Windingly laminated core of rotary electric machine including an adjustment unit core and manufacturing method thereof

A windingly laminated core of a rotary electric machine, having a first number of magnetic poles in total, the first number being a natural number that is dividable by two, comprising:

• a plurality of unit cores, each of the plurality of unit cores having an arc and thin plate shape and having a second number of magnetic poles, the second number being a natural number except for an aliquot part of the first number and being less than the first number and being equal to or more than three;
• and
• an adjustment unit core having the arc and thin plate shape;
• wherein a winding lamination is applied to the unit cores in a circumferential direction and in a spiral manner so as to form a cylindrical shape,
• wherein a lamination thickness in an axial direction of the winding lamination is set to a predetermined thickness,
• wherein the adjustment unit core is arranged at at least one of a start and an end of the winding lamination, in a circumferential direction such that a rotational phase of the start of the winding lamination is aligned to correspond to a rotational phase of the end of the winding lamination, and
• wherein the adjustment unit core has a third number of magnetic poles that is less than the second number.