Stator Assembly

ELECTRICAL PARTICLE GENERATOR 18×

1. Electromagnetic Pump Assembly (30)

   Said mechanical drive system (20) and/or Electromagnetic Pump Assembly (30) can be used separately, joined together, or periodically spaced around said tubular structure (1) as to (8).

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2. Electromagnetic Pump Assembly (30)

   Longitudinal movement (moving permanently magnetized fluid-medium inside said tubular pathway) of said magnetic field (4 of Figure 26) is simply accomplished when said Electro/mechanical Pump Assembly (20) of Figure 27 and/or Electromagnetic Pump Assembly (30) of Figure 28 is energized for operability.

   Read it there → · on Figure (28)

   

3. Power Drive System (20/30)

   … ar direction (4 of Figure 26, 27, and 28) as described above, a Spiral Divider (9) of Figure 26F is now inserted into said tubular pathway (1) leading away from and connecting said Power Drive System (20/30), said Spiral Divider (9) passing through said pickup coil-array (2a xxx 2n), said Spiral Divider (9) terminating at and not passing through said Power Drive System (20/30), as shown in Figure (26F) a …

   Read it there → · on Figure (26F)

   

4. Power Drive System (20/30)

   … ing said Power Drive System (20/30), said Spiral Divider (9) passing through said pickup coil-array (2a xxx 2n), said Spiral Divider (9) terminating at and not passing through said Power Drive System (20/30), as shown in Figure (26F) as to Figures (26, 28, and 33).

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5. Electromagnetic Pump Assembly (30)

   The Electromechanical actuator (Electromagnetic Pump Assembly (30)) attached to said tubular pathway (1) operates as a direct-drive principle of a linear induction motor.

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6. outside core (30)

   Said lubrication is also applied to the outside core (30) above Section E) intermittent with said magnetic-fluid mass lines (3a xxx 3n) allows said rod-shape particle-mass to move through said stator assembly (30).

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7. stator assembly (30)

   Said lubrication is also applied to the outside core (30) above Section E) intermittent with said magnetic-fluid mass lines (3a xxx 3n) allows said rod-shape particle-mass to move through said stator assembly (30).

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8. stator assembly (30)

   The linear motion of said moving fluid-medium (3a xxx 3n) through the stator assembly (30) is shown in Figure 26A to Figure 33F of Figure 26B which is essentially a series of coils as stator assembly (30) which is essentially a series of coils as stator assembly (35a xxx 35n) of Figure 26C as to Figure 26 and Figure 33.

   Read it there → · on Figure (26A)

   

9. stator assembly (30)

   The linear motion of said moving fluid-medium (3a xxx 3n) through the stator assembly (30) is shown in Figure 26A to Figure 33F of Figure 26B which is essentially a series of coils as stator assembly (30) which is essentially a series of coils as stator assembly (35a xxx 35n) of Figure 26C as to Figure 26 and Figure 33.

   Read it there → · on Figure (26C)

   

10. magnetic pump assembly (30)

    The magnetic pump assembly (30) may operate on three-phase alternating current or with a capacitor (33) (see schematic drawing Figure 26E as to Figure 26C) on single-phase alternating current.

    Read it there → · on Figure (26E)

    

11. Stator Assembly (30a xxx 30n)

    Three-phase operations. Stator Assembly (30a xxx 30n) can be combined or built specially for higher forces.

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12. single-phase units (30)

    Fluid-medium (3) velocity: Fluid-mass acceleration occurs in less than 10 milliseconds and reaches a controlled speed (or velocity) during recycling. The time or distance needed to perform normal operational speed of fluid-velocity depends upon net force "applied" and fluid-mass being moved. Normal operating velocity is 30 fps for single-phase units (30) and 90 fps for three-phase units (30/30/30).

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13. three-phase units (30/30/30)

    Fluid-medium (3) velocity: Fluid-mass acceleration occurs in less than 10 milliseconds and reaches a controlled speed (or velocity) during recycling. The time or distance needed to perform normal operational speed of fluid-velocity depends upon net force "applied" and fluid-mass being moved. Normal operating velocity is 30 fps for single-phase units (30) and 90 fps for three-phase units (30/30/30).

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14. coil-array (30/30)

    A second magnetic bar key (39) is inserted into said tubular pathway (36) and properly aligned to said coil-array (30/30)... forming an air gap (42) between said tubular surface (36) and said Magnetic Key Assembly (39)... completing the field effect forming said cavity (41)... and structuring pulsing effect itself (35).

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15. coil circuit assembly (30)

    Said pulse circuit (35) is now placed end-to-end (35a xxx 35n) to said coil circuit assembly (30) for magnetic force, as illustrated in Figure 26E and Figure 28 and Figure 33.

    Read it there → · on Figure (26E)

    

16. Stator assembly (30)

    To obtain maximum operational efficiency of said Stator assembly (30), said magnetic keeper-bar (39) also acts as a magnetic field spoiler by disrupting particle alignment (15a xxx 15n of Figure 30)... collapsing magnetic field (4/11) prior to particle entrance into said Stator Assembly (30).

    Read it there → · on Figure (30)

    

17. Stator Assembly (30)

    To obtain maximum operational efficiency of said Stator assembly (30), said magnetic keeper-bar (39) also acts as a magnetic field spoiler by disrupting particle alignment (15a xxx 15n of Figure 30)... collapsing magnetic field (4/11) prior to particle entrance into said Stator Assembly (30).

    Read it there → · on Figure (30)

    

18. Stator Assembly (30)

    Said magnetic field (4) reforming after exiting said Stator Assembly (30).

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