4-phase motor and generator device

A method of rotating a load mass in a four-phase motor and generator comprising the steps of:

• providing a phase motor and a generator having a stator wall and an eccentric rotor mass;
• wherein said stator wall having eight stator slots and four phases of functional operation;
• wherein said stator wall having a first four stator slots on a first side of said stator wall corresponding to a second four stator slots on an opposing second side of said stator wall;
• wherein said first four stator slots on said first side are in symmetrical polarity with said second four stator slots on said second side;
• wherein said first four stator slots are North polarity stator slots positioned on said first side of said stator wall and wherein said second four stator slots are South polarity stator slots positioned on said second side of said stator wall;
• arranging said first four stator slots and said second four stator slots in a symmetrical pattern around said stator wall;
• positioning a group of poles including four pole groups on said stator wall wherein each pole group having a pair of corresponding stator slots on opposing sides of said stator wall;
• rotating said eccentric rotor mass;
• moving sequentially said eccentric rotor mass from a first stator slot alignment, to a second stator slot alignment, to a third stator slot alignment, and then to a fourth stator slot alignment;
• wherein said first stator slot alignment having a first offset distance E2 from a center axis of rotation;
• wherein said second stator slot alignment having a second offset distance F2 from said center axis of rotation;
• and
• further wherein said second offset distance is less than said first offset distance.

A method of rotating a load mass in a four-phase motor and generator comprising the steps of:

• providing a phase motor and a generator having a stator wall and an eccentric rotor mass;
• wherein said stator wall having eight stator slots and four phases of functional operation;
• wherein said stator wall having a first four stator slots on a first side of said stator wall corresponding to a second four stator slots on an opposing second side of said stator wall;
• wherein said first four stator slots on said first side are in symmetrical polarity with said second four stator slots on said second side;
• wherein said first four stator slots are North polarity stator slots positioned on said first side of said stator wall and wherein said second four stator slots are South polarity stator slots positioned on said second side of said stator wall;
• arranging said first four stator slots and said second four stator slots in a symmetrical pattern around said stator wall;
• positioning a group of poles including four pole groups on said stator wall wherein each pole group having a pair of corresponding stator slots on opposing sides of said stator wall;
• rotating said eccentric rotor mass;
• moving sequentially said eccentric rotor mass from a first stator slot alignment, to a second stator slot alignment, to a third stator slot alignment, and then to a fourth stator slot alignment;
• wherein said first stator slot alignment having a first offset distance E2 of said eccentric rotor mass from a center axis of rotation;
• wherein said second stator slot alignment having a second offset F2 distance of said eccentric rotor mass from said center axis of rotation;
• wherein said third stator slot alignment having a third offset distance E3 of said eccentric rotor mass from said center axis of rotation;
• wherein said fourth stator slot alignment having a fourth offset distance F3 of said eccentric rotor mass from said center axis of rotation;
• wherein said second offset distance is less than said first offset distance;
• wherein said third offset distance is equal to said first offset distance;
• wherein said fourth offset distance is less than said third offset distance;
• and
• moving sequentially said eccentric rotor mass from said fourth stator slot alignment, to said first stator slot alignment, to said second stator slot alignment, to said third stator slot alignment, and then to said fourth stator slot alignment.