Three pole forced permanent magnet rotor with DC twister

A multi-pole forced permanent magnet rotary device comprising:

• a rotary wheel having a center therein provided with a rotary shaft,
• a plurality of an even number of wheel magnets mounted on a surface of said rotary wheel and located in an even fashion around a circular ring relative to said rotary shaft neighboring wheel magnets having different magnetic poles facing said shaft,
• a plurality of odd number of station magnets adapted to locate juxtaposed to one side of said wheel magnets, said station magnets having different magnetic poles therein located adjacent to two ends of respective neighboring wheel magnets, and each one of said station magnets being rotatable relative to an axis substantially perpendicular to a neighboring wheel magnet, and neighboring station magnets having same magnetic poles facing one another,
• a second plurality of an odd number station magnets mounted juxtaposed to a second side of said wheel magnets, said second side being located directly opposite to said one side, and said second plurality of said odd number station magnets having opposite magnetic poles on two sides therein opposite to said magnetic poles on the two sides of said plurality of said odd number station magnets located on said one side, and each one of said second plurality of said odd number station magnets being rotatable relative to said axis perpendicular to a neighboring wheel magnet,
• each of said station magnets located on said one side of a wheel magnet being rotatable by a first twister member, and each of said station magnets located on said second side of a wheel magnet being rotatable by a second twister member, said first twister member and second twister member being operative to rotate each of said station magnets located on said one side and each of said station magnets located in said second side simultaneously through 180 degrees.