ES2297977A1

ES2297977A1 - Method for liquifying any type of gas and getting close container to elongated opening, involves using closed metal bottle practicing high vacuum, and water bottle is injected with more medicinal liquid oxygen, more liquid hydrogen

Info

Publication number: ES2297977A1
Application number: ES200501762A
Authority: ES
Inventors: Ildefonso Gutierrez Duque
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-07-19
Filing date: 2005-07-19
Publication date: 2008-05-01
Anticipated expiration: 2025-07-19
Also published as: ES2297977B1

Abstract

The method involves using a closed metal bottle practicing a high vacuum. The water bottle is injected with more medicinal liquid oxygen, more liquid hydrogen, a reactive powder, such as radioactive plutonium nitrate or sodium bicarbonate. The gases added not explode due to the use of carbon dioxide, and water and reagent are cushioned in liquid assets that react with each other.

Description

Procedimiento para licuar cualquier tipo de gas y conseguirlo en recipiente cerrado para luego abrir.Procedure to liquefy any type of gas and get it in a closed container and then open.

Pertenece al sector de la técnica de la mecánica. En cuánto al estado de la técnica existen ya los gases nobles e inertes en estado líquido, pero éstos lo son en recipientes cerrados y algunos en recientes abiertos, como ocurre con el nitrógeno, pero no se puede mezclar con ningún líquido normal, como es el caso que nos ocupa.It belongs to the technical sector of the mechanics. As for the state of the art the gases already exist noble and inert in a liquid state, but these are in closed containers and some in recent open ones, as is the case with nitrogen, but it cannot be mixed with any liquid normal, as is the case at hand.

En el caso de esta solicitud de patente, este procedimiento de licuación, está caracterizado por disponer de una botella metálica semejante a las actuales, en la cual se practica el alto vacío. Seguidamente se inyecta un líquido cualquiera, por ejemplo agua, pero sin llenar la botella al completo, seguidamente se disuelva en este líquido un reactivo cualquiera que no sea tóxico, dado que después podremos utilizar esta mezcla como bebida. El reactivo puede ser por ejemplo, bicarbonato sódico de fórmula CO3 HNa o también podría ser sal de litio, dado que lleva en su composición litio, y es como se sabe en la técnica actual un reactivo. También podríamos mezclar el agua inyectada en la botella con un estimulante alimenticio, como por ejemplo café, soluble o bien también, Coca cola con cafeína que es una bebida ya conocida, y hay que decir que se pueden utilizar éstos estimulantes porque este procedimiento de licuación de gases tendrá después importancia pata utilizar éstos gases como bebida, ya sea refrescante o de cualquier otra característica diferente. Pues bien, una vez inyectado el líquido que puede ser uno o varios a la vez, se procederá a inyectar a la botella un gas inerte cualquiera a presión, y en estado líquido, como puede ser anhídrido carbónico de fórmula CO2 ocurriendo que debido al reactivo en polvo añadido previamente o también debido al estimulante o excitante en su caso añadido al interior de la botella tendrá lugar reacciones químicas entre líquidos usado y el gas inerte añadido de modo tal que debido al reactivo o en su caso al estimulante o excitante, el gas inerte que pretendemos licuar, se convierte en un líquido activo que después tendrá entre sus características el poder reaccionar con otros gases inertes, o con cualquier líquido normal, o con cualquier sustancia química cualquiera, sea la que sea, sin importar para nada sus características. Hay que decir que los gases inertes como ya se sabe no reaccionan con nada, y por lo tanto son gases inactivos o como en realidad se les llama, gases inertes, pudiendo decirse que su inactividad se corrige con sustancia reactivas o estimulantes, adquiriendo después esta característica ya para siempre y además después éstos gases inertes reaccionaran con todo elemento que antes no ocurría, así de este modo el gas a presión conservará esta ya para siempre, conservando también para siempre el mismo volumen esté o no mezclado con un líquido, pues éstos trabajos de licuación de gases inertes se pueden realizar sin mezclar con ningún otro líquido, o sea utilizando o llenando el recipiente de forma parcial con uno o varios gases inertes a la vez pero sin añadir ningún líquido.In the case of this patent application, this liquefaction procedure, is characterized by having a metal bottle similar to the current ones, in which it is practiced The high void. Then any liquid is injected, by example water, but without filling the bottle completely, then any reagent that is not dissolved in this liquid toxic, since later we can use this mixture as a drink. The reagent can be, for example, sodium bicarbonate of formula CO3 HNa or it could also be lithium salt, since it carries in its lithium composition, and it is as known in the current art a reagent. We could also mix the water injected into the bottle with a food stimulant, such as coffee, soluble or fine too, Coca Cola with caffeine which is a well-known drink, and it must be said that these stimulants can be used because this gas liquefaction procedure will then be important to use these gases as a drink, either refreshing or Any other different feature. Well, once injected the liquid that can be one or several at a time, it proceed to inject any inert gas into the bottle at pressure, and in a liquid state, such as carbon dioxide of CO2 formula occurring that due to the added powder reagent previously or also due to the stimulant or exciting in your case added to the inside of the bottle chemical reactions will take place between used liquids and added inert gas so that due to to the reagent or, if applicable, to the stimulant or exciter, the inert gas that we intend to liquefy, it becomes an active liquid that then it will have among its characteristics the power to react with other inert gases, or with any normal liquid, or with any chemical substance, whatever it may be, regardless at all its characteristics. It must be said that inert gases as you know they do not react with anything, and therefore they are gases inactive or as they are actually called, inert gases, being able to say its inactivity is corrected with reactive substances or stimulants, later acquiring this characteristic for always and also after these inert gases will react with everything element that did not happen before, thus the gas under pressure it will keep this forever, also keeping forever the same volume whether or not mixed with a liquid, as these Inert gas liquefaction works can be performed without mix with any other liquid, that is, using or filling the container partially with one or several inert gases at the same time but without adding any liquid.

Se puede decir que una vez terminados éstos trabajos se podrá abrir la botella, ocurriendo que este gas o gases no escapan al la atmósfera, sino que permanecen ya para siempre como gas licuado con sus reactivo o estimulante plenamente disuelto en el o en ellos, y además como gases activos.You can say that once these are finished jobs can open the bottle, happening that this gas or gases they do not escape into the atmosphere, but remain forever as a liquefied gas with its reagent or stimulant fully dissolved in it or in them, and also as active gases.

Hay que decir que se podrán licuar y convertir en gases activos, todos los gases actualmente conocidos en la técnica actual, con el nombre de gases inertes, tales como el anhídrido carbónico, el oxígeno, el nitrógeno, el helio, el neón, el argón, el xenón, el Randon, el criptón y también se podría licuar y convertir en más activo, también el cloro y el flúor de la misma manera que hemos descrito en el caso de CO2.It must be said that they can be liquefied and converted in active gases, all gases currently known in the current technique, with the name of inert gases, such as the carbon dioxide, oxygen, nitrogen, helium, neon, argon, xenon, randon, krypton and you could also liquefy and become more active, also chlorine and fluorine way we have described in the case of CO2.

También por este procedimiento se puede hacer convertir en más activo, el hidrógeno líquido.Also by this procedure it can be done make liquid hydrogen more active.

También hay que decir que cuando queramos convertir en activo un gas cualquiera podemos utilizar como reactivo el anhídrido carbónico en estado líquido y a presión, pues como se sabe ya en la técnica actual, este gas es un reactivo debido al carbono que lleva en su composición, así por ejemplo si queremos convertir en active y líquido como por ejemplo el neón y el helio, lo podemos realizar utilizando como reactivo el CO2, o sea mezclando en el interior de un recipiente o botella el CO2 más neón y helio en estado líquido y a presión, ocurriendo así que después éstos tres gases no se podrán separar después, formando un compuesto de tres gases, serán activos pero juntos ya para siempre y todo debido al empleo del CO2.We must also say that when we want turn any gas into active we can use as reactive carbon dioxide in liquid and pressurized state, because as is known in the current art, this gas is a reagent because to the carbon it carries in its composition, for example if we want convert into active and liquid such as neon and helium, We can do it using CO2 as a reagent, that is mixing inside the container or bottle the most neon CO2 and helium in liquid and pressurized state, occurring so after these three gases cannot be separated later, forming a composed of three gases, they will be active but together forever and all due to the use of CO2.

La ventaja del presente trabajo de licuación o conversión en activo radica que después éstos gases se podrán utilizar sin necesidad de recipiente o botella especial y en recipiente abierto, caso que en la técnica actual no ocurre con todos los gases y además éstos actualmente son inactivos.The advantage of this liquefaction work or conversion into active means that these gases can then be use without the need for a special container or bottle and in open container, in case the current technique does not occur with All gases and these are currently inactive.

Entre las aplicaciones del presente trabajo de licuación de gases están las mismas aplicaciones que el estado actual de la técnica ya poseen, además las de usarlos para refrigeración, bebidas refrescantes y también para conseguir después tener poder paranormales.Among the applications of the present work of gas liquefaction are the same applications as the state current technique already have, in addition to using them to refrigeration, refreshing drinks and also to get after have paranormal power.

El trabajo de licuación de gases que nos ocupa, es de fácil realización necesitándose solo de una botella metálica y los respectivos reactivos en líquido o en polvo o en su caso de estimulante o excitante para el caso de bebidas, consiguiéndose así después gases ya licuados para siempre, y además activos con otras sustancias.The gas liquefaction work at hand, It is easy to carry out with only a metal bottle and the respective reagents in liquid or powder or, where appropriate, stimulating or exciting in the case of drinks, thus achieving then gases already liquefied forever, and also active with others substances

Una vez descrita suficientemente la invención de forma que su sencilla construcción se pueda llevar a la práctica por personal técnico en la materia se enumeran las siguientes.Once the invention of sufficiently described so that its simple construction can be implemented The following are listed by technical personnel in the field.

Claims

1. Procedure to liquefy any type of gas and get it in a closed container and then open characterized in that the work is carried out in a metal bottle or container of those known in the current technique in which the stop is practiced
empty.

Then a liquid is injected or not according to We want to then inject one or more pressurized gases liquefied, such as CO2 and neon under pressure liquefied plus a reagent either or not, because CO is a reagent, being able to add by way of example a radioactive powder reagent such as plutonium nitrate that must be dissolved in the gases which is a salt or very active radioactive reagent.

You can also add any other reagent such as sodium bicarbonate. It will happen that due to inactive gases this salt will be harmless to man and animals despite being radioactive, this will become a bright energy as it emits shine and will be a new energy unknown in the current technique, and as we have said it will not hurt nor damage to human health being able to ingest in this way inert gas company, being able to be used to cure diseases so far incurable by current medicines being in this case by way of example = CO2 + neon under pressure smoothie plus radioactive plutonium nitrate getting from this so, these two gases together, then remain liquefied and for always together with the radioactive getting that these two gases will become active and react with each other and also with any other substance that we have not mentioned here. This drink can be used as a refreshing coma and also as a medium to cure diseases, because as we have said to the new Energy and gases.

2. Procedure for liquefying any type of gas and obtaining it in a closed container to then open characterized in that it is similar to the previous case, using in this case CO2 under pressure plus pressure krypton gas, plus the same reagent as an example, Any reagent can be, but in this case we are going to mention the fully dissolved plutonium nitrate powder, happening that because of this the krypton that is toxic in the current technique, in this case it will stop being toxic, becoming a very active gas due to CO2 and plutonium nitrate being able to be taken orally without danger to health, both together since they cannot be separated from each other or from the reagent and can be used as a refreshing drink and as a means to find health in diseases so far
incurable.

3. Procedure to liquefy any type of gas and get it in a closed container to then open, characterized in that it is similar to the previous case, being able to mention in this case the CO2 liquefied under pressure plus the beverage already known in the current technique, Coca Cola with caffeine , which is a stimulant-exciter already known and used, being able to say in this case that due to the addition of CO2 plus this stimulant it will happen that CO2 will become an active liquid and that it reacts both with each other and with any other substance, too.

The CO2 will become a stable liquid and active forever and mixed with Coca Cola being able to use both together as a refreshing drink, keeping your liquid state, even in open container.

4. Procedure to liquefy any type of gas and get it in a closed container to then open, characterized in this case by having the liquid CO2 under pressure plus medical oxygen under pressure and mixed with the above plus the addition of any reagent, such as for example Radioactive plutonium nitrate dissolved in these. The same phenomena as in our previous claims will occur to avoid repetition. In this case of CO2 plus medicinal oxygen plus the respective reagent can be used as a refreshing drink and it will also happen that it will have the particularity of having the importance of being ingested by the crew of space and aircrafts having the importance that they will not have to use oxygen bottles in the back to breathe, because with this drink oxygen will be regenerated inside the human body and it will be permanently forever and endlessly, this phenomenon occurring due to the use of the corresponding reagent, in this case nitrate of plutonium, which will generate a bright energy and that due to this will be generated continuously from gaseous oxygen and will pass into human blood. Thus the CO2 plus the medicinal oxygen plus the reagent these become stable and active liquids that react with each other and with any other substance already forever.

5. Procedure to liquefy any type of gas and get it in a closed container to then open, characterized in this case it is to have in a bottle with water but without completely filling up the pressure-liquefied CO plus pressure-controlled medicinal oxygen plus hydrogen liquid, plus any dissolved reagent, such as powdered plutonium nitrate, and sodium bicarbonate may also be dissolved.

Here the same phenomena as the previous claims having to be said that hydrogen liquid in contact with medicinal oxygen and not liquefied they will explode due to the use of water together with CO2 and dissolved reagent. Stable and active liquids will be achieved already forever, in addition to the new bright energy. This mix of active gases and permanent liquids may be used as drinks refreshing and useful to cure all kinds of diseases occurring after every person who drinks is, then he will have power in his body to cure all kinds of diseases just by touching with our hand, the sick person so that he is healthy and is also it is possible that with our voice we can heal the sick, due to the ingested gases and reagent.

The fact of being able to cure patients by only contact with him explains that after having drunk the organism will be charged with static energy, this is the reason that we can cure diseases.
dades

6. Method for liquefying any type of gas and obtaining it in a closed container to then open, characterized in that it is similar to the preceding claim, that is H2O plus CO2 under liquefied pressure plus liquid medical oxygen plus liquid hydrogen and more a powder reagent, such as for example, sodium sulfate which is a bleach, saying that in this case, liquefied light is generated which, due to the bleach, will be white and if liquefied neon is added in this case the light will be orange. This case of liquefied light will have the same applications as the previous case.