Alternating current generator rotor and fan

Claim 2

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, and said fan secured to the ends of said posts.

Claim 3

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, and said fan formed of plastic material secured to the ends of said posts.

Claim 4

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, and said fan formed of plastic material secured to the ends of said posts.

Claim 5

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, said fan formed of electrical insulating material carried by said shaft and secured to the ends of said posts, a slip ring assembly secured to said shaft comprising an insulator carrying a pair of metallic slip rings, and a pair of lead wires supported by said fan connecting said field coil to said slip rings.

Claim 6

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, said fan formed of electrical insulating material carried by said shaft and secured to the ends of said posts, a slip ring assembly secured to said shaft comprising an insulator carrying a pair of metallic slip rings, and a pair of lead wires supported by said fan connecting said field coil to said slip rings.

Claim 7

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, and said fan carried by said shaft having a hub portion disposed about said shaft and having radially extending wall means engaging an outer surface of said one of said pole members, the end portions of said posts extending through openings formed in said fan and being headed over into engagement with said fan to thereby restrain said fan from axial movement.

Claim 8

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, and said fan carried by said shaft having a hub portion disposed about said shaft and having radially extending wall means engaging an outer surface of said one of said pole members, the end portions of said posts extending through openings formed in said fan and being headed over into engagement with said fan to thereby restrain said fan from axial movement.

Claim 9

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, said fan formed of electrical insulating material secured to the ends of said posts, a slip ring assembly carried by said shaft comprising an insulator carrying a pair of metallic slip rings, each having an integral slip ring connector, a pair of lead wires carried by said fan connecting said slip ring connectors to said field coil and a lug formed in one of said slip ring insulator and said fan located in a slot formed in one of said slip ring insulator and said fan for properly rotatably orienting said slip ring connectors relative to said lead wires.

Claim 10

A combined rotor and fan for an alternating current generator comprising, a shaft, a pair of pole segments carried by said shaft formed of magnetic material having a plurality of interleaved pole teeth, means defining a core member, a field coil supporting spool formed of electrical insulating material disposed about said core member and located between said pole segments, a field coil supported by said spool, a plurality of posts integral with said spool extending axially thereof and extending through spaces located between the pole teeth of one of said pole segments, said fan formed of electrical insulating material secured to the ends of said posts, a slip ring assembly carried by said shaft comprising an insulator carrying a pair of metallic slip rings, each having an integral slip ring connector, a pair of lead wires carried by said fan connecting said slip ring connectors to said field coil and a lug formed in one of said slip ring insulator and said fan located in a slot formed in one of said slip ring insulator and said fan for properly rotatably orienting said slip ring connectors relative to said lead wires.