RU177735U1 - Portable phytosauna - Google Patents

Abstract

The utility model is designed to meet the vital needs of a person, relates to household portable sanitary-hygienic and preventive devices, can be used as a mobile portable device for performing phytotherapy with the aim of preventing various diseases and improving the human body, can be used on outdoor recreation at any season, on tourist trips, travels where there is no power supply network and water supply network. The device comprises a polygonal collapsible frame, consisting of vertically and horizontally arranged hollow tubes 1 made of polypropylene connected by tees 2, a removable cover 3 that tightly tightens on all sides of the case 3 with an opening (not shown) and zippers 4; while the cover has a base in the form of a seamless tank. The design of the upper part is made polygonal, for example, hexagonal, without installing two tubes 1. A cover 3 is pulled on top of the frame, consisting of a base 13 in the form of a seamless container and two vertical canvases spreading on two sides and assembled into one piece by means of zippers 4. The front lock 4 serves to enter the device, the rear lock 4 serves for quick and convenient collection / disassembly of the structure. Top cover 3 has a Central hole (not shown), made in the form of a cuff 5, forming a rounded collar that regulates the tightness of fit to the neck of the patient. Case 3 consists of two layers of fabric. The top layer is water-repellent and made of waterproofing Oxford fabric. The bottom layer is thermo-vapor-proof isospan. A removable cap 6 is attached to the upper part of the cover 3, the front face of which is made of transparent film, the rest of the removable cap is made of steam-tight material. In the cap 6 holes are made for oxygen. The cap 6 is attached to the cuff 5 by means of a fastening element 7 (it can be Velcro, straps, buttons, etc.). In the back of the case 3 there is an opening (not shown) into which a hose for supplying steam 12 is passed. A hose 12 is connected to the steam distribution tubes 9. The tubes 9 are assembled in the form of a polygon, for example a square, with the possibility of dismantling in the corner joints to extract accumulated from them condensate. A distinctive feature of the proposed device is that the tubes 9 have openings 10 for the exit of steam, made at an angle of 45 °, which allows the outgoing couple to make movements along the ring and evenly heat the body. The other end of the hose 12 is connected to a steam generator 11 (it is also a phytobank) made in the form of a phytobank, with the possibility of both loading dry and liquid herbal compositions into it, and introducing ether-oil mixtures into its volume during boiling. 2 ill.

Description

The utility model is designed to meet human needs, relates to household portable sanitary-hygienic and preventive devices, can be used as a mobile portable device for performing phyto-procedures for the prevention of various diseases and the improvement of the human body, namely, for the prevention of acute respiratory viral infections, support locomotor apparatus, respiratory diseases, weight loss, can be used on outdoor recreation at any time of the year, on tourist trips x, travel where there is no electricity supply network and water supply network.

There are many different devices of mini saunas with various indicators of improvement and various heating facilities. Mini saunas are designed for use by one person or a small group of 2-3 people, but they most often are stationary structures, for example from prefabricated shields. There are a number of technical solutions with collapsible sauna cabins made of flexible materials: films or fabrics [for example, French patent No. 2487671, cl. A61H 33/06, 1982], in which a flexible film sauna cabin is heated with hot steam from a household pressure cooker.

The disadvantages of this installation is the complexity of the design and its stationarity, i.e. the inability to move it for use in various places, for example in the country.

A self-contained phyto-sauna is known, comprising a prefabricated cabin for accommodating a person, a phytobank for accommodating water infusion of medicinal herbs, made in the form of a sealed container with a lid, connected to the cabin through openings with pipes designed to supply a phytocouple and a heating agent for the formation of phytocouple [Ru p .m. No. 25164, IPC A61H 33/06, publ. 2002, 09.20].

A well-known mobile bath (patent of Russian Federation No. 126597, IPC А61Н 33/06, op. 04/10/2013) containing an insulated heat chamber, including a rectangular collapsible frame with a removable cover covering all sides of it with an entrance door, and a device for heating air in a heat chamber, characterized in that the device for heating air in a heat chamber is made in the form of a steam generator located outside the heat chamber and connected to it by a steam conduit, the input of which is located at the bottom of the heat chamber, while the removable shell of the heat chamber is made of heat RAWA material - penoterma.

The disadvantages of the known technical solution are the design complexity, limited operational capabilities, narrow functional capabilities that do not ensure uniform heating of the human body, which are explained by the absence of holes in the upper horizontal surface of the removable shell (roof), which involves a person in the cab with his head, which creates additional physiological stresses on the body since the humidity inside the cabin is 100% and the steam supplied to the cabin is low-dissociated. The removable shell of the heat chamber is made of heat-reflecting material - foam, which is brittle, prone to breaking during frequent folding and unfolding, which complicates the movement of the device, transportation, storage and reduces usability. And a significant disadvantage of the prototype is the lack of steam distribution pipes designed to supply a phytocouple from a steam heater, which reduces the effectiveness of phytotherapy due to the insufficient uniform penetration of phytopreparations through the skin.

Closest to the claimed technical solution is a mini-phyto-sauna (RF Patent No. 47227, IPC А61Н 33/06, op. 27.08.2005), comprising a prefabricated cabin, a phytobank for placement of water infusion of medicinal herbs, made in the form of a sealed container with a lid connected to the cabin through an opening with a tube designed to supply a phytocouple, and heating means for forming a phytocouple, the cabin is made in the form of an elliptically truncated cone, has a prefabricated frame that is mounted on a collapsible seat-grill, a footrest under Torah attached tube evaporator, and the housing-cover. In this case, the prefabricated frame consists of two arcs of different diameters, n-racks with tees, where n = 3,4,5 ... and a hoop with a lock sleeve on which the racks are mounted, the frame is made of plastic tubes, the cover-case is made of multi-layer thermo-steam and moisture-insulating material, in the back of which there is an opening for a tube for feeding a phytocouple, the evaporator tube has openings in the lower and side parts, and there is a heat-insulating mat.

The disadvantages of the known technical device include the low efficiency of phytotherapy due to the insufficient penetration of phytopreparations through the skin due to the implementation of steam distribution tubes. In addition, the mini-phyto-sauna is structurally difficult due to the large number of assembled parts, the prefabricated frame consists of hoops of different diameters, is installed on a collapsible wooden seat-grill, and there is a wooden footrest. The execution of wood parts increases the weight of the structure, and given that they are prefabricated, it increases the assembly / disassembly time of the structure. Due to the constant moisture in the heat chamber, the disadvantages include a fairly quick loss of wood freshness, its decay, and the appearance of extraneous odors. The entrance to the heat chamber is through the connector, opening the zipper, while the distance between the hoops is constant and creates inconvenience when the patient enters. The device cannot be compactly folded due to the presence of many docking nodes, due to the spatial partially non-collapsible frame, which complicates its movement, transportation, storage and reduces usability. The removable shell of the heat chamber is made of heat-reflecting material - foam, which is brittle, prone to breaking during frequent folding and unfolding, which complicates the movement of the device, transportation, storage and reduces usability.

The objective of the utility model is to create a collapsible portable phyto-sauna; a simplified design, low weight and dimensions, which do not require the supply of electricity and tap water during operation, ensuring the production of a phytocouple and comfortable conditions when visiting the sauna; expanding the scope, for example, in the prevention of various diseases; providing a healing effect on the human body as a whole; reduction of time for installation and dismantling of the proposed sauna.

The technical result from the implementation of the utility model is to increase the efficiency of phyto-procedures, prevention of various diseases, providing a healing effect on the human body as a whole; improving the convenience of using a portable sauna due to its structural simplification and compact folding in the inoperative position, through the use of a removable cap, ensuring uniform heating of the human body and increasing the efficiency of the impact due to the implementation of a collapsible frame, steam distribution pipes and material for the manufacture of the cover.

This technical result is achieved by the fact that a portable phyto-sauna containing a prefabricated heat chamber, a phytobank for accommodating water infusion of medicinal herbs, made in the form of a sealed container with a lid, connected to the heat chamber through an opening with a steam pipe designed to supply the phytocouple, the heat chamber has a prefabricated frame, made of plastic tubes, a steam distribution tube, and a casing-cover, according to a utility model, the phytobank is made in the form of a steam generator, with the possibility of loading dry and FIR herbal formulations and administration within its scope ester-oil mixtures in the boiling process; additionally contains a removable cap and steam distribution pipes assembled in the form of a polygon with the possibility of dismantling in corner joints, to extract accumulated condensate from them; at the same time, holes are made in the steam distribution pipes at an angle of 45 ° to direct the outgoing steam; while the steam distribution tubes are assembled in such a way that the openings at an angle of 45 ° are located to the outside of the patient; the prefabricated frame of the heat chamber has the shape of a polygonal prism, consists of an upper and lower polygon of the same size, assembled from tubes connected through tees; while the polygons are mounted on racks assembled from tubes with tees; while the upper polygon of the frame is made without installing the front two horizontal tubes, forming the entrance to the heat chamber; while the cover has a base in the form of a seamless container; at the same time, two vertical cuts are made in the case from two opposite sides in the center, forming canvases that open on two sides and are assembled together by means of zippers, of which the front zipper serves to enter the device, the rear zipper serves to quick and convenient collection / analysis of the structure; at the same time, in the upper horizontal part of the cover there is a central hole with a cuff regulating its tightness to the patient’s neck; wherein the cover is made of at least two layers of fabric, one of which the upper layer is water-repellent and made of moisture-proof Oxford fabric, the lower layer is made of thermo-vapor-waterproof material - isospan; the front face of the removable cap is made of a transparent film, the rest of the removable cap is made of steam-waterproof material with holes for oxygen supply with fasteners for attachment to the surface of the cover; in this case, the hose acting as a steam line is connected to the steam distribution pipes.

Distinctive features of the prototype are:

- the prefabricated frame of the heat chamber has the shape of a polygonal prism, consists of an upper and lower polygon assembled from tubes connected through tees; while the polygons are mounted on racks of tubes with tees; while the upper polygon of the frame is made without installing the front two horizontal tubes, forming the entrance to the heat chamber;

- steam distribution pipes have openings for steam exit, made at an angle of 45 °, which allows the outgoing couple to loop and evenly heat the body;

- the cover is made of at least two layers of fabric, one of which the upper layer is water-repellent and made of moisture-proof Oxford fabric, the lower layer is made of thermo-vapor-waterproof material - isospan;

- a removable cap is attached to the cover, the front face of which is made of a transparent film, the rest of the removable cap is made of steam-waterproof material with holes for oxygen supply with fasteners for attachment to the surface of the cover;

- on top the cover has a central hole made in the form of cuffs forming a rounded collar that regulates the tightness of fit to the patient’s neck;

- the cover has a base in the form of a seamless container, completely sealed, in contrast to suture structures, in which drops of water flow into the seams and remain there, as a result of this, the seams are destroyed and the material is damaged.

- universality due to the possibility of using household electric or gas stoves to heat the steam generator, as well as the possibility of both loading dry and liquid herbal compositions into the steam generator, and introducing into its volume essential oil mixtures during boiling, and also due to low requirements for hardness of the water poured into the steam generator.

- simplicity of design - two vertical cuts forming canvases that open on two sides and are assembled together by means of zippers, of which the front zipper serves to enter the device, allows you to enter and exit the heat chamber with a quick restoration of dense overlap entrance, which is convenient for the user and contributes to the preservation of heat in the heat chamber.

- frame, consisting of vertically and horizontally located hollow tubes 1 made of polypropylene

In FIG. 1 shows a portable phyto - sauna, general view.

In FIG. 2 - the same, a fragment of a steam distribution pipe with a hole.

Positions indicate: tubes 1; tee 2; case 3; castle 4; cuff 5; cap 6; fastener 7; steam distribution tubes 9; hole 10; a steam generator 11; steam hose 12, base 13.

The device contains a polygonal collapsible frame, consisting of vertically and horizontally arranged hollow tubes 1 made of polypropylene connected by tees 2, a removable cover 3. tightening on all sides of the case 3. with an opening (not shown) and zippers 4; while the cover has a base in the form of a seamless tank.

Unlike the known technical solutions, the proposed design, due to its shape, without violating the structural stability, allows the upper part to be polygonal, for example, hexagonal, without installing two tubes 1 (it has increased stability), thereby providing a more comfortable and unhindered patient input and output from the device. A cover 3 is stretched on top of the frame, consisting of a base 13 in the form of a seamless container and two vertical paintings, spreading on two sides and assembled together by means of zippers 4. The front lock 4 serves to enter the device, the rear lock 4 serves to quickly and convenient collection / analysis of the design. On top of the cover 3 has a Central hole (not shown), made in the form of a cuff 5, forming a rounded collar that regulates the tightness of fit to the neck of the patient. Case 3 consists of two layers of fabric. The top layer is water-repellent and made of waterproofing Oxford fabric. The bottom layer is thermo-vapor-waterproof. It should be a dense material (for example, isospan) having a thin base and a stable, solid surface. In the upper part of the cover 3, a removable cap 6 can be attached, the front face of which is made of a transparent film, the rest of the removable cap is made of vapor-waterproof material, for example, Oxford waterproof fabric, with holes for oxygen supply with fasteners for attachment to the surface a cover by means of a fixing element 7 (it can be Velcro, straps, buttons, etc.). In the back of the case 3 there is a hole (not shown) into which a hose for supplying steam 12 is passed. A hose 12 is connected to the steam distribution tubes 9. The tubes 9 are assembled in the form of a polygon, for example, a square with the possibility of dismantling in the corner joints, to remove from them accumulated condensate. A distinctive feature of the proposed device is that the tubes 9 have openings 10 for the exit of steam, made at an angle of 45 °, which allows the outgoing couple to make movements along the ring and evenly heat the body. The other end of the hose 12 is connected to a steam generator 11 (it is also a phytobank), made in the form of a phytobank, with the possibility of both loading dry and liquid herbal compositions into it, and introducing ether-oil mixtures into its volume during boiling; additionally contains a removable cap. The frame is made of polypropylene tubes 1, for example, with a diameter of 25 mm. An exploded view shows a set of tubes with a length of not more than 100 cm, which are connected by tees 2. The frame 1 has the shape of a polygon, for example, an octagonal prism.

The device is used as follows.

For the installation of a portable phyto-sauna from the cover 3, parts of the collapsible frame, cover 3 of the heat chamber, hose 12 with steam distribution tubes 9 and a steam generator 11 are removed.

Lay the cover 3 on a horizontal surface with the base 13. Then collect the horizontal upper and lower polygons from the tubes, connecting them through tees. At the same time, two tubes are not installed in the upper polygon to form the entrance to the heat chamber. The assembled horizontal polygons are positioned inside the cover. Then the polygons are fixed to each other by means of vertical tubes. Getting the frame in the form of a prism. Next, the heat chamber cover 3 is mounted on the assembled frame and secured by cuts using locks 4. Cuffs are fixed to the neck opening 5. At the patient's request, cap 6 is fixed using fasteners 7, for example, Velcro, with the transparent side to the heat chamber entrance. A hose 12 with steam distribution tubes 9 is installed inside the heat chamber. Outside the heat chamber, a steam generator 11 is connected, connected by a hose 12, with an opening in the case 3 of the heat chamber. Then in the steam generator 11 (aka phytobank), pour cold water, preferably filtered to remove harmful and unnecessary inclusions (chlorine, salts, etc.), with medicinal herbs (selected according to the patient’s desire), close the cover of the steam generator 9 and install to a heat source that provides heating of water to intense vaporization, the heated phytocouple is fed into the heat chamber through a hose 12.

The patient is placed in a heat chamber (you can install a folding chair at the request of the patient) in such a way that his head is outside the heat chamber for a certain time for phytotherapy. Adjustable cuffs to fit snugly to the neck.

Fastens the zipper.

Gradually, the phytocouple passes through the opening with the neck cuff 5 and is collected in the cap 6. This makes it possible to use it for cosmetic purposes for steaming the face, for the effective action of hair masks, scalp, inhalation procedures.

Due to the shape of the cap, for example, in the form of a square with rounded corners and transparent front walls, a comfortable spacious space is provided. The cap 6 is easy to fold, disassemble, can be used constantly and / or as necessary due to easy attachment to the cover.

After receiving the procedure, the device can be disassembled, wiped, dried and stored unassembled.

A collapsible heat chamber frame improves sanitation, maintenance, and storage. This design of a portable phyto-sauna allows you to increase the operational properties of the device, making it affordable for most people and portable for use at home, in cottages, in cottages and on hikes.

Prototypes of portable phyto-saunas are made and tested in work. In the manufacture and operation, its advantages over analogues were confirmed.

The device’s operation is based on cleansing the body of various harmful decay products by exposing the body to a phytophar saturated with medicinal compounds from a decoction of herbs, it can simultaneously affect both the entire body and certain areas of the patient’s body, which allows it to be used to prevent various diseases for example, colds, pulmonary, cardiovascular and others. The effect of the phytopar has a beneficial effect on the body, metabolic processes are accelerated, blood circulation and lymph circulation are improved, respiration is stimulated, the feeling of fatigue and nervous tension are relieved. Steam treatments provide more intense weight loss. Exposure to herbal medicine saturated with medicinal herbs warms the body and has a pronounced healing and therapeutic effect on the human body.

The design allows users to take the device with them everywhere, for example, when camping, etc.

Claims (1)

A portable phytosauna containing a prefabricated heat chamber, a phytobank for accommodating water infusion of medicinal herbs, made in the form of a sealed container with a lid connected to the heat chamber through an opening with a steam line designed to supply a phytocouple, the heat chamber has a prefabricated frame made of plastic tubes, a steam distribution tube and a casing -the case, characterized in that the phytobank is made in the form of a steam generator with the possibility of both loading dry and liquid herbal compositions into it, and introducing ether- oil mixtures during boiling; additionally contains a removable cap and steam distribution pipes assembled in the form of a polygon with the possibility of dismantling in corner joints to extract accumulated condensate from them; at the same time, holes are made in the steam distribution pipes at an angle of 45 ° to direct the outgoing steam; while the steam distribution tubes are assembled in such a way that the openings at an angle of 45 ° are located to the outside of the patient; the prefabricated frame of the heat chamber has the shape of a polygonal prism, consists of upper and lower polygons of the same size, assembled from tubes connected through tees; while the polygons are mounted on racks assembled from tubes with tees; while the upper polygon of the frame is made without installing the front two horizontal tubes, forming the entrance to the heat chamber; while the cover has a base in the form of a seamless container; at the same time, two vertical cuts are made in the case from two opposite sides in the center, forming canvases that open on two sides and are assembled together by means of zippers, of which the front zipper serves to enter the device, the rear zipper serves to quick and convenient collection / analysis of the structure; while in the upper horizontal part of the cover there is a central hole with a cuff regulating its tightness to the patient’s neck; wherein the cover is made of at least two layers of fabric, one of which, the upper layer, is water-repellent and made of moisture-proof Oxford fabric, the lower layer is made of thermo-vapor-waterproof material isospan; the front face of the removable cap is made of a transparent film, the rest of the removable cap is made of steam-tight material with holes for oxygen supply, with fasteners for attachment to the surface of the cover; in this case, the hose acting as a steam line is connected to the steam distribution pipes.

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