Patent ID: 8210980

Claim:
Orbital magnetic speed change comprising: two transmission stages, a first transmission stage and a second transmission stage, a higher rotation shaft ( 1 ), which is rotationally supported by a first housing flange, an eccentric cam ( 2 ) reciprocal to the higher rotation shaft ( 1 ), a first orbital base ( 3 A) which supports at least one first magnetic poles ring ( 4 A), the first orbital base ( 3 A) rotates on the eccentric cam ( 2 ) and is part of the first transmission stage, a fixed base ( 5 A) that belongs to the first transmission stage, is reciprocal to the first housing flange and supports at least one second magnetic poles ring ( 6 A), which is positioned concentrically with the higher rotation shaft ( 1 ), the fixed base ( 5 A) is disposed laterally and in parallel position to the first orbital base ( 3 A) with their respective magnetic poles rings being positioned facing axial or the fixed base ( 5 A) is positioned internally or externally in relation to the first orbital base ( 3 A) with their respective magnetic poles rings being positioned facing radial, and at least one pair of first magnetic poles ring ( 4 A) and second magnetic poles ring ( 6 A) are facing to transmit magnetic torque between the first orbital base ( 3 A) and the fixed base ( 5 A) of the first transmission stage, a lower rotation shaft ( 14 ) is rotationally supported in a second housing flange and a second orbital base ( 3 B) that supports at least one third magnetic poles ring ( 4 B), the second orbital base ( 3 B) is part of the second transmission stage and rotates on the eccentric cam ( 2 ) and is reciprocal or coupled with the first orbital base ( 3 A), a rotational base ( 5 B) of the second transmission stage supports at least one fourth magnetic poles ring ( 6 B), and is positioned concentric with the higher rotation shaft ( 1 ), and the rotational base ( 5 B) is disposed or laterally and in parallel position to the second orbital base ( 3 B) with the respective magnetic poles rings of the rotational base ( 5 B) and the second orbital base ( 3 B) being positioned facing axial or the rotational base ( 5 B) is positioned internally or externally in relation to the second orbital base ( 3 B) with their respective magnetic poles rings being positioned facing radial, the rotational base ( 5 B) is concentric and coupled or reciprocal with the lower rotation shaft ( 14 ), at least one pair of magnetic poles rings of the second orbital base ( 3 B) and of the rotational base ( 5 B) are facing to transmit magnetic torque between the second orbital base ( 3 B) and rotational base ( 5 B) of the second transmission stage.