Device to assemble rotor and stator winding |
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IPC classes for russian patent Device to assemble rotor and stator winding (RU 2380812):
  
 Dynamo-electric machine with wedged-in winding rods / 2321135
Dynamo-electric machine has winding rods inserted into grooves. Each groove is closed by closing wedges. Between closing wedges and winding rods positioned below them, undulate plate springs are positioned, mechanically mated in advance by means of oppositely mounted wedges, positioned between closing wedges and winding rods below them. Simple and fast wedging is possible because opposite wedges are positioned between closing wedges and undulate plate springs, and due to availability of regulating elements which are in fixed position it is possible to change the distance between closing wedges and opposite wedges using aforementioned elements.
 Electrical machine stator / 2284625
Proposed electrical machine stator has magnetic core with slots, winding secured in slots by means of nonmagnetic wedges and insulating gaskets disposed under wedges, as well as additional gaskets provided with slits along axial line of gasket; additional gaskets are disposed in depressions made in main wedges facing the winding. Stator design incorporates provision for optimizing machine parameters and reducing slot harmonic components of magnetic field and inductive reactance of its winding due to reducing inductance of slot dissipation causing reduction in magnetizing current.
 The device for fastening the winding in the slots of the core of an electric machine / 2237336
The invention relates to the field of electrical and electric engineering, in particular to the construction of large electric machines, mainly turbogenerators and hydrogenerators, and more particularly to the fastening elements of the winding in the slots of the core
 The rotor of the turbogenerator / 2144252
The invention relates to the field of electrical engineering, namely the turbine generator rotor with direct gas-cooled winding 1, the conductors of which 1A, 1b, 1C, 1d are located in the slots 2 forgings 3 rotor, closed slot wedges 4
 System circuit grooves / 2134010
The invention relates to electrical machines, namely, devices for closure (closure) of the slots, and the system circuit filled with conductive rods or reels of the slots of the stator body of sheet steel electrical machines with end locks grooves, which consist respectively of the upper prismatic body, on the lower side of which has a surface that passes obliquely, and a lower prismatic body facing to the upper body, the surface of which is inclined relative to the bottom surface of the upper prismatic body in the opposite direction, and direct the jamming may be accomplished by relative displacement of both prismatic bodies
 Rotary pulse generator / 2128871
The invention relates to Electromechanical transducers mechanical energy into electrical energy to create a powerful pulse of energy sources intended for use in power systems large thermonuclear devices, lasers high power in other areas of technology
 Anchor for high-speed motors with forced ventilation air containing abrasive dust / 2092956
The invention relates to the field of electrical engineering and relates to the specifics of the design execution anchors high-speed motors with forced-air cooling system air
Wedge neravnodushnogo rotor / 2045804
 Method for manufacturing of electric machine rotor winding / 2368995
Invention is related to the field of electric engineering and concerns technology for manufacturing of electric machine rotor winding. Method is suggested for manufacturing of electric machine (10) rotor winding, comprising at least four excitation poles (P) installed in stator (11), collector rotor (13), having grooves arranged along circumference and pole teeth (Z), number of which differs from number of excitation poles, sections (S) of winding and the same number of collector plates (L), number of which is at least twice more than number of pole teeth (Z). As sections (S) are wound onto pole teeth by winding wire in continuous mode, after fixation of winding wire (17) on initial plate (La) on the first pole - tooth (Z1) the first section (S1) of winding is wound with selected angle shift (φ0) relative to initial plate (La), then winding wire (17) with specified pitch (Y) along collector is fixed on another collector plate (L), which is a final plate (Le) for wound section, then serially from each collector plate (L) winding section (S) is wound onto pole tooth (Z) with lowest deviation (Wf) of selected angle shift (φ0) from electric angle identified by pole division of stator, afterwards winding wire (17) is entered in contact with another plate (Le), which is spaced by specified pitch (Y) along collector until all winding sections (S) are wound on pole teeth (Z).
 Method for assembling nonsalient-pole electrical machine rotor / 2248658
Proposed method for assembling rotor of nonsalient-pole electrical machine includes fixation of teeth on rotor barrel and installation of multiturn coils, these procedures being alternating as follows: first coil of greater size is installed on rotor barrel, then teeth abutting against this coil are fixed, after that smaller coils are installed and secured in the same manner as first coil.
 Armature winding / 2244997
Proposed armature winding may have any desired slot number and has its electrical characteristics as close to arcless switching as possible due to alternate paired entrance of armature winding section coils under electrical machine poles and relative offset of these coils through one tooth pitch is assembled of section coils placed in armature slots. Novelty is that with even number of winding section coils at odd number of sections, respectively, these coils are evenly distributed in each pair of adjacent armature slots on opposite ends of armature axis.
 The armature winding of the commutator of an electric machine / 2210158
The invention relates to electrical engineering and can be used in the collector electric machines, anchor which has an even number of grooves
 The method of winding armatures collector electrical machines (options) / 2126584
The invention relates to the technology of electric machines, namely anchors with different types of windings, in particular the winding of the riser, and can be used in the electrical industry
 Device for winding armatures collector electrical machines / 2099845
The invention relates to the field of electrical engineering, namely for technological equipment for the manufacture of anchors collector electrical machines
 A machine for winding armatures of electric machines / 2083049
The invention relates to electrical engineering, and in particular to equipment for winding multi-pole anchors (stators, rotors) electrical machines
 A machine for winding armatures collector electrical machines / 2059992
The invention relates to electrical engineering and for technology anchors collector electrical machines
 Method of installation of pull-through winding of submersible motor stator / 2337457
Invention is related to electric machine industry and is used in manufacture of submersible electric motors. Method of installation of pull-through winding of submersible motor stator includes installation of technological pins into stator slots, pulling of winding wire through to stator slot, its intermediate winding on drums and installation in the following slot. Technological pins are made with hinges on both ends. Prior to their installation in slot they are passed through draw plate attached to stator slot. Number of holes in draw plate is equal to number of wires in slot. To the end of winding wire with the help of cartridge end pin is fixed with hook for engaging of technological pin hinge. After end and technological pin wire is pulled through the slot, technological pin is disengaged, and wire is wound on receiving drum. Then drum is turned, wire with end pin is again fixed to technological pin from the other slot and pulled through the slot. Pin is disengaged, and wire is rewound to the other receiving drum. Process is repeated until coils are completely formed.
 Method for manufacturing brushless dc motor stator and stator of brushless dc motor manufactured by this method / 2287888
First alternative of proposed method for manufacturing DC brushless motor stator includes step-by-step formation of rear-yoke strip-shaped material by stamping silicon sheet steel, formation of stator rear yoke by helical placement of rear yoke material, formation of poles having rounded-off components on their outer circular surface using magnetic iron powder, connection of poles to rear yoke by inserting them into inner circular surface of rear yoke, covering of poles with insulating paper, this being followed by winding outer circular surfaces of poles covered with insulating paper. Another alternative of proposed method also includes step-by-step formation of strip-shaped rear-yoke material by stamping silicon sheet steel, formation of stator rear yoke by helical placement of rear yoke material, formation of poles having rounded-off components on their outer circular surface using magnetic iron powder, winding of formers, connection of formers to outer circular pole surfaces, and connection of poles to rear yoke by inserting poles into inner surface of rear yoke. Mechanical design of stator manufactured by one of proposed methods as well as mechanical design of DC brushless motor whose stator is manufactured using one of proposed methods are given in invention specification.
 Motor stator assembly and method for its manufacture (modifications) / 2269856
The motor stator assembly has a great number of yokes manufactured by superposition of a great number of steel plates having a preliminarily enclosed between the yokes and manufactured by molding of a magnetic material with the use of a mould, and a great number of frame bodies with a winding wound on them for generation of induced magnetism, and which are fitted on the outer parts of the poles, the mentioned poles contain: the guide section in the form of a round curve for accumulation of the magnetic flow, the neck section installed on which is the frame body connected to the rear surface of the guide section, and the connecting section formed on the rear surface of the neck section and joined to the yoke. The frame body has an inner wing attached to the outer part of the pole guide section, body connected to the inner wing and installed on the pole neck section for winding of the winding, and an outer wing projecting from each side of the body and covering the winding. Three modifications of the method for manufacture of the given stator of the electric motor are offered, they characterize both different features of manufacture of separate parts of the stator, in particular, with the use of the methods of the powder metallurgy, and the sequence of their assembly.
 A stator with teeth made of soft magnetic powder material / 2237335
The invention relates to the field of electrical engineering
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FIELD: engines and pumps. SUBSTANCE: proposed device comprises housing 1 tetrahedron-like to part 2 and lower part 3 representing casing cut on its both sides, both said parts being separated by shoulder 4. Aforesaid housing has complex-shape inner space 5. The latter houses bolt 6 with spherical end face 7 interacting with inner surface 8 of bearing 9 representing a hollow bush. Additionally, proposed device incorporates frame 10 to interact, by its inner surface, with the housing outer surface and, by its outer surface, with the sides of groove 12 of the core. EFFECT: ease of maintenance and mounting. 7 cl, 4 dwg
The invention relates to a device for the manufacture of coils, in particular for laying the conductors of the winding inside the open grooves of the rotors and stators mainly power electrical machines. It is known device for pulling conductors of the winding in the core of the rotor of the engine containing the plate thickness corresponding to the size of the groove (U.S. Pat. DE No. 19521669, publ. 04.1996 year). The bottom rim of the plate has at the ends of the cuts. The lateral surface of the plate with a vertical shock stamps with active bottom ends that communicate with the upper edges of the slots. The conductors located in the groove, due to the vertical displacement of the tool inside of the groove is compressed active lower ends of the shock stamps, buying elliptic cross-section. After compression of the wires percussion stamps perform point compression of the upper edges of the grooves, forming an internal ledge, carefully locking the extreme Explorer. In the windings of rotors or stators powerful electric machines the length of the core and, consequently, the groove is considerably greater than the length of the known devices, the reels are provided with a ventilation channels, and the conductors of the coils have a flat shape. When the conductors are fixed elastic strips and slot wedges complex profile to prevent slipping p is Vodnikov under the influence of centrifugal forces. In addition, the grooves has a complex profile in the upper part, providing intimate contact of their inner surfaces with the outer surfaces of the slot wedges. When laying the conductors of the winding in the slots of the core of such machines by means of known devices apply a shock load, which leads to the displacement of the conductors and the violation of ventilation ducts, as well as deformation and breakage of conductors. In addition, the working surface of the known devices is limited by the width of the slit groove, which can also cause damage to the conductors. The technical result of the proposed solutions is to improve the manufacturability and quality of installation of the windings of the rotors and stators by reducing the complexity of laying wires and secure the wedges in the slots of the core. The technical result is achieved in that the device for mounting the windings of the rotor and stator, comprising a housing and elements of the working surface, the proposed body to perform two pieces of different shapes through an internal cavity of a complex profile in the cavity to position the bolt interacting with its butt-end with the inner surface of the heel, heel run in the form of a hollow sleeve, connected with bolts, in addition, the device is further provided with a frame that interacts with the walls of the groove, and EXT is na square surface - with the outer surface of the housing, the upper part of the body to perform in the form of a tetrahedron, and the lower part of the housing is in the form of cut on both sides of the cone and both parts of the split collar located on opposite sides of the body, the heel is placed in the cavity of the lower housing and connected with the threaded part of the bolt, the end of which has a spherical shape. Figure 1 shows the device for mounting the windings of the rotors and stators in the groove of the core in the working position, side view; figure 2 is a section along a-A; figure 3 is a device for mounting a winding of the rotor and stator in the groove of the core in the initial position, side view; figure 4 is a section along B-B. Fixture for mounting the windings of the rotors and stators includes a housing 1 consisting of the upper part 2 in the form of a tetrahedron and the lower part 3 in the form of cut on both sides of the cone divided by the flange 4. In addition, the housing 1 has an inner cavity 5 of a complex profile. In the cavity 5 is the 6 bolt with a spherical face 7, which interacts with the inner surface 8 of the heel 9, made in the form of a hollow sleeve. The heel 9 is fastened with the bolt 6 by means of the threaded connection. Fixture for mounting the windings of the rotor and stator is further provided with a frame 10, which interacts with its inner surface with the outer surface of the housing 1, and externally the surface 11 - with the sides of the groove 12 of the core. Fixture for mounting the windings of the rotors and stators works as follows. In the initial position, the device is inserted into the groove 12 of the core at any distance from the edge of the groove. Thus the bottom part 3 of the housing 1 is located in the upper part of the groove 12. The shape of the lower part 3 of the housing 1 in the form of cut on both sides of the cone allows the device to freely accommodate and move through the length of the groove 12, as a cone of the housing 1 is oriented along the groove 12 and the frame 10 is in its upper position. When switching device in the working position of the frame 10 together with the housing 1 is rotated 90°. The surface cut from two sides of the cone bottom 3 of the housing 1 is in contact with the inclined surfaces 13 (dovetail) the upper part of the groove 12. Frame 10 is lowered into the groove 12 along the cut sides of the cone bottom 3 of the housing 1 until it stops in the flange 4 and the surfaces 11 secures the device in the slot, keeping it from radial offset. When the crimping slot of the winding of the coil 14 are fixed in the slots 12 through exposure to the heel 9, with the inner surface 8 which communicates spherical end 7 of the bolt 6, moving down along the threaded connection by turning the bolt head 6. The external surface of the bottom part 3 of the building is 1 and is in contact with the surface 13 of the groove 12 with a force, which further secures the fixture. When installing the elastic strips 15 under a wedge (not shown in the figure, the profile of the wedge corresponds to the shape of the upper part of the groove, such as "swallow's tail"), the device translates the original position. After placement of the spacers 15 in the slots 12 without disturbing the geometry of the axial ducts (not shown in the figure) is pressing strips 15 using a similar device works. When talinovce slot of the winding, which occurs simultaneously with the installation of elastic strips, the device is placed in front of the wedge and presses the elastic strip 15 before moving along the groove 12 wedge, reducing the force of his movement, which prevents longitudinal displacement of the elastic strips and, as a consequence, damage to the ducts of the winding. After the installation of the wedge device is shifted to the next section of the groove and talinovka happens in a similar way. Proposed fixture for mounting the windings of the rotors and stators significantly improves the manufacturability of the Assembly due to mechanization fixing coils, styling elastic strips and wedges into the slots of the core, and also improves the quality of the winding by eliminating unwanted displacements and damage the mounted winding elements. p> 1. Fixture for mounting the windings of the rotor and stator, comprising a housing and elements of the working surface, characterized in that the housing consists of two parts of different shape and has a through an internal cavity of a complex type, which is the bolt that interacts with its end face with the inner surface of the abutment in the form of a hollow sleeve, connected with bolts, in addition, the device is further provided with a frame that interacts with the walls of the groove.2. Fixture for mounting the windings of the rotors and stators according to claim 1, characterized in that the upper part of the body is in the form of a tetrahedron. 3. Fixture for mounting the windings of the rotors and stators according to claim 1, characterized in that the lower part of the body is in the form of cut on both sides of the cone. 4. Fixture for mounting the windings of the rotors and stators according to claim 1, characterized in that the housing parts are separated by a flange located on opposite sides of the body. 5. Fixture for mounting the windings of the rotors and stators according to claim 1, characterized in that the heel is in the cavity of the lower housing and is connected to the threaded part of the bolt. 6. Fixture for mounting the windings of the rotors and stators according to claim 1, characterized in that the end that interacts with the inner surface of the heel, has a spherical shape. 7. The device on the I mounting the windings of the rotors and stators according to claim 1, characterized in that the frame communicates its internal square surface with the outer surface of the housing.
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