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

[sm0ky2]

Is there a magnetic version of Milkovich's double pendulum?
In which the forces of gravity are replaced by the forces of magnetic attraction, and the kinetic energy of the moving pendulum remains?

Although it is possible to use magnetic or electric fields to cause pendulum+lever devices to perform in non-Archimedian manners, to create an apparatus which results in any gain
Of mechanical, magnetic or electrical energy would have absolutely nothing to do with this device.


Theres nothing special about this mechanism.
The guy invented a tiny manual pump-jack that pumps water instead of oil.

[Cloxxki]

Have the people near the "inventor" since conceded that it's at best a convenient lever rather than an energy device?
There were quite many pasisonate one back in the day, but I've not really followed the topic for over a decade.

[kolbacict]

I experimented a lot with this device. But I did not find a OU there.
https://www.youtube.com/watch?v=q6pHcgtK5Os

[kratkaforma]

https://www.youtube.com/watch?v=zWHiu49DwLQ&t=66s

Veljko Milkovic demonstrates new mechanical effects and shows that the load on the output side (lever) does not affect the input (pendulum) whose maintenance requires minimal energy.

Multiplication of energy due to gravity and elasticity – synergy of gravity and elasticity.

Two-stage mechanical oscillator with elastic (flexible) structure
Free energy with an elastic (flexible) structure


keywords: two-stage oscillator, pendulum, oscillations, rotations, gravity, elasticity, efficiency, free energy, veljko milkovic

more info: www.pendulum-lever.com   www.veljkomilkovic.com

[kratkaforma]

https://www.youtube.com/watch?v=xYRZMBw0mGs&t=58s


Veljko Milkovic demonstrates ways how to make a two-stage oscillator model more efficient.

Based on all independent scientific papers published so far, as well as videos of replicas of the two-stage mechanical oscillator that can be found on the Internet, it is noted that all these mechanisms are constructed using steel ball bearings.
These steel ball bearings are a hidden brake, which is harmful during operation because it reduces the inertia and thus the efficiency of the entire device (this is a harmful phenomenon in the case of oscillations, but not in the case of rotations as well). Therefore, it is recommended to all researchers and engineers around the world to use ceramic ball bearings and an elastic (flexible) pendulum to obtain significantly less friction.