12 times more output than input, dual mechanical oscillation system !

[Mollieman]

Why are we all more concerned about the exact ou # of this machine than about the fact that the machine does what it is clamed to do?
Build the machine using a heaver lever and pendulium, for the pendulium I suggest a permanent magnet with a lift capacity of 200 lbs or more, behind the pendulium place another upright shaft to which is attached an electromagnet, operate the emagnet with a spring switch on a cam attached to the pendulium shaft. As the pendulium swings by the switch it will pulse the emagnet. The combination of the magnetic pendulium and the emagnet should keep the pendulium in motion.
A generator powered by the lever will keep the battery which powers the emagnet charged and produce electrical energy for household use.

REMEMBER THE KISS RULE AND TRY TO THINK OUTSIDE THE BOX!

[Vladimir256]

For all those who are Milkovic believers:

Above the long arm of the lever place a wheel that will be hit when the lever rises. Attached to the wheel is a weight that rises when the wheel is turned. measure the input energy of the pendulum by PE=mgh (only raise the pendulum once and release it), then see how much energy the lever is able to put in the weight on the wheel by PE=mgh. If it is really overunity the output should exceed the input.

[magnetman12003]

Hi All,

I need opinions from those familiar with pendulum devices and ask if this device might have merit if the pendulum weight is adjusted properly.

It also depends if the external magnets can slide/glide over the Mu metal at the ends of the Mu metal arc plate. Then we go "mechanically" from an attraction mode to a repel mode in a split second.   That kicks the pendulum at the top of its arc swing. Happens on both sides.

You will have to read all the literature about Mu Metal if you dont understand what I am talking about. A good search engine will take you there.


Tom

[d3adp00l]

It looks like pretty simple leverage to me. move the pendulum a greater amount than the end of the lever. figure the amount of potential energy stored in the pendulum by moving it transfer that through the ratio of the lever and there in is the amount of energy to do work. I would concede o/u if the end of the pendulum was attached to a perm magnet in a coil to charge another coil with Fe core to pull the pendulum at the right time to keep it all moving forever. A cap might be needed to store the charge with a pressure switch to close the circuit.

[Kevlar]

Magnetman,

A couple things I see as problematic with your design.
Mu metal is really not that good a magnetic shield and the amount of material needed would change the energy in the pendulum since the Mu arc is opposite the pendulum weight.  As you increase the pendulum wieght, you would also need to increase the magnet strength (size) which would require more shielding.  I think from your drawing, if you were to actually build this design you would see no effect on the pendulum as the repel force is equalized on each side, you are taking away energy and replacing it equally without adding anything extra to counter common friction.

Also note that if you interact with the pendulum outside it's pivot you are changing the force on the lever and the position at which the pendulum starts and stops it's swing.