INSULATOR, STATOR, ROTATING ELECTRIC MACHINE, AND METHOD FOR MANUFACTURING STATOR

WIPO Patent Application WO/2023/195259

A1

This insulator has, at one end in a circumferential direction (Z) on an outer side (X1) in a radial direction (X), a first coupling portion (41) that couples to another insulator (4), and, at the other end in the circumferential direction (Z) on the outer side (X1) in the radial direction (X), a second coupling portion (42) that couples to the first coupling portion (41) of another insulator (4). The first coupling portion (41) and the second coupling portion (42) are configured with a snap-fit mechanism using elastic deformation. A pair of adjacent insulators (4) in the circumferential direction Z, which are coupled by the first coupling portion (41) and the second coupling portion (42), are formed so as be rotatable to each other around rotation center axes (T3, T4) in an axial direction Y of the first coupling portion (41) and the second coupling portion (42). The rotation center axes (T3, T4) are located on an inner side (X2) in the radial direction (X) relative to an outer circumferential surface (33) of a split core (1) on the outer side (X1) in the radial direction (X).

JP5041200	Stator core and its split core
JP2014023359	ROTARY ELECTRIC MACHINE
JPH02211028	IRON CORE OF ELECTRIC ROTARY MACHINE

NABIKA RYO (JP)
TATEBE AKIKO (JP)
YAGI TAKESHI (JP)
NAKA KOKI (JP)

PCT/JP2023/006350

October 12, 2023

February 22, 2023

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MITSUBISHI ELECTRIC CORP (JP)

H02K1/18; H02K3/34; H02K15/095

WO2017104403A1

2017-06-22

JP2007215272A	2007-08-23
JP2002238221A	2002-08-23
JP2009017746A	2009-01-22
JP2012075213A	2012-04-12

PALMO PATENT FIRM, P.C. (JP)

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