| 摘要 |
The innovation relates to no-contact electrical inductive generators and it can be used in measuring techniques as well as in electrical supply systems for transportation and aviation because it allows the increase in stability of induced EDS amplitude and the quality of external voltage. Stator 1 and rotor 2 of the offered inductor generator (fig.1) are formed as close connected elementary packets /EP/. Each stator cog-type packet system 4 and 5 has three EP with similar length I../3- correspondingly 6,7,8 and 9,10,11 where Lg- cog-type stator and rotor system length. In each cog-type system 4 and 5 EP are turned by the whole cog section - at a turn by 120 degrees where the radial axis match of cogs with numbers SUM 1= 1+(I-1)z<1>/3 where i - EP index number in systems 4 and 5, z<1> - stator's packet cog number - a number that can be divided with no remainder by nine or fifteen. Winding-less rotor 2 has two pole systems 20 and 21. Each of them has EP closely connected to each other, correspondingly to 22-25 and 26-29 whose length is Lg/r, where r>= 3. EP pole systems 20 and 21 at a turn by whole cog section to each other where radial axis of cogs match with index numbers SUM 2=1+(j-1)z<2>/r where j - EP index number in systems 20 and 21. z<2> - number of EP rotor cogs. Multiphase cog-windings 12-15 are placed on stator . Number of cogs z<2> with number of cogs z<1> bind a condition z<2>=z<1>(20+k)/45, where k= 0,1,2,3,4 or 5. Constant current flowing through immobile field winding 17 and spinning rotor 2 in multiphase windings 12-15 induces qualitative in a form and stable in an amplitude EDS.<IMAGE>
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