Kapanadze Cousin - DALLY FREE ENERGY

[ARMCORTEX]

It is difficult to translate because it is not a text, but a picture. as well.

The principle of amplification of mechanical energy.
Explanation. The principle is based on an asymmetric flywheel (1) consisting of a small and a large mass. The masses are balanced relative to the center of rotation at a distance inversely proportional to their masses. When rotating, this eliminates the beating (the principle of the automobile wheel)

In terms of the moment of inertia, such a flywheel is similar to a flywheel consisting of one large masses (2) or a flywheel consisting of single small masses. (3) However, from the point of view of kinetic energy, depending on the linear velocity of mass movement (the speed at which the masses fly if release them) the energies of the flywheels (1) (2) (3) are different. The masses in the flywheel (3) have the highest total mass, the masses in the flywheel (1) and the smallest in the flywheel (2)
To get a gain in energy, it is necessary to make some device based on a mechanical spring (converting kinetic energy into potential energy and back), as well as the Archimedes lever (to change the point of application of force)

remarks.
1. The presented diagram is purely conditional to explain the principle of operation.
2. In a real device, as a spring you need to use a spiral in twisting mode (like a device by Tariel Kapanadze)
3. As the masses need to use discs and rings of different diameters (like the device of Tariel Kapanadze)
4. Replacing one mass to another is reduced to connecting different disks.
Comment.
The asymmetric mechanical oscillator behaves in a similar way when the potential energy of the compressed spring passes into the kinetic energy of mass motion.

The potential energy of the spring is not evenly distributed between the masses.
Less mass gets more energy. The sum of these energies is equal to the energy of the spring.
Comment.
Based on the Tesla asymmetric scheme.

Flywheel-hidden energy form
(explanation of the enhancement of mechanical energy)
Explanation. If you do not want to lose mechanical energy in the course of work, then this work must be performed by an imaginary force. This means that the force is absent in the inertial coordinate system, but is present in the non-inertial coordinate system. This force in the rotating coordinate system is centrifugal force.

Comment. After the work is done, the centrifugal force will be small and if you want to continue generating energy you must use a coordinate system where the centrifugal force is high again. This is possible because the linear velocity has not changed.
You must change the fulcrum (and also the thread) in order to achieve this goal.
Comment.
If you want to perform mechanical work continuously, then the beginning of the first trajectory should be the end of the second trajectory. You will have to periodically change the coordinate system.

Very interresting thank you.

[ARMCORTEX]

Isn't the explanation of the mechanical generator Kapanadze here?

Its not here, the information is as jpeg and none of these characters make sense to english speakers...

Can somebody translate this "explanation"?

Kapanadze has a nice little flywheel device, this speaks to me much more than Antenna designs.

[kolbacict]

Wesley could probably.

[Raycathode]

Hi to who it might concern, I read your few comments but have no idea what you're talking about, 6 layer PCB rats nest and what contract do you refer too?
perhaps it might help if you could read over what you have written and ask your self does it make sense so that others might read it as I'm sure you want to relay something of importance to us all.

All the best, Raymondo

[ARMCORTEX]

When you go through the steps of PCB design, product design, you learn from your mistakes and go through frustrations, why a ground plane is important, rise time, distance, test points... You learn to think not only in terms of general design but how to reduce radio emissions. Electricity is not V and R, its fields. And with high rise time there is echo, and then comes in wave theory... Certain points on the circuit can have higher voltage even 1m.

Inversely, you start understanding what exactly is a ground loop, what is an antenna, and what is radio emissions, the thing you never wanted, now you want. And You know where to isolate subsystems to not interact with eachother (layout), the inverse applies.

Its about experience, people should realize their limits in troubleshooting that will come about...OU and the internet has been around for a while now, to attempt a Kapanadze is a ballzy move. Only dumb or arrogant/stubborn people I'd say...

Its OK if you are comfortable with these projects and have the gear, but to equip yourself just for this and "hope".... Come on, you know better.