BG4079U1 - Mobile healthful gas generator for inhalation - Google Patents

Abstract

The utility model reveals a mobile healthful gas generator for inhalation, which comprises a power supply connected to a cylindrical electrolysis unit (3) with at least two electrodes (8.1, 8.7), as the central electrode (8.1) is connected to the positive pole of a voltage regulator (9), while the outermost electrode (8.7) is connected to the negative pole of the voltage regulator (9). All other electrodes (8.2, 8.3, 8.4, 8.5, 8.6) are connected in series through the electrolyte. The containers (3, 5) are cooled by a fan (20) and are equipped with sensors ensuring the safety and concentration of the generated gas. The mobile generator for healthful gas for inhalation produces gas that has an antioxidant effect, relieves stress and improves the overall health of the body.

Description

(54) MOBILE GENERATOR HA HEALTHY GAS FOR INHALATION

Field of technology

The utility model refers to a mobile generator of healthy gas for inhalation and in particular to a generator that generates healthy gas by electrolysis, decomposing water into hydrogen and oxygen. It is used in medicine and aesthetics as a means of antioxidant and invigorating the body.

BG 4079 UI

BACKGROUND OF THE INVENTION

An oxyhydrogen generator is a device that uses the process of electrolysis, in which an electric current passes through a liquid, causing an electrochemical reaction. If the liquid is water, electrolysis splits the water into two gases, namely oxygen and hydrogen.

A device for the prevention of respiratory diseases (such as COPD, pulmonary fibrosis, respiratory failure, high altitude hypoxia, etc.) is known. Said isorety is a type of oxygen inhalation, which is a common method of treatment. Oxygen therapy is high in concentration, but leads to a large number of free radicals in the body that damage tissue cells.

Free radicals are damaged molecules with one missing electron. They attack healthy cells and cause them to break down. The problem is that by attacking cells, free radicals damage their DNA, leading to a number of diseases.

There are also external factors that stimulate the release of free radicals such as: polluted air, cigarette smoke, alcohol, lifestyle and others. Free radicals cause a destructive chain reaction. When a free radical takes an electron from a stable molecule, it turns it into unstable, ie. in a new free radical that in turn attacks other molecules.

The human body does not produce enough antioxidants to fight the toxins that enter the body from the external environment. In today's polluted environment, the supply of antioxidants is essential for health. Recently, many medical experts have focused on disease prevention rather than passive treatment (diseases have only been treated when a person becomes ill, by surgery, medication, chemotherapy, radiation therapy, etc.). In addition, many antioxidant techniques have been developed and widely used by the public to prolong human life, including skin care creams, antioxidant foods / medicines and supplements.

A number of studies have shown that hydroxygen gas can combine with oxygen free radicals.

A gas generator US 20130206586 is known. It comprises a housing in the base of which a first electrolytic container is fixed. The first container is connected by a first pipe, to a second container connected by a third pipe to a third container. There are at least two electrodes in the cell connected to a voltage regulator with a thermal switch to the supply voltage. The second container has sensors for liquid level, pressure and temperature. A third pipe connects the bottoms of the first and second containers. The second container has a water hole. The third container has a fourth tube

BG 4079 UI for cannula attachment. On the upper part of the case there is a cover with an LCD display and a button with the possibility of adjusting the amount of gas and a handle with the possibility of convenient transport.

It is characteristic of the famous gas generator that it easily and quickly generates high temperature during electrolysis. In order to avoid possible unwanted explosion in the system due to the explosive nature of the released gas, the system must be effectively cooled. Also, as the electrolyte temperature rises, this can lead to the release of water vapor, which in itself can reduce the concentration of hydrogen in the gas mixture. It fails to fully separate the gas from the electrolyte and return it to the circulation, which is also the reason for the increase in temperature in the system. Water pumps with a cooling system outside the water tank are needed, which leads to larger device dimensions and higher power consumption. In addition, their electrodes are flat and require more time for the electrolyte to be distributed in the space around the electrodes. The more difficult it is to remove the entire amount of separate oxyhydrogen gas and the higher the temperature in the generator.

The famous hydroxygen generator for inhalation does not provide the opportunity for mobile, safe, easy and convenient operation.

Technical essence of the utility model

This utility model aims to provide a new high-efficiency configuration of a gas generator with a simple structure, mobile and safe application, but at the same time efficient and convenient to operate, to have a simple cooling system that successfully maintains low temperatures throughout the system and does not disturb the concentration of hydrogen in the gas mixture. To serve not only for antioxidants and rejuvenation, but also to have certain therapeutic effects.

The mobile healthy gas generator for inhalation contains a housing in the base of which is fixed a first container with an electrolyzer, the first container is connected by a first tube, to a second container connected by a third tube to a third container, and the electrolyzer has at least two electrodes. connected through a voltage regulator circuit breaker with thermal protection to the mains, the second container has sensors for liquid level, pressure and temperature, where a second pipe connects the bottoms of the first and second container, and the second container has a water hole, where the third The container has a fourth tube for attaching the cannula, and on the upper part of the body there is a lid on which there is a mounted LCD display and a button with the possibility to adjust the amount of gas and a handle with the possibility of convenient transport. The mobile generator of healthy gas for inhalation differs from the known ones in that the first container is cylindrical, in which the electrolyzer is located with cylindrical electrodes that have holes on their surface. They are located at a distance from each other by a polyethylene spacer in the cell. The temperature sensor is connected remotely to a fan fixed to the second container. At least two front openings and at least two rear openings with the possibility of cooling the cell and the second container are located on the housing of the mobile generator of healthy gas for inhalation.

BG 4079 UI

Explanation of the attached figures

Exemplary implementation of a mobile generator of healthy gas for inhalation. object of this utility model is shown in the attached figures, which only illustrate but do not limit it, where: figure 1 is a general view of a mobile generator of healthy gas for inhalation, figure 2 - general block diagram of a mobile generator of healthy inhalation gas:

Figure 3 is a cross-sectional view of the cylindrical electrolyte module revealing the individual electrolyte chambers and electrodes.

Exemplary implementation of the utility model

The mobile healthy gas generator for inhalation comprises a housing 1, in the base of which a first container 2 is fixedly fixed, in which an electrolyzer 3 is mounted, connected by a first tube 4 to a second container 5 and by a second tube 6 to a third container 7. In at least two electrodes 8.1 are located in the cell 3; 8.7, the central electrode 8.1 being connected to the positive plus of a voltage regulator 9 and the outermost electrode 8.7 being connected to the negative plus of a voltage regulator 9. All other electrodes 8.2; 8.3; 8.4; 8.5; 8.6 are connected in series through the electrolyte. In the second container 5 there are sensors for liquid level 10, pressure 11 and temperature 12. A third pipe 13 connects the bottoms of the first 2 and the second container 5, where the second container 5, which has a water hole 14, the third container 7 has a fourth tube 15 for attaching a cannula 16, wherein on the upper part of the housing 1 there is a lid on which there is an LCD display 17, a button 18 with adjustable amount of gas and a handle 23 with the possibility of convenient transport.

The first container 2 is a cylinder in which the cell 3 with cylindrical electrodes 8.1 is located; 8.2; 8.3; 8.4; 8.5; 8.6; 8.7 The cylindrical electrodes have holes on their surface and are spaced apart by polyethylene spacers 19 located in the cell 3. The temperature sensor 12 is remotely connected to a fan 20 fixed to the second container 5. On the housing 1 are located the most - at least two front openings 21.1; 21.2; 21.3 ... 21p and at least two rear holes 22.1; 22.2; 22.3 ... 22n with the possibility of cooling the cell 2 and the second container 5.

Operation of a mobile generator for healthy inhalation gas

The electrolyte is poured through the opening 14 and through a third tube 13 into the container 2, in which a cylindrical electrolysis cell 3 is located. Cylindrical electrodes 8.1 are arranged in the electrolyte cell 3; 8.2; 8.3; 8.4; 8.5; 8.6; 8.7, which is to be filled. Once the electrolyte enters the module, it is distributed evenly through the holes made 8.11; 8.21; 8.31; 8.41; 8.51; 8.61; 8.71 between electrodes 8.1; 8.2, 8.3, 8.4, 8.5; 8.6; 8.7. Switch 9.1 with thermal protection and voltage regulator 9 is switched on. The supply voltage is reduced from 230 V to 24 V, straightened by a semiconductor rectifier / not shown in the drawing /, as they are well known to specialists in the field and therefore elements and connections they are not shown in the utility model, in the circuit of the voltage regulator 9 / 12-24 V DC /, connected to the cell 3, which consists of a plurality of cylindrical electrodes 8.1; 8.2; 8.3; 8.4; 8.5; 8.6; 8.7, the central electrode 8.1 is connected to the positive plus of the voltage regulator and the outermost electrode 8.7 is connected to the negative plus of the voltage regulator 9. The other electrodes 8.2; 8.3;

BG 4079 UI

8.4; 8.5; 8.6, are connected in series through the electrolyte. Electrodes 8.1; 8.2; 8.3; 8.4; 8.5; 8.6; 8.7, are fixed by welding at a distance from each other, by polyethylene spacers 19 located on the cell 3. The current passes from the positive electrode to the negative electrode. Thus, one surface of the cylindrical electrode through which current flows serves as an anode for this electrolysis chamber, while the other side of the other comparable electrode through which current flows serves as a cathode. The only electrodes connected to the generator circuit are the innermost and outermost. The lid is attached to the innermost 8.1 and serves as the main electrode positive, + “electrode, while the outermost electrode 8.7 is the housing of the cylindrical electrolytic cell. It acts as a negative electrode. In each chamber, the current flowing from the anode to the cathode generates oxygen and hydrogen. It follows that oxygen collects at the anode, while hydrogen collects at the cathode. In the cylindrical electrolysis cell, the difference in density between the outgoing and incoming electrolyte helps its natural circulation to the second container 5. In the presence of a solution of distilled water and potassium base, the process of electrolysis is observed, which decomposes the electrolyte into two gases: hydrogen ratio 2: 1 - Ht;

The third container 7 of stainless steel serves to protect the system from backfire and filter the inhalation gas. It also serves to humidify the oxyhydrogen gas mixture.

In the cell 3 or in the second container 5 when the temperature rises, the temperature sensor 12 remotely includes the fan 20, which, when voltage is applied, cools the housing of the cell 3 and the second container 5.

In order to further improve the heat dissipation effect of the housing of the proposed mobile healthy gas generator for inhalation, additional heat dissipation holes have been made. Heat dissipation holes 21.1; 21.2; 21.3 ... 21 η are located in the front of the stainless steel housing 1, while the heat dissipation openings 22.1; 22.2; 22.3 ... 22n are located in the rear of the stainless steel housing 1. The general appearance of a mobile healthy gas generator for inhalation is illustrated in Figure 1. The gas generator also has a handle 23 for convenient transportation.

According to the above embodiments, the healthy gas consists of oxyhydrogen. Studies have found that there are unstable types of oxygen (O +) in the human body, also known as free radicals. Free radicals in the body usually accumulate due to many factors, such as polluted air, cigarette smoke, alcohol, lifestyle and others. When a free radical takes an electron from a stable molecule, it turns it into unstable, ie. in a new free radical that in turn attacks other molecules. Inhalation of hydrogen hydroxide combines free radicals in the body and stops their destructive chain reaction. With this method, the amount of free radicals in the human body can be reduced, thus restoring the state of the body from acidic to alkaline, achieving antioxidant, anti-aging effect. It even helps prevent some chronic diseases. In addition, according to clinical studies, compared to its non-atomized counterpart, the atomized drug is more easily absorbed by the human body and can achieve the same therapeutic effect at a much lower dose.

The advantages of the proposed gas generator are the following.

The housing with openings ensures a smooth and optimal air flow, which together with the air cooling system, ensures a stable operating temperature.

Cylindrical electrodes allow complete removal of gas from the cell.

The volume of the mobile gas generator is significantly reduced due to the configured electrolysis module, with better characteristics and performance. The simplified scheme provides a reduced number of blocks and elements. Stable and continuous operation of safety regulations is ensured. It has low energy consumption. Also, a mobile generator of healthy gas for inhalation can serve to improve the overall health of the body and relieve stress. The relatively simple structure and compactness make the generator easy to transport and operate in various places and areas in everyday life. The mobile healthy gas generator for inhalation is equipped with all possible safety and security systems, and is even protected from back flames to the expansion vessel. The third container is made entirely of stainless steel and, in addition to safety, serves to filter and moisten the oxyhydrogen gas mixture.

In order to understand the advantages, nature and characteristics of the present utility model, a detailed description and drawings are provided, which are given as an example and not as a limitation with respect to the figures. Although some drawings are shown and described in detail, it should be understood that various changes and modifications may be made without departing from the scope of the appended claims. The scope of implementation of this utility model will in no way be limited to the number of its constituent components, their materials, their shapes, their relative location.

Claims (1)

Mobile generator for healthy inhalation gas, comprising a housing in the base of which is fixed a first container with an electrolyzer, the first container being connected by a first tube to a second container connected by a second tube to a third container. at least two electrodes connected through a voltage regulator, circuit breaker with thermal protection to supply voltage, the second container has a sensor for liquid level, pressure and temperature, where a third pipe connects the bottoms of the first and second container, where the second container has an opening for water, the third container having a fourth tube for attaching a cannula, in which the upper part of the housing has a lid on which there is an LCD display, a button with adjustable amount of gas and a handle with the possibility of convenient transport, characterized by that the first container (2) is cylindrical in which the cell (3) with the cylindrical electrodes (8.1; 8.2; 8.3; 8.4) is located ; 8.5; 8.6; 8.7), which have openings on their surface and are fixed by welding at different distances from each other, by polyethylene spacers (19) in the cell (3), the temperature sensor (12) being connected remotely to a fan (20), fixed to the second container (5), the housing (1) having at least two front openings (21.1; 21.2; 21.3 ... 21n) and at least two rear openings (22.1; 22.2; 22.3 ... 22n) with the possibility of cooling the cell (3) and the second container (5)