Electrical rotating machines

Claim 1

IN A MULTIPOLAR ROTATING ELECTRIC MACHINE, THE COMBINATION OF A DISK-SHAPED ROTOR STRUCTURE HAVING A FLAT ANNULAR SURFACE ON ONE FACE THEREOF CONCENTRIC WITH THE AXIS OF THE ROTOR, A DISK-SHAPED STATOR STRUCTURE ARRANGED ON A COMMON AXIS WITH SAID ROTOR STRUCTURE AND HAVING A CONTINUOUS SINGLE-PLANE ANNULAR SURFACE FACING THE FLAT ANNULAR SURFACE OF SAID ROTOR STRUCTURE, SAID ANNULAR SURFACES BEING SPACED APART TO PROVIDE A PLANAR AIR-GAP BETWEEN SAID STRUCTURES, AN ELECTIRC WINDING MOUNTED ON SAID SINGLE-PLANE SURFACE AND COMPRISING A PLURALITY OF FLAT CONDUCTORS INTIMATELY SECURED TO SAID SINGLE-PLANE SURFACE AND BEING ANGULARLY SPACED ABOUT SAID COMMON AXIS THROUGHOUT THE EXTENT OF SAID SINGLE-PLANE ANNULAR SURFACE, A DEPOSIT OF ELECTRICALLY INSULATING MAGNETIC FILLER MATERIAL BONDED TO THE SUPPORTING SURFACE OF SAID WINDING AND FILLING THE GAPS BETWEEN SAID CONDUCTORS TO A DEPTH FLUSH WITH THE OUTER FACES OF SAID FLAT CONDUCTORS, SAID CONDUCTORS BEING CONNECTED TOGETHER IN A CLOSED WINDING TO FORM AN EVEN NUMBER OF MAGNETIC POLES SPACED APART AROUND SAID SINGLE-PLANE ANNULAR SURFACE, ALTERNATE POLES BEING OF OPPOSITE SIDE OF SAID AIR-GAP FROM MEANS LOCATED ON THE OPPOSITE SIDE OF SAID AIR -GAP FROM SAID WINDING FOR CLOSING THE MAGNETIC FIELDS OF SAID POLES THROUGH SAID AIR-GAP.