GR1010140B - Generation of high additional energy (pressure, heating, temperature) increased by the always moving molecules of liquids inside a closed competely full container - Google Patents

Abstract

There is disclosed a mechanism- device which -when heated- produces much higher controlled temperatures and very high controlled pressures for various uses, taking advantage of the high temperature and high pressure of the liquids found in its interior.

Description

DESCRIPTION

Production of high additional energy (pressure, heating, temperature...) increasing from the always moving liquid molecules inside a closed container with full filling

Production, by heating liquids in a closed container with full filling, of the high additional energy, from the always moving molecules of the liquids, controlled high temperatures, controlled high pressures and more efficient movement of engines, oil, gasoline, gases... and steam engines of electricity generation etc.

We have a device, a mechanism, a set of tools. A metal water-tight container or whatever is better, filled with liquid, hermetically closed that can withstand high temperatures and high pressures within it, a good conduit, cube, sphere, of free dimensions or shape or similar or a basin with empty water-tight its sides and its bottom, with several dimensions in the best case, of hard coarse steel or the best and to withstand high temperatures and high pressures inside it and an electronically controlled outlet inside it to a high pressure of liquid and which is converted in steam etc. ... In some devices, on the top of the containers we have connected as an extension of the standing containers a tube of planned dimensions, of the same material, with two internal inlets-outlets along its length, one down at the beginning and the other at the top of the , with their electronic metal switches, which have both an electronic thermostat and an electronic pressure gauge, each switch and as suits best. The bottom of the container, its lower outer surface is as much as the surface of the flame it receives or to be heated as it suits best.

We first fill the containers with liquid, which suits their use or the basin, but all full with their own corresponding liquid, all in their smallest volume with their corresponding low temperature.

A way to produce high extra energy with controlled temperature and pressure is: We fill completely with water, preferably distilled, or any other liquid (or melted pencil...) to their smallest volume and close its electronic switches after they are completely filled .

We heat the container in a way that suits best and observe: the heated liquid inside the closed space expands and as its volume increases, its internal pressure increases, its temperature and its Boiling point also change and rise accordingly, it does not boil, it does not boils, to its full fill. At the same time, however, the friction and collision of the always moving liquid molecules between them increases and creates more energy, heating and pressure, etc. and with continuous heating we reach the height of the flame temperature... and we exceed it and the water does not boil at 100°C, 200°C, 300° C, 400° C... until the container melts from the large its temperature and explode. If not stopped in time, automatically temporarily, the continuous heating of the container.

This very economical production of high additional energy is easily transmitted wherever we want, central heating, with fans, in contact pipes and in addition a lot of energy from solar water heaters built in approximately the same way. The same for supplying radiators of houses, buildings, factories... And by immersing the container in another container, etc., or moving steam engines with the high-pressure steams we create, which are created with distilled water, in the tangents, in massive now closed container, wide tubes, to produce high energy and cheap electricity. We can also use the high temperature and high pressure all kinds of vapors or the high pressure liquid wherever we want, according to our own wishes.

Coming out of very high pressure steam from the connecting pipes touching the container, we move the steam engine, in the best way of our time. We can use vapors or gases or even from the container, for any use, and replenish them with hot liquid at a higher pressure, possible with the top of the pipes with two inlets and outlets as we described at the beginning of this, or with a powerful feeder.

As the container receives continuous heating, the temperature of its liquids rises a lot, and the pressure inside it also increases continuously. The molecules of water or any liquid that are always in motion collide with each other and rub and being at high speeds and at high pressures produce more energy than they receive, in pressures, heating and temperature and are constantly expanding, increasing at the same time the energy that continues and which remains at very high levels, as long as it remains closed and so on. The molecules inside the closed container when fully filled offer very high controlled (atmospheric) pressures to the water (and to those produced by the exit of water vapor) and then it is transferred to the contact container for use. Ideal (the tangent) for the movement of PPC steam engines... (or engines driven by steam or gases), with the burning of minimal lignite etc. And without emissions of carbon dioxide (CO2) and by enriching the atmosphere with oxygen (O2) and from this ozonosphere with ozone (O3), an ozonosphere that

protects from the sun's deadly ultraviolet radioactive rays and protects us from heat waves, high humidity, floods, downpours, typhoons, tornadoes, etc. Ozonosphere that existed above the earth's atmosphere at a thickness of 10 to 40 kilometers (Pap. Larus Britannica), as described in another invention of mine.

We also notice that: In the absence of water or any other liquid, in the container or in its tangential pipes, we can with the corresponding use of the electronic switches on the top of the containers or the basin, according to the description of the or the use of a feeder to feed the devices, to add as much hot liquid at that pressure and temperature as needed automatically electronically.

With higher pressure and higher temperature, which is obtained in engines with a similar approximately tangential vessel, the better is thus obtained, the supply and efficiency of engines, of oil, gasoline, gases, vapors, etc., of gas-driven engines, etc. .a.

We heat the closed watertight and this, the container described, the open basin, with its empty sides and its bottom... or something similar, literally filled with liquid the most convenient, having all the empty sides and the bottom parts of it, in its proportional volume and we observe that: heating the container, the basin on its sides and at its bottom, the liquid inside it expands and the pressure inside it constantly increases, changing and increasing and the temperature inside it constantly, and as we said, it doesn't boil, it doesn't boil, etc. Until it reaches and exceeds the point of continuously offered heating, flame, electrical resistances, etc. or as long as we electronically programmed the temperature.

In this way we achieve, for exploitation, high controlled temperatures to melt various materials or whatever, in the hollow part of the basin. Or all of them, above, in any beneficial use.

Claims (3)

Introduction Production, by heating liquids in a closed container with full filling, of the high additional energy, from the always moving molecules of the liquids, controlled high temperatures, controlled high pressures and more efficient movement of engines, oil, gasoline, gases. .. and electric power generators, etc. 1) Container, a structure, completely closed and watertight, good conduit of any dimensions or hollow cube or hollow sphere and any suitable hollow container, of hard steel or whatever is strong enough to withstand the controlled high temperatures inside the liquid and high internal controlled pressures. With controlled heating of any kind offered to successfully, very economically, the high temperatures and high pressures of the liquid we place inside it at full filling. With the analogs on them, for control and safety, thermostats and pressure gauges. Container for various uses, and more powerful, and more economically advantageous, air and water and oil radiators, etc. and production of vapors with its electronically adjustable active outlet in the liquid (water, etc.), to produce vapors of high temperatures and high pressures... Which has a tube of the same material standing on top and glued as an extension of the container , according to the most favorable length and width, which has internally at the beginning and at the end of an input-output, with the lowest and the highest of the export-input, with two electronic metal corresponding switches, each of them has an electronic thermostat and a electronic pressure gauge, which with their correct handling, when necessary, we enrich the container with its liquid during use. Or we enrich with a strong feeder. Which heated vessel produces high additional controlled pressure and high additional temperature for various uses. 2) We have the same construction, the above container with touching, but unbroken, wide tubes full of liquid, which as a whole, heated by the container at a very high temperature, produce very high pressure water vapor or other vapors ( and temperatures) from the water or any other liquid that is constantly inside them. And for the easier and more economical movement of locomotives to produce electricity and for wherever else it is applied. Which tangential tubes also have at the top of them a tube as an extension, of sufficient width and length with its internal electronically adjustable for temperature and pressure two metal switches, one at the beginning and one at the end for easy tactics replenishment of the water coming out of the tangential pipes, which comes out as water vapor from electronically regulated active outlets. 3) Basin-shaped container, whatever shape suits us best, of free dimensions, with empty sides and a bottom of the corresponding width literally filled with liquid, liquid according to our preference, tight and good conduit... with a tube at the top as an extension of the corresponding thickness and length with two internal inputs-outputs, with their electronic thermostat and their electronic pressure gauge, with their automatic electronic metal switches, and for the control of its additional heating and its reset and for the ,what else. Basin where we achieve the corresponding high temperature to melt metals and everything else and everywhere else.