JP3176175U - Ultra-fine bubble water generator - Google Patents

Abstract

The present invention provides an ultrafine bubble water generator capable of controlling the generation of ultrafine bubble water containing high-concentration oxygen at the same time, making the water ultrafine bubble water that has high beauty and care functions. thing.
A water tank 7, a pump 2, a gas inhaler 3, a pressure tank 4, a fine bubble device 5, and a pressure valve 6 are configured. The pump 2 is connected between the water tank 7 and the pressure tank 4, the first transport pipe 42 and the second transport pipe 43 are provided on the other side of the pressure tank 4, and the gas is made smaller in the first transport pipe 42. The microbubble device 5 for converting the highly bubble-mixed water into ultrafine bubble water is connected, and the pressure valve 6 for controlling the pressure of water and gas in the pressure tank 4 is connected to the second transport pipe 43, and the microbubble device 5 Ultrafine bubble water that generates water is fed into the water tank 7.
[Selection] Figure 1

Description

  In particular, the present invention relates to an ultrafine bubble water generator that can generate ultrafine bubble water containing high-concentration oxygen while at the same time enhancing the functions of beauty and rejuvenation using water as ultrafine bubble water.

  Currently, there are already many different types of design structures for general microbubble generators applied to bathroom facilities, mainly using the microbubble generator to rapidly mix the liquid in the pipeline. A lot of fine bubbles are generated by applying pressure, and the fine bubbles and the surface of the object to be cleaned (eg body) are brought into dynamic contact with each other to achieve a cleaning effect and a massage effect.

  China Utility Model Publication No. M282672 “Apparatus for generating bubbles that contain milk in liquid” is a method of sucking air into the fin assembly of a high-pressure pump, mixing it with liquid, and stirring rapidly to remove fine bubbles. After forming, it is sent to a high-pressure chamber for storage, and bubbles are further refined by a relatively high liquid pressure to mix a large amount of fine bubbles into the water in the aquarium, increasing the oxygen content in the water, and Such a color is disclosed.

  Also, in the Chinese Utility Model Notification No. M312358 “Generator for Fine Bubbles”, the device uses a pressure sensor unit to measure the pressure at the output end of the pump, and the air is dynamically It is disclosed to adjust the mixing amount.

  Furthermore, in the Chinese utility model publication No. M3322481, “fine bubble generator”, a high / low water level detector is installed at the upper end of the gas dissolution tank of the fine bubble generator, and the liquid level of the gas dissolution tank is high. Is detected, and the mixing ratio of air and water is dynamically adjusted so that saturated air in water is in the best condition.

  The technical content of each of the above-mentioned utility models is that water containing air is sent into a pressure storage tank by a pressurizing device (eg pump) to form fine bubble water, and measurement is performed using a sensor to store pressure. It maintains the mixing ratio of air and water of fine bubbles in the tank.

China Utility Model Notice No. M282672 Specification China Utility Model Notice No. M312358 China Utility Model Notice No.M3322481 Specification

  However, the above-described conventional bubble generating device cannot reduce the volume of water molecules, increase the osmotic force and absorbability from the skin of the human body, and does not increase the concentration of oxygen-containing ultrafine bubble water. Since the generation cannot be controlled, the use effect is greatly impaired.

  Therefore, the present invention has been made in view of this, and the purpose thereof is to make water into ultrafine bubble water that has a high function of beauty and care, and at the same time, ultrafine bubble water containing a high concentration of oxygen. An object of the present invention is to provide an ultrafine bubble water generator capable of controlling the generation.

The ultra-fine bubble water generator of the present invention is
A tank,
A pump for pumping water in the aquarium;
A first intake pipe connected to the water tank and the pump;
A check valve disposed in the water tank and connected to an end of the first water intake pipe to prevent water from flowing back when pumping up water in the water tank with the pump;
A gas inhaler installed on the first intake pipe and used to take in gas and mix in water to form bubble water;
A pressure tank that is disposed downstream of the pump and is used to pressurize the bubble water contained therein to form highly-bubble mixed water, and in which a liquid sensor is installed;
A second intake pipe connected to the pump and the pressure tank;
A micro-bubble device that is arranged at the rear stage of the pressure tank and is used to make the gas into smaller molecules and to make the highly-bubble mixed water into ultra-fine bubble water;
A first transport pipe having one end connected to the pressure tank and the other end connected to the microbubble device, and for transporting the advanced bubble mixed water in the pressure tank;
The pressure tank is disposed behind the pressure tank, and is electrically connected to the liquid sensor. The pressure of water and gas in the pressure tank is controlled to balance the both, and the concentration of the ultrafine bubble water is controlled. A pressure valve with a function of diluting;
A second transport pipe having one end connected to the pressure tank and the other end connected to the pressure valve;
A first water discharge pipe having one end connected to the microbubble device and the other end disposed in the water tank;
A second outlet pipe having one end connected to the pressure valve and the other end connected to the middle of the first outlet pipe,
It is characterized by that.

The gas inhaler has an intake valve connected to one end of the intake port of the first intake pipe and the other end connected to a discharge end of the first intake pipe, and used to take in the gas and mix it in water. It is good also as a structure provided.
The pressure valve may be an electronic pressure valve, and the pressure valve may include a valve used for controlling the pressure of water and gas in the pressure tank.
Further, a magnetizer having a plurality of pairs of magnets is installed on the second intake pipe, and the magnetizer softens and activates water when water flows from the second intake pipe to the magnetizer. It is good to have a configuration that magnetizes.

  According to the ultra-fine bubble water generator of the present invention, water can be made into ultra-fine bubble water that has high beauty and care functions, and at the same time, the generation of ultra-fine bubble water containing a high concentration of oxygen can be controlled. it can.

It is the schematic which shows the ultra fine bubble water generator which concerns on embodiment of this invention. It is sectional drawing of a magnetizer.

  Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a schematic view showing an ultrafine bubble water generator according to an embodiment of the present invention. As shown in FIG. 1, the ultrafine bubble water generator of the present invention includes a water tank 7, a pump 2 for pumping up water in the water tank 7, and a first intake pipe 21 connected to the water tank 7 and the pump 2. And a check valve 1 disposed in the water tank 7 and connected to the end of the first intake pipe 21 to prevent the water from flowing backward when the water in the water tank 7 is pumped by the pump 2; 1 A gas inhaler 3 installed on the intake pipe 21 and used to form a bubble water by taking in gas and mixing it in the water, and a bubble water placed in the interior of the pump 2 Pressure tank 4 used for pressurization to form advanced bubble mixed water and having a liquid sensor 44 installed therein, a second intake pipe 22 connected to the pump 2 and the pressure tank 4, and a pressure tank 4 is placed in the latter stage, and gas is made into smaller molecules. The microbubble device 5 used for converting the highly bubble-mixed water into ultrafine bubble water, one end connected to the pressure tank 4 and the other end connected to the microbubble device 5, The first transport pipe 42 for transporting the advanced bubble mixed water, and disposed behind the pressure tank 4 and electrically connected to the liquid sensor 44, control the pressure of water and gas in the pressure tank 4. A pressure valve 6 having a function of balancing the two and diluting the concentration of ultrafine bubble water, and a second transport pipe having one end connected to the pressure tank 4 and the other end connected to the pressure valve 6 43, a first water discharge pipe 51 having one end connected to the microbubble device 5 and the other end disposed in the water tank 7, and one end connected to the pressure valve 6 and the other end of the first water discharge pipe 51. And a second drain pipe 62 connected midway. That.

  The pump 2 is a pump motor, one end of which is connected to the check valve 1 by a first intake pipe 21 and the other end is connected to the inside of the pressure tank 4 by a second intake pipe 22. The check valve 1 is disposed in the water tank 7 and prevents the backflow when the pump 2 pumps the water in the water tank 7.

  The gas inhaler 3 is installed on the first intake pipe 21 and is used to take in gas and mix it in water to form bubble water. One end of the gas inhaler 3 is connected to the intake end of the first intake pipe 21, and the other end is connected to the outlet end of the first intake pipe 21. An intake valve 31 is installed on the gas inhaler 3.

  The pressure tank 4 is a cylindrical body, and is used to pressurize the bubble water contained therein to form highly-bubble mixed water. A pressure gauge 41 is installed above the pressure tank 4. A liquid sensor 44 is installed inside. A first transport pipe 42 and a second transport pipe 43 are connected to the other side of the pressure tank 4.

  The microbubble device 5 is connected to the first transport pipe 42 and is used to make the gas into smaller molecules and form ultrafine bubble water in the advanced bubble mixed water, and the first drain pipe 51 is installed on the other side. Is done.

  The pressure valve 6 is connected to the other end of the second transport pipe 43. The pressure valve 6 may be an electronic pressure valve, is electrically connected to the liquid sensor 44, and is provided with a valve 61, which controls the pressure of water and gas in the pressure tank 4 to balance water and gas. Used to take.

  On the other side of the pressure valve 6, a second water discharge pipe 62 connected in the middle of the first water discharge pipe 51 connected to the fine bubble device 5 is installed to send the output ultra fine bubble water into the water tank 7. Used for.

  When the valve 61 is closed, the pressure in the pressure tank 4 increases, and the amount of ultrafine bubble water output from the fine bubble device 5 increases. Conversely, as the opening of the valve 61 is increased, the pressure in the pressure tank 4 decreases and the amount of ultrafine bubble water output from the fine bubble device 5 decreases.

  Further, a part of the advanced bubble mixed water in the pressure tank 4 passes through the second transport pipe 43, the pressure valve 6 and the second outlet pipe 62, and the ultrafine bubble water generated by the microbubble device 5 and the first outlet water. It joins at the water pipe 51 to dilute the ultrafine bubble water and fulfill the function of adjusting the fine bubble water.

  When in use, the pump 2 pumps up the water in the water tank 7 and mixes with the water passed through the check valve 1 and the gas taken in by the gas inhaler 3 to form bubbly water. Send it in. The pressure tank 4 pressurizes the bubble water to form the advanced bubble mixed water, and then flows the advanced bubble mixed water into the fine bubble device 5 to make the gas into smaller molecules. And finally, the ultrafine bubble water can be controlled and output into the water tank 7 at the connecting portion between the second water discharge pipe 61 and the first water discharge pipe 51.

  In addition, as shown in FIG. 1, a magnetizer 8 may be further installed on the second intake pipe 22. FIG. 2 is a sectional view of the magnetizer. A plurality of pairs of magnets 82 are provided in the magnetizer 8, and when water flows from the second intake pipe 22 to the magnetizer 8, the water can be softened, activated, and magnetized.

  As shown in FIG. 2, the magnetizer 8 includes an inner tube 81 and a plurality of pairs of magnets 82, each pair of magnets 82 being a generally “C” -shaped strong magnet and relatively generally inverted “C”. A strong magnet having a letter shape is included, and the inner tube 81 is sandwiched and fixed on the outer side of the inner tube 81. Further, the outer pipe 83 is installed outside a plurality of pairs of magnets 82 already fixed, a water intake pipe joint 84 is attached on one end of the inner pipe 81 and the outer pipe 83, and a water discharge pipe joint 85 is connected to the inner pipe 81 and the outer pipe. 83 is attached on the other end.

  The above description is only the best embodiment of the present invention and is not intended to limit the scope of the present invention, and equivalent changes and modifications made by those skilled in the art without departing from the spirit and scope of the present invention. Are all within the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Check valve 2 Pump 21 1st intake pipe 22 2nd intake pipe 3 Gas suction device 31 Intake valve 4 Pressure tank 41 Pressure gauge 42 1st transport pipe 43 2nd transport pipe 44 Liquid sensor 5 Fine bubble apparatus 51 1st outlet Water pipe 6 Pressure valve 61 Valve 62 Second outlet pipe 7 Water tank 8 Magnetizer 81 Inner pipe 82 Magnet 83 Outer pipe 84 Intake pipe joint 85 Outlet pipe joint

Claims (5)

A tank,
A pump for pumping water in the aquarium;
A first intake pipe connected to the water tank and the pump;
A check valve disposed in the water tank and connected to an end of the first water intake pipe to prevent water from flowing back when pumping up water in the water tank with the pump;
A gas inhaler installed on the first intake pipe and used to take in gas and mix in water to form bubble water;
A pressure tank that is disposed downstream of the pump and is used to pressurize the bubble water contained therein to form highly-bubble mixed water, and in which a liquid sensor is installed;
A second intake pipe connected to the pump and the pressure tank;
A micro-bubble device that is arranged at the rear stage of the pressure tank and is used to make the gas into smaller molecules and to make the highly-bubble mixed water into ultra-fine bubble water;
A first transport pipe having one end connected to the pressure tank and the other end connected to the microbubble device, and for transporting the advanced bubble mixed water in the pressure tank;
The pressure tank is disposed behind the pressure tank, and is electrically connected to the liquid sensor. The pressure of water and gas in the pressure tank is controlled to balance the both, and the concentration of the ultrafine bubble water is controlled. A pressure valve with a function of diluting;
A second transport pipe having one end connected to the pressure tank and the other end connected to the pressure valve;
A first water discharge pipe having one end connected to the microbubble device and the other end disposed in the water tank;
A second outlet pipe having one end connected to the pressure valve and the other end connected to the middle of the first outlet pipe,
An ultrafine bubble water generator characterized by that.   An intake valve connected to one end of the intake pipe of the first intake pipe, connected to the outlet end of the first intake pipe to the other end, and used to take in the gas and mix it in water; The ultrafine bubble water generator according to claim 1, comprising: The pressure valve is an electronic pressure valve, and includes a valve used to control the pressure of water and gas in the pressure tank;
The ultrafine bubble water generator according to claim 2. On the pressure valve, a valve used for controlling the pressure of water and gas in the pressure tank was provided.
The ultrafine bubble water generator according to claim 2. A magnetizer installed on the second intake pipe, wherein a plurality of pairs of magnets are installed in the magnetizer, and the magnetizer softens water when water flows from the second intake pipe to the magnetizer; Activated, magnetized,
The ultrafine bubble water generator according to claim 1.

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