Magnetic Field

ELECTRICAL PARTICLE GENERATOR 23×

1. longitudinal field (4)

   … causing said material (3) to become permanently magnetized...forming a longitudinal field (4) of Figure 26 emitting from said tubular pathway (1).

   Read it there → · on Figure (26)

   

2. longitudinal field (4)

   Said longitudinal field (4) remains after said coil-array (2a xxx 2n) is de-energized.

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3. magnetic field (4)

   No other energy is needed to maintain said magnetic field (4).

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4. magnetic field (4 of Figure 26)

   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 (26)

   

5. magnetic field (4)

   By attenuating or varying power input to said power drive systems (20 and/or 30) likewise varies the recycling speed or velocity of said magnetic field (4) moving toward, through, and beyond said pickup coil-array (2a xxx 2n)... moving onward to and through said Power Drive Assembly (20 and/or 30) once again for continued field recycling.

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6. magnetic field (4)

   To spin or rotate said magnetic field (4) as to (11 of Figure 26) on its longitudinal axis while moving in a linear direction (4 of Figure 26, 27, and 28) as described above, a Spiral Divider (9) of Figure 26F is now inserted into said tubul …

   Read it there → · on Figure (26)

   

7. magnetic field (4/11)

   The linear-spin movement of said magnetic field (4/11) now duplicates the magnetic field spin of Figure 26ZA without the opposing magnetic field problem (caused by said "Air Gap") associated with standard rotary electrical generators, see "Pre-History to Development" again.

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8. magnetic field (4/11)

   whereas, the EPG System now moves said magnetic field (4/11) in two directions simultaneously:

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9. linear direction (4)

   To pulsate or vary said rotational field (11) moving in a linear direction (4), Dual-Orientational coils (12/13 of Figure 27) are now inserted into said tubular pathway on opposite side of Electromechanical Drive System (20), away from said pickup coil-array (2a xxx 2n), as illustrated in Figure (27) as to Figure 30.

   Read it there → · on Figure (27)

   

10. magnetic field (4/11)

    First, when electrically energized, said dual-coils (12/13) stabilize said magnetic field (4/11) since said turbine wheel (21 of assembly 20) disrupts the electromagnetic field alignment (15a xxx 15n) (electromagnetic attraction force) between said permanently magnetized particles (3a xxx 3n) moving inside non-magnetic tubular pathway (1 as to 8), see Figure 27 as to Figure 30.

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11. moving field (4/11)

    Secondly, said moving field (4/11) is terminated when said dual-coil assembly (12/13) is de-energized... allowing said particles (15a xxx 15n) to go into a state of reformation of said magnetic field sequence.

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12. magnetic field (4/11)

    Re-energizing said coils (12/13) causes said particles (3a xxx 3n) to go into alignment once again... reforming magnetic field (4/11).

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13. magnetic field (4/11)

    Pulsing said Orientation-coils (12/13) quickly causes a vertical deflection (17a xxx 17n of Figure 26A) of said magnetic field (4/11).

    Read it there → · on Figure (26A)

    

14. magnetic field (4/11)

    Pulsing said Orientation-coils slowly causes a horizontal deflection (18a xxx 18n of Figure 26A) of said magnetic field (4/11).

    Read it there → · on Figure (26A)

    

15. magnetic field (4/11 as to 17/18)

    The magnetic pulsing process simply spins the dyne-axis of said particles (3a xxx 3n) to oscillate and attenuate a permanent magnetic field (4/11 as to 17/18), as illustrated in Figure 30 as to Figure 26 through Figure 33.

    Read it there → · on Figure (30)

    

16. linear (4)

    Spinning (11) said pulsating magnetic field (17/18) in a linear (4) direction... simultaneously.

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17. magnetic field (4)

    The multi-channel spiral divider (19a xxx 19n) is composed of any type of material (such as electrical steel M27) that will "NOT" become permanently magnetized (when exposed to said moving magnetic field (4)) when "shunting" said magnetic field (11a xxx 11n), as shown in Figure 26A sub-titled "Rotational Deflection."

    Read it there → · on Figure (26A)

    

18. magnetic spin (4/11)

    By increasing the number of turns (twist configurations) (25a xxx 25n of Figure 26F) per linear measurement of said spiral-divider cluster (19a xxx 19n) also increases said magnetic spin (4/11) still further once said fluid-velocity (4) is reached.

    Read it there → · on Figure (26F)

    

19. fluid-velocity (4)

    By increasing the number of turns (twist configurations) (25a xxx 25n of Figure 26F) per linear measurement of said spiral-divider cluster (19a xxx 19n) also increases said magnetic spin (4/11) still further once said fluid-velocity (4) is reached.

    Read it there → · on Figure (26F)

    

20. particle velocity (4)

    --- Balance-Phasing (equal magnetic field strength between said pickup coil-array 2a xxx 2n) is automatic since particle velocity (4) remains constant while passing through said close-loop tubular pathway (1).

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21. permanent magnetic field (4/11)

    The basic purpose of said power input is to physically attenuate said permanently magnetized fluid-medium (3)... which in turn oscillates a permanent magnetic field (4/11).

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22. collapsing magnetic field (4/11)

    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)

    

23. magnetic field (4)

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

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