| 摘要 |
In order to increase the synchronous generator's specific power a new type of thrust inductor device is offered used as a generator. The thrust inductor generator (fig.1) contains three stators packets 1,2,3 and three rotor packets 4,5,6. On side packets 1,3,4,6 the cogs are formed. All cogs are placed evenly and have the same angular step. Grooves between the stator and rotors cogs can be triangular with a vertex angle of 60-90 degrees. Field winding 15 and anchor winding 16 are formed in a ring and placed symmetrically to the middle pack 2 on one axis with the rotor and an equal number of sections to the left and to the right of the middle packet. The generators are covered with non-magnetic shields (18,19) from both ends in the socket of which the bearings are pressed in that are pillows of shaft 14. A variation is possible when construction has no field winding. In this case the stators' middle packet 2 is made of a hard magnetic material and magnetized in a radial direction. With the rotor spinning the controllability of the air gap between the stator and the rotor side packets changes sequentially. The magnetic flow 17 is caused by field winding 15 or constant magnet 2 changes from maximum to minimum, exciting electrical driving force in anchor winding 16. Use of the anchor ring type winding decreases losses in this winding and increases the generator's specific power. The use of triangular grooves serves as an increase in specific power and as a result of this an increase in induction in the air gap is possible.<IMAGE>
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