Patent Application
20230228829
The present invention relates in general to energy, energy absorption, and energy transfer. By a predetermined absorbing particular type of charge-based energy from a different predetermined particular type of energy state a user can increase the amount of time that a user can be using a particular machine, device, personal vehicles, commercial equipment, or anything else that runs on predetermined characteristic particular type of charge-based energy. This predetermined particular type of charge-based energy absorption, and predetermined particular type of energy transfer, will allow a decrease in the carbon footprint, a decrease in pressure on the energy grid thereby decreasing the stress on the energy system as a whole. This predetermined particular type of charge-based energy absorption and predetermined particular type of energy transfer will allow predetermined particular type of charge-based energy to be absorbed from one predetermined particular type of energy form and then transferred to another predetermined particular type of energy form. In space this device will allow greater energy diversity thereby increasing energy stability and distance of usage or travel. It will help decrease the use and dependency on many types of fossil fuels and other energy sources dangerous to the environment, space, and dangerous to people in general.
The following is a Brief Summary of the present invention that summarizes only one embodiment of the present invention of a Magnetic Field Generation with Particle Enhancement with Charge-based Absorption. This is a predetermined particular type of particular type of charge-based energy absorption for the conversion of one predetermined particular type of form of charge-based energy, the choice of predetermined particular type of charge-based energy or predetermined particular type of charge-based energy field, that is predetermined by the user, for example, the Particle Field in this particular embodiment, to another predetermined particular type of charge-based form of energy, for example, to AC or DC electricity, which can used for the running of anything that requires a characteristic particular type of charge-based energy to run, such as the electronics at home, a predetermined particular type of charge-based energy for propulsion for such things as electric vehicles, advanced aerospace platforms, aerospace vehicles such as jets or space vehicles of all kinds that have charge-based systems, a place of business, a place or equipment outside in the environment to augment systems already in use for a predetermined particular type of charge-based energy, in outer space, on any planetary system which could include planets, moons or the like, use for assistance in predetermined particular type of charge-based energy absorption for equipment of all kinds in multiple places, in multiple industries or anything else powered by charge-based energy.
Alternatively, a predetermined particular type of absorbefacient/conductive property, for example, may contain copper, as in this one particular embodiment of the present invention, other predetermined particular type of material that would be available that would be suitable for alternative embodiments of the subject matter of the disclosure, for examples such as aluminum or other similar particular type of materials, as desired by the user. Those in the art will understand that any particular type of suitable material, now known or hereafter developed may be used in the present embodiment described herein, for the predetermined particular type of absorption, predetermined particular type of transfer, or predetermined particular type of movement of a said predetermined particular type of charge-based energy or said predetermined particular type of charge-based energy wave. A said predetermined particular type of charge-based energy or said predetermined particular type of charge-based energy wave that is being particular type of absorbed, particular type of separated, particular type of transferred, and then moved by a particular type of internal component system comprising of a plurality of particular type of part that have a said predetermined particular type of absorbefacient/conductive property, as desired by the user. Said predetermined particular type of charged-based energy is then sent through a suitable predetermined particular type of charge-based magnetic/electrical wire, or any other particular type of medium to transfer particular type of charge-based energy, that may be circular, flat or any other shape now known or hereafter developed may be used, as desired by the user, that may have predetermined particular type of composition properties and predetermined particular type of composition characteristics, to a predetermined particular type of containment or a predetermined particular type of storage system that may be used, now known or hereafter developed for the collection or storage of particular type of charge-based energy, such as a battery or a group of batteries of any kind, capacitors, super-capacitors or ultra-capacitors, such as Maxwell Inc. or any other type of containment or storage means, as desired by the user.
Alternatively, a said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption that comprises of a said particular type of internal component system further comprising of said plurality of particular type of part that have a said predetermined particular type of absorbefacient/conductive property that help to form a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption that predetermined particular type of field form around and within the predetermined particular type of coil in a predetermined particular type of configuration, a predetermined particular type of size, a predetermined particular type of direction and has predetermined particular type of absorbefacient/conductive property.
Alternatively, a particular type of coil, which is with or without a particular type of covering, for example, a predetermined particular type of bare magnetic/electrical wire is used in this particular embodiment of the present invention, is made of a said predetermined particular type of magnetic/electrical wire of a predetermined particular type of size, a predetermined particular type of shape, a predetermined particular type of length and a predetermined particular type of chemical composition, for example, copper or other material now known or hereafter developed may be used in this particular embodiment of the present invention, in a predetermined sinuous spiral configuration, in this particular embodiment of the present invention, starting with a predetermined diameter, at a predetermined starting point, opposite said end point, as desired by the user, and sinuous spiral configuration from a predetermined distance from the center of the predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption, in a predetermined direction, with one said wire on top of another said wire for a plurality of predetermined particular type of magnetic/electrical wire, for example, in a decreasing sinuous spiral diameter, in this particular embodiment of the present invention, that is in parallel with and perpendicular to a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption around and within for a predetermined length, to a predetermined diameter, of a predetermined size at a predetermined endpoint opposite a said predetermined starting point. At a predetermined point along length of predetermined particular type of coil there is a decreasingly sinuous spiral direction that of the predetermined starting point and starts at a predetermined point along said predetermined length of wire and revolves in a predetermined sinuous spiral direction around said predetermined point along predetermined length of predetermined wire sinuous spiral direction at a predetermined distance from predetermined sinuous spiral direction prior to predetermined sinuous spiral change in a predetermined direction at a predetermined length prior to beginning predetermined sinuous spiral revolutions in a predetermined increase in sinuous spiral diameter. A said predetermined particular type of coil carries a predetermined polarity from a predetermined outside source, such as a said predetermined particular type of storage, to a predetermined starting point and follows in a predetermined path, in a predetermined direction, for a predetermined length of predetermined particular type of magnetic/electrical wire of a said predetermined particular type of coil to a predetermined endpoint of a said predetermined outside source such as a manner of mechanical or electronic unit, for example, as in a particular type of automobile or a plurality of units, that may or may not be placed in a series, as in a particular type of electrical system of a home, business or other places where particular type of charge-based energy is stored or used.
Alternatively, a predetermined number of space, which lies both within and without a said predetermined center of particular type of coil and radially surrounds a said predetermined center of coil at a predetermined distance from said predetermined center of particular type of coil with a predetermined height, a predetermined width and a predetermined length of a said predetermined space, and on a side facing towards said predetermined center of particular type of coil and radially around a plurality of predetermined side, a plurality of predetermined edge and a plurality of predetermined surfaces of a said predetermined center of particular type of coil and through a said predetermined particular type of wire of a said predetermined particular type of coil, both parallel with and perpendicular to a said predetermined center of particular type of coil and both parallel with and perpendicular to a said predetermined center of said predetermined particular type of coil.
Alternatively, a said predetermined number of particular type of coil whereby, in this particular embodiment of the present invention, a said predetermined particular type of coil, which is bare and without a covering, in this particular embodiment of the present invention, is made of a said predetermined particular type of magnetic/electrical wire of a predetermined size, a predetermined particular type of shape, a predetermined length and a predetermined characteristic particular type of composition, for example, copper in this particular embodiment of the present invention, a predetermined sinuous spiral configuration, in this particular embodiment of the present invention, in a predetermined direction starting with a predetermined diameter, at a predetermined starting point, opposite said predetermined end point, as desired by the user, and predetermined number of sinuous spiral revolution with a said predetermined particular type of magnetic/electrical wire beside another said predetermined particular type of magnetic/electrical wire for the transfer of a predetermined particular type of charge-based energy for a plurality of predetermined particular type of magnetic/electrical wire, for example, having the form of a decreasing sinuous spiral in a predetermined configuration, in this particular embodiment of the present invention, for a predetermined length that is parallel with and perpendicular to a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption that is parallel with and perpendicular to a said predetermined number of said predetermined particular type of coil at a predetermined distance that is parallel with and perpendicular to a said predetermined particular type of charge-based platform magnetic/electrical field that is parallel with and perpendicular to a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption and a predetermined distance from a said predetermined particular type of coil following a predetermined direction in a diameter of a predetermined size in a predetermined direction in a predetermined diameter at a predetermined length of said predetermined particular type of magnetic/electrical wire, to the other predetermined endpoint opposite a said predetermined starting point. A said predetermined particular type of coil carries a predetermined polarity from a predetermined starting point, opposite said ending point, from a predetermined particular type of outside source and follows a predetermined direction of a predetermined length of said predetermined particular type of magnetic/electrical wire, traveling through said predetermined particular type of coil to a predetermined endpoint to a said predetermined outside source.
Alternatively, a predetermined space which lies facing one predetermined side of a said predetermined particular type of coil that is facing a predetermined distance from a said predetermined particular type of coil and a predetermined distance with a predetermined width, a predetermined length and a predetermined height, which surrounds a said predetermined wire of a said predetermined particular type of lower coil on a plurality of predetermined sides, on a plurality of predetermined edges and on a plurality of predetermined surfaces of a said predetermined particular type of coil and parallel with and perpendicular to a said predetermined particular type of magnetic/electrical wire of a said predetermined particular type of coil which surrounds a said predetermined particular type of magnetic/electrical wire of a said predetermined particular type of coil on a plurality of sides perpendicular to and parallel with a said predetermined particular type of magnetic/electrical wire of a said particular type of coil and sinuous spiral around on a plurality of predetermined side, on a plurality of predetermined edge and on a plurality of predetermined surface of a said predetermined particular type of coil and sinuous spiral around on a plurality of predetermined side, on a plurality of predetermined edge and on a plurality of predetermined surface of a said predetermined particular type of coil.
Alternatively, a said predetermined number of particular type of coil is placed at a predetermined starting point facing a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption and opposite facing in an opposite direction from a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption at a predetermined distance from a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption and a predetermined distance from a said predetermined particular type of Outer Housing.
Alternatively, placed in between a said plurality of said predetermined number of particular type of coil and a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption is a predetermined number of space which lies in between facing a predetermined side of a said of predetermined number of particular type of coil and a predetermined side facing a said predetermined number of particular type of coil at a predetermined distance from a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption.
Alternatively, placed in between a said plurality of said predetermined number of particular type of coil and opposite at a predetermined distance to said predetermined number of particular type of coil and a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption is a predetermined sinuous spiral configuration consisting of a plurality of predetermined sinuous spiral revolution in a predetermined particular type of Torus configuration that is at a predetermined distance from a predetermined particular type of Upper Coil, a predetermined distance from a predetermined particular type of Lower Coil, a predetermined distance from the said predetermined particular type of Outer Casing on all said predetermined number of side, a predetermined distance from the predetermined particular type of Outer Casing Lid, a predetermined distance from the bottom of predetermined particular type of Outer Casing. A said predetermined particular type of Torus lies in between facing a predetermined side of a said predetermined particular type of coil configuration and a predetermined point in space assisting in the particular type of absorption of said predetermined number of particular type of energy particle and predetermined number of particular type of particle that is facing at a predetermined distance from a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption, at a predetermined distance within a said predetermined coil configuration of predetermined width, of a predetermined length, of a predetermined height perpendicular to and parallel with a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption perpendicular to and parallel with a said predetermined particular type of coil configuration.
Alternatively, in a plurality of said predetermined number of space parallel with and perpendicular to predetermined number of side of said predetermined number of particular type of Coil and a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption perpendicular to and parallel with said predetermined number of particular type of Coil, perpendicular to and parallel to said predetermined particular type of Outer Housing and said predetermined particular type of Outer Housing Lid, on a plurality of predetermined side, on a plurality of predetermined edge, and on a plurality of predetermined surface, is present within and without a plurality of said predetermined number of space, there is a predetermined concentration of particular type of series of ion, with a predetermined particular type of characteristic of ion and a predetermined particular type of characteristic composition of series of ion of a predetermined polarity that are present at position within a said predetermined plurality of space of a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption, a said predetermined number of particular type of coil, a said Outer Housing and a said Outer Housing Lid from a predetermined particular type of outside source. These said plurality of predetermined space are of a predetermined size, a predetermined width, a predetermined length and a predetermined height that surround a said predetermined number of particular type of coil and on a plurality of predetermined side from and to a plurality of predetermined edge and from and to a plurality of predetermined surface for entire predetermined length of, predetermined width of and predetermined height of a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption, a said predetermined particular type of Upper Coil, a said predetermined particular type of Lower Coil, a said predetermined particular type of Outer Housing and a said predetermined particular type of Outer Housing lid. These said plurality of predetermined space assist in concentrating a predetermined concentration of said predetermined particular type of particle and predetermined particular type of concentration of ion with predetermined particular type of characteristic, and predetermined polarity, and predetermined particular type of characteristic behavior to a said predetermined particular type of consolidation leading to a predetermined particular type of concentration which creates a predetermined particular type of genesis and taking a predetermined formation of a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption that helps to form a predetermined particular type of characteristic Plasma Field comprising of predetermined particular type of number of characteristic ion and predetermined particular type of number of characteristic particle of a predetermined polarity, with a predetermined particular type of characteristic, a predetermined particular type of magnetic/electrical Field of a predetermined particular type of characteristic composition and a predetermined particular type of strength that grow stronger in predetermined particular type of density as more predetermined particular type of and predetermined number of series of Ion and predetermined particular type of number of Particle are positioned in a predetermined particular type of characteristic configuration within a predetermined particular type of charge-based platform magnetic/electrical Field which form and energize within said predetermined particular type of Outer Housing and said predetermined Outer Housing Lid that assist in the predetermined particular type of characteristic absorption and predetermined particular type of characteristic transfer of a said predetermined particular type of charge-based energy through predetermined particular type of number of characteristic linear exchange and predetermined particular type of number of characteristic non-linear exchange from outside said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption to inside Magnetic Field Generation with Particle Enhancement with Charge-based Absorption, to within a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption, for predetermined particular type of characteristic absorption and predetermined particular type of characteristic transferring of a said predetermined charge-based energy into a said predetermined internal plurality of particular type of internal component comprising of a said plurality of said particular type of part, as desired by the user, that, in this particular embodiment of the present invention but not limited to, has a said predetermined particular type of number of absorbefacient/conductive property comprising of a said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption with a said predetermined particular type of Upper Coil and a said predetermined particular type of Lower Coil, a said plurality of predetermined particular type of characteristic interlacing magnetic/electrical Field and predetermined particular type of characteristic interacting a said predetermined particular type of charge-based magnetic/electrical Field and a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption.
Alternatively, a said predetermined outside charge-based energy source supplying said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption may, for example, be a direct current (DC), in this particular embodiment of the present invention. A particular type of converter can be used, as desired by the user, to change DC current into any other particular type of type of current. A said predetermined direct current (DC) flows through said wires with a said predetermined amount of particular type of charge-based energy, for example a predetermined amperage with a predetermined voltage in this particular embodiment of the present invention, a said predetermined polarity and in a said predetermined direction. A said predetermined particular type of outer charge-based energy source flows, in a predetermined direction, through said predetermined particular type of magnetic/electrical wire which comprises of the formation of a said plurality of predetermined particular type of characteristic charge-based energy Field used of varying power, of a predetermined varying strength, of a predetermined varying movement, of a predetermined varying composition and a said predetermined polarity in a predetermined direction. These said plurality of predetermined particular type of charge-based magnetic/electrical Field of a said plurality of said predetermined particular type of Coil start to said predetermined particular type of characteristic interlace and said predetermined particular type of characteristic interact with each other and with said predetermined particular type of charge-based magnetic/electrical Field surrounding a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption with a said plurality of predetermined particular type of charge-based magnetic/electrical Field. While a said plurality of predetermined particular type of charge-based magnetic/electrical Field characteristically interlaces with another predetermined particular type of charge-based magnetic/electrical Field, a said plurality of predetermined particular type of charge-based magnetic Field start to said characteristically particular type of interact with another particular type of charge-based magnetic/electrical Field and said plurality of predetermined particular type of charge-based magnetic/electrical Field, or as many as needed as desired by the user, and then form a predetermined characteristic Magnetic Field Generation with Particle Enhancement with Charge-based Absorption to characteristically interact with. Said predetermined number of space, as determined by the user, assist with the transfer of energy from dark energy, also known as particular type of Particle Field or Quantum Field with the Quantum Realm, from other predetermined particular type of energy field present in said particular type of environment and in said universe by allowing a said predetermined particular type of charge-based magnetic/electrical Field to form within said predetermined number of space.
Alternatively, the plurality of a said predetermined particular type of charge-based magnetic/electrical Field said characteristically particular type of interlace and said characteristically particular type of interact with said predetermined particular type of number of charge-based particle of predetermined polarity, of a predetermined number of charge characteristic, of a predetermined number of energy characteristic and of a predetermined number of chemical characteristic. A predetermined particular type of charge-based magnetic/electrical Field and a predetermined particular type of charge-based energy charge present within said predetermined particular type of Outer Housing and said predetermined particular type of Outer Housing Lid, start to said characteristically interact with plurality of said predetermined particular type of charge-based magnetic/electrical Field of said predetermined particular type of Upper Coil and predetermined particular type of Lower Coil. The particular type of flow of a said predetermined particular type of charge-based energy comprises of a said plurality of said predetermined particular type of wire of a said predetermined particular type of Coil and a number of Coil comprising of the particular type of movement of a said plurality of said predetermined particular type of charge-based magnetic/electrical Field around a plurality of predetermined side, a plurality of predetermined edge and a plurality of predetermined surface comprising of a predetermined length, of a predetermined width and of a predetermined height of said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption. Once a said predetermined particular type of movement of a said predetermined particular type of characteristic interlacing and a said predetermined particular type of characteristic interaction of a said predetermined plurality of a said predetermined particular type of charge-based magnetic/electrical Field occur, the formation as a particular type of part of a said predetermined particular type of charge-based platform magnetic/electrical Field with Magnetic Field Generation with Particle Enhancement with Charge-based Absorption that begin to form around and within the said predetermined particular type of Coil leading to increased said characteristic particular type of interlacing with a said predetermined particular type of Particle Field or said predetermined Quantum Field within the Quantum Realm leading to a said characteristic particular type of interaction with a said predetermined Quantum Field within the Quantum Realm. A said predetermined particular type of Particle Field or said predetermined particular type of Quantum Field within the Quantum Realm is then accessed and a said predetermined particular type of internal component system comprising of a said plurality of particular type of part that have a said predetermined number of a particular type of absorbefacient/conductive property begin to absorb a said predetermined particular type of charge-based Energy from a said predetermined particular type of Particle Field or said predetermined particular type of Quantum Field within the Quantum Realm and characteristically particular type of transfer a said predetermined particular type of charge-based energy from said predetermined particular type of Particle Field or said predetermined particular type of Quantum Field within the Quantum Realm to a said predetermined number of a particular type of absorbefacient/conductive system which allow a said predetermined particular type of charge-based Energy to flow, so it can be used by the user as desired, or placed into a said predetermined particular type of storage containment system for future use, as desired by the user.
Objects, advantages, novel features, alternatives, and further scope of applicability of the present invention will be set forth in part in the detailed description to follow, taken in conjunction with the accompanying drawings, and in part will become apparent to those skilled in the art upon examination of the following, or may be learned by practice of the invention. The objects and advantages of the invention may be realized and attained by means of the instrumentalities and combinations particularly pointed out in the appended claims.
The following is a brief description of several views of the drawings that describes only one embodiment of the present invention, but not limited to, of the Magnetic Field Generation with Particle Enhancement with Charge-based Absorption. The accompanying drawings, which are incorporated into and form a part of the specification, illustrate one or more embodiments of the present invention and, together with the description, serve to explain the principles of the invention. The drawings are only for the purpose of illustrating one or more preferred embodiments of the invention and are not to be construed as limiting the invention in any way. In these drawings:
In this particular embodiment of the present invention,
The said predetermined sinuous spiral configuration of said predetermined upper coil 2 that has predetermined number of particular type of characteristic absorbefacient/conductive property and said predetermined lower coil 4 that has predetermined number of particular type of characteristic absorbefacient/conductive property best seen in
A said predetermined number of space 6 as shown in
A said predetermined Upper Coil 2 is perpendicular to and parallel with a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17 on a plurality of said predetermined side, a plurality of said predetermined edge and a plurality of said predetermined surface of a said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17. A said predetermined Upper Coil 2 start from a predetermined starting point, as predetermined by the user, that is perpendicular to and parallel with said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17, and said predetermined sinuous spiral configuration, in this particular embodiment, radially outward with said predetermined wire, one said predetermined particular type of magnetic/electrical wire beside another said predetermined particular type of magnetic/electrical wire with a plurality of layer, for example, in a predetermined sinuous spiral manner, in this particular embodiment, of said predetermined equal distance apart from a said predetermined magnetic/electrical wire beside said predetermined particular type of magnetic/electrical wire thereafter, with a said predetermined opening of a said predetermined size. Each said predetermined particular type of magnetic/electrical wire of a said predetermined Upper Coil 2 is a said predetermined equal distance within a said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17, a plurality of said predetermined edge and a plurality of said predetermined surface of a said predetermined particular type of Outer Housing 1 with said predetermined particular type of magnetic/electrical wire that is, preferably without any type of insulating covering in this particular embodiment, of a said predetermined magnetically/electrically conductive material of a said predetermined particular type of characteristic composition that, for example, may contain copper, in this particular embodiment, or any combination of predetermined particular type of charge-based energy transfer material for a predetermined particular type of charge-based energy transfer, as desired by the user, that winds in a said predetermined sinuous spiral configuration, in this particular embodiment, that by smaller predetermined incremented measurements in a said predetermined sinuous spiral configuration toward said predetermined particular type of Upper Coil 2 to a predetermined outermost edge of a predetermined sinuous spiral point of said predetermined particular type of magnetic/electrical wire, to a said predetermined size that end with a predetermined opening at a predetermined endpoint that is opposite a predetermined starting point of a said predetermined Upper Coil 2 that are of said equal distance from a predetermined number of predetermined side, a predetermined number of predetermined edge and a predetermined number of predetermined surface of a said predetermined particular type of Outer Housing 1 and a said predetermined particular type of Outer Housing Lid 5.
The predetermined particular type of charge-based energy that is used from a said predetermined particular type of outside source and flows through said predetermined particular type of magnetic/electrical wire of a said predetermined Upper Coil 2, which is predetermined by the user, create a predetermined number of particular type of charge-based magnetic/electrical Field 8 and predetermined number of particular type of charge-based magnetic/electrical Field 12 of Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit, as shown in
A said predetermined number of space 6, as shown in
A said predetermined particular type of Lower Coil 4 is perpendicular to and parallel with said predetermined particular type of Torus 20, and is perpendicular to and parallel with said predetermined particular type of Upper Coil 2, and is perpendicular to and parallel with said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17 which runs parallel from a said predetermined starting point of a said predetermined particular type of Lower Coil 4, as predetermined by the user, along a predetermined length of a said predetermined particular type of Lower Coil 4 to a predetermined endpoint opposite a predetermined starting point of a said predetermined particular type of Lower Coil 4. A said predetermined particular type of Lower Coil 4 begins in a said predetermined sinuous spiral configuration outward with said predetermined particular type of wire, a said predetermined particular type of wire beside another said particular type of predetermined wire with a said plurality of predetermined layer of said predetermined particular type of wire, for example as seen with said predetermined particular type of Upper Coil 2 in this particular embodiment, as seen in
A said predetermined particular type of charge-based Energy that is used from a said predetermined particular type of outside source and flow through a said predetermined particular type of magnetic/electrical wire of a said predetermined particular type of Upper Coil 2 through the said predetermined particular type of Upper Coil 2 and said predetermined particular type of Lower Coil 4 and flow through said predetermined particular type of Lower Coil 4, which is predetermined by the user, create a said predetermined particular type of charge-based magnetic/electrical Field 8 of said predetermined particular type of Upper Coil 2 and a said predetermined particular type of charge-based magnetic/electrical Field 8 of said predetermined particular type of Lower Coil 4 that surround a said predetermined particular type of magnetic/electrical wire as shown in
A said predetermined number of space 6 that is shown in
A said predetermined number of space 6 between a said predetermined particular type of Lower Coil 4 and a said predetermined particular type of Outer Housing 1 is of a predetermined distance radially on a plurality of said predetermined side, a said predetermined length, a said predetermined width, and a said predetermined height of a said predetermined particular type of Lower Coil 4 and a said predetermined particular type of Outer Housing 1 and a said predetermined particular type of Outer Housing Lid 5. A said predetermined number of space 6 has a said predetermined width running perpendicular to and parallel with a said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17, perpendicular to and parallel with a said predetermined particular type of Lower Coil 4 and perpendicular to and parallel with a said predetermined particular type of Outer Housing 1 and perpendicular and parallel to a predetermined particular type of Outer Housing Lid 5 and runs radially outward in a plurality of predetermined directions around said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17, from a said predetermined particular type of Outer Housing Lid 5 running perpendicular to and parallel with the predetermined length of a said predetermined particular type of Outer Housing 1 to the other end of a said predetermined particular type of Outer Housing 1 surrounding a said predetermined particular type of Torus 20, surrounding a said predetermined particular type of Upper Coil 2 and surrounding a said predetermined particular type of Lower Coil 4 in its entirety thereof.
A said predetermined particular type of charge-based magnetic/electrical Field 8 of a said predetermined particular type of Upper Coil 2, a said predetermined particular type of charge-based magnetic/electrical Field 8 of a said predetermined particular type of Lower Coil 4, with a said predetermined polarity, a predetermined number of charge characteristic and said predetermined particular type of charge-based magnetic/electrical Field 12 with a predetermined polarity and predetermined number of charge characteristic. The said predetermined particular type of charge-based magnetic/electrical Field of a said predetermined particular type of charge-based magnetic/electrical Field 8 of a said predetermined particular type of Upper Coil 2, a said predetermined particular type of charge-based magnetic/electrical Field 8 of a said predetermined particular type of Lower Coil 4 that characteristically interacts with a said predetermined particular type of charge-based magnetic/electrical Field 8 of a said predetermined particular type of Upper Coil 2 and a said predetermined particular type of charge-based magnetic/electrical Field 8 of a said predetermined particular type of Lower Coil 4. This particular type of characteristic interaction causes a said predetermined particular type of charge-based magnetic/electrical Field 12 to form within said predetermined particular type of Upper Coil 2 and a said predetermined particular type of charge-based magnetic/electrical Field 12 to form within said predetermined particular type of Lower Coil 4 that flows in a predetermined direction, the predetermined particular type of charge-based energy used, towards said predetermined particular type of Torus 20. The said predetermined particular type of charge-based magnetic/electrical Field 8 of a said particular type of predetermined Upper Coil 2 and the said predetermined particular type of charge-based magnetic/electrical Field 8 of a said predetermined particular type of Lower Coil 4 flow in a predetermined particular type of direction towards the said predetermined particular type of Torus 20, so as to characteristically particular type of interact and characteristically particular type of interlace at the center and through the said predetermined particular type of Torus 20.
A said predetermined particular type of charge-based magnetic/electrical wave carry a predetermined particular type of charge-based magnetic/electrical characteristic component that can be used for predetermined particular type of charge-based energy since predetermined particular type of charge-based magnetic/electrical energy is fed by the particular type of Quantum Field of the Quantum Realm or the particular type of Particle Field. Once separation of the characteristic predetermined number of particular type of linear exchange 14 and the characteristic predetermined number of particular type of non-linear exchange 13 occur when the said predetermined particular type of charge-based magnetic/electrical wave 8 of said predetermined particular type of Upper Coil 2 and predetermined particular type of charge-based magnetic/electrical wave 8 of a predetermined particular type of Lower Coil 4 characteristically particular type of interact within and without said predetermined particular type of Torus 20 and predetermined particular type of charge-based magnetic/electrical wave 24 of said predetermined particular type of Torus 20. The direction of particular type of charge-based energy flow, as desired by the user, is clockwise, for example in this particular embodiment, and create a predetermined particular type of characteristic rotation effect 12 as best seen in
A said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17 is now acting as a predetermined particular type of pass-through device for said particular type of Particle energy or particular type of Quantum energy within the Quantum Realm, as desired by the user, by a said predetermined characteristic number of particular type of linear exchange 14 to a said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17. The said predetermined number of particular type of linear exchange 14 are due to the said predetermined number of particular type of negative ion 11 arranging in the same characteristic particular type of linear direction within the said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17. The said predetermined number of characteristic particular type of non-linear exchange 13 are due to the said predetermined number of particular type of negative ion 11 becoming scattered or driven out of place and are predetermined number of particular type of free negative ion 11 that are roaming within the said predetermined particular type of charge-based ion cloud 10 of the said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17. A said particular type of Quantum energy within the Quantum Realm or particular type of Particle energy that has been absorbed and transferred by a said predetermined particular type of Upper Coil 2, absorbed and transferred by a said predetermined particular type of Lower Coil 4 and absorbed and transferred by a said predetermined particular type of Torus 20, to a said Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17 is then placed into a said predetermined particular type of storage or it may be used immediately, as desired by the user.
A said particular type of charge-based energy flow through said predetermined particular type of magnetic/electrical wire of said predetermined particular type of Upper Coil 2, in a predetermined particular type of Torus 20, through to said predetermined particular type of Lower Coil 4. The said predetermined particular type of charge-based magnetic/electrical Field 8, said predetermined particular type of charge-based magnetic/electrical Field 10, said predetermined particular type of charge-based magnetic/electrical Field 12, and said predetermined particular type of charge-based magnetic/electrical Field 24 created moves in a predetermined direction at a predetermined speed, as desired by the user. As this predetermined movement occurs it cause the said predetermined number of particular type of negative charge 11 to begin predetermined particular type of alignment in the predetermined particular direction, as desired by the user. As this predetermined particular type of alignment occurs within the said predetermined particular type of charge-based magnetic/electrical Field 8 and the said particular type of predetermined charge-based magnetic/electrical Field 12 it becomes stronger and more pronounced. The said predetermined particular type of charge-based platform magnetic/electrical Field 10 begin to pull predetermined particular type of charge-based energy from the particular type of Particle Field or particular type of Quantum Field of the Quantum Realm, as desired by the user. This predetermined particular type of charge-based energy is absorbed by the predetermined particular type of charge-based platform magnetic/electrically aligned Field and is then transferred to the predetermined number of particular type of absorbefacient/conductive particular type of magnetic/electrical wiring after passing through the predetermined particular type of charge-based magnetic/electrical ion cloud. It then characteristically particular type of interacts and characteristically particular type of interweaves thereby creating the said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption 17 and the said predetermined particular type of Upper Coil 2, the said predetermined particular type of Torus 20, and the said predetermined particular type of Lower Coil 4 for start the said particular type of absorption into said predetermined particular type of magnetic/electrical wire. The predetermined particular type of magnetic/electrical wire of said predetermined particular type of Upper Coil 2, said predetermined particular type of Torus 20, and said predetermined particular type of Lower Coil 4 has its own predetermined particular type of charge-based magnetic/electrical Field 8 surrounding. As the particular type of Particle Energy or particular type of Quantum Energy is absorbed by the said predetermined Magnetic Field Generation with Particle Enhancement with Charge-based Absorption Unit 17 through the Magnetic Field Generation with Particle Enhancement with Charge-based Absorption 17 to the said predetermined particular type of Upper Coil 2, to the said predetermined particular type of Torus 20, and to the said predetermined particular type of Lower Coil 4, the said predetermined particular type of charge-based energy is absorbed because of the particular type of alignment of the predetermined number of particular type of negative ion 11 with the predetermined number of particular type of magnetic/electrical line of the internal aspect of the said predetermined particular type of Upper Coil 2, the predetermined number of particular type of magnetic/electrical line of the internal aspect of the said predetermined particular type of Lower Coil 4, and the predetermined number of particular type of magnetic/electrical line of the internal aspect of the said predetermined particular type of Torus 20 thereby creating a characteristic particular type of vortex of alignment by the said predetermined particular type of Upper Coil 2, the said predetermined particular type of Torus 20, and said predetermined particular type of Lower Coil 4. As the said predetermined particular type of charge-based energy is absorbed by the said predetermined particular type of absorbefacient/conductive magnetic/electrical wire it is used by the particular type of system or placed into particular type of storage for future use or other means as desired by the user.
Although the invention has been described in detail with particular reference to these preferred embodiments, other embodiments can achieve the same results. Variations, alternatives, and modifications of the present invention will be obvious to those skilled in the art and it is intended to cover in the appended claims all such modifications and equivalents. The entire disclosures of all references, applications, patents, and publications cited above are hereby incorporated by reference.
| Number | Date | Country | |
|---|---|---|---|
| 63285099 | Dec 2021 | US |
