Static coupling of magnetic fluxes in a Figuera triplet:
Obviously, if the patent is studied, we are dealing with static induction, which is different from dynamic induction, then we must accept a series of keys to understand the coupling process,
1 If an N pole increases its intensity, the magnetic field is expanding
2 If an N pole decreases its intensity, the magnetic field is contracting
The induced coil with charge at its electrical terminals will respond as follows:
In case 1, it will respond with an N
In case 2, it will respond with an Y
This behavior means that, at all times and as long as the induced coil is charged, the magnetic forces originated in the Figuera system are of a repulsive nature, at no time are there attractive forces to overcome, determining a coupling, Lenz's law acts, but in a different way than normal, due to the geometric arrangement of the nuclei in the Figuera triplet and as they say in the patents, Lenz's law does not work, it is not like that, if it does, but otherwise, it has a way alternative, which it uses automatically due to the non-existence of attractive forces to overcome. In the system, the electromagnets N and S work at the same time, in unison, and every 1/2 cycle they exchange their function, expansion and contraction, and in opposite directions.
Además, hay que considerar el material Ferromagnético que estemos usando en los electroimanes, ya deja claro, que debe ser hierro dulce, con otros materiales se podrá conseguir efectos más o menos eficaces, pero, debemos usar hierro dulce no otros.
Obviously, if the patent is studied, we are dealing with static induction, which is different from dynamic induction, then we must accept a series of keys to understand the coupling process,
1 If an N pole increases its intensity, the magnetic field is expanding
2 If an N pole decreases its intensity, the magnetic field is contracting
The induced coil with charge at its electrical terminals will respond as follows:
In case 1, it will respond with an N
In case 2, it will respond with an Y
This behavior means that, at all times and as long as the induced coil is charged, the magnetic forces originated in the Figuera system are of a repulsive nature, at no time are there attractive forces to overcome, determining a coupling, Lenz's law acts, but in a different way than normal, due to the geometric arrangement of the nuclei in the Figuera triplet and as they say in the patents, Lenz's law does not work, it is not like that, if it does, but otherwise, it has a way alternative, which it uses automatically due to the non-existence of attractive forces to overcome. In the system, the electromagnets N and S work at the same time, in unison, and every 1/2 cycle they exchange their function, expansion and contraction, and in opposite directions.
(05-26-2023, 01:13 PM)Escumo Wrote: Static coupling of magnetic fluxes in a Figuera triplet:
Obviously, if the patent is studied, we are dealing with static induction, which is different from dynamic induction, then we must accept a series of keys to understand the coupling process,
1 If an N pole increases its intensity, the magnetic field is expanding
2 If an N pole decreases its intensity, the magnetic field is contracting
The induced coil with charge at its electrical terminals will respond as follows:
In case 1, it will respond with an N
In case 2, it will respond with an Y
This behavior means that, at all times and as long as the induced coil is charged, the magnetic forces originated in the Figuera system are of a repulsive nature, at no time are there attractive forces to overcome, determining a coupling, Lenz's law acts, but in a different way than normal, due to the geometric arrangement of the nuclei in the Figuera triplet and as they say in the patents, Lenz's law does not work, it is not like that, if it does, but otherwise, it has a way alternative, which it uses automatically due to the non-existence of attractive forces to overcome. In the system, the electromagnets N and S work at the same time, in unison, and every 1/2 cycle they exchange their function, expansion and contraction, and in opposite directions.
Además, hay que considerar el material Ferromagnético que estemos usando en los electroimanes, ya deja claro, que debe ser hierro dulce, con otros materiales se podrá conseguir efectos más o menos eficaces, pero, debemos usar hierro dulce no otros.