RU221898U1 - BATHING DEVICE - Google Patents

Abstract

The utility model relates to meeting human life needs, namely bathing devices. A bathing device has been developed, which includes a metal container and a stove, each of which is made in the form of three-dimensional multifaceted figures, and the number of faces of the container and the stove coincides. The container is equipped with non-metallic elements in the form of a side, a backrest, a seat and a flooring installed in the lower part of the container at a distance of 0.25-0.35 of the height of the container. The stove has a heat capacity and is equipped with a chimney with a slide valve. The technical result is to increase the safety and ease of use of the device. 10 salary f-ly, 17 ill.

Description

The utility model relates to meeting the vital needs of a person, namely to bathing devices that can be used, for example, in the open air in recreation areas for the purpose of water relaxation and/or hygiene procedures.

BACKGROUND OF THE ART

A large number of different bathing devices are disclosed in the patent literature, including hot tub devices, sauna tubs, hot tubs, Jacuzzis, portable bathing devices, etc. To characterize the state of the art in the field under consideration, several analogues of the proposed utility model can be cited.

Thus, it is known from the prior art (RU 204385 U1, published on May 21, 2021) a bathing device with a built-in stove, including a bathing vat, a removable footrest located between the stove and the bathing vat, and the built-in stove includes a grate with an ash pan, a door for loading fuel, a smoke exhaust pipe and a drain hole. The built-in stove consists of external and internal sectors and is located under the bathtub, where the internal sector includes the stove roof, internal walls, the front wall with a door for loading fuel, and the external sector consists of external walls, a drain hole and is made hollow with the possibility of filling it water, while the bottom of the built-in stove is the same for the internal and external sectors, the bathing vat is hollow and rigidly connected to the outer sector of the stove.

It is also known (RU 209910 U1, published 03/23/2022) a device for vaping in the open air, containing a bowl attached to the top of the stove, a chimney pipe with a protective cap attached to the stove. The bowl is made rounded, and the stove is made in the form of a truncated cone and contains blower doors made to the left and right of the door, while the chimney pipe is made with a diameter of 150 mm, the lower part of which is welded to the side wall of the stove at an angle from 40 to 75 degrees.

It is known (RU 185338 U1, published November 30, 2018) that a device for taking hot baths is a metal container containing walls and a bottom. The device also contains a furnace made in the form of a three-dimensional polyhedral figure, located on the outside of the container, in its lower part and rigidly connected to the walls of the container. The walls include at least three horizontal rows located at an angle to each other, each of the rows is made of flat trapezoidal edges, interconnected by the lateral sides, and the smaller base of the trapezoid is mated with the larger base of the trapezoidal edge of the underlying row. The bottom is made flat in the shape of an equilateral polygon, and the sides of the polygon are associated with the lower bases of the trapezoidal faces of the lower row. Fastening elements for mounting the seat can be attached to the inside walls of the container. A drain hole may be located at the bottom of the metal container.

It is also known (RU 201204 U1, published 12/02/2020) a device for taking hot baths, including a metal container containing walls and a flat bottom, the walls including at least three horizontal rows located at an angle to each other, each of rows is made with flat trapezoidal edges mated to each other at the lateral sides, and the smaller base of the trapezoidal face of one row is mated with the larger base of the trapezoidal face of the lower row, while the mating of the faces is made to form ribs, and the oven. A base is introduced into the device, made in the form of a hollow cylinder, the upper part of which is mated with the surface of the trapezoidal edges of the bottom row of the container, and the lower part is connected with the bottom, made in the form of a circle, equipped with a collar mated to the bottom, the side surface of the collar is made cylindrical with the possibility of detachable connection with the oven, and located coaxially with the container, bottom and oven.

The common disadvantages of these analogues are long and/or uneven heating of water in the container, which leads to inconvenience of use and lack of safety for using the device. In addition, the increase in rigidity and/or stability of devices claimed in known solutions does not take into account the fatigue strength of the structure.

The closest analogue can be the well-known (RU 199666 U1, published 09/14/2020) device for taking hot baths, which includes a metal container and a furnace containing a bottom and walls containing horizontal rows located at an angle to each other, each of the rows is made flat trapezoidal faces mated to each other with lateral sides, and the smaller base of the trapezoidal face of one row is mated with the larger base of the trapezoidal face of the row below, while the mating of the faces is made to form ribs, and the bottom is made flat in the shape of an equilateral polygon, the sides of the polygon are mated to the lower bases trapezoidal edges of the bottom row, as well as a furnace made in the form of a three-dimensional polyhedral figure, located on the outside of the container in its lower part and rigidly connected to the walls of the container; according to the claimed solution, in the upper part of the furnace there is a cavity with the possibility of filling it with liquid, indicated the cavity is connected to the bottom of the container. In the lower part of the metal container there are holes connected to the oven cavity and a drain hole, and fasteners for mounting the seat are fixed on the inside walls of the container. The technical result is manifested in improving the uniformity of heating of water in the container and reducing temperature fluctuations of the water in the container when the temperature of the heat source changes.

The disadvantage of the known technical solution is, first of all, that maintaining the temperature at a certain level does not eliminate the duration of heating. On the contrary, the additional capacitance between the heating source and the container further slows down the process of achieving a comfortable temperature for the user. Also, the known solution does not take into account such characteristics as strength, stability and fatigue strength of the structure, while the presence of additional capacity significantly affects them.

For the purposes of the proposed technical solution, strength is understood as the property of a material to resist destruction under the influence of stresses arising under the influence of external forces.

Stability refers to the ability of a system (material) to maintain its current state when influenced by external influences.

Fatigue strength refers to the property of a material not to deteriorate over time under the influence of changing work loads. In most cases these are cyclic loads. Destruction occurs due to the appearance of microdestructions, their accumulation, and then combination into one macrodestruction. The accumulation of microdamages is called fatigue of the material, and fatigue strength is then the ability of the material not to “get tired” and hold the load. Every material has a fatigue limit that is significantly less than its ultimate strength. Fatigue strength is affected not only by the number of cycles and the magnitude of the acting load, but also by the stress amplitude in the material resulting from the acting time-varying load.

Thus, an analysis of the state of the art shows that there is a need to create a device that would eliminate the above disadvantages of known solutions.

UTILITY MODEL DISCLOSURE

The technical result that the proposed solution is aimed at achieving is increasing the safety and ease of use of the device.

For the purposes of the proposed utility model, the safety and ease of use of the device is understood as ensuring uniform heating of water, its heating rate, and ensuring protection of the user’s body from burns.

The technical result is achieved by the fact that a bathing device has been developed, including a metal container and a stove, each of which is made in the form of three-dimensional multifaceted figures, while the number of faces of the container and the stove is the same, the container is equipped with non-metallic elements in the form of a side, a backrest, a seat and a flooring, installed in the lower part of the container at a distance from 0.25 to 0.35 of the height of the container, and the stove has a heat capacity and is equipped with a chimney with a slide valve.

Non-metallic elements can be made of wood with a coating applied to it. Natural wax can be chosen as a coating.

Non-metallic elements can be made of rubber, plastic, polyvinyl chloride, foamed ethylene vinyl acetate.

At the bottom of the metal container there is a drain hole with a tap.

The chimney can be equipped with a protective umbrella.

The bathing device can be equipped with a stand made of heat-resistant steel.

The outer side of the container can be equipped with a fastening system that allows the bathing device to be suspended from logs. The fastening system is made with a safety factor n>2.

The angle of inclination of the sides of the container ranges from 90 to 115 degrees relative to the horizontal.

The bathing device may be equipped with a ladder with railings designed to be attached to the outer side of the container.

The bathing device may be equipped with an oar, and the length of the oar must exceed the height of the bathing device by 15%.

The bathing device can be equipped with a table.

BRIEF DESCRIPTION OF THE DRAWINGS

In FIG. 1 schematically shows a general view of the bathing device.

In FIG. 2 is a schematic view of the bathing device from the rear, showing a local section E.

In FIG. Figure 3 schematically shows a top view of the bathing device.

In FIG. 4A schematically shows a general view of a bathing device with a metal ladder.

In FIG. 4B schematically shows a rear view of a bathing device with a metal ladder; a local section C is shown.

In FIG. Figure 5 schematically shows a general view of a bathing device with a metal ladder, shows section A-A, indicating the execution of double welds.

In FIG. 6A, the bottom view of the container schematically shows the system of fastening elements.

In FIG. 6B schematically shows the design of the fastening element.

In FIG. 7 schematically shows the structure of the stand.

In FIG. 8A schematically shows a general view of a bathing device with a wooden ladder.

In FIG. 8B schematically shows a rear view of a bathing device with a wooden ladder and a paddle.

In FIG. 9A schematically shows a front view of the bathing device when suspended on logs (the stove is not shown in the drawing).

In FIG. 9B schematically shows a top view of the bathing device when suspended on logs.

In FIG. 9B schematically shows the fastening system that allows the bathing device to be suspended from logs.

In FIG. 9D schematically shows the fastening design.

In FIG. 10 illustrates an example of a bathing device.

The drawings indicate the following positions: metal container (1); outer side (2); system of fastening elements (3); side (4); backrest (5); seat (6); flooring (7); drain hole (8); tap (9); rolled profile (10); stove (11), chimney (12); gate valve (13); protective umbrella (14); double welds (15); stand (16); support (17); crutch (18); fastening system (19); ladder (20); oar (21); table (22).

ESSENCE OF THE UTILITY MODEL

A bathing device is proposed, including a container (1) filled with water, and a stove (11) for heating water in the container (1) (for example, Fig. 1, 2, 4A, 4B, 5, 8A, 8B, 10).

The container (1) is made of metal. The container (1) can be made of steel, cast iron and other metals and/or their alloys.

The container (1) is made in the form of a three-dimensional multifaceted figure (Fig. 1, 2, 8A, 9B, 10). The container (1) can be made hexagonal, octagonal, ten-sided, twelve-sided, etc. The faces of the polyhedron, made trapezoidal with a narrowing downwards and inclined towards the horizontal, form the walls of the metal container (1).

The angle of inclination of the sides of the container ranges from 90 to 115 degrees relative to the horizontal. The magnitude of the angle of inclination is determined by the physiological characteristics of the human body, and in case of deviation from the specified range, a headrest must be provided in the seat design.

Making the metal container (1) multifaceted, from trapezoidal edges with a narrowing downward (from the top of the container to its bottom) creates a structural shape that has increased strength and ensures uniform heating of the container (1) with minimal fuel consumption.

All faces of the metal container (1) are connected to each other by welding with double welds (15) (Fig. 5).

At the same time, the dimensions of the welds must be optimal: a weld that is too large will lead to deformation of the part during welding, reducing the speed of work and increasing its cost, and a weld that is too small will not be strong enough.

Depending on the thickness of the walls of the container (1), double welds (15) can be made continuous by welding with a seam leg height of 3 to 6 mm. After welding is completed, all welds are ground.

Welding with double welded seams (15) allows you to increase the service life of the bathing device by at least 2 times and increases the safety of its use.

In this case, the thickness of the walls of the container (1) is selected depending on its height. The ratio of the thickness of the walls of the container (1) and the height of the container (1) is at least 0.002.

The upper part of the container (1) (along each edge) is bent to form an outer side (2) (Fig. 2, 6A). The upper part of the container (1) can be bent at a right angle, i.e. the plane of the outer side (2) is parallel to the ground. On the outer side (2) a non-metallic element is fixed - side (4) (Fig. 1, 3, 10).

The outer side (2) with the side (4) fixed on it form the upper horizontal stiffener of the structure as a whole. Such a stiffener, in fact, participates in distributing the load from deforming forces acting on the walls of the structure of the bathing device, increasing its strength.

Along the perimeter of the upper edge of the container (1) a non-metallic element is fixed - a backrest (5) (Fig. 1, 2, 3, 6, 10). The backrest (5) can be attached close to the side (4) or with a gap. The horizontal design of the backrest (5) gives the bathing device additional strength. The backrest (5) can be made of one wide element or two or more narrow elements. The backrest (5) can be made of modules, and the number of modules coincides with the number of sides of the container (1) (Fig. 1, 3, 8A).

In the middle part of the inner surface of the container (1) there is a system of fastening elements (3) (Fig. 6A, 6B) for installing a non-metallic element on it - a seat (6) (Fig. 1, 9B). The fastening elements (3) are made with the possibility of bending (Fig. 6B) to form an angle corresponding to the angle formed by the edges of the container (1). The seat (6) is made of trapezoidal modules, and the number of modules coincides with the number of sides of the container (1) (Fig. 1, 3, 9B).

The system of fastening elements (3) with the seat (6) installed and secured to it form the middle horizontal stiffener of the structure as a whole. Such a stiffener, in fact, participates in distributing the load from deforming forces acting on the walls of the structure of the bathing device, increasing its strength.

In the lower part of the container (1) a permanent connection is made between the container (1) and the furnace (11) by welding with double welds (15) (Fig. 5). Depending on the thickness of the walls of the container (1) and furnace (11), double welds (15) can be made continuous by welding with a seam leg height of 3 to 6 mm. After welding is completed, all welds are ground.

Such a permanent connection forms the lower horizontal stiffening rib of the structure as a whole, which participates in distributing the load from deforming forces acting on the walls of the bathing device structure, increasing its strength. Also, welding with double welded seams (15) allows you to increase the service life of the bathing device by at least 2 times and increases the safety of its use. In addition, such an integral connection of the container (1) and the furnace (11) increases the stability of the structure as a whole.

The described stiffening ribs together also affect the ability of the proposed bathing device to hold a load for a long time, providing a high safety factor for the fatigue strength of the structure as a whole. This increases the fatigue strength of the proposed bathing device.

In order to further strengthen the design of the bathing device, the interface between the container (1) and the oven (11) can be equipped with a rolled profile (10) located around the perimeter (Fig. 6A, 10). Pipes, angles, and channels can be selected as a rolled profile (10).

At the bottom of the container (1) a non-metallic element is installed - flooring (7) (Fig. 3, 9B). The flooring (7) is installed at a distance from 0.25 to 0.35 of the container height. The flooring (7) can be assembled from individual elements connected with a gap. The presence of a non-metallic flooring (7) and its installation distance ensure increased convenience and safety of using the bathing device (a physiologically comfortable bend angle of a person’s knees in a sitting position and eliminating the possibility of a person’s legs coming into contact with the hot bottom of the container (1) and causing burns).

All non-metallic elements (side (4), backrest (5), seat (6), flooring (7)) can be made of wood with a coating applied to it. Different types of wood can be used as wood: larch, pine, cedar, etc. Natural wax can be chosen as a coating.

Also, non-metallic elements (side (4), backrest (5), seat (6), flooring (7)) can be made of rubber, plastic, polyvinyl chloride, foamed ethylene vinyl acetate.

In the lower part of the metal container (1) there is a drain hole (8), to which a piece of pipe can be welded, on which a tap (9) is installed, for convenient and safe removal of water from the container (Fig. 2, local section E, Fig. 4B, local section C). To avoid weakening of the structure, the pipe section is welded by welding with double welds (15). After welding is completed, all welds are ground. The drain hole (8) is located below the deck level.

The furnace (11) is made in the form of a three-dimensional multifaceted figure (Fig. 1, 2, 8A). The furnace (11) can be made hexagonal, octagonal, ten-sided, twelve-sided, etc. The number of sides of the metal container (1) and the oven (11) is the same.

The edges of the furnace (11) can be made rectangular, forming the walls of the furnace (11), vertically oriented relative to the horizontal (for example, Fig. 1, 2, 4A, 4B). The edges of the furnace (11) can be made trapezoidal with a narrowing upward, forming the walls of the furnace (11), oriented with an inclination to the horizontal (Fig. 10).

The upper edge of the furnace (11) can be the lower edge (bottom) of the container (1), or the bottom of the container (1) can be articulated with the upper edge of the furnace (11).

This design ensures efficient heat transfer through contact heat exchange, which further accelerates the heating of water in the container (1).

All edges of the furnace (11) are connected to each other by welding with double welds (15) (Fig. 5). Depending on the thickness of the furnace walls (11), double welds (15) can be made continuous by welding with a seam leg height of 3 to 6 mm. After welding is completed, all welds are ground.

The stove (11) is heat-intensive and is made with a large combustion chamber with grates, providing maximum heating area and supply of air necessary to enhance the combustion process and efficient operation of the bathing device stove directly to the fuel. The design of the furnace (11) allows for rapid heating of the container (1), including due to the increased heating area and optimal fuel consumption conditions (the required amount of fuel is loaded into the combustion chamber immediately, without additional loading, during which a large amount of outdoor fuel enters through the combustion door air that cools the combustion chamber and the entire furnace).

To remove fuel combustion products and provide draft in the furnace, the furnace (11) is equipped with a chimney (12) with a slide valve (13) (for example, Fig. 1, 2, 10). To ensure effective draft and dispersion of smoke at a height that does not interfere with breathing, the chimney has a length of at least 2 meters. The slide valve (13) does not contain any elements protruding into the chimney (12), due to which it creates minimal resistance to residual gas, which is extremely important for the effective creation of draft. The gate valve (13) not only provides complete closure or opening of the movement of fuel combustion products, but also regulates their flow, thereby regulating the degree of fuel combustion.

Thus, in addition to the regulating function, the described chimney (12) with a slide valve (13) increases the safety and ease of use of the bathing device as a whole.

The stove (11), as well as its components (chimney (12), gate valve (13), etc.) can be made of heat-resistant metals and/or their alloys, in particular, heat-resistant steel or cast iron.

In order to provide protection from snow and rain, as well as to further increase draft, the chimney (12) can be equipped with a protective umbrella (14) (for example, Fig. 1, 2, 10).

The bathing device can be equipped with a stand (16) (Fig. 1, 2, 4A, 4B, 5, 7, 8A, 8B). The stand (16) is made multifaceted, and the number of its faces and the number of faces of the container (1) coincide. At each junction of the edges there is a support (17) equipped with a crutch (18) to fix the structure to the ground (Fig. 7). The stand (16) can be made of heat-resistant material, in particular, heat-resistant steel, thick steel with a fire-resistant coating.

The design and material of the stand (16) provide an additional increase in the strength and stability of the bathing device, as well as the safety of its use.

The bathing device can be installed on logs (Fig. 9A (schematically, oven not shown), 9B). In this case, the outer side (2) of the container (1) can be equipped with a fastening system (19), which ensures the suspension of the bathing device on logs (Fig. 9 C, 9 D). In order to ensure the strength, stability and fatigue resistance of the bathing device, the fastening system (design and number of fastenings) is made with a safety factor n>2.

The bathing device can be equipped with a ladder (20) with railings, designed to be attached to the outer side (2) of the container (1) (Fig. 4A, 4B, 5, 10).

The staircase (20) with railings can be made entirely of non-metallic materials (for example, wood) (Fig. 8A, 8B).

The staircase (20) with handrails can be made of a combination of non-metallic and metallic materials. In this case, the frame of the staircase (20) is made of metal, and the railings and steps of the staircase (20) are made of non-metallic materials (for example, wood) (Fig. 10).

The bathing device can be equipped with an oar (21), and the length of the oar (21) must exceed the height of the bathing device by 15% (Fig. 8B, 10). The oar (21) can be secured to the side (4) using a support mount. The oar (21) can be attached to the outer side (2).

The oar (21) can be made solid, made of one non-metallic material, or prefabricated, i.e. made of two or more materials, while the oar handle (21) must be made of non-metallic material.

The paddle (21) allows mixing of the heating water in the container (1), which additionally affects the heating rate and the uniform distribution of heated water in the container (1).

For the convenience of taking water procedures, the bathing device can be equipped with a table (22) (Fig. 10), designed to be rigidly fixed in the bottom of the container. Rigid fastening can be carried out by any known method, for example, welding.

IMPLEMENTATION OF THE UTILITY MODEL

The proposed bathing device can be implemented as follows.

In order to illustrate the possibility of achieving the stated technical results, several designs of a bathing device were manufactured according to the proposed utility model.

All designs contained a container and a furnace, each of which was made in the form of three-dimensional multifaceted figures, and the number of faces of the container and the oven coincided. All sides of the container were connected to each other by welding with double welds. The upper part of the container was bent to form an outer side, a system of fastening elements was placed in the middle part of the inner surface of the container, and in the lower part of the container a permanent connection was made between the container and the furnace by welding with double welds.

In all designs, the container was equipped with non-metallic elements: a side, a backrest, a seat and a flooring. The deck was installed at a distance of 0.25 to 0.35 of the tank height. The ratio of the thickness of the walls of the container and the height of the container was no less than 0.002. In all structures, below the level of the flooring, a drain hole was made in the lower part of the tank, to which a piece of pipe was welded, on which a tap was installed.

The stove was made with a heat capacity and the ability to quickly warm up the container (with a large combustion chamber with grates, with a maximum heating area). The stove was equipped with a chimney with a slide valve. The length of the chimney ranged from 2.0 to 2.2 m.

Some of the structures were equipped with additional elements: a stand, logs, a ladder, a table and a paddle.

The design features of the manufactured bathing devices are illustrated in Table 1.

Table 1 Design 1 Design 2 Design 3 Container edges 6 6 8 Angle of inclination of container edges, degrees 91 101 101 Kiln edges 6
rectangular 6
rectangular 8
rectangular Container material cast iron steel steel Furnace material heat resistant cast iron heat resistant steel heat resistant steel Material of non-metallic elements (in the case of wood, the coating is natural wax) rubber tree (larch) tree (larch) Rolling profile No yes (pipe) yes (channel) Welding leg height, mm 3 3.5 4 Tank height, mm 1000 1000 1050 Distance to flooring, mm 290 300 315 Wall thickness, mm 3.0 3.5 3.5 Additional items combined staircase (steel, cedar), combined oar. (steel, cedar), hanging on logs, stairs (larch) heatproof stand steel, ladder (larch), paddle (larch) Table 1 (continued) Design 4 Design 5 Design 6 Capacity edges 8 10 12 The angle of inclination of the sides of the container,
degrees 110 115 103 Kiln edges 8
cone-shaped 10
rectangular 12
cone-shaped Container material cast iron steel steel Furnace material heat resistant cast iron heat resistant steel heat resistant steel Material of non-metallic elements (in the case of wood, the coating is natural wax) polyvinyl chloride tree
(cedar) tree
(pine) Rolling profile No No yes (corners) Welding leg height, mm 4 5 5 Tank height, mm 1050 1100 1100 Distance to flooring, mm 285 330 350 Wall thickness, mm 4.0 5.0 5.0 Additional items combined staircase (steel, pine) combination oar. (steel, cedar) heatproof stand steel, ladder (cedar), paddle (cedar), table heatproof stand steel, ladder (pine), paddle (cedar)

In design 2, the fastening system was made with a safety factor n equal to 2.26.

The manufacture of all structures (1-6) was carried out by cutting out the edges of the container and furnace from metal according to pre-prepared patterns, followed by welding with double welds while monitoring compliance with the angles of inclination of the edges. After welding was completed, all welds were ground. Next, the upper edges of the container were bent and all the necessary non-metallic structural elements were installed (according to Table 1): side, backrest, seat and flooring. A piece of pipe with a tap installed on it was welded to the drain hole made on one of the sides of the container, and the double weld was ground. The stove was equipped with a chimney with a slide valve. Next, we installed the selected additional elements (ladder, paddle, stand or logs).

The device is ready for use.

All designs of the proposed bathing device worked as follows.

The container was filled with water, after which fuel was loaded into the combustion chamber of the furnace (testing was carried out on wood and peat briquettes), and the furnace was ignited. During heating, water temperature measurements were taken every 15 minutes. After measuring the temperature in structures 1, 3-6, the water was mixed with an oar.

Upon reaching the required temperature (comfortable temperature for outdoor swimming from 28 to 35°C), the user immersed himself in the water, sat on a seat and took relaxation, hygiene, and/or health procedures. At the end of the water procedures, water was removed from the container by opening a tap installed on a piece of pipe welded to the drain hole.

The results of the testing of structures 1-6 showed that the design features of the proposed bathing device made it possible to strengthen the structure, increasing the strength, reliability and stability of the structure as a whole. Conducted every six months (for 2 years), studies of the condition of the elements of manufactured bathing devices and a survey of users showed the absence of fatigue in the materials of the device elements (absence of micro and macro damage during inspection, calculation of the fatigue safety factor, etc.), which indicates increased fatigue strength of the proposed bathing device.

In addition, based on the data measured during testing on the time of exposure to temperature during the year, calculations were made of the total annual damage to the metal of the container and furnace. Based on the fact that the service life of the material is the reciprocal of the total annual damage, it was found that the service life of the device according to the proposed utility model exceeds the service life of analogues by at least 2-3 times.

At the same time, an increase in the safety and ease of use of the proposed bathing device was recorded (for all designs 1-6). Thus, the test results showed the achievement of all technical results of the proposed utility model.

Claims (11)

1. A device for bathing, including a metal container and a stove, each of which is made in the form of volumetric multifaceted figures, while the number of faces of the container and the stove is the same, characterized in that the container is equipped with non-metallic elements in the form of a side, a backrest, a seat and a flooring installed in the lower part of the container at a distance from 0.25 to 0.35 of the height of the container, and the stove is heat-intensive and is equipped with a chimney with a slide valve. 2. A bathing device according to claim 1, characterized in that the non-metallic elements are made of wood with a coating applied to it. 3. Bathing device according to claim 2, characterized in that natural wax is chosen as the coating. 4. A bathing device according to claim 1, characterized in that the non-metallic elements are made of rubber, plastic, polyvinyl chloride, foamed ethylene vinyl acetate. 5. A bathing device according to claim 1, characterized in that a drain hole with a tap is located in the lower part of the metal container. 6. Bathing device according to claim 1, characterized in that the chimney is equipped with a protective umbrella. 7. A bathing device according to claim 1, characterized in that the bathing device is equipped with a stand made of heat-resistant steel. 8. The bathing device according to claim 1, characterized in that the outer side of the container is equipped with a fastening system that allows the bathing device to be suspended from logs. 9. Bathing device according to claim 8, characterized in that the fastening system is made with a safety factor n>2. 10. Bathing device according to claim 1, characterized in that the angle of inclination of the sides of the container is from 90 to 115 degrees relative to the horizontal. 11. A bathing device according to claim 1, characterized in that the bathing device can be equipped with a table.