Hydrogen liquid making machine

Abstract

The present invention discloses a hydrogen-containing liquid manufacturing machine, which is suitable for use with a container with liquid inside. The hydrogen-containing liquid manufacturing machine includes a hydrogen supplier for supplying hydrogen, a mixer for mixing the hydrogen with the liquid, and a cover connected to the hydrogen supplier and the mixer, wherein the cover is placed in the container and communicated with the interior of the container. Therefore, the hydrogen and the liquid are simultaneously transported into the cover, and the hydrogen and the liquid are first preliminarily mixed in the cover, and then the liquid containing the hydrogen is transported to the mixer for atomization treatment so that the hydrogen and the liquid are uniformly mixed into the hydrogen-containing liquid, and then the hydrogen-containing liquid is transported to the interior of the container. Such a cyclic operation is beneficial to improving the hydrogen content of the hydrogen-containing liquid and increasing the time that the hydrogen remains in the liquid. The hydrogen-containing liquid manufacturing machine can be used in combination with any liquid such as water, juice, etc., which further increases the convenience of use.

Description

Technical Field

[0001] The invention relates to a mechanism design, in particular to a hydrogen-containing liquid manufacturing machine capable of mixing hydrogen with liquid. Background Art

[0002] like Figure 1 , Figure 2 As shown, the conventional hydrogen water machine 1 comprises a hydrogen device 11 capable of generating hydrogen, a water supply device 12 capable of supplying water, a mixing device 13 respectively connected to the hydrogen device 11 and the water supply device 12, and a pressurizer 14 arranged on the water supply device 12; wherein, the hydrogen device 11 has a hydrogen supplier 111 capable of generating hydrogen, and a gas delivery pipe 112 for outputting the hydrogen generated by the hydrogen supplier 111; in addition, the water supply device 12 has a supply source 121 for accommodating water supply, and a water delivery pipe 122 connected to the supply source 121 and for outputting the water; In addition, the mixing device 13 has a mixing pipeline 131 whose source is respectively connected to the water pipe 122 and the gas pipe 112, a mixer 132 arranged on the mixing pipeline 131, and an output pipe 133 for outputting the hydrogen water formed by the mixing of the mixer 132; when in use, when the pressurizer 14 is activated, it inputs the water in the water pipe 122 into the mixing pipeline 131, and during the input process, the gas pipe 112 also outputs a hydrogen gas at the same time, so that it is transported to the mixer 132 for mixing into hydrogen water, and then the hydrogen water is output by the output pipe 133 for use.

[0003] However, after actual use, it was found that the known pressurizer 14 pressurizes the water on the water pipe 122, so that the water is output from the water pipe 122 to the mixing pipe 131, and the hydrogen is also directly input into the mixing pipe 131, so that the water output process is only briefly contacted and mixed with the hydrogen in the mixing pipe, and the mixing amount is small, the mixing effect is limited, and the mixing speed is slow; furthermore, the structures such as the hydrogen device 11, the water supply device 12, and the mixing device 13 provided in the known hydrogen water machine 1 are all made into a hydrogen water machine 1 state, that is, when using hydrogen water, water is output and mixed with hydrogen in the mixing pipe 131 to form hydrogen water before output, and it cannot be directly used in containers containing liquids, such as existing water dispensers, cups, and bathtubs, for example, the water in the existing water dispenser and bathtub is mixed into hydrogen water, or the juice in the cup is converted into hydrogen-containing juice, etc., resulting in restrictions on use, which really needs to be improved. Summary of the invention

[0004] Therefore, the purpose of the present invention is to provide a hydrogen-containing liquid manufacturing machine that can be used with containers containing various liquids and can ensure that hydrogen and the liquid can be fully mixed to increase the convenience of use and effectively increase the mixing effect of the hydrogen and the liquid.

[0005] Therefore, the hydrogen-containing liquid manufacturing machine of the present invention includes a hydrogen supply device for outputting hydrogen, a mixer for extracting hydrogen and liquid for mixing, and a cover body connected to the hydrogen supply device and the mixer and placed in a container filled with liquid; wherein the hydrogen supply device has a hydrogen generating device that can output hydrogen, and a hydrogen pipe whose two ends are respectively connected to the hydrogen generating device and the cover body; in addition, the mixer includes an extraction pump, an extraction pipe connected to the extraction pump and extracting liquid, a first return pipe connected to the extraction pump, a second return pipe extending into the container, and a mixing unit arranged between the first return pipe and the second return pipe and capable of mixing the hydrogen and liquid; in addition, the cover body has a main body with an extraction space formed therein, and at least one opening is opened on the main body to connect the extraction space with the outside, and the hydrogen pipe The first end and one end of the extraction tube are respectively placed in the body to transport the hydrogen to the extraction space, and the liquid in the container can flow into the extraction space through the opening; therefore, the hydrogen is first transported to the extraction space to prevent the hydrogen from being directly lost in the container, so that part of the hydrogen can be initially mixed with the liquid in the extraction space to form a hydrogen-containing liquid, and part of the hydrogen that is not mixed with the liquid is also confined in the cover, so that when the mixer extracts the hydrogen-containing liquid in the cover, the hydrogen-containing liquid can be mixed with the hydrogen, so that the hydrogen and the liquid are mixed again in the mixing unit, so that the hydrogen is uniformly mixed with the liquid, and this cycle is repeated to improve the mixing effect of the hydrogen content of the liquid, and the hydrogen-containing liquid manufacturing machine can be placed in any liquid such as water, juice, etc., so that the drinking liquid can contain hydrogen, which increases the convenience of use and the drinking effect.

[0006] As a further improvement of the present invention, the opening is arranged below the first end of the hydrogen tube.

[0007] As a further improvement of the present invention, the container is a bathtub.

[0008] As a further improvement of the present invention, the container is a water tank.

[0009] As a further improvement of the present invention, the hydrogen generating device is a hydrogen cylinder.

[0010] As a further improvement of the present invention, the hydrogen generating device includes a reaction tank connected to the hydrogen pipe, and an electrolytic element arranged in the reaction tank, wherein the interior of the reaction tank is filled with water and forms a first space and a second space connected to the hydrogen pipe, a gap is formed between the first space and the second space, so that the water can flow into the first space and the second space through the gap, and the electrolytic element has a positive electrode unit extending into the first space, and a negative electrode unit extending into the second space. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 is a schematic diagram of a known hydrogen water machine;

[0012] Figure 2 It is a schematic diagram of a mixing device of a known hydrogen water machine;

[0013] Figure 3 A schematic diagram of a hydrogen-containing liquid manufacturing machine according to a preferred embodiment of the present invention;

[0014] Figure 4 It is a schematic diagram of the operation of a hydrogen-containing liquid manufacturing machine according to a preferred embodiment of the present invention;

[0015] Figure 5 It is a schematic diagram of the operation of a hydrogen-containing liquid manufacturing machine according to a preferred embodiment of the present invention;

[0016] Figure 6 A schematic diagram of a hydrogen-containing liquid manufacturing machine according to a second preferred embodiment of the present invention;

[0017] Figure 7 Schematic diagram of a hydrogen generating device according to the second preferred embodiment of the present invention.

[0018] Explanation of symbols:

[0019] Public

[0020] 1: Hydrogen water machine

[0021] 11: Hydrogen device

[0022] 12: Water supply device

[0023] 13: Mixing device

[0024] 14: Pressurizer

[0025] 111: Hydrogen gas supplier

[0026] 112: Gas pipeline

[0027] 121: Supply Source

[0028] 122: Water pipe

[0029] 131: Mixing pipeline

[0030] 132: Mixer

[0031] 133: Output tube

[0032] The present invention

[0033] 3: Hydrogen-containing liquid manufacturing machine

[0034] 31: Hydrogen gas supplier

[0035] 32: Mixer

[0036] 33: hood

[0037] 311: Hydrogen generation device

[0038] 312: Hydrogen pipe

[0039] 3121: First End

[0040] 3122: Second end

[0041] 321: Extraction Pump

[0042] 322: Extraction tube

[0043] 323: First return pipe

[0044] 324: Second return pipe

[0045] 325: Mixed Unit

[0046] 3251: Pipe body

[0047] 3252: Atomizer

[0048] 3251A: Hybrid Space

[0049] 331: Ontology

[0050] 3311: Top wall

[0051] 3312: Surrounding wall

[0052] 331A: Extraction Space

[0053] 332: Opening

[0054] 3111: Reaction tank

[0055] 3112: Electrolytic parts

[0056] 3111A: First Space

[0057] 3111B: Second Space

[0058] 3111C: Clearance

[0059] 3112A: Positive unit

[0060] 3112B: Negative unit

[0061] 4: Container DETAILED DESCRIPTION

[0062] The above and other technical contents, features and effects of the present invention will be clearly understood in the following detailed description of the preferred embodiments with reference to the drawings.

[0063] like Figure 3 , Figure 4 As shown in the first preferred embodiment of the present invention, the hydrogen-containing liquid manufacturing machine 3 in this embodiment is used in conjunction with a container 4 (such as a water dispenser, a bathtub, a water container) to extract the liquid in the container 4 and mix it with hydrogen to form a hydrogen-containing liquid. The liquid is a liquid containing water, such as water, tea, juice, beverages, etc., and in this embodiment, the liquid is described as water; and the hydrogen-containing liquid manufacturing machine 3 includes a hydrogen supplier 31 for outputting hydrogen, a mixer 32 for extracting hydrogen and water, and a device connected to the hydrogen supplier 31 and the mixer 32 and capable of being placed The cover body 33 is in the container 4; wherein the hydrogen supplier 31 has a hydrogen generating device 311 for producing hydrogen, and a hydrogen pipe 312 for outputting the hydrogen, and the hydrogen pipe 312 has a first end 3121 connected to the cover body 33 and a second end 3122 connected to the hydrogen generating device 311, and the hydrogen generating device 311 can supply hydrogen to be output to the hydrogen pipe 312, and the hydrogen pipe 312 transmits the hydrogen to the cover body 33, and the hydrogen generating device 311 in this embodiment is described by taking a hydrogen bottle as an example.

[0064] Continuing with the above, the mixer 32 includes an extraction pump 321, an extraction pipe 322 connected to the extraction pump 321 and for extracting water, a first return pipe 323 connected to the extraction pump 321, and a second return pipe 324 extending into the container 4, and a mixing unit 325 arranged between the first return pipe 323 and the second return pipe 324 and mixing hydrogen with water; wherein the mixing unit 325 has a tube body 3251 arranged between the first return pipe 323 and the second return pipe 324 and forming a mixing space 3251A therein, and an atomizer 3252 arranged on the tube body 3251, so that the liquid is atomized by the atomizer 3252 in the mixing space 3251A to form a water mist state and is evenly mixed with hydrogen to form a hydrogen-containing liquid, and then output from the tube body 3251 to the second return pipe 324 for discharge.

[0065] Finally, the cover body 33 has a main body 331 in which an extraction space 331A is formed, and at least one opening 332 is formed on the main body 331 to connect the extraction space 331A with the outside. In this embodiment, the main body 331 has a top wall 3311 and a surrounding wall 3312 extending outward from the periphery of the top wall 3311, so that the extraction space 331A is surrounded by the top wall 3311 and the surrounding wall 3312, and the opening 332 is formed at an end of the surrounding wall 3312 opposite to the top wall 3311, and the opening 332 can provide water in the container 4 to flow into the extraction space 331A through the opening 332. At the same time, the opening 332 is arranged below the first end 3121 of the hydrogen tube 312, and in this embodiment, the opening 332 is arranged at the bottom of the main body 331, so that when the hydrogen is input into the extraction space 331A from the first end 3121 of the hydrogen tube 312, it can be blocked by the top wall 3311 and the surrounding wall 3312 and retained in the extraction space 331A, thereby preventing the hydrogen from directly floating out of the liquid due to buoyancy, so that part of the hydrogen can be preliminarily mixed with the liquid in the cover body 33, and the other part of the hydrogen can be extracted into the extraction space 331A at the same time when the extraction tube 322 extracts the water in the extraction space 331A.

[0066] like Figure 4 , Figure 5 As shown, when the hydrogen-containing liquid manufacturing machine 3 is used, the cover body 33 and the second return pipe 324 are first placed in a container 4, and the water in the container 4 will flow into the extraction space 331A from the opening 332. Then, after the hydrogen-containing liquid manufacturing machine 3 is started, the hydrogen generating device 311 will output a hydrogen gas, and after being transported by the hydrogen pipe 312, it will be output to the extraction space 331A from the second end 3122 of the hydrogen pipe 312. When the hydrogen gas is output, part of the hydrogen gas can be preliminarily mixed with the water in the extraction space 331A to form hydrogen water. Under the design of the extraction space 331A, the unmixed hydrogen gas can also be retained in the extraction space 331A for subsequent extraction.

[0067] Continuing with the above, when the extraction pump 321 extracts the hydrogen water in the extraction space 331A through the extraction pipe 322, the hydrogen in the extraction space 331A can be extracted at the same time, so that the hydrogen and water enter the extraction pipe 322 at the same time, and the water and hydrogen are pressurized and output to the first return pipe 323 through the extraction pump 321, and then enter the mixing unit 325, so that the water in the mixing space 3251A is atomized by the atomizing element 3252 to form a water mist state, and after being evenly mixed with the hydrogen again to form a higher concentration of hydrogen water, it is output from the pipe body 3251 to the The second return pipe 324 discharges and discharges the mixed hydrogen water into the container 4. In this way, the water in the container 4 is repeatedly extracted and mixed with hydrogen. No matter the water and hydrogen in the container are quickly mixed in the cover 33, atomized and mixed in the mixer 32, and the hydrogen and water are repeatedly circulated in the cover 33 and the mixer 32, the water in the container 4 can be effectively made into hydrogen water for use. In addition, through the design of the cover 33, it can be directly placed in the container 4 where hydrogen water is to be produced, so that the liquid in the container 4 can be gradually mixed into hydrogen-containing liquid, which increases the convenience of use.

[0068] like Figure 6 , Figure 7 As shown, the second preferred embodiment of the hydrogen-containing liquid manufacturing machine 3 of the present invention still includes a hydrogen supplier 31, a mixer 32 and a cover body 33, and the above-mentioned components and the purpose to be achieved are the same as those of the first embodiment and will not be described in detail. In particular, in this embodiment, the hydrogen generating device 311 includes a reaction tank 3111 and an electrolytic element 3112 arranged in the reaction tank 3111; wherein the interior of the reaction tank 3111 is filled with water and forms a first space 3111A and a second space 3111B connected to the second end 3122 of the hydrogen pipe 312, and a gap 3111C is formed between the first space 3111A and the second space 3111B so that the water flows through the gap 3111C. The hydrogen generating device 311 is configured to have a positive electrode unit 3112A disposed in the first space 3111A and a negative electrode unit 3112B disposed in the second space 3111B. Therefore, when the hydrogen generating device 311 is in operation, the positive electrode unit 3112A electrolyzes water to generate oxygen after the electrolyzer 3112 is energized, and the oxygen is transported to the first space 3111A and then discharged. After the negative electrode unit 3112B electrolyzes water to generate hydrogen, the hydrogen is output to the second space 3111B and transported to the housing 33 by the hydrogen pipe 312, so as to provide the hydrogen to the housing 33 to mix with the liquid to form a hydrogen-containing liquid.

[0069] In summary, the hydrogen-containing liquid manufacturing machine of the present invention includes a hydrogen supplier, a mixer, and a cover body. When in use, it is only necessary to place a container through the cover body, and then the hydrogen supplier can generate hydrogen and output it to the extraction space, so that the hydrogen is temporarily concentrated in the extraction space. In addition to enabling the hydrogen and liquid to be initially mixed into hydrogen-containing liquid in the cover body, it can also ensure that the hydrogen will not be directly dispersed in the container. After that, when the mixer extracts water in the cover body, since the cover body has a higher concentration of hydrogen-containing liquid and hydrogen, it can be extracted again by the mixer and mixed again, thereby improving the mixing effect of hydrogen and liquid. At the same time, through the design of the cover body, it can be used with various containers to achieve convenience.

[0070] However, the above is only for illustrating the preferred embodiments of the present invention, and should not be used to limit the scope of the embodiments of the present invention. Generally speaking, all simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the invention specification should still fall within the scope covered by the patent of the present invention.

Claims

1. A hydrogen-containing liquid manufacturing machine, It is characterized in that The invention comprises a hydrogen supply device for supplying hydrogen output, a mixer for mixing the hydrogen with the liquid, and a cover body connected to the hydrogen supply device and the mixer and placed in a container filled with liquid; wherein the hydrogen supply device has a hydrogen generating device for generating hydrogen, and a hydrogen pipe connected to the hydrogen generating device, the first end of the hydrogen pipe is extended into the cover body, and the second end of the hydrogen pipe is connected to the hydrogen generating device; in addition, the mixer comprises an extraction pump, an extraction pipe connected to the extraction pump and extracting the liquid and hydrogen in the cover body, a first return pipe connected to the extraction pump, a second return pipe extended into the container, and a mixing unit arranged between the first return pipe and the second return pipe, and the mixing unit has a hydrogen generating device arranged between the first return pipe and the second return pipe. A tube body with a mixing space formed inside the delivery pipe, and an atomizer arranged on the tube body, so that the liquid is atomized by the atomizer to form a water mist state in the mixing space and is evenly mixed with hydrogen to form a hydrogen-containing liquid, and then output from the tube body to the second return pipe for discharge; in addition, the cover body has a main body with an extraction space formed therein, and at least one opening is opened on the main body to connect the extraction space with the outside, and the first end of the hydrogen pipe and one end of the extraction pipe are respectively placed in the main body, and the opening is arranged lower than the first end of the hydrogen pipe. The hydrogen pipe delivers the hydrogen to the extraction space, and at the same time, the liquid in the container flows into the extraction space through the opening, and then the extraction pipe extracts and delivers the liquid and hydrogen in the extraction space to the mixing unit for mixing, and then returns them to the interior of the container through the second return pipe.

2. The hydrogen-containing liquid manufacturing machine according to claim 1, It is characterized in that The container is a bathtub.

3. The hydrogen-containing liquid manufacturing machine according to claim 1, It is characterized in that The container is a water tank.

4. The hydrogen-containing liquid manufacturing machine according to claim 1, It is characterized in that The hydrogen generating device is a hydrogen cylinder.

5. The hydrogen-containing liquid manufacturing machine according to claim 1, It is characterized in that The hydrogen generating device includes a reaction tank connected to the hydrogen pipe, and an electrolytic element arranged in the reaction tank, wherein the interior of the reaction tank is filled with water and forms a first space and a second space connected to the hydrogen pipe, a gap is formed between the first space and the second space, so that the water can flow into the first space and the second space through the gap, and the electrolytic element has a positive electrode unit extending into the first space, and a negative electrode unit extending into the second space.

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