CN214735093U - Preparation device of nano bubble water - Google Patents
Preparation device of nano bubble water Download PDFInfo
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- CN214735093U CN214735093U CN202120722406.6U CN202120722406U CN214735093U CN 214735093 U CN214735093 U CN 214735093U CN 202120722406 U CN202120722406 U CN 202120722406U CN 214735093 U CN214735093 U CN 214735093U
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Images
Abstract
The utility model provides a preparation facilities of nanometer bubble water, it is from top to bottom including the first steam mixing bin, the mixed storehouse of second steam, water accumulation pressurized canister, the mixed storehouse of third steam and the water storage tank that communicate in proper order. Adopt the utility model provides a nanometer bubble water that preparation facilities of nanometer bubble water made, the biggest oxygen content value is 150mg/L, and oxygen content stable value is 120mg/L, and the liquid oxygen content detected value after placing 2 hours is at 110 mg/L1 mg/L, and the liquid oxygen content value after 1 year is preserved to the bottling light-resistant is 85 mg/L1 mg/L, and the liquid oxygen content value after 3 years of preservation is 60 mg/L1 mg/L.
Description
Technical Field
The utility model belongs to bubble water field especially involves a preparation facilities of nanometer bubble water.
Background
When the concentration of solute in solution exceeds the solubility of solute at a certain temperature and pressure, the phenomenon that solute is not precipitated is called supersaturation. Hydrogen water, oxygen water and steam water are common beverages containing supersaturated carbon dioxide gas, and the hydrogen gas, the oxygen gas and the carbon dioxide gas are dissolved into the liquid in a pressurizing mode. After the bottle cap is opened, the hydrogen, oxygen and carbon dioxide are continuously distributed from the liquid to the air.
The nano bubbles are proved to be the most ideal technology for overcoming the dissolution of the insoluble gas, and theoretically, the nano bubbles can not exist stably, but the fact proves that the nano bubbles can not only exist stably, but also become the biggest spirit for dissolving hydrogen, oxygen and carbon dioxide due to the natural advantages.
Of all five basic elements for life support, oxygen is the most important, and this colorless, odorless, tasteless element is 65% of the human body's vital for life. Without water, it can live for several days, without food for several weeks, and without oxygen for several minutes. All functions in the body are maintained by oxygen, which must be replaced every second, since 90% of the life activity relies on oxygen, providing cellular energy through biological oxidation, allowing cells to regenerate. The body metabolizes food with oxygen, reducing toxins and waste products through oxidation. All organs require much oxygen to function effectively. Oxygen is the only important component that is capable of building and maintaining the body with other elements. The major elements of proteins are oxygen, nitrogen, carbon and hydrogen. Oxygen, carbon and hydrogen constitute carbohydrates. The water is composed of oxygen and hydrogen. Oxygen, water, protein and carbohydrates in the air together create vital energy. Therefore, there is no life without oxygen.
Hypoxia causes cell necrosis, weakened immune function, and influences cell metabolism, which may result in the production of harmful chemicals, causing health problems. It is well known that the breakthrough of the limit value of dissolved oxygen in natural oxygen water of 8mg/L to generate higher and relatively stable oxygen water poses a challenge to meet the growth requirements of human beings, animals and plants.
Most of the body's functional functions require hydrogen. Hydrogen plays a major role in the electron transport chain (exchange of electrons in oxidized and reduced form). Hydrogen is fragile if not conditioned. These effects must be balanced by oxidation.
Hydrogen is an essential element of the body in the construction and repair of the immune system, organs, and tissue structures. The tortuous path to health requires some form of hydrogen (deuterium, the most versatile isotope of the hydrogen family) as a driving force for creating and sustaining life. Lack of hydrogen and oxygen can cause dehydration, resulting in excessive dryness of the human body and abnormal nerve conduction. Nutrients with excessive moisture and fat are not well absorbed and may cause impaired brain function, facial wrinkles, decreased mucus secretion and spastic convulsions of muscle nerves, resulting in joint gout, rheumatism, dizziness, unconsciousness, stiffness of the neck, skin allergy and joint soreness. Hydrogen can effectively remove active oxygen, and can reduce half of damage caused by cerebral infarction in animal experiment.
People face various health troubles such as physical decline, aging, illness and the like, and research and development of negative hydrogen ion products are helpful for solving all the problems faced by people. The purpose of the negative hydrogen ion water is to enable more people to understand, recognize and utilize the function of hydrogen.
SUMMERY OF THE UTILITY MODEL
It is an object of the present invention to provide a device for preparing nano bubble water, and to provide at least the advantages which will be described later.
The technical scheme of the utility model as follows:
the device for preparing the nano bubble water comprises a first water vapor mixing bin, a second water vapor mixing bin, a water gathering pressurization tank, a third water vapor mixing bin and a water storage tank which are sequentially communicated from top to bottom, wherein the water gathering pressurization tank is arranged on the water storage tank;
the upper part of the first water-vapor mixing bin is provided with an air inlet and a water inlet which are respectively connected to a water inlet pipeline and an air inlet pipeline, the water inlet pipeline horizontally penetrates into the first water-vapor mixing bin, the part of the water inlet pipeline, which is positioned in the first water-vapor mixing bin, is provided with a plurality of internal absorption water-vapor mixing spray heads side by side, and the water inlet pipeline is provided with a first ultrasonic pipeline water molecule breaker;
a plurality of first special-shaped hole partition plates are horizontally arranged in the second water vapor mixing bin along the vertical direction to partition the second water vapor mixing bin, and a plurality of 16-surface round hollow balls are arranged in the second water vapor mixing bin;
a second special-shaped hole partition plate is horizontally arranged in the middle of the water-collecting pressurizing tank, and a plurality of hollow far infrared balls are arranged below the second special-shaped hole partition plate;
a plurality of third different-shaped hole partition plates are horizontally arranged in the third water vapor mixing bin along the vertical direction to partition the third water vapor mixing bin, and a plurality of 16-surface round hollow balls are arranged in the third water vapor mixing bin.
Preferably, in the device for preparing nano bubble water,
the water inlet pipeline penetrates out of the first water-vapor mixing bin and is connected to a first water outlet pipeline, and a circulating electromagnetic valve, a second ultrasonic pipeline water molecule breaker and a circulating water pump are sequentially arranged on the first water outlet pipeline;
the water storage tank is provided with a water outlet connected to a second water outlet pipeline, and the second water outlet pipeline is communicated with the water inlet pipeline through a connecting pipeline;
the second water outlet pipeline and the water inlet pipeline are respectively provided with a water outlet electromagnetic valve and a water inlet electromagnetic valve;
and a water pump is arranged on the water inlet pipeline at the upstream of the first ultrasonic pipeline water molecule breaker.
Preferably, in the device for preparing nano bubble water,
an air inlet electromagnetic valve is arranged at the air inlet;
still have an overflow mouth on the first steam mixes the storehouse, overflow mouth department is provided with the overflow solenoid valve.
Preferably, in the apparatus for preparing nano bubble water, the internal absorption water-gas mixing nozzle includes:
the upper end of the hollow neck is provided with threads to be connected with the water inlet pipeline, the middle part of the hollow neck is outwards and downwards provided with four radial connecting ribs to be connected to a horizontal fixing ring, and the inner diameter of the horizontal fixing ring is 2.2-3.5 times of that of the hollow neck;
and a cylindrical discharge part having a reduced diameter upper part, a constant diameter middle part and an enlarged diameter lower part, wherein the inner diameter of the constant diameter middle part is 0.6-0.8 times of the maximum value of the inner diameter of the enlarged diameter lower part.
Preferably, in the device for preparing nano bubble water,
the first special-shaped hole partition plate, the second special-shaped hole partition plate and the third special-shaped hole partition plate are uniformly distributed with strip-shaped, round, triangular, octagonal or pentagram-shaped special-shaped holes;
the first special-shaped hole partition plate, the second special-shaped hole partition plate and the third special-shaped hole partition plate are all made of stainless steel.
The nanometer bubble water prepared by the preparation device of the nanometer bubble water has the maximum oxygen content value of 150mg/L, the stable oxygen content value of 120mg/L, the liquid oxygen content detection value after being placed for 2 hours is 110mg/L +/-1 mg/L, the liquid oxygen content value after being bottled and stored in dark for 1 year is 85mg/L +/-1 mg/L, and the liquid oxygen content value after being stored for 3 years is 60mg/L +/-1 mg/L.
The nano bubble water is applied to medical operation flushing liquid and skin disease soaking treatment night, improves air quality, promotes plant growth, aquaculture and ultra-long distance live fish transportation.
The nano bubble water prepared by the preparation device of the nano bubble water has a stable hydrogen content value of 4mg/L +/-1 mg/L.
The utility model discloses following beneficial effect has:
the device is provided with a first water vapor mixing bin, a second water vapor mixing bin, a water gathering pressurization tank, a third water vapor mixing bin and a water storage tank, and the prepared nano bubbles have high gas content in water through multi-stage collision and cutting;
the water-air mixing nozzle with internal air suction is prepared by utilizing the Venturi principle, so that the speed of sprayed water flow is increased;
the 16-surface round hollow ball is arranged, so that the specific surface area is increased, and the gas solubility is increased.
Additional advantages, objects, and features of the invention will be set forth in part in the description which follows and in part will become apparent to those having ordinary skill in the art upon examination of the following or may be learned from practice of the invention.
Drawings
Fig. 1 is a schematic structural diagram of an embodiment of a device for preparing nano bubble water provided by the present invention;
fig. 2 is a schematic structural diagram of an inner air-suction water-air mixing nozzle in an embodiment of the apparatus for preparing nano bubble water provided by the present invention;
fig. 3 is a front view of a 16-surface round hollow ball in an embodiment of the apparatus for preparing nano bubble water provided by the present invention;
fig. 4 is a top view of a 16-plane round hollow sphere in an embodiment of the apparatus for preparing nano bubble water provided by the present invention;
fig. 5 is a cross-sectional view of a 16-plane round hollow sphere in an embodiment of the apparatus for preparing nano bubble water provided by the present invention.
Detailed Description
The present invention is described in further detail below to enable those skilled in the art to practice the invention with reference to the following description.
It will be understood that terms such as "having," "including," and "comprising," as used herein, do not preclude the presence or addition of one or more other elements or groups thereof.
The utility model provides a nanometer bubble water preparation device, which comprises a first water vapor mixing bin 1, a second water vapor mixing bin 2, a water-collecting pressurizing tank 3, a third water vapor mixing bin 4 and a water storage tank 5 which are sequentially communicated from top to bottom, wherein;
the upper part of the first water-vapor mixing bin 1 is provided with an air inlet and a water inlet which are respectively connected to a water inlet pipeline 6 and an air inlet pipeline 7, the water inlet pipeline 6 horizontally penetrates into the first water-vapor mixing bin 1, the part of the water inlet pipeline 6, which is positioned in the first water-vapor mixing bin 1, is provided with a plurality of internal absorption water-vapor mixing spray heads 8 side by side, and the water inlet pipeline 6 is provided with a first ultrasonic pipeline water molecule breaker 9;
a plurality of first special-shaped hole partition plates 10 are horizontally arranged in the second water vapor mixing bin 2 along the vertical direction to partition the second water vapor mixing bin 2, and a plurality of 16-surface round hollow balls 11 made of nylon are arranged in the second water vapor mixing bin 2;
the middle part level of gathering water pressurization jar 3 is provided with a second dysmorphism hole division board 12, just the below of second dysmorphism hole division board 12 is provided with a plurality of hollow far infrared balls 13, and its diameter 30mm can increase the surface area with water contact, and far infrared can make the hydrone produce resonance moreover, becomes independent hydrone, improves hydrone activity.
A plurality of third different-shaped hole partition plates 14I are horizontally arranged in the third water vapor mixing bin 4 along the vertical direction to partition the third water vapor mixing bin 4, and a plurality of 16-surface round hollow balls 11 are arranged in the third water vapor mixing bin 4.
In one embodiment of the device for preparing nano bubble water provided by the utility model,
the water inlet pipeline 6 penetrates out of the first water-vapor mixing bin 1 and is connected to a first water outlet pipeline 15, and a circulating electromagnetic valve 16, a second ultrasonic pipeline water molecule breaker 17 and a circulating water pump 25 are sequentially arranged on the first water outlet pipeline 15;
the water storage tank 5 is provided with a water outlet connected to a second water outlet pipeline 18, and the second water outlet pipeline 18 is communicated with the water inlet pipeline 6 through a connecting pipeline 19;
the second water outlet pipeline 18 and the water inlet pipeline 6 are respectively provided with a water inlet electromagnetic valve 21 and a water outlet electromagnetic valve 20;
and a water inlet pump 22 is arranged on the water inlet pipeline 6 and is positioned at the upstream of the first ultrasonic pipeline water molecule breaker 9.
Therefore, the water inlet pipeline, the first water outlet pipeline, the water storage tank, the second water outlet pipeline and the connecting pipeline form a secondary circulation pipeline which can be opened when high-content nano bubble water needs to be prepared.
In one embodiment of the device for preparing nano bubble water provided by the utility model,
an air inlet electromagnetic valve 23 is arranged at the air inlet;
the first water-vapor mixing bin is also provided with an overflow port, and the overflow port is provided with an overflow electromagnetic valve 24.
As shown in fig. 2, in an embodiment of the device for preparing nano bubble water provided by the present invention, the inner air-suction water-air mixing nozzle 8 includes:
the upper end of the hollow neck is provided with threads to be connected with the water inlet pipeline, the middle part of the hollow neck is outwards and downwards provided with four radial connecting ribs to be connected to a horizontal fixing ring, and the inner diameter of the horizontal fixing ring is 2.2-3.5 times of that of the hollow neck;
a cylindrical discharge part having a reduced diameter upper part, a constant diameter middle part and an expanded diameter lower part, wherein the inner diameter of the constant diameter middle part is 0.6-0.8 times of the maximum value of the inner diameter of the expanded diameter lower part;
the inner air suction water-gas mixing nozzle is arranged at the highest position of the whole equipment, and oxygen or hydrogen at the top is sucked by negative pressure generated by water inflow of the middle pipeline.
In one embodiment of the device for preparing nano bubble water provided by the utility model,
the first special-shaped hole partition plate 10, the second special-shaped hole partition plate 12 and the third special-shaped hole partition plate 14 are uniformly distributed with long-strip-shaped, round-shaped, triangular, octagonal or pentagram-shaped special-shaped holes;
the first special-shaped hole partition plate 10, the second special-shaped hole partition plate 12 and the third special-shaped hole partition plate 14 are all made of stainless steel.
The structure of the 16-surface round hollow ball is shown in fig. 3, 4 and 5, a vertical hollow column is arranged in the center, four fan-shaped surfaces are respectively arranged at the upper part and the lower part, and a connecting surface is further arranged on one side edge of each fan-shaped surface and connected with the vertical hollow column, so that 16 working surfaces are formed, and the surface area is increased.
The inner absorption water-gas mixing nozzle realizes the mixing and opposite jetting of primary mixed water mist, a water curtain and a pure oxygen or hydrogen gas curtain in the first water-gas mixing bin to achieve the instantaneous ionic state mixing-dissolution, and primary supersaturated oxygen water or hydrogen water is manufactured. The supersaturated oxygen water or hydrogen water is discharged into the second and third water-vapor mixing chambers at the lower part under the action of gravity and pressure, and then mixed and shot for many times to achieve instantaneous ionic state mixing, and the whole second and third water-vapor mixing chambers are filled with 16-surface hollow nylon balls with the diameter of 50 mm, so that the internal specific surface area is very large, and each cubic sphere is 1m3Can increase about 6500m2The left and right surface areas and the contact area of water and gas fully expand the water-gas mixing capacity by more than thousands of times. Under the high-pressure sealed high-speed stirring, the supersaturated oxygen or hydrogen water mist, water drops and more high-pressure oxygen or hydrogen gas are formed into a large scaleThe specific surface area, the surface tension and the van der waals force pull the oxygen water hydrogen water into a nanometer level extremely thin and large water film surface to achieve the first-level gas-to-water phase change, the supersaturated oxygen water or hydrogen water and more oxygen or hydrogen gas complete the high-pressure secondary instant (level) mutual dissolution change of water + oxygen or decahydrogen, and the oxygen or hydrogen is re-dissolved to achieve the gaseous oxygen O2The purpose of phase change is to use water phase oxygen or hydrogen. The water, oxygen or hydrogen are dissolved in the air under the condition of absolute excess supply of oxygen or hydrogen and high pressure sealing, so that an instantaneous high-pressure flash dissolving process between water molecules in a steam mist state and oxygen or hydrogen molecules is created, and the steam (water) + oxygen O2Or hydrogen H2The phase change is carried out in the time of second order of oxygen water or hydrogen water, and the phase change is carried out in the full phase change process of oxygen water and hydrogen water.
The utility model provides a preparation facilities of nanometer bubble water's working process as follows:
closing the circulating electromagnetic valve 16, opening the overflow electromagnetic valve 23 and the water inlet electromagnetic valve 21, starting the water inlet water pump 22, opening the first ultrasonic pipeline water molecule breaker 9 for water molecule breaking, entering the first water-vapor mixing bin through the water inlet pipeline 6, passing through the internal absorption water-vapor mixing nozzle 8, opening the air inlet electromagnetic valve 23, and enabling the gas to enter the first water-vapor mixing bin for atomized water molecule breaking; and water gas enters the second water-gas mixer bin 2 and the third water-gas mixer bin 4 and then enters the water storage tank 5, and when an overflow signal gives an alarm and water is discharged from an overflow port, the first-time nano water preparation is finished, and the oxygen content value in the prepared nano oxygen-containing bubble water can reach 50 mg/L.
If nano bubble water with oxygen content value more than 100mg/L is prepared, the second internal circulation process is carried out. And closing the water inlet electromagnetic valve, the water inlet water pump, the first ultrasonic pipeline water molecule crusher and the overflow electromagnetic valve, and opening the circulating electromagnetic valve, the second ultrasonic pipeline water molecule crusher and the circulating water pump to perform a second internal circulation process.
The utility model provides a preparation facilities of nanometer bubble water, high 2.5 meters, diameter 1.2 meters divide every layer of stainless steel baffle punching press of 7 layers different shapes to cut the hole, slender strip, circular, triangle-shaped, octagon, pentagon etc..
The utility model provides a preparation facilities of nanometer bubble water has following characteristics:
1. water molecule mechanical rotary cutting method cutter
The cutting of the round stainless steel special-shaped long holes is uniformly distributed, and cutting holes such as slender strips, circles, triangles, octagons, pentagons and the like are cut.
2. Ceramic 16-surface round hollow far infrared ball
3. The high negative pressure generated in the liquid by the acoustic wave cavitation acoustic wave exceeds the surrounding hydrostatic pressure to generate cavitation action, the acoustic wave cavitation is uniform for nucleation, and the tensile stress caused by the acoustic wave exceeds the intermolecular acting force when the liquid is cracked.
The ultrasonic pipeline water molecule breaker is purchased from Shenzhen weft map science and technology Limited.
4. Water-gas mixing nozzle designed by Venturi principle
The surface area of the hollow nylon with the 5.16 surfaces expands the sphere, and by utilizing the van der Waals force principle, similar to the surface charge, intermolecular van der Waals acting force (the electron density in the bubbles is close to zero) is lacked among the nano bubbles, and the bubbles can be prevented from being fused.
6. Water circulation vacuum pump suction
(DO oxygen enrichment monitoring controller, model LD3000, measuring range 0mg/L ~ 200mg/L)
The utility model discloses still provide an adoption nanometer bubble water that preparation facilities of nanometer bubble water made, the biggest oxygen content value of nanometer bubble water is 150mg/L, and oxygen content stable value is 120mg/L, places the liquid oxygen content detected value after 2 hours at 110 mg/L1 mg/L, and the liquid oxygen content value that the bottling light-resistant was preserved 1 year back is 85 mg/L1 mg/L, and the liquid oxygen content value of preserving after 3 years is 60 mg/L1 mg/L.
The oxygen contained in the nano water gas supersaturated liquid prepared by the utility model is dissolved in the liquid (such as water) in the form of oxygen molecules and is measured by an in-water dissolved oxygen monitor.
The nano bubble water is applied to medical operation flushing liquid and skin disease soaking treatment night, improves air quality, promotes plant growth, aquaculture and ultra-long distance live fish transportation.
The utility model discloses still provide an adoption nanometer bubble water that preparation facilities of nanometer bubble water made, the hydrogen content stable value of nanometer bubble aquatic is 4 mg/L1 mg/L.
The hydrogen contained in the water-soluble organic compound is dissolved in liquid (such as water) in the form of hydrogen ions and is measured by a monitoring and controlling instrument for the dissolved hydrogen in the water.
The hydrogen-containing nano bubble water can be applied to the fields of drinking, medical use, fresh-keeping of vegetables and flowers and the like.
Present oxygen-containing water can accomplish about 10 milligrams per liter water at most, contains hydrogen water 1.5 to 2 milligrams per liter water, and the utility model provides a nanometer bubble hydroenergy accomplishes the highest value 150 milligrams per liter water (oxygen water), and hydrogen water 4 to 6 milligrams per liter water, the reason is that we have expanded the surface area of water and have made the surface area super large increase of water and oxygen and hydrogen. The contact area between the oxygen and the hydrogen is increased greatly, and the amount of the oxygen and the hydrogen in the wrapped water is increased greatly.
While the embodiments of the invention have been disclosed above, it is not limited to the applications listed in the description and the embodiments, which are fully applicable in all kinds of fields where the invention is suitable, and further modifications may readily be made by those skilled in the art, and the invention is therefore not limited to the specific details without departing from the general concept defined by the claims and the scope of equivalents.
Claims (5)
1. The device for preparing the nano bubble water is characterized by comprising a first water vapor mixing bin, a second water vapor mixing bin, a water-gathering pressurizing tank, a third water vapor mixing bin and a water storage tank which are sequentially communicated from top to bottom, wherein the water-gathering pressurizing tank is connected with the first water vapor mixing bin;
the upper part of the first water-vapor mixing bin is provided with an air inlet and a water inlet which are respectively connected to a water inlet pipeline and an air inlet pipeline, the water inlet pipeline horizontally penetrates into the first water-vapor mixing bin, the part of the water inlet pipeline, which is positioned in the first water-vapor mixing bin, is provided with a plurality of internal absorption water-vapor mixing spray heads side by side, and the water inlet pipeline is provided with a first ultrasonic pipeline water molecule breaker;
a plurality of first special-shaped hole partition plates are horizontally arranged in the second water vapor mixing bin along the vertical direction to partition the second water vapor mixing bin, and a plurality of 16-surface round hollow balls are arranged in the second water vapor mixing bin;
a second special-shaped hole partition plate is horizontally arranged in the middle of the water-collecting pressurizing tank, and a plurality of hollow far infrared balls are arranged below the second special-shaped hole partition plate;
a plurality of third different-shaped hole partition plates are horizontally arranged in the third water vapor mixing bin along the vertical direction to partition the third water vapor mixing bin, and a plurality of 16-surface round hollow balls are arranged in the third water vapor mixing bin.
2. The apparatus for preparing nano bubble water of claim 1,
the water inlet pipeline penetrates out of the first water-vapor mixing bin and is connected to a first water outlet pipeline, and a circulating electromagnetic valve, a second ultrasonic pipeline water molecule breaker and a circulating water pump are sequentially arranged on the first water outlet pipeline;
the water storage tank is provided with a water outlet connected to a second water outlet pipeline, and the second water outlet pipeline is communicated with the water inlet pipeline through a connecting pipeline;
the second water outlet pipeline and the water inlet pipeline are respectively provided with a water outlet electromagnetic valve and a water inlet electromagnetic valve;
and a water pump is arranged on the water inlet pipeline at the upstream of the first ultrasonic pipeline water molecule breaker.
3. The apparatus for preparing nano bubble water of claim 1,
an air inlet electromagnetic valve is arranged at the air inlet;
still have an overflow mouth on the first steam mixes the storehouse, overflow mouth department is provided with the overflow solenoid valve.
4. The apparatus for preparing nano bubble water of claim 1, wherein the inner air-breathing water-air mixing nozzle comprises:
the upper end of the hollow neck is provided with threads to be connected with the water inlet pipeline, the middle part of the hollow neck is outwards and downwards provided with four radial connecting ribs to be connected to a horizontal fixing ring, and the inner diameter of the horizontal fixing ring is 2.2-3.5 times of that of the hollow neck;
and a cylindrical discharge part having a reduced diameter upper part, a constant diameter middle part and an enlarged diameter lower part, wherein the inner diameter of the constant diameter middle part is 0.6-0.8 times of the maximum value of the inner diameter of the enlarged diameter lower part.
5. The apparatus for preparing nano bubble water of claim 1,
the first special-shaped hole partition plate, the second special-shaped hole partition plate and the third special-shaped hole partition plate are uniformly distributed with strip-shaped, round, triangular, octagonal or pentagram-shaped special-shaped holes;
the first special-shaped hole partition plate, the second special-shaped hole partition plate and the third special-shaped hole partition plate are all made of stainless steel.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120722406.6U CN214735093U (en) | 2021-04-09 | 2021-04-09 | Preparation device of nano bubble water |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120722406.6U CN214735093U (en) | 2021-04-09 | 2021-04-09 | Preparation device of nano bubble water |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113105045A (en) * | 2021-04-09 | 2021-07-13 | 江皓 | Nano bubble water, preparation device and application thereof |
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2021
- 2021-04-09 CN CN202120722406.6U patent/CN214735093U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113105045A (en) * | 2021-04-09 | 2021-07-13 | 江皓 | Nano bubble water, preparation device and application thereof |
| CN113105045B (en) * | 2021-04-09 | 2024-01-23 | 江皓 | Nanometer bubble water, preparation device and application thereof |
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