Stator for motor or electric generator

Abstract

The stator unit used in the motor or generator of the present invention is roughly cylindrical, and is roughly divided into a first end area, a second end area and a middle section area, wherein the first and second end areas are connected on both sides of the middle section area, and Approaching toward the side of the monomer; wherein a plurality of stator monomers are neatly arranged around a central axis, and the longitudinal axis of each stator monomer is parallel to, perpendicular to, or even at an angle to the central axis.

Description

technical field [0001] The present invention relates to a motor or a generator, in particular to a stator applied to a motor or a generator. Background technique [0002] see Figure 20 , the known stator 80 used in motors or generators is formed by stacking and riveting iron sheets 81 with a thickness of about 0.5mm-0.35mm one by one. The iron sheets 81 have a plurality of teeth 82, a plurality of slots 83 and A hollow slot ring 84. This kind of conventional stator 80 produces a lot of residual waste (the part of the slot 83) during the manufacture, and the winding is complicated, so a coil winding machine and a shaping machine with high cost and complicated procedures are required. Wire binding machinery, etc., the investment equipment is complex and expensive, and there is not much room for flexibility in design. For example, when the number of poles (N poles and S poles) increases, coil winding is more difficult and the number of turns is reduced. Therefore, it is neces...

AI Technical Summary

Problems solved by technology

[0002] see Figure 20 , the known stator 80 used in motors or generators is formed by stacking and riveting iron sheets 81 with a thickness of about 0.5mm-0.35mm one by one. The iron sheets 81 have a plurality of teeth 82, a plurality of slots 83 and A hollow slot ring 84. This kind of conventional stator 80 produces a lot of residual waste (the part of the slot 83) during the manufacture, and the winding is complicated, so a coil winding machine and a shaping machine with high cost and complicated procedures are required. Wire binding machinery, etc., the investment equipment is complex and expensive, and there is not much room for flexibility in design. For example, when the number of poles (N poles and S poles) increases, the coil winding is more difficult and the number of turns is reduced.

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