01 OPTIMIZATION FOR HHO RESONANT SYSTEMS (MEYER/ETC)

[perepou]

I've been wanting to make this proposal for a long time, I couldn't decide on the following:

My first difficulty is the language issue, since I have to use Google translate (I don't have an adequate command of English), and I fear that the ideas that I want to present to you cannot be interpreted.

The second is that I wanted to accompany my proposal with graphics, so that it would be better understood, but I have not managed to have enough time for it.


So I will try to express it the best I can.



LET US BEGIN
Everyone knows that resonant systems are a more efficient option than the classic Faraday electrolysis system.
For simplicity, I will focus on Stanley Meyer's system (but I consider it to be applicable to other resonant systems as well).


PARALLELISM: BELL
Let's imagine the ringing of a church bell, a set of multiple acoustic frequencies is emitted with great intensity and long duration.

Now imagine that same bell is submerged under the water of a lake, and we ring it with the same force.
Would the sound be the same? Would it be more or less intense? Will the bell vibration duration be maintained?

Obviously not!
The high density of the water (with respect to the air environment) would imply a drastic change in terms of duration, vibration and intensity of the bell, since it would hardly be heard, and it would soon stop vibrating.

MAXIMIZE EFFICIENCY
In Stanley Meyer's standard methods, the resonant tubes are submerged in water. So the resonant energy (whether it is considered electrical/vibrational) coming from the power supply, is dispersed throughout the contents of the vessel (mostly water).



Bearing in mind that the "active" part where the HHO has to be produced is located in the narrow space between the two tubes.
Wouldn't it be more efficient for the water to circulate solely and exclusively through the interspace between tubes?

I think that with this premise, there is no need to explain anything else, because you will come up with a thousand and one ways to prove that (if you wish), surely you have more experimental experience than me, but I share my idea:

-I imagine the inner tube with plugs on both sides (to prevent the entry of water in an "unproductive" place, and possibly being empty it can generate more resonance),

-We will connect a small hose to the lower end of each resonant unit, and the other end will be connected to a pump that passes the minimum essential flow in the active part of HHO generation (the space between the two tubes).

NOTE: Obviously driving the pump requires power, but keep in mind that we are in an experimental process (perhaps we can remedy this problem with higher system efficiency).


We regulate the minimum flow rate of the pump, which is sufficient for the water to reach the closest level to the upper level of the tube, and if there is an excess of water, it will fall to the bottom of the vessel, as a feed tank for the pump.




Trying this system should not imply big changes for those who are already experimenting with the classic Stanley Meyer system (with submerged tubes).

Basically:
Raise the tubes a little so that they are not submerged in the water.
The lower part of the vessel (below the level of the tubes), would serve to store a small amount of water (small, but enough, for the water to circulate in the "active" part between the tubes).
Connect the small pump with your hose. The pump will rest at the bottom of the vessel, where it is fed with water.






I end this part, if necessary I will edit this message to update and improve this text, adding your suggestions.


I will reserve 3 or 4 next posts, where I will ask you a question, and I will present other ideas that provide more improvements, but that are related to this one.

[perepou]

Now I want to explain how I got here:

My objective was to build a hydrogen generator for medicinal use.

Inhaling air enriched with hydrogen, or HHO, is a great therapeutic avenue as anti-ROS, and anti-free radicals.

I studied several options, in the end I opted for the dry cell system:

Problem:

The electrolyte (KOH, NaOH, ...) can imply the inhalation of dangerous substances.
Y esto: "Hexavalent chromium generation in an alkaline electrolysis process".

I looked for other avenues in which the purest possible water was used and without electrolytes, and I arrived at the resonant technologies.

I have a sick family member that I would like to treat with HHO.
From what I've read, a minimum flow of 1 L/minute is needed.

My question (Although they have not achieved the overunity):
Have you managed to generate 1l/minute of HHO from distilled water with any of your systems?
If so and they consider that the HHO generated is "clean":
Could you guide me with some details of the circuit, necessary material, etc?
I would be important to treat this relative.

[perepou]

Post in preparation

[perepou]

Post in preparation


FOG

[Sergh]

NOTE: I made my first participation in the forum with this entry:

https://overunity.com/19493/01-optimization-for-hho-resonant-systems-meyeretc/

Before continuing editing the rest that I had in mind, I would like to know if it is visible, since I do not see any type of movement, if someone could give some signal, to check, it would be appreciated.

Maybe I have a wrong configuration.

Thank you.

Greetings!
Your messages are visible, but write something on the topic you specified.