Electrical machine with disc rotor |
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IPC classes for russian patent Electrical machine with disc rotor (RU 2505910):
   
 Magnetoelectric motor / 2499345
Magnetoelectric motor comprises a rotor, made of two parallel discs fixed on the shaft, on every of which there is a ring-shaped row of permanent magnets with alternating polarity. Poles of the permanent magnets arranged at one of rotor discs face the opposite poles of the magnets placed on the other disc of the rotor, the stator is placed between discs of the rotor with a gap relative to the shaft and is equipped with circular windings in the form of isosceles trapezoids, sides of which are arranged radially relative to the axis of rotor rotation. According to the invention, the stator is made in the form of two plates parallel to each other, circular windings are placed between plates, sections of circular windings in the bases of trapezoids are bent according to the arc, circular windings of one plate of the stator are inserted into circular windings of the other plate of the stator with formation of modules, besides, the distance l between sections of circular windings in bases of trapezoids exceeds the width b of the ring-shaped row of permanent magnets of the rotor.
 Electromagnetic generator / 2494520
In an electromagnetic generator a rotor is equipped with permanent magnets, and a stator comprises two parallel plates (5, 6), between which there are circular windings (7), made in the form of isosceles trapezoids, sides (8, 9) of which are arranged radially relative to the axis of rotor rotation, and sections (11, 12) of circular windings (7) in trapezoid bases are bent along the arc. The rotor is made of two parallel discs (1, 2) fixed on a shaft (10), on every of which there are ring-shaped rows of permanent magnets (3, 4) arranged on opposite surfaces, and their polarity in every row alternates. Poles of permanent magnets (3, 4) in a single row face opposite poles of permanent magnets (3, 4) of another row. Circular windings (7) are inserted into each other to form modules, at the same time the distance 6 between sections of circular windings (7) in trapezoid bases exceeds width b of the ring-shaped row of permanent magnets (3, 4). At the same time according to this invention between circular windings (7) there is an additional flat circular winding (13) in the form of an isosceles trapezoid, sides (14) of which are arranged in one plane between sides (8, 9) of other circular windings (7).
 Dc electromagnetic machine / 2490773
Direct current electromagnetic machine contains a stator frame with permanent magnets installed its inner surface, a rotor with winding and shaft installed in the stator frame suitable for rotation so that a magnetic field of the winding could interact with a magnetic field of permanent magnets made as a block of permanent magnets with central body of soft magnetic material having a polyhedron shape with lateral sides and two sides serving as the bases and at that one base side is an active face of the pole; lateral permanent magnets of hard magnetic material joining lateral sides of the central body so that their magnet field is directed inwards of the central body; a permanent magnet of hard magnetic material joining on of the central body bases with its magnetic field directed towards the active face of the pole, it joins the base of the central body opposite to the pole active face. According to the invention at that at the shaft slip rings are installed and blocks of permanent magnets are installed perpendicular to a plane of the rotor rotation at two opposite sides and directed by the pole active face towards the rotor winding; meanwhile the machine contains closing magnet cores in order to create U-shape at magnetic poles in order to amplify power of the magnetic field and permanent magnets adjoining the central body join the above closing magnet core by the opposite side, at that rotor coils are connected in parallel.
 Submersible water-filled synchronous generator of vertical design / 2483417
Proposed submersible water-filled synchronous generator of vertical design comprises a basic shield, where a circular flat magnetic conductor is fixed, wound from electric steel, with a winding, a rotor disc with permanent magnets, a bearing shield arranged as cantilevered relative to the basic shield and comprising bearings of the rotor shaft. At the same time, according to this invention, the generator is equipped with a thrust sliding bearing, which has a journal in the form of a disc arranged on the rotor shaft, and a step-bearing in the form of a thrust sleeve, which covers the bearing shield at the side opposite to the basic shield, and is fixed with the help of bolts. The entire inner cavity of the generator is filled with water, and the generator with a hydraulic turbine arranged above it is submerged under the water level and is retained in this position with the help of floats, and is kept away from displacement by a retaining device.
 Magnetoelectric generator / 2474032
In a magnetoelectric generator, the rotor of which comprises a disc (1) fixed on a shaft, and on the disc there is a ring-shaped row of permanent magnets (2) with alternating polarity, arranged as equidistant relative to each other, and the stator comprises two parallel plates (3,4), between which there are windings, besides, stator windings are arranged on U-shaped cores from electrotechnical steel, which are fixed on plates (3, 4) of the stator, width Bc of the end of the U-shaped core (6) makes a half of the width B of the permanent magnet (2) of the rotor, besides, ends of the U-shaped cores (6) of one plate (3) face the ends of the U-shaped cores (6) of the other plate (4) and are displaced relative to them by the distance equal to the half of the width of the permanent magnet (2) of the rotor, besides, the permanent magnets (2) of the rotor are arranged between opposite ends of U-shaped cores (6) of the stator.
 Low-speed end synchronous generator / 2446548
Low-speed end synchronous generator comprising a rotor arranged in the form of a disc from a non-magnetic material with an excitation system based on permanent magnets and a stator with coils, comprises sections, at the same time in each section a stator is made of one circular magnetic conductor arranged in parallel to the rotor and fixed on stiffening ribs of a casing-free generator frame, coils of stator are placed fully in slots, not protruding beyond limits of a magnetic conductor, in an excitation system the permanent magnets are installed on a rotor disc at its one lateral side in parallel to a magnetic conductor of a stator, besides, rotors of each section are arranged on a single shaft, at the same time to coordinate operation of generator sections, a rotor of each following section is displaced relative to the rotor of the previous section by the following angle: Jmag. = 360° : quantity of permanent magnets of the rotor: quantity of generator sections.
 Twin-rotor solenoid wind powered generator with a tooth stator / 2442018
device refers to the wind energy, pacifically to the wind-energy equipment, designed to charge accumulator batteries and power supply for various recipients. The device contains a motionless stator winding solenoid type and two rotors made of nonmagnetic materials. Rotors have disk form and are placed in axial alignment. The same even number of permanent magnets is distributed on each rotor. Stator winding is reeled on the wind powered generator's axis and is placed between the two cylindrical cores made of the ferromagnetic materials. Large-diameter core is fasten from the outside in the body frame. Both rotors are placed on a single spindle which is connected to the wind wheel and has the ability to rotate in the bearing assemblies. The permanent magnets have a Pi shape. Their poles are placed in axial alignment on each of the rotor and are directed in a heteropolar manner towards each other. Each of the permanent magnets is with heteropolar alternating poles on each rotor has the ability of axial alignment placement with cylindrical core ends. Cylindrical core ends have serrate shape with number of serratures half as less as a number of the permanent magnets. Serratures are placed in axial alignment to each other.
 Double-rotor tooth wind-driven generator / 2435983
Double-rotor tooth wind-driven generator includes stationary stator winding of solenoid type, as well as two rotors from non-magnetic material. Rotors are made in the form of discs and located coaxially. Equal even number of constant magnets is distributed uniformly on each rotor. Stationary stator winding of solenoid type is wound along axis of wind-driven generator and located between two cylindrical cores from ferromagnetic material. Core with larger diameter is fixed with its outer side in the housing. Both rotors are arranged on one shaft. Shaft is connected to wind wheel and has the possibility of being rotated in bearing supports fixed in the housing. Constant magnets are U-shaped, and their poles are located coaxially on each of the rotors and directed unipolar to each other. Each of constant magnets has the possibility of coaxial rotation with edges of cylindrical cores. Edges of cylindrical cores have tooth shape with number of teeth equal to number of constant magnets. Teeth of one edge of cylindrical cores are coaxial to slots of other edge of cylindrical cores. In each slot there located is connection strap from ferromagnetic material, which connects both cores.
 Multi-disc unipolar dc machine without sliding contacts / 2435286
In the proposed design of the unipolar electric machine (UM) the electric contacts are electroconductive roller swinging contacts and fixed cylindrical cartridges, to which electric conductors are soldered. Such design of electric contacts without high complexity makes it possible to electrically serially connect all their rotor discs into the anchor circuit, which allows increasing of working voltage. At the same time the swinging friction between electroconductive rollers and fixed cylindrical cartridges, and also active parts of rotor discs (hubs) is incomparably less than sliding friction between conventional sliding brush contacts and contact rings.
 Magnetoelectric generator / 2427067
In proposed magnetoelectric generator the rotor of which is provided with constant magnets (3) and (4), and stator contains two parallel plates (5) and (6), between which annular windings (7) are arranged, according to this invention the rotor is made of two parallel discs (1) and (2) fixed on shaft, on each of which ring-shaped rows of constant magnets (3) and (4) are arranged on surfaces facing each other and located in each row at equal distance; polarity of constant magnets of each row alternates. At that, poles of constant magnets of one row face opposite poles of constant magnets of other row, and annular windings (7) of stator are made in the form of equal trapezoids the lateral sides (8) and (9) of which are located radially relative to rotor rotation axis, and sections (11) and (12) of annular windings (7) in bases of trapezoids are bent through an arc; annular windings (7) are inserted into each other in pairs. At that, distance ℓ between sections (11) and (12) of annular windings (7) in bases of trapezoids exceeds width b of ring-shaped row of constant magnets.
 Stator design for low-power three-phase asynchronous motor / 2505909
Stator is a salient-pole stator but its salient poles do not have windings and a tooth area. The three-phase winding of the stator, which generates a system of phase magnetomotive forces (mmf), is lumped in form of coils and is placed on radial protrusions (poles) of a frontal core placed on one of the ends of the stator perpendicular to the axis of the asynchronous motor with a central opening for the shaft. The poles of the frontal core with windings are magnetically closed with the stator poles by steel rod bundles. The novelty in the design of the stator is that elements of its magnetic conductor along with the rotor core form a symmetrical multi-phase magnetic circuit connected by a Y connection with two node "points": in the frontal core of the stator and in the rotor. Under the action of the symmetrical system of mmf, a phase magnetic flux system which is symmetrical in space and time (on phase) arises in phases of such a symmetrical magnetic circuit. Summation thereof gives rise to a circular revolving magnetic field of the stator, and node "points" of the magnetic circuit have zero magnetic potential, owing to which the phase magnetic flux of the stator crosses the air gap only once in the forward direction: stator pole - air gap - rotor core, and have only the normal (radial) component of the magnetic induction vector. Return flux and tangential components of the induction vector are absent in the back of the rotor.
 Rotor for high-revolution electrical machine / 2505908
Rotor for a high-revolution electrical machine has a shaft, a magnetic system with permanent magnets and a cylindrical nonmagnetic ring encircling their outer surface and which prevents centrifugal movement of the magnetic system. The shaft has a regular polygon-shaped cross-section at the vertices of which there are rectangular grooves. The walls of the grooves are parallel to their planes of symmetry which pass through the axis of rotation of the rotor. The nonmagnetic ring has protrusions on its inner cylindrical surface which are situated in the grooves of the shaft without clearance. When the structure is operating at high rotational frequencies, movements of the ring and magnets are aligned by lateral faces of the protrusions.
 High-speed generator based on double-pole machine with dual voltage system, intermediate rotor and capacitor-type self-excitation / 2501147
High-speed generator based on double-pole machine with dual voltage system contains stator (1), intermediate solid rotor (2) and phase-wound rotor (3). Windings of stator (1) and phase-wound rotor (2) are connected in series and in parallel and excitation capacitors (11), load (12) and reactive power static compensator (13) are connected to it. Intermediate rotor (2) has two squirrel-cage windings (14) and (15) which bars are laid into slots and closed at rotor edges by two cage rings (16). Shaft of phase-wound rotor (3) and shaft of intermediate rotor (2) are connected by tooth gear with drive ration equal to two. The gear consists of gear-wheel (5) fixed at the shaft of phase-wound rotor (3) linked with tooth gear wheel (6) located at gear axis (7). At the other end of axis (7) there is gear-wheel linked to wheel (9) fixed at intermediate rotor (2). The axis (7) can be offset manually or automatically and mechanical bond between shafts can be broken when steady conditions with capacitor-type excitation are reached. Generator is driven by combustion engine (10).
 Synchronous electric motor / 2499344
In the proposed synchronous electric motor "П"-shaped magnetic conductors (1) of the stator are made as laminated from electric steel and are combined into a single structure with the help of two rings (3), made of non-magnetic material. On each "П"-shaped magnetic conductor (1) there is a phase (2) of stator winding. The rotor (4) is made of ferromagnetic material, installed on the shaft (5) and has a cylinder shape with two teeth displaced along the axis and having identical angular position. At the same time supply of stator winding phases is carried out with AC voltages shifted by phase to the angle that is less than the space shift of "П"-shaped magnetic conductors.
 Rotor and method to manufacture rotor of electric machine / 2499342
Method to manufacture a rotor (14) is proposed for an electric machine (13), including the following stages of its realisation: a) manufacturing of a magnetic element (8) by means of adhesion of permanent magnets (1, 1', 1", 1'") to each other with the help of the first glue, at the same time each permanent magnet (1, 1', 1", 1'") has one side (2) with the magnetic north (N) and one side (3) with the magnetic south (S), at the same time permanent magnets (1, 1', 1", 1'") when adhered are arranged so that sides of the magnetic north (N) or sides of the magnetic south (S) form a common lower side (3, 3', 3", 3'") of the magnetic element (8), at the same time the first glue in the hardened condition has the solid consistency; b) adhesion of the lower side of the magnetic element (8) with the yoke (12) with the help of the second glue, at the same time the second glue in the hardened condition is soft and elastic, which eliminates break of the second glue as the temperature of expansion of the magnetic element (8) and the yoke (12) increases. At the same time the yoke (12) in the place where the magnetic element (8) is adhered to the yoke (12), has the soft and elastic layer (2).
 Submersible synchronous electric motor / 2498484
Submersible synchronous electric motor contains stator with imbricated core installed in stator casing, the core has radial teeth on inner surface; inside stator there is rotor consisting of m stacked packs divided by central bearings; at outer surface of rotor there are also teeth; between rotor and stator there is a minimum positive allowance and at stator poles there are identical wound inductance coils connected into phases. Each phase consists of two parallel paths, and each path includes in-series diode and coils; diodes in parallel paths are connected in opposition. According to the invention at that each pole of stator has two grooves in which there is a slot wedge made of dielectric material; diodes are collected to rectifier block installed in stator; number of rotor central bearings is m+1, and rotor is fixed in stator due preloaded installation of the bearings.
 Electrical machine with radial metal partitions for direction of cooling air / 2498480
Invention offers electrical machine with cooling through radial slots in sheet pack (12) of stator and sheet pack (7) of rotor, at that main flow of cooling air from two sides along the axis is directed to sheet pack (7) of rotor and radially through slots in sheet pack (7) of rotor and sheet pack (12) of stator. Part of air flow passes also through heads (15) of winding. Housing (1) of electrical machine has an outlet (18) though which heated exhaust air can be drained. At closed sides of housing (1) of the electrical machine exhaust air should pass only in axial direction between axial ribs (11) till the end of sheet pack (12) of stator in order to be released in direction of open side of the housing (1). Metal partitions (10, 20) are installed in order to prevent barriers at the side of exhaust air and part of cooling air flow.
 Synchronous jet engine with electromagnetic reduction / 2497264
Synchronous jet engine with electromagnetic reduction includes a toothed rotor with the number of teeth zp, a toothed rotor with uniformly distributed teeth zc, the number of which is related to the number of teeth of rotor zp by the ratio zp = zc ± p, where: p = 1, 2, 3… number of pairs of poles of m-phase winding located in the stator slots, each phase of which consists of semi-phases that are parallel and opposite connected to each other with diodes connected relative to the beginning of those semi-phases; those semi-phases are offset relative to each other through 180 electric degrees, and each semi-phase consists of p coil groups connected to each other. With that, according to this invention, coil groups of each semi-phase are connected parallel to each other, the number of slots of stator zn, in which m-phase winding is arranged, is equal to zn=zc/k, where: k= 1, 2, 3…, besides, m capacitors connected to each other are connected to m-phase winding, which at m equal to 3 are connected to each other as per a star network or a triangle network, along with phase windings.
 Electric machine with increased protection degree and with improved rotor cooling / 2497260
Electric machine includes stator (1) and rotary shaft (3) installed relative to stator (1) with possibility of being rotated about shaft axis (5) so that shaft axis (5) determined axial direction, radial direction and tangential direction. Rotor (6) that is electrically interacts with stator (1) is installed on rotary shaft (3). Rotor (6) has at least one axial channel (8) of rotor, which passes in axial direction. Stator (21) has plate stator pack (10), which in axial direction is continued above rotor (6) and at observation in sectional plane orthogonal to axial direction, it envelopes rotor (6) so that at observation in sectional plane the closed inner cavity (11) of rotor is formed. Corresponding casing (14) is installed on plate pack (10) of stator along the axis on both sides. At least one of casings (14) includes central groove (15) for passage of rotary shaft (3). Stator plate pack (10) has at least one axial channel (12') of stator, which passes in axial direction and is fully closed at observation in sectional plane. Casings (14) are made so that they interact with plate pack (10) of stator and form at least one radial channel (16) passing in radial direction. Radial channels (16) connect at least one axial channel (12') of stator in flow direction to inner cavity (11) of rotor, and are mainly closed. For imposition of forced convection on rotary shaft (3), at least one element (17) acting as a fan is arranged axially inside casings (14). With that, plate pack (10) of stator has additional axial channels (12") of stator, which pass in axial direction and are separated as to flow from inner cavity (11) of the rotor.
 Inductor-type generator / 2497259
In the proposed inductor-type generator containing rotary elements with a shaft, a stator, end shields and bearings, according to this invention, the stator is made in the form of two angles; with that, the first side of the first angle is installed parallel to the rotary element; the second side of the first angle is connected to an excitation source, to which there also connected is the first side of the second angle, and on the second side of the second angle there installed is a core with a coil, the working surface of which is oriented parallel to the rotary element.
 Rotor magnetic system / 2244370
Rotor magnetic system has more than two magnetically permeable steel laminations with pole horns formed by prismatic tangentially magnetized N-S permanent magnets placed inside laminated stack; inner and outer diameters of laminations are uninterrupted and rectangular prismatic magnets are installed inside them so that distance over outer arc between external planes of two adjacent magnets of unlike-polarity poles is shorter than that over internal arc between same planes; magnets do not contact one another and have at least one projection on inner diameter for coupling with rotor shaft.
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FIELD: electricity. SUBSTANCE: stator electromagnetic systems (EMS) of the electrical machine have a flat-topped shape with open poles facing the open poles of magnetic elements of the rotor, connected in pairs by magnetic bridges placed on the opposite side of the rotor relative the open poles of its magnetic elements. The distance between centres of poles of the stator EMS is equal to the distance between centres of poles of neighbouring magnetic elements of the rotor. The disclosed electrical machine has low material consumption of the structure owing to use of fewer magnetic elements in the stator EMS, simple technique of assembling and dismantling the structure owing to one-sided arrangement of the disc rotor relative the poles of the stator EMS, and the arrangement of the poles of the stator EMS in one plane enables to reduce the air gap between poles of the rotor and the stator, and the length of the middle magnetic line of the stator EMS, which considerably increases energy efficiency of the machine. EFFECT: low material consumption and high manufacturability and energy efficiency of the structure of electrical machines with a disc rotor. 3 cl, 5 dwg
The invention relates to a low-speed contactless torque of the electric machines with permanent magnets and can be used to convert the energy of rotation of the rotors of small wind and hydro power plants into electric current with compensation of the magnetic force holding the rotor evenly loaded output winding. Known electric machine with the disk rotor by the patent RU №2340068 from 27.11.2008, [1], containing nonmagnetic case of two halves with bearing units for the rotor shaft, the magnetic circuit and the windings of the stator, the rotor disc type, placed on a ring magnetic sectors with mutually opposite magnetization vectors along the short axis and passing during the rotation of the rotor in the air gap of the O-shaped electromagnetic systems (EMS) of the stator. O-rings EMC stator consist of two U-shaped parts with the windings of the stator, placed in the halves of the body. When a magnetic sectors of the rotor in the air gap of the stator EMC in its magnetic core varies the magnetic flux that causes the EMF on the conclusions of the stator windings. To reduce the influence of the magnetic force holding sectors of the rotor in the stator clearances EMC prototype [1] used the known method and device of reciprocal compensation braking force into electricity is th generator with permanent magnets according to the patent RU No. 2394336 from 10.07.2010, [2], in which the magnetic circuits of the stator EMC performed with a constant magnetization of the poles, and the strength of the magnetic pull in air gaps of one stator EMC balanced magnetic forces pushing sectors of the rotor disk of the air gaps of the other stator EMC. Significant disadvantages of the prototype [1] are: - high consumption of materials design and technology complexity ensure free rotation of the rotor in the air gap of the stator EMC O-shaped type because of the high magnetic force of attraction of the magnetized sectors of the rotor to the stator poles EMC; - unproductive losses due to the increased magnetic resistance of the stator EMC because of the considerable length of the average magnetic line and a significant air gap O-shaped core. The technical result achieved by using the proposed invention is to reduce material consumption and improve maintainability and energy efficiency of the design. To achieve a technical result stator EMC electric machine is made U-shaped with open poles facing the open poles of the magnetic elements of the rotor are connected in pairs by means of magnetic jumpers placed on the opposite side of the rotor relative to the open floor is cos its magnetic elements, the distance between the centers of the poles of the stator EMC is equal to the distance between the centers of adjacent poles of the magnetic elements of the rotor. 1 shows a disk rotor of the electric machine /top view and side view in section of/; figure 2 shows the relative positions of the rotor disk and one of the stator EMC /top cut from an end face of the rotor at the bottom of the top/when the magnetic flux from the permanent magnets of the stator EMC is summed with the magnetic flux from the permanent magnets of the rotor; figure 3 shows a variant of vzaimovliianie magnetic fluxes from the permanent magnets of the stator EMC and rotor, and Fig 4 shows an intermediate position of the poles of the stator EMC relative to the poles of the magnetic rotor systems, in which the magnetic resistance of the stator EMC maximum because of the significant air gap in the magnetic circuits of the stator EMC; figure 5. shows an intermediate position of the poles of the stator EMC relative to the poles of the magnetic rotor systems with an alternative placement of the magnetic elements of the rotor. The non-magnetic disc 1 of the rotor is fixed with a constant angular pitch of the magnetic sectors 2, pairs United magnetic jumper 3 in the U-shaped permanent magnet facing the open poles to open poles of the U-shaped stator EMC containing ferromagnetic elements 4, 5, 6 and the stator is bmode 7, posted on frame 8 When the rotation of the disk 1 of the rotor relative positions facing to each other of the open magnetic poles of the elements 2 and rotor 4, 5 of the stator passes several characteristic phases: - phase maximum of the resulting magnetic flux in the stator EMC shown in figure 2, when in the air gaps between the poles interact with the opposite poles of the elements 2 and 4, 5, resulting in a cumulative magnetic stator EMC and the corresponding rotary magnetic system; - minimum phase magnetic flux in the stator EMC, is shown in figure 3, when the air gaps between the poles interact with the same poles of the elements 2 and 4, 5, resulting in vzaimokompensiruyutsya magnetic stator EMC and the corresponding rotary magnetic system; - phase intermediate values of the magnetic flux in the stator EMC, depicted in figure 4, when the size of the air gaps between the magnetic poles 2 and 4, 5 maximum, also maksimalno magnetic resistance of the respective stator EMC. In all other mutual locations of the elements 2 and rotor 4, 5 stator EMC is changing the values of the flows between these two phases, creating in the output windings 7 EMF is proportional to the number of turns of the winding and the rate of change of magnetic flux. When che is nom the number of pairs of stator EMC in the proposed device is provided for effective compensation of the magnetic force of retracting the rotor of one pair of stator EMC forces of magnetic repulsion of the rotor from similar provisions other a pair of stator EMC. As a result, when unloaded /or uniformly loaded/ output windings of the stator EMC easily rotor rotates against the backdrop of a significant vzaimokompensiruyuschim each other forces the magnetic interaction of the magnetic poles of the rotor with magnetic poles of the stator EMC. Figure 4 shows a variant of the placement of the poles of one of the pairs of stator EMC /left in figure 4 stator EMC/ and other pairs of stator EMC /right on the 4 stator EMC/ around the circumference of the rotation of the magnetic sectors of the rotor with alternating polarity open poles. At the same time, the variant shown in figure 5 pairwise accommodation in the rotor of the two sectors of the same magnetization, in which the orientation of the poles of all the stator EMC circumference of rotation of the magnetic sectors of the rotor will be the same, however, would be provided for effective compensation of the magnetic force holding the rotor Compared with the prototype in the proposed device: - reduced consumption of materials design /used a smaller number of magnetic elements in the stator EMC/; - simplified technology of Assembly and disassembly design, due to the unilateral placement of the disk rotor relative to the stator poles EMC; - by placing the poles of the stator EMC in the same plane provided the opportunity to both reduce air for the ora between the poles of the rotor and stator, and the average length of the magnetic line of stator EMC, which significantly increases the efficiency of the device. Sources of information 1. Patent RU No. 2340068 from 27.11.2008, 2. Patent RU No. 2394336 from 10.07.2010, 1. Electric machine with the disk rotor comprising placed on the base, the stator comprising several stator electromagnetic systems with permanently magnetized magnetic wires, and mounted on the axis of the disk rotor placed on it with a constant angular pitch of the magnetic elements, characterized in that the magnetic poles of the stator electromagnetic systems placed in the same plane facing the plane of the rotor around the circumference of the rotation of its magnetic elements, and the center distance between the poles of the stator electromagnetic systems is equal to the center-to-center distance of the poles of the magnetic elements of the rotor, which are paired introduced in the magnetic jumpers. 2. Electric machine according to claim 1, characterized in that the poles of the magnetization of the magnetic elements of the rotor facing the open stator poles of the electromagnetic systems, in pairs of the same name. 3. Electric machine according to claim 1, characterized in that the poles of the magnetization of the stator electromagnetic systems placed around the circumference of the rotation of the magnetic elements of the rotor.
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