FDM - flux displacer motor by Igor Knitel (Perihelion Labs)

[wizkycho]

... segmented version
only stator shown
magnets are not drawn (should be placed in circular fashion and thighten with plastic ring)
bluish - mag. permeable material
whitish - hard plastic
Moving of primary rotor now is not without energy spent cause of spacing between segments ...
but by making another stator which is rotated by few degrees, forces of attraction would cancel each other
making only friction needed to be overcomed by primary (input) rotor. At a same time energy can be collected on two
output rotors.

more experiments to come

Wiz

[wizkycho]

Stator is made. magnets 5*5*10 mm (red marks south) are placed between two magnetically permeable bars and that
pattern is repeated.

After magnets are placed and glued, plastic ring is added to hold them firmly.

now to make primary rotor (flux displacer)
and mech. energy output rotor

[wizkycho]

drawings of

input rotor (mag.displacer):
- greenish are mag.permeable metal with magnet inbetween polarized opposite in respect to magnets on stator.

output rotor:
- white(ish) mag.permeable metal shaped in manner to be gradually attracted to nondisplaced (unrouted) magnetic field
of stator magnets.


... primary rotor works on principle that when leaving one mag. segment at stator it is moving towards next mag. segment
and forces of attraction but opposite vectors cancels each other leaving only friction to overcome.

   Therefore, if more magnetic segments are added (around wider circumferences) mech. energy at output rises
while energy input for overcoming friction stays very closely the same !

keep up good experimenting

Wiz

[MarkE]

The parts look nicely built.

[wizkycho]

The plastic streched out of dimensions so I ordered Plexi CNC machining. The parts have arrived.

All the best