CN1172770A

CN1172770A - High oxygen drinking water device

Info

Publication number: CN1172770A
Application number: CN96111342A
Authority: CN
Inventors: 方展崇
Original assignee: Individual
Current assignee: Individual
Priority date: 1996-08-02
Filing date: 1996-08-02
Publication date: 1998-02-11
Anticipated expiration: 2016-08-02
Also published as: CN1107653C

Abstract

An apparatus for providing hydrogen-enriched drinking water is an enclosed container of water. An oxygen-enriching device or an electrolysis device is installed in it for enriching oxygen in water. The water can be directly drunk for making human body health.

Description

High oxygen-containing drinking water device

The present invention belongs to a new variety of health-care beverage and appliances.

Water is a source of everything. Modern health water and beverage are full of markets, and mineral water, distilled water, ionized water and the like have certain application ranges.

The present invention provides a new health-care water and its equipment, and it adopts a pressurizing mode to make oxygen dissolve in water and beverage so as to obtain the effect which other water can not possess.

It is known that all life processes are subjected to oxidation reactions, oxygen is the material basis for biological oxidation, and the oxidation process in organisms lacking oxygen is hindered. Human oxygen is mainly obtained by respiration, and the inventor has considered through experiments that the oxygen content of the water in the diet also plays an important role. Oxygen in water can not only enhance oxidation reaction, but also change the property of water and promote the growth of beneficial microorganism in stomach and intestine, thereby leadingwater to play a larger role in human body.

However, the solubility of oxygen in water is very low, and 3.16 cubic centimeters of oxygen is dissolved in 1 liter of water at 25 ℃ under normal atmospheric pressure, and the oxygen in water is less after boiling and heating. The present invention utilizes a closed container to hold water and beverages (hereinafter collectively referred to simply as water) and utilizes physical and chemical methods to add oxygen to the water, thereby increasing the solubility of oxygen in the water. When drinking water, the high oxygen content water can be directly drunk into the mouth from the water outlet valve of the device, and the construction principle of the device is explained according to the attached drawings. Referring to fig. 1, a container 1 is provided with a water inlet or a cover (not shown in the figure) which can be sealed, water is filled in the container 1, a water outlet valve 2 and an air charging valve 4 are arranged at proper positions of the container 1, the air charging valve has a stop function, and the pressure in the container cannot be reduced when the container is pulled open after being connected with an air charging device for charging air. The water outlet valve 2 is in a normally closed state, water flows out when the water outlet valve 2 is pressed by hands, and the water outlet valve is closed when the hands are released. In order to know the pressure applied in the container, a pressure sensing member 5 can be arranged at a proper position of the container, and the pressure sensing member 5 can be a pressure gauge or other objects, and the objects deform when being subjected to certain pressure, so that the pressure reaches a fixed value. The pressure sensing member 5 may be mounted on the inflator without being mounted on the container 1. Thus, the oxygen device is connected with the gas adding and adding valve 4, oxygen is filled into water and dissolves a part of oxygen in the water, the rest oxygen is in the upper space of the container, and the more the pressure is, the more the dissolved oxygen is. The pressure cannot be infinite, the pressure resistance of the container has a certain limit on one hand, and the water outlet valve is opened when the pressure is too high on the other hand, so that the sprayed water is too violent, and the pressure is in a certain range.

Fig. 2 is an apparatus for generating oxygen by electrolysis. Water containing H⁺And OH^-Ions, when a certain voltage is applied, H⁺Hydrogen, OH, is evolved at the cathode^-The anode loses electrons to release oxygen, and the electrode reaction is ， . This method is different from the above method, which simply adds oxygen by a physical method, and generates oxygen by a physicochemical method. During the electrolysis process, the association degree of water molecules is reduced, the energy is increased, the properties of osmotic pressure, surface tension, density and the like of water are changed, and the biological activity of the water is increased. Meanwhile, microorganisms in water can be killed in the electrolysis process, excessive heavy metal ions can be separated out at the electrode, and long-term tests show that the oxygen-enriched water is very beneficial to human bodies, can improve microcirculation of the human bodies, enhances metabolism and immune functions, enables people to be fine and smooth, and has a treatment effect on some diseases. In the embodiment shown in fig. 2, the upper end of the container is provided with a bottle cap or stopper 13 (hereinafter, referred to as bottle cap) which is tightly covered or screwedThe vessel 1 is closed. The electrode B is inserted into the container 1, the transformer rectifier 10 is connected with the upper end of the electrode through a socket 11, and a plug 9 is externally connected with a power supply. The proper position of the container 1 is provided with a water outlet valve 2, the container 1 can be connected with a water purifier 7 through a connector 8, purified water flows into the container 1, the connector 8 is not needed in the container 1, purified water or cold boiled water is directly poured into the container 1 after the bottle cap is opened, and then the bottle cap 13 is closed. Since hydrogen gas 2 times as much as oxygen is generated during electrolysis, hydrogen gas has no side effects to human body in general (whether it is good or not has been tested yet). If the hydrogen is to be removed, the gas outlet 15 can be opened after the electrolysis is carried out to a certain pressure to let the hydrogen escape, but part of the oxygen is also escaped, if only the hydrogen is escaped and the oxygen is reserved, the invention provides a feasible method: a hole is provided on a suitable part of the container, such as the bottle cap 13, with a hydrogen filter membrane (or layer) 12, since the hydrogen has a smaller molecular diameter than oxygen and the diffusion rate of hydrogen is faster, hydrogen is easier to be discharged from the hydrogen filter membrane and oxygen is retained. The hydrogen filtering membrane 11 can be made of rubber or plastic with proper air permeability or molecular sieve and the likeAnd (5) preparing the materials. The pressure sensing member 4 in this figure may be as shown in figure 1, or may be an electric contact pressure gauge, and the electrolytic power source is automatically turned off when the rated pressure is reached. Or can be controlled by a time relay without using a pressure sensing piece.

Sometimes, in order to modify the flavor of the electrolyzed water in the container or add some medicine, a feeding hopper 14 can be connected below the bottle cap, and the materials which are pre-arranged in the feeding hopper are poured into the water after the water electrolysis. Sometimes to increase the rate of electrolysis, acids, bases or salts harmless to the body may be added to the water in a point to increase the number of ions in the water and thus increase the conductivity. However, the electrode potential of the added anions should not influence the evolution of oxygen. After the electrolysis, the electrolysis can be neutralized by the substances put in the feeding hopper.

The device can also be used for improving the biological activity of water by other means such as composite light, electricity, sound, magnetism, heat and the like. In the simplest way, a magnet 3 is arranged at a proper position of the container, and the magnet 3 can be a permanent magnet or an electromagnet, so that the water coming out is magnetized high oxygen-containing water. Or a heating device can be used for boiling water and then electrolyzing.

When drinking the high oxygen-containing water, the water outlet valve can be directly pressed to enable the water to directly enter the water inlet, so that the oxygen content of the water cannot be reduced, the pipe orifice of the water outlet valve 2 can be fixed, and if the water is drunk by a plurality of people, the water outlet valve can be made into an insertion type and can be replaced after being used. The high oxygen content water can be poured into a cup for drinking, and in order to make the oxygen escape from the water slowly, some viscous substances, such as starch, agar, protein, etc. can be added into the water.

The invention provides novel health-care water for human, and people can be healthy and have long life by drinking the high-oxygen health-care water frequently.

Claims

1. A high oxygen content drinking water device is characterized in that water is filled in a closed container 1, a water outlet valve 2 and an air adding valve 4 are arranged at proper positions of the container, and the air adding valve 4 is connected with an oxygen device to be oxygenated into the water. The high oxygen content water can be directly sucked into the mouth by pressing the water outlet valve 2.

2. A high oxygen content drinking water device is characterized in that water is filled in a closed container 1, oxygen generated by electrolysis is dissolved in the water and is sealed in the container, a bottle cap 13 is arranged at the upper end of the container 1, an electrode 8 is inserted into the container 1, the electrode 8 is connected with a voltage transformation rectifier 10, a water outlet valve 2 is arranged at a proper position of the container 1, and the high oxygen content water can be directly sucked in a mouth by pressing the water outlet valve.

3. A device according to claims 1 and 2, characterized by a pressure-sensitive element 5.

4. Device according to claims 1 and 2, characterized in that magnets 3 or other optical, electrical, acoustic, thermal means are arranged in suitable positions in the container.

5. The apparatus as claimed in claim 2, wherein the hydrogen filter membrane 12, the gas outlet 15 and the hopper 14 are provided.

6. The device of claim 2, wherein the container has a mouthpiece 6 at a suitable location, the mouthpiece being connected to a water purifier 7.

7. The apparatus of claim 2, wherein an acid, a base, or a salt is added to the water to increase the conductivity ofthe water.

8. A device according to claims 1 and 2, characterized in that the water is provided with a viscous substance or the like which makes it more difficult for oxygen to escape.