopolitics]

Happy new year to all,

@Ufopolitics, no need for sarcasm.

Do you have a single secondary over the all pairs of primary OR, one secondary for each pair of primaries ? This is what I mean when I ask how the output is wired.

How the secondaries output is joined together ? Inductors represent a voltage sources, how you combine in this case 8 voltage sources not to fight each other ?

@Classic

You keep asking questions that are ALL answered ALL ALONG this Topic!

ALL You need to do is READ THE TEXT on each post & interpret the Diagrams.

Do you have a single secondary over the all pairs of primary OR, one secondary for each pair of primaries ? This is what I mean when I ask how the output is wired.

I have SEVERAL Diagrams ALL along this Topic showing that relationship.

And NOPE, I am not going to DO YOUR JOB, of going back, read, copy and paste each post that answers your questions!

How the secondaries output is joined together ?

AGAIN, MANY Diagrams here respond to your question above.

Finally, I will suggest you go back to Page 66 and start from post below:

https://overunitymachines.com/index.php/topic,5.msg1887.html#msg1887

So, please!...do NOT keep clogging up this topic with a bunch of questions which are ALL EXPLAINED - IN DETAIL- ON TOPIC!!

Ufopolitics

[Ufopolitics]

Hello All,

I already started the CAD Work for the Bipolar rotary switch...So here you can see it is a different type than the Vertical Brushes (slide parallel to shaft) that I have shown on the previous post on the connections to Sequential Coils.
On this cylindrical type the centrifugal forces will assist that brushes will adhere better to copper rings...not so with my previous version.
Plus I am also gathering all parts and  materials I need to build it from scratch, and I got almost everything 'in stock'...
It is just finishing the CAD's plus 3D Modeling and start making it.

And the image below is the Real Scale CAD ...it will serve to transfer all distances to the build.

The Copper Tubing I have has 75mm Inner diameter and around 2mm thick.

I wanna see this thing running!!

Regards

Ufopolitics

[kampen]

Hello dear friend Ufopolitics, 

I am following your work on the mechanical commutator with great interest. 
This is a very ambitious and worthwhile project.
I believe it can succeed with careful mechanical and electrical execution.

You are currently developing a **scaled CAD design for a bipolar rotary commutator**, using real copper tubing and centrifugal-assisted radial brushes.
Your focus has been on practical build considerations such as brush pressure vs RPM, material selection, segment geometry, and reliable bipolar sequencing for inductive loads.

Because of that, I can assist you to **share calculations, design insights, or practical recommendations** that could help strengthen your implementation and avoid common mechanical or commutation pitfalls (arcing, brush wear, sequencing errors, etc.).

My interest is simply to help the project move forward successfully and to contribute constructively where I can. 

If you are open to it, 
I can help to exchange ideas, drawings, or test observations.

I am confident it can be made to work with the right mechanical details in place.

Regards, Alex