something that would affect the speed of your motor (slowing it down) is that your big wheel is slightly off center (perhaps 1/8 inch). This seems accidental and would limit the speed of your wheel just as an unballanced wheel on a car would slow it down.
You are correct, the magnetic circumference is off center. Consequently the rotor mass is counter balanced (as best as could be done by hand). This arrangement does exibit a noticeable vibration between 2000 and 2500 RPM. I had intended to engage eccentric adjusters around the spindle but never followed through with the concept. Notice also that the stator magnet is off center as well. This was by design. Some in the group think this nutation can pump the fields resulting in energy gains.
BenSTA09, yes there are many ways that could be done, but this is a proof of concept and hardly usable for anything but milliamps. There are at least two patents that use similar approaches to this, but my real goal was to shear the flux entirely and stop the stator so that all of the push came from the magnet interaction and not the solenoid. I have not resumed that research, and as far as I did go the energy to move the stator at the shearing speeds I required was greater than any gains.
There was some discussion as to whether or not the WhiPMag rotor could be driven by a powered AGW Stator. This video illustrates that although it is possible the complexities prohibit it from being the process used in the original video by Alsetalokin.
Among replicators it is known as Anti-Gear Wise as opposed to GW (Gear Wise). The literal term is Corotation (or Co-Rotation) as opposed to antirotation.
Consequently, both the rotor and stator are moving the same direction (in this case CCW)
something that would affect the speed of your motor (slowing it down) is that your big wheel is slightly off center (perhaps 1/8 inch). This seems accidental and would limit the speed of your wheel just as an unballanced wheel on a car would slow it down.
penguinistas 3 years ago
You are correct, the magnetic circumference is off center. Consequently the rotor mass is counter balanced (as best as could be done by hand). This arrangement does exibit a noticeable vibration between 2000 and 2500 RPM. I had intended to engage eccentric adjusters around the spindle but never followed through with the concept. Notice also that the stator magnet is off center as well. This was by design. Some in the group think this nutation can pump the fields resulting in energy gains.
AdminOnDuty 3 years ago
is there any way to get electricity from the wheel
BenSTA09 2 years ago
BenSTA09, yes there are many ways that could be done, but this is a proof of concept and hardly usable for anything but milliamps. There are at least two patents that use similar approaches to this, but my real goal was to shear the flux entirely and stop the stator so that all of the push came from the magnet interaction and not the solenoid. I have not resumed that research, and as far as I did go the energy to move the stator at the shearing speeds I required was greater than any gains.
AdminOnDuty 2 years ago
Sooo...i just spent a few minutes waiting for something neat to happen...what am I watching here? Is there a point to this neat contraption?
goobergel 3 years ago
There was some discussion as to whether or not the WhiPMag rotor could be driven by a powered AGW Stator. This video illustrates that although it is possible the complexities prohibit it from being the process used in the original video by Alsetalokin.
AdminOnDuty 3 years ago
Good Lord! Is the nutation intentional or accidental?
Cheers :)
Yada ..
Yadaraf15 3 years ago
Among replicators it is known as Anti-Gear Wise as opposed to GW (Gear Wise). The literal term is Corotation (or Co-Rotation) as opposed to antirotation.
Consequently, both the rotor and stator are moving the same direction (in this case CCW)
Cheers.
AdminOnDuty 3 years ago
KasparHauser4 3 years ago