RU219328U1 - bathing device - Google Patents

Abstract

The claimed technical solution relates to bathing devices. The device includes a metal container for a liquid made in the form of a bowl expanding upward, containing a wall and bottom, a stove installed under the container, a stand connected to a container, including a support located around the furnace, and a fence that includes sheets made of light transformed glass, facing the side sides and attached to the extension, and included A bowling sheet attached to a stand containing a hole for placing a chimney in it, facing the side sides to the other sheets of the fence. The sheets preferably include holes for accommodating fasteners therein for fastening to the stand. The stand may include a frame connected to the support by rod elements. Sheets can be attached to the stand frame. In the lower part of the frame, grooves can be made to accommodate the upper parts of the sheets in them. The guard preferably includes a sheet of opaque glass with its side facing another guard sheet and attached to a stand. The fence preferably includes a door for accessing the interior of the fence, connected by the side with another sheet of the fence. The guard preferably includes a sheet containing an opening for accommodating a fastener for hinged fastening of the door. Sheets of glass enclosures are preferably made hardened impact resistant. The technical result of the proposed solution is to improve the safety of the bathing device during operation.

Description

The claimed technical solution relates to the design of a container for liquid, namely, to a bathing device that can be used, for example, outdoors in recreation areas for the purpose of conducting water, relaxation and/or hygiene procedures.

A solution is known from the prior art, which is a device for bathing, including a metal container for filling with liquid, which contains seats for placement inside the user container, while a back support panel is fixed on the wall of the container, the seats are equipped with a mechanism for changing their height, including a base fixed to the inner surface of the container and a stand on which the seat is installed, while the stand is movable relative to the base, and the mechanism for changing the seat height is equipped with elements for fixing the position of the stand relative to the base. Particular cases of the implementation of this device, according to the description and figures, also reveal a frame, the inner surface of which describes a contour corresponding to the cross section of the container, while the area of the frame contour is less than the maximum cross-sectional area of the container, the frame is connected by racks with a support made in the form of a figure, the area of which is greater than the area of the frame figure. RF patent No. RU 205672 U1, IPC A61H 33/00, A47K 3/00, A47K 3/12, published on 07/28/2021.

From the prior art, a solution is also known, chosen as the closest analogue, which is a device for bathing, including a metal container for liquid, made in the form of a bowl expanding upwards, including a frame, the inner surface of which describes a contour corresponding to the cross section of the container, while the frame contour area is less than the maximum cross-sectional area of \u200b\u200bthe container, the frame is connected by racks with a support made in the form of a figure, the area of \u200b\u200bwhich is larger than the area of the frame figure, while metal sheets are fixed between the frame and the support, connected by the upper sides to the frame and the lower sides to the support and articulated with each other by the sides, forming a wall enclosing the space between them. RF patent No. RU 216668 U1, IPC E04H 4/00, E04H 4/14, published on February 17, 2023.

The present state of the art does not provide sufficient safety of bathing devices during use, since during operation there is a high probability of users getting burns or injuries, for example, when tipping over a tub or touching hot surfaces of the device.

The objective of the claimed technical solution is to create a bathing device with increased safety during operation.

The technical result of the proposed solution is to improve the safety of the bathing device during operation.

Increased safety is achieved, in particular, by increasing the resistance of the bathing device to tipping over in strong winds and/or uneven distribution of loads in the tank, the ability to observe the interior of the fence from a safe distance, and reducing the possibility of burns to users.

The claimed technical result is achieved due to the fact that the bathing device includes a metal container for liquid, made in the form of a bowl, expanding upwards, containing walls and a bottom, a furnace installed under the container, a stand connected to the container, including a support located around the furnace, and a fence, including sheets made of translucent glass facing each other by the sides, and attached to the stand, and including a sheet attached to the stand, containing a hole for placing a chimney in it a, facing the sides to other fencing sheets. The sheets preferably include holes for accommodating fasteners therein for fastening to the stand. The sheets are preferably attached to the stand support. The stand may include a frame connected to the support by rod elements. Sheets can be attached to the stand frame. In the lower part of the frame, grooves can be made to accommodate the upper parts of the sheets in them. The support is preferably made of rectangular tubes connected to each other to form a polygonal contour. The guard preferably includes a sheet of opaque glass with its side facing another guard sheet and attached to a support. The fence preferably includes a door for accessing the interior of the fence, connected by the side with another sheet of the fence. The guard preferably includes a sheet containing an opening for accommodating a fastener for hinged fastening of the door. The guard may include an air outlet. The sheet with a hole for accommodating the chimney pipe preferably also includes a hole for accommodating a bracket for fixing the chimney pipe therein. Sheets of glass enclosures are preferably made hardened impact resistant. Fencing glass sheets can be made with a chamfer on the front side. All fencing sheets and the door are preferably attached to the stand to form an enclosed space, the cross section of which matches the contour of the support. Preferably, the tank walls include three horizontal rows arranged at an angle to each other, each of the rows is made with flat trapezoidal faces mated to each other by the sides, and the smaller base of the trapezoidal face of one row is mated with the larger base of the trapezoidal face of the underlying row, while the faces are mated to form ribs, and the bottom is made flat, in the form of an equilateral polygon, the sides of the polygon are conjugated with the lower bases trapezoidal edges of the bottom row.

The implementation of the device containing the walls and the bottom is necessary to be able to use it for its intended purpose, as it allows you to create a container, the internal volume of which can be filled with water to immerse users and conduct water, relaxation and/or hygiene procedures.

The bathing device includes a container for liquid, made in the form of a bowl expanding upwards, which characterizes the device with stability relative to the axis of symmetry when the container is oriented in the position appropriate for operation due to the location of the center of gravity of the filled container on the axis of symmetry and uniform distribution of the weight load from water on the walls of the container, thereby reducing the likelihood of complete overturning, which can lead to injury to users. In addition, when performing a container for a liquid in the form of a bowl expanding upward, the convenience of operation of the device additionally increases, since, unlike a bathing device made in the form of a parallelepiped, where all the walls are executed vertically and there is no way to take a convenient position by lying or half -sustained by the user, which entails overstrain of the back and neck muscles, which can lead to an injury to the form of tea Shi allows you to take various positions of the body when using the device, for example, leaning on the walls of the container, removing the load from the muscles of the back and neck. Also, the execution of the container for liquid in the form of a bowl when filling it with water additionally allows more even distribution of the load from the weight of water on the walls of the container, reducing the likelihood of container deformation, further increasing its durability and reliability.

The performance of the container of the device from metal due to its high strength properties, as well as high rigidity and heat resistance, prevents cracking of the container under various mechanical or thermal influences with the formation of sharp edges of cracks that can lead to injury to users, which increases its safety during use. In addition, due to the good thermal conductivity of the metal and uniform heating of the container during operation, local overheating of the container surfaces is prevented, which can lead to user burns when touched, thereby also increasing the safety of the proposed technical solution. Also, a container made of metal, in contrast to a container made, for example, of wood, has increased fire safety, since the metal does not support combustion, does not char and does not ignite when exposed to high temperatures or an open flame, which prevents the possibility of burns by users, ensuring high safety of the device. At the same time, the execution of the container from metal also further increases the reliability and durability of the structure due to the high strength characteristics of this material, which ensures high rigidity of the container.

Installing the stove under the tank, in contrast to the fire heating of the tank, increases the safety of the device during use by creating a barrier with the walls of the stove between the combustible material, the fire itself and users, since an open flame can easily lead to burns during the operation of the device and its heating. In addition, the installation of the furnace under the tank contributes to the optimal speed and uniformity of heating of the liquid in the tank, which prevents possible uneven heating of the surface and burns by users, in contrast to the location of the furnace, for example, on the side of the tank, which, due to convection and the movement of warm masses of the liquid immediately to the surface, will lead to uneven heating of the liquid, and the hot surfaces of the tank heated from the furnace will not be sufficiently cooled by cold liquid flows, since the furnace is not located under the tank, to the bottom of which they sink due to convection cold masses of liquid and, thus, take heat from the hot walls of the container, cooling them and preventing possible burns on their surface, thereby increasing the safety of the device.

The bathing device includes a stand that performs a supporting function for the tank to maintain its balance and increase stability, which increases the safety of the device during operation by increasing its resistance to overturning in strong winds or unevenly distributed loads inside the tank, for example, when users are immersed. In addition, the stand takes on the load from the walls of the container when it is filled with water, which further increases the rigidity and reliability of the device. The connection of the stand with the container prevents the container from tilting due to an unevenly distributed load, for example, when using the device by several users at the same time, as a result of which the center of mass of the container may shift, which can lead to a fall or injury to users due to possible impacts on the container when changing its position, thus, connecting the stand to the container increases the safety of the proposed technical solution. In addition, the implementation of the stand connected to the container provides the formation of additional stiffeners in the device, which further increases its resistance to deforming loads and rigidity, further increasing its durability and reliability.

The stand connected to the container includes a support located around the furnace, which perceives the main bearing load from the container and helps to maintain its balance and increase stability, which increases the safety of the device during operation by increasing its resistance to tipping over in strong winds or an unevenly distributed load inside the container. In addition, by transferring the load from the container filled with liquid to the support of the stand, the load from the weight of water from the walls of the container to the support is redistributed, preventing deformation of the container, thereby further increasing the durability and reliability of the device. The arrangement of the support around the furnace also reduces the weight load of the container on the furnace, which prevents its deformation and possible violation of integrity, which can lead to the appearance of an open fire under the container, and, as a result, burns to users, as well as possible ignition of leaves, grass and other objects located near an open fire, which increases the fire hazard of using the device, thus, the location of the support around the furnace ensures high safety of the proposed technical solution. In the preferred embodiment, the support is made of pipes of rectangular cross section, which, due to four pipe stiffeners and a flat surface, further increases the stability of the device against tipping over and reduces the likelihood of injury to users, in contrast to pipes with a round cross section that can easily rotate around its axis, which further increases the safety of the device during operation. In addition, the preferred implementation of the support of rectangular pipes further increases the rigidity of the support and the ability to withstand loads directed to bending and torsion, which further increases the reliability of the device. In a preferred embodiment, the connection of pipes of rectangular cross section with each other to form a polygonal contour further increases the stability and helps to fix the container of any shape due to the straight ribs of the polygonal contour, which further increases the safety of the device.

The stand connected to the container also includes a guard, including sheets facing each other with their sides, which performs a barrier function, protecting users from possible contact with hot outer surfaces of the container, as well as the oven, and getting burns, which ensures high safety of the device. In addition, the guard prevents the fire in the stove from being blown up by the wind, as well as dry leaves, grass and flammable debris such as paper, which also reduces the fire hazard when using the device and increases the safety of the device. The implementation of glass fencing sheets due to its lower thermal conductivity than that of metal increases the safety of the device during use, since when the container is heated, the fencing made of glass sheets will heat up less from the heat emanating from the furnace than the fencing made of metal sheets, which prevents users from getting burns when touching the fence, thereby increasing the safety of the device. The implementation of the fencing from translucent glass sheets makes it possible to observe the internal space of the fencing under the container near the furnace from a safe distance, which helps to quickly recognize a fire hazardous situation, for example, when leaves or grass ignite near the furnace, which can lead to fire, as well as burns and injuries to users, for example, overheated fencing surfaces due to the spread of an open fire source, thus, the use of translucent glass sheets increases the safety of the device during operation. Attaching the guardrail sheets to the stand ensures their stability and secure location, which prevents them from falling and breaking resulting in many sharp fragments that can cause injury to users, thus increasing the safety of the device. In the preferred embodiment, the glass sheets of the fence are tempered impact-resistant, which further increases the safety of the device by further increasing the strength and temperature resistance of the glass, which reduces the likelihood of its possible destruction with the formation of fragments that can lead to injury to users. In addition, the preferred use of tempered safety glass further improves the reliability and durability of the device due to its strength. Also preferably, the glass enclosure sheets can be chamfered on the front side, which also further improves the safety of the device, since the glass enclosure sheets do not contain sharp edges that can lead to cuts and injuries when touched by users.

The fence also includes a sheet attached to the stand, containing a hole for placing a chimney in it, facing the sides of the other sheets of the fence, which increases the safety of the device by allowing the chimney from the furnace to be installed outside through the fence and smoke out of the furnace, preventing smoke from the space under the tank and the exit of smoke to the surface of the tank, which can lead to smoke poisoning of users. In addition, ensuring that smoke exits the stove through the chimney prevents smoke and darkening of the glass enclosure. Attaching the sheet containing the hole for accommodating the chimney in it to the stand ensures its stability and secure location, which prevents it from falling and breaking resulting in many sharp fragments that can cause injury to users, thus increasing the safety of the device. In a preferred embodiment, the sheet with a hole for placing a chimney pipe in it also includes a hole for accommodating a bracket in it for fixing the chimney pipe, which, by further increasing the reliability of fastening the chimney through the possible installation of a bracket, further increases the safety of the device, since it reduces the likelihood of detachment or damage to the integrity of the chimney when in contact with the sharp edges of the hole in the sheet, which can disrupt the directional smoke output and increase the likelihood of smoke in the space around the device and smoke poisoning of users. In addition, in the preferred embodiment, the sheet with a hole for receiving a chimney pipe can be made opaque.

In a preferred embodiment, the sheets include holes for accommodating fasteners in them for fastening to the stand, which, unlike attaching the sheets to the stand by means of, for example, glue, further increases the reliability of the connection, since the adhesive connection under the influence of high temperatures can soften with a violation of the integrity of the connection, which can lead to glass detachment, its fall and destruction with the formation of many sharp fragments that can lead to injury to users, thus further increasing the safety of the device. In addition, the sheets are preferably attached to the stand support, whereby the sheets can also take some bearing load and further evenly distribute it to the stand support by attaching, thereby reducing the possibility of uneven distribution of the load on the support and its failure during operation with a large mass of the container filled with water, together with users, which can lead to tipping over and injury to users, thereby further improving the safety of the device.

Preferably, the support may include a frame connected to the support by rod elements, which further increases the stability of the container by creating a continuous contour around the container, reducing the likelihood of it tipping over in a fork wind or unevenly distributed load inside the container, which further increases the safety of the device. In addition, the preferred presence of the frame in the stand additionally increases the uniformity of the distribution of the weight load from the walls of the tank to the support, reducing the likelihood of deformation of the tank, further increasing its durability and reliability. The connection of the frame with the support by rod elements forms additional stiffening ribs in the stand, which increases its strength and spatial rigidity, thereby further increasing its bearing capacity and stability, which reduces the likelihood of the stand being destroyed due to the large mass of the container filled with liquid, with subsequent tipping over and injury to users, which further increases the safety of the device during use. In a preferred embodiment, the sheets can be attached to the support frame, due to which, in addition to the barrier, the sheets can also perform some bearing function, additionally distributing the bearing load that receives from the frame by attaching to it, which reduces the likelihood of uneven distribution of the load on the support and its failure during operation with a large mass of the container filled with water, together with users, which can lead to tipping over and injury to users, thereby further increasing the safety of the device. Preferably, grooves can be made in the lower part of the frame to accommodate the upper parts of the sheets, which further increases the reliability of fixing the sheets, by placing a part of the sheet in the groove, which reduces the likelihood of them detaching and falling, followed by destruction with the formation of many sharp fragments, due to which users can be injured, thus further increasing the safety of the device. In addition, the preferred implementation of the grooves in the lower part of the frame to accommodate the upper parts of the sheets further simplifies the process of installing sheets during installation of the device.

In a preferred embodiment, the enclosure includes a sheet made of opaque glass, with its side facing another sheet of enclosure, and attached to a stand, which, due to the lack of the ability to transmit light, prevents additional possible uneven heating of the outer surface of the furnace and the container for liquid from sunlight, which can increase the likelihood of burns to users, since the container, made of metal, due to high thermal conductivity, can additionally heat up from the inside and outside, thus, the inclusion of a sheet of opaque glass in the fence further enhances the security of the device. In addition, the preferred use of an opaque glass sheet further reduces the potential for dry leaves and grass near the stove behind the enclosure to ignite due to additional heating from the sun, which can create an unsafe fire hazard for users with the possibility of burns from naked flames, thus further increasing the safety of the bathing device. Also, the preferred use of a sheet of opaque glass in the guard is a visual indicator of the presence of the guard, which, when attempting to penetrate the interior of the guard, reduces the risk of injury to the user due to inattention, thereby further increasing the safety of the device. Preferably attaching the opaque glass sheet to the stand further enhances its stability and secure attachment, which reduces the possibility of it falling and breaking resulting in many sharp pieces that could cause injury to users, thus further increasing the safety of the device. Preferably, a sheet of opaque glass may be installed in the enclosure on the side of the device that receives most of the sun's rays. The fence preferably includes a door for access to the inner space of the fence, connected by its side to another sheet of the fence, which further increases the safety of the proposed technical solution, due to the possibility of quick access to the inner space of the fence to eliminate possible emergencies, for example, violation of the integrity of the support or ignition of grass and leaves near the stove, which can lead to injuries and burns to users. In addition, in the preferred embodiment, the door can be made opaque. The preferred connection of the door to the side with another railing sheet further enhances the safety of the appliance by creating an enclosed enclosure space, which reduces the chance of wind blowing leaves and flammable debris into the interior, which could start a fire near the oven. The guard preferably includes a sheet containing a hole for accommodating a fastener for hinged fastening of the door, which is a simple and quick method of mounting the door, and also, unlike, for example, rotary opening of doors, reduces the likelihood of injury to users due to the fact that the sharp edges of the sheet near the connection remain in the plane of the guard when the door is opened, and do not extend into the inner space of the guard or out, which further increases the safety of the device. In addition, in a preferred embodiment, the sheet containing the hole for receiving the fastener for hinged fastening of the door can be made opaque. Preferably, the fence may include an air outlet, which further increases the safety of the device, due to additional cooling of the oven and the outer surface of the container due to air circulation in the inner space of the fence and the release of hot air, which reduces the likelihood of overheating of the container surface and burns to users, as well as the possible ignition of grass and leaves in the inner space of the fence, thereby further increasing the safety of the proposed solution.

All fencing sheets and the door are preferably attached to the stand to form an enclosed space, the cross section of which matches the contour of the support, which further improves the safety of the device by creating a closed enclosure space, which reduces the possibility of leaves and flammable debris entering the interior, which can lead to a fire near the oven and burns to users. In addition, the preferential correspondence of the cross section of the enclosed space to the contour of the support additionally increases the stability of the device due to the formation of vertical walls of the fence formed by sheets and the uniform distribution of the downward weight load from the container filled with liquid to the support, which further increases the safety of the device due to an additional increase in stability.

Preferably, the tank walls include three horizontal rows arranged at an angle to each other, each of the rows is made with flat trapezoidal faces mated to each other by the sides, and the smaller base of the trapezoidal face of one row is mated with the larger base of the trapezoidal face of the underlying row, while the faces are mated to form ribs, and the bottom is made flat, in the form of an equilateral polygon, the sides of the polygon are conjugated with the lower bases trapezoidal edges of the bottom row. The preferred execution of the walls and bottom according to the described shape and arrangement allows you to create a bathing device closed in shape, similar to a hemispherical one, which further increases the stability of the container relative to the axis of symmetry and evenly perceives the load, which further increases the safety of the device, reducing the likelihood of the container tipping over and causing injury to users. Stiffening ribs, preferably formed at the interface of flat trapezoidal faces located at an angle to each other, additionally increase the rigidity of the structure, take part of the load, increasing the resistance of the structure to the bending moment, thereby reducing the likelihood of its deformation, which further increases the reliability of the bathing device. The preferred execution of the metal container in at least three horizontal rows, as established by experience, further increases the rigidity of the proposed technical solution due to the greater number of horizontal stiffening ribs formed at the junction of flat trapezoidal faces, the smaller base of which mates with the large base of the trapezoidal face of the underlying row. The preferred formation of each row of the container by pairing the faces with their sides to form vertical stiffeners also further increases the rigidity of the structure. Vertical and horizontal stiffeners additionally take on part of the load, further increasing the resistance of the structure to the bending moment, thereby reducing the likelihood of its deformation. The preferred execution of the faces as flat also additionally increases the rigidity of the structure and forms, when the faces are connected to each other, rectilinear stiffening ribs. The preferred execution of the bottom as flat also characterizes the structure by the presence of additional horizontal stiffening ribs at the junction of each side of the bottom with the lower ribs of the bottom row of the container. At the same time, the preferred shape of the container described above further increases the safety of the device due to its rigidity and flat edges, which reduce the likelihood of slipping and getting grass during the operation of the device, in contrast to a hemispherical shape without highlighting individual faces.

Further, the claimed technical solution is explained with the help of figures, which conditionally represent one of the preferred embodiments of the device for bathing.

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

In FIG. 2 shows the preferred development of the stand guard.

The numbers in the figures indicate:

liquid container (1);

oven (2);

stand (3);

support (4);

sheet (5) of the fence;

a sheet (6) containing an opening (7) for placing a chimney therein;

holes (8) for placing fasteners in them for fastening to the stand (3);

frame (9);

rod elements (10) connecting the frame (9) and support (4);

fencing sheet made of opaque glass (11);

hole (12) for air outlet;

hole (13) for placing a bracket in it for fixing the chimney pipe;

door (14);

sheet (15) containing a hole for placing a fastener in it for hinged fastening of the door (14).

Further, with reference to the figures, one of the preferred embodiments of the proposed technical solution is described.

The bathing device includes a metal container (1) for liquid, made in the form of a bowl, expanding upwards, containing walls and a bottom, an oven (2) installed under the container (1), a stand (3) connected to the container (1), including a support (4) located around the furnace (2), and a fence, including sheets (5) made of translucent glass facing each other by the sides, and attached to the stand (3), and including a sheet (6) attached to the bottom rate (3), containing an opening (7) for placing a chimney in it, facing the sides to other sheets (5) of the fence. In a preferred embodiment of the proposed technical solution, the sheets (5, 6) preferably include holes (8) for placing fasteners in them for fastening to the stand (3). The sheets (5, 6) are preferably attached to the support (4) of the stand (3). The stand may include a frame (9) connected to the support (4) by rod elements (10). The support (4) is preferably made of rectangular pipes connected to each other to form a polygonal contour. Preferably, the guard also includes a sheet (11) made of opaque glass, with its side facing another guard sheet, and attached to a stand (3). The guard may include an air outlet (12). The sheet (6) with the hole (7) for accommodating the chimney pipe preferably also includes a hole (13) for accommodating the bracket for fixing the chimney pipe. The fence preferably includes a door (14) for accessing the interior of the fence, connected by its side to another fence sheet, and a sheet (15) containing an opening for accommodating a fastener for hinged fastening of the door (14). Sheets of glass enclosures are preferably made hardened impact resistant. Preferably, the tank walls include three horizontal rows arranged at an angle to each other, each of the rows is made with flat trapezoidal faces mated to each other by the sides, and the smaller base of the trapezoidal face of one row is mated with the larger base of the trapezoidal face of the underlying row, while the faces are mated to form ribs, and the bottom is made flat, in the form of an equilateral polygon, the sides of the polygon are conjugated with the lower bases trapezoidal edges of the bottom row.

One preferred use of the bathing device is illustrated below with an example.

The bathing device is installed on a surface sufficient for its horizontal placement. The container (1) of the bathing device is filled with water (for example, using a connected hose), the water temperature is brought to the desired temperature using an oven (2) installed under the container (1). The stand (3) connected to the tank (1) including the support (4) provides a stable position of the bathing device during filling with water and immersing users, as well as sufficient structural rigidity and reliable fixation of the tank (1), and in the preferred embodiment, the additional presence of a frame (9) of the stand (3) connected to the support (4) by rod elements (10) additionally increases the stability of the device, and as a result, its safety. The presence of a stand guard (3), including sheets (5) made of translucent glass, facing each other with their sides, and attached to the stand (3), and a sheet (6) attached to the stand (3), containing an opening (7) for placing a chimney in it, facing the other sheets (5) of the fence with its sides, ensures high safety of the device, preventing burns of users on hot external parts of the device, for example, a stove, providing a barrier function. After the completion of hygiene procedures, the water from the container (1) is drained in any available way, for example, in the preferred embodiment, through a drain hole in the container (1). The bathing device ensures safe use due to increased stability and prevention of burns and injury to users during operation.

The presented figures, description of the design and use of the device for bathing do not exhaust the possible versions and do not limit in any way the scope of the proposed technical solution. Other versions are possible within the scope of the claimed formula.

Claims (16)

1. A device for bathing, including a metal container for liquid, made in the form of a bowl, expanding upwards, containing walls and a bottom, a furnace installed under the container, a stand connected to the container, including a support located around the furnace, and a fence, including sheets made of translucent glass facing each other with sides and attached to the stand, and including a sheet attached to the stand, containing a hole for placing a chimney in it, facing the side sides to other fencing sheets. 2. The device for bathing according to claim 1, characterized in that the sheets include holes for receiving fasteners for fastening to the stand. 3. The device for bathing according to claim 1, characterized in that the sheets are attached to the stand support. 4. Bathing device according to claim 1, characterized in that the stand includes a frame connected to the support by rod elements. 5. The device for bathing according to claim 4, characterized in that the sheets are attached to the frame of the stand. 6. A device for bathing according to claim 4, characterized in that grooves are made in the lower part of the frame for placing the upper parts of the sheets in them. 7. The device for bathing according to claim 1, characterized in that the support is made of pipes of rectangular cross section, connected to each other to form a polygonal contour. 8. Bathing device according to claim. 1, characterized in that the fence includes a sheet made of opaque glass, facing another sheet of the fence and attached to the stand. 9. Bathing device according to claim. 1, characterized in that the fence includes a door for access to the interior of the fence, connected by the side to another sheet of the fence. 10. The device for bathing according to claim 9, characterized in that the fence includes a sheet containing an opening for receiving a fastener for hinged fastening of the door. 11. Bathing device according to claim 1, characterized in that the enclosure includes an air outlet. 12. The device for bathing according to claim 1, characterized in that the sheet with a hole for placing a chimney pipe in it also includes a hole for accommodating a bracket in it for fixing the chimney pipe. 13. A device for bathing according to claim 1, characterized in that the glass sheets of the fence are made of tempered impact-resistant. 14. Bathing device according to claim 1, characterized in that the glass sheets of the fence are chamfered on the front side. 15. A device for bathing according to claim 10, characterized in that all fencing sheets and the door are attached to the stand to form a closed space, the cross section of which corresponds to the contour of the support. 16. The device for bathing according to claim 1, characterized in that the walls of the container include three horizontal rows located at an angle to each other, each of the rows is made with flat trapezoidal faces mated to each other by the sides, and the smaller base of the trapezoidal face of one row is mated with the large base of the trapezoidal face of the underlying row, while the faces are mated with the formation of ribs, and the bottom is made flat, in the form of equal side polygon, the sides of the polygon are conjugated with the lower bases of the trapezoidal faces of the lower row.