Electromagnetic generators of the electromagnet type enabling to
use a single magnetic pole without having to separate one of the
two poles from a solenoid. It comprises, according to figure 1: an
insulating hollow core (1) on which are wound nodal turns (2) with
a single geometrical pole occupied by a sphere of magnetic alloy
(3). Said sphere is secured to the pole by an insulating disk (4)
situated in the medial plane of the core. Amongst the most
interesting applications of the invention, it may be mentioned the
nuclear fusion, the spatial propulsion, the production and
transformation of electric power.
The present invention relates to a monopolar electromagnet having
the peculiarity of presenting only one magnetic pole either north
The other known devices of this type are all generators of a
north-south bipolar magnetic field produced by a metal solenoid,
wrapped around a cylinder, traversed by an electric current. Such
devices are associated magnetic poles without the possibility of
isolating them separately.
The monopolar electromagnet according to the invention makes it
possible to avoid this disadvantage. It is indeed a generator of a
single-pole magnetic field because of the ambidextrous nodal
geometry of the electrical circuit.
According to a first variant, the electric current flows in
straight nodal turns (FIG. 5) wound around a hollow torus of
According to a second variant, the electric current flows in nodal
turns of left-hand shape wound around (FIG. 3) of a hollow torus
of insulating material.
The device according to the invention makes it possible, depending
on the flow of the electric current (either dextrorotatory or
levorotatory) in the nodal turns of right or left shape, to
produce a monopolar magnetic field isolated either north (FIG. 2),
the pole of which can be occupied by a magnetic sphere.
The drawing (FIG. 1) is a top view of the device with the
left-hand turns and the induction sphere which amplifies the
monopolar magnetic field.
As shown, the device comprises an insulating hollow torus 1 on
which the electrically conductive turns 2 are wound in the form of
On the other hand, the magnetic induction sphere 3 is held at the
pole by an insulating disk 4 itself fixed to the median plane of
the torus 1 supporting the nodal turns 2.
The device according to the invention can be used in cases where
it is necessary to use the electromagnetic energy on a single
magnetic pole. In particular, it can be used as an electrodynamic
generator by simple rotation about the axis of symmetry of the
The applications are in the field of the laboratory and the
electrical industry: electromagnet, motor, transformer, resonator.
Nodal electromagnet with a toric core
The present invention relates to a toroidal electromagnet composed
of a magnetic induction ring on which is wound a coil in loops of
Previously, the nodal coil used a triangular loop shape wound on a
hollow torus isolate constituting the "monopolar electromagnet"
with magnetic induction core of spherical shape.
The device according to the invention makes it possible to solve
the disadvantage of the magnetic induction sphere, The spherical
geometry produced an axis of symmetry in the asymmetrical magnetic
The invention makes it possible to solve this disadvantage by
replacing the spherical induction core separated from the nodal
coil by an inductive ring surrounded directly by the nodal coil;
Which has the effect of increasing the intensity of the magnetic
field at the central focus as well as of increasing the power of
the magnetic field produced while retaining the properties of the
asymmetrical magnetic field in the space surrounding the
The device according to the invention makes it possible to solve
the disadvantage of the spacing of the loops in the triangular
coil and its length which limits the intensity of the magnetic
field. As a result, the five-loop pentagonal winding increases the
power of the magnetic field by increasing the length of the wound
wire at each revolution around the magnet.
Toroidal magnetic core.
On the other hand, this pentagonal coil makes it possible to
constrict the magnetic field lines around the focus by a stencil
effect related to the pentagonal geometry of this magnetic field.
The invention comprises a toroidal magnetic core (N1, N2) on which
is wound an electrical circuit in nodal coil of pentagonal shape
constituted by five loops (A, B).
The invention comprises an ambidextrous nodal coil (A, B) wound on
the toroidal magnetic core - either the nodal coil is constituted
by five loops in the right-hand nodal shape (A) - or the nodal
coil is constituted by Five loops in the nodal shape "left" (B).
The assembly constitutes the coil with a nodal topology whose
asymmetry produces an ambidextrous electrical circuit.
The device according to the invention comprises two embodiments
due to the ambidextrous nodal coil which will constitute two forms
of the electromagnet - either by the nodal "right" coil (A) which
will produce the electromagnet (FIG. 1) or by the left-hand nodal
coil (B) which will produce the electromagnet in its left form
According to a first variant, the electric current flows in the
nodal coil with five right-handed loops (A) wound around the
toroidal magnetic induction core (FIG. 1) in order to produce an
asymmetrical magnetic field of "right" .
According to a second variant, the electric current flows in the
nodal coil with five left-handed loops (B) wound around the
toroidal magnetic core (FIG 2) to produce an asymmetrical magnetic
field of "left" geometric configuration.
The invention constitutes a whole in which asymmetry produces two
geometrical shapes with two ambidextrous configurations which are
mirror image (FIG. 1, Fig.2). These two variants of Nodal
Electro-Aimat Toric Core - with nodal coil with five loops - allow
to produce two asymmetrical magnetic fields with two ambidextrous
configurations "right" and "left".
These two variants allow the production of these two asymmetric
magnetic fields characterized by an intensity and a power -
proportional to the length of the winding wire - in particular a
five-loop pentagonal nodal winding - wound with each rotation of
the toroidal magnetic core - Proportional to the magnetic
induction in the toroidal induction core and at the magnetization
intensity in the toric volume.
The invention makes it possible to produce two magnetic fields
whose torsion lines form two ambidextrous vortices which converge
towards a focal point (which is the geometrical center of the
torus constituting the magnetic induction core) Effect of magnetic
striction particular to the five magnetic lobes produced by the
pentagonal winding in; Five loops of the nodal electrical circuit.
Magnetoelectric machine with magneto-toric rotor
The invention relates to a machine making it possible to operate
as a generator and a magneto-electric motor without any loss of
mechanical energy by magnetic levitation. This machine consists:
1) of an insulating torus (E) at the surface of which magnets or
electromagnets are arranged, in a regular paving 2) of a magnetic
stator consisting of static electromagnets which encircle this
toric-shaped magnetic rotor, without contact. Under the action of
the electric current, this machine will produce magnetic forces
which will counterbalance the weight of the toric-shaped rotor (E)
which will be set in rotation by virtue of the variation in the
magnetic field produced by the electromagnets of the magnetic
stator (1,2,3,4,). The applications are the production of
electricity, the transformation and conservation of electrical
energy, the production of electromagnetic waves.
Electromagnetic machine with electro-toric rotor
The invention relates to a generator and an electromagnetic motor
in which the rotor is an electrical capacitor maintained in
electrical levitation without any loss by transmission of
mechanical energy. This machine consists: 1) of a toric electrical
capacitor, consisting of metal discs (a,...,p), the assembly of
which forms the electrical rotor 2) of an electrical stator
consisting of electrical capacitors (1,2,3,4) which encircle this
toric-shaped electrical rotor, without contact. Under the action
of the electrical current, this machine will produce electrical
forces which will counterbalance the weight of the toric
electrical rotor which will be set in rotation by virtue of the
variation in the electric field produced by the capacitors of the
electric stator (1,2,3,4,). The applications are the production of
electricity and the generation of electromagnetic waves.
Machine with Solitonic Resonance by Superfluidity
The invention relates to a machine making it possible: 1) to
produce soliton wave resonance between the atomic level and the
macroscopic level by indefinitely conserving the energy and the
amplitude of the soliton wave in superfluid Helium 2) to produce
periodic Soliton-Instanton transitions within the superfluid
Helium torus, and outside the toric geometry machine. This machine
consists of a cryostat of toric shape (I) in which a quantal fluid
is placed - superfluid Helium - surrounded by soliton wave
generators (A,..., H) made of quartz operating by
piezoelectricity. The invention serves as indefinite soliton
waveguide and as Soliton-Instanton energy transition generator in
the environment of the machine considered as local Space-Time.;
The curvature of the local Space-Time produced by this special
topological and high-energy flux in the physical space field,
destines this machine for research in fundamental physics, for the
Oscillating circuit with toro-nodal topology
The invention relates to an electrical and electronic oscillating
circuit which operates as a single electromagnetic wave generator
assembly. The two component parts of the oscillating circuit are
geometrically combined in the same space around the toric
topology. This oscillating circuit consists of an electrical
capacitor of toric shape, consisting of metal discs separated by
an electrical insulator, linked to a nodal coil of "right-hand"
form or of "left-hand" form - wound around the insulating surface
of this toric-shape electrical capacitor. Under the action of an
electric current, this oscillating circuit will produce
electromagnetic waves which are convergent at a single point, with
torsion and radiating in transverse and in longitudinal mode.
There are two electromagnetic fields with torsion to right or to
left according to the shape of the nodal coil.; The applications
are all communications systems using electromagnetic waves as well
as systems which concentrate electromagnetic energy in a single
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