RU2758347C1 - Automatic machine for production and sale of alkaline water - Google Patents

Abstract

FIELD: vending machines.SUBSTANCE: invention relates to the field of vending machines, namely to vending machines for dispensing purified water with desired properties to consumers. The specified effect is achieved through the implementation of an automatic machine for the production and sale of alkaline water, including a water purification unit with a disinfection device and a recirculation line, a bypass line located parallel to the purification line, a water electrolysis unit that allows you to set a preset catholyte pH value due to coordinated force regulation current of the electrolysis process and water consumption, when taking a dosed portion of catholyte at the outlet of the electrolyzer, electrolysis products are discharged through the anolyte line, directing it to the sewer, and along the catholyte line, directing it to the consumer, the catholyte dispensing device contains: an inlet of the dispensing line and a dispensing window for bottling with dispensing and/or dosing and/or partial cutting off , while the dispensing line is made of materials deactivated with respect to hydroxide ions, as well as at least one window and one line for dispensing water bottles and/or accessories.EFFECT: obtaining alkaline water with specified parameters.8 cl, 1 dwg

Description

The invention relates to the field of vending machines, namely to vending machines for dispensing purified water with desired properties to consumers.

Many water vending machines are now known in which water is purified, regulated and prepared for sale. In most cases, these are vending machines with water disinfection and purification units and a bottling water dispensing unit. So, for example, vending machines for the retail sale of water in spill are widely used, which have a cleaning and disinfection system (Product offer [Electronic resource] - URL: https://alivewater.ru/katalog/apparaty-pitevoj-vody (date of treatment 01/04/2021) ). The disadvantages of these machines are the lack of the ability to regulate the properties of water, including its pH, and the limited options for delivering water to consumers.

There is also known a vending machine for retail sale of water using coarse and fine filters, as well as an electrolysis device with a silver electrode, which makes it possible to obtain silver water with a given concentration of silver ions (RF patent No. 2495496, IPC G07F 13/02). The disadvantage of this apparatus is the impossibility of obtaining alkaline water.

The closest (prototype) in terms of the totality of essential features to the claimed invention is a water vending machine, which has devices for preliminary filtration and ultrafine filtration of water, an electrolyzer for water treatment, with storage tanks for cateonite - alkaline water and anolyte - acidic water, which have an input and water outlet for consumers, as well as a control system including a touch screen control. A membrane-type filter is used as a pre-filtration filter to separate mechanical impurities. For further water purification in front of the electrolyzer, a filter with activated carbon and KDF catalytic powder was used, which is an ultrafine filtration device (application WIPO 201910570779.3, publication number 110232780, IPC G07F 13/00, 09/13/2019). The disadvantage of this apparatus is the lack of a device for disinfecting the water entering the apparatus and the impossibility of obtaining and dispensing alkaline water with the specified parameters.

The task to be solved of the claimed invention is to eliminate the disadvantages of the above technical solution and achieve a technical result in relation to:

- disinfection of the water entering the apparatus;

- obtaining alkaline water with specified parameters;

- maintenance of a given level of catholyte pH in the electrolytic cell and on delivery to the consumer.

Achievement of the specified technical result in the claimed invention is achieved through the implementation of an automatic machine for the production and sale of alkaline water, consisting of

water purification unit, including pre-filtration and ultrafine water filtration,

water electrolysis unit with catholyte and anolyte removal,

control system unit with software device,

as well as dispensing devices with inlet and outlet for catholyte and anolyte.

At the same time, in the claimed machine

the water purification unit has a disinfection device with a recirculation pipeline (line), as well as a bypass line located parallel to the purification line and allowing to supply or add to the electrolyzer, as well as to dispense water with a given degree of purification,

a water electrolysis unit that allows you to set and maintain a given catholyte pH value, due to the coordinated regulation of the electrolysis current strength on the corresponding devices, as well as the water consumption when separating and withdrawing a dosed portion of catholyte at the outlet from the electrolyzer, an anolyte withdrawal line is located at the outlet of the electrolytic cell and line of catholyte, directing it to the issuance of the consumer,

control and monitoring unit, contains a processor unit and sensors for the implementation of the machine's operation parameters,

and the catholyte dispenser contains:

- supply of the dispensing line and the dispensing window for pouring with equipment for dispensing and / or dosing and / or partial cut-off, while the dispensing line is made of materials deactivated with respect to hydroxide ions,

- at least one window and one line for dispensing water bottles and / or accessories.

For an unambiguous and more complete understanding of the description of the claimed invention, the following are clarifications and disclosures of the concepts and terms used above, as well as a description of the structure.

The purpose of the claimed vending machine is the automatic production and sale of alkaline water with pH values from 8.0 to 11.0 Such water can be used for various needs in various areas of the national economy and primarily for medical purposes, in folk medicine, for purposes recovery. Since in the claimed invention the production of alkaline water is carried out using an electrolytic process in the cathode space, this water is also called catholyte. Thus, the concepts of catholyte and alkaline water in this presentation are identical. On the other hand, in said electrolytic process, anolyte or acidic water is produced in the anode space. Such water can also be widely used, in particular for the healing of certain communities, which, for example, is reported in the text of the closest analogue to the claimed invention (prototype).

For the purposes of recovery, clean water is required, therefore, the claimed invention provides for a purification unit that includes technologically linear devices for disinfection, pre-filtration and ultrafine purification (filtration). Oxidation of organic and organochlorine substances dissolved in water, as well as its disinfection, is mainly carried out by ozonation, for which a storage tank with an ozone generator and with a recirculation line for mixing is used. In this description, by disinfection by the ozonation process we mean the simultaneous oxidation of organic and organochlorine impurities. The pre-filtration device is preferably a fine-pore membrane filter, and the fine filter is preferably a reverse osmosis filter. Parallel to the abovementioned cleaning technological line, an auxiliary technological line is located - a bypass, which has a connection with the main technological line in technological units between the cleaning stages, in front of the electrolyzer and, if necessary, behind the electrolyzer. The described purification line, if necessary, depending on the composition of the source water, can be supplemented with deozoning devices, a pump, measuring and regulating devices and sensors, hydraulic accumulators. The bodies of the devices of the cleaning unit and pipelines, as well as additional devices, are mainly made of polymer and metal-polymer materials.

The purified water enters the electrolysis unit, where it is electrolytically processed, while the water in the near-electrode regions is converted into catholyte and anolyte or alkaline and acidic water. The electrolysis is carried out up to certain predetermined pH values. As a rule, these are values in narrow ranges of pH, which can be 0.1-0.4 pH. For example, retail sale of alkaline water uses water with pH values between 9.4 and 9.8. The general range of adjustable pH values is in the range from 8.0 to 11.0.

Dispensing alkaline water with predetermined pH values in the pH range from 8.0 to 11.0 is not an easy task due to the low stability of hydroxide ions in weak and medium alkaline aqueous media, as well as interactions with active internal surfaces and impurities. This situation leads to the need to implement a special regime of control and regulation of the electrolysis process. In practice, with periodic operation of the machine, such control and regulation is carried out at the dispensing of each portion, and with constant operation of the machine, after a certain time or a certain number of dispensed portions of catholyte. Therefore, the electrolysis unit is equipped with a regulation system, which is equipped with sensors for the inlet and flow of water and amperage and, of course, a device for measuring pH. Based on the readings of the process sensors and the set pH values, the matching process parameters are determined. These parameters, first of all, are the current strength of the electrolysis process and the amount of water supply flow (water flow) at the inlet to the electrolyzer, as well as the purity of the water at the inlet to the electrolyzer. The parameters are consistent because changing one leads to changing the other. For example, an increase in the catholyte pH value can be achieved both by reducing the water consumption and by increasing the process current or by compensating changes in both parameters. Similarly, with regard to the purity of the water supplied to the electrolysis - an increase in purity leads to the possibility of a decrease in the current strength. In the practical operation of the machine, in many cases, it is convenient to establish and maintain a predetermined pH in portions, while the electrolyzer is switched on and the required amount of water is supplied to the inlet of the electrolyzer in coordination after payment, and the portion is dispensed after the catholyte reaches a predetermined pH value. Thus, the catholyte is isolated with the specified parameters, and then the required portion is selected in the separated catholyte. The selected portion is delivered to the consumer. In these cases, the increase in pH is carried out due to the implementation of the electrolytic process at a constant flow rate / flow of water. It should also be clarified that water comes to the cell along one line - along the inlet line, but when it enters the cell, this main flow is divided into two: one is directed to the cathode space, and the other to the anode space. In this case, the regulation of the flow of incoming water can be carried out both on the common supply line to the electrolyzer and on the branch lines to the cathode and / or anode space.

The regulation of the current strength of the electrolysis process and the flow rate (flow) of water is carried out on the appropriate devices. To regulate the current strength, in particular, rheostats or thyristor regulators are used; to control the water flow, for example, ball or needle valves with a mechanical drive are used. The details of the electrolyzer, including the body and the electrodes, are made mainly of stainless materials; the materials of the partitions between the electrode spaces are finely porous ceramics.

Anolyte is removed from the anode space of the electrolyzer through a separate line and sent to the sewer or storage tank. Catholyte is removed from the cathode space along a separate line and sent to the consumer. The catholyte is dispensed in bulk in a specially equipped window or in bottles with an inner decontaminated surface in another window. In the same or another (third) window, it is also possible to issue / sell various accessories. Bottled catholyte can be dispensed in several ways:

- the usual dispensing by a jet through the equipment of the machine, in particular through a valve with shut-off valves,

- portioned dispensing through the tap,

- dispensing with cut-off of the head portion - it is used when the pH value of the head portion is low.

Dispensing equipment is made of stainless steel or polymeric materials with decontaminated inner surfaces.

The control and monitoring unit contains a processor unit and sensors for the implementation of the machine's operating parameters. The operation of the machine for receiving and selling water is monitored using numerous sensors. The data received from the sensors are processed in the processor unit according to a special program, as a result of which commands are sent to the corresponding control and / or executive devices. The executed commands carry out and support the process of operation of the machine, which is ultimately realized after payment in the delivery of a certain amount of alkaline water of a given pH value.

The claimed invention is a technical solution, since is a solution to the problem of achieving the claimed technical result by creating a device consisting of structural elements, technologically and structurally interconnected. In this case, the totality of the essential features of this invention - the system of devices is united by a single creative concept. Parts (elements) of the device are in a structural unity and functional relationship, and their joint use leads to the creation of a new device with a new purpose and function - an automatic machine for the production and sale of alkaline water.

This technical solution is industrially applicable in the field of vending machines, namely, vending machines for dispensing purified water with specified properties to consumers. The implementation of the proposed technical solution can be carried out by specialists with appropriate training. In the implementation of the vending machine for the production and sale of alkaline water, devices, devices and materials produced by the industry and available for public sale are used. Methods for carrying out the invention are methods of mechanical processing of metal and plastics, electric welding and thermal welding of plastics, plumbing, installation. The means of implementation are mechanical means, machine tools and hand tools for machining, welding equipment. The use of machines for the production and sale of alkaline water is possible by any consumer.

The above set of essential features of the claimed invention and their disclosure allows us to conclude that the claimed technical result has been achieved, namely the achievement of the following technical advantages over the prototype:

1. Disinfection of the water entering the apparatus - is achieved by ozonizing the source water by using an ozone generator using a recirculation line and with the possibility of further deozoning on devices that absorb ozone, for example, on activated carbon;

2. Obtaining alkaline water with specified parameters - achieved by using an electrolyzer with the implementation of complex control of the parameters of the water electrolysis process and coordinated regulation of the water supply and current strength, while the coordination is carried out according to the readings of the sensors, and the change in the water flow and current strength is performed by appropriate control devices;

3. Maintaining the set pH level of the catholyte at delivery to the consumer is achieved by batch dispensing of the catholyte and taking of metered portions with the set pH values at the outlet from the electrolyzer, as well as making the line and equipment for dispensing the catholyte from materials deactivated with respect to hydroxide ions. If the dispensing pH value is exceeded, its values can be normalized to the preset values by diluting with purified water using the bypass line.

The essential features of the claimed invention in common with the prototype are:

- device for pre-filtration of the water purification unit,

- device for ultrafine filtration of the water purification unit,

- device for electrolysis of water with removal of catholyte and anolyte

- control system with software device,

- water dispensing devices with inlet and outlet for catholyte and anolyte.

Distinctive from the prototype, essential features of the claimed invention or their characteristics are:

- availability of a source water disinfection device with a recirculation line;

- the presence of a bypass line located parallel to the cleaning line and allowing to supply or add water with a given degree of purification to the electrolyzer and for delivery;

- implementation of a water electrolysis unit, which allows to establish and maintain a predetermined pH value, due to the coordinated regulation of the current strength of the electrolysis process and the water flow rate on the corresponding devices during the isolation and selection of a dosed portion of catholyte at the outlet from the electrolyzer;

- the direction of the anolyte line to the outlet from the electrolyzer, and the catholyte line to the delivery to the consumer;

- control and monitoring unit, contains a control processor unit, and sensors for the implementation of the parameters of the machine;

- the catholyte dispensing device contains:

- - supply of the dispensing line and the dispensing window for pouring with equipment for dispensing and / or dosing and / or partial cut-off, while the dispensing line is made of deactivated materials with respect to hydroxide ions,

- - at least one window and one line for dispensing water bottles and / or accessories.

These essential features are distinctive from the prototype, since each of them is not contained in the set of essential features of the prototype, i.e. is not present in the list of features implemented in the prototype, and is not their characteristic.

As already shown above, the above-mentioned essential features distinguishing from the prototype, including their characteristics, ensure the achievement of the claimed technical result when using other essential features of the invention indicated in the description.

Thus, it is shown that the set of essential features of the claimed invention, allowing to achieve the claimed technical result, differs from the set of essential features of analogues, prototype, as well as other known data sources, i.e. the application of this set of essential features is not known to obtain the claimed technical result. In other words, the claimed invention is not known from the prior art.

In the course of studying the prior art of machines for controlling the dispensing of liquids, devices for preparing drinks, as well as machines for receiving and selling alkaline water, no technical solutions have been identified, the essential features of which, individually or in any combination, coincide with the distinctive essential features of the claimed invention and allow achieve the claimed technical result. Thus, the lack of awareness of the influence of the distinctive essential features of the claimed invention on the claimed technical result is confirmed.

It should also be noted that the use of the entire claimed set of essential features, including the set of distinctive features, to obtain the claimed technical result should not be explicitly followed for specialists from the prior art, since does not constitute a combination, change or sharing of information contained in the prior art and / or general knowledge of a specialist.

Indeed, obtaining alkaline water with a given pH in the electrolyzer and maintaining it on delivery to the consumer does not follow explicitly from the prior art for specialists through the use of the following technical solutions:

- execution of the line and equipment for dispensing catholyte from materials deactivated with respect to hydroxide ions;

- the use of an electrolyzer with the function of coordinated regulation of the current in the electrolyzer and the flow of water supply to the inlet of the electrolyzer on the appropriate devices, as well as through the issuance and selection of a dosed portion of catholyte with specified parameters at the outlet.

Thus, with regard to the confirmed achievement of the claimed technical result, a non-standard and unknown technical solution is the use of a water electrolysis unit with the functions of carrying out the electrolytic process of obtaining alkaline water with coordinated regulation of the electrolyzer current and the amount of water flow at the inlet to the electrolytic cell, with controlled dispensing and withdrawal of a dosed portion of catholyte according to lines and equipment made of materials deactivated with respect to hydroxide ions. These specified essential features should be considered in conjunction with the use of other claimed essential features.

An increase in the efficiency of the claimed technical result is achieved in the following modifications of the machine, which characterize particular cases of its implementation:

1. The declared and described above machine for the production and sale of alkaline water, characterized in that the disinfection device is a storage tank with an ozone generator and a recirculation line.

2. The declared and described above machine for the production and sale of alkaline water, characterized in that the pre-filtration device is a mechanical mesh filter, or a disc filter with pores up to 10 microns.

3. The declared and described above machine for the production and sale of alkaline water, characterized in that the ultrafine filtration device is a ceramic ultrafiltration module with a cut-off threshold of 0.1-0.01 microns.

4. The declared and described above machine for the production and sale of alkaline water, characterized in that the supply of the dispensing line to the dispensing window, as well as the dispensing and / or dosing equipment, are made of stainless steel.

5. The declared and described above machine for the production and sale of alkaline water, characterized in that the supply of the dispensing line to the dispensing window for pouring, as well as the dispensing and / or dispensing equipment are made of materials with a deactivated inner surface with respect to hydroxide ions.

6. The declared and described above machine for receiving and selling alkaline water, characterized in that one window located on the front panel of the machine is intended for dispensing bottles with water and accessories.

7. The declared and described above machine for receiving and selling alkaline water, characterized in that different windows located on the front panel of the machine are intended for dispensing bottles with water and accessories.

The description of the claimed method is illustrated by a diagram showing the following designations:

1 - water purification unit,

11 - disinfection device,

12 - recirculation line,

13 - pre-filtration device,

14 - ultrafine filtration device,

15 - bypass,

2 - electrolysis unit,

21 - electrolyzer,

22 - water inlet to the electrolyzer,

23 - anolyte outlet,

24 - output of catholyte,

25 - current regulator in the electrolyzer,

26 - regulator of water flow at the entrance to the electrolyzer,

3 - anolyte line,

4 - line of catholyte,

41 - window for dispensing catholyte for bottling,

42 - window for dispensing bottles with catholyte or accessories,

5 - control and monitoring unit,

51 - processor unit,

52 - control sensors.

The claimed invention - "Automatic machine for the production and sale of alkaline water" is carried out in the following way.

The machine for the production and sale of alkaline water consists of a water purification unit 1, an electrolysis unit 2, an anolyte line 3, a catholyte line 4, a control and monitoring unit 5. The water purification unit is designed to purify source water before electrolytic treatment and contains a disinfection device 11 with a line recirculation 12, pre-filtration device 13, ultrafine cleaning device 14, bypass 15. First, water is disinfected, mainly by ozonation. The required degree of disinfection is achieved with the help of recirculation. Then carry out preliminary filtration from impurities and finally ultrafine filtration. The bypass line allows you to flexibly rebuild the treatment scheme depending on the composition of the source water and intermediate filtrates, as well as to partially regulate the water delivery. The electrolysis unit contains an electrolysis cell 21 equipped with an inlet for water 22. After this inlet, the water flow is divided into two, one is directed to the cathode and the other to the anode space of the electrolyzer. Anolyte and catholyte exit from the anode and cathode spaces of the electrolyzer, respectively, through lines 3 and 4. These lines are equipped with devices for the outlet of these products 23 and 24. The electrolyzer also contains devices for regulating the current strength 25 and the amount of water flow at the inlet 26.

In the electrolytic cell, water is decomposed to form anolyte and catholyte with predetermined pH values. One of the outlets of the cell is the beginning of the catholyte line, and the other is the beginning of the anolyte line. The anolyte is sent to the drain or to the storage tank, and the catholyte line is sent to the consumer. At the end of the catholyte line on the front panel, a window for dispensing catholyte for bottling 41 and a window for dispensing bottles with catholyte or accessories 42 are made.

Example 1

To obtain alkaline water with pH values from 9.4 to 9.8, an automatic machine is carried out, consisting of a water purification unit, an electrolysis unit, an anolyte line, a catholyte line, a control and monitoring unit. The machine is connected to the water supply and the water supply is opened. Water has the following characteristics: pH from 6 to 7, iron content from 0.1 to 2 mg / dm ³ , manganese content from 0.5 to 3 mg / dm ³ , permanganate oxidizability from 0.5 to 3 mg O ₂ / dm 3 ³ , the presence of traces of chlorine and organochlorine compounds. Water enters the water purification unit, where it is purified and disinfected on an ozonation device using recirculation of the ozonized water flow. Then the water is purified on filters of preliminary and ultrafine purification. Purified water with characteristics - pH from 6 to 7 iron from 0.05 to 0.1 mg / dm ³ , manganese from 0.07 to 0.09 mg / dm ³ , permanganate oxidizability from 0.4 to 1 mg O ₂ / dm ³ , the absence of chlorine and organochlorine compounds, enters the inlet of the electrolyzer with a working volume of 1 liter. In the electrolytic cell, water is subjected to electrolytic treatment according to a periodic technological scheme, i.e. with periodic dosed supply of water to the inlet of the electrolyzer and flexible coordinated regulation of the parameters of the current strength and the volume of water supply in order to maintain the specified pH value in the catholyte at the outlet from the electrolyzer. In this case, the current strength was 5-8 A, the volume of water supply was from 0.3 to 1 m ³ / hour, and the pH was from 9.4 to 9.8. The catholyte with the indicated pH value was supplied for dispensing to consumers in bottling. Filling is carried out in the amount of payment made by the consumer in stainless steel bottles.

Example 2

The implementation of the machine for the production and sale of water with pH values from 8.0 to 8.4 was carried out similarly to example 1. The water entering the machine had the following characteristics: pH from 5 to 6 iron from 2 to 7 mg / dm ³ , manganese from 1 to 2 mg / dm ³ , permanganate oxidizability from 6 to 7 mg O ₂ / dm ³ , the presence of traces of chlorine and organochlorine compounds. The water at the entrance to the electrolyzer had the following characteristics: pH from 5 to 6 iron from 0.1 to 0.2 mg / dm ³ , manganese from 0.08 to 0.1 mg / dm ³ , permanganate oxidizability from 1 to 3 mg O ₂ / dm ³ , absence of chlorine and organochlorine compounds. Electrolytic treatment of water took place at a current of 3-5 A and a flow rate at the inlet of 0.6-1.5 m ³ / hour. The pH of the catholyte at the outlet of the electrolytic cell was 8.0 to 8.4. The filling is carried out in the amount of payment made by the consumer in a container made of materials deactivated with respect to hydroxide ions.

Example 3

The implementation of the machine for the production and sale of water with pH values from 10.5 to 11.0 was carried out similarly to example 2. The water entering the machine had the following characteristics: pH from 7 to 8, iron from 10 to 11 mg / dm ³ , manganese from 2 to 3 mg / dm ³ , permanganate oxidizability from 6 to 7 mg O2 / dm3, the presence of traces of chlorine and organochlorine compounds. The water at the inlet to the electrolyzer had the following characteristics: pH from 7 to 8, iron from 0.2 to 0.3 mg / dm ³ , manganese from 0.08 to 0.1 mg / dm3, permanganate oxidizability from 3 to 5 mg O ₂ / dm ³ , absence of chlorine and organochlorine compounds. Electrolytic treatment of water took place at a current of 7-10 A and a flow rate at the inlet of 0.1-0.5 m ³ / hour. The pH of the catholyte at the outlet of the electrolytic cell ranged from 10.5 to 11.0. The catholyte is dispensed in a special window of the machine in stainless steel bottles filled with it.

Example 4

Implementation of the machine for the production and sale of water with pH values from 9.4 to 9.5 was carried out in the same way as in example 1. Water entered the machine with the following characteristics: pH from 6 to 7, iron from 0.1 to 0.3 mg / dm3 ³ , manganese from 0.1 to 0.3 mg / dm ³ , permanganate oxidizability from 0.5 to 0.8 mg O ₂ / dm ³ . After ozonation and purification on a prefiltration filter, the water characteristics were: pH from 6 to 7, iron from 0.01 to 0.1 mg / dm ³ , manganese from 0.01 to 0.08 mg / dm ³ , permanganate oxidizability from 0.1 to 0.5 mg O ₂ / dm ³ . The obtained water was divided into 2 streams by means of a bypass: 75% of the water was directed to the inlet to the electrolyzer, 25% was directed to the dispensing for normalization to the target values of the sold catholyte.

The above examples of examples should not be construed as limiting the scope of the invention. On the contrary, variations, modifications and equivalents to the described examples are also possible within the scope of the rights set forth in the claims.

The above description of the implementation of the invention and examples of its implementation confirm the achievement of the claimed technical result in the process of implementing the invention. They also show the causal relationship of essential features between themselves and the achieved technical result.

It also follows from the above description that the achievement of the technical result is possible only with the implementation of the entire set of essential features, which also confirms the technical solution to the problem of implementing the invention.

Claims (19)

1. Automatic machine for the production and sale of alkaline water, consisting of water purification unit, including pre-filtration and ultrafine water filtration, water electrolysis unit with catholyte and anolyte removal, control system unit with software device, as well as dispensing devices with inlet and outlet for catholyte and anolyte, characterized in that the water purification unit has a disinfection device with a recirculation line, as well as a bypass line located parallel to the purification line and allowing to supply or add to the electrolyzer, as well as to dispense water with a given degree of purification, a water electrolysis unit that allows you to set and maintain a given catholyte pH value, due to the coordinated regulation of the electrolysis current strength on the appropriate devices, as well as the water consumption during the isolation and withdrawal of a dosed portion of catholyte at the outlet from the electrolyzer, at the outlet of the electrolytic cell there is an anolyte withdrawal line and a catholyte line directing it to the consumer, control and monitoring unit, contains a processor unit and sensors for the implementation of the machine's operation parameters, and the catholyte dispenser contains: - supply of the dispensing line and the dispensing window for pouring with dispensing equipment, and / or dosing, and / or partial cut-off, while the dispensing line is made of materials deactivated with respect to hydroxide ions, - at least one window and one line for dispensing water bottles and / or accessories. 2. The machine according to claim 1, characterized in that the disinfection device is a storage tank with an ozone generator and a recirculation line. 3. Automatic machine according to claim 1, characterized in that the pre-filtration device is a mechanical mesh or disc filter with pores up to 10 microns. 4. An automatic machine according to claim 1, characterized in that the ultrafine filtration device is a ceramic ultrafiltration module with a cut-off threshold of 0.1-0.01 microns. 5. The automatic machine according to claim 1, characterized in that the supply of the dispensing line to the dispensing window for pouring, as well as the dispensing and / or dispensing equipment, are made of stainless steel. 6. The automatic machine according to claim 1, characterized in that the supply of the dispensing line into the dispensing window for pouring, as well as the dispensing and / or dispensing equipment, are made of materials with a deactivated inner surface with respect to hydroxide ions. 7. The vending machine according to claim 1, characterized in that one window located on the front panel of the vending machine is intended for dispensing water bottles and accessories. 8. The machine according to claim 1, characterized in that different windows located on the front panel of the machine are intended for dispensing water bottles and accessories.

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