KR101186141B1 - Automatic vending machine for selling hydrogen water - Google Patents

Abstract

PURPOSE: A hydrogen water vending machine is provided to easily perform assembling, maintenance, inspection, and internal cleaning. CONSTITUTION: A vending machine body(1) comprises filtering units(5,5'), a forcible discharging pump(12), and a water tank(29). The filtering units are installed on the top and bottom of the inner side center of the vending machine body. The forcible discharging pump is installed on the bottom of the vending machine body and supplies water from outside to the filtering units. The water tank contains hydrogen water in a water receiving container and discharges overflow water to outside. An opening and shutting door(3) comprises a hydrogen water generator(19), a germicidal lamp installing unit(35), a sink(34), and a lamp button set. The hydrogen water generator produces hydrogen water by receiving frozen water from the filtering units. The germicidal lamp installing unit sterilizes the hydrogen water. The sink supports the water receiving container. The lamp button set is necessary for operation of the vending machine body.

Description

Hydrogen water vending machine {AUTOMATIC VENDING MACHINE FOR SELLING HYDROGEN WATER}

The present invention relates to a hydrogen water vending machine, and more particularly, by distributing the components constituting the vending machine as well as the inside of the vending body as well as the opening and closing door, it can be easily assembled by opening and closing the door. After the installation of the vending machine, it is easy to check the leakage inspection, internal cleaning, wiring, etc., and it is related to the hydrogen water vending machine that allows the sale to be made while maintaining the dissolved hydrogen of the hydrogen water constantly.

In general, hydrogen water having a high dissolved hydrogen concentration is reduced water having a redox potential of (−) and is known to remove active oxygen in the body that causes aging and disease.

In Japan, hydrogen water in containers (PET bottles) is sold on the market in recent years, and in many places such as health clubs and pharmacies, it is also sold through vending machines.

Conventional vending machines produce hydrogen water by supplying the filtered water through the filtration device to the hydrogen water generator. At this time, the generated hydrogen water is stored in a cooling tank and sold in a water intake container.

This conventional vending machine has the following problems.

1) Cooling tanks storing hydrogen water are to be provided with a detection sensor for detecting the water level or a device for sterilization. This acted as a factor that complicates the overall structure of the vending machine, and in particular, since all of these components have to be installed in the vending machine, it acts as a factor that reduces the space utilization for the narrow space.

2) It was difficult to repair and inspect the vending machine because all the components had to be mounted so as to overlap each other inside the vending machine when the door of the vending machine was opened. In addition, there is no room in the arrangement space of the equipment, there is a difficulty in the arrangement of complex water pipes, and also in the safety inspection prescribed by the law, such as visual inspection of leakage or wiring check of the solenoid valve.

3) Since the conventional hydrogen water vending machine does not have much water passing through the filtration device, in order to solve this problem, hydrogen water was generated in advance and stored in a cooling tank before it was sold. This occurs when there is a shortage of time for cooling the hydrogen water when a large number of hydrogen water is needed at once, such as several people purchase hydrogen water at a time.

4) As the hydrogen water is stored in the same tank as the cooling tank, the hydrogen contained in the hydrogen water floats to the air layer inside the cooling tank as time goes by. As a result, the suspended hydrogen is discharged to the outside through the intake port, so that the dissolved hydrogen content concentration of the hydrogen water is lowered, so that the content concentration cannot be kept constant.

5) In this way, the tank storing hydrogen water is provided with an inlet and an outlet so that hydrogen water can be supplied and discharged when necessary.Therefore, there was a risk that harmful bacteria were introduced into the tank through the inlet and outlet. . The hydrogen water tank has to be exposed to ultraviolet light for a long time for sterilization, which causes the hydrogen water to deteriorate and thus loses its function.

6) In the case of the tank for storing hydrogen water, there was an inconvenience to clean the interior by a certain time unit (for example, once a day).

The present invention has been made in view of this point, and when the opening and closing door of the vending machine is opened, the internal components are distributed and arranged inside the opening and closing of the vending machine, thereby facilitating the assembly of the vending machine. Its purpose is to provide a hydrogen water vending machine for maintenance, inspection and easy cleaning of the interior.

In addition, the present invention can be supplied by branching the water supplied to generate hydrogen water, it is possible to selectively supply only the water required for hydrogen water generation without using a cooling tank for the storage of the generated hydrogen water. Another object is to provide a hydrogen water vending machine capable of providing a sufficient quantity of hydrogen water with high dissolved hydrogen concentration without displacement, in which the redox potential exhibits a negative value.

Hydrogen water vending machine according to the present invention for achieving this object includes a vending machine body having an opening and closing door on the front, the vending machine body is installed at the bottom of the vending machine at least one filtering means installed up and down in the center of the inner surface; And a pressure pump for supplying water to the respective filtering means from the outside, and a water tank for discharging the overflowed water to the outside as the hydrogen water is contained in the intake container, and the opening / closing door is cooled from each filtering means. Hydrogen generating means for generating hydrogen water by receiving water, sterilization lamp fittings for sterilizing hydrogen water, sinks for supporting intake containers for storing sterilized hydrogen water, and lamp buttons for operation of vending machines A set is provided.

In particular, each filtration means, a pair of induction block provided with a plurality of water flow pipe; A T-shaped branch pipe on the inlet side for supplying water pumped from the pressure pump to each induction block; And a T-type branch pipe on an outlet side for collecting and supplying water discharged from the pair of induction blocks. At this time, each induction block is characterized in that the four water flow pipe is provided.

On the other hand, the hydrogen water vending machine according to the invention, characterized in that the cooling device is further provided inside or outside the vending machine body to cool the water filtered between the filtering means and the hydrogen water generating means on the outside of the vending machine body. .

In addition, the hydrogen water generating means, the inlet connected to each filtration means; An outlet for converting the water introduced from the inlet into hydrogen water and discharging the outlet; And a branch pipe connected to an end of the outlet port and branched to a wastewater pipe or a water intake nozzle as the solenoid valve is opened and closed.

And, the sink is provided with a hook to support the intake container, the hook is characterized in that the inclined portion is formed to be inclined upward toward the outside of the vending machine body to support the intake container.

The lamp button set may further include: a lamp in preparation for informing that hydrogen water is being prepared for sale; A water intake lamp button for allowing hydrogen water to be taken into the intake container; A cleaning lamp button used for cleaning; And an indicator light composed of a plurality of LEDs to inform the progress of the intake and washing during preparation. Particularly, during the preparation, the lamp, the water intake lamp button and the washing lamp button are characterized in that the abnormality of the hydrogen water generating means is repeated at the same time to inform the abnormality. The water intake lamp button is characterized in that it is possible to further replenish hydrogen water within a preset replenishment setting period after the hydrogen water is taken into the intake container.

Finally, the tank is characterized in that the head pump is further provided.

According to the hydrogen water vending machine of the present invention has the following effects.

1) Since the components constituting the vending machine are distributed on the inner surface of the open / close door and the inside of the vending machine body, the complicated arrangement of the devices is eliminated when the open / close door is opened and the tank is cleaned to receive the water stored in the main body. Also, it is easy to change the filtration filter, check the complicated flowing water pipe, change the electric control value, etc., and make maintenance easy.

2) Since the water intake nozzle is formed at the top of the sink inside the opening and closing door, the water intake nozzle is formed so that the water intake container can be placed underneath to effectively collect the high concentration hydrogen water. It can be done effectively. In addition, it is possible to prevent the deterioration of water caused by exposure to ultraviolet rays for a long time, and open the door to see all the equipment at a glance, so that maintenance work, such as water pipe leakage, electrical wiring, solenoid valve check and coin safe This is easy.

3) When sales of hydrogen water are requested, it is possible to provide fresh hydrogen water with a constant concentration without degrading the amount of dissolved hydrogen produced since hydrogen water is generated and supplied to the consumer through the hydrogen water generating means. .

4) Repair and inspection are possible without removing or removing the internal components of the vending machine.

5) Since there is no need to have a cooling tank for storing the generated hydrogen water, it does not need a sterilization device for sterilizing harmful bacteria introduced from the outside of the cooling tank during storage. This prevents the hydrogen water from deteriorating due to ultraviolet irradiation for sterilization during storage in the cooling tank, thereby improving the quality of the hydrogen water.

6) When the buyer asks for the sale of the hydrogen water, the hydrogen water is produced and sold immediately. Therefore, unnecessary maintenance processes such as cleaning the cooling tank can be omitted. In addition, not only does the hydrogen water deteriorate, but it is also possible to sell high concentration hydrogen water at all times while maintaining a constant concentration.

7) When abnormality occurs in the hydrogen water generating means, each button blinks at the same time through the lamp button set, and it informs the abnormality of the automatic vending machine so that the sales of hydrogen water are emphasized and there is no inconvenience in use.

8) After the hydrogen water is taken in for a predetermined time, the hydrogen water can be replenished and the customer can be satisfied.

9) By further configuring the chiller, it is possible to provide cold hydrogen water.

1 is a perspective view showing an open and closed door to show the overall configuration of the hydrogen water vending machine according to the present invention.
Figure 2 is a plan sectional view for showing the configuration of the vending machine according to the present invention.
Figure 3 is a side cross-sectional view for showing the internal configuration of the hydrogen water vending machine according to the present invention.
4 is an enlarged view of a portion A in FIG. 3;
Figure 5 is a perspective view for showing a configuration mounted on the inside of the vending machine body and the opening and closing door according to the present invention.
Figure 6 is an enlarged view of the portion B in Figure 5 for showing the configuration of the hydrogen water generating means according to the present invention.
Figure 7 is an enlarged view of the portion C in Figure 5 for showing the configuration of the filtering means according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms, and the inventor should appropriately interpret the concepts of the terms appropriately It should be interpreted in accordance with the meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

(Configuration)

1 is a perspective view showing an open and close door to show the overall configuration of the hydrogen water vending machine according to the present invention, Figure 2 is a cross-sectional view showing the configuration of the vending machine according to the present invention. Figure 3 is a side cross-sectional view for showing the internal configuration of the hydrogen water vending machine according to the invention, Figure 4 is an enlarged view of portion A in FIG. Figure 5 is a perspective view for showing the configuration mounted on the inside of the vending machine body and the inner side of the door opening according to the invention, Figure 6 is a part B in Figure 5 for showing the configuration of the hydrogen water generating means according to the present invention 7 is an enlarged view, and FIG. 7 is an enlarged view of part C in FIG. 5 to show the configuration of the filtration means according to the present invention.

In the drawings, reference numeral 30 denotes a control board installed in the upper portion of the vending machine body 1 for controlling the hydrogen water vending machine according to the present invention.

The hydrogen water vending machine according to the present invention includes a vending machine body 1 having a hollow inside, and the vending machine body 1 is provided with an opening and closing door 3 to open and close the front surface.

In particular, the vending machine body 1 has at least one filtration means 5, 5 'installed at the inner center of the inner surface, and a pressure pump for pumping water to the filtration means 5, 5' at the bottom thereof. 12) and the water tank 29 is provided to store the overflowed water or waste water.

In addition, the opening / closing door 3 does not include a storage tank such as a cooling tank for storing the generated hydrogen water so that the generated hydrogen water can be supplied with little change in the dissolved hydrogen concentration, and is sequentially provided from the inner side. A hydrogen water generating means 19 to be mounted, a sterilization lamp fitting 35 and a sink 34 are provided, and a lamp button set 39 for operating the vending machine is provided.

Hereinafter, these structures will be described in more detail.

The vending machine body 1 is a kind of housing having an empty interior, and is configured such that the front surface thereof can be opened and closed as the opening / closing door 3.

In particular, the rear surface 4 of the vending machine body 1 is provided with a slit-shaped vent at the upper portion to allow the inside of the vending machine body 1 to circulate with the outside air, and the opening and closing work openings (not shown) in the center portion. ) To facilitate the pipe work or inspection of the filtration means (5, 5 ') from the back of the vending machine body (1).

The filtration means 5, 5 ′ are preferably installed in the central part of the rear face 4. In particular, the filtration means (5, 5 ') is an induction block equipped with a plurality of water pipes (6) to extend the filtration length, the T-shaped branch pipe at the inlet side to receive water for filtration at two places ( 17) and a T-shaped branch pipe 18 on the outlet side for discharging the filtered water. Here, it is preferable that the water flow pipe 6 further inserts and uses a normal filter for filtering the supplied water.

The induction block serves to guide the plurality of water pipes 6 to be connected in parallel to each other so that each water pipe 6 is connected as long as one tube. In the preferred embodiment of the present invention, the size of the induction block depends on the number of mounting of the water pipes 6, but in the preferred embodiment, four water pipes 6 are shown.

The T-type branch pipe 17 on the inlet side branches and supplies water supplied from the outside to each induction block. In the figure, reference numeral 15 denotes an inlet side which branches into the induction block.

The T-shaped branch pipe 18 on the outlet side is a branch pipe for collecting water discharged from the outlet shaft 16 of each induction block into one and supplying it to the hydrogen water generating means 19.

At least one such filtering means 5, 5 'is installed depending on the amount of feed water to be filtered to produce hydrogen water. That is, in the case of a vending machine capable of supplying a large amount of hydrogen water, a large number of filtering means 5 and 5 'are configured. The figure shows an example in which a pair of filtration means 5, 5 'are installed so as to be arranged up and down respectively.

On the other hand, the vending machine body 1 according to the present invention is provided with water supply means for supplying water supplied from the outside to the filtering means (5, 5 '). Here, it is assumed that water is supplied to the pair of filtration means 5, 5 '.

The water supply means includes an inlet pipe 7 installed to extend from the top to the bottom of the vending machine body 1 and water branched from the inlet pipe 7 at the bottom of the vending machine body 1 to the inlet side 13. It includes a pair of pumping pump 12 for supplying and pumping it through. The inlet pipe 7 is piped into the back surface 4, and the end thereof is connected to a pressure pump 12 installed at the bottom of the vending machine body 1.

In particular, the bottom of the inlet pipe (7) has a backflow valve (8) for preventing backflow, a pressure gauge (9) and a pressure regulator (10) for measuring and adjusting the pressure of water, and an on / off valve (11) for supplying and shutting off water. ) Is provided.

On the other hand, the pair of pressure feed pumps 12 respectively pressurizes water through the discharge pipes 14, wherein each discharge pipe 14 is connected to the T-shaped branch pipes 17 of the filtering means 5, 5 ', respectively. Connected. The water supplied from the outside is branched to a pair of filtering means (5, 5 ') and selectively used, thereby controlling the amount of filtration of water. The pressure pump 12 operates when water is required to generate hydrogen water under the control of the control board 30.

Hydrogen water generating means 19 is usually used to produce a conventional technique for generating hydrogen water. The hydrogen water generator 19 is to use a plurality depending on the amount of hydrogen water generated, the drawing shows that a pair is mounted on the inner side of the opening and closing door 3 illustratively. The hydrogen water generator 19 is provided in the same number as the number of the filtration means 5, 5 '.

In particular, the hydrogen water generating means 19 is provided with an inlet 20 and a water outlet 21, respectively. Each inlet 20 is connected to the pair of filtration means 5 and 5 ', respectively, and each outlet is connected to the branch pipe 22.

The branch pipe 22 collects the hydrogen water generated from the pair of hydrogen water generating means 19 and branches it to the wastewater side 23 and the water intake side 25. In particular, the solenoid valves 26 and 27 for controlling the flow of hydrogen water are provided in the wastewater side 23 and the intake side 25, respectively. The wastewater side 23 is connected to the water tank 29 to be described later, and the water intake side 25 is connected to the water intake nozzle 24. These solenoid valves 26 and 27 are used to selectively supply hydrogen water to the wastewater side 23 or the intake side 25 under the control of the control plate 30.

The water tank 29 is mounted on the bottom surface of the vending machine body 1 and mounted on the opening / closing door 3 to collect water used for washing or overflowing while containing hydrogen water in the water intake container 36. Is connected to the sink 34. At this time, the water tank 29 and the sink 34 are connected by a flexible tube or connected through a pipe which can be folded in a joint form, so that the opening and closing door 3 can be opened and closed so that there is no rotation interference.

The water tank 29 discharges the wastewater collected through the drain pipe 33 to the outside of the vending machine body (1). At this time, the drain pipe 33 is connected to the waste water pipe (not shown) piped to the floor where the hydrogen water vending machine is installed, it is preferable to allow the waste water to be discharged in a natural drop method.

However, the tank 29 may further comprise a head pump 31. This occurs when the drain pipe 33 is to be connected to the waste water pipe installed in a high place, such as the ceiling, not the floor. In this case, since the drainage is not made due to the height difference between the drain pipe 33 and the waste water pipe, the water tank 29 is provided with a lift pump 31 for pumping the wastewater collected therein. The drain pipe 33 is connected to 31.

At this time, the drain pipe 33 is installed in parallel with the inlet pipe (7), it is provided with a non-return valve 32 so that the waste water does not flow back. The pump pump 31 is discharged to the outside of the vending machine body 1 by the control of the control panel 30, it is preferable to operate when the water level or more using a water level sensor (not shown).

The sterilization lamp fitting 35 is installed on the inner side of the opening / closing door 3 so as to be located under the hydrogen water generating means 19, and sterilizes the hydrogen water while passing through it. Such sterilization lamp mounting holes 35 are those that can be equipped with ultraviolet sterilization lamps commonly used as sterilization lamps.

The sterilization lamp mounting holes 35 are controlled by the control board 30 is a sterilization lamp mounted therein, the control board 30 is controlled to operate only while the hydrogen water passes through the sterilization lamp mounting holes 35 It is preferable.

The sink 34 serves to support the water while the water intake container 36 contains hydrogen and seals it with a cap. The configuration of this sink 34 typically employs techniques commonly used in the vending industry. In addition, the sink 34 is connected to the water tank 29 as described above.

Thus, the sink 34 is provided with a hook 37 to support the intake container 36, in the present invention, by forming the slope 38 on the hook 37 so that the intake container 36 can be easily taken out do. To this end, the slope 38 is formed to be inclined upward toward the outside of the vending machine body 1 of the edge portion of the hook 37 for supporting the water intake container (36).

The lamp button set 39 informs when the hydrogen water vending machine according to the present invention sells the hydrogen water or is washed or abnormally operated before the sale.

The lamp button set 39 includes a lamp in preparation, a water intake lamp button, a cleaning lamp button, and an indicator light composed of a plurality of LEDs to inform the progress state.

Here, the water intake lamp button and the cleaning lamp button may be used that the lamp and the switch is separated, it may be used that the lamp and the button is formed integrally.

The lamp in preparation is a lamp for supplying power to the hydrogen water vending machine according to the present invention to prepare for sale of hydrogen water or to inform that the hydrogen water is currently being prepared prior to the sale of hydrogen water. This lamp is controlled by the control of the control board 30.

Intake lamp button is a button that is configured to turn on the light as the button is pressed. In particular, when the intake lamp button is pressed, the control plate 30 operates the pressure pump 12 to filter the water and then to be supplied to the hydrogen water generating means 19 to generate hydrogen water.

At this time, the pressure pump 12 and the hydrogen water generating means 19 press the water intake lamp button for a predetermined time, preferably until the appropriate amount of hydrogen water is withdrawn to the water intake container 36 through the water intake nozzle 24. It works. In addition, the water intake lamp button so that the lamp is turned on while the hydrogen water is withdrawn to inform that the water is intake.

On the other hand, the water intake lamp button can be further provided with a supplementary setting function of hydrogen water. As described above, the hydrogen is generated even at the same time depending on the pressure of the water supplied to the water intake container 36 when the water is intake, the filtration capacity of the filtration means 5 and 5 'and the state of the hydrogen water generating means 19. Quantity may vary.

Thus, in the present invention, after the intake is finished in the intake container 36 by pressing the intake lamp button, the user can replenish hydrogen water in the intake container 36 by pressing the intake lamp button again during the replenishment setting period. .

Here, the replenishment setting period is a time set in advance in the control panel 30. For example, if there is an input signal of the intake lamp button to replenish the hydrogen water, it is possible to supply hydrogen water for 10 to 15 seconds more, or to replenish hydrogen water during the time while the intake lamp button is pressed. It is a preset time.

The washing lamp button is for supplying water to wash the water intake container 36 and the like, and is made by the control board 30.

The control board 30 operates the pressure pump 12 and the hydrogen water generating means 19 when the cleaning lamp button is pressed to receive the input signal. At this time, the hydrogen water generating means 19 by the flow of water to the wastewater pipe 23, the cleaning effect is achieved.

In addition, the cleaning lamp button can be used to clean the water intake container. In the case of cleaning for the intake container 36, the control board 30 controls the hydrogen water generating means 19 to supply a small amount of hydrogen water to the intake container 36 through the intake nozzle 36. The user washes the intake container 36 and then discards it.

At this time, the cleaning lamp button is turned on until the cleaning is finished so that it knows that the current cleaning state.

The indicator consists of a plurality of LEDs. These indicators inform the state of being prepared for sale or taking water under the control of the control panel 30, and the state of washing.

At this time, the indicator lights up according to the progress of several LEDs. For example, in the case of cleaning, the cleaning time is input to the control panel 30 in advance, and the cleaning time is divided by the number of LEDs so that the LED is gradually turned on as the divided time elapses. It is.

On the other hand, the lamp button set 39 according to the present invention made in this way is informed by the control of the control panel 30 when the abnormal operation of the hydrogen water generating means 19 or it is determined that the sale of hydrogen water is not normal. .

When the controller board 30 detects an abnormality of the vending machine, the lamp, the intake lamp button, and the cleaning lamp button are blinking at the same time during the preparation, so that the outside of the vending machine can easily check whether there is an error.

Finally, in a preferred embodiment of the present invention, a cooling device 28 may be further provided to supply hydrogen water as cold water. The cooling device 28 may be installed outside the side of the vending machine body 1, receives the filtered water from the filtering means 5 and 5 ', cools it, and then supplies it to the hydrogen water generating means 19. The cooling device 28 may also be installed inside the vending machine body 1.

The cooling device 28 cools the water supplied by the control of the control board 30 to a predetermined temperature and supplies it to the hydrogen water generating means 19.

In a preferred embodiment of the present invention, the cooling device 28 may be installed inside or outside the vending machine body 1, but is preferably installed outside thereof. This is because when the cooling device 28 is installed inside the vending machine body 1, it may interfere with the operation of the surrounding components by the cooling device 28.

(work)

The hydrogen water vending machine according to the present invention operates in the following order.

① When the coin is put in, the lamp is turned on during the preparation and the remaining water is discharged in each pipe connected to the vending machine body (1). At this time, the lamp during preparation turns on until discharge is completed and then blinks when it is completed.

② Put the water intake container into the sink and press the washing lamp button. As the washing lamp is turned on, the washing water is supplied to the intake container, and when the washing water is supplied, the washing lamp button is turned off. At this time, clean the intake container and discard it.

③ Intake lamp button and indicator light on at the same time. When the water intake lamp button is pressed, the hydrogen water generated from the hydrogen water generating means is taken into the water intake container. At this time, the intake time lasts for a predetermined time, and the time is indicated by the indicator. Intake lamp button and indicator blink when the water intake is completed.

④ If there is a replenishment signal of hydrogen water after the intake lamp button flashes, operate the hydrogen water generating means for the preset time to replenish the hydrogen water, and then complete the operation by turning off the intake lamp button.

As described above, the present invention, by distributing a part of the configuration mounted on the inside of the vending machine body on the inner surface of the opening and closing door installed to be opened and closed on the vending machine body, open and close the door easily to maintain and replace the internal components Not only can it be inspected, but it is also easy to clean.

In addition, the present invention can provide a fresh hydrogen water having a high concentration of dissolved hydrogen and a constant concentration because the hydrogen water is generated and supplied to the consumer immediately through the hydrogen water generating means, if there is a sales request of hydrogen water.

1: vending machine body 3: opening and closing door
4: back 5, 5 ': filtering means
6: water pipe 7: water pipe
8: check valve 9: pressure gauge
10 pressure regulator 11 solenoid valve
12 pressure pump 13 inlet side
14 discharge pipe 16 outlet side
17, 18: T type branch pipe 19: hydrogen water generating means
20: inlet 21: outlet
22: branch pipe 23: waste water side
24: water intake nozzle 25: water intake side
26, 27: solenoid valve 28: cooling device
29: water tank 30: control board
31: head pump 32: check valve
33: drain pipe 34: sink
35: sterilization lamp fitting 36: water intake container
37: hook 38: slope
39: lamp button set

Claims (10)

Including a vending machine body (1) having an opening and closing door (3) on the front,
The vending body 1 has at least one filtering means 5, 5 'disposed up and down in the center of the inner surface thereof, and is installed at the bottom of the vending machine body 1 to the respective filtering means 5, 5' from the outside. A pressure pump 12 for supplying water, and a water tank 29 for discharging the overflowed water to the outside as the hydrogen water is contained in the intake container 36,
The opening and closing door (3) is equipped with at least one hydrogen water generating means (19) for generating hydrogen water by receiving the cooled water from the respective filtering means (5, 5 '), sterilization lamp for sterilizing hydrogen water Hydrogen water vending machine comprising a sphere (35), a sink (34) for supporting a water intake container (36) in which sterilized hydrogen water is stored, and a lamp button set (39) necessary for operation of the vending machine.
The method of claim 1,
Each of the filtering means (5, 5 '),
A pair of induction blocks provided with a plurality of water flow pipes 6;
A T-shaped branch pipe (17) on the inlet side for supplying water pumped from the pressure pump (12) to each induction block; And
And a T-type branch pipe (18) on the outlet side for collecting and supplying water discharged from the pair of induction blocks.
The method of claim 2,
Hydrogen water vending machine is characterized in that each induction block is provided with four water flow pipe (6).
The method according to any one of claims 1 to 3,
Cooling device 28 is further provided inside or outside the vending body 1 to cool the filtered water between the filtering means 5, 5 ′ and the hydrogen water generating means 19. Hydrogen water vending machine.
The method of claim 1,
The hydrogen water generating means 19,
An inlet port 20 connected to each of the filtering means 5 and 5 ';
An outlet 21 for converting the water introduced from the inlet 20 into hydrogen water and discharging the outlet; And
A branch pipe 22 connected to an end of the water outlet 21 and branched to the wastewater pipe 23 or the water intake nozzle 24 as the solenoid valves 26 and 27 are opened and closed. A few vending machines.
The method of claim 1,
The sink 34 is provided with a hook 37 to support the intake container 36,
The hook 37 is a hydrogen water vending machine, characterized in that the edge portion for supporting the water intake container 36 is formed with a slope 38 inclined upward toward the outside of the vending machine body (1).
The method of claim 1,
The lamp button set 39,
Lamps in preparation to indicate that the hydrogen water is ready for sale;
A water intake lamp button for allowing hydrogen water to be drawn into the water intake container 36;
A cleaning lamp button used for cleaning; And
Hydrogen water vending machine comprising a; indicator light consisting of a plurality of LEDs to inform the progress of the intake and washing during preparation.
The method of claim 7, wherein
The preparing lamp, the water intake lamp button and the cleaning lamp button,
Hydrogen water vending machine, characterized in that to be notified by repeating the blinking at the same time when the abnormal operation of the hydrogen water generating means 19 occurs.
9. The method according to claim 7 or 8,
The water intake lamp button,
Hydrogen water vending machine characterized in that it is possible to replenish the hydrogen water within a predetermined replenishment setting period after taking the hydrogen water in the intake container (36).
The method of claim 1,
Hydrogen water vending machine is characterized in that the tank (29) is further provided with a lift pump (31).

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