CN206580605U - Hydrogen-rich atomization integrated cup - Google Patents

Abstract

A hydrogen-rich atomization integrated cup includes a cup body that passes through from top to bottom, an electrolysis device arranged at the bottom of the cup body, and an atomization device arranged at the top of the cup body; the atomization device includes an atomizer housing assembly and an atomizer arranged in the atomizer housing assembly, which is composed of an atomization power supply, an atomization circuit, and an atomization sheet group that are electrically connected to each other. The utility model has a high hydrogen production concentration and is easy to carry and use. It is suitable for drinking hydrogen-rich water, and can also create a hydrogen-rich environment through atomization, and is suitable for beauty and health care.

Description

Hydrogen-rich atomization integrated cup

technical field

The utility model relates to the field of daily necessities, in particular to a hydrogen-rich atomizing integrated cup.

Background technique

Hydrogen-rich water is also called hydrogen water (Hydrogen Water), and some people call it "hydrogen water", and it is also called hydrogen-rich water in China. Modern medicine believes that the corruption of substances is the process of acidification (oxidation). Breathing oxygen, smoking and drinking, and environmental pollution sources will cause a large number of peroxygen free radicals in the human body, which will wantonly destroy cell tissues, cause genetic diseases and body aging. Active hydrogen can effectively remove free radicals in the body. Hydrogen-rich water has antioxidant properties exceeding all known antioxidants such as vitamin C, carrots, and lecithin. It is free from allergic dermatitis, constipation, high blood pressure, diabetes, and cancer. All kinds of symptoms caused by the base have a powerful preventive effect. Regular drinking of hydrogen-rich water can promote metabolism very well, so that every cell can automatically maintain a healthy state, remove body rust, and delay aging.

At present, there are mainly the following ways to produce hydrogen-rich water:

1. Hydrogen water stick: It uses the reaction of magnesium and water to generate hydrogen; put the hydrogen water stick into a container with drinking water, and small hydrogen gas bubbles will be generated around the hydrogen water stick.

2. Hydrogen-rich water machine (filter type), which is equipped with filter elements such as PP cotton, activated carbon, magnesium particles or tourmaline, when the water flows through the magnesium particle filter element or tourmaline micro-electrolytic filter element, a small amount of hydrogen gas will flow out together with the water flow .

3. Electrolyzed hydrogen-rich water machine: It adopts the method of electrolyzed water, and the electrolyzed water machine we usually refer to is one of them. In the past few decades, electrolyzed water has been considered to have an auxiliary therapeutic effect on certain diseases. In Japan, electrolyzed water is approved and promoted by the national health management department. The past theory believed that the reason why electrolyzed water has medical effects is because the electrolyzed water has weak alkalinity and small molecular cluster structure. Since the discovery of the medical effect of hydrogen molecules, it is currently believed that the essence of the electrolytic water effect is also the hydrogen effect. The electrolytic hydrogen-rich water machine is divided into two types, one is directly connected to the tap water pipe, uses PP cotton, activated carbon and other filter elements to purify the water quality, and then electrolyzes through the electrolytic cell, and the other is to directly inject clean drinking water into the electrolytic device for electrolysis , poured out after a certain electrolysis time. The electrodes of the electrolyzed hydrogen-rich water machine are very critical. Poor-quality electrodes are easily oxidized and the heavy metal content in the water increases due to electrolysis. The hydrogen production of the electrolytic hydrogen-rich water machine is related to the electrode of the electrolytic water, the electrolysis time, and the structure of the electrolytic cell. When purchasing, the hydrogen concentration in the water should be used as the basis for selection.

4. Bottled or bagged hydrogen-rich water: It is made by dissolving high-purity hydrogen in pure water or other mineral water through a special process, and then sealing it in a container.

5. Solid hydrogen-rich water health care products: mainly packaged in the form of capsules, which are powdery white powder. Negative hydrogen ion capsules are one of them.

At present, there are also reports on hydrogen-rich water cups. For example, the patent number is: "201520919118", the patent name is: "A hydrogen-rich cup structure" and the patent number is: "201420763235", the patent name is: "A new split type hydrogen cup". The former is a filter-type hydrogen-rich water machine, and the latter is an electrolytic hydrogen-rich water machine.

Contents of the invention

The purpose of this utility model is to aim at the deficiencies of the prior art above, and design a hydrogen-rich atomizing integrated cup with high hydrogen production concentration, easy to carry and use, suitable for drinking, and can be adjusted to create a hydrogen-rich environment, suitable for beauty and health care.

The purpose of the utility model can be achieved through the following technical solutions. A hydrogen-rich atomization integrated cup includes a cup body that penetrates up and down and an electrolysis device installed at the bottom of the cup body. It is characterized in that the top of the cup body is equipped with an atomization device.

The electrolysis device of the hydrogen-rich atomization integrated cup includes an electrolysis housing assembly and an electrolysis assembly composed of an electrolysis power supply, an electrolysis circuit, and an electrolysis electrode group that are electrically connected to each other; The components are divided into an electrolytic shell and a bottom cover of the shell. The electrolytic shell is divided into an upper cavity and a lower cavity separated from each other. The top of the electrolytic shell is sealed and connected with the bottom of the cup body through threads or keys; the electrolytic component The electrolysis power supply and the electrolysis circuit are arranged in the lower chamber, and the electrolysis electrode group is arranged in the electrolysis electrode group accommodating chamber of the upper chamber; the electrolysis switch hole matched with the electrolysis circuit is provided on the electrolysis shell, and the electrolysis switch hole is separately arranged in the upper chamber. The power supply and the electrolysis circuit of the electrode group and the lower cavity are electrically connected through sealing.

In the hydrogen-rich atomization integrated cup, the electrolysis electrode group includes a top electrode, a bottom electrode, and an ion membrane that cooperate with each other.

In the hydrogen-rich atomizing integrated cup, the electrolysis electrode group also includes a dechlorination block that can purify the electrolysis water.

The atomization device of the hydrogen-rich atomization integrated cup includes an atomizer housing assembly and an atomization power supply, an atomization circuit, and an atomization sheet set installed in the atomizer housing assembly. The atomizer consists of the atomizer; the atomizer housing assembly includes the atomizer housing, the water inlet assembly and the housing cover; The bottom of the body is sealed and threaded, and the middle of the bottom seal of the shell is provided with a shell convex ring that penetrates up and down; the water inlet component includes a bottom seal ring and an atomization chamber, and there is a protruding up and down in the middle of the bottom seal of the bottom seal ring. The water inlet column, the top section of the water inlet column and the bottom cover of the bottom cover ring and the inner wall of the bottom cover ring form the atomization water tank; the bottom of the water inlet column is sealed and plugged with the convex ring of the shell, and the water inlet component is sealed with the top of the atomizer shell Connection, the top of the bottom seal of the shell and the bottom of the ring of the bottom seal, the bottom of the water inlet column and the convex ring of the shell that are mutually sealed and plugged together form an electrical compartment, in which the atomizing power supply and atomization circuit are located; beside the water inlet column, the ring of the bottom seal At the bottom of the back cover, there is an atomization cabin, the atomization port of the atomization cabin communicates with the atomization water tank, in the atomization cabin, there is an atomization sheet group, and the atomization sheet group is sealed with the atomization circuit located in the electrical compartment Connection; the outer wall of the bottom ring is threadedly connected to the shell cover; the atomizer shell is provided with an atomization switch hole that matches the atomization circuit and the atomization outlet switch.

In the hydrogen-rich atomizing integrated cup, the top of the water inlet column is in the shape of a cylindrical bullet, and the top of the cylindrical bullet is provided with a through hole.

In the hydrogen-rich atomizing integrated cup, the sealing connection between the bottom of the water inlet column and the convex ring of the casing is realized by providing a water inlet column sealing ring between the bottom of the water inlet column and the convex ring of the casing.

In the hydrogen-rich atomizing integrated cup, the atomizing sheet set in the atomizing chamber includes an atomizing rubber ring and an atomizing sheet.

In the hydrogen-rich atomizing integrated cup, the atomizer shell is provided with a strap ring for connecting the strap.

In the hydrogen-rich atomizing integrated cup, the cup body is made of transparent material.

Compared with the prior art, the utility model has a high concentration of hydrogen production and is convenient to carry and use. It is suitable for drinking hydrogen-rich water, and can create a hydrogen-rich environment through atomization, which is suitable for beauty and health care.

Description of drawings:

Fig. 1 is the overall structural representation of the utility model;

Fig. 2 is a sectional view of the overall structure of the utility model;

Fig. 3 is the structural explosion schematic diagram of the present utility model;

Fig. 4 is a schematic structural diagram of the atomizer housing of the present invention;

Fig. 5 is a structural schematic diagram of the first direction of the water inlet assembly of the present invention;

Fig. 6 is a schematic structural view of the water inlet assembly in the second direction of the present invention.

Specific implementation method:

As shown in Figures 1-6, a hydrogen-rich atomization integrated cup includes a cup body 1 that penetrates up and down, an electrolysis device 2 disposed at the bottom of the cup body, and an atomization device 3 disposed at the top of the cup body. Its electrolysis device 2 includes an electrolysis housing assembly 20 and an electrolysis assembly 21 composed of an electrolysis power supply 210 , an electrolysis circuit 211 , and an electrolysis electrode group 212 electrically connected to each other. The electrolytic housing assembly 20 is divided into an electrolytic housing 201 and a housing bottom cover 202 , and the electrolytic housing 201 is divided into an upper cavity 203 and a lower cavity 204 separated from each other. The top of the electrolytic casing 201 is sealed in connection with the bottom thread 10 of the cup body 1 through threads 2010 or keys, and the sealing connection here is realized by a seal 12 . The electrolysis power supply 210 and the electrolysis circuit 211 of the electrolysis assembly 21 are disposed in the lower cavity 204 . The electrolytic electrode group 212 is arranged in the electrolytic electrode group receiving chamber 205 of the upper cavity 203; the electrolytic switch hole 2011 matched with the electrolytic circuit 211 is provided on the electrolytic housing 201, and the electrolytic electrode group 212 in the upper cavity 203 is separately arranged. And the power supply 210 and the electrolysis circuit 211 in the lower cavity 204 are electrically connected through sealing.

Its electrolytic electrode group 212 includes a top electrode 2120 , a bottom electrode 2121 , an ion membrane 2122 , a waterproof rubber ring 2123 and a module cover 2124 that cooperate with each other. The ionic membrane 2122 is sandwiched between the top electrode 2120 and the bottom electrode 2121 , and the waterproof rubber ring 2123 separates the ionic membrane 2122 from the top electrode 2120 .

In the electrolysis electrode group 212, if necessary, there is also a chlorine removal block 2125 that can remove impurities such as chlorine ions from the electrolysis water.

The atomization device 3 of the hydrogen-rich atomization integrated cup includes an atomizer housing assembly 30 and an atomization power supply 310, an atomization circuit 311, and an atomization sheet group 312 that are electrically connected to each other and are located in the atomizer housing assembly. Composed of an atomizer 31; the atomizer housing assembly 30 includes an atomizer housing 301, a water inlet assembly 302 and a housing cover 303; the atomizer housing 301 is provided with a housing bottom seal 3010, the atomizer The bottom periphery of the carburetor housing is provided with thread 3011 and the top thread 11 of the cup body 1 is connected by a seal 13, and a housing convex ring 3012 is provided in the middle of the bottom seal 3010 of the housing; the water inlet assembly 302 includes a bottom sealing ring 3020 and atomization chamber 3021, the middle of the bottom cover 30200 of the bottom cover ring 3020 is provided with a protruding up and down, and a water inlet column 30201 through the middle, the top section of the water inlet column 30201 and the top surface of the bottom cover ring 3020 and the inner wall of the bottom ring 3020 30202 form the atomized water tank. The bottom of the water inlet column 30201 and the casing convex ring 3012 are sealed and inserted through the sealing ring 304 . The water inlet assembly 302 is sealed and connected to the top of the atomizer housing 301 through a sealing ring 305 . The top of the atomizer shell bottom seal 3010, the bottom of the bottom cover 30200 of the bottom cover ring 3020, the bottom of the water inlet column 30201 and the shell convex ring 3012 form an atomizing electrical compartment, and the atomizing power supply 310 and the atomizing circuit 311 are set in it. Next to the water inlet column 30201, at the bottom of the back cover 30200 of the bottom ring 3020, there is an atomization cabin 3021, and the atomization water inlet 3022 of the atomization cabin 3021 communicates with the atomization water cabin; The sheet group 30210, the atomizing sheet group 30210 is electrically sealed and connected to the atomizing circuit 311 located in the atomizing electrical compartment. The thread 3023 on the outer wall of the bottom sealing ring 3020 and the internal thread 3030 of the housing cover 303 are sealed and connected through the sealing rubber ring 306 . The atomizer housing 301 is provided with an atomization switch hole 3013 matching with the atomization circuit 311 and the atomization outlet switch 307 .

The top of the water inlet column 30201 of the hydrogen-rich atomization integrated cup is in the shape of a cylindrical bullet, and the top of the cylindrical bullet is provided with a through hole 302010.

In the hydrogen-rich atomizing integrated cup, the atomizing sheet group 30210 set in the atomizing cabin 3021 includes an atomizing rubber ring 302100 and an atomizing sheet 302101, and the atomizing outlet 30211 of the atomizing cabin is controlled by the atomizing outlet switch 307 , the switch controls the circuit switch of the atomization circuit 311 at the same time, when the switch is turned on, the atomization circuit 311 starts to work, and the atomization steam is sprayed out from the atomization outlet 30211 of the atomization cabin.

In the hydrogen-rich atomizing integrated cup, the atomizer housing 1 is provided with a strap ring 14 for connecting a strap.

An electrolysis power charging interface 2013 matched with the electrolysis circuit 211 is provided on the electrolysis casing 201 .

An atomization power supply charging interface 3014 matched with the atomization circuit 311 is provided on the atomizer housing 301 .

In the use of the present utility model, when hydrogen-rich water is needed, unscrew the atomization device 3 from the cup body 1, pour drinking water into the cup, and turn on the electrolysis switch matched with the electrolysis circuit 211 of the electrolysis device 2. At this time, the cup The reclaimed water is electrolyzed to become hydrogen-rich water, which is available for drinking.

When atomization is required, tighten the atomization device 3 on the top of the cup body, turn the bottle upside down, and the hydrogen-rich water will pass through the shell convex ring 3012 in the middle of the shell bottom seal 3010----bottom seal ring 3020 The water inlet column 30201 set in the middle of the bottom cover 30200 enters the cavity formed by the atomized water tank and the shell cover 303. At this time, the bottle body is set upright, and the hydrogen-rich water enters the atomized water tank along the atomization port 3022. In the atomization chamber 3021, the atomization switch of the atomization circuit 311 is turned on, and the atomized hydrogen-rich water is sprayed out from the atomization outlet 30211.

Claims (8)

1. A hydrogen-rich water atomization integrated cup, comprising a cup body that penetrates up and down and an electrolysis device located at the bottom of the cup body, characterized in that, the top of the cup body is provided with an atomization device, and the electrolysis device includes The electrolytic shell assembly and the electrolytic assembly composed of electrolytic power supply, electrolytic circuit and electrolytic electrode group which are electrically connected to each other in the electrolytic shell assembly; the electrolytic shell assembly is divided into the electrolytic shell and the bottom cover of the shell, and the electrolytic shell The body is divided into an upper chamber and a lower chamber separated from each other. The top of the electrolytic housing is sealed and connected with the bottom of the cup body through threads or keys; The electrolytic electrode group is located in the upper chamber; the electrolytic housing is provided with an electrolytic switch hole that matches the electrolytic circuit, and the electrolytic electrode group and the lower chamber are separated. connect. 2. The hydrogen-rich water atomization integrated cup according to claim 1, characterized in that, the electrolysis electrode group includes a top electrode, a bottom electrode, and an ion membrane that cooperate with each other. 3. The hydrogen-rich water atomization integrated cup according to claim 1 or 2, characterized in that the electrolysis electrode group also includes a chlorine removal block that can purify the electrolysis water quality. 4. The hydrogen-rich water atomization integrated cup according to claim 1, characterized in that, the atomization device comprises an atomizer housing assembly and an electrical connection set inside the atomizer housing assembly. The atomizer consists of an atomizing power supply, an atomizing circuit, and an atomizing sheet group; the atomizer shell assembly includes an atomizer shell, a water inlet assembly, and a shell cover; the atomizer shell is provided with a shell Body bottom seal, the bottom periphery of the atomizer shell is connected with the bottom sealing thread of the cup body, and there is a shell convex ring that penetrates up and down in the middle of the bottom seal of the shell; the water inlet component includes a bottom seal ring and an atomization chamber, and the bottom seal circle There is a water inlet column protruding up and down in the middle of the bottom cover of the ring, and the top section of the water inlet column, the bottom cover of the back cover ring and the inner wall of the bottom ring ring form an atomized water tank; the bottom of the water inlet column is sealed and plugged with the convex ring of the shell , the water inlet component is sealed and connected with the top of the atomizer shell, the top of the bottom seal of the shell and the bottom of the bottom ring, and the bottom of the water inlet column and the convex ring of the shell that are mutually sealed and inserted form the electrical compartment, the atomization power supply and the atomization circuit It is located in it; next to the water inlet column, at the bottom of the back cover ring, there is an atomization cabin, the atomization port of the atomization cabin communicates with the atomization water tank, and in the atomization cabin, there is an atomization sheet group, the fog The atomizer group is sealed and connected with the atomization circuit located in the electrical compartment; the outer wall of the bottom ring is connected with the shell cover thread; the atomizer shell is provided with an atomizer that matches the atomization circuit and the atomization outlet switch. switch hole. 5. The hydrogen-rich water atomization integrated cup according to claim 4, characterized in that the top of the water inlet column is in the shape of a cylindrical bullet, and the top of the cylindrical bullet is provided with a through hole. 6. The hydrogen-rich water atomization integrated cup according to claim 5, characterized in that, the realization of the sealing connection between the bottom of the water inlet column and the convex ring of the housing is achieved between the bottom of the water inlet column and the convex ring of the housing. There is a water column sealing ring between them. 7. The hydrogen-rich water atomization integrated cup according to claim 4, characterized in that, the atomization sheet set in the atomization chamber includes an atomization rubber ring and an atomization sheet. 8. The hydrogen-rich water atomization integrated cup according to claim 1, wherein the cup body is made of transparent material.