KR20060010675A - An automatic manufacturing apparatus of nano silver water - Google Patents

Abstract

The present invention is to improve the ease of use and to prepare a silver solution of the correct concentration, while producing a silver ion solution using a variety of water, the automatic and the quality and hygiene of the silver solution to be produced is improved Silver nano solution maker,

A pair of silver rods inserted into the water container containing water, a power supply unit for applying power to the silver rods, and a switch for controlling the power supply unit are configured, and the concentration of silver ions ionized in the water tank by the electrode inserted into the water container is included. In a structure having a silver ion manufacturing unit configured to measure the PPM gauge, the water container is configured to be inserted into or detached from the body of the manufacturing machine formed with the barrel insert, and the silver ion manufacturing unit has a silver rod and a PPM gauge electrode on the water container. It is configured on the upper side of the machine body in contact with the barrel insert to selectively insert or leave.

Description

Automatic Silver Nano Solution Maker {AN AUTOMATIC MANUFACTURING APPARATUS OF NANO SILVER WATER}

Figure 1a is a perspective view showing a conventional silver nano solution maker,

Figure 1b is a block diagram showing a conventional silver nano solution maker,

Figure 2a is an exploded perspective view showing an automatic silver nano solution maker according to a first embodiment of the present invention,

Figure 2b is a block diagram showing an automatic silver nano solution maker according to a first embodiment of the present invention,

3 is a view for explaining the state of use of the automatic silver nano-solution maker according to the first embodiment of the present invention,

Figure 4a is an exploded perspective view showing an automatic silver nano solution maker according to a second embodiment of the present invention,

Figure 4b is a view for explaining the state of use of the automatic silver nano-solution maker according to a second embodiment of the present invention,

Figure 5a is an exploded perspective view showing an automatic silver nano solution maker according to a third embodiment of the present invention,

Figure 5b is a block diagram showing an automatic silver nano solution maker according to a third embodiment of the present invention,

6 is a view for explaining the state of use of the automatic silver nano-solution maker according to a third embodiment of the present invention,

Figure 7 is an exploded perspective view showing an automatic silver nano solution maker according to a fourth embodiment of the present invention,

8 is a view for explaining the state of use of the automatic silver nano-solution maker according to a fourth embodiment of the present invention,

9 is an exploded perspective view showing an automatic silver nano-solution maker according to a fifth embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

100: water container, 110: the body,

120: a handle, 200: a maker body,

210: tube insertion part, 220: lower body,

230: support part, 240: upper body,

300: silver ion manufacturing unit, 310: moving plate,

320: silver bar, 330: PPM gauge,

340: moving handle, 350: power supply,

360: control unit, 370: memory unit,

380: key input section, 390: display section,

400: drive unit, 410: drive motor,

420: rack gear, 500: water bottle drive part,

510: plate seat, 520: plate driving motor,

530: plate shift gear, 610: discharge container,

620: manufacturer body, 630: silver ion manufacturing unit.

The present invention relates to an automatic silver nano solution maker, and more particularly, to an automatic silver nano solution maker capable of automatically preparing silver nano solution by ionizing silver through electrolysis.

In general, silver (Ag) has been known for its excellent functions such as sterilization, antibacterial and deodorization, and has been widely used in tableware and ornaments regardless of the East and the West. Recently, silver (Ag) is ionized in distilled water through electrolysis. The silver ions obtained by (Ag +) have been used to produce household goods such as soap and toothpaste, or to use them as drinking water.

In addition, various types of devices are devised to electrolyze silver, and as an example, distilled water and silver according to Korean Patent Application Publication No. 2003-0034578 filed by the present applicant as shown in FIG. 1. A storage member 10 in which a solution is stored, a cover member 30 selectively coupled to the storage member, and a silver bar formed on a lower surface of the cover member and accommodated in the storage member; And a switch for selectively controlling power from the power supply unit, and the storage member 10 or the cover member 30 to the silver solution stored in the storage member 10. The electrode 52 of the PPM gauge 50, the end of which is received, is formed to protrude, and the cover member is integrally formed with the body of the PPM gauge 50 so as to detect the concentration of the silver solution through the electrode. The.

In addition, the cover member 30 stores the concentration of the silver solution preset by the user in the memory 82 through the display unit 36 and the key input unit 38 formed on the upper surface of the cover member 30 as illustrated in FIG. 1B. In addition, when the concentration of the silver solution input through the PPM gauge 50 reaches the value stored in the memory 82, a control unit 80 for controlling the power input from the power supply unit 32 is formed is formed will be.

However, in the conventional silver ion maker as described above, when the user wants to make a silver ion solution, the silver bucket is filled with water, and then the silver ion maker is assembled and the power line is connected to the silver ion maker. It must be operated by pressing a button, and in order to use it after the production of silver ion solution is completed, the silver ion maker must be separated from the water tank again and the water tank must be moved to another container such as a kettle to install and remove the silver ion maker. In the process, the water in the bucket spilled or required a number of complex operations, there was a very inconvenient problem in use.

In addition, the conventional silver ion maker is very inconvenient to make the concentration of silver ions dissolved in water to the user's desired PPM, and the user does not separate the silver ion maker in the state where the preparation of the silver ion solution is completed, and always the silver rod in the water This impregnated state causes the user to feel rejected, especially if silver rods remain in the water for a long time, fine foreign matter on the silver rods is released into the water tank, which impairs hygiene and is used in the manufacturing process of the silver ion solution. Water, tap water, groundwater, etc. can not be used, there was a problem that you must use only distilled water.

The present invention is to solve the above problems, an object of the present invention is to provide an automatic silver nano-solution maker to improve the ease of use and to prepare a silver solution of the correct concentration.

Still another object of the present invention is to provide an automatic silver nano-solution maker capable of making silver ion solutions using various kinds of water and improving the quality and hygiene of the silver solution to be produced.

The automatic silver nano-solution maker for achieving the above object comprises a pair of silver rods inserted into a water container containing water, a power supply unit for applying power to the silver rods, a switch for controlling a power supply unit, and inserted into the water container. In the structure provided with a silver ion manufacturing unit consisting of a PPM gauge for measuring the concentration of silver ions ionized in the water container by the electrode, the water container is inserted or detachable on the body of the manufacturing machine formed with the barrel insert The silver ion manufacturing unit is characterized in that the silver rod and the PPM gauge electrode is configured on the upper side of the machine body in contact with the barrel inserting portion to be selectively inserted into or separated from the water container.

And, the manufacturing machine body is composed of a lower body in close contact on the installation bottom surface centered on the tube inserting portion of the central portion and a support portion formed upward on one side of the lower body and the upper body formed on the upper portion of the support, the silver ion The manufacturing unit is characterized in that a pair of the silver bar and the PPM gauge electrode is installed on the bottom of the moving plate installed in the upper body of the manufacturing machine body, and a moving handle protruding out of the upper body on one side thereof.

On the other hand, the concentration of silver ions ionized in the water tank by a pair of silver rods inserted into the water container containing the water, a power supply unit for applying power to the silver rods, a switch for controlling the power supply unit, and an electrode inserted into the water container The PPM gauge is provided with a silver ion manufacturing unit is selectively configured, the water container is configured to be inserted into or detached from the manufacturer body formed with the barrel insertion portion, the silver ion manufacturing unit is a silver rod and PPM gauge electrode selectively on the water container In the structure configured on the upper manufacturing machine body in contact with the barrel inserting portion to be inserted or detached, the manufacturing machine body is the upper body is in close contact with the bottom surface and the support body and the silver ion manufacturing unit is formed on one side of the body below Body and the support portion is characterized in that the hinge portion is formed so that the upper body selectively angular movement All.

Then, the concentration of silver ions ionized in the water tank by a pair of silver rods inserted into the water container containing the water, a power supply unit for applying power to the silver rods, a switch controlling the power supply unit, and an electrode inserted into the water container is measured. The PPM gauge is provided with a silver ion manufacturing unit configured to be inserted into or detached from the water tank is inserted into the manufacturing machine body formed with a barrel insert, the silver ion manufacturing unit is a silver rod and PPM gauge electrode is selectively inserted or In the structure configured on the upper manufacturing machine body in contact with the barrel inserting portion to be separated, the silver ion manufacturing portion is composed of a moving plate provided with a pair of silver bars and a PPM gauge electrode at the bottom, the moving plate according to the user's operation signal Characterized in that the driving unit for driving up and down by the power supplied.

The driving unit is formed on the moving plate to move the silver rod and the PPM gauge electrode up and down by meshing with a driving motor installed on the upper body so as to operate according to an external input signal, and a driving gear coupled to the driving motor shaft. It consists of rack gear.

Preferably, on the upper surface of the lower body of the manufacturing machine body is pressed down (ON) when the water container is seated while operating (ON) to control the silver ion manufacturing unit to move downwards or to apply the power to the silver rod, the water can be removed In this case, a safety switch configured to be turned OFF is configured.

On the other hand, the concentration of silver ions ionized in the container by a pair of silver rods inserted into the water container containing the water, a power supply unit for applying power to the silver rods, a switch to control the power supply unit, the electrode inserted into the water container The PPM gauge is provided with a silver ion manufacturing unit selectively configured, the water container is configured to be inserted into or detached from the manufacturer body formed with the barrel insert, the silver ion manufacturing unit is a silver rod and the PPM gauge electrode selectively on the water container In the structure configured on the upper manufacturing machine body in contact with the barrel inserting portion to be inserted or detached, it is installed so as to be movable on the barrel inserting portion of the manufacturing machine body to selectively drive the water tank on which the upper surface is seated toward the silver ion manufacturing unit side. Characterized in that the water reservoir driving unit is configured.

Preferably, the water container driving unit and the cylinder seat plate on which the water container is raised; A plate driving motor installed on the cylinder seating plate; It is composed of a plate moving gear formed on the support of the body of the manufacturer so that the drive gear coupled to the shaft of the plate driving motor is engaged.

In addition, a pair of silver rods inserted into a water container containing water, a power supply unit for applying power to the silver rods, and a switch for controlling the power supply unit are configured, and the silver ions ionized in the water tank by the electrodes inserted into the water reservoirs. In the automatic silver nano-solution maker equipped with a silver ion manufacturing unit selectively configured PPM gauge for measuring the concentration, the tube insert portion is formed in the center and the lower body is formed in the lower portion is inserted into the discharge container for discharging the ionized water A manufacturing machine body having a water container filled with water for ionization in the upper part and having a valve for discharging the filled water is configured, and the silver ion manufacturing unit is configured to be selectively coupled to the water container of the manufacturing machine body.

The valve may be configured as a flow control valve which is opened at the input of a manual valve or an operation button to discharge the nanosolution or discharge only a predetermined flow rate.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

Figure 2a is an exploded perspective view showing an automatic silver nano-solution maker according to a first embodiment of the present invention, Figure 2b is a block diagram showing an automatic silver nano-solution maker according to a first embodiment of the present invention, Figure 3 4 is a view for explaining the state of use of the automatic silver nano-solution maker according to the first embodiment of the present invention.

2A and 2B, the automatic silver nano solution manufacturing apparatus according to the present invention includes a water container 100 in which water is contained, and a water tank insertion part 210 in which the water container 100 is placed and installed. The machine body 200 and the silver body manufacturing unit 300 is formed on the upper side of the machine body 200 and formed to be selectively inserted into or separated from the water container.

The water container 100 is not limited in shape, but the material may not be formed of a metallic material capable of reacting with ionized silver ions, and is substantially glass, as shown in FIG. 2A, as a substantially cylindrical body 110. Flow groove 112 is recessed at the top of the handle is preferably formed on the outer peripheral surface of the cylindrical body (120).

The manufacturing machine body 200 has a lower body 220 in close contact with the installation bottom surface and the upper support body 230 formed on one side of the lower body 220 and the upper body formed on the upper portion of the support (230) 240 is formed between the upper and lower body (240,220) is formed with a tub insertion portion 210 is inserted into the water container (100).

The silver ion manufacturing unit 300 is installed on the upper body 240 of the manufacturing machine body 200, a pair of silver rods 320 and the PPM gauge electrode 332 is installed at the bottom of the moving plate 310 A moving handle 340 is formed on the moving plate 310 to protrude to the outside of the upper body 240, and the guide part 244 is guided to the inside of the upper body 240 to guide the shanghai movement of the moving plate 310. ) Is formed and a moving groove 242 of the moving handle 340 is formed on the outer surface of the upper body 240.

In addition, the guide part 244 is formed in a substantially cylindrical shape and a guide groove 244a corresponding to the guide protrusion 312 formed on the moving plate 310 is formed to smoothly move.

On the other hand, as shown in Figure 2b is a power source 350 for applying power to the silver rod 320 of the silver ion manufacturing unit 300 is configured, the power is applied to the silver rod to detect the concentration of silver ions ionized in water The PPM gauge 330 is configured to control the controller, and the controller 360 is formed to control the power applied to the silver rod 320 according to the measured value of the PPM gauge. A key input unit 380 and a display unit 390 are formed for inputting or indicating the concentration of the silver solution detected through the PPM gauge 330, while the key input unit 380 and the display unit 390 are formed. The power supply lamp is formed on the lower body or the upper body.

In addition, the control unit 360 controls the predetermined value set by the user to be stored in the memory unit 370 according to the operation of the key input unit 380, and the power of the silver rod 320 is applied to ionize silver ions. When the concentration is compared with the value stored in the memory unit 370 and the detected value reaches the value stored in the memory unit 370, the control is performed such that the power applied to the silver bar from the power supply unit 350 is cut off.

Referring to the operation according to the first embodiment as described above, as shown in Figure 3, when the user wants to manufacture the silver nano-solution, the water is first put into the water container 100 and the barrel insert of the manufacturing machine body 200 After inserting into the portion 210, the moving handle 340 located on the upper side is moved downward.

Accordingly, the electrode 332 of the silver rod 320 and the PPM gauge 330 is immersed in the water of the water container 100, in which the concentration to be manufactured through the key input unit and the display unit is set and stored in the memory unit. When the switch unit 392 is operated, power is applied to the silver bar to start electrolysis.

When the concentration applied to the controller 360 by the PPM gauge 330 through the electrolysis process is greater than or equal to the value set in the memory unit 370, the power applied from the power supply unit 350 is cut off. The preparation of the silver nano solution of the concentration set by this is completed.

FIG. 4A is an exploded perspective view showing an automatic silver nano solution maker according to a second embodiment of the present invention. FIG. 4B is a view for explaining a state of use of the automatic silver nano solution maker according to a second embodiment of the present invention. The same parts as in the first embodiment will be described with the same reference numerals.

The automatic silver nano solution manufacturing apparatus according to the second embodiment of the present invention is a water container 100 in which water is contained, and a manufacturing machine body 200 in which a water tank insert portion 210 is placed, and A pair of silver rods 320 and an electrode 332 of the PPM gauge 330 downwardly protrude downward from the upper side of the body 200 is composed of a silver ion manufacturing unit 300.

The manufacturing machine body 200 is an upper body in which the lower body 220 is in close contact with the installation bottom surface and the support body 230 and silver ion manufacturing unit 300 is formed on one side of the lower body 220 is installed ( 240 and the support portion 230 is a hinge portion 250 is formed so that the upper body 240 is selectively angular movement.

And the hinge portion 250 is formed of a conventional hinge structure that can be folded is not limited to the structure, for example, as shown in Figure 4a a pair of upper hinge protrusions 252 formed on the upper support portion, and the lower side The lower hinge protrusion 254 formed on the support portion, and the hinge pins 256 inserted into the upper and lower hinge protrusions 252 and 254 may be configured.

In the operation of the second embodiment, the upper body 240 of the manufacturing machine body 200 is rotated in the front-rear direction at the time of its use to insert or remove the silver rod 320 and the electrode 332 onto the water container 100. Except for the above, it is similar to the first embodiment described above.

Figure 5a is an exploded perspective view showing an automatic silver nano-solution maker according to a third embodiment of the present invention, Figure 5b is a block diagram showing an automatic silver nano-solution maker according to a third embodiment of the present invention, Figure 6 3 is a view for explaining the state of use of the automatic silver nano-solution maker according to the third embodiment of the present invention, the same parts as in the first embodiment will be described with the same reference numerals.

The automatic silver nano solution manufacturing apparatus according to the third embodiment of the present invention is a water container 100 in which water is contained, and a water body 100 in which the water container 100 is provided with a tub insertion part 210 installed thereon. And, the silver ion manufacturing unit 300 is formed on the upper side of the body 200 and selectively inserted or separated on the water container 100, and the silver ion manufacturing unit 300 according to the user's operation It consists of a driving unit 400 for driving up and down.

The manufacturing machine body 400 is a lower body 220 which is in close contact with the installation bottom surface and the upper support body 230 formed on one side of the lower body 220 and the upper body formed on the upper portion of the support (230) 240 is formed between the upper and lower bodies 220 and 240, the tub insertion portion 210 is inserted into the water container is formed.

The silver ion manufacturing unit 300 is composed of a moving plate 310 provided with a pair of silver rods 320 and a PPM gauge electrode 332 at the bottom, the upper body so that the shangdong of the moving plate 310 is guided ( Inside the 240 is a guide portion 245 is formed.

And the power supply unit 350 for applying power to the silver rod 320 of the silver ion manufacturing unit 300 is configured, PPM gauge 330 so that the power is applied to the silver rod to detect the concentration of silver ions ionized in water The controller 360 is formed to control the power applied to the silver rod 320 according to the measured value of the PPM gauge 330, and also inputs a predetermined value to the controller 360 or the PPM gauge The key input unit 380 and the display unit 390 for displaying the concentration of the silver solution detected through the 330, and the memory unit 370 in which the concentration of silver ions input by the key input unit 380 is stored. ), A driving switch (not shown) for driving the driving unit 400 is configured.

The driving unit 400 is meshed with the driving motor 410 installed on the upper body 240 and the driving gear 412 coupled to the driving motor 410 shaft to operate according to an external input signal. ) And a rack gear 420 formed on the moving plate 310 to move the PPM gauge electrode 332 up and down. The structure of such a driving unit is not limited to that shown in the drawing, but the moving plate ( If the structure for moving the 310 up and down can be applied in various ways, for example, by forming a connection pin on the moving plate 310 and connecting the connection pin with a chain or belt drive motor to the chain or belt in the vertical direction It can be configured as a structure to drive.

The moving distance of the moving plate 310 may be controlled by configuring the driving motor 410 as a step motor or as a sensor or a limit switch that detects that the moving plate 310 is moved up and down.

In addition, on the upper surface of the lower body 220 of the manufacturing machine body 200 as shown in Figure 5a on the upper surface of the lower body 220 of the manufacturing machine body 200 when the water container 100 is seated downward While pressing (ON), the silver ion manufacturing unit 300 is controlled to move downward or power is applied to the silver bar, and a separate safety switch 440 to be turned off (OFF) when the water tank is separated In this configuration, the safety switch 440 is such that the compression spring is embedded on the contact pin, so that the contact pin protrudes upward at no load so that the contact is separated from the contact and a load is applied.

Referring to the operation according to the third embodiment as described above, when the user wants to manufacture the silver nano-solution, the water is first put into the water container 100 and driven in the state placed on the barrel insertion portion of the body body 200 When the key input unit for controlling the motor 410 is manipulated, the driving motor is driven and the moving plate 310 is moved downward in accordance with the downward movement of the rack gear 420 engaged therewith, so that the silver rod 320 and the PPM gauge ( The electrode 332 of 330 is immersed in the water of the water bottle.

At this time, when the switch unit is operated while setting the concentration to be manufactured through the key input unit 380 and the display unit 390 and stored in the memory unit, the electrolysis is started by applying power to the silver bar. When the concentration applied to the controller by the PPM gauge is greater than or equal to the value set in the memory unit, the power applied from the power supply unit 350 is cut off to complete the preparation of the silver nano solution having the set concentration.

In addition, if the above-described safety switch 440 is configured, the water container 100 is seated on the barrel insertion unit and the driving motor 410 is operated to move the moving plate 310 downward so that ionization proceeds. When the ionization process is performed at the set concentration and detected by the electrode of the PPM gauge, the detection signal is applied to the control unit 360 to operate the driving motor 410 to move the silver ion manufacturing unit upward. It can be used easily.

7 is an exploded perspective view showing an automatic silver nano solution maker according to a fourth embodiment of the present invention, and FIG. 8 is a view for explaining a state of use of the automatic silver nano solution maker according to a fourth embodiment of the present invention. Parts similar to those in the first embodiment will be described with the same reference numerals.

The automatic silver nano-solution manufacturing apparatus according to the fourth embodiment of the present invention is a water container 100 in which water is contained, and a manufacturing machine body 200 in which a water tank insert portion 210 is inserted into the water container 100; The silver ion manufacturing unit 300 having a pair of silver rods 320 and a PPM gauge electrode 332 formed on the upper side of the manufacturing machine body 200, and the upper and lower portions on the tube inserting portion 210 of the manufacturing machine body 200. A water bottle driving part 500 configured to selectively move the water bottle 100 mounted on the upper surface thereof to the silver ion manufacturing unit 300 is configured.

The water cylinder driving unit 500 is, for example, a cylinder seat plate 510 on which the water tank 100 is raised, and a plate driving motor 520 installed at the bottom of the cylinder seat plate 510. And, while the drive gear coupled to the shaft of the plate driving motor 520 is engaged with the plate moving gear 530 formed inside the support portion 230 of the manufacturer body 200, while the seating plate 510 The guide projections 512 are formed on both sides of the front end so that the shanghai is stably performed without departure, and the guide grooves 540 are formed on the corresponding manufacturers bodies.

And, as shown in the third embodiment described above, the power supply unit 350 for applying power to the silver rod 320 of the silver ion manufacturing unit 300, the PPM gauge so as to detect the concentration of silver ions ionized in water ( 330, a control unit 360 for controlling the operation of the silver ion manufacturing unit, a key input unit 380, a memory unit 370, and a display unit 390 are configured, while the water passage driving unit 500 is disposed on the barrel seat plate 510. Safety switch and sensor for controlling the plate drive motor 520 can be configured.

Referring to the operation according to the fourth embodiment as described above, when the user wants to manufacture the silver nano-solution as shown in Figure 7 and 8 first put water in the water container 100 and the tube seat plate 510 When driving the plate driving motor 520 in the state positioned on the drive gear is rotated upward by the plate moving gear 530, and thus the plate seating plate 510 on the upper body 240 of the manufacturing machine body The silver rod 320 and the PPM gauge electrode 332 installed in the are moved to the position where the immersion.

In this case, when the concentration is to be manufactured through the key input unit 380 and the display unit 390 and the memory unit 370 is stored in the memory unit 370, the switch unit is operated or the automatic setting mode is used to supply power to the silver rod to perform electrolysis. Starts and is applied from the power supply unit 350 when the concentration applied to the control unit 360 by the PPM gauge 330 is greater than or equal to the value set in the memory unit 370 through the electrolysis process. The power is cut off to complete the preparation of the silver nano solution of the set concentration.

When the ionization process is performed at the concentration set in the memory unit 370 and sensed by the electrode of the PPM gauge 330, the detection signal is applied to the control unit, and the plate driving motor 520 is reversed to drive the plate gear. The vehicle 530 is moved downwards to be in the initial state.

9 is an exploded perspective view showing an automatic silver nano-solution maker according to a fifth embodiment of the present invention.

In the automatic silver nano-solution manufacturing apparatus according to the fifth embodiment of the present invention, a discharge container 610 for discharging ionized water, and a barrel inserting portion 622 into which the discharge container 610 is inserted, are formed at the center thereof and have a lower portion. The body 620 is formed in the lower body 624 is provided with a water tank 626 is provided with a water for the ionization in the upper portion and a valve 628 for discharging the water filled therein, and the body A silver ion manufacturing unit 630 is coupled to the water container 626 of 620 and formed with a pair of silver bars and a PPM gauge electrode.

In addition, the silver ion manufacturing unit is not shown as similar to the shape shown in FIG. 1A, and a power supply unit for applying power to the silver rod and a PPM gauge to detect the concentration of silver ions ionized in water by applying power to the silver rod. The control unit is configured to control the power applied to the silver rod according to the measured value of the PPM gauge, and to input a predetermined value to the control unit or to indicate the concentration of the silver solution detected through the PPM gauge. A key input section, a memory section, a display section, and the like are formed, while the key input section, the display section, the power supply lamp, and the like are formed on the lower body or the upper body.

The valve 628 is configured as a flow control valve which is opened at the input of a manual valve or an operation button to discharge the silver nano solution or discharge only a predetermined flow rate.

And when explaining the operation according to the fifth embodiment of the present invention as described above, if the user wants to produce a silver nano-solution, the silver ion maker 630 is separated and filled with water in the water container 626 and then the silver ion maker When the 630 is recombined, the electrodes of the silver rod and the PPM gauge are immersed in the water of the water tank, and when the switch unit is operated while setting the concentration to be manufactured through the key input unit and the display unit and storing it in the memory unit, The decomposition starts and silver nano solution is obtained with the set PPM.

When the user wants to use the silver nano solution obtained as described above, the silver nano solution is discharged to the lower portion when the valve is operated in the state in which the discharge container 610 is placed in the tube insertion part 622, and thus can be used as needed. .

In addition, the technical configuration of the present invention is not limited to the above, but may be variously modified and applied within the technical scope of the present invention.

According to the automatic silver nano-solution maker according to the present invention as described above, the silver nano-solution can be easily prepared by the user's simple operation, it is very convenient to use it in a state in which the manufacturing is completed.

In addition, the silver nano solution of the user's desired concentration can be easily made by a simple operation, and the silver rod is automatically separated from the prepared silver nano solution when the manufacturing is completed, so that the hygiene is improved and the water used for the production of the silver nano solution. It is not only limited to distilled water, but also can be used as tap water, ground water, etc. It is a very useful invention that can broaden and generalize the application of silver nano solution maker.

Claims (10)

A pair of silver rods inserted into the water container containing water, a power supply unit for applying power to the silver rods, and a switch for controlling the power supply unit are configured, and the concentration of silver ions ionized in the water tank by the electrode inserted into the water container is included. In the structure with the silver ion manufacturing part which the PPM gauge to measure is provided, The water container is configured to be inserted into or detached from the manufacturing machine body in which the container insert is formed, and the silver ion manufacturing unit is in contact with the container insert so that the silver rod and the PPM gauge electrode are selectively inserted into or separated from the water container. Automatic silver nano-solution maker, characterized in that configured in. The method of claim 1, The manufacturing machine body is composed of a lower body that is in close contact with the installation bottom surface centered on the tube inserting portion of the central portion and the upper body formed on the upper portion of the support and the upper portion formed on one side of the lower body, The silver ion manufacturing unit is provided with a pair of silver rods and a PPM gauge electrode at the bottom of the moving plate installed inside the upper body of the manufacturing machine body, and a movable handle protruding out of the upper body on one side thereof. Nano solution maker. PPM for measuring the concentration of silver ions ionized in the water container by a pair of silver rods inserted into the water container containing the water, a power supply unit for applying power to the silver rods, a switch controlling the power supply unit, and an electrode inserted into the water container. A gauge is provided with a silver ion manufacturing unit selectively configured, and the water container is configured to be inserted into or detached from the body of the manufacturing machine formed with the barrel insert, and the silver ion manufacturing unit is selectively inserted or inserted into the water tank and the PPM gauge electrode. In the structure configured on the upper manufacturing machine body in contact with the barrel insertion portion to be separated, The manufacturing machine body is composed of a lower body that is in close contact with the installation bottom surface and the upper body is installed on one side of the lower body and the upper body is a silver ion manufacturing unit is installed on the support portion the hinge portion to selectively angular movement on the support portion Automatic silver nano-solution maker, characterized in that formed. PPM for measuring the concentration of silver ions ionized in the water container by a pair of silver rods inserted into the water container containing the water, a power supply unit for applying power to the silver rods, a switch controlling the power supply unit, and an electrode inserted into the water container. Gauge is provided with a silver ion manufacturing unit is configured, the water container is configured to be inserted into or detached from the body of the manufacturing machine formed with the barrel insertion portion, the silver ion manufacturing unit so that the silver rod and the PPM gauge electrode is selectively inserted or separated on the water container In the structure configured on the upper manufacturing machine body in contact with the barrel insert The silver ion manufacturing unit comprises a moving plate having a pair of silver bars and a PPM gauge electrode installed at a bottom thereof, and a driving unit configured to drive the moving plate up and down by power supplied according to a user's operation signal. Automatic silver nano solution making machine. The method of claim 4, wherein The drive unit is a rack motor formed on a moving plate to move the silver rod and the PPM gauge electrode up and down by meshing with a drive motor installed on the upper body to operate according to an external input signal, and a drive gear coupled to the drive motor shaft. Automatic silver nano-solution maker, characterized in that consisting of. The method according to claim 4 or 5, When the water container is seated on the upper surface of the lower body of the manufacturing machine body is pressed down (ON) while the silver ion manufacturing unit is controlled to move downward or power is applied to the silver rod, when the water container is released ( OFF) Automatic silver nano-solution maker characterized in that the safety switch configured to operate. PPM for measuring the concentration of silver ions ionized in the water container by a pair of silver rods inserted into the water container containing the water, a power supply unit for applying power to the silver rods, a switch controlling the power supply unit, and an electrode inserted into the water container. A gauge is provided with a silver ion manufacturing unit selectively configured, and the water container is configured to be inserted into or detached from the body of the manufacturing machine formed with the barrel insert, and the silver ion manufacturing unit is selectively inserted or inserted into the water tank and the PPM gauge electrode. In the structure configured on the upper manufacturing machine body in contact with the barrel insertion portion to be separated, An automatic silver nano-solution maker, characterized in that the water reservoir driving unit is installed on the barrel insertion portion of the machine body and selectively drives the water tank seated on the upper surface thereof to the silver ion manufacturing unit side. The method of claim 7, wherein The water container driving unit and the cylinder seat plate on which the water container is raised; A plate driving motor installed on the cylinder seating plate; The automatic silver nano-solution maker characterized in that the drive gear is coupled to the shaft of the plate driving motor is formed on the support plate of the manufacturing machine body to be engaged. A pair of silver rods inserted into the water container containing water, a power supply unit for applying power to the silver rods, and a switch for controlling the power supply unit are configured, and the concentration of silver ions ionized in the water tank by the electrode inserted into the water container is included. In the automatic silver nano-solution maker equipped with a silver ion manufacturing unit selectively configured PPM gauge to measure, A water tank insertion part into which a discharge container for discharging the ionized water is inserted is formed in the center, a lower body is formed in the lower part, the water for ionization is filled in the upper part, and a water tank provided with a valve for discharging the water filled in this way. An automatic silver nano-solution maker, characterized in that the machine body is configured and the silver ion manufacturing unit is selectively coupled to the water container of the machine body. The method of claim 9, The valve is automatic silver nano-solution maker, characterized in that the valve is opened at the input of the manual valve or operation button is configured to flow control valve that can discharge the nano-solution or discharge only the predetermined flow rate.

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