New free energy

[Energiasinfin]

"Energyfree" I'm building a full-scale model.
It's really advanced and I look forward to test the prototype by the end of the year.
At this moment we are in the construction phase of the "cradle".
Greetings,

[Energiasinfin]

"ResinRat2" Each of the containers carries a stamp. This, is shaped like a "V" as used in the hydraulic cylinders of "double effect". Each of these stamps touch with the walls of a "cradle" (semicilindro) isolating the water tank.
In addition I think change the viscosity of water with chemical additives (such as polyvinyl alcohol) to reduce losses and reduce friction.
As I said, I'm building the prototype.
But desire compartitlo with you in order to gain more points.
I hope soon to have the right to operate video equipment.
I will climb, in a short time, a new animation on the bottom of the team.
Greetings,

[mscoffman]

Energiasinfin;

One nice thing, if you get the water version working. Try thinking about it using
the liquid metal mercury instead. Mercury is 13 times heavier than water - steel
floats in it. 1atmospheric head = 30 inches mercury = 33 feet water
The energy output for a relatively compact machine then becomes significant, but there
are also significant experimental problems, i.e. don't try this at home. It's a nice mental
experiment though.

:S:MarkSCoffman

[AbbaRue]

You need to find a way to get the air to the bottom of the tank without using more energy then you get back.
Try this experiment: 
Take a piece of hose and place it in the bottom of a pail of water, then try blowing into the hose.
You will notice that the deeper in the water you place the hose the harder it is to blow.
This is what many people don't realize when looking at this type of design.
The hose will fill with water up to about the same height as the water in the pale and then be very hard to blow out.

Now if you use a very thin hose it will take less pressure to blow but it will take much longer.
Then you are still using the same amount of energy but you just spread it out over a longer time period.

This is similar to charging a capacitor. 
When you place a capacitor across a battery is acts as almost a dead short.
Then as more charge gets into the capacitor the current drain goes down.
Some have thought that a capacitor doesn't use power to charge and have designed similar devices to the water wheel here.
They think you can charge a capacitor for free and then discharge it into a circuit to run it.
I wanted to mention that because I have seen drawings of capacitors that do just that and the water tank is a good object lesson.

[Energiasinfin]

MarkSCoffman

It's a good idea to use liquid heavier than water. We must take into account the law of Boyle on the compressibility of gases that rise in the drawers.

Greetings,