TWM619807U - Dual effect ceramic intelligent cup set - Google Patents

Abstract

A dual-effect ceramic smart cup set with both disinfection and edible water functions. The cup cover has an intelligent control chip that includes electrolysis function, microporous ion dialysis membrane, electrode anti-corrosion design, electrolysis time control function, and leak-proof design. The cup body is made of ceramic material, combined with antibacterial treatment, such as silver ion sintering and surface coating, so that the product can be tailored to different needs, and it has the function of generating disinfectant water (need to add sodium chloride) and edible water.

Description

Double-effect ceramic smart cup set

This creation relates to a portable water electrolysis device, in particular to a dual-effect ceramic smart cup set.

With the development of industry, toxic organic compounds, acids, alkalis, fertilizers, and pesticides from factories and agricultural land may flow into the water storage yards that supply water for people's livelihoods, so water sources need to be disinfected. At present, the disinfection method for water sources can achieve the sterilization effect by adding chlorination to disinfection. Hypochlorous acid-containing water is a colorless and transparent liquid with a lighter smell of chlorine-containing disinfectant. The effective chlorine content is generally 90mg/L~110mg/L, and the pH is 5.5~6.5; yes A harmless disinfectant for the human body.

With the improvement of social living standards, modern people pay more and more attention to the quality of life, and the choice of daily necessities pays more and more attention to the health care function of daily necessities. As far as water cups are concerned, there are various types of water cups on the market, including hydrogen-rich water cups with health-care functions. Hydrogen-rich water cup is a device that generates hydrogen-rich water. It converts water into electrolytic reduced water through electrolysis technology to form alkaline water and produce hydrogen. Hydrogen-rich water can improve sub-health and has an auxiliary treatment effect on some diseases.

The human body’s respiration is the use of oxygen to oxidize all the time to produce the energy needed by the human body and the metabolism to discharge waste from the human body. The human body produces “toxic” free radicals in the process of energy production. Scientific research shows that its oxidation effect is stronger, which is harmful. Cells, cause cancer The culprit of disease and arteriosclerosis is an important factor that causes many diseases and aging. The root cause of many chronic diseases that are difficult to cure in humans is toxic free radicals. The aging process is also a process in which free radicals oxidize cells.

After years of research, it has been discovered that hydrogen has a selective neutralization effect on these toxic and harmful free radicals with particularly strong activity. Scientists have discovered that hydrogen is a more stable and effective antioxidant than vitamins and minerals. Hydrogen also has the characteristics of extremely strong diffusibility and permeability, and it is also one of the few superior antioxidants discovered so far without any toxic side effects.

A large number of experimental data from research institutions show that daily supplementation of hydrogen molecules is an effective way to remove harmful free radicals in the body and remove excess oxides. For example, hydrogen has an effect on oxidative damage, inflammation, cell apoptosis and abnormal blood vessel proliferation. Therefore, drinking hydrogen-rich water or inhaling hydrogen has positive significance for human health and disease treatment.

Hydrogen-rich water came into being. Hydrogen water is hydrogen-reduced water. It is a kind of drinking water that contains a certain concentration of hydrogen in the water and uses its anti-oxidation and reduction power to remove active oxygen (free radicals) that are particularly active in the body. Practice has proved that hydrogen-rich water not only has the function of physiological regulation, but also has the function of curing diseases.

It can be seen that the dual-effect ceramic smart cup set that can generate both hydrogen-rich water and hypochlorous acid water is expected by the public.

The purpose of this creation is to provide a dual-effect ceramic smart cup set that has the functions of electrolytically generating disinfectant water (hypochlorous acid water) and edible water (hydrogen-rich water).

The second purpose of this creation is to provide a dual-effect ceramic smart cup set that can Solve the problem of unstable working efficiency of hydrogen-rich water electrolysis structure in conventional technology.

The dual-effect ceramic smart cup set that can achieve the above new purpose includes: a cup cover, the inside of the cup cover is separated into a water-facing side and a waterproof back-water side by a waterproof membrane; the cup body is made of ceramic material and combined with antibacterial treatment And an electrolytic structure arranged in the cup cover, the electrolytic structure includes a main circuit board and a titanium alloy electrolytic sheet structure, the main circuit board is fixed in the back water side of the cup cover, the titanium alloy electrolytic sheet structure Is arranged in the water-facing side of the cup cover, and the titanium alloy electrolytic sheet structure is electrically connected to the main circuit board, wherein the titanium alloy electrolytic sheet structure includes a first titanium alloy electrolytic sheet and a second titanium alloy electrolytic sheet Sheet and a microporous ion dialysis membrane, the first titanium alloy electrolysis sheet and the second titanium alloy electrolysis sheet sandwich the microporous ion dialysis membrane, the first titanium alloy electrolysis sheet is electrically connected to a main circuit board Positive electrode, the second titanium alloy electrolytic sheet is electrically connected to a negative electrode of the main circuit board.

In the dual-effect ceramic smart cup set as described above, the positive electrode is a platinum-titanium alloy electrode plate.

In the dual-effect ceramic smart cup set as described above, the negative electrode is a platinum-titanium alloy electrode plate.

The dual-effect ceramic smart cup set as described above, wherein the main circuit board includes: a power supply unit electrically connected to the positive electrode and the negative electrode; and a control unit electrically connected to the power supply unit, Used to control the power supply unit.

The dual-effect ceramic smart cup set as described above, wherein the cup system is antibacterial treatment such as silver ion sintering and surface coating.

The above-mentioned dual-effect ceramic smart cup set, in which the main circuit board adopts CL4056 Integrated circuit board.

10: Cup lid

11: Waterproof film

12: Facing the water

13: dorsal water side

20: Cup body

30: Electrolytic structure

40: main circuit board

41: positive

42: negative electrode

43: power supply unit

44: control unit

50: Titanium alloy electrolytic sheet structure

51: The first titanium alloy electrolytic sheet

52: The second titanium alloy electrolytic sheet

53: Microporous ion dialysis membrane

Figure 1 is a schematic diagram of the composition of the created dual-effect ceramic smart cup set; Figure 2 is a schematic diagram of the structure of the titanium alloy electrolytic plate in the dual-effect ceramic smart cup set; Figure 3 is the composition of the cup lid in the dual-effect ceramic smart cup set Schematic diagram; and Figure 4 is a circuit block diagram of the main circuit board in the dual-effect ceramic smart cup set.

The technical solutions of the present invention will be clearly and completely described below in conjunction with the accompanying drawings. Obviously, the described embodiments are part of the embodiments of the present invention, rather than all of them. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the protection scope of the present invention.

This creation provides a dual-effect ceramic smart cup set that has both disinfection and edible water functions. The cup lid has an intelligent control chip that includes electrolysis function, microporous ion dialysis membrane, electrode anti-corrosion design, electrolysis time control function, and leak-proof design. . The cup body is made of ceramic material, combined with antibacterial treatment, such as silver ion sintering and surface coating, so that the product can be tailored to different needs, and it has the function of generating disinfectant water (need to add sodium chloride) and edible water.

Please refer to Figures 1 to 3 at the same time. The dual-effect ceramic smart cup set mainly includes: a cup cover 10, the inside of the cup cover 10 is divided into a water-facing side 12 and a waterproof back-water side 13 by a waterproof membrane 11; The cup cover 10 covers the cup body 20 on it, using ceramic material, combined with antibacterial treatment; And an electrolysis structure 30 arranged in the cup cover 10, the electrolysis structure 30 includes a main circuit board 40 and a titanium alloy electrolytic sheet structure 50, the main circuit board 40 is fixed in the back water side 13 of the cup cover 10 The titanium alloy electrolytic sheet structure 50 is arranged in the water-facing side 12 of the cup cover 10, and the titanium alloy electrolytic sheet structure 50 is electrically connected to the main circuit board 40, wherein the titanium alloy electrolytic sheet structure 50 includes a A first titanium alloy electrolytic sheet 51, a second titanium alloy electrolytic sheet 52 and a microporous ion dialysis membrane 53, the first titanium alloy electrolytic sheet 51 and the second titanium alloy electrolytic sheet 52 sandwich the microporous ion dialysate membrane 53. The first titanium alloy electrolytic sheet 51 is electrically connected to a positive electrode 41 of the main circuit board 40, and the second titanium alloy electrolytic sheet 52 is electrically connected to a negative electrode 42 of the main circuit board 40.

When an electric current passes through the electrolyte, a chemical reaction occurs at the two poles, and substances are precipitated. This is the chemical effect of the electric current, which is called electrolysis. Electrolysis is the principle of using electrical energy to transform into chemical energy. When direct current is applied to the aqueous electrolyte solution, a chemical change occurs between the positive and negative electrodes. The cation receives electrons to the negative electrode and is reduced, and the anion moves to the positive electrode and releases electrons to be oxidized. In order to ensure that the material of the electrode plate does not dissolve out, a corrosion-resistant, acid- and alkali-resistant material, such as platinum-titanium alloy, should be used as the electrode. In order to prevent the mixing of products at the interface between the negative electrode and the positive electrode during electrolysis, a membrane that allows ions to pass through is added between the two electrodes as needed, so-called microporous ion dialysis membranes.

Electrolysis of hydrogen-rich water:

(1) Basically, the electrode plate is used to electrolyze water. The electrode plate is divided into a positive electrode plate and a negative electrode plate. The negative electrode plate and the positive electrode plate _{electrolyze water molecules H 2} O into hydrogen and oxygen. At the same time hydrogen and oxygen, when the electrolysis time is longer, the content of hydrogen-rich water in the water is higher, or when the electrolysis intensity is stronger, the content of hydrogen in the water is also higher.

(2) Hydrogen and oxygen separation: When the water has both hydrogen and oxygen, the hydrogen and oxygen must be separated at this time. The purpose of separation is to make the hydrogen in the water more pure, and the time that the hydrogen-rich water can stay in the water can be Longer, otherwise, if hydrogen and oxygen are not separated, hydrogen will gradually combine with oxygen in the water and be reduced to water. At this time, the hydrogen-rich water will stay in the water for a very short time and you will be able to drink it. Hydrogen-rich water is not so pure.

(3) Eliminate oxygen and ozone: After hydrogen and oxygen are separated, oxygen/ozone must be removed next, because if it is not removed, the combination of two oxygen O will become oxygen O ₂ , and the combination of three oxygen O will be Becomes ozone O ₃ .

The electrolysis steps of hypochlorous acid water:

(1) Add appropriate amount of sodium chloride to distilled water;

(2) Put the carbon rod electrode into the sodium chloride aqueous solution;

(3) Turn on the power, and the process will count for a certain period of time.

(4) After a few seconds of electrolysis, the solution will start to bubble and produce a little pungent smell.

In a preferred embodiment, the positive electrode 41 is an electrode plate made of platinum-titanium alloy. In order to ensure that the material components of the electrode plate do not dissolve out, the corrosion-resistant, acid- and alkali-resistant material is used as the electrode.

In a preferred embodiment, the negative electrode 42 is an electrode plate made of platinum-titanium alloy. In order to ensure that the material components of the electrode plate do not dissolve out, the corrosion-resistant, acid- and alkali-resistant material is used as the electrode.

In a preferred embodiment, the cup body 20 is treated by antibacterial treatment such as silver ion sintering and surface coating.

4, the main circuit board 40 includes: a power supply unit 43, which is electrically connected to the positive electrode 41 and the negative electrode 42; and a control unit 44, which is electrically connected to the power supply unit 43, To control the power supply unit 43. Further, the power supply unit 43 can be an external power supply or a battery, and the power supplied by the power supply unit 43 is 3V to 24V, and the current passing through the electrode corresponds to the actual working area of the positive electrode being 5 to 150 mA/cm ² .

In a preferred embodiment, the main circuit board is a CL4056 integrated circuit board.

The dual-effect ceramic smart cup set provided by this creation has the following advantages when compared with the conventional technology:

(1) A dual-effect ceramic smart cup set is provided, which simultaneously has the functions of electrolytically generating disinfectant water (hypochlorous acid water) and edible water (hydrogen-rich water).

(2) Solve the problem of unstable working efficiency of hydrogen-rich water electrolysis structure in conventional technology.

The above detailed description is a specific description of a feasible embodiment of this creation, but this embodiment is not intended to limit the scope of the creation of the patent. Any equivalent implementation or change that does not deviate from the spirit of the creation technique should be included in In the scope of the patent in this case.

10: Cup lid

12: Facing the water

13: dorsal water side

20: Cup body

Claims (6)

A dual-effect ceramic smart cup set, comprising: a cup lid, the inside of the cup lid is divided into a water-facing side and a waterproof back water side by a waterproof membrane; a cup body on which the lid is covered is made of ceramic material, And combined with antibacterial treatment; and an electrolysis structure arranged in the cup cover, the electrolysis structure includes a main circuit board and a titanium alloy electrolytic sheet structure, the main circuit board is fixed in the back water side of the cup cover, the titanium The alloy electrolytic sheet structure is arranged in the water-facing side of the cup cover, and the titanium alloy electrolytic sheet structure is electrically connected to the main circuit board. The titanium alloy electrolytic sheet structure includes a first titanium alloy electrolytic sheet, and a second titanium alloy electrolytic sheet. Two titanium alloy electrolytic sheets and a microporous ion dialysis membrane, the first titanium alloy electrolytic sheet and the second titanium alloy electrolytic sheet sandwich the microporous ion dialyzing membrane, and the first titanium alloy electrolytic sheet is electrically connected to the main A positive electrode of the circuit board, and the second titanium alloy electrolytic sheet is electrically connected to a negative electrode of the main circuit board. The dual-effect ceramic smart cup set according to claim 1 , wherein the positive electrode is a platinum-titanium alloy electrode plate. The dual-effect ceramic smart cup set according to claim 1 , wherein the negative electrode is a platinum-titanium alloy electrode plate. The dual-effect ceramic smart cup set according to claim 1 , wherein the main circuit board includes: a power supply unit electrically connected to the positive electrode and the negative electrode; and a control unit electrically connected to the power source The supply unit is used to control the power supply unit. The dual-effect ceramic smart cup set according to claim 1 , wherein the cup system is antibacterial treatment such as silver ion sintering and surface coating. The dual-effect ceramic smart cup set according to claim 4 , wherein the main circuit board adopts a CL4056 integrated circuit board.

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