TR2022017139T - Shower device and method of use (options) for contactless cleaning of skin and hair - Google Patents

Abstract

The claimed invention is a device for sanitary procedures, i.e., non-contact mechanical cleaning of the skin and hair from sweat, dust, radioactive decay products, radionuclides and other dirt, the removal of animal skin or fur from household water supply systems and cleaning agents and/or medicines using standard water pressure is a shower device for cleaning with a simultaneous supply of water and cleaning agents and/or medication via a shower head. Here, the claimed device according to the claimed method can be used both in standard showers, shower cabins and so-called "smart showers", as well as in decontamination stations. The substance of the claimed technical solution consists of a shower device for contactless cleaning of skin and hair, a mixer dispenser and a shower head (in the first embodiment) that allows creating jets of the required pressure; a mixer dispenser, a shower head that allows creating jets of the required pressure and an air compressor (in the second embodiment); it includes a mixer dispenser, a shower head that allows creating a gas-liquid mixture, and an air compressor (in the third embodiment), where the shower device has wall-mounted and recessed options. The item is also the method of operation of the requested shower device according to three options. 6 independent claims, 3 dependent claims, 8 drawings.

Description

DESCRIPTION Shower device and method of use (options) for non-contact cleaning of the skin and hair The claimed invention is a device for sanitary procedures, that is, to protect the skin and hair from sweat, dust, radionuclides and other dirt created by radioactive decay products (hereinafter referred to as "dirt" ) is carried out for non-contact mechanical cleaning of animal skin or fur, using a standard water pressure from household water supply systems and cleaning agents and/or medicines (hereinafter referred to as "TM/I"), simultaneously dosed water and TM/I from the shower head. It is a shower device for washing with feeding. Here, according to the claimed method, the requested device can be used both in standard showers, shower cabins and so-called "smart showers", as well as in decontamination stations. Below, the applicant presents the terms and abbreviations used in the description necessary to facilitate a clear understanding of the essence of the claimed materials and to eliminate contradictions and/or controversial interpretations when conducting an examination of the substance: MD1 - Mixer distributor according to bypass channel option 1. MD1 - Mixer distributor without bypass duct, with air compressor, according to options 2 and 3. SH1 - Shower head according to options 1 and 2 with specially selected number and hole diameter. SH2 - shower head according to option 3 for creating a gas-liquid mixture (GSK). AC - air compressor. TM/I - cleaning agents and/or medications. TMK - Detergent mixture consisting of TM/I and water. GSK- Gas-liquid mixture created by mixing TMK and compressed air in SH2 according to Option 3. T-shaped pipe connection - T connection for air supply from AC to TM/I tanks (as per option 2) plus one at SH2 (as per option 3). The number of exits is equal to the number of TM/I tanks (based on option 2) or the number of TM/I tanks plus one SH2 (based on option 3). ÇAK - for connecting high pressure air hoses As of the date of application, prior art devices for sanitary procedures are widely known. Prior art: 90 mm shower area and chamber for high-quality shower head with Multifunctional tap with 51 holes for water supply and a shower head with 3 operating modes: relaxing spa, massage and mixed. The tip of the shower head is movable, so the angle of inclination can be changed. Advantages: modern ergonomic design that fits any interior, convenient shape, light weight are important points for the shower head; 3 water supply control modes that minimize consumption; Point massage effect on skin. Known disadvantages of the technique: only soaping option, inability to use several types of cleaning agents at the same time, inconvenience in use as the tank cover has to be unscrewed and tightened several times during a washing procedure, which further reduces the service life, insufficient water and TM/I due to lack of mixing device confusion, the absence of programming options for smart showers, and most importantly, the critical drop in water pressure at the outlet due to the design features (internal contours, size and number of holes) and the absence of an operating mode that allows water jets to mechanically remove dirt from the skin without using a cloth. The prior art, known as patent RU 2517998, is a device for simultaneously delivering regulated dosed cleaning agents and/or medication from a shower head. Device designed for sanitary procedures, with a connection at the inlet to the water supply head and at the outlet to a hose for supplying cleaning agents and/or medicines, with a shower head attached to the end of the hose. The device also includes a baffle that divides the fitting into two adjacent chambers, one of which (main) forms a line for direct water passage, while the other (additional) baffle is designed in the form of a Venturi tube, the filler neck communicating with the transition piece connected to multiple pipelines, where the main and the outlets of the additional compartments are combined to form a line connected to a hose for liquid supply to the user. A two-way switch is placed on the connection port. Sealed tanks for cleaning agents and/or pharmaceuticals are installed on tops equipped with controlled selective connection/disconnection of the sealed tanks to/from the transition piece. A check valve is installed at the Venturi tube outlet to prevent water from entering the Venturi tube when water passes through the main chamber. Disadvantages of the prior art: the impossibility of contactless cleaning of the skin from dirt without using a cloth with standard water pressure from water supply systems, the possibility of creating only a detergent mixture and only soaping the skin; a critical decrease in water flow due to the use of the Venturi tube in the mixer, which eliminates the use of pressure of the detergent mixture for mechanical cleaning of the skin from dirt and requires the use of a cloth or sponge; the practical impossibility of its use in shower cabins (with all pipes and devices hidden) due to the problems arising from its use in "smart showers" and the difficulty of replacing or filling sealed tanks requiring access doors with cleaning agents or medications; Here, shower cabin manufacturers do not make doors that provide access to internal (hidden) pipes and devices; Vacuum is created in the sealed tank with a decrease in TM/I, which does not allow full use of the TM/I contained in the tank, further complicating the supply of TM/I and creating an irregular TM/I supply (more at the beginning and less in vacuum), which worsens the quality of the washing process; Lack of a shower head that allows mechanical cleaning of the required skin area with jets. The applicant explains that the Venturi effect is a pressure drop when a liquid or gas flows through a narrow section of the pipe. Based on the analysis of the prior art, the applicant finds that the described analogues overlap with the claimed technical solution in several single features and, therefore, no prototypes of the claimed technical solution concluded that it was not defined, therefore, the independent claims were prepared without a preamble. The purpose and technical result of the claimed technical solution is the expansion of the range of means for the claimed purpose, that is, contactless mechanical cleaning of the skin and hair from radioactive decay products and other dirt, sweat, dust, radionuclides and cleaning of people from domestic water supply systems using a standard water pressure and method of use and the development of a shower device for treating the skin and hair of animals. Here the following is achieved: 1. The possibility of rapid contactless mechanical cleaning of the skin and hair from dirt using a standard water pressure in water supply systems. 2. Maintaining almost unchanged water pressure at the inlet and outlet of the mixer dispenser due to the absence of internal devices that help reduce pressure, such as a venturi tube, contributes to deep cleansing of the skin and exfoliation of dead tissues without using a cloth when taking a shower (keeping the water pressure unchanged), and also creates a massage effect . 3. Versatility, the possibility of using the device both in standard showers and in shower cabins and “smart showers”, since in addition to the wall-mounted version of the claimed device, there are built-in versions with TM/I filler necks. and controls are located outside. 4. The absence of vacuum in sealed TM/I tanks when the TM/I level drops due to the forced introduction of TM/I into the mixing chamber using a bypass line or air compressor allows full use of the TM/I present in the tank, ensuring uniformity and stability of supply. . According to options 1 and 2 - SH1 with a specially selected number and diameter of holes; option 3 - optimal mechanical cleansing of the skin can be achieved thanks to the claimed design of the shower head, which can mechanically clean the required skin area with jets with the possibility of creating GLM according to SH2. The material of the requested technical solution is a shower device containing a mixer and a shower head to create jets at the required pressure for contactless cleaning of the skin and hair; mixer dispenser comprising a mixing chamber, a bypass line, a hole to supply water to the bypass line, cleaning agent and/or medication tanks with filling spouts, where removable lids are fitted to allow them to close tightly; Holes for water supply from the bypass line to the cleaning agent and/or drug tanks located at the top of the said tanks, which are likely to increase the extrusion of the cleaning agent and/or drugs into the mixing chamber, and the cleaning agent and/or drug feeding control valves located at the bottom of the said tanks. Possibility of selective connection/disconnection of passing tanks to the mixing chamber, cleaning agent and/or drug feeding pipes leading to the mixing chamber located between the said tanks and the mixing chamber, protrusions at the bottom of the mixing chamber to create a vortex and mix the water with the cleaning agent and/or drugs, a a threaded connection piece for connecting a water supply hose coming from a cold and hot water mixer to the mixing chamber and a hole between said threaded connection piece and the mixing chamber, a threaded connection piece and a mixing chamber for connecting a hose from the mixer to the shower head and said The hole between the threaded fitting, where the diameter of the hole between the mixing chamber and the threaded fitting for connecting the water supply hose from the mixer is smaller than the diameter of the fitting in question, which prevents pressure in the cleaning agent and/or pharmaceutical tanks and water flow to the bypass line under increased pressure. provides; Holes in the pipes are made in the direction of the water flow to feed the cleaning agent and/or drugs to the mixing chamber, and from the wide side of the cone, the cleaning agent and/or drugs and/or the cleaning agent/drugs coming from the said tank are able to create a vacuum and clean from the said tank thanks to the water flow in the mixing chamber. It is fed into the middle of the chamber of the mixing chamber for mixing with water, with a better exit of the substance and/or drugs, where the shower head is installed, a removable disk with a hole containing a threaded connection and tip on which the rubber seal is mounted, as well as a removable toothed rim; The shower head is connected to the mixer with a hose connected to the mixer, and the shower head is connected to the mixer with threaded couplings. Mixer dispenser, shower head and air compressor that allows creating a jet at the desired pressure, mixer dispenser consisting of a mixing chamber, cleaning agent and/or medicine tanks with filling openings on which removable lids are attached and allowing them to be closed tightly, the air contained in each of the tanks in question. pipes with check valves to supply air from the compressor, cleaning agents and/or drug supply control valves located at the bottom of said tanks with the possibility of selective connection/disconnection of said tanks to the mixing chamber, cleaning agents to the mixing chamber located between said tanks and the mixing chamber and/or pipes for drug supply, protrusions on the bottom of the mixing chamber to create a vortex and mix the water with cleaning agents and/or drugs, a threaded connection for connecting a water supply hose from the cold and hot water mixer to the mixing chamber and the mixing chamber with said threaded connection It is a shower device for contactless cleaning of skin and hair, consisting of a hole in between, a threaded connection piece for connecting a hose from the mixer dispenser to the shower head, and a hole between the mixing chamber and the said threaded connection piece; where the diameter of the hole between the mixing chamber and the threaded fitting for connecting the water supply hose from the mixer is equal to the diameter of the fitting in question, where the holes in the pipes for feeding cleaning agents and/or medicine into the mixing chamber are made in the direction of water flow and the wide side of the cone is directed towards the outlet It is in the form of a mechanism, and gear, in a way to ensure that cleaning agents and/or drugs are fed from the said tank to the middle of the mixing chamber section, with the possibility of creating a vacuum and the detergents flowing out better, thanks to the water flow in the mixing chamber, and/or mixing the medicines with water from the said tank. shower head comprising a handle with a connection and a tip on which a rubber seal is mounted, the jets are also fitted with a rim, the shower head is connected to the shower head by a hose connected to the mixer dispenser and to the shower head by means of threaded fittings; The compressed air supply pipe is separated from the air compressor, it is also connected to a T-shaped pipe connection made with a number of outlets equal to the number of cleaning agents and/or medicine tanks, the outlets being a tank for said tanks with the possibility of feeding air-fed cleaning agents and/or medicines from said tanks to the mixing chamber. It is connected to the pipes with a check valve. 49 Shower device for contactless cleaning of skin and hair, comprising a mixer dispenser, a shower head that allows creating a gas-liquid mixture and an air compressor, wherein the mixer dispenser includes a mixing chamber, cleaning agent and/or medication tanks with filling spouts, Pipes with check valves to supply air from the air compressor located in each of the said tanks, on which removable covers are installed that ensure a leak-tight closure, cleaning agent and/or drug supply control valves, the possibility of selective connection/disconnection of the said tanks to the mixing chamber. Cleaning agent and/or medication feeding pipes to the mixing chamber located between the said tanks and the mixing chamber, protrusions at the bottom of the mixing chamber to create a vortex and mix the water with the cleaning agent and/or medications, a water supply hose from the cold and hot water mixer. a threaded fitting for connecting to the mixing chamber and a hole between said threaded fitting and the mixing chamber, a threaded fitting for connecting a flexible line for feeding a cleaning agent mixture to the shower head and a hole between the mixing chamber and said threaded fitting, wherein The diameter of the hole between the mixing chamber and the threaded fitting for connecting the water supply hose coming from the mixer is equal to the diameter of the fitting in question, the holes in the pipes for the supply of cleaning agent and/or medicine to the mixing chamber are made in the direction of water flow and the wide side of the cone is oriented towards the outlet It is in the form; Thus, the cleaning agent and/or medications coming from said tank are transferred to the middle of the mixing chamber with the possibility of creating a vacuum, thanks to the water flow in the mixing chamber, and the cleaning agent and/or medications are better able to flow out of said tank and be mixed with water; wherein the flexible line is a hose for cleaning agent supply from the mixer distributor and a hose for compressed air supply from the air compressor; It consists of a shower head with a threaded connection piece and a tip and a handle; here at the end of the handle two connections are made, one for connecting the compressed air supply hose from the air compressor and the other for connecting the hose for supplying a cleaning agent mixture from the mixing chamber, here at the handle two lines are made, one for supplying compressed air from the air compressor through said hose and the other to deliver a cleaning agent mixture from the mixing chamber via said hose; here there is an ON/OFF button on the handle that allows the compressed air supply to be adjusted or terminated; wherein the nozzle has a detachable design, including a tip-mounted rubber seal, which allows creating jets of a gas-liquid mixture to mix the cleaning agent mixture and compressed air, as well as a removable disc, which forms jets of the cleaning agent mixture, as well as a rubber gasket, there is a removable disc that creates a gas-liquid mixture, as well as a removable rim made with the possibility of screwing; the removable disc forming jets of cleaning agent mixture is constructed with lines forming jets of cleaning agent mixture and lines for supplying compressed air to the space between the discs, wherein the lines forming jets of cleaning agent mixture are arranged squarely and perpendicularly to the plane of said removable disk; for better distribution of the cleaning agent mixture and the formation of the gas-liquid mixture, a cone is made inside said removable disk, a compressed air supply cavity is made along its entire plane, located on one side of said removable disk; the disc is aligned with the compressed air supply line on the arm of the shower head and outlet holes are made around each line; This creates jets of cleaning agent mixture that are likely to mix with the homogeneous air supply and cleaning agent mixture; wherein the removable disk forming the gas-liquid mixture is made with cone-shaped lines and gas-dynamic nozzles for the gas-liquid mixing, these cone-shaped lines are aligned with the lines forming the cleaning agent mixture nozzles, where the gas-liquid mixture is formed by the lines forming the cleaning agent mixture nozzles between the wall of the forming lines there are gaps for air supply through the air gap; wherein said removable discs can be removed from the end of the shower head by screwing the rim; The shower head is connected to the mixer chamber with a hose to feed the cleaning agent mixture in a flexible line connected to the fixtures and the shower head with fittings; a compressed air supply pipe leaves the air compressor, further connected to a T-shaped pipe connection with a number of outlets equal to the number of cleaning agent and/or medication tanks and an outlet to the shower head; Connecting the cleaning agent and/or drug tanks to the pipes with a check valve ensures that the cleaning agent and/or drug can be supplied from the said tanks with air power and goes to the mixing chamber for the said tanks; The T-shaped pipe connection is connected to the air hose from the shower head outlet to supply compressed air to the shower head, this also means that the compressed air supply switching valve and the air connection hose connected to the compressed air supply hose are installed in a flexible line and this is also connected to the shower head arm through a fitting. It is achieved by connecting it to the compressed air supply line. Shower device for contactless cleaning of skin and hair according to any one of claims 1 to 3, characterized in that it is made as a wall-mounted option, where the filler necks for cleaning agents and/or medications are installed directly on the tanks for cleaning agents and/or medications. Shower device for contactless cleaning of skin and hair according to any one of claims 1 to 3, characterized in that it is made as a built-in option, wherein the filler necks for cleansing agents and/or medicines are elongated and are used to fill/or fill said cleaning agents and/or medicines in said tanks. It is placed at an angle in cleaning agent and/or drug tanks with the possibility of renewal. 6. Shower device for contactless cleaning of skin and hair according to any one of claims 1 to 3, characterized in that the filling nozzles for detergents and/or medicines are connected to the detergent and/or medicines by means of a flexible hose with connecting parts, with the possibility of remote mounting of said filling nozzles. /or connection to drug tanks. It is the usage method of the shower device according to claim 1; feature; connecting the mixer dispenser to the cold and hot water supply mixer and the shower head with flexible hoses, filling the cleaning agent and/or medications into the cleaning agent and/or medication tanks and turning on the water coming from the cold and hot water supply mixer; Here the water from the cold and hot water mixer flows through the flexible hose, threaded fitting and the hole between the threaded fitting and the mixing chamber into the mixing chamber and through the water supply hole into the bypass line, through the bypass line through the holes to supply water to the cleaning agent and/or medication tanks. incoming water pressurizes the cleaning agent and/or drugs in said tanks, forcing them to flow from the tank; The cleaning agent and/or drugs are fed to the mixing chamber through feeding pipes from one or more of the tanks in question by using the feed control valve, where the cleaning agent and/or drugs are mixed with water, where the cone-shaped holes in the pipes for the supply of the cleaning agent and/or drugs in question and as protrusions are formed at the bottom of the mixing chamber vortex, water and said cleaning agent and/or medications are mixed to form a cleaning agent mixture; the cleaning agent mixture flows from the mixing chamber under pressure through a flexible hose to the shower head with 55 - 100 holes, each with a diameter of 0.25 - 0.40 mm, where said holes create fine and powerful jets of the cleaning agent mixture; During washing, the cleaning agent and/or drug control supply valves are turned off and pure water is supplied to the shower head from the mixing chamber, or after the cleaning agent and/or drug is completely used, the water coming out of the cleaning agent and/or drug is transferred to the filler neck in the relevant tanks. It is discharged by opening the covers and cleaning agent and/or drug control supply valves. It is a method of using the shower device according to claim 2; Its feature is that the mixing dispenser is connected to the cold and hot water supply mixer and the shower head with flexible hoses; filling the cleaning agent and/or drugs into the cleaning agent and/or drug tanks, connecting the air compressor to the said tanks through the channel, opening the water coming from the cold and hot water supply mixer with the compressed air supply pipe, T-shaped pipe connection and check valve pipes; Here, the water from the cold and hot water mixer flows into the mixing chamber through the flexible hose, threaded connection and the hole between the threaded connection and the mixing chamber, with simultaneous feeding to the said compressed air tanks via compressed air from the air compressor, through the feed pipe, T-shaped pipe connection and pipes with check valves. ; It provides the opportunity to supply cleaning material and/or medicine from the tanks in question to the mixing chamber by increasing the pressure inside them above the water pressure in the system; Using the supply control valve, the cleaning agent and/or drugs are mixed with water from the feed pipes from one and/or more than one tank and delivered to the mixing chamber, where the cone-shaped holes in the pipes and the protrusions at the bottom of the mixing chamber are used to supply the cleaning agent and/or drugs in question. whereby a mixture is obtained by mixing water and said cleaning agents and/or drugs; the cleaning agent mixture flows flexibly under pressure through the mixing chamber, wherein said holes form fine and powerful jets of the cleaning agent mixture; During washing, the cleaning agent and/or medication control supply valves are turned off and pure water is supplied to the shower head from the mixing chamber. It is a method of using the shower device according to claim 3, and its feature is that the mixer dispenser is connected to the cold and hot water supply mixer and the shower head with flexible hoses, the cleaning agent and/or drugs are filled into the cleaning agent and/or drugs, where the air compressor is used to supply compressed air. The pipe is connected to the tanks in question via T-shaped pipe connection and check valve pipes; In parallel, the air compressor is connected to the shower head with a T-shaped pipe connection, compressed air supply hose, valve to open the compressed air supply, fitting to connect the air hose to the flexible line, fitting to connect the air hose to the shower head handle, water from cold and hot water flow feed mixer; Here, the water coming from the cold and hot water mixer flows into the mixing chamber through the flexible hose, threaded connection and the hole between the threaded connection and the mixing chamber, and simultaneously to the said compressed air tanks with the compressed air supply pipe from the air compressor, T-shaped pipe connection and pipes with check valves. It provides the opportunity to supply cleaning material and/or medicine from the tanks in question to the mixing chamber by increasing the pressure inside them above the water pressure in the system; Using the supply control valve, the cleaning agent and/or drugs are delivered from the tanks in question to the mixing chamber where it is mixed with water through one and/or more feeding pipes, where there are cone-shaped holes in the pipes for the supply of the cleaning agent and/or drugs in question, and due to the formation of protrusions, water and said cleaning agent and/or drugs are mixed to obtain a cleaning agent mixture; The cleaning agent mixture flows from the mixing chamber under pressure through the flexible line, the fitting for connecting the cleaning agent supply hose to the shower head handle, the cleaning agent supply line on the shower head handle and the line for the shower head to create jets of cleaning agent or water with a removable disc ; compressed air simultaneously, T-shaped pipe connection from the air compressor to the compressed air supply opening at the end of the shower head, compressed air supply hose, compressed air supply switching valve, connection piece for the connection of the air hose, connection piece for the connection of the air hose to the shower head arm and compressed air. It is delivered through the supply line and shower head, where the cleaning agent mixture entering the cone at the end of the supply line expands and forms a gas-liquid mixture with the air coming from the compressed air supply gap in the gas-liquid mixture line. The requested technical solution is shown in Figure 1 - Figure 8. w shows a schematic diagram of the claimed device assembly: 1a - according to Option 1, 1b - according to Option 2, 1c - according to Option 3. Figure 2 shows a schematic diagram of the mixer distributor MD1 according to option 1 with water forced supply of the TM/I (with bypass line), mounted on the wall (wall-mounted options), front view. Figure 3 shows a diagram of the MD1 mixer distributor according to option 1 with forced water supply of TM/I (with bypass line) built into the wall (built-in option for shower cabins, smart showers, etc.), final view: 3a - long option in which the filler neck is connected to the tank (6); 3b - a diagram of the mixer distributor MD2 according to options 2 and 3 with air forced supply of SM, TM/I (without bypass line, with AC) with extended filler neck located separately from the tank 6 and connected to it by flexible hose shows. w shows a diagram of the SH1 shower head. Sw shows a diagram of the shower head SH2 (in sections): 6a - general diagram of SH2, 6b - disk assembly diagram (40 and 41), 6c - disk (40), 6d - disk (41). Sw shows Table 1 with the operating results for the device requested according to options 1 and 2 operated under different modes and with different numbers and diameters of holes in SH1. SM shows Table 2 with the results of the evaluation of the requested device by users according to options 1, 2 and 3. The marked positions in the figures mean: 1 - mixer distributor (MD); 2 - mixing chamber; 3 - bypass line; 4 - hole for supplying water to the bypass line; 5 - holes for water supply from the bypass line to TM/I tanks; 6 - TM/I tanks; 7 - TM/I control supply valves; 8 - Covers of TM/I tanks; 9 - Filling ports of TM/I tanks; 10 - wall for construction in the mixer dispenser (shower room wall, shower cabin partition or wall); 11 - pipes for D/M supply to the mixing chamber; 12 - projections to create vortex and mix D/M; 13 - threaded connection for connecting the water supply hose from the hot and cold water mixer; 14 - threaded connection for connecting the water supply hose from the mixing tank to the shower head; 15 - hole before the mixing chamber; 16 - Pipes with check valves to supply compressed air to D/M tanks; 17 - compressed air supply pipe from AC; 18 - air compressor (AC); 19 - T-shaped pipe connection for air distribution in D/M tanks and SH2; - Threaded connection on the handle of SH1; 21 - holes for creating water jets by SH1; 22 - removable disk of SH1; 23 - Tip of SH1 and SH2 shower heads; 24 - rubber seal of SH1 and SH2; 25 - shower head SH1; 26 - shower head handle SH1 and SH2; 27 - removable serrated edge of SH1 and SH2; 28 - flexible hose for connecting MD to SH1; 29 - flexible hose or pipe connecting the filler neck and MD; 30 - connection for connecting the filler neck and flexible hose 29; 31 - connection for connecting flexible hose 29 and D/M tank; 32 - Shower head SH2 for creating GLM; 33 - ON/OFF switch for compressed air supply to SH2; 34 - flexible line including DM supply hose 50 and compressed air supply hose 49 for simultaneous supply of DM and compressed air to SH2; 35 - valve for opening the compressed air supply to SH2; 36 - QRC for connecting the air hose; 37 - compressed air supply hose; 38 - QRC for connecting the compressed air supply hose to the arm 49 SH2; 39 - connection for connecting the MD supply hose to the handle 50 SH2; 40 - removable disk at the end of SH2 creating DM or water jets; 41 - removable disk forming GLM at the end of SH2; 42 - compressed air supply line on the SH2 branch; 43 - line for DM or water supply on branch SH2; 44 - line for creating DM or water jets on removable disk 41; 45 - compressed air supply space in SH2; 46 - line for GLM; 47 - cone44 at the end of the line; 48 - gas dynamic nozzle; 49 - compressed air supply hose 34 in flexible line; 50 - 34 DM supply hose in flexible line. Additionally, the applicant provides a description of the claimed technical solution. The claimed invention is a device and method of using the device for contactless mechanical cleaning of the skin and hair of humans and animals from dirt, sweat and radionuclides when taking a shower using standard water pressure in the water supply system: MD1 mixer dispenser of the claimed design according to option 1 and the claimed SH1 shower head in design; mixer distributor MD2 of the claimed design according to option 2, shower head SH1 of the claimed design and air compressor AC; Possibility to create mixer distributor MD2 of the requested design, shower head SH2 of the requested design, GLM and air compressor AC according to option 3. The design of the requested device is to keep the water pressure from the inlet and outlet without reducing it, while providing DM to the shower head or GSK (option 1) (as per options 1 and 2), under sufficient pressure for contactless, mechanical removal of dirt during showering. The water pressure standards at the tap are as follows "on the provision of public services to owners and users of property in multi-family houses and residential buildings"]: 0.03 - 0.60 MPa (0.3 - 6 kgf/cm2) for cold water supply; 0 for hot water supply .03 - .It should also be noted that the specified water pressure in water supply systems is not very high and is in the minimum range that allows mechanical cleaning of the skin with the optimum hole diameter and treatment area. Therefore, the possibility of obtaining a technical result in any home without the use of devices that will increase the water pressure. In the device requested according to Options 1 and 2, keeping the water pressure unchanged from the inlet to the mixer distributor and from the shower head to the outlet is achieved by eliminating narrowings, partitions, distribution lines and other features in the mixer distributor and shower head. causes a critical pressure drop. The mixer distributor MD1 (Figure 2, 3) (according to option 1) given in the claim is made with a bypass line for supplying TM/I with water from tanks (6) to the mixing chamber. The requested mixer distributor MD2 (Fig. 4) (according to options 2 and 3) is made without an AC bypass line for the air-driven TM/I supply from the tanks (6) to the mixing chamber. The shower head SH1 (Figure 5) (according to options 1 and 2) given in the claim has a flat internal structure, there are no lines, partitions and narrowings to keep the water pressure unchanged to obtain a technical result with standard water pressure in water supply systems. Here, the diameter and number of holes are chosen empirically by the applicant to create water jets of the required thickness and impact to provide the maximum simultaneous action area at sufficient standard pressure for contactless, mechanical removal of dirt from the surface of the skin and hair. Selected hole (Examples 1 to 12, Table 1 in Fig. 7). Varying the number and diameter of holes above and below the declared optimal values (Examples 13 - 20, Table 1 in Fig. 7) provides the following: in the case of 100 holes - attenuation of water jets at any hole diameter; in case of <55 holes with a diameter of more than 0.40 mm - reduction in processing area, excessive TMK consumption; In the case of a decrease in hole diameter of less than 0.25 mm - with any number of holes there is a "mist shower" effect, that is, instead of water jets there is finely dispersed water powder with a weak pressure. The requested shower head SH2 (Figure 6) (option 3) has a complex design that allows the creation of GW using compressed air from the AC. At the same time, GSK has a high flow rate from the SH2 tip and a sufficient operating area for contactless cleaning of the skin and hair surface from dirt. Additionally, in all options 1, 2, 3 requested with MD1, MD2, SH1, SH2, the request also requires the applicant to provide a detailed description of the requested device. Option 1 (Fig. 1a, 2, 3, 5) usually consists of: - bypass line 3-mixer distributor MD1 with the possibility of metering TM/I into the water and mixing them; SH1 25 shower head with the number of holes between . Mixer distributor MD1 (Fig. 2, Fig. 3), mixing chamber 2, bypass line 3, water supply hole in the bypass line 4, D/M tanks 6, D/M with filling neck 9 with the possibility of tight closing on which removable covers 8 are installed Holes 5 for supplying water from the bypass line to the D/M tanks located in the upper part of the tanks 6 with the possibility of increasing the extrusion of into the mixing chamber 2, D/M control supply valves 7, with the possibility of selective connection/disconnection of the tank 6 into the mixing chamber 2 6, located at the bottom of the mixing chamber 2, located between the D/M feeding pipes 11, tanks 6 and mixing chamber 2, protrusions 12 at the bottom of the mixing chamber 2 to create a vortex and mix the water and D/M, from the cold and hot water mixer. (not shown in the figure) threaded connection (e.g. G1/2) 13 to connect the incoming water supply hose to the mixing chamber 2, holes 15 between the threaded connection 13 and the mixing chamber 2, threaded connection piece (e.g. G1/2) to connect the hose 28 to the shower head. G 1/2) 14 consists of holes between the mixing chamber 2 and the threaded connection piece 14 to connect the hose coming from the mixer distributor to the shower head (not shown in the figure). The hole (15) between the mixing chamber (2) and the threaded connection (13) is made smaller than the diameter of the said connection part, with the possibility of ensuring the flow of water under pressure to the bypass line (2) and increasing the pressure in the tanks (6). Here, the holes in the pipes to feed the TM/I (11) into the mixing chamber (2) are cone-shaped and the wide side of the cone is directed towards the outlet in the direction of the water flow, so that the TM/I from the tanks (6) is made in the direction of the water flow in the mixing chamber (2). Thanks to the possibility of creating vacuum and better TM/I output from the tanks (6) and the possibility of mixing with water, it is fed into the middle of the mixing chamber (2) section. In the wall-mounted version of the mixer dispenser (Fig. 2) the filling necks for the TM/I (9) are made short and located directly above the TM/I tanks (6), in the built-in version of the mixer dispenser (Fig. 3) they are long and angled into the TM/I tanks (6). They are placed as and there is the possibility of filling/replenishing TM/I in tanks (6), where they are made straight or curved; In one embodiment, they are connected directly to the tank (6) (Figure 3a), and in another embodiment, they are connected to the tank (6) via a flexible hose or pipe (29) with connection parts (30 and 31) (Figure 3b) with the possibility of remote installation. This special case applies to both the built-in and wall-mounted version, where Figure 3a and Figure 3b show the built-in version as an example. The shower head SH1 (25) consists of (Fig. 5): handle (26) with threaded connection (e.g. G1/2) (20) and threaded tip (23). The rubber gasket (24) is mounted on the tip (23), the removable disk (22) (e.g. stainless steel, aluminum, etc.) is mounted, and the removable toothed edge (27) is also installed. The standard hose (23) is connected to the shower head (23), to the mixer distributor (2), to the mixer distributor MD1 (2) via the threaded connection (14) and to the shower head SH1 via the threaded connection (e.g. G 1/2) (20). It is connected with 28). Option 2 (Fig. 1b, 4, 5) usually consists of: - mixer distributor MD2 (1) with the possibility of metering and mixing TM/I into water; - shower head SH1, made similarly to option 1; - e.g. HC -81 air brush compressor, air compressor AC (18) with possibility of connection to mixer distributor MD2 (1) for forced air supply of TM/I from tanks (6) to the mixing chamber (2), AC, any suitable Can be installed on the ground. Mixer distributor MD2 1 (Fig. 1, Fig. 4) is made similarly to the mixer distributor with SH1, SH2 has no bypass line (3), water supply hole (4) in the bypass line, hole for supplying water from the bypass line to the TM/I tank ( 5) exists. In this case, the diameter of the hole (15) between the mixing chamber (2) and the threaded connection (13) is equal to the diameter of the connection part in question. The air compressor 18 is designed to supply compressed air to the tanks 6, for this the compressed air supply pipe 17 is separated from the AC 18 and is also connected to the T-shaped pipe connection 19, the number of outlets of which is equal to the tank 6, The outlets are connected to the pipes with a check valve (16) with the possibility of air forced TM/I feeding from the tanks (6) to the mixing chamber (2). Option 3 (Fig. 1c, 4, 6a, 6b, 6c, 6d) usually consists of: - mixer distributor MD2 (1), constructed similarly to option '2'; - Shower head SH2 with the possibility of creating GSK; - AC 18 air compressor with possibility to connect to mixer distributor MDS (1) and shower head SH2 (32). Mixer distributor MD2 (1), where the threaded connection (e.g. G1/2) (14) is connected to the flexible line (34), the flexible line (34) connects the hose (39) to feed compressed air from AC and the TMK supply hose (50) from the mixer distributor. The included option is made similarly to 2. There are two fittings at the end of (26) - fitting (38) to connect the compressed air supply hose from the AC and fitting (39) to connect the DI supply hose from the mixing chamber. The arm (26) has two lines - compressed air supply line (42) and MD supply line (43). There is an ON/OFF button (33) on the handle (26) to regulate or stop the compressed air supply. The tip of the SH2 (23) has detachable system for mixing TMK and compressed air, and the rubber gasket (24) installed on the end of the tip (23), also the removable disc (40) forming the TMKjets, the rubber gasket (24) also forming the GLM The disk (41) also provides the opportunity to create GSK jets with a removable edge (27) that allows it to be disassembled. Here, the removable disk (40) is made with lines (44) forming TMK jets and lines (45) to supply compressed air to the space between the disks (40) and (41), while the lines (44) are made squarely in the plane of the removable disk (40). and placed vertically. At the end of each line (44), a cone (47) is made to better distribute the TMK and create the GSK. Inside the removable disk (40), space (45) is made to provide compressed air throughout the entire plane, the inlet located on one side of the removable disk (40) is aligned with the line (42) and the holes are opened at each end with a homogeneous air supply and the possibility of mixing with the TMK. It is built around a line (44). Here, the removable disk (41) is made with cone-shaped lines (46) to form the GLS and gas dynamic nozzles (48), where the cone-shaped lines (46) are aligned with the lines (44) of the removable disk (40), where the lines ( Gaps are made between the walls of the lines (44) and lines (46) to allow air to enter from the air supply gap (45). Here, removable disks (40) and (41) are made with the possibility of being removed from the end (23) of SH2 by loosening the edge (27). Shower head SH2 (32) is connected to the mixer distributor (1) via the threaded connection (e.g. G1/2) (14) and to the flexible line (34) connected to the mixer distributor (1) via the connection piece (e.g. G1/2) (39). ) The mixer is connected to the distributor MD2 (1) via the TMK supply hose (50). The removable discs 40 and 41 can be made, for example, from plastic or by powder metallurgy. Air compressor AC (18) is designed to supply compressed air to tank (6) and SH2. Here, the connection to supply compressed air to the tank (6) is made similarly to option 2, and the T-shaped pipe connection (19) is connected from the outlet of SH2 to the air hose (37) to supply compressed air to SH2, This also happens through a valve to open the compressed air (35) and the fitting (e.g., QRC) (36) is connected to the compressed air supply hose (49), which is also connected to the fitting (e.g., QRC) (38). It is connected to the compressed air supply line (42) on the SH2 arm. The requested device is mounted as follows. Mixer distributor assembly. The body of mixer dispenser is suitable for such as paint casting machine, 3D printing, stamping and welding, casting or metal powder metallurgy etc. It can be made of various materials, for example plastic, metal or combined materials, using various methods known by. According to the applicant, molding using ABS plastic (Terluran (BASF), Lustran/Novodur (Lanxess), Cycolac (GE plastics), etc. is the most technologically simple and economically feasible production method. Mixer distributor MD1 assembly (option 1' e four) When using the molding method for MD1; TM/I tanks (6), filling necks (9), tanks (6) and when made with threads for screwing the caps, mixing chamber (2), protrusions (12), bypass line ( 3), the body and parts including the threaded fittings (13) and (14), the feed pipe (11), the holes (4, 5, 15), the caps (8) are molded separately, as well as the filling necks. It is also done by connecting (9) to tanks (6) via a hose or pipe. Any valve known as valve (7) can be used, for example, manual, electromechanical, etc. Valve controls (7) (buttons, buttons, touch panel, etc.). It can be mounted on the body of the MD (wall-mounted model) and on the wall (10). Rubber gaskets (24), LUG connection parts, connection hoses to the faucet and shower head can be of any known standard type. The above applies to all three options. Mixer distributor MD2 assembly (options 2 and 3). For MD2, when using the molding method, the body and parts of the mixer distributor are made in the same way as option 1. The caps (8) are also molded separately, as are the filler necks (9) when connected to the tanks 6 via a hose. AC 18, with the number of outlets corresponding to the number of tanks (6) plus an outlet for connection to SH2 according to option 3, using pipes (17) and T-shaped pipe fittings (19) to pipes with check valves (16), for example by screwing, clamping using etc. It is connected as follows. Shower head installation. Shower head SH1 assembly (according to options 1 and 2). The shower head SH1 (25), tip (23), handle (26), and threaded connection (20) are molded using plastic. Separately, the removable serrated edge 29 is molded or mechanically produced using plastic (in the case of metals and other materials). The removable disk 22 can be made of various materials such as metals (stainless steel, aluminum, etc.), plastics. The holes (21) are made in a square shape by laser cutting in order to distribute the TMK evenly. The installation process of the shower head is as follows: the rubber gasket (24) is attached to the tip (23), and the removable disc (22) is also attached, which is fixed by screwing with the removable edge (27). Shower head SH2 assembly (option 3). The connection with the shower head SH2 (32), tip (23), handle (26), water supply line (43), air supply line (42), external gear (39) is made by molding using plastic, here the connection piece (38), For example, the coupling or CAK is integrated into SH2 during moulding. Separately, the removable serrated edge 29, the button 33, the removable discs 40 and 41 are mechanically molded or produced (in the case of metals and other materials). The flexible line (34) is made of two flexible hoses (49 and 50) enclosed in a metal sheath, with standard connection parts mounted at the ends, for example, threaded connection parts for fittings, lighters or water, respectively. Removable discs 40 and 41 can be made from a variety of materials and using a variety of methods, such as plastics, metals (stainless steel, aluminum, etc.), plastics with rubber rims to facilitate descaling. The holes on the removable disks (40 and 41) are made in a square shape. At the end of the lines (44), rubber tips commonly used in shower heads can be attached to protect against dirt. The installation process of shower head SH2 is as follows: the rubber gasket (24) is installed on the end (23) of SH2 (32), also the disc (40) is installed, also the second rubber gasket (24) is installed, also the removable edge (for example by screwing) The disk (41) fixed with 27) is installed. AC 18 connection. AC 18 (according to option 2) compressed air supply pipe (17), T-shaped pipe fitting (19) and then pipes with check valve (16), for example screwing, clamps, etc. It is connected to the tanks (6) via AC 18 (based on option 3) is connected to the tank (6) in a similar way to option 2. In parallel, AC 18 connects a T-shaped pipe connection (19) to SH2 (32), compressed air supply hose (37), compressed air supply switching valve (35), flexible line (34) for connection to the air hose (49). the fitting (36) connects with the fitting (38) on the SH2 arm to connect the air hose (49). Additionally, the applicant describes the operation of the requested device as a whole according to various options. Option 1. Operation of the requested device with MD1 and SH1 (Figure 1a, Figure 2, Figure 1a Wall-mounted option. MD1, made with filling necks (9) that are attached to the tanks (6) directly from above or through a hose or pipe, for example by screwing into the wall ( 10) are attached to the cold and hot water supply mixer (not shown in the Figure) and to SH1 with flexible hoses. In the configuration of filler necks with hoses or pipes (29) (for example, if it is not possible to place the mixer distributor in an accessible place), they are [flexible hoses or pipes. (29)] is connected to the filler neck and TM/I tanks (6) using fittings (30) and (31) using any known control, for example manual or electromechanical, with touch screen, etc. It is possible to use the controlled panel, for example on the external wall of the mixer distributor, on the wall (10), etc. The above is valid for all options. The flexible hose is poured through the threaded connection (13). Water is opened from the cold and hot water supply mixer, which is directed into the mixing chamber (2) (made with a diameter smaller than the diameter of the fitting 13) and through the hole (4) - to the bypass line (3). The water coming from the bypass line (3) through the holes (5) applies a slight pressure to the TM/I in the tank (6), forcing the TM/I to flow from the tank. With the help of the control supply valve (7), TM/I is fed from one or more tanks (6) (if necessary, e.g. when using shampoo and conditioner, etc.) into the mixing chamber (2). TM/I enters the mixing chamber (2) through the feeding pipes (11) and mixes with the water entering through the threaded connection (13) and hole (15). Thanks to the cone-shaped holes in the supply hose (11) and the protrusions at the bottom of the mixing chamber (12), a vortex is created, water and TM/I are mixed, resulting in a mixture of cleaning agents (TMK). TMK is poured under pressure from the mixing chamber (2) over the flexible hose (28) at the required flow rate and pressure of 0.25 - creating fine and powerful DI jets that create a massage effect, penetrate the skin pores and mechanically cleanse the skin from dirt. During washing, the control valves (7) are moved to the closed position and pure water is fed to SH1 (25) from the mixing chamber (2). For replenishing the D/M or after it is completely used, water dislodging the TM/I from the tank (6) is supplied through the filler neck cover (8) of the tank (6) and the TM/I control feed 1b Built-in option. The MD1 with long filler neck (9) is fitted either directly to the tanks (6) (Figure 3a) or via a hose or pipe (Figure 3b). MD1 is placed on the wall (10) using any known method such that the filler necks (9) protrude from the wall (10) and MD1 is connected to the mixer and SH1 (25) with flexible hoses. In the configuration of filling necks with hose or pipe (29) (for example, if it is not possible to place the mixer distributor in an accessible place), they are connected to the filling neck and TM/I tanks (6). TM/I is filled into tanks (6). The water coming from the cold and hot water mixer is turned on. The other sequence of actions is similar to option 1a. Option 2. Operation of the device given in the request with MD2, SH1 and AC (Figure 1b, Figure Mixer distributor MD2 is installed in the same way as option (1). TM/I is filled into tanks (6). Flexible hose, threaded connection (13) and hole The water coming from the cold and hot water mixer, which is directed to the mixing chamber (2) through (15), is opened. At the same time, using AC 18, compressed air is supplied through the pipe (17), T-shaped pipe connection (19) and pipes with check valves (16). It is fed to the tanks (6), it raises the pressure in the tank (6) above the water pressure in the system, thus providing the possibility of compulsory TM/I feeding from the tank (6) to the mixing chamber (2) by using the feed control valve (7), TM/I one and/or one. It is then fed from several tanks (6) to the mixing chamber (2) via the supply hose (11), as the tanks (6) are evacuated as a result of the air pressure from the AC 18 during use, leaving the remaining TM/ to the lid of the tank (6). ) and drain by opening the TM/I control supply valve (7), the sequence of operations is similar to option 1. Option 3. Operation of the device given in the claim with MD2, SH2 and AC (Fid.1c. Fid.4. The mixer distributor MD2 is installed similarly to MD1 according to option 1. The sequence of actions is similar to option 2, where; AC 18, T-shaped pipe connection with SH2 (19), compressed air supply hoses (37), compressed air supply switching valve (35), connection for connecting the air hose to the flexible line (34) (36), connection for connecting the handle SH2 ( 38) is filled into the tank (6) and a series of actions similar to options 1 and 2 are performed until the TMK leaves the mixing chamber (2), the TMK is transferred from the flexible line (34) to the hose (50). (39) and flows under pressure from the line (43) to the line (44) at the SH2 end. Simultaneously, the T-shaped pipe connection (19) from AC 18, the compressed air supply hose (37), the compressed air to the gap (45) at the SH2 end. Compressed air is supplied through the supply switching valve (35), connection (36), connection (38) and line (42). Here, the TMK entering the cone (47) at the end of the TMK supply line (44) expands and air is supplied to the line (46). It mixes with the air coming from the cavity (45), accelerates in the gas dynamic nozzle (48) and passes into a dispersed state with the formation of GLS coming out of the SH2 tip. GLS cleans the skin from dirt by massaging it deeply, thanks to its high air pressure. During washing, the control supply valves (7) are turned off and pure water is supplied to SH2 from the mixing chamber (2). Using the knock-down device to create GLS jets facilitates cleaning of DI/water supply lines from lime deposits, extends service life and simplifies production. Additionally, the applicant provides examples of embodiments of the requested technical solution. The applicant tested the device with SH1 (Table 1 in Fig. 7) to select the optimum number and diameter of holes with the following options: - MD1/MD2 (column 2); - SH1 (column 3) with various number of holes; - SH1 (column 4) with various hole diameters; - Various numbers of TM/I used simultaneously (column 5). For the test, the wall-mounted version of the mixer dispenser was used, which does not limit the scope of the patent claims, but also applies to the built-in version, it is clear that the main distinguishing features of the built-in version, namely the shape of the filler necks, and accordingly, the TM/I in the tank (6) The type of filling/renewal of does not affect the achievement of the requested technical result. The most suitable design was selected by visual monitoring/visual evaluation of the pressure of water jets from SH1, the skin treatment area, and the users' tactile sensations. Example 1. Use of the claimed device with MD1, SH1 and a TMZI with 55 holes, each with a diameter of 0.25 mm. MD1 is mounted on the wall (10), for example by screwing, and is connected to the hot and cold water supply mixer and SH1 via flexible hoses. SH1 with 55 holes with a diameter of 0.25 mm was used as an example. The water coming from the hot and cold water supply mixer is turned on. From the outlet of the cold and hot water mixer, water flows through the flexible hose, threaded connection (13) and hole (15) to the mixing chamber (2) and bypass line (3). The water coming from the bypass line (3) applies a slight pressure to the TM/I in the tank (6), forcing the TM/I to flow from the tank. For example, using a feed control valve (7), the gel from the tank (6) is fed into the mixing chamber (2). The gel enters the mixing chamber (2) through the feeding hose (11) and mixes with the water flowing through the threaded connection (13) and hole (15). Thanks to the supply hose (11) and protrusions (12), a vortex is created by mixing the water and gel and a mixture of cleaning agents is obtained. From the mixing chamber (2) DI flows under pressure through the flexible hose (28) in SH1. Here, the mixing process continues until DI comes out of the holes of the SH1 tip; As a result, the DI of gel and water turns out to be uniform. It has been visually determined that 55 holes with a diameter of 0.25 mm at the tip of the shower head create thin and powerful TMK jets, which enable treatment of a wide skin area and are sufficient to penetrate the skin pores and mechanically clean the skin from dirt. In the next step, the user was washed without TM/I. After the entire volume of TM/I was used, the water filling the tank (6) was discharged by opening the tank (6) cover (8) and the TM/I control supply valve (7). The results are shown in Table 7. Examples 2 - 21. Use of the requested device in various versions with SH1. The results of examining the operation of the claimed device with SH1 in various versions are shown in Table 1 in Figure 7. For control purposes, the operation of the analog in the RU 2517998 patent was examined (Example 21). From the data given in Table 1, it can be concluded that the use of the claimed device allows achieving the technical result claimed in all embodiments contained in the claims. It is recommended here to perform the requested technique (Examples 1 - 12) at a standard water pressure in water supply systems with optimal parameters (water pressure, simultaneous treatment area). A change in the number and diameter of holes beyond the set range leads to the following: in the case of 100 holes - to a weakening of water jets of any hole diameter (Examples 13, 16); In case of <55 holes and their diameter increases by more than 0.40 mm - reduction in processing area, excessive DM consumption (Examples 17, 18); In case of a decrease in hole diameter of less than 0.25 mm - with any number of holes, instead of water jets leading to the "mist shower" effect, that is, which only gently soaps the skin, but does not remove dirt, hence the impossibility of achieving the claimed technical result Control Example 21 according to the analogue covered by the patent RU 2517998, finely dispersed with a weak pressure, showed that with a sufficient treatment area it is impossible to achieve the claimed technical result, since TMK only soaps the skin, the jets turned out to be weak and it is impossible to remove the dirt without using a cloth. Example 22. Use of the requested device with MD2, SH2 and AC according to option 3. SH2 with 50 holes was used. Here, the applicant explains that the use of different numbers and diameters of holes does not affect the achievement of the claimed technical result, since in SH2 the cleaning effect depends more on the GLS flow rate, which in turn depends on the air pressure, the number and diameter of holes in SH2 depends on the claimed technique does not play a significant role in achieving the result. The claimed device was tested according to option 3 with visual and tactile control of a group of ten users. According to the test results, it can be concluded that the cleaning ability is comparable to options 1 and 2, as users noted a pleasant tactile feeling, the treatment area is large, and the GLS pressure on the skin is comparable to options 1 and 2, resulting in fast and effective cleaning. Thus, the device with GLS according to option 3 provides contactless and effective cleansing of the skin, the cleansing agent is finely dispersed GLS with a high flow rate, resulting in a strong pressure and massage effect on the skin with a pleasant tactile sensation creates. Example 23. Examining the operation of the requested device. To prove that the industrial applicability requirement was met, the applicant monitored men and women of various age groups using the claimed device according to all three options. For control purposes, the operation of the device was monitored using a prototype. A total of 11 users of different genders and ages were interviewed. The results are summarized in Table 2 in Figure 8. Example 10 shows the results of bathing an animal, namely a Corgi dog. Example 11 shows the result for the analogue in patent Ru 2517998. From the data in Table 2, when using the claimed device according to all three options, the skin becomes clean, deeply exfoliating, soft, smooth, elastic, its structure is restored, as it is washed with a cloth; the optimal area for simultaneous treatment of the skin is obtained, there is a shock-vibration effect on the skin, which contributes to the exfoliation of dead tissues, cleaning the pores from dirt, without direct contact of the device with the user's skin, improvement of metabolic and regenerative processes is observed, tissue nutrition is improved; The "anti-aging" effect is created by peeling and tightening the skin; In the experiment conducted with the animal, it can be concluded that the animal's fur is cleaned of dirt, its undercoat is washed and the dog behaves calmly. From the data given in Table 2, it can be concluded that the use of the requested device with the specified parameters allows obtaining the requested technical result. Therefore, from the above it can be concluded that the applicant achieved the set goals and the claimed technical result, namely; A device (options) has been developed for contactless mechanical cleaning of the skin and hair from sweat, dust, radioactive decay products, radionuclides and other contaminants, and for cleaning the skin and hair of humans and animals using standard water pressure in domestic water supply systems. With this, with all three options, the following is achieved (Examples 1 - 21, Table 1,2): 1. The possibility of rapid contactless mechanical cleaning of the skin and hair from dirt using a standard water pressure in water supply systems. 2. Maintaining almost unchanged water pressure at the inlet and outlet of the mixer dispenser due to the absence of internal devices that help reduce pressure, such as a venturi tube, contributes to deep cleansing of the skin and exfoliation of dead tissues when taking a shower (by keeping the water pressure unchanged) without using a cloth, and also creates a massage effect . 3. Versatility, the possibility of using the device both in standard showers and in shower cabins and "smart showers" is ensured by the fact that in addition to the wall-mounted version of the alleged device, there are built-in versions. 4. The absence of vacuum in sealed TM/I tanks when the TM/I level drops due to the forced introduction of TM/I into the mixing chamber using a bypass line or air compressor allows full use of the TM/I present in the tank, ensuring uniformity and stability of supply. . According to options 1 and 2 - SH1 with a specially selected number and diameter of holes; option 3 - optimal mechanical cleansing of the skin can be achieved thanks to the alleged design of the shower head, which can mechanically clean the required skin area with jets with the possibility of creating GSK according to SH2. Here, according to all three options, the requested device has the possibility of programming its supply using a built-in version, manually or using combined control systems, programming the TM/I supply in the required time interval and with the required pressure. For example, in the "smart shower", it is possible to set the following programme: body pre-treatment with warm water to open the pores - supply of GLS to wash the body - supply of shampoo - supply of conditioner or shine - supply of pure water. This allows to facilitate, automate and speed up the showering process, saving water and time and making the showering process as comfortable as possible. Operating results for the claimed device operated in different modes and with different designs of shower head SH1 are shown in Example No. Options Findings MD1/M Number of TM/I of SH1 Jet pressure (strong/weak) from SH1, treatment area (large/small) at the tip of D2 number of holes 1 2 3 4 5 6 1. MD1 55 0.25 1 strong, large 2. MD1 55 0.40 1 strong, large 3. MD1 80 0.25 2 strong, large 4. MD1 80 0.40 3 strong, large 7. MD2 55 0.25 2 strong, large 8. MD2 55 0.40 3 strong, large 9 .MD2 80 0.25 1 powerful, large 17. MD1 40 1.0 1 powerful, small 18. MD2 40 1.0 2 powerful, small 19. MD1 55 0.10 3 steam shower, small Control using analog Monitoring for the requested device (options) operated by users results (SH - shower head) User Modes Monitoring results ItemGender, Request SH in SH1 TM/I Type Skin User feedback No wet hole holes cleaning option 1 2 3 4 5 6 7 8 1 Male, 1 55 0.25 gel good The skin looks pure 34, as if it had been cleaned with a cloth. Massage effect with a pleasant touch feeling, slight redness on the skin 2 Children, 2 55 0.40 child gel good Fast skin cleansing, the skin looks pure as if it had been cleaned with a cloth 3 Women, 3 100 0.30 gel good Fast skin cleansing, 57 massage effects with pleasant touch feeling. Anti-aging effect, skin peeling and tightening. 4 Male, 1 80 0.40 Good care. Shampoo and conditioner at the same time, hair washed quickly under strong water pressure by consuming at least 64 shampoo amounts of TM/I. Woman, 2 80 0.25 Good care. Hair has been washed with chamomile infusion shampoo under the pressure of aqueous chamomile TM/I, which gives a feeling of comfort after rinsing. Infusion of a cloth quickly washed off the dirt from the skin without using gel. Short washing time. 6 Women, 3 100 0.30 gel good The skin is deeply cleansed, 76 softened, smooth, and free of dirt and sweat. The skin was washed easily without the need for a cloth. Massage effect with pleasant touch feeling. 7 Male, 1 100 0.25 gel good Skin looks pure as if cleaned with a cloth, pleasant massage effect. 8 Children, 2 100 0.40 childgel good Skin looks pure as if cleaned with a cloth Short washing time. The child reported a pleasant tactile sensation. 9 Women, 3 100 0.30 Good care. Fast hair and skin cleansing, massage effect, 67 shampoo, gel skin, pure looking skin as if cleaned with a cloth. Anti-aging effect, skin peeling and tightening. The shampoo has been cleared. The dog is calm. 11 Male, RU 2517998 patent gel Mechanical Good soaping has been done, but analog cleaning sweat within the scope of 58, has not been washed without a cloth, as it does not have a massage effect for a long time.TR TR TR TR

Claims (9)

1. It is a shower device containing a mixer dispenser for contactless cleaning of skin and hair and a shower head that allows creating jets at the required pressure; a bypass line, a hole for supplying water to the bypass line, a mixing chamber containing cleaning agent and/or drug tanks with filling spouts to which removable lids are fitted to ensure tight closure, a mixing chamber used to supply water from the bypass line to the cleaning agent and/or drug tanks and located on the top of said tanks. Holes located on the side of the tanks, which provide the opportunity to increase the extrusion of cleaning agent and/or medication into the mixing chamber, cleaning agent and/or drug feeding control valves located at the bottom of the said tanks, and providing the opportunity to selectively connect/disconnect the said tanks to the mixing chamber, said tanks. cleaning agent and/or medication supply pipes leading to the mixing chamber located between a connection piece and a hole between said threaded connection piece and the mixing chamber, a threaded connection piece for connecting a hose coming from the mixer to the shower head and a hole between said threaded connection piece and a mixing chamber, wherein the water supply from the mixing chamber and the mixer The water flow in the mixing chamber of the cleaning agent and/or drugs coming from the said tank between the threaded connection piece with a diameter smaller than the diameter of the connection part in question, in order to connect the hose and provide water flow to the bypass line under pressure and increased pressure in the cleaning agent and/or drug tanks. Cone-shaped holes are created in the pipes in the direction of water flow and with the wide side facing the outlet, in order to create a vacuum and feed the cleaning agent and/or drugs from the said tank to the middle of the mixing chamber to mix with water, with the possibility of better exit. Shower head, consisting of a handle with threaded connection and a tip with a rubber seal mounted on it, as well as a removable disc with 55 - 100 holes, each with a diameter of 0.25 - 0.40 mm, to create jets, as well as a removable toothed rim. It contains a hose that is connected to the shower head with threaded couplings in order to connect the shower head to the mixer. 2. Shower device containing a mixer dispenser for contactless cleaning of skin and hair, and a shower head and air compressor that allows creating jets at the desired pressure. A mixing chamber containing cleaning agent and/or medication tanks with filling spouts fitted with removable lids that ensure tight closure, . Pipes with check valves to provide air from the air compressor located in each of the tanks in question, . cleaning agents and/or drug supply control valves located at the bottom of said tanks, with the possibility of selectively connecting/disconnecting said tanks from the mixing chamber. Pipes for feeding cleaning agents and/or medicine to the mixing chamber located between the tanks in question and the mixing chamber, . protrusions on the bottom of the mixing chamber to create a vortex and mix water with cleansing agents and/or medications, . A threaded connection piece for connecting a water supply hose going from the cold and hot water mixer to the mixing chamber to the mixing chamber, and a hole between said threaded connection piece and the mixing chamber, . where, between the mixing chamber and the threaded connection piece for connecting the water supply hose coming from the mixer, the hole with a diameter equal to the diameter of the connection part in question is . The cleaning agent and/or drugs coming from the said tank are placed in the pipes in the direction of the water flow and the wide side is towards the outlet, in order to create a vacuum thanks to the water flow in the mixing chamber and to feed the cleaning agent and/or drugs from the said tank to the middle of the mixing chamber to be mixed with water, with a better exit opportunity. holes formed in the form of a oriented cone, a handle with threaded connection and a tip with a rubber seal mounted on it, also a removable disc with 55 - 100 holes, each with a diameter of 0.25 - 0.40 mm, to create jets, as well as a shower head with a removable toothed rim, for connecting the shower head to the mixer A hose connected to the shower connection with threaded couplings, as well as a compressed air supply pipe separated from the air compressor connected to a T-shaped pipe connection made with a number of outlets equal to the number of cleaning agents and/or medication tanks, air-fed cleaning agents and/or medication feeding from the said tanks to the mixing chamber. It is possible that it contains outlets connected to the pipes with a check valve for the mentioned tanks. 3. It is a shower device containing a mixer dispenser and a shower head that allows creating a gas-liquid mixture and an air compressor for contactless cleaning of the skin and hair; A mixing chamber containing cleaning agent and/or pharmaceutical tanks with filling ports fitted with removable lids that enable them to close tightly, pipes with check valves to supply air from the air compressor located in each of said tanks, with the possibility of selective connection/disconnection of said tanks from the mixing chamber. Cleaning agents and/or drug feeding control valves located at the bottom of the tanks, pipes for feeding cleaning agents and/or drugs to the mixing chamber located between said tanks and the mixing chamber, pipes at the bottom of the mixing chamber to create vortexes and mix the water with the cleaning agents and/or drugs. protrusions, a threaded fitting for connecting a water supply hose from the cold and hot water mixer to the mixing chamber to the mixing chamber and a hole between said threaded fitting and the mixing chamber, a thread for connecting a flexible line for feeding a cleaning agent mixture to the shower head a hole between the connecting piece and the mixing chamber and said threaded fitting, wherein the hole having a diameter equal to the diameter of said fitting between the mixing chamber and the threaded fitting for connecting the water supply hose coming from the mixer, a shower including a threaded connection and a handle including a tip nozzle, handle having at its end two connections, one for connecting the compressed air supply hose from the air compressor and the other coming from the mixing chamber for connecting the hose to provide a cleaning agent mixture, wherein the handle includes one for supplying compressed air from the air compressor through said hose and the other for supplying compressed air from the air compressor through said hose handle with an ON/OFF button that allows adjustment or termination of the compressed air supply to provide the cleaning agent mixture from the mixing chamber via an end-mounted rubber that allows creating jets of a gas-liquid mixture to mix the cleaning agent mixture and compressed air seal, nozzle with a detachable design, which also includes a rubber gasket and a removable disc that creates jets of the cleaning agent mixture, also a removable disk that creates a gas-liquid mixture, also a removable rim made with the possibility of screwing, a removable disk that creates the jets of the cleaning agent mixture , lines forming jets of cleaning agent mixture and lines for supplying compressed air to the space between the discs, lines forming jets of cleaning agent mixture, placed perpendicularly and squarely to the plane in question, removable at the end of each line in question for better distribution of the cleaning agent mixture and gas-liquid mixture A cone made to form a cone is located on one side of the removable disk in question and on the arm of the shower head, by opening exit holes around each line made along the entire plane of the removable disk in question, in order to create cleaning agent mixture jets with the possibility of homogeneous air supply and mixing. Inlet aligned with the compressed air supply line, . Removable disc that creates the gas-liquid mixture with the cleaning agent mixture, cone-shaped lines and gas-dynamic nozzles for gas-liquid mixing, . Cone-shaped lines aligned with lines creating cleaning agent mixture jets. Gaps in the wall of the lines to provide air from the air gap to create cleaning agent mixture jets and gas-liquid mixture between the lines, . Removable discs that can be removed from the end of the shower head by screwing the rim. Shower head connected to the mixer drawer with a hose to feed the cleaning agent mixture in a flexible line connected to the fixtures and shower head with fittings, . A compressed air supply pipe connected to a T-shaped pipe connection separated from the air compressor and also with a number of outlets equal to the number of cleaning agent and/or medication tanks and an outlet to the shower head, . T-shaped pipe connection with a check valve connected to cleaning agent and/or drug tanks, with the possibility of supplying cleaning agent and/or drug by forcing air from said tanks into the mixing chamber, . Here, the air connection hose connected to the air hose, which is connected to the compressed air supply switching valve and the compressed air supply hose, is attached to a flexible line to feed compressed air from the shower head outlet to the shower head, and it also includes a connection piece connected to the pressurized air supply line on the shower head arm. 4. Shower device for contactless cleaning of skin and hair according to any one of claims 1 to 3, characterized in that it is constructed as a wall-mounted option, wherein the filler necks for cleaning agents and/or medications are installed directly above the tanks for cleaning agents and/or medications. 5. Shower device for contactless cleansing of skin and hair according to any one of claims 1 to 3, characterized in that it is constructed as a built-in option, wherein the filler necks for cleaning agents and/or medications are elongated and said tanks contain said cleaning agents and/or medications. It is placed at an angle into cleaning agent and/or drug tanks with the possibility of filling/renewing them. 6. Shower device for contactless cleaning of skin and hair according to any one of claims 1 to 3, characterized in that the filling nozzles for cleaning agents and/or medicines are provided for cleaning by means of a flexible hose with connecting parts, with the possibility of mounting said filling nozzles remotely. It is connected to substances and/or drug tanks. 7. It is the usage method of the shower device mentioned in claim 1, and its feature is; connecting the mixer dispenser to the cold and hot water supply mixer and the shower head with flexible hoses, filling the cleaning agent and/or medications into the cleaning agent and/or medication tanks and turning on the water coming from the cold and hot water supply mixer; Here the water from the cold and hot water mixer flows through the flexible hose, threaded fitting and the hole between the threaded fitting and the mixing chamber into the mixing chamber and through the water supply hole into the bypass line, through the bypass line through the holes to supply water to the cleaning agent and/or medication tanks. incoming water pressurizes the cleaning agent and/or drugs in said tanks, forcing them to flow from the tank; The cleaning agent and/or drugs are fed to the mixing chamber through feeding pipes from one or more of the tanks in question by using the feed control valve, where the cleaning agent and/or drugs are mixed with water, where the cone-shaped holes in the pipes and as protrusions are formed at the bottom of the mixing chamber vortex, water and said cleaning agent and/or medications are mixed to form a cleaning agent mixture; the cleaning agent mixture flows from the mixing chamber under pressure through a flexible hose to the shower head with 55 - 100 holes, each with a diameter of 0.25 - 0.40 mm, where said holes create fine and powerful jets of the cleaning agent mixture; During washing, the cleaning agent and/or drug control supply valves are turned off and pure water is supplied to the shower head from the mixing chamber, or after the cleaning agent and/or drug is completely used, the water coming out of the cleaning agent and/or drug is transferred to the filler neck in the relevant tanks. It is discharged by opening the covers and cleaning agent and/or drug control supply valves. 8. It is the usage method of the shower device mentioned in claim 2; feature; connecting the mixing dispenser to the cold and hot water supply mixer and shower head with flexible hoses; filling the cleaning agent and/or drugs into the cleaning agent and/or drug tanks, connecting the air compressor to the said tanks through the channel, opening the water coming from the cold and hot water supply mixer with the compressed air supply pipe, T-shaped pipe connection and check valve pipes; Here, the water from the cold and hot water mixer flows into the mixing chamber through the flexible hose, threaded connection and the hole between the threaded connection and the mixing chamber, with simultaneous feeding to the said compressed air tanks via compressed air from the air compressor, through the feed pipe, T-shaped pipe connection and pipes with check valves. ; It provides the opportunity to supply cleaning material and/or medicine from the tanks in question to the mixing chamber by increasing the pressure inside them above the water pressure in the system; Using the supply control valve, the cleaning agent and/or drugs are mixed with water from the feed pipes from one and/or more than one tank and delivered to the mixing chamber, where the cone-shaped holes in the pipes and the protrusions at the bottom of the mixing chamber are used to supply the cleaning agent and/or drugs in question. whereby a mixture is obtained by mixing water and said cleaning agents and/or drugs; the cleaning agent mixture flows flexibly under pressure through the mixing chamber, wherein said holes form fine and powerful jets of the cleaning agent mixture; During washing, the cleaning agent and/or medication control supply valves are turned off and pure water is discharged from the mixing chamber to the shower head. 9. It is the usage method of the shower device mentioned in claim 3, and its feature is; connecting the mixer dispenser to the cold and hot water supply mixer and shower head with flexible hoses, filling the cleaning agents and/or medicines into the cleaning agents and/or medicine tanks, the air compressor to the said tanks through the channel and the compressed air supply pipe, T-shaped pipe connection and check. with valved pipes; In parallel, the air compressor is connected to the shower head through the T-shaped pipe joint, the compressed air supply hose, the valve to open the compressed air supply, the fitting to connect the air hose to the flexible line, the fitting to connect the air hose to the shower head handle, the cold and hot water water flow feed mixer; Here, the water coming from the cold and hot water mixer flows into the mixing chamber through the flexible hose, threaded connection and the hole between the threaded connection and the mixing chamber, and simultaneously to the said compressed air tanks with the compressed air supply pipe from the air compressor, T-shaped pipe connection and pipes with check valves. It provides the opportunity to supply cleaning material and/or medicine from the tanks in question to the mixing chamber by increasing the pressure inside them above the water pressure in the system; Using the feed control valve, the cleaning agent and/or drugs are delivered from the tanks in question to the mixing chamber where it is mixed with water through one and/or more feeding pipes, where there are cone-shaped holes in the pipes to supply the cleaning agent and/or drugs in question and the bottom of the mixing chamber is due to the formation of protrusions, water and said cleaning agent and/or drugs are mixed to obtain a cleaning agent mixture; The cleaning agent mixture flows from the mixing chamber under pressure through the flexible line, the fitting for connecting the cleaning agent supply hose to the shower head handle, the cleaning agent supply line on the shower head handle and the line for the shower head to create jets of cleaning agent or water with a removable disc ; simultaneously compressed air, T-shaped pipe connection from the air compressor to the compressed air supply opening at the end of the shower head, compressed air supply hose, compressed air supply switching valve, connection piece for the connection of the air hose, connection piece for the connection of the air hose to the shower head arm and compressed air. It is delivered through the supply line and shower head, where the cleaning agent mixture entering the cone at the end of the supply line expands and forms a gas-liquid mixture with the air coming from the compressed air supply gap in the gas-liquid mixture line.