Alternating current generator rotor

Claim 2

A flux generating unit for electrical apparatus comprising, a core member formed of magnetic material having a plurality of axially extending circumferentially spaced slots, a coil supporting spool formed of electrical insulating material disposed about said core member having a plurality of axially extending circumferentially spaced ribs joined to and extending between a pair of radially extending end flanges, said ribs being located in said slots, and a coil winding supported by said spool and core member, said coil winding comprising a plurality of turns of wire disposed about the longitudinal axis of said core member with the inner turns thereof engaging the outer surfaces of said ribs and outer surfaces of said core member disposed between said ribs, said end flanges engaging opposite end portions of said coil winding to thereby retain said coil winding between said flanges.

Claim 3

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments that have interleaved pole teeth, means defining a core carried by said shaft disposed between said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool having a plurality of axially extending circumferentially spaced ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs.

Claim 4

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments that have interleaved pole teeth, means defining a core carried by said shaft disposed between said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool having a plurality of axially extending circumferentially spaced ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs.

Claim 5

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments that have interleaved pole teeth, means defining a core carried by said shaft disposed between said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of radially extending end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs, said end flanges engaging opposite end portions of said field coil to thereby retain said field coil between said flanges.

Claim 6

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments that have interleaved pole teeth, means defining a core carried by said shaft disposed between said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of radially extending end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs, said end flanges engaging opposite end portions of said field coil to thereby retain said field coil between said flanges.

Claim 7

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments that have interleaved pole teeth, means defining a core carried by said shaft disposed between said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs, at least said outer surfaces of said core disposed between said ribs being defined by a coating of electrical insulating material adhered to said core.

Claim 8

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments that have interleaved pole teeth, means defining a core carried by said shaft disposed between said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs, at least said outer surfaces of said core disposed between said ribs being defined by a coating of electrical insulating material adhered to said core.

Claim 9

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments formed of magnetic material that have interleaved pole teeth, a core formed of magnetic material carried by said shaft disposed between said segments having end faces respectively engaging said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs.

Claim 10

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments formed of magnetic material that have interleaved pole teeth, a core formed of magnetic material carried by said shaft disposed between said segments having end faces respectively engaging said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, and a field coil supported by said core and spool, the inner turns of said field coil engaging outer surfaces of said ribs and outer surfaces of said core disposed between said ribs.

Claim 11

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments formed of magnetic material that have interleaved pole teeth, a core formed of magnetic material carried by said shaft disposed between said segments having end faces respectively engaging said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of radially extending end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, a coating of insulating material on at least the outer surfaces of the core member that are located between said ribs, and a field coil supported by said core and spool, the inner turns of said field coil engaging said coating of insulating material on said outer surfaces of said core member that are located between said ribs, said end flanges engaging opposite end portions of said field coil to thereby retain said field coil between said flanges.

Claim 12

A rotor for an alternating current generator comprising, a shaft carrying a pair of rotor segments formed of magnetic material that have interleaved pole teeth, a core formed of magnetic material carried by said shaft disposed between said segments having end faces respectively engaging said segments, said core having a plurality of axially extending circumferentially spaced slots, a field coil supporting spool formed of electrical insulating material having a pair of radially extending end flanges and a plurality of axially extending circumferentially spaced ribs joining said flanges, said ribs located in said slots, a coating of insulating material on at least the outer surfaces of the core member that are located between said ribs, and a field coil supported by said core and spool, the inner turns of said field coil engaging said coating of insulating material on said outer surfaces of said core member that are located between said ribs, said end flanges engaging opposite end portions of said field coil to thereby retain said field coil between said flanges.