GR20170100396A - Energy generation from the eternally moving molecules of a natural or artificial liquid - Google Patents

Abstract

There is disclosed an airproof container containing a natural or artificial heating liquid and comprising a heater, a thermostat, a pressure gauge, and an electrically-operated liquid pump. The invention aims at multiplying the electric energy or other kind of energy supplied, by exploiting the excitation of the molecules of the existing liquid, the existing energy of the nuclei and the moving and colliding molecules of the liquid in use. The thus-generated energy is applicable, inter alia, to heating elements used in home or in factories, for electric energy generation as well as for supplying energy everywhere.

Description

PATENT

Energy production from the always moving molecules of a natural or artificial liquid (The mixture of soluble or insoluble liquids)

Here we have a controlled nuclear power generation.

The mechanism is described, the art, by which a little continuously provided heating with electric, or other kind of energy, proportional of course to the volume of the main body of the mechanism, offers multiple energy of the initially and continuously provided Having automation and control in the leaping increase of its temperature and pressure. (mechanism) Which, when heated, offers many times more energy than the initially continuously supplied one, taking advantage of the excitation of the molecules of the existing liquid, the always existing energy of the nuclei, of the always moving and always colliding between the molecules of any liquid (liquid existing at the beginning in normal or artificial temperature and pressure).

Description.

We have a continuously heated air-tight vessel, for an easy and sufficient experiment, filled with about 1 liter of water made of a durable metal, preferably iron or steel, which is hermetically sealed on its surface. It has within it (or outside it) an adjustable automatic electric heater or whatever, for heating. An adjustable automatic pressure gauge (I calculate half inside the container and the other half outside it), and an adjustable thermostat half inside and outside together We have in the container 1 liter of water approximately completely full, with the container hermetically closed , for a sufficient first experiment and, if necessary, a second experiment, with approximately the same results, with the same components, but with much less water.

When the continuously heated with low energy, continuous same of course proportional to its volume, hermetically closed, container literally full of water, begins to heat up, then the pressure inside it increases in leaps and bounds, and as the pressure increases, its temperature also increases in leaps and bounds as its temperature increases, so does its pressure, etc.

Here we must note that when the pressure on a liquid increases, then its boiling point also increases (rises), and when the pressure on it decreases, then its boiling point also decreases.

We must also note that the temperature of the liquid inside the closed continuously heated container increases in leaps and bounds, but the energy leaving the container must be slower, according to the measures we prepare.

This, that is, the constantly multiplying energy, happens because the always moving and always colliding between the molecules of the constantly heated liquid of the experiment inside the hermetically sealed container of the mechanism, constantly with an increasing degree of pressure, collide and rub against each other more and more. And accepting the continuously increasing radiations of heating, friction, etc. that are created, create continuously increasing temperature and pressure. That is, the ever-increasing collision and friction between the molecules releases in leaps and bounds an ever-increasing abundance of energy. That is, with this mechanism we force the molecules of the liquid contained in its container to collide and rub against each other, to a greatly increased extent, offering energy much greater than the one provided. Or however it is explained

A way, there are others, that can be produced multiple times and to exploit energy of the initially offered, according to the above mechanism, and according to the intended temperature and pressure, according to our program. But we must first know that, with the provided small same continuous proportional heating, for the pressure to rise one atmosphere with the corresponding temperature inside the vessel, it takes some time, and for the pressure to rise to 2<n>atmosphere with the corresponding temperature temperature, I suppose it takes less time than the first one with its small continuous heating, and to rise to the 3<n>atmosphere, it takes even less time than the second time with its continuous corresponding little heating, and so on. That is, as long as the continuous same heating, energy, in the container of the mechanism, its temperature and to some extent its pressure rise to a very high degree. We can reach a point with little continuous proportional heating at very high temperatures and pressures and we can even reach a point of container explosion. Let's choose the temperature we want, which appears in the last high point of the pressure we have programmed, and then if the temperature and pressure exceed the point we have programmed, then the pump of the hot liquid located in the pipeline that follows in the upper part of the container, in the airtight piping of our airtight entire mechanism, and to pump the hot liquid of the container for exploitation and to return the still very hot liquid of the container then to the bottom of the container of the mechanism. Always activate the heating of the liquid in the container, and the pump will work until the temperature drops to the point we want, or the pressure of the liquid one or more programmed atmospheres inside our container, and the pumping and circulation will automatically stop always warm liquid. There are more to come, for the best and safest operation of the whole mechanism, if necessary

This constantly released energy, the multiple to a very large degree [and controlled) of the little provided. It can also, depending on the volume of the mechanism, offer, be used, in the heating bodies of houses and factories, or for energy production wherever it is needed. It can also be used for electricity production.

Claims (5)

PRODUCTION OF ENERGY FROM THE EVER-MOVING MOLECULES OF A NATURAL OR ARTIFICIAL LIQUID CLAIMS 1. An airtight, durable container of cylindrical or other shape, closed at the bottom. In its upper part to rotate and close airtight, to have piping for liquid exiting from its upper part and ending up entering its lower part. According to the length and shape of the various dimensions, depending on the energy offered, as well as the container. 2. Which has a heater, of any kind, volume proportional to the dimensions of each container, inside or outside as convenient. 3. Which container has a corresponding automatic thermostat, inside or outside, as appropriate. 4. Which container has a similar automatic pressure gauge, half inside and half outside. 5. The piping starting from the top has an automatic electric liquid pump in it, proportional to the liquid and its diameter, which differs in each container.