Mexican Institute

of Industrial Property

(11) MX NL02000035
A

(12) PATENT APPLICATION

(43) Publication date: 2004/08/20 Int. Cl.: H01F000/00000
(22) Filing date: 2002/11/15
(21) Application number: NL02000035

(30) Priorities:
(No data shown in the document.)

(72) Inventor(s):
DONALD LEE SMITH
(71) Applicant(s):
DONALD LEE SMITH
8110 Bent Oak Lane, SPRING, Texas
77370-4594
United States
(74) Representative:
JUAN ANTONIO VILLARREAL GUTIERREZ

(54) Title (Spanish):

TRANSFORMADOR GENERADOR DE RESONANCIA MAGNÉTICA A EN-
ERGÍA A ENERGÍA ELÉCTRICA
(54) Title (English):
TRANSFORMER GENERATOR OF MAGNETIC RESONANCE INTO ELEC-
TRIC ENERGY

1
DESCRIPTION (Page 1)
5 TECHNICAL FIELD:
The invention is characterized by the function consisting of a system for the
induction of magnetic fields (for example: a half-wave antenna) that induces
magnetism into a dipole. When this system is coupled to an energy collection
system, a transformer generator of electric energy can be obtained; that is, it
transforms (magnetism) and generates electric power through magnetic energy.

10 STATE OF THE ART:

An international search in patent databases, which would allow for detecting
methods that could be similar, did not reveal any document or study related to
the interest in obtaining electric power from magnetic sources.

15 DISCLOSURE OF THE INVENTION:

The invention stands out because it is a new and advantageous system whose
technology makes it possible to build a transformer that generates electric power
by using magnetic energy, which—under other systems for the transformation
and generation of electric power—would be irradiated, discarded, and wasted.
However, through this invention, such magnetic energy becomes converted into
usable electric power.

2
Page 2
-2-
Beneficial electric energy. Gauss meters show that almost all the energy of
conventional electromagnetic devices is radiated back into the surrounding en-
vironment of the electromagnetic device, thereby being wasted. In the case of
conventional transformer generators, a radical change in the physical construc-
tion allows for better access to the available energy. Through this invention,
it has been discovered that by creating a dipole and inserting capacitor plates
at an appropriate angle (90° [ninety degrees]) where current flows, it enables
magnetic waves to be converted into beneficial electric energy (Coulombs). The
magnetic waves that pass through the capacitor plates are not degraded, thus
allowing access to all the energy available in them. One or more sets of capacitor
plates, as desired, can be used for higher efficiency—either placed together or
apart—and with connections in which the generated voltage is collected.
The system of perpendicular, parallel capacitor plates can be made of differ-
ent materials, shapes, and sizes, depending on where they are used. Each group
or set produces an exact copy of all the force and effect of the energy present in
the magnetic waves. The original (magnetic) energy source is not reduced, as
happens with conventional transformers.
The invention is applicable to any equipment and for all requirements of
electric power. Its size can be small and offer high efficiency in electric power
generation.
It is particularly useful for remote areas without access to electrical connec-
tions, such as homes, office buildings, factories, shopping centers, public places,
transportation systems (for example: air conditioning, water supply, electric
trains, boats, . . . ).

3
Page 3
-3-
Ships and all kinds of devices (electrical appliances), whether small or large.
The construction material is commonly available, and the required skill level is
moderate.

5 BEST METHOD TO CARRY OUT THE INVENTION:

The invention is based on the generation of an electromagnetic dipole (a metal
bar or plasma) (for example, by means of a generator of potential perpendicular
to the magnetic flux) and the use of capacitor or condenser plates as the receiving
component and conductor of electric current.

10
The dipole induced in this invention can be created from any resonant substance,
such as a metal rod, coil, or plasma tubes that have positive and negative
components interacting. When plasma is used as the magnetic generator, it can
be coupled around the plasma system—a system of magnetic generators (for
example, coils)—which can in turn be employed as receivers and conductors of
electric current. As a result, the induction-current component is transformed
into beneficial electric energy. At the same time, the invention can be self-
sufficient; that is, once the invention is started, it can power itself through a coil
connected to the electric power output, generating the same quality of energy
as that used to start it up.

15 BRIEF DESCRIPTION OF THE DRAWINGS (FIGURES):

At the appropriate angle, the dipole allows the surrounding magnetic flux to
intercept the capacitor plates placed at the correct angle. The . . .

4
Page 4
-4-
The present electrons are attracted in such a way that the electrical component
of the electron is gathered by the capacitor plates. As an essential part of the
invention, we have the formation, by magnetic means, of an active dipole with
north and south components (Figure 1).

5
The examples presented here show functional prototypes that were built, de-
signed, and functionally tested by the inventor. These examples are outlined in
Figures 1 to 5.
In Figure 1, the physical basis of the invention is shown, where each part is
listed as follows:

(1) (Dipole) Component North (N) and South (S) of the dipole.
(2) Magnetic resonance induction coil based on voltage.
(3) Electromagnetic wave field emitted by the Dipole.

(4) Heavy field of the current component.

(5) Dielectric separator for the collector (capacitor) plates.
(6) For the purpose of outlining the planes, a virtual boundary for the energy
of the electromagnetic waves.

(7) Collector (capacitor) plates, with a dielectric separator between each one.

Figure 2 shows the system of collector (capacitor) plates with a dielectric sepa-
rator, with each part numbered as follows:

(1) An opening (hole) in the collector (capacitor) plates and a dielectric sep-
arator for mounting the device that acts as the dipole (Fig. 1–1).

(5) Dielectric separator, for example: a thin plastic sheet . . .

5
Page 5
-5-
separating the collector (capacitor) plates.

(7) Collector (capacitor) plates, where the top one can be made of copper
and the bottom one can be made of aluminum; however, a combination of
other types of materials—metals or non-metals—can be used to optimize
energy capture and transform it into electric energy.
(8) Deep-cycle battery system.

(9) Input for the direct current inverter (voltage output).

(10) Connector cables.
(12) Output to a point of use to be charged with electric power.

In Figure 3, the magnetic field generator system is shown, where the components
are:

(1) A rod or bar made of magnetic material (which can be plasma) of variable
size, preferably composed of a soft magnetic metal such as iron or a plasma
material.
(2) High-voltage resonance induction coil.

(10) Connector cables.

(11) Input of the energy-voltage source (such as a neon tube (plasma) trans-
former).

In Figure 4, a test device is shown that uses a plasma tube as an inductive

system of an active dipole with North (N) and South (S) components:

(5) Dielectric separator for the collector (capacitor) plates.

6
Page 6
-6-

(7) Top collector (capacitor) plate, which is made of copper; however, it is

possible to use a combination of other types of metals (materials) or non-
metals to optimize the capture of electric energy.

(10) Connector cables.

(15) Plasma tube of varying dimensions and magnetic capacity, depending on
the desired efficiency (prototype with dimensions of 4 feet in length and 6
inches in diameter).

(16) Voltage-based energy generator, serving as the power source for the active
plasma dipole.
(17) Output connector block for testing and using electric energy.
(18) Coil output used as an electric energy output.

(19) Coil output used as an electric energy output.

(20) Bottom collector (capacitor) plate, which is made of aluminum; however,
it is possible to use a combination of other types of metals (materials) or
non-metals to optimize the capture of electric energy.
(21) Small coil with outputs that makes it possible to generate electricity to
self-power the invention.

In Figure 5, a prototype of a transformer-generator system is shown, which

converts magnetic energy into electric energy:

(1) Metal dipole rod (optionally a plasma tube).

(2) Voltage-based resonance induction coil.
(10) Connector cables.
(17) Output connector block for testing and using electric energy.

(18) Clamp for the upper edge of the plate stack.

7
Page 7
-7-

(19) Support or stand for the transformer generator.

(20) Set of collector (capacitor) plates, along with its intermediate dielectric
plate.

(21) External connector (energy output) of the capacitor that produces energy,
which supplies power to the inverter.

8
Page 8
-8-
CLAIMS:

1. An apparatus for generating electric power by magnetic means, character-

ized by consisting of a potential-generating medium (perpendicular to the
magnetic flux) together with a system of perpendicular capacitor plates,
parallel to each other, of different materials, shapes, and sizes, which in-
clude connections through which the generated voltage is conducted and
collected.

2. An apparatus in accordance with Claim 1, wherein the system of perpen-

dicular plates is formed by a copper plate, a dielectric material, and an
aluminum plate, which are parallel to each other and may be joined or
separated, and which may consist of different materials.

3. An apparatus in accordance with the foregoing claims, wherein the potential-

generating medium is preferably selected from a coil, a plasma system, or
a plasma system coupled to coils, with or without connections in which
the generated voltage is collected.
4. An apparatus in accordance with the foregoing claims which, once its
operation has begun, can become self-sufficient, sustaining itself by self-
feeding: through a regulating accessory that also supplies itself with part
of the energy it generates.

9
Page 9
-9-
ABSTRACT:
The invention relates to a transformer generator of electric energy through elec-
tromagnetic means by way of a potential generator and the use of (plate- or
coil-based) capacitor or condenser components serving as the receiving element
of magnetic energy, which is converted into electric current. As a result, the
induction-current component is transformed into useful electric energy.

10
1/5

Figure 1: -

11
2/5

Figure 2: -

12
3/5

Figure 3: -

13
4/5

Figure 4: -

14
5/5

Figure 5: -

15