METHOD OF WINDING OF ARMATURE FOR AN AXIAL FLUX PERMANENT MAGNET CORELESS MACHINES

摘要

The present invention relates to a manufacturing method of an armature winding of the axial flux permanent magnet type core-less device,; In the armature winding assembly in the axial direction of the permanent magnet magnetic flux type core-less devices;; And the armature winding is the stator, and configured by winding the coil on a winding jig to accommodate (Jig) of the stator windings in response to the width and length corresponding to the stator armature is constant,; By the jig of the corresponding armature coil winding of an inner diameter (Ri) and outer (Ro) of the axial electrical machine with a hexagon, and; The armature coil, each side length of the inscribed angle of the hexagon in the jig of the winding is a method such as that characterized in that the assembly to variably select the configuration according to the number of sizes and the pole of the permanent magnet are combined (M) with the armature constant by having,; Can be applied to the shaft in the direction flux permanent magnet device and, by comparing with the conventional coil winding method applied to a jig shaped to improve the suitable density of the coil per unit as a way of improving the stator coil wound volume density,; By removing the electromagnetic losses of the iron loss and the cogging torque (Cogging Torque) which is caused by the use of a conventional armature core of the electric machine and improving the ratio of the output per unit weight of the axial unit,; Does not use the stator core of the armature can be instrumental to a very compact configuration of the length in the axial direction will be useful inventions it has a wide range of applicability.