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. . . During the three hours we are there, it is chugging along quietly, interrupted only by some experiments we will be talking about later. There is no noticeable development of heat. . . .
Engel's idea was that it should be possible to convert that power of the magnets into rotary motion. He built a machine made of brass, resembling a miniature lathe. The rotor is a disc with magnets fixed to it. The shaft turns in ceramic bearings. A disc magnet fixed at the correct angle and distance from the rotor but which itself is able to rotate (Engel calls it the mirror) can affect the rotor magnets. There is attractive and repulsive force, depending on the orientation of the poles: the rotor can thus be set in continuous motion, as long as the mirror keeps rotating. The mirror's rotation regulates the speed of the rotor.
The exact form and disposition of the parts is difficult to ascertain, Engel had to experiment at length with those parameters. If the mirror is a tad too distant, the magnetic field breaks down. On the other hand, if it is too close, the neodymium magnets will rip the construction apart. The mirror hangs in a kind of outrigger. Two electric wires connect to the lower end with crocodile clips. There is a tiny electric motor that rotates the mirror. So it isn't possible to do without electricity altogether? The inventor signals his disagreement. "Eight milliamperes at nine volts", he says. That is only a control mechanism. The power at the shaft is much greater. Engel also thought about a mechanical drive for the mirror directly from the rotor shaft, but opted against this as it would considerably increase mechanical complexity.
We wanted to know more. The rotation is about 400 RPM. We don't have an instrument to measure mechanical power. So we are having to use the finger brake. It is difficult to stop the rotation by grabbing the shaft. The motor only comes to a standstill after considerable heat developed on the calluses of our hands. A little hand made propeller out of plexiglass doesn't impress the motor at all; we would really like to know how much power the machine turns out. With a bit of dexterity, one can turn the mirror by hand and set the rotor in motion. There is hardly any resistance when turning the mirror. We therefore hazard an assertion: The output felt at the shaft is clearly greater than the input needed to give the impulse. Of course measurement was only done with human sensors.
It would be possible to put a second rotor on the opposite side, to be addressed by the same mirror. Holding a screwdriver between the mirror and the rotor in operation results in an oscillating motion of the screwdriver between the magnets, without however touching them. Mr. Engel would like to do more experimentation with the number of magnets and their form, but he says he lacks the strength for further development.
blog.hasslberger.com...
intrptr
It would have to violate the known laws of Physics, though.
Mary Rose
intrptr
It would have to violate the known laws of Physics, though.
Isn't that only for a closed system?
Mianeye
Magnets are not forever lasting, they run out of energy.
It can't run forever.
if you read this translation of the article carefully, there is a good description of how the motor works.
Unfortunately I have no more data or direct contact to the inventor.
The way I read it, he uses flat disk neodymium magnets, that are fixed to a rotor (presumably placed in a fashion that they show alternating poles going around the disk.
One more of those magnets is hung in a rotatable fashion on an outlayer that keeps it a constant distance from the rotor. That "mirror" magnet is motorized.
As the mirror turns, it will attract and repel the two closest magnets on the rotor, attracting the approaching one, repelling the other receding one.
As the approaching magnet passes, the mirror completes a half turn and the simultaneous attraction/repulsion repeats, this time with inverted magnetic poles.
The mirror is motorized to control RPMs, the energy expended to turn the mirror is considerably less than that which is output by the shaft that's driven by the rotor.
Simple principle - no magnetic shielding involved, only clever arrangement of magnets in a dynamic configuration...
blog.hasslberger.com...
intrptr
Mary Rose
intrptr
It would have to violate the known laws of Physics, though.
Isn't that only for a closed system?
Thats different than what the threads article is "purporting". More energy out than in. The finally invented never heretofore discovered perpetual motion device.
Thats a violation of the (known) laws of physics.
In recorded history not one of mans inventions has succeeded in doing that.
But there will always be someone trying to convince us they have.
interupt42
Mianeye
Magnets are not forever lasting, they run out of energy.
It can't run forever.
Sounds more like a cheaper energy device versus Perpetual motion device.
intrptr
Thats a violation of the (known) laws of physics.
Though I wouldn't say it is impossible, as in it could never under any situation be accomplished as we humans do not know everything.
Mary Rose
reply to post by intrptr
How would you define a closed system?
How would you define an open system?
Do you believe there is such a thing as an open system?
I'm not saying this invention is an open system. I'm just trying to clarify "the laws of physics."
intrptr
reply to post by daskakik
Meh, those are open to revision.
Show me.