WO2018233185A1

WO2018233185A1 - Hydrogen mineral water generator and production method

Info

Publication number: WO2018233185A1
Application number: PCT/CN2017/109916
Authority: WO
Inventors: 魏文镌; 姜宏宇
Original assignee: 深圳市赫拉铂氢时代科技有限公司
Priority date: 2017-06-22
Filing date: 2017-11-08
Publication date: 2018-12-27
Also published as: CN107082520A

Abstract

Provided is a hydrogen mineral water generator, wherein a cup body (2) communicates with a cup base assembly, with a storage tank (4) being arranged in the cup base assembly; the storage tank (4) is filled with substances such as coral rock and silicone balls; and a cathode plate (7), an anode plate (9) and a control circuit board (17) are arranged in the cup base assembly. By means of electrolysis of water and dissolution of mineral substance materials of the storage tank (4), hydrogen water which contains mineral substances and can be drunk by humans is formed, and the hydrogen mineral water generator is safe and reliable, is high in practicality and is convenient and rapid.

Description

Hydrogen mineral water generator and production method

Technical field

The invention relates to the field of daily necessities, in particular to a water mineral water generator and a production method thereof.

Background technique

A large number of biological studies have shown that hydrogen has the effect of selectively neutralizing free radicals and nitrite anions, which is the basis for the treatment of diseases by hydrogen against oxidative damage. Studies have shown that hydrogen can treat a wide variety of diseases, such as malignant tumors, colitis, encephalopathy after carbon monoxide poisoning, cerebral ischemia, senile dementia, Parkinson's disease, depression, spinal cord injury, skin sensitization, type 2 diabetes, acute More than 68 diseases such as pancreatitis, organ transplant damage, intestinal ischemia, systemic inflammatory response, radiation damage, retinal damage and deafness. Although hydrogen has potential therapeutic value for the human body.

Minerals play a more important role in the body's metabolism. Every day, a certain amount of mineral elements are excreted with various pathways such as feces, urine, sweat, hair, nails, skin and mucous membranes. Therefore, it must be supplemented by diet. According to the distribution of minerals in food and its absorption, the characteristics of human body needs, calcium, iron and zinc are more likely to be lacking in our population. In special geographical environments or other special conditions, there may also be problems with iodine, selenium and other elements. Minerals and enzymes combine to help metabolism. Enzymes are indispensable proteins in new metabolic processes, and minerals are activated by enzymes. If the minerals are insufficient, the enzyme will not work properly and the metabolic activity will stop.

In order to utilize hydrogen, a hydrogen water cup that can combine hydrogen and water has been introduced, but the hydrogen water cup on the market only has an electrolysis function, and after adding tap water, it will generate ozone, residual chlorine and other gases, and drink it for a long time. The human body has certain harms; and the hydrogen water cup that produces hydrogen water on the market does not combine its hydrogen water with mineral elements. Therefore, long-term drinking of water lacking mineral elements is not conducive to human health.

Summary of the invention

In order to solve the above problems, the present invention provides a water mineral water generator, which realizes combining minerals with hydrogen-rich water, and can generate hydrogen-containing water for human body drinking through a water mineral water generator. Quickly; at the same time, the oxygen, chlorine and ozone generated during the process of producing hydrogen water are eliminated.

In order to achieve the above object, the technical solution adopted by the present invention is: a water mineral water generator comprising a cup body penetrating up and down and a cup holder assembly detachably connected to the lower end of the cup body, and being disposed on the cup body An upper lid; the cup holder assembly includes a cup holder housing, an annular threaded plug disposed in the cup holder housing from top to bottom, a compression cover, a control circuit board, a lithium battery, wherein the lithium battery and the control The circuit board is electrically connected; wherein a cathode piece and an anode piece are disposed in the threaded plug from top to bottom, and an electrode film is further disposed between the cathode piece and the anode piece, wherein the cathode piece and the anode piece are both oriented An electrode strip is taken out, and the two electrode strips are electrically connected to the control circuit board; further comprising an electrode holder and a storage tank, wherein the pressing cover presses the thread plug to the lower end of the electrode holder; the storing The can is disposed at an upper end of the electrode holder and is detachably connected, and the storage tank contains a mineral material, wherein the mineral material comprises coral rock and silicon ball.

Wherein, the lower end of the center of the threaded plug forms a gas receiving groove with the pressing cover, and the surface of the pressing cover is evenly distributed with a plurality of air guiding grooves, wherein the pressing cover is also provided with corresponding exhausting gas a tube, the exhaust pipe is in communication with the air guiding groove and the exhaust pipe extends downward to a bottom surface of the cup holder shell, wherein the side surface of the cup holder shell also has a corresponding exhaust hole; oxygen, chlorine gas and ozone after water electrolysis After being collected in the gas holding tank, they are discharged through the exhaust pipe through the exhaust pipe.

Wherein, the pressing cover is provided with two electrode holes, and the two electrode strips are electrically connected to the control circuit board through the corresponding electrode holes, and the two electrode strips are sleeved with corresponding electrode seals a plug, the electrode sealing plug is also sleeved with a small pressing cover.

Wherein, a sealing cover gasket is further disposed between the threaded plug and the pressing cover, and the pressing cover and the pressing cover sealing gasket are respectively provided with corresponding fixing holes, and the pressing cover sealing gasket is inserted through the screw Fix it on the corresponding fixing hole.

The electrode gland is further included, wherein the cathode piece, the electrode film and the anode piece are sequentially disposed on the electrode gland from top to bottom, and the electrode gland is disposed in the thread plug.

Wherein, a control switch button and an LED lamp are further disposed on the outer side of the cup holder shell, and the control switch button and the LED lamp are electrically connected to the control circuit board respectively.

Wherein, the electrode fixing seat and the lower end of the pressing cover are respectively provided with a connecting post, and the control circuit board is correspondingly provided with a connecting hole, and the electrode fixing seat and the pressing cover are fixedly connected to the connecting hole through the connecting post. Control the board.

The USB charging head is electrically connected to the control circuit board, wherein the USB charging head is covered with a USB gland.

Wherein, the cup cover is provided with a handle, and the handle is hinged to the outer side of the cup cover through the rotating shaft.

In order to achieve the above object, the present invention also provides a method for producing a water mineral water as described above, which comprises the steps of:

Step 1, open the lid, inject water into the cup, press the control switch button, and then close the lid; store the rock in the tank, the silicon ball begins to dissolve minerals;

Step 2, after the control circuit board is energized, the cathode piece and the positive anode piece plate start to perform electrolysis; and hydrogen gas is generated on the cathode piece to generate oxygen on the anode piece; after the isolation by the electrode film, the generated hydrogen gas is not mixed with oxygen, and is formed. Hydrogen enters the water to form hydrogen water, and the hydrogen water combines with the rock produced by the rock and the silicon ball in the storage tank to form the water mineral water;

Step 3, the oxygen, chlorine and ozone generated after electrolysis are collected in the gas holding tank, then enter the cup holder through the air guiding groove, and finally exit the container through the vent hole on the cup holder;

Step 4. After the electrolysis is finished, the control circuit board controls the power to be turned off.

The invention has the beneficial effects that the method for producing water mineral water provided by the present invention is that the cup body and the cup holder assembly communicate with each other to inject water into the cup body, because the cup holder assembly is provided. a storage tank containing coral rock, silicon ball and the like, which can dissolve a variety of minerals and metasilicates required by the human body in water to obtain a water body containing minerals; and at the same time, in the cup holder assembly The cathode piece, the anode piece and the control circuit board are arranged, and the hydrogen is prepared by turning on the power switch, and the generated hydrogen gas is directly dissolved in water to form hydrogen water. The above improvement, by providing a storage tank and preparing hydrogen, forming a mineral-containing hydrogen water for human consumption by electrolysis of water and dissolution of mineral material in a storage tank, the water mineralizer It is safe, reliable, practical and convenient.

At the same time, a gas receiving groove is formed between the lower end of the center of the threaded plug and the pressing cover, and a plurality of air guiding grooves are evenly distributed on the surface of the pressing cover, which can collect oxygen, chlorine and ozone generated by the anode piece. In the gas accommodating tank, then introduced into the exhaust pipe through the air guiding groove, and then discharged through the vent hole through the cup housing; the design can promptly discharge oxygen, chlorine and ozone out of the cup in time to prevent The gas is dissolved again in water or mixed with hydrogen, and the hydrogen produced by the cathode sheet can be directly dissolved in water to form hydrogen water. The hydrogen has anti-oxidation and reduction power, and long-term consumption of hydrogen water can achieve the effect of removing excess active oxygen in the body.

DRAWINGS

Figure 1 is an exploded view of the present invention.

Figure 2 is an exploded view of the base assembly of the present invention.

Figure 3 is a schematic view showing the structure of the compression cap in the present invention.

Fig. 4 is a schematic view showing the structure after combination in the present invention.

DESCRIPTION OF REFERENCE NUMERALS: 1-cup cover; 2-cup body; 3-storage tank top cover; 4-storage tank; 5-electrode holder; 6-O-ring; 7-cathode sheet; 8-electrode film; - anode sheet; 10-electrode gland; 11-thread plug; 12-press cap seal; 13-press cap; 14-exhaust pipe; 15-electrode sealing plug; 16-small compression cap; Control circuit board; 18-lithium battery; 19-key press block; 20-USB gland; 21-control switch button; 22-cup seat shell; 23-handle; 24--air guide groove.

Detailed ways

Referring to Figures 1-4, a water mineral water generator includes a cup body 2 extending up and down and a cup holder assembly detachably coupled to the lower end of the cup body, and a lid disposed at the upper end of the cup body 2 1; the cup holder assembly includes a cup holder housing 22, and an annular threaded plug 11 disposed in the cup holder housing 22 from top to bottom, a compression cover 13, a control circuit board 17, and a lithium battery 18, wherein The lithium battery 18 is electrically connected to the control circuit board 17; wherein the screw plug 11 is provided with a cathode piece 7 and an anode piece 9 in this order from top to bottom, and an electrode film is further disposed between the cathode piece 7 and the anode piece 9. 8. The cathode sheet 7 and the anode sheet 9 each lead an electrode strip downwardly, and both electrode strips are electrically connected to the control circuit board 17; and include an electrode holder 5 and a storage tank 4, wherein the pressing is performed. The cover 13 is disposed at the lower end of the threaded plug 11, and the pressing cover 13 presses the threaded plug 11 to the lower end of the electrode holder 5, and an O-ring 6 is further disposed between the threaded plug 11 and the electrode holder 5. The storage tank 4 is disposed at an upper end of the electrode holder 5 and is detachably connected, and the storage tank 4 is filled with a mine Material, wherein the mineral material comprises coral rock, Silicon ball, wherein an upper end of the storage tank 4 also has a storage tank capping cover 3.

Referring to FIG. 3, the lower end of the center of the threaded plug 11 forms a gas receiving groove with the pressing cover 13, and the surface of the pressing cover 13 is uniformly distributed with a plurality of air guiding grooves 24, wherein the pressure is A corresponding exhaust pipe 14 is also disposed on the tight cover 13, and the exhaust pipe 14 is in communication with the air guiding groove 24 and the exhaust pipe 14 extends downward to the bottom surface of the cup housing 22, wherein the cup housing 22 There is also a corresponding vent hole on the side; after water electrolysis, oxygen, chlorine and ozone are collected in the gas accommodating tank and then discharged through the vent hole through the exhaust pipe 14.

The cup body 2 communicates with the cup holder assembly, and water is injected into the cup body 2, because the cup holder assembly has a reservoir therein. The storage tank 4 is provided with coral rock, silicon ball and the like, and can dissolve a variety of minerals and metasilicates required by the human body in water to obtain a water body containing minerals; the user can open the storage tank 4 The upper cover 3 is used to replace the mineral material therein; at the same time, since the cathode piece 7, the anode piece 9 and the control circuit board 17 are arranged in the cup holder assembly, the hydrogen source can be obtained by turning on the power switch, and the generated hydrogen gas is generated. Dissolved directly in water to form hydrogen water. The above improvement, by providing the storage tank 4 and the preparation of hydrogen, by the electrolysis of water and the dissolution of the mineral material of the storage tank 4, forming a mineral-containing hydrogen water for human consumption, the water mineral water The generator is safe, reliable, practical and convenient.

At the same time, a gas receiving groove is formed between the lower end of the center of the threaded plug 11 and the pressing cover 13, and a plurality of air guiding grooves 24 are evenly distributed on the surface of the pressing cover 13, which can generate oxygen from the anode piece 9. The chlorine gas and the ozone are collected in the gas holding tank, then introduced into the exhaust pipe 14 through the air guiding groove 24, and then discharged through the vent hole through the cup housing 22; the design can timely carry out oxygen, chlorine and The ozone is discharged out of the cup in time to prevent the gas from being dissolved again in water or mixed with hydrogen, and the hydrogen produced by the cathode sheet 7 can be directly dissolved in water to form hydrogen water, and the hydrogen has anti-oxidation reducing power, and the long-term consumption of hydrogen water can be removed. The effect of excess reactive oxygen species in the body.

In the present embodiment, during the electrolysis, the cathode sheet 7 is immersed in water, and the anode sheet 9 is blocked by the electrode film 8, so that only a small amount of water reacts with the anode sheet 9 through the electrode film 8, so that the anode sheet is 9 The oxygen produced is also a small amount, so it only needs to be discharged through the vent hole, which not only ensures the normal completion of the electrolysis process, but also avoids the short circuit of water flowing into the control circuit board 17 or the position where the lithium battery 18 is located. Happening.

The pressing cover 13 is provided with two electrode holes, and the two electrode strips are electrically connected to the control circuit board 17 after passing through the corresponding electrode holes, and the two electrode strips are sleeved with corresponding ones. The electrode sealing plug 15 is also sleeved with a small pressing cover 16 . The electrode sealing plug 15 and the small pressing cover 16 prevent water from flowing into the control circuit board 17 to avoid short circuit; and the pressing cover gasket 12 is further provided between the threaded plug 11 and the pressing cover 13 to further improve the For the sealing property, the pressing cover 13 and the pressing cover gasket 12 are respectively provided with corresponding fixing holes, and the pressing cover gasket 12 is fixed by screwing on the corresponding fixing holes.

There is further included an electrode gland 10, wherein the cathode sheet 7, the electrode film 8, and the anode sheet 9 are sequentially disposed from the top to the bottom on the electrode gland 10, and the electrode gland 10 is disposed in the screw plug 11.

Wherein, a control switch button 21 and an LED lamp are further disposed on the outer side of the cup holder 22, wherein The button housing 19 is provided with a button pressing block 19 corresponding to the control switch button 21, wherein the LED lamp is electrically connected to the control circuit board 17, and the user can judge the working mode and state according to different blinking manners of the LED lamp; The control switch button 21 is disposed on the button press block 19, and the button press block 19 is electrically connected to the control circuit board 17.

The bottom surface of the electrode holder 5 and the pressing cover 13 are respectively provided with connecting posts, and the control circuit board 17 is correspondingly provided with a connecting hole, and the electrode fixing base 5 and the pressing cover 13 are correspondingly inserted through the connecting column. Attached to the connection hole is fixed on the control circuit board 17.

The USB charging head is electrically connected to the control circuit board 17 , wherein the USB charging head is covered with a USB gland 20, and the USB gland is closed. 20 can play the role of dustproof and waterproof.

Wherein, the lid 1 is provided with a handle 23, and the handle 23 is hinged to the outer side of the lid 1 through the rotating shaft. The unique handle 23 makes the cup look beautiful and easy to carry.

In order to achieve the above object, the present invention also provides a method for producing a mineral water according to the above, which comprises the following steps:

Step 1, open the lid 1, inject the water into the cup 2, press the control switch button 21, and then cover the lid 1; store the rock in the tank 4, the silicon ball begins to dissolve the mineral;

Since the water is purified water, purified water, municipal tap water, mineral water, the sensory index and physical and chemical indicators of the water quality meet the requirements of the “Safety Guidelines for Drinking Water”, and the mineral content of different brands of mineral water is different, so the hydrogen concentration is made. It will be different. Depending on the mineral composition of the selected pure water, the water will have different tastes. Very pure water and soft water are not easy to be energized; therefore, for different water quality, the control circuit board 17 of the present invention sets different modes and controls the switch button. 21 to choose different working modes:

The power button is pressed 2 times (within 3 seconds) and the LED light flashes once to enter the 1 minute mode.

The power button is pressed continuously for 3 times (within 3 seconds) and the LED light flashes twice to enter the 3-minute mode.

The power button is pressed continuously for 4 times (within 3 seconds) and the LED light flashes 3 times to enter the 6-minute mode.

Usually, ordinary tap water and mineral water adopt a 1-minute mode or a 3-minute mode; for pure water that is not easily conductive, a 6-minute mode is adopted;

Step 2, after the control circuit board 17 is energized, the cathode sheet 7 and the positive anode sheet 9 plate start to perform electrolysis; and hydrogen gas is generated on the cathode sheet 7, and oxygen is generated on the anode sheet 9; after isolation by the electrode film 8, The hydrogen produced is not mixed with oxygen, and the hydrogen formed enters the water to form hydrogen water, and the hydrogen water combines with the minerals produced by the rock and silicon balls in the storage tank 4 to form water mineral water; and the ore in the water The substance helps to generate more water; at the same time, the electrode film 8 is used to realize the separation of hydrogen and oxygen, and the water with high solubility can be produced, and the highest solubility can reach 1300 ppb;

Step 3, the oxygen, chlorine and ozone generated after the electrolysis are collected in the gas holding tank, then enter the cup holder 22 through the air guiding groove 24, and finally discharged out of the container through the vent hole on the cup holder 22;

In step 4, after the time of the corresponding mode, the power source is automatically turned off to generate water mineral water. The container is filled with water at a water temperature of 5 ° C to 80 ° C, and the generated hydrogen concentration is approximately 800-1300 ppb.

The method for producing a mineral water of the present invention has the following advantages:

1) The operation is simple, only after the water is filled in the water cup, pressing the control switch button 21 for a few minutes can obtain the hydrogen water containing the mineral, and the added mineral storage tank 4 can help to further generate more Water.

2) Exhausting oxygen, chlorine and ozone generated after electrolysis out of the container through the vent hole, preventing oxygen, chlorine and ozone from being dissolved in water, further increasing the concentration of hydrogen water, thereby controlling the redox resistance of hydrogen water. Remove excess reactive oxygen species from the body.

3) After the electrolysis of the control circuit board 17 is controlled for about three minutes to six minutes, the power supply will be automatically turned off. At this time, the mineral hydrogen water has been prepared, and people can directly drink it, which greatly saves the preparation of mineral hydrogen water. At the same time, it also prevents the mineral hydrogen water from being wasteed into the air due to the long preparation time, resulting in a decrease in the effect of the mineral hydrogen water.

The above embodiments are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Improvements are intended to fall within the scope of protection defined by the claims of the invention.

Claims

A water mineral water generator includes a cup body vertically penetrating and a cup holder assembly detachably coupled to a lower end of the cup body, and a cup cover disposed at an upper end of the cup body; the cup holder assembly including a cup holder shell, An annular threaded plug, a pressing cover, a control circuit board, and a lithium battery disposed in the cup holder casing, wherein the lithium battery is electrically connected to the control circuit board; wherein the threaded plug is from top to bottom A cathode sheet and an anode sheet are disposed in sequence, and an electrode film is further disposed between the cathode sheet and the anode sheet, wherein the cathode sheet and the anode sheet each lead an electrode strip downward, and the two electrode strips are respectively connected with the control circuit board. An electrical connection; further comprising: an electrode holder, a storage tank, wherein the pressing cover presses the threaded plug to the lower end of the electrode holder; the storage tank is disposed at an upper end of the electrode holder and is detachably connected And the storage tank contains a mineral material, wherein the mineral material comprises coral rock and silicon ball.
A water mineral water generator according to claim 1, wherein a lower end of the center of the threaded plug forms a gas receiving groove with the pressing cover, and a plurality of surfaces of the pressing cover are evenly distributed. a gas guiding groove, wherein the pressing cover is also provided with a corresponding exhaust pipe, the exhaust pipe is in communication with the air guiding groove and the exhaust pipe extends downward to the bottom surface of the cup holder shell, wherein the cup seat shell There are also corresponding vent holes on the side.
A water mineral water generator according to claim 1, wherein the pressing cover is provided with two electrode holes, and the two electrode strips pass through the corresponding electrode holes and are electrically connected to the control circuit board. Sexually connected, and the two electrode strips are sleeved with corresponding electrode sealing plugs, and the electrode sealing plugs are also sleeved with a small pressing cover.
A water mineral water generator according to claim 1, wherein a sealing cover gasket is further disposed between the threaded plug and the pressing cover, and the pressing cover and the pressing cover are sealed. The pad is provided with corresponding fixing holes, and the pressing cover gasket is fixed by screwing on the corresponding fixing hole.
The water mineral water generator according to claim 1, further comprising an electrode gland, wherein the cathode sheet, the electrode film and the anode piece are sequentially disposed on the electrode gland from top to bottom. The electrode gland is disposed within the threaded plug.
A water mineral water generator according to claim 1, wherein a control switch button and an LED lamp are further disposed on the outer side of the cup holder, and the control switch button and the LED lamp are respectively associated with the control circuit. The board is electrically connected.
The water mineral water generator according to claim 1, wherein the electrode holder and the lower end of the pressing cover are respectively provided with a connecting post, and the control circuit board is provided with a connecting hole. The electrode holder and the pressing cover are fixedly connected to the control circuit board through the connecting post and correspondingly connected to the connecting hole.
The water mineral water generator according to claim 1, wherein the outer side of the cup holder is provided with a USB charging head, and the USB charging head is electrically connected to the control circuit board; The USB charging head is covered with a USB gland.
A water mineral water generator according to claim 1, wherein the cup cover is provided with a handle, and the handle is hinged to the outer side of the lid through the rotating shaft.
A method for producing a water mineral water generator according to any one of claims 1-9, comprising the steps of:

Step 1, open the lid, inject water into the cup, press the control switch button, and then close the lid; store the rock in the tank, the silicon ball begins to dissolve minerals;

Step 2, after the control circuit board is energized, the cathode piece and the positive anode piece plate start to perform electrolysis; and hydrogen gas is generated on the cathode piece to generate oxygen on the anode piece; after the isolation by the electrode film, the generated hydrogen gas is not mixed with oxygen, and is formed. Hydrogen enters the water to form hydrogen water, and the hydrogen water combines with the rock produced by the rock and the silicon ball in the storage tank to form the water mineral water;

Step 3, the oxygen, chlorine and ozone generated after electrolysis are collected in the gas holding tank, then enter the cup holder through the air guiding groove, and finally exit the container through the vent hole on the cup holder;

Step 4. After the electrolysis is finished, the control circuit board controls the power to be turned off.