1. The alternative current supplied to the stator section in order to generate the field of travelling waves induces practically no voltage in the exciter winding.

2. Acoustic exciter unit

3. Said device comprises an alternator (1), having an exciter circuit (2) and a first stator winding group (8) comprising multiple phase windings (5, 6, 7).

4. Alternating current generator comprising a stator and a stator winding inserted in stator grooves made of winding elements and method for producing an inventive stator

5. Aluminium stator carriers enables fixation of alternator stator on the engine block.

6. We stock rebuilt exciter Armatures and AC field frames

7. Exciter Armatures tend to fail at a high rate

8. 28 Meanwhile, a stator slot wedge 70 is arranged in the non ferromagnetic material slot 90 opening to fix the stator coil (www.Sentencedict.com) air gap is provided between the stator core 40 and the stator core

9. A shock absorption apparatus may include a stator and a rotor inside the stator.

10. Air cooled internal stator electric machine

11. Methods of air flow control: bleed valves, variable inlet guide vanes, variable stator vanes, rotating stator blades;

12. A stator for a rotary electric machine includes a stator core, three-phase coils, and a neutral point connection conductor.

13. Rolling element bearing comprising an integrated lundell alternator with a sectored stator, and a lundell alternator with a sectored stator

14. Folded lap winding for a stator

15. The stator poles are preferably aligned substantially facing along a radial direction, arranged directly or indirectly on the stator pole carrier.

16. The invention further relates to a stator for an electrical machine, in particular for an alternator for motor vehicles, comprising a stator winding (18), whereby the stator winding comprises winding terminals (78).

17. The auxiliary stator pole is axially aligned with the primary stator pole in the direction of the axis of rotation.

18. An acoustic exciter unit (2, 26, 38, 46, 50) is provided, comprising an oscillation exciter module (4), which can be coupled to a sound emitter (6) and has an oscillating element.

19. Stator retaining plate having a brake anchor plate function

20. Stator having a cooling of the winding coils

21. I mean, without a boson cloud exciter to absorb the impact, it would vaporize.

22. The alternator assembly consists of rotor and stator.

23. The stator includes an armature core and plural armature coils.

24. Shaft, propeller, stator vane, nozzle, rudder, intake grate, marine shafts

25. The invention relates to an electrical machine, in particular, an alternator for motor vehicles, with a stator (16), supporting a stator winding (18), whereby the stator winding (18) comprises winding terminals (78), with a regulator component (65) and a rectifier.

26. 2 Both stator and rotor are made of ferromagnetic materials.

27. Generator having axially aligned stator poles and/or rotor poles

28. The apparatus further comprises AC driving means for applying the AC drive current to a stator pole of the stator of the reluctance motor, and DC driving means for applying the DC bias current to the stator pole of the reluctance motor.

29. The response signal relates to an operation for a device or system associated with the exciter/receiver.

30. DC exciter issued to the generator rotor coil in the rotor to become electromagnet, the magnetic field generated around.

31. The motor has a permanent magnetic rotor (28) and a stator having a stator winding phase (26) in which an alternating voltage is induced during operation by the permanent magnetic rotor (28).

32. The stator voltages (USS-A, USC-A) can be supplied to the conversion device (8) which can convert the stator voltages (USS-A, USC-A) into analogue-digital voltages such that the rotational position of the rotor can be determined using the converted analog-digital stator voltages (USS-D, USC-D).

33. A thin sliding bearing (8) is positioned between active stator and rotor surfaces.

34. The metering device also has a stator positioned adjacent the metering disc.

35. The test was performed on the stator of a 6 kV induction motor.

36. System and method for determining stator winding resistance in an ac motor

37. Disc-shaped stator of ac motor and method of producing the same

38. Rotary electric motor having axially aligned stator poles and/or rotor poles

39. The die clearance between rotor and stator blades can easily be adjusted from outside.

40. A voltage across a stator phase winding is detected by voltage detecting means.

41. Structurally, the linear actuator includes a stator forming a channel for receiving a ball screw.

42. System and method for determining stator winding resistance in an ac motor using motor drives

43. The stator tooth pitch is equal to or a multiple of the rotor tooth pitch.

44. Impellers, shaft, stator vane, nozzle, intake grate, marine shafts and parts and fittings therefor

45. Two AC motors have their stator windings connected in series across the power network.

46. Method for producing a stator winding of an electric machine, in particular an alternator

47. The acoustic detection system of stator wedge looseness in large generators has been developed.

48. The influences of a damper winding, of the stator slotting and of the skewing are considered.

49. Rotary permanent magnet electric motor with varying air gap between interfacing stator and rotor elements

50. Method for producing a stator winding of an electric machine, in particular an ac generator

51. After the rotor has accelerated to a predetermined value, the stator voltage may be increased.

52. A system and method for determining the stator winding resistance of AC motors is provided.

53. A stator side and a rotor side air channel (8, 17) open into said chamber.

54. The rotor chamber (17) is separated in a fluid-tight manner with respect to the stator (9).

55. The Alternator is comprised of a voltage regulator and three main components: The stator, rotor, and diode

56. A rotary pump for pumping compressible fluid comprising an eccentrically mounted rotor (20) and a stator (10).

57. Method for producing a stator winding of an electric machine, in particular for producing an ac generator

58. A component which changes AC voltage from the battery charge windings (withinthe STATOR) to DC voltage.

59. The invention also relates to a synchronisation system which comprises a rotor and a stator, whereby the stator has at least two independent alternating current (three-phase) windings which are insulated electrically and/or spatially from each other.

60. An AC servo motor includes a plurality of rotor disks (26) and a plurality of stator disks (34).

61. Alternating current generator with a central lamella in the stator bundle and process for manufacturing the central lamella

62. A double speed single phase alternating current motor includes a stator, a rotor, and an electronic starting circuit.

63. An electromotive device (10) is disclosed which utilizes stacks of oriented magnetic material as stator bars (40).

64. A Bobbling toy exciter is provided for gently tapping the Bobbling portion of the Bobbling toy to create a continuous movement of the Bobbling portion

65. The blade revolution frequency is by far recognizable as exciter frequency in the pressure oscillations, in the mechanical case oscillation and as effective acoustic pressure in the raised amplitude parts.

66. The rotor rotates with the impeller for inducing an electromotive force by a movement relative to the stator.

67. The free balancing wave of the magnetic tail, however, is modified by the end of the stator core.

68. For the disadvantage and shortage, the four - location field pump rubber stator injection - vulcanization unit is newly designed.

69. The pole shoe includes several pole shoe sections, each pole shoe section is mounted adjacent a stator pole.

70. Each stator segment comprises a pair of poles aligned with each other in a direction parallel to the axis of rotation.

71. A regulation of an amplitude of the stator voltage vector is performed via a current controller (51), to which the difference of a current target value and a variable which corresponds to the amplitude of the stator current is provided at the input as the control difference (51a).

72. Each stator element (30) of a grid has an aerodynamically shaped cross-sectional configuration (62), preferably a tear-drop shape (62).

73. Each stator segment comprises a plurality of poles aligned with each other in a direction parallel to the axis of rotation.

74. The invention relates to a device comprising a stator in a magnetic transmission for modulating a magnetic alternating field between two rotors.

75. Bifilar Motor Winding - Electronic Stepper Motor Tutorial - Bifilar wound motors means that there are two identical sets of windings on each stator pole

76. As a result the rotor will be pulled with the stator rotating field and accelerates until the machine torque balances the load torque.

77. It include a stator parts, which make up of a middle axis of motor, a couplet-axis cover, a core liner ring, a winding core and a winding, and a rotor parts, which make up of a rotor, a cover and a bolt, a stator parts and a rotor parts connect through axles bearing, a stator parts and a rotor parts rotate relatively, a cover line ring of a stator parts having a hollow chamber adhibit and install a controller, a controller connect a winding through a dynamical current line, a controller derivation a timing signal line and a power supply from a hollow pipe of a middle axis of motor.

78. In a Brushless DC motor (BLDC), you put the permanent magnets on the rotor and you move the electromagnets to the stator

79. Propulsion systems for boats, including, power boats, and components and fittings therefore, such as shaft, propeller, stator vane, nozzle, rudder and intake grate

80. The inner and outer rotors are radially spaced apart from the air-cored stator and have arrays of permanent magnets (21, 23) about their circumferences.