Toshiba Industrial Products and Systems Corporation

Other

Oita University

Eiji Shimomura

Hiromu Shiota

Masato Enokizono

Tsuyoshi Masuda

Yuusuke Shima

Teruhiko Maeda

Keishi Ito

Hiroshi Goto

An iron core () for a stationary induction apparatus according to one embodiment is configured by laminating a plurality of electromagnetic steel plates (). The electromagnetic steel plates are laminated so that joint parts (), at which the end portions of the electromagnetic steel plates abut one another, are disposed in a staggered manner; and the electromagnetic steel plates are provided with a magnetic domain fine differentiation processed part (), which is located on the portion, of a surface of the end portion of each of the electromagnetic steel plates, lapped with the joint part of another electromagnetic steel plate, and which has been subjected to warping-derived magnetic domain fine differentiation.

Iron core for stationary induction apparatus and stationary induction apparatus

A coil of an embodiment is formed by winding a winding conductor in which a conductive conductor is molded by a resin, wherein the winding conductor has the resin filled to a surface of the conductor without leaving any spaces.

Coil and method for manufacturing coil

A vector-magnetic-property-controlling material according to the present embodiment is subjected to a scratching process in two directions that intersect on the surface of a steel material. An iron core according to the present embodiment is configured from an oriented magnetic steel material which has been subjected to a scratching process in two directions that intersect on the surface thereof.

Vector magnetic characteristic controlled material and iron core

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Mie, Japan

Eiji Shimomura