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

[Mayo]

It is obvious that in this video you can see how energy is produced, i.e. a two-stage mechanical oscillator that, when struck, releases energy that manifests itself into sound and heat, and as such a device produces overunity and energy




https://www.youtube.com/watch?fbclid=IwAR2ZJm_A4Zcv61tPRguLKOJ9pIZC3Axj4zNCqvBC2yttJ5hCELKXVcO5wmg&v=sqgTjo7LjdA&feature=youtu.be

[Merg]

A new official video by Veljko Milkovic:

Synergy of Gravity and Elasticity
https://www.youtube.com/watch?v=zWHiu49DwLQ 

* English subtitles available in the video player settings *

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

[kolbacict]

Is there an electrical analogue of a double pendulum?

[Mayo]

A mechanical hammer with a physical pendulum - YouTube


A mechanical hammer with a physical pendulum is an original device - a machine that converts the oscillation of a physical pendulum, suspended at the end of one of the arms of a two-armed lever, into the oscillation of a weight at the end of the other arm of the same lever. The axis of rotation, the axis of the physical pendulum is parallel to the axis of rotation, the axis of the lever. The lever shaft bearing is attached to the base via a bracket. The axis of the physical pendulum oscillates up and down, as the pendulum is brought out of its equilibrium position. As a result, the weight at the end of the second arm of the lever also oscillates. The arm belonging to the physical pendulum is raised at each deviation of the physical pendulum from the equilibrium position, because then the weight of that pendulum decreases, and the same arm of the lever is lowered when the position of the physical pendulum is close to the equilibrium position and so alternately. The period of oscillation of the lever and the weight on it is twice as short as the period of oscillation of the physical pendulum and the pendulum weight. The main difference between the originally patented two-stage mechanical oscillator and the improved version lies in the use of an elastic pendulum instead of a pendulum with a rigid support. Namely, a prototype was made and it is very clear that there were no unforeseen problems in the form of unwanted horizontal oscillations, so this prototype represents a good basis for the production of oscillators of larger dimensions. This oscillator works at higher speeds, the oscillations last longer, there is no loss of energy that was a consequence of the use of ball bearings and a rigid structure. The primary use of this oscillator model is to save energy in existing machines such as crushers, mills, pump drives, compressors[/font][/size]

[kolbacict]

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?