The stator core (21) is formed by laminating steel plates.

A glass laminate (1) according to the present invention is formed by laminating glass plates (10) having a thickness of 500 µm or less, and characterized in that reflection films (11) are provided between the glass plates (10).

Also provided is a device for laminating light-transmitting rigid plates, the device contributing to an improvement in positional accuracy while heightening the efficiency of production of platy products.

Also described are laminating plates, and processes for laminating articles.

The stator core (21) is formed by laminating steel plates.

  The teeth (12) include a plurality of magnetic plates (121) laminated along a lamination direction (D2).

A vibration-proof structure having a layered body (16) formed by alternately layering rigid hard plates (12) and viscoelastic soft plates (14).

The polarizing plates have a structure obtained by laminating a polarizer protection film on both sides of a polarizer.

The foil works during the lamination as a mould plate, whereby conventional mould plates can be excluded.

Teeth (200) to be arranged in plurality in an annular shape are individually formed by laminating second magnetic plates (202) radially.

The magnetic poles (34) are provided with extensions (35) formed by laminating multiple layers of plates (Spb) comprising a soft magnetic material.

The rotating electrical machine includes a stator core (222A) formed by laminating a plurality of steel plates (225), and is communicated with inside the storing case through spaces between the steel plates.

The heat stratification housing includes a plurality of heat transfer plates that extend between interior and exterior areas thereof.

A laminating structure, an electronic device having the laminating structure and a laminating method thereof are provided.

A laminating apparatus, and a laminating method using the flat pressing machine and the laminating apparatus are also provided.