Rotary electric machine stator and manufacturing method therefor

1. A rotary electric machine stator to be housed inside a housing, the rotary electric machine stator comprising:

a frame that comprises:

a tube portion; and

a flange portion that is disposed so as to be integrated with said tube portion so as to protrude radially outward from a first axial end of said tube portion;

a stator core that is configured into an annular shape, and that is fitted together with and held inside said tube portion;

coils that are mounted to said stator core; and

a plurality of positioning members provided axially adjacent to the flange portion, said plurality of positioning members respectively comprising a mounting aperture and a first positioning aperture separate from the mounting aperture,

a plurality of second positioning apertures, each second positioning aperture of the plurality of second positioning apertures being on a first axial end of the housing,

wherein each of said plurality of positioning members are mounted axially adjacent to said flange portion by a screw fitted through said mounting aperture so as to be movable radially and circumferentially around an axial center of said stator core to align said first positioning aperture to said second positioning aperture of the housing and position said rotary electric machine stator relative to said housing.

2. The rotary electric machine stator according to claim 1 , wherein said positioning members are fixed by being fastened to said flange portion.

3. The rotary electric machine stator according to claim 2 , wherein rigidity of said positioning members is less than rigidity of said flange portion.

4. The rotary electric machine stator according to claim 2 , further comprising a connection board unit that is disposed at a first axial end of said stator core, and that connects said coils,

a bracket for fixing said connection board unit to said frame also serving as said positioning members.

5. The rotary electric machine stator according to claim 2 , further comprising a resolver that is disposed at a first axial end of said stator core,

a bracket for fixing said resolver to said frame also serving as said positioning members.

6. The rotary electric machine stator according to claim 2 , wherein said frame comprises a plurality of fastening flange portions that comprise fastening portions, said fastening flange portions being disposed so as to be integrated with said flange portion so as to protrude radially from said flange portion.

7. The rotary electric machine stator according to claim 6 , wherein said positioning members are mounted to said flange portion so as to overlap axially with said fastening flange portions.

8. The rotary electric machine stator according to claim 2 , wherein said positioning members have a fastening portion.

9. The rotary electric machine stator according to claim 1 , wherein rigidity of said positioning members is less than rigidity of said flange portion.

10. The rotary electric machine stator according to claim 1 , further comprising a connection board unit that is disposed at a first axial end of said stator core, and that connects said coils,

a bracket for fixing said connection board unit to said frame also serving as said positioning members.

11. The rotary electric machine stator according to claim 1 , further comprising a resolver that is disposed at a first axial end of said stator core,

a bracket for fixing said resolver to said frame also serving as said positioning members.

12. The rotary electric machine stator according to claim 1 , wherein said frame comprises a plurality of fastening flange portions that comprise fastening portions, said fastening flange portions being disposed so as to be integrated with said flange portion so as to protrude radially from said flange portion.

13. The rotary electric machine stator according to claim 12 , wherein said positioning members are mounted to said flange portion so as to overlap axially with said fastening flange portions.

14. The rotary electric machine stator according to claim 1 , wherein said positioning members have a fastening portion.

15. The rotary electric machine stator according to claim 1 ,

wherein each of said plurality of positioning members being mounted axially adjacent to said flange portion is to be mounted to said housing by a positioning pin fitted through said first positioning aperture of each of said plurality of positioning members and said second positioning aperture of said housing, and

wherein said mounting aperture has larger diameter than a shaft portion of said screw.

16. A manufacturing method for a rotary electric machine stator comprising:

a frame that comprises:

a tube portion; and

a flange portion that is disposed so as to be integrated with said tube portion so as to protrude radially outward from a first axial end of said tube portion;

a stator core that is configured into an annular shape, and that is fitted together with and held inside said tube portion;

coils that are mounted to said stator core; and

a plurality of positioning members that are mounted axially adjacent to said flange portion by a screw fitted through a mounting aperture of the plurality of positioning members so as to be movable radially and circumferentially around an axial center of said stator core to be mounted to a housing by a positioning pin through a first positioning aperture of the plurality of positioning members that is separate from the mounting aperture such that the first positioning aperture is aligned with a second positioning aperture of the housing,

wherein:

said plurality of positioning members are mounted to said flange portion after said stator core to which said coils have been mounted and that has been configured into said annular shape has been fitted together with and held inside said tube portion.