UA25108U - Generator of rotor electric field - Google Patents

Abstract

. A generator of rotor electric field comprises electrodes and AS current source. A disposition of electrodes and its electric voltage supply is implemented in such a way that electric field in central zone of the aria between electrode has rotor component.

Description

Description of the invention

A useful model refers to the technique of devices that generate an electromagnetic field and use 2 its effect on matter and can be used for energy-informational influence on substances, objects, biological tissues and structures containing water, for possible influence on the gravitational field, as well as for possible nuclear transformations of substances, creation of ethereal vortex objects, and in other fields of technology.

Further, in the description of the useful model, terms are used, some of which are not generally accepted in the art and require clarification. 70 The term "Aether" means the medium in which physical fields and matter exist. A certain analogue of the concept of "ether" is a physical vacuum, which, according to the latest views in physics, is characterized by a condensed state of energy. From the author's point of view, the ether is a 4-dimensional superfluid in which elementary vortices exist (similar to rotons and vortex threads in superfluid helium, Tilly D.R., Tilly J. L. Ginzburg. "Mir", Moscow, 1977). Elementary etheric 72 vortices can be combined into more complex vortex structures that appear as elementary particles, nuclei of atoms. The mass and charge of elementary particles are quantum numbers characterizing the vortex motion of the ether.

Coulomb and gravitational forces are the result of the interaction of etheric vortices. Ethereal vortices can also manifest as macroscopic objects, for example, ball lightning, the core of a star. Ethereal vortex structures, according to the author's assumption, can also stabilize on certain material structures and thereby act as carriers of information in natural water and biological tissues.

The term "Uniaxial rotation" means that the object rotates around a single axis (for example, the X-axis). "Two-axis rotation" means that the first coordinate system is additionally rotated about another axis (eg, Y) in the second coordinate system, which is considered stationary. "Three-axis rotation" means that the second coordinate system together with the first coordinate system embedded in it are additionally rotated around an axis in the third coordinate system, which is considered as fixed. The periods of rotation around different axes can be different.

The term "Rotary electric field" means an electric field characterized by one-, two-, or three-axis rotation of the intensity vector. An obvious way to generate a rotary electric field is to use the principle of superposition of time-varying electric fields of different directions. With some simplification, the components of the intensity of the rotary electric field satisfy the equation: Ha")

EE. - Ezipidyatpiit) (1) -

E,- Evipialioi/Th i/2) (2) oyu

E.,- he zipiolpai!T li (3), where: p

Ekh, E, E, - electric field intensity components along the X, MU, 7 axes, respectively, in the Cartesian coordinate system at the selected point in space,

E is the effective amplitude of the field strength, "t" means plus or minus, the value in parentheses corresponds to the angle in radians, -o to Y - time, c T - time period, :z" pl, Po, Pz - positive or negative integers positive numbers, one of which can be zero.

In the simplest case, when pu - po - 1, pz - 0, the electric field intensity vector rotates in a circle

AROUND axis 2 with time period T.

GI It should be noted that in a real device the indicated equations can be approximately satisfied only in some part of the space, for example, in the points located in the central zone between the electrodes with a centrally symmetrical arrangement of the electrodes. However, technical results are achieved even with some deviation of the topology and dynamics of the field from the specified equations.

The term "has a rotary component" means that the time-dependent intensity vector E of the electric field o can be represented in the form: E - Ed - E», where E is the vector of the electric field intensity at the selected point, E c is the vector of the intensity of the rotor component of the field corresponding to equations (1)-(3), E" is the intensity vector of the non-rotary component of the field.

It should be noted that the term "eddy electric field" is used in electrical engineering. This term refers to an electric field whose lines of tension are closed in a circle. For example, an eddy electric field occurs around the transformer core when the magnetic field changes over time. This term refers to a completely different group of physical phenomena. A "vortex electric field" can induce electric currents in conductors, but does not affect the vortex motion of the ether.

It should also be noted that the term "torsion field" appears in a number of literary sources. This term is not 60 identical with the term "rotor field" defined above and is not used in the claimed useful model, since its physical essence is not defined in known literary sources.

The term "Electrode" means an electrically conductive element, such as a metal plate, a length of wire, or an electrically conductive coating on a dielectric substrate. The geometric shape of the electrode is not essential for the implementation of the claimed useful model. 65 The term "Dielectric" means a non-conductive substance in any state of aggregation (gas, liquid or solid) or vacuum.

The term "phase shift" in the context of the claimed utility model means a shift in time depending on the periodic voltage of the electric current or the electric field strength over time.

A well-known electrical device is an asynchronous three-phase electric motor (V.I. Radin, D.2Z Bruskin,

Zorokhovych A.E. Electrical machines. Asynchronous machines. Ed. Kopilova I.P. - Moscow, "Vyissaya Shkola", 1988, 328 pp. This device has ferromagnetic stator elements with windings. When the windings are supplied with a periodic electric voltage, each phase of which is shifted, for example, by 1/3 of a revolution (full circle) when moving from one winding to another, a superposition of phase-shifted magnetic fields occurs, which is equivalent to a rotating magnetic field, i.e. a rotary magnetic field magnetic field. 70 Common essential features with the claimed useful model are the presence of several elements that create a rotary electromagnetic field when an electric voltage is applied to them, the phase of which is shifted when moving from one element to the next.

The reasons preventing the achievement of the desired technical result are that the rotary magnetic field, unlike the rotary electric field, does not cause a vortex motion of the ether and therefore does not allow to achieve the desired physical effects and technical results.

A well-known electrical device is a capacitor |(Kabardin O.F. Physics. Reference material!. M., "Prosveshchenie", 1991, p. 143), which consists of two electrodes charged with a different electric potential, separated by a dielectric. When an electric voltage is applied to the electrodes, an electric field is created in the space between the electrodes, the intensity of which can change over time in accordance with the change in 2o voltage on the electrodes. With a fixed position of the electrodes, the topology of the lines of force of the electric field remains unchanged.

Common essential features of the capacitor with the claimed useful model are the presence of electrodes, which, when a time-varying electric voltage is applied to them, create a time-varying electric field.

The reason that prevents the achievement of the desired technical result is that the variable electric field created by the capacitor is not rotary and therefore does not allow to achieve the desired physical effects and technical results. In addition, in the capacitor, they try to make the size of the dielectric gap as small as possible to achieve the maximum capacity, which limits the possibility of using the dielectric space to affect the substance.

The prototype is a well-known electrical device - a radio transmitter that has a transmitting antenna and a source (v

From Time-varying electric voltage IKabardin O.F. Physics. Reference material. M., "Enlightenment", 1991, p. 252 et seq.)|). The antenna in the simplest version consists of two electrodes (the role of one of the electrodes can be played by the ground). The antenna differs from the capacitor considered above in that the electrodes are separated by a significant distance, so that the generated electric field covers a significant space. When a time-varying electric voltage is applied to the electrodes, an electric field is created in the space between the electrodes, the intensity of which changes over time in accordance with the change in the voltage on the electrodes. with

Common essential features of the radio transmitter with the claimed utility model are the presence of electrodes and a time-varying electrical voltage source.

The reason that prevents the achievement of the desired technical result is that the alternating electric field created by the radio transmitter is not rotary and therefore does not allow to achieve the desired physical effects and technical results. The basis of the proposed useful model is the task of ensuring the creation of a rotary electric field and achieving physical effects in an electrical device by changing structural elements. technical results, which are based on the interaction of the rotary electric field with ether and matter.

The problem is solved by the fact that in the generator of the rotary electric field, which has electrodes and a source of electric voltage varying in time, according to a useful model of the location of the electrodes and their power supply

GI electric voltage is carried out in such a way that the electric field in the central zone of the space between the electrodes has a rotary component that corresponds to equations (1)-(3):

Mn E, - xEvip(gyati/t) 0) - E, - xEvipidlpoi!Th lig) (2)

FO v,-zvvipioppzi/t el) so where:

Ex" Eu, E, - electric field intensity components along the X, Y, 7 axes, respectively, in the Cartesian coordinate system,

Е is the effective amplitude of the field strength, z denotes plus or minus, the value in parentheses corresponds to the angle in radians, с И is time,

T - time period, pi, po, pz - Integer positive or negative numbers, one of which can be equal to zero, or equivalent to an equation with a phase shift or transformation of the coordinate system.

According to the useful model, in the generator of the rotary electric field, the electrodes are located centrally symmetrically along the axes of the Cartesian coordinates, and the opposite electrodes are powered by a sinusoidal electric voltage that corresponds to equations (1)-(3) when replacing the electric field intensity with an electric voltage. 65 According to a useful model, in the generator of the rotary electric field, the electrodes are located symmetrically with respect to the axis of rotation along the contour, which is given by equations (1)-(3) when the values Е y, Бу, Е 7, and the values of E to an arbitrary radius K, while the opposite electrodes are supplied with a sinusoidal electric voltage, the phase of which when moving from one electrode to the next along the circuit is shifted by 2l/M, where M is the number of electrodes, or by electric voltage pulses that shift in time when moving from one electrode to the next one along the circuit.

To explain the essence of the useful model, drawings explaining the topology of the rotary electric field, which is created by the claimed generator, design variants of the rotor electric field generator, examples of implementation of these design variants, and possible applications of the generator are described. 70 Fig. 1-4 shows (on a conventional scale) several of the possible contours that describe the intensity vector of the rotary electric field at different values of the parameters included in equations (1)-(3). For clarity, orthogonal projections of the specified contours are also shown.

Fig. 1 - circle, Hevip ( oil!T ), Mevip ( let it be), 250, pi 1, pa 1, p3- 0;

Fig. 2 - "saddle", Khivip (opi), M-vip (lit - p/2), 2-8vip (lit in oh), pi 1, by 1, pz 2 2,

Fig. 3 - "loop", X-vip ( oliAT ), M-vip ( pai t | ly), yevip ( payment book x), pi 2, by 2, pz 1;

Fig. 4 - "trident crown", X-vip (oil), M-vip evil TT li), y-vip (ol in w), pi 1, po - 1, pz - Z;

Fig. 5 shows a design variant in which the electrodes in the form of square plates 1-6 are located centrally symmetrically along the axes of Cartesian coordinates.

Fig. 6-8 shows the design options in which the electrodes are symmetrically located relative to the axis of rotation along the contour given by equations (1)-(3) when the values E y, Bu, E are replaced by the values of the coordinates X, Y, respectively , 7, and the values of E on an arbitrary radius K. The contour is chosen as the simplest - a circle (p4-1, po-1, pas-:0). Electrodes 1-6 in the form of rectangular or trapezoidal plates can be oriented in the plane of the circle (Fig. b6), perpendicular to the plane of the circle (Fig. 7), at an angle (Fig. 8).

Fig. 9 shows a design variant similar to those shown in Fig. 6-8, but the electrodes 1-6 have the shape of disks, and the contour is chosen as a "trident crown" (p41-1, po-1, pz-3). shsh

Figure 10 shows the possible schemes for powering the electrodes located along one or another circuit with a sinusoidal voltage. Designation Ts(1-4) means the amount of electric voltage supplied from the power source to a pair of opposite electrodes, in this case the voltage on electrode 1 in relation to electrode 4 (numbering of electrodes along the circuit). It is obvious that at the same moment of time Ts(1-4) - - Ts(4-1). co

The following are examples that confirm the possibility of implementing a useful model. aw!

Example 1. The design version of the claimed generator, in which the electrodes are located centrally symmetrically along the axes of Cartesian coordinates, is shown (on a conventional scale) in Fig. 5. Electrodes -- 1-6 have the shape of square plates and are located centrally symmetrically, perpendicular to the axes of the coordinates oy at equal distances from the center of the coordinates. However, the electrodes can have a different shape and orientation.

It is optimal if all six electrodes have the same shape, size and orientation relative to the X, Y, 7 axes. with the same proportionality factor for each pair of opposite electrodes. Electrodes can be made in the form of "square, triangular, or trapezoidal plates, disks, parts of a sphere, cones and other geometric shapes. - t0 If these are plates, they can be oriented perpendicular to the coordinate axes, as shown in Fig. 5, or parallel or at an angle, provided the central symmetry is preserved. z» The generator is powered by a sinusoidal voltage, which is supplied to each pair of opposite electrodes located along the X, Y, 2 axes, and corresponds to equations (1)-(3) when replacing the electric field strength with an electric voltage. It is essential that the phases of the sinusoidal supply voltages for each pair of electrodes are matched in accordance with equations (1)-(3). Thus, the generator cannot be powered by three independent sources of sinusoidal voltage, even if their frequencies correspond to the selected parameters T, пу, по, пз. The phases must also be coordinated, otherwise instead of a rotary field characterized by the rotation of the intensity vector, we will get a chaotic change in the orientation of the vector - the intensity of the field. Such a chaotic field does not allow to achieve the necessary physical effects and technical advantages 20 results.

The design of the power source is not an essential feature of the claimed utility model, as it can be taken from the prior art. For example, known generators of sinusoidal electrical voltage can be used, and phase matching is achieved with the help of a reference generator containing phase-shifting links, frequency multiplier elements, transformers, and other electronic devices known in the art. 25 For the most efficient operation of the proposed rotary electric field generator, it is optimal if each of the pairs of opposite electrodes is powered by the transformer winding, which together with its pair of electrodes forms an oscillating circuit, the resonant frequency of which (which is determined by the inductance of the winding and the capacity of the capacitor formed by the pair electrodes) corresponds to the parameters T, п, по, пз FOR each pair of electrodes. Provided that phase matching is supported, this power supply option allows to achieve 60 the most efficient use of the energy of the power source and the largest amplitude of the field strength.

It should also be noted that, although a sinusoidal voltage is the most appropriate for powering the claimed generator, technical results are also achieved when feeding the electrodes with a non-sinusoidal periodic voltage, since any periodic voltage can be represented as a sum of sinusoidal components. because Example 2. Design variants of the claimed generator, in which the electrodes are located symmetrically with respect to the axis of rotation along the contour, which is given by equations (1)-(3) when the values E y, Bu, E, are replaced in them by the values of the coordinates X, Y, respectively 7, and the values of E at an arbitrary radius K are shown (on a conventional scale) on

Fig. 6-9. A circle (p4-1, po-1, pz-0) and "trident crown" (p4-1, po-1, pz-3) were chosen as contours. Electrodes 1-6 in the form of rectangular or trapezoidal plates are located symmetrically along the vertices of a hexagon inscribed in a circle, while the electrodes can be located in the plane of the circle, be perpendicular to this plane, or at an angle (along the faces of the hexagonal pyramid). In the case of the "trident crown" contour, the disc-shaped electrodes are symmetrically located relative to the axis of rotation, while the centers of the discs coincide with the three upper and three lower extremes of the "crown". 70 It should be noted that it is possible to arrange the electrodes along other contours given by the above-mentioned equations at different values of the parameters n 4, po, pz. The shape of the electrodes can be different - they can be plates of different shapes, disks, parts of spheres, cones and others. The orientation of the electrodes can also be different - perpendicular to the axis of symmetry, parallel to it or at an angle.

Powering the electrodes when they are located along the circuit (Fig. 10) can be carried out by a source of multiphase 7/5 periodic voltage in such a way that the phase is shifted by lm radians when moving to each subsequent electrode along the circuit (M is the number of electrodes). In Fig. 10, the number b on the abscissa axis corresponds to one rotation of the electric field at M-6. It is optimal if each phase is connected to a pair of opposite electrodes.

The electrodes can also be powered from one source of periodic voltage through phase-shifting links. It is optimal if the supply voltage is sinusoidal.

It should be noted that real power sources give a more or less distorted sinusoidal voltage.

Large distortions of the voltage form are also possible when supplying the device with short-term voltage segments lasting one or more periods. However, even in these cases, the purpose of the claimed useful model is achieved, since the generated electric field has a rotary component.

For some possible applications, which will be explained later, it is also possible to power the device with very short segments of voltage (for example, one pulse for each symmetrical electrode), so that the electric field intensity vector makes only one turn or even half a turn. This type of power supply can be used if it is necessary to achieve a high field strength.

The specified device power options, as well as other possible power options, can be implemented using devices known in the art. ee)

It should be noted that the generator of the rotary electric field according to the claimed useful model, in any constructive variant, almost does not create wave (dipole) electromagnetic radiation, i.e., interference for radio communication. However, dipole electromagnetic radiation can "- appear when the symmetry of the location of the electrodes and connecting wires is disturbed, when the phases of the power supply voltage are not aligned, when there are objects in the environment of the device capable of disturbing the symmetry of the device due to

Capacitive or inductive connection with symmetrical electrodes and connecting wires. The dipole Ha component of the radiation can also occur when the electrodes are fed with a pulsed voltage or short-term voltage segments. If it is impossible to completely exclude the specified factors, then to eliminate radio communication interference, the generator must be operated in a shielded room. "

The proposed rotary electric field generator can be used in various fields of technology. Thus, 70 with the help of a rotary electric field generator, it is possible to create ethereal vortex objects (EVO), for example, ball lightning. In nature, the occurrence of ball lightning is a very rare phenomenon, which occurs during the accidental creation of a rotary electric field during an electrical discharge in the atmosphere. и"? It should be noted that EVO is a quantum object, which means that its creation requires a pulse of a rotary electric field with a frequency and intensity of at least some threshold value. Currently, 75 values of these parameters cannot be calculated theoretically. Based on indirect data, the author assumes that to create EVO, the product of the electric field strength (V/m) between the electrodes by the rotation frequency sl of the field (sec) and the effective area occupied by symmetrical electrodes (m 2) should be at least 1011 -1012V"m/sec. That is, if the effective area of the device (the circuit along which the electrodes are located) is Im 2, the amplitude of the supply voltage is 1078, the frequency of rotation of the field must be of the order of magnitude at least av | 20 107-108 sec7- 10-100 MHz. Creating and maintaining an electric field with such parameters for a long time is a complex technical problem, however, for this application, a short-term pulse of the rotor field is sufficient. One revolution or even half a revolution of the rotary electric field can be quite sufficient. Once the EVO is formed, there is no further need to maintain the rotary electric field.

This simplifies the power supply requirements and minimizes energy consumption.

Theoretically, in airless space, without contact with matter, EVO can exist for a long time, manifesting itself only by its property of reflecting electromagnetic radiation. EVO can look like a silver sphere or an ellipsoid, depending on its internal symmetry. In fact, EVO is a macroscopic elementary particle. EVO glows in the atmosphere, gradually losing energy when interacting with air molecules. It should be noted that EVO created using the claimed rotor field generator and 60 natural EVO (for example, ball lightning) are fundamentally different from plasma clots, which can be created by concentrating electromagnetic energy (for example, ultra-high-frequency radiation) in a gaseous environment. Such clots, although outwardly similar to ball lightning, are not quantum objects and can exist only with a continuous supply of energy.

With the help of the rotary electric field generator, it is also possible to influence the gravitational field. because the possibility of such influence is based on the fact that the gravitational attraction of material objects arises as a result of the interaction of etheric funnels that exist around these objects. Therefore, the artificial "spinning" of the ether, induced by the rotary electric field, can change the gravitational field. In turn, the possibility of ether "unwinding" by a rotary electric field is based on the fact that ether funnels also arise around an uncompensated electric charge. The cyclic movement of a localized, uncompensated charge along a closed circuit is equivalent to a rotary electric field. Thus, we use the charge "funnel" as a "mixer" to spin the ether. Currently, the author of the claimed useful model cannot theoretically calculate the magnitude of the effect and the necessary parameters of the rotary electric field (voltage, frequency, optimal topology). However, this physical effect can exist, and on its basis can be created 7/0 aircraft capable of moving in space without using the jet principle. It should also be noted that when the parameters of the rotor field are higher than the thresholds necessary for the creation of the EVO, the external gravitational field does not act on the material object placed inside the EVO. Inertia forces do not act on such an object when moving the EVO. Thus, by creating a sufficiently strong rotary electric field around the device, we thereby create an "etheric helicopter" that can move in space with any 7/5 speed and any acceleration.

The proposed rotary electric field generator can also be used to influence the rate of nuclear transformations of matter. To do this, a substance capable of nuclear transformations, for example, a radioactive substance, is stirred in the area of effect of the rotary electric field. In order for the electric field to penetrate the substance, it is desirable that it be taken in a phase state or in the form of a compound with low electrical conductivity, and the container in which the substance is located be made of a non-conductive material. The radioactive substance can be taken, for example, in the form of a solution, a non-conductive oxide of a radioactive element in a crystalline form, or in the form of a volatile fluoride in the gas phase. Since the atomic nucleus is a collective etheric vortex object, its stability can change when an external rotor field is applied. Currently, it is impossible to calculate the parameters of the rotor field necessary for a significant acceleration of nuclear transformations, but such a physical effect is possible. It should also be noted that during the nuclear transformation of some radioactive substances, the reverse effect is theoretically possible, namely, the strengthening of the external rotor field in the process of radioactive transformation of the substance stimulated by the same field. In this case, it is possible for the process to go out of control, in connection with which it is necessary to take safety measures (remote control). It should also be borne in mind that with the operating parameters of the declared generator (3 zo above the threshold for the creation of EVO, an uncontrolled acceleration of the process of nuclear transformation of a radioactive substance located in the area of action of the rotor field is possible.

The proposed rotary electric field generator can also be used for "energy-informational influence on water and substances, objects, biological tissues and structures containing water.

For this, in the area of effect of the rotary electric field, water or a substance, biological tissue or o

From Structure containing water. When the rotary electric field acts on the specified objects, it is possible to influence information, in particular biological information, which these objects carry. At the same time, the frequency of the rotor field can be changed to achieve the optimal technical result. For the same purpose, the rotor field can be modulated by modulating the amplitude of the voltage applied to the symmetrical electrodes. It should be noted that there are no threshold values of generator parameters for this application. In particular, the energy-informational influence on biological tissues and structures can be manifested even at very low frequencies and intensities of the rotary AC electric field.

It should also be noted that, as follows from numerous examples of bioenergy practice, it can be considered;" proven that water can somehow perceive and transfer biologically significant information. However, it remains unclear how exactly water carries information. It was assumed that this information

Recorded" in supramolecular formations - water clusters. However, this explanation is insufficient, since water molecules and clusters are constantly in Brownian motion. To stabilize water structures that can carry information, their interaction with some field or substance (for example, molecules of DNA).The author suggests that due to the high intensity of the electric field that exists around polar water molecules and their clusters, a chaotic interaction of this (variable) field with the ether may occur, as a result of which microscopic ether vortices may chaotically arise and disintegrate. When superimposed an external rotary o field can arrange these ether vortices, similar to how the magnetic moments of atoms of a ferromagnetic substance are ordered when an external magnetic field is applied. It is quite possible that structured, relatively long-lived, ether vortex objects can appear on water under the action of a vortex field. At the same time, mutual stabilization of EVO and supramolecular is possible of water structures due to their interaction. It is possible that such a mechanism of information storage and transmission exists in biological systems.

It should also be noted that in engineering, as well as in bioenergetic practice, devices and methods of influencing water and biological structures are known, in which rotational motion is used. Thus, energy generators are described, in which water is brought into rotational motion with the help of a rotor | Fominsky L.P. Rotary generator! free heat Cherkassy, "OKO-Plus", 2003, 346 p. At the same time, the release of heat energy is observed, the amount of which exceeds the energy consumption for water rotation, which, at first glance, contradicts the law of conservation of energy.

The author of the cited source assumes that excess energy is released due to nuclear reactions in water stimulated by the "torsion field". Although this interpretation, from the point of view of modern physics, is not justified, nevertheless, several companies produce rotary devices for heating premises. The author of the declared useful model assumes that the action of the rotary electric field on water can be more effective than the mechanical rotation of 65 Water, BOTH in terms of stimulating possible nuclear transformations, and in terms of energy and information.

Thus, the proposed rotary electric field generator can find wide application in technology.

Claims (2)

The formula of the invention 1. A rotary electric field generator having electrodes and a time-varying electric voltage source, which is characterized by the fact that the location of the electrodes and their supply with electric voltage are carried out in such a way that the electric field in the central zone of the space between the electrodes has a rotary component that corresponds to 70 by equation (1)-(3): Ek - "5E face! T) (0 : 2 E, - BEZipala! TE ti) 2 E, - xEvipidlpzi/ Tl 8 where: Ex, E, E, - components of the electric field strength, respectively, along the X, MU, 7 axes in the Cartesian coordinate system in the selected point in space, E is the effective amplitude of the field strength, t means plus or minus, the value in parentheses corresponds to the angle in radians, Y is time, T is the time period, pl, Po, Pz are positive or negative integers, one of which can be equal to zero, sshh or equivalent equations when shifting the phase or transforming the coordinate system. 2. The rotary electric field generator according to claim 1, which differs in that the electrodes are located centrally symmetrically along the axes of the Cartesian coordinates, and the opposite electrodes are powered by a sinusoidal electric voltage that corresponds to equations (1)-(3) when replacing the voltages in them electric field to electric voltage. (av) Z. The generator of the rotary electric field according to claim 1, which differs in that the electrodes are located - symmetrically with respect to the axis of rotation along the contour, which is given by equations (1)-(3) when the quantities Е,, Е, Е are replaced in them by the values of the coordinates, respectively Х, У, 7, and the values of Е - on an arbitrary radius K, while the opposite yuyu electrodes are powered by a sinusoidal electric voltage, the phase of which during the transition from one electrode to the next one along the contour is shifted by ol/M, where M is the number of electrodes, or electrical voltage pulses that shift in time when moving from one electrode to the next along the circuit. - and? име) 1 - («c) IR e) 60 b5