Method for processing electrolytic reduced water and electrolytic oxidized water and electrolytic device thereof

Abstract

The application discloses a processing method and an electrolysis device for electrolytic reduction and oxidation of water, and belongs to the technical field of electrolytic tanks, to solve the problem that in the process of manufacturing hydrogen-rich water, half of the water containing impurities and beneficial minerals for human bodies is discharged as waste water, and the effect of the minerals on human bodies is ignored, and hydrogen is not soluble in water; the method comprises the following steps: filtering tap water through a pre-filter; magnetizing the filtered water through a pipeline and then inputting the water into the electrolysis device; and simultaneously performing ultrasonic oscillation and electrolysis on the water in the electrolysis device; the method can realize continuous circulation electrolysis of large flow separation, and the application of high magnetization and ultrasonic wave technology solves the problems of small water flow, low hydrogen concentration and easy scaling of the existing electrolytic tank, so that the electrolysis effect is better, the water flow can be large or small, the hydrogen concentration is improved, and scaling is not easy.

Description

TECHNICAL FIELD

[0001] The application relates to a processing method of electrolytic reduction water and electrolytic oxidation water and an electrolytic device thereof, and belongs to the technical field of electrolytic tanks, in particular to the technical field of high-magnetization ultrasonic continuous circulation electrolytic high-flow electrolytic tanks. BACKGROUND

[0002] A large amount of researches on electrolytic water have been conducted at home and abroad, and after 90 years of development, electrolytic water has been closely related to our production and life: electrolytic water has achieved good effects in aspects of livestock drinking, medical care, agricultural application and the like. Electrolytic water machines originate from Japan and are widely recognized, but Japanese machines have problems in different degrees when introduced into China or European and American countries, and the main problems are as follows:

[0003] 1. Small water output, which cannot meet the requirements of large water plants, breeding farms and agricultural applications;

[0004] 2. The electrolytic tank is prone to scaling, which affects the electrolysis effect and increases the power consumption;

[0005] 3. The hydrogen concentration of the electrolytic water machine is relatively low, which cannot meet the demand of people for hydrogen.

[0006] The electrolytic tank is the heart of the electrolytic water machine and is the core component of the electrolytic water machine, and currently, 3-plate 2-tank or 5-plate 4-tank are mostly adopted in the market. Under the premise of the same material, the more the number of electrode plates is, the better the electrolysis effect is, and the smaller the load of each electrode plate is, and therefore the longer the service life is. The service life of a electrolytic water machine mainly depends on the service life of the electrolytic tank, and the service life of the electrolytic tank depends on the service life of the electrode plate. In other words, the total electrolysis time of the electrode plate is referred to, and the service life of the electrode plate depends on the material and manufacturing process, and the scaling and descaling technology of the electrolytic tank and the size of the electrolysis power.

[0007] Electrode plate cleaning technology: the electrode plate on the cathode side of the electrolytic tank of the electrolytic water machine is prone to scaling, which cannot be avoided in the electrolysis process, and is similar to the principle of electroplating. In the electrolysis process, the positive-charged calcium, magnesium, sodium and potassium mineral ions in the water on the anode side, including the ultra-micro metal particles released on the anode plate, all move to the cathode side, so as to generate weakly alkaline reduction water; at the same time, the negative-charged chlorine ions and sulfur ions in the water on the cathode side move to the anode, to generate weakly acidic oxidation water, which is commonly referred to as

acidic water

[0008] In summary, most electrolyzers on the market currently use flat-plate electrolyzers. To increase water flow, the plate area needs to be increased, leading to uneven water distribution with pressure changes. These flat-plate electrolyzers are prone to scaling, affecting electrolysis efficiency and increasing power consumption. While Japan's Toning Corporation uses reverse electrode technology to address scaling, Dr. Hidemitsu Hayashi of Japan has verified that the water output is unsatisfactory. To increase hydrogen content, electrolyzers need to be connected in series or electrode plates need to be stacked. This increases water flow resistance, reduces flow rate, and also easily leads to scaling, resulting in lower water output. The current market solution to these problems is the widespread use of pure water physical hydrogen dissolution technology. This involves electrolyzing ultrapure water to produce hydrogen, then physically integrating the hydrogen into mineral-free pure water. This method produces a large volume of water, has a high hydrogen content, and does not cause scaling, but it still has problems: 1. It wastes water resources. During the pure water production process, a large portion of the water containing impurities and beneficial minerals is discharged as wastewater. Its oxidation-reduction potential is the same as tap water, which is positive. 2. It only emphasizes hydrogen while neglecting the role of minerals in the human body; moreover, hydrogen is insoluble in water. 3. It cannot produce oxidizing acidic water that can kill bacteria and disinfect. Pure water physical hydrogen dissolution technology cannot meet the needs for human and animal drinking water, medical care, and agricultural applications. Summary of the Invention

[0009] The purpose of this invention is to provide a method and apparatus for processing electrolyzed reduced water and electrolyzed oxidized water, in order to solve the following problems: First, existing methods waste water resources, as a large portion of the water containing impurities and beneficial minerals is discharged as wastewater during the production of hydrogen-rich water; second, they only emphasize hydrogen while neglecting the role of minerals in the human body, and hydrogen is insoluble in water; and third, they cannot produce sterilizing and disinfecting oxidized acidic water.

[0010] The technical solution adopted in this invention is as follows:

[0011] A method for processing electrolyzed reduced water and electrolyzed oxidized water includes the following steps:

[0012] 1. Filter tap water using a pre-filter;

[0013] Second: The filtered water is magnetized while passing through pipes before entering the electrolysis device;

[0014] Third: The water entering the interior is subjected to simultaneous ultrasonic vibration and electrolysis through an electrolysis device;

[0015] 4. After being processed by the electrolysis device, the water is magnetized simultaneously through the pipeline and then discharged as alkaline water and weakly acidic water.

[0016] The pre-filter consists of a custom-made, thickened deep-sea diatomaceous earth ceramic filter element and two sintered activated carbon filter elements.

[0017] The utility model provides an electrolytic reduction water and electrolytic oxidation water electrolytic device, including the outer sleeve, one end of the outer sleeve is detachably connected with the water outlet pipe A, the other end of the outer sleeve is detachably connected with the vibration structure for the water in the inside of outer sleeve is oscillated, the inside of the outer sleeve is provided with the processing structure that can improve the hydrogen concentration in the inside water, the lateral surface of the outer sleeve is distributed with the water inlet pipe and the water outlet pipe B, the lateral surface of water inlet pipe, water outlet pipe B and water outlet pipe A is equipped with the magnet.

[0018] Further, the processing structure includes the outer negative electrode plate, electrolytic cell outer support, outer net plate, ion membrane, inner net plate, electrolytic cell inner support, inner positive electrode plate distributed in the outer sleeve from outside to inside, the outer negative electrode plate is arranged close to the inner wall of the outer sleeve.

[0019] Further, the outer sleeve and the water outlet pipe A are provided with a water outlet plug, and the water outlet plug is tangent to the inner wall of the outer sleeve and the inner wall of the inner positive electrode plate.

[0020] Further, the water outlet of the water inlet pipe is arranged between the outer negative electrode plate and the outer sleeve, the water inlet of the water outlet pipe B is also arranged between the outer negative electrode plate and the electrolytic cell outer support, and the internal cavity of the water inlet pipe and the inner positive electrode plate is communicated with the water outlet pipe A through the ion membrane.

[0021] Further, the vibration structure includes a protective sleeve mounted on the outer sleeve, an ultrasonic generator is mounted in the protective sleeve, the ultrasonic generating end of the ultrasonic generator is arranged at the bottom of the outer sleeve, and the water inlet pipe is arranged close to the position of the ultrasonic generator.

[0022] Further, the outer sleeve and the protective sleeve and the outer sleeve and the water outlet plug are both mounted with a sealing gasket, and the sealing gasket is made of silica gel.

[0023] Further, the outer negative electrode plate and the inner positive electrode plate are both made of platinum titanium plate.

[0024] As described above, the beneficial effects of the present application are:

[0025] The electrolytic cell has small floor area, large electrolytic area, no dead angle of water flow, rapid separation, sufficient electrolysis, can realize continuous circulation electrolysis of large flow separation, and the ingenious application of high magnetization and ultrasonic technology solves the problem of easy scaling of the electrolytic cell, so that the electrolysis effect is better, the hydrogen concentration is improved, and the detection of various data fully meets the needs.

[0026] Secondly, when using, the tap water is filtered by the front filter, then the filtered tap water is treated by the device, enters the high magnetization device, under the action of the strong magnetic field, the surface tension, dissolving power, pH value and density penetration of the water will change, these subtle changes, such as the increase of the dissolving power, activity and penetration, will affect the solubility and crystallization process of magnesium, calcium salt and metal ion compound, make the compact mineral calcite crystal change into soft and small crystal, so that the water flow is more conducive to be washed away, the scale prevention and removal effect is achieved, the electrolytic cell scale is prevented, the electrolytic cell ionization effect is enhanced, the dissolved hydrogen concentration and ionized mineral concentration are improved, and the service life of the electrode plate is greatly prolonged.

[0027] The ultrasonic generator is arranged, because when the hard water is electrolyzed, the positive-valence mineral components contained in the raw water gather on the surface of the cathode plate, and the negative-valence mineral components gather on the surface of the anode plate, which will cause rapid plating reaction, overloading current and increase of power consumption, through using the ultrasonic high-frequency vibration in the electrolysis process, the mineral plated on the electrode plate is quickly separated, at the same time, the atomic hydrogen, active hydrogen and hydrogen gas generated in the cathode tank quickly leave the vicinity of the cathode plate, the oxygen generated in the anode tank quickly leaves the vicinity of the anode plate, the conductivity is enhanced, the power consumption is reduced, the atomic hydrogen, active hydrogen and hydrogen gas in the cathode tank are well mixed into the water, the atomic hydrogen and active hydrogen are adsorbed or exist on the ionized mineral, are smoothly discharged along with the water flow in the ultrasonic high-frequency vibration process, the dissolved hydrogen concentration is greatly improved, the scale prevention and removal and hydrogen concentration improvement purposes are achieved, and the service life of the electrode plate is greatly prolonged.

[0028] Shigeru Hakobayashi, Muneo Kawamura, "Health Begins with Water", page 74: "water quickly passes through the strong magnetic field, generates current and produces active hydrogen. Water treated by ultrasonic wave appears high pressure and high voltage, and is decomposed. When the mineral dissolves, hydrogen ion carries electrons and produces active hydrogen." The application of the high magnetization device and the ultrasonic technology on the electrolytic tank not only prevents and removes scale, but also enhances the electrolysis efficiency and improves the dissolved hydrogen concentration. BRIEF DESCRIPTION OF DRAWINGS

[0029] Figure 1 The water treatment flow chart of the application;

[0030] Figure 2 The plane structure schematic diagram of the electrolytic device of the application;

[0031] Figure 3 The cross section structure schematic diagram of the electrolytic device of the application;

[0032] Figure 4 The internal structure schematic diagram of the electrolytic device of the application;

[0033] Figure 5The schematic diagram of the electrolysis reaction principle of water of the present application;

[0034] Figure 6 The schematic diagram of the active hydrogen adsorbed on the mineral and stably existing;

[0035] Figure 7 The schematic diagram of H+e-→H- of the present application;

[0036] Figure 8 The schematic diagram of the electrolysis principle of the present application;

[0037] 1-outer sleeve; 2-ultrasonic generator; 3-inner layer pipe sealing cover; 4-magnet; 5-water inlet pipe; 6-water outlet pipe B; 7-water outlet pipe A; 8-protection sleeve; 9-sealing gasket; 10-water outlet plug; 11-outer negative electrode plate; 12-outer net plate; 13-ion exchange membrane; 14-inner net plate; 15-inner positive electrode plate; 16-outer support of electrolytic cell; 17-inner support of electrolytic cell. DETAILED DESCRIPTION

[0038] In order to make the purpose, technical scheme and advantages of the present application more clear and understandable, the present application is further described in detail below in combination with the drawings and examples. It should be understood that the specific examples described herein are only used to explain the present application and do not limit the present application. EXAMPLE

[0039] As shown in Figures 1 to 8 the present application,

[0040] An electrolytic reduction water and electrolytic oxidation water processing method, comprising the following steps:

[0041] I: filtering tap water through a pre-filter;

[0042] II: magnetizing the filtered water through a pipeline and then entering the inside of an electrolysis device; after the tap water is filtered, it enters a high magnetization device, and under the action of a strong magnetic field, the surface tension, solubility, pH value and density penetration of the water will change. These subtle changes, such as the increase of solubility, activity and penetration, will affect the solubility and crystallization process of magnesium, calcium salt and metal ion compounds, and make the dense mineral calcite crystal change into soft and small crystal, so that it is more conducive to being washed away by water flow, achieving the effects of scale prevention and removal, preventing the scaling of the electrolytic cell, enhancing the ionization effect of the electrolytic cell, improving the concentration of dissolved hydrogen and ionized minerals, and greatly prolonging the service life of the electrode plate.

[0043] III: synchronously performing ultrasonic oscillation and electrolysis on the water entering the inside of the electrolysis device;

[0044] Four: After the electrolytic device processing through the pipeline at the same time by magnetization and then discharge alkaline water and weak acid water;

[0045] The pre-filter is composed of a customized thickened deep-sea diatom mud ceramic filter element and two sintered activated carbon filter elements. The thickened ceramic diatom mud filter element can effectively remove impurities such as silt, rust, organic matter, and bacteria, and can be repeatedly cleaned and used. The sintered activated carbon filter element can remove odors and improve taste. This filtration system not only removes harmful substances to the human body, but also retains minerals and trace elements. The filtration system also has a good protective effect on the ion exchange membrane of the electrolytic cell.

[0046] Because when electrolyzing hard water, the positive-valence mineral components contained in the raw water gather on the surface of the cathode plate, while the negative-valence mineral components gather on the surface of the anode plate, which will cause rapid electroplating reaction and increase power consumption. By using ultrasonic high-frequency vibration during electrolysis, the mineral plated on the electrode plate is quickly separated, and at the same time, atomic hydrogen, active hydrogen, and hydrogen gas generated in the cathode tank quickly leave the vicinity of the cathode plate, and oxygen gas generated in the anode tank quickly leaves the vicinity of the anode plate, enhancing the conductivity and reducing power consumption. Atomic hydrogen, active hydrogen, and hydrogen gas in the cathode tank are well integrated into the water, and atomic hydrogen and active hydrogen are adsorbed or exist on ionized minerals. During the ultrasonic high-frequency vibration process, they are smoothly discharged with the water flow, and the concentration of dissolved hydrogen is also greatly improved. This achieves the purpose of scale prevention and removal and improves hydrogen concentration, and the service life of the electrode plate is also greatly extended.

[0047] Water quickly passes through a strong magnetic field, generating an electric current and producing active hydrogen. Water treated by ultrasonic waves will have high pressure and high voltage, causing it to be decomposed. When minerals dissolve, hydrogen ions will carry electrons, producing active hydrogen. The application of high magnetization devices and ultrasonic technology in electrolytic cells not only prevents and removes scale, but also enhances electrolytic efficiency and improves dissolved hydrogen concentration.

[0048] Cylindrical continuous circulation electrolytic large-flow electrolytic cell: according to the demand for electrolytic water, the cylindrical electrolytic cell can be long or short, and the diameter can be large or small. The electrolysis strength can be adjusted on the control circuit board according to needs, and the PH value, dissolved hydrogen concentration, and effective chlorine can be adjusted as needed. Municipal tap water is filtered by a pre-filter before being supplied to the second electrolytic cell, a high magnetization device is installed at the water inlet of the second electrolytic cell, an ultrasonic device is installed at the bottom of the third electrolytic cell, and the water enters the fourth cylindrical continuous circulation electrolytic large-flow electrolytic cell for strong electrolysis separation and chemical reaction, as follows:

[0049] Figure 5 : Electrolysis reaction of water

[0050] Figure 6 : Active hydrogen adsorbed on minerals and stably existing

[0051] For example Figure 5 ,Figure 6

[0052] Professor Shirahata Minoru, Kyushu University Graduate School, Director of the Union Hospital, "Health from the water began": because of water has "always broken down into hydrogen ions and hydroxyl ions" this characteristic, it is sensitive to electric current, as long as a little bit of current through, immediately broken down, first produce active hydrogen, and then produce hydrogen. Active hydrogen in what form is stable storage in water? It is well known that active hydrogen, hydrogen atoms, the smallest atom, it can be adsorbed stored on almost all the metal. We have established the "electrolytic reduction of active hydrogen in water is adsorbed stored in minerals and stable existence" this hypothesis. But, we say the mineral, not the traditional sense of ions, nor that put in the water just sink down the big metal, its size is only 1 nanometer (billionth of a meter) or so, is a very small mineral called "metal nanometer colloid" or "nanometer beam". So small metal nanometer colloid, like dissolved in water, they are uniformly distributed in water, can be long-term stable existence. Metal nanometer colloid, the smaller the volume, the more easily like water, and quickly throughout the body.

[0053] By the way, the size of the hydrogen atom is 0.1 nanometer, and the size of the water molecule is 0.3 nanometer. We all know that there is a "water channel" in the cell with a diameter of 0.3-1.3 nanometers, which allows water to pass quickly. If the metal nanometer colloid in electrolytic reduction of water can pass through the "water channel" like water, that would be even better.

[0054] We found that in the electrolysis of ultrapure water containing only sodium hydroxide, a portion of platinum electrode is precipitated, and the content of platinum in electrolytic reduction of water and the size of its "free radical elimination energy" is closely related. In fact, we found that the active hydrogen adsorbed on pure platinum can carry "free radical elimination energy", and the synthesized platinum colloid also has the same characteristics as electrolytic reduction of water. In fact, we have confirmed by electron microscopy that the electrolytic reduction of water contains platinum colloid with an average diameter of about 1 nanometer. At the same time, using "dynamic light scattering method" observation, it shows that there may be some more than our measurement limit, less than 1 nanometer diameter colloid in water.

[0055] It has been proved that the metal nanometer colloid playing the role of "active hydrogen carrier" or "host" is not limited to platinum, other metals can also play the role of "active hydrogen host". Professor Shigemasa Matsuda, Department of Science, Kyushu University, and other research groups claim that active hydrogen can be stored in silicic acid compounds in aqueous solution for more than a year.

[0056] ​Shigeru Shirai, Munetaka Kawamura, "Health from water begins" 72 pages: active hydrogen is extremely unstable, has a strong reactivity, likely to react immediately with the surrounding material and change its properties. We believe that the active hydrogen is adsorbed stored on the metal colloid, its reducing activity is weakened to only with free radical reaction degree. This feature is happy, which means, even in the living body that a variety of substances mixed with each other in the environment is not easy to lose its activity, can exist for a long time stable Figure 6

[0057] Outlet high magnetization device, water flow after circulation electrolysis into outlet high magnetization device, under the action of strong magnetic field, make water molecules fully small molecule group, more conducive to enhance the concentration of dissolved hydrogen.

[0058] Cathode water (reduction water) characteristics:

[0059] PH value: alkaline, PH8.5 ~ 9.5

[0060] Dissolved hydrogen: contains rich atomic hydrogen, active hydrogen (negative hydrogen ion), hydrogen

[0061] With reducing property

[0062] Oxidation reduction potential is "negative value", (ORP: -250 ~ -750mV)

[0063] Small molecule group: strong solubility, permeability

[0064] Cation increase: calcium, magnesium, potassium, sodium ion increase 15% ~ 20%

[0065] H2O → H++OH-

[0066] 2H₂O + 2e- → H2 + 2OH-

[0067] 2H+ + 2e- → H2

[0068] H+ + e- → H

[0069] H + e- → H-

[0070] Figure 7 : H+ e- → H-

[0071] As we all know, hydrogen is the smallest atom in the universe, due to electrolysis, when it gets an electron on the cathode, it becomes "negative hydrogen ion", in fact, it is also a negative hydrogen atom.

[0072] ​Atomic hydrogen originally carries only one electron, but when it has more than one electron, it becomes a "negative hydrogen ion". The effect of negative hydrogen ions on free radicals is just the opposite. Free radicals are "stealing other people's electrons, reducing themselves, and oxidizing others", while negative hydrogen ions are "providing electrons, helping others to reduce, and suppressing their oxidation". That is, it has a reducing effect, that is, "antioxidant ability".

[0073] When free radicals want to steal electrons from other cells or tissues, negative hydrogen ions can release electrons to them in time to neutralize free radicals and avoid their oxidative damage and destruction to cells and tissues. This is the principle of the antioxidant effect of negative hydrogen ions. Although vitamins, dofen, coenzyme Q10 nutritional supplements also have the same effect, the absorption effect will be affected by the gastrointestinal environment, and the dosage will be limited, at the same time, the part not absorbed by the body will become waste, waiting to be excreted. The biggest feature of negative hydrogen ions is that it does not produce any waste burden on the body, because it becomes water after neutralizing free radicals. Water is safe and has no side effects, and it is a necessary substance for the body, which is either absorbed by the body or excreted.

[0074] Effect of electrolytic reduced water on free radical removal: Professor Shirahata of Kyushu University, Japan, used cultured cells to compare the free radical removal effects of several types of water with reducing effects and antioxidants. The results are as follows:

[0075] 1. Nittoh water (Japan), free radical removal rate 20%;

[0076] 2. Norda natural water (Germany), free radical removal rate 24%;

[0077] 3. Toralite natural water (Mexico), free radical removal rate 22%;

[0078] 4. Electrolytic reduced water, free radical removal rate 25%;

[0079] 5. Vitamin C, free radical removal rate 22%;

[0080] 6. Commercial mineral water, the inside of the cell was oxidized by 10%;

[0081] 7. Tap water, the inside of the cell was oxidized by 25%.

[0082] Among them, Nittoh water in Japan, Norda natural water in Germany and Toralite natural water in Mexico are all miracle waters known around the world, and electrolytic reduced water is water rich in dissolved hydrogen generated on the cathode side of the electrolytic cell built in the electrolytic reduced water machine.

[0083] The best free radical removal effect is electrolytic reduced water.

[0084] The concentration of calcium and magnesium ions in electrolytic reduced water is about 15% to 20% higher than that of the original water before electrolysis, and is more easily absorbed by the body, so it helps to supplement minerals and trace elements to the body and strengthen the bones.

[0085] Rich in dissolved hydrogen: As mentioned above, during the electrolysis of tap water containing electrolytes, a large amount of hydrogen gas is generated on the cathode side, mostly in the form of hydrogen bubbles in the water, and atomic hydrogen is also adsorbed on the host mineral nano-ions, including ultra-trace platinum nano-ions released from the platinum coating on the electrode plate. Since they are dissolved in electrolytic reduced water, they are called "dissolved hydrogen", which is the root of the excellent "antioxidant, free radical scavenging" properties of electrolytic reduced water.

[0086] Anode water (oxidized water) properties:

[0087] PH value: acidic, PH 4.5-5.5

[0088] Contains oxygen

[0089] Oxidizing (oxidizing agent)

[0090] Oxidation-reduction potential is "positive", ORP: +750 to +1100

[0091] Increased anions: chloride, sulfate, nitrate...

[0092] 2H2O - 4e- → 4H++O2

[0093] 2Cl- - 2 e- → Cl2

[0094] Cl2+H2O → HCl+HClO

[0095] For example Figure 8 Electrolysis principle: According to the principle of positive and negative attraction, anions such as chloride, sulfate and nitrate ions in water on the cathode side will move to the anode side through the ion membrane, hydrogen ions will increase, and oxygen content will increase, while cations such as calcium, magnesium, potassium and sodium ions in water on the anode side will move to the cathode side in the opposite direction, and hydroxide ions will increase, and hydrogen content will increase. Therefore, the water generated on the cathode side contains abundant active hydrogen, hydrogen gas, hydroxide ions and ionic minerals, has antioxidant properties, can scavenge free radicals, is weakly alkaline, and is called "electrolytic reduced water" or "alkaline ionized water", mainly for daily drinking and soaking vegetables and fruits, removing food odor, brewing tea or coffee, cooking, etc. The water generated on the anode side contains abundant acid ions and oxygen, has oxidizing properties, is acidic, and is called electrolytic oxidized water or acidic water, mainly for external use, such as beauty care, cleaning and disinfection, etc.

[0096] The electrolytic reduced water has seven characteristics: 1. It does not contain impurities, bacteria, viruses, residual chlorine and other harmful substances in tap water; 2. It is rich in dissolved hydrogen, which exists in the form of atomic hydrogen and hydrogen bubbles, has strong antioxidant effect, and can inhibit the oxidative damage of free radicals to the body. At the same time, it has the effect of neutralizing body acid, which helps to alleviate the body's acidification tendency and reduce the burden on the buffering system; 3. Small molecular groups, strong solubility and strong penetration, easy to absorb. It has about twice the solubility of ordinary water, which is beneficial to body water supplementation and the discharge of metabolic waste in the body; 4. It contains rich ionic calcium, magnesium, sodium and potassium minerals, which are more easily absorbed than chemical state minerals; 5. The pH value is 8.5-10.0, which is weakly alkaline. However, in practical application, it is not necessary to pursue too high a PH concentration; 6. The oxidation-reduction potential ORP as a reference index is negative, that is, the so-called "negative potential", sometimes even below -250mV. The ORP of ordinary water is basically positive. The higher the positive value, the stronger the oxidation, and the greater the risk of oxidative damage to the body. 7. The antioxidant activity of electrolytic reduced water is difficult to maintain for a long time, boiling, shaking or shaking, sunlight will affect its activity, so it is best to make it fresh and drink it. When stored, it is easy to use a capped mineral water bottle or a glass container. For safety reasons, it is recommended to use it within 2 days.

[0097] When electrolytic reduced water is used for cooking, its main functions are: it can remove harmful residues such as pesticides and fertilizers on food, indirectly eliminate the source of generating a large number of free radicals in the body; remove the fishy smell and bitter taste of food; avoid chlorine (bleaching powder) in tap water from damaging vitamins in food, promote the release of food nutrients for better absorption by the body, reduce food waste and the amount of seasoning, and make the food more delicious and nutritious. At the same time, electrolytic reduced water contains rich ionic minerals and has excellent heat conductivity, which can make rice and dishes cook quickly and soft, especially when stewing soup, it greatly shortens the stewing time, saves gas and electricity, and helps to protect the earth's ecological environment.

[0098] The electrolytic device for reducing water and electrolytic oxidation water comprises an outer sleeve 1, one end of the outer sleeve 1 is detachably connected with a water outlet pipe A7, the other end of the outer sleeve 1 is detachably connected with a vibrating structure used for oscillating water in the inner part of the outer sleeve 1, the inner part of the outer sleeve 1 is provided with a treatment structure capable of improving the hydrogen concentration in the water, the side of the outer sleeve 1 is provided with a water inlet pipe 5 and a water outlet pipe B6, the side of the water inlet pipe 5, the water outlet pipe B6 and the water outlet pipe A7 is provided with a magnet 4, after the tap water is filtered, the tap water passes through the magnetic field formed by the magnet 4 outside the water inlet pipe 5, under the action of the strong magnetic field, the surface tension, the dissolving power, the pH value and the density penetration of the water will change, these subtle changes, such as the increase of the dissolving power, the activity and the penetration, will affect the solubility and the crystallization process of the magnesium, calcium salt and metal ion compound, so that the compact calcite crystal is changed into soft and small crystal, thereby being more beneficial to being washed away by the water flow, achieving the effect of scale prevention and scale removal, preventing the scaling of the electrolytic cell, enhancing the ionization effect of the electrolytic cell, improving the dissolved hydrogen concentration and the ionized mineral concentration, and greatly prolonging the service life of the electrode plate, after being treated by the treatment structure, the water enters the magnetic field formed by the magnet 4 through the water outlet pipe A7, under the action of the strong magnetic field, the water molecules are fully small molecule group, which is more beneficial to enhancing the concentration of the dissolved hydrogen.

[0099] The treatment structure comprises an outer negative electrode plate 11, an electrolytic cell outer support 16, an outer mesh plate 12, an ion membrane 13, an inner mesh plate 14, an electrolytic cell inner support 17 and an inner positive electrode plate 15 which are sequentially arranged from outside to inside in the outer sleeve 1, the outer negative electrode plate 11 is arranged close to the inner wall of the outer sleeve 1, when the hard water is electrolyzed, the positive-valence mineral components contained in the raw water gather on the surface of the negative electrode plate 11, and the negative-valence mineral components gather on the surface of the inner positive electrode plate 15, which will cause a rapid electroplating reaction and result in the increase of the power consumption, by using the ultrasonic generator 2 to generate ultrasonic high-frequency vibration during the electrolysis process, the mineral plated on the electrode plate is rapidly separated, at the same time, the atomic hydrogen, the active hydrogen and the hydrogen gas generated at the position of the outer negative electrode plate 11 rapidly leave the vicinity of the cathode plate, the oxygen generated at the position of the inner positive electrode plate 15 rapidly leaves the vicinity of the inner positive electrode plate 15, thereby enhancing the conductivity and reducing the power consumption, the atomic hydrogen, the active hydrogen and the hydrogen gas in the outer negative electrode plate 11 are well mixed with the water, the atomic hydrogen and the active hydrogen are adsorbed or exist on the ionized mineral, are smoothly discharged with the water flow during the ultrasonic high-frequency oscillation process, and the concentration of the dissolved hydrogen is greatly improved, thereby achieving the purposes of scale prevention and scale removal and improving the hydrogen concentration, and greatly prolonging the service life of the electrode plate.

[0100] The water outlet plug 10 is arranged between the outer sleeve 1 and the water outlet pipe A7, and the outer wall of the water outlet plug 10 extends into the inner part of the outer sleeve 1 and is tangent to the inner wall of the inner positive electrode plate 15, thereby enabling the treatment device to be positioned by the water outlet plug 10.

[0101] The water outlet of the water inlet pipe 5 is arranged between the outer negative electrode plate 11 and the electrolytic tank outer support 16, so that the water needs to pass through the inside of the treatment device when it enters the inside of the outer layer sleeve 1 to reach the inner positive electrode plate 15. The water inlet of the water outlet pipe B6 is also arranged between the outer negative electrode plate 11 and the electrolytic tank outer support 16. The water inlet pipe 5 is in communication with the inner cavity of the inner positive electrode plate 15 through the ion membrane 13. The water outlet pipe A7 is arranged, so that the alkaline water and the weak acidic water can be discharged from the positions of the water outlet pipe B6 and the water outlet pipe A7 respectively.

[0102] The vibration structure comprises a protective sleeve 8 mounted on the outer layer sleeve 1. The ultrasonic generator 2 is mounted in the inside of the protective sleeve 8. The ultrasonic generating end of the ultrasonic generator 2 is arranged at the bottom of the outer layer sleeve 1. The water inlet pipe 5 is arranged close to the position of the ultrasonic generator 2, so that the water can be high-frequency vibrated by the ultrasonic waves generated by the ultrasonic generator 2 when it enters the inside of the outer layer sleeve 1.

[0103] The sealing gaskets 9 are arranged between the outer layer sleeve 1 and the protective sleeve 8 and between the outer layer sleeve 1 and the water outlet plug 10. The sealing gaskets 9 are made of silica gel, so as to ensure the sealing effect between the connecting components.

[0104] The outer negative electrode plate 11 and the inner positive electrode plate 15 are both made of platinum titanium plate, which has the advantages of high electrolysis efficiency and stable electrolysis.

[0105] The above only describes the preferred embodiments of the present application and should not be used to limit the present application. Any modification, equivalent replacement and improvement within the spirit and principle of the present application should be included in the protection scope of the present application.

Claims

1. An electrolytic apparatus for electrolytic reduction of water and electrolytic oxidation of water, characterized by: The utility model provides an external sleeve (1) is detachable connection with water outlet pipe A (7) one end of the external sleeve (1), the other end of the external sleeve (1) is detachable connection with the vibration structure for the water inside the external sleeve (1) is oscillated, the inside of the external sleeve (1) is provided with the processing structure that can improve the hydrogen concentration in the water in the inside, the lateral surface of the external sleeve (1) is distributed with water inlet pipe (5) and water outlet pipe B (6), the lateral surface of water inlet pipe (5), water outlet pipe B (6) and water outlet pipe A (7) is installed with magnet (4); The processing structure includes the outer negative electrode plate (11), electrolytic cell outer support (16), outer net plate (12), ion membrane (13), inner net plate (14), electrolytic cell inner support (17) and inner positive electrode plate (15) distributed in the external sleeve (1) from outside to inside, and the outer negative electrode plate (11) is arranged in close contact with the inner wall of the external sleeve (1); The vibration structure includes a protective sleeve (8) installed on the external sleeve (1), an ultrasonic generator (2) is installed in the protective sleeve (8), and the ultrasonic generating end of the ultrasonic generator (2) is arranged at the bottom of the external sleeve (1), and the water inlet pipe (5) is arranged close to the position of the ultrasonic generator (2).

2. The electrolytic reducing water and electrolytic oxidizing water electrolysis device according to claim 1, characterized by: The water outlet plug (10) is arranged between the external sleeve (1) and the water outlet pipe A (7), and the water outlet plug (10) is arranged in the external sleeve (1) and the inner wall of the inner positive electrode plate (15) is tangent.

3. The electrolytic reducing water and electrolytic oxidizing water electrolyzing apparatus according to claim 1, characterized by: The water outlet of the water inlet pipe (5) is arranged between the outer negative electrode plate (11) and the electrolytic cell outer support (16), the water inlet of the water outlet pipe B (6) is also arranged between the outer negative electrode plate (11) and the electrolytic cell outer support (16), and the internal cavity of the water inlet pipe (5) and the inner positive electrode plate (15) is communicated with the water outlet pipe A (7) through the ion membrane.

4. The electrolytic reducing water and electrolytic oxidizing water electrolyzing apparatus according to claim 1, characterized by: The sealing gasket (9) is made of silica gel.

5. The electrolytic reducing water and electrolytic oxidizing water electrolyzing apparatus according to claim 1, characterized by: The outer negative electrode plate (11) and the inner positive electrode plate (15) are made of platinum titanium plate.

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