Gap winding type dynamo-electric machine

Claim 2

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said support means includes support members provided at circumferentially spaced positions in an axially central portion and opposite end portions of said stator; and wherein each support member of said supporting means is directly secured at one end to said armature winding and supported at the other end by said stator via an elastic member.

Claim 3

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, supporting means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction, said annular stator is provided with an annular space in the axially central portion thereof concentric with said rotor, said supporting means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space and supported by said stator at the other end thereof for movement in the circumferential direction along said annular space.

Claim 4

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, supporting means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction, said annular stator is provided with an annular space in the axially central portion thereof concentric with said rotor, said supporting means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space and supported by said stator at the other end thereof for movement in the circumferential direction along said annular space.

Claim 5

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said annular stator is provided with an annular space in the axially central portion thereof concentric with said rotor, said support means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space at the other end thereof for movement in the circumferential direction along said annular space; and wherein said support members are elongated plate-like members.

Claim 6

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said annular stator is provided with an annular space in the axially central portion thereof concentric with said rotor, said support means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space at the other end thereof for movement in the circumferential direction along said annular space; and wherein said support members are elongated plate-like members.

Claim 7

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said annular stator is provided with an annular space in the axially central portion thereof concentric with said rotor, said support means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space at the other end thereof for movement in the circumferential direction along said annular space; and wherein said annular space in said stator includes an enlarged portion providing an annular track, each support member having a slide guide secured to the end thereof in said annular space and riding on said track.

Claim 8

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said annular stator is provided with an annular space in the axially central portion thereof concentric with said rotor, said support means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space at the other end thereof for movement in the circumferential direction along said annular space; and wherein said annular space in said stator includes an enlarged portion providing an annular track, each support member having a slide guide secured to the end thereof in said annular space and riding on said track.

Claim 9

The gap winding type dynamo-electric machine according to claim 4 wherein the enlarged portion of said annular space forms a cavity which is sufficiently larger than said slide guides to permit movement of said armature winding in the axial direction.

Claim 10

The gap winding type dynamo-electric machine according to claim 5 further including a plurality of spring members disposed in said cavity between the walls thereof and said slide guides.

Claim 11

The gap winding type dynamo-electric machine according to claim 5 wherein said slide guides are adjustable as to position along at least a portion of said support member.

Claim 12

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said annular stator is provided with an annular space in the axially central portion thereof concentric with the rotor, said support means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space at the other end thereof for movement in the circumferential direction along said annular space; and wherein said annular space in said stator includes a pair of radially spaced enlarged portions forming first and second cavities, each support member having a slide guide secured to the end thereof in said annular space and riding in a track in the first cavity, and guide means in said second cavity for guiding said support member.

Claim 13

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said annular stator is provided with an annular space in the axially central portion thereof concentric with the rotor, said support means comprising a plurality of support members secured to said armature winding at one end thereof and engaging in said annular space at the other end thereof for movement in the circumferential direction along said annular space; and wherein said annular space in said stator includes a pair of radially spaced enlarged portions forming first and second cavities, each support member having a slide guide secured to the end thereof in said annular space and riding in a track in the first cavity, and guide means in said second cavity for guiding said support member.

Claim 14

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said support means includes end plates fastened to the sides of said stator adjacent the end portions of said armature winding and support members secured to said armature winding at one end thereof and being coupled to respective end plates so as to permit circumferential movement thereof in said end plates.

Claim 15

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, and an armature winding located in said annular gap along the inner periphery of said stator, support means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in the circumferential direction; wherein said support means includes end plates fastened to the sides of said stator adjacent the end portions of said armature winding and support members secured to said armature winding at one end thereof and being coupled to respective end plates so as to permit circumferential movement thereof in said end plates.

Claim 16

The gap winding type dynamo-electric machine according to claim 9 wherein said end plates are provided with a circumferential groove in one surface thereof and said support member is provided with a projecting portion engaging in said circumferential groove.

Claim 17

The gap-winding type dynamo-electric machine according to claim 10, further including means enclosing the ends of said circumferential groove in each end plate and spring members disposed in said groove on either side of said projecting portion of said support member.

Claim 18

The gap winding type dynamo-electric machine according to claim 11 wherein said support member is formed by first and second members coupled together to permit relative movement therebetween in the axial direction of said rotor.

Claim 19

The gap winding type dynamo-electric machine according to claim 9 wherein said end plates are each provided with a hole through which a support member extends, and a washer secured to the end of said support member which extends through said hole, said hole being dimensioned to permit movement of said support member and the armature winding connected thereto in the circumferential direction.

Claim 20

The gap winding type dynamo-electric machine according to claim 13 wherein said end plates are resiliently fastened to said stator to permit movement of said end plates in the axial direction of said rotor.

Claim 21

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, an armature winding located in said annular gap along the inner periphery of said stator, and supporting means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in both the circumferential and axial directions, said supporting means including support members secured at one end to said armature windings and supported at the other end by said stator.

Claim 22

A gap winding type dynamo-electric machine comprising a rotor mounted on a rotatably supported shaft, a slotless annular stator concentrically surrounding said rotor and being spaced therefrom to form an annular gap with the outer periphery of said rotor, an armature winding located in said annular gap along the inner periphery of said stator, and supporting means for supporting said armature winding from said stator while permitting displacement of said armature winding relative to said stator in both the circumferential and axial directions, said supporting means including support members secured at one end to said armature windings and supported at the other end by said stator.

Claim 23

The gap winding type dynamo-electric machine according to claim 15 wherein support members are provided on an axially central portion and opposite end portions of said stator.

Claim 24

The gap winding type dynamo-electric machine according to claim 10 wherein each support member includes an elastic member having one end secured to said armature windings and the other end supported by said stator.

Claim 25

The gap winding type dynamo-electric machine according to claim 10 wherein each support member consists of a rigid member having one end secured to said armature and the other end supported by said stator via an elastic member.

Claim 26

The gap winding type dynamo-electric machine according to claim 15 wherein said support members are provided at circumferentiallly spaced positions in an axially central portion and opposite end portions of said stator.

Claim 27

The gap winding type dynamo-electric machine accrding to claim 19 wherein each support member is directly secured at one end to said armature windings and supported at the other end by said stator via an elastic member.