AT10616U1 - HEAT CABIN - Google Patents

Description

2 AT010 616U1

The present invention relates to a heat cabin with a heat chamber wall enclosing an interior of the heat cabin and at least one seat surface and with at least one water evaporator arranged below the seat surface.

From the AT 7090 U1 a heat treatment cabin is known in which passages are provided in the seat, which serve the supply of steam. In the cabin shown in this document, there is an elongate passage in the middle seating area. In such cabins, it has proven to be advantageous to arrange the water evaporator directly under the seat. However, this has the disadvantage that the water evaporator must be pulled out to refill water and for cleaning under the seat. In the prior art, this is due to the cramped space usually quite complex and impractical.

The object of the invention is to propose an improvement to solve this problem.

This is inventively achieved by the water evaporator on a pedestal, preferably bottom plate, is arranged, wherein the pedestal is slidably mounted on at least one guide rail and / or on at least one roller.

By means of the guide rail (s) and / or the role (s) slidably mounted water evaporator, it is possible to easily and easily pull it out from under the seat to fill the water evaporator again with water or clean. By this type of displacement at least two end positions can be conveniently achieved, wherein the water evaporator is positioned in the first end position of the pedestal or bottom plate exactly at its desired operating position under the seat and the second end position allows free accessibility of the water evaporator. In particular, by means of the guide rail (s) and the role (s) predetermined first end position ensures that the water evaporator is returned after filling or cleaning back to its predetermined optimum position under the seat, so that then the steam optimally in the Heat cabin can distribute. It is advantageously provided that the guide strip is fastened to the heat cabin wall and / or to a floor of the heat cabin.

The water evaporator ensures an optimal level of humidity for the skin and the respiratory tract of the person (s) staying in the heat cabin. By the thus achieved pleasant, sufficiently high relative humidity of preferably 70% to 95%, especially in the winter half-year, the illness caused by low humidity is counteracted. It is particularly advantageous if the water evaporator is used for Beckenbodenampfampfung a person sitting on a seat of the heat cabin. Here, the outlet nozzle of the water evaporator should be arranged for the steam as directly as possible directly below the passage opening in the seat, so that the pelvic floor of the person sitting on the seat person is targeted as possible and directly steamed. The opening should be designed so that both the pelvic floor and the back can be steamed directly. With this you can directly hit the emotional and energy center of the body. The rising warm steam quickly dissolves tension and opens and intensifies the central energy flow from the middle of the body and allows the warmth of well-being throughout the body reinforced and sustainable flow and after leaving the cabin for hours to act. In order to sit comfortably on the passage opening in the seat but at the same time to ensure good vapor deposition of the pelvic floor and the back, the passage opening in the seat in a plan view is conveniently formed bone-shaped by a longitudinally extending central opening area with two end adjoining this and opposite the central opening area widened end-side opening areas. The water evaporator is conveniently heated water vapor z. B. with a temperature between 30 ° and 40 °. 3 AT010 616U1

Particularly preferred variants provide that the base can be locked in an operating position of the water evaporator by means of a locking device on or in the heat cabin.

Further details and features of a preferred embodiment of the invention will become apparent from the description of the figures. Showing:

Fig. 1 Fig. 1a Fig. 2 Fig. 3 Fig. 4 Fig. 5 Fig. 6 and 7 Fig. 8 and 9 Fig. 10 and 11 is a plan view of the interior of a heat cabin according to the invention; a detailed representation of the seat of the heat cabin; a detailed view in a plan view, wherein the seat is omitted; a side view of the slidably mounted on a bottom plate water evaporator; a detailed view of the locking device; a detail view of the guide bar; each in a side view of the interior of the cabin, as a pool of water in this embodiment can be arranged at different heights, in two side views of the interior of the cabin, as additional gymnastics and massage utensils can be integrated into the cabin and a plan view of a section the heat cabin, in the area where the water basin is located.

In the context of this description, the terms top and bottom always refer to the orientation of the components in the upright on the floor 30 in operating position car, as shown in Figs. 6 to 9. An adjustment of the height is also related to this operating position to understand, so as an adjustment down or up.

Fig. 1 shows a top view of the interior 1 of an embodiment of a heat or Schwitzkabine invention, the ceiling 29 is omitted to allow a clear view into the cabin interior 1. First of all, the seat 6 can be seen, on which a person can sit down. It is provided that the person turns their backs designed in the form of a curved surface radiator heater 3 '. The heating device 3 ', as well as the oppositely arranged heating device 3 can be embodied in all known in the prior art embodiment variants. Conveniently, however, it is surface heaters or infrared heaters with a maximum power per area of 0.07 watts / cm2. Favorable is a power per area between 0.04 and 0.07 watts / cm2. In the illustrated embodiment, the heaters 3 and 3 '50 cm wide and 130 cm high and executed with carbon surfaces. But this is only a preferred embodiment and not mandatory. Behind the heaters 3 and 3 'are each air rising channels 9 are provided, in which the air is heated by the respective heater 3 and 3', so that a chimney effect arises, the cold air in the vicinity of the bottom 30 from the interior 1 of the cabin sucks and thermally rise by heating, so that in the cabin very quickly after turning on the heaters 3 and 3 'over the entire vertical extent results in a uniform temperature distribution. It is particularly favorable if, in the vicinity of the air rising ducts 9 and in the vicinity of the bottom, 30 inlet holes are provided in the heat cabin wall 2 through which fresh air is sucked from the outside. This prevents condensation and ensures that fresh air is sucked in and heated. The inlet holes may e.g. be provided in the corner of the heat cabin wall 2 behind at least one heater 3 and 3 '.

In the exemplary embodiment shown, it is a cabin for a single person, wherein the seat surface 6 is arranged so that the person sits diagonally in the cabin. This is of course only one embodiment, also a different orientation of the seat and thus AT010 616U1 the seating position is conceivable, as well as the formation of inventive heat or steam cabins for several people. In order to produce a pleasant and healthy air humidity in the interior of the heat cabin, the water evaporator 10 is provided, which preferably heated steam, z. B. with a temperature between 27 ° and 35 ° and preferably gives a relative humidity of 70% to 95%. Due to the high relative humidity, a particularly cardiovascular and gentle sweating is possible even in a lower temperature range of the human body temperature.

The water evaporator 10 is arranged under the seat surface 6 and therefore shown in Fig. 1 only by dashed lines. Above the water evaporator 10 and in particular via its outlet nozzle 33 for the steam is located in the illustrated embodiment, the passage opening 11 in the seat 6, through which the water vapor is directed directly to the pelvic floor and in the back region of the seat on the seat 6 corresponding person. In order to allow a comfortable sitting but also simultaneous steaming of said body parts particularly optimal, the passage opening 11, as in the plan view like. Fig. 1 to see well, a middle longitudinally extending opening portion 12 having two end portions 13 and 13 'arranged thereon, which results in a total of at least approximately a bone-like configuration of the passage opening 11. By the rear end-side passage opening 13 'of the steam is particularly well directed in the back region of the seated on the seat 6 person. The enlarged opposite opening area 13 ensures a pleasant vaporization of the pelvic floor or the genital area. The smaller opening width in the central opening region 12 ensures that the seatbones can rest on the entire surface of the seat surface 6 and thus a comfortable and relaxed sitting in the region of the passage opening 11 is possible over a longer period. Dashed lines indicated beyond that the central opening portion 12 funnel-shaped, is tapered upward, whereby the water vapor is directed specifically in this relatively narrow range. Between buttocks and seat 6 hygiene can be placed because of a steam-permeable terry towel. The steam passing through the passage opening then passes through the toweling towel to the person seated on the seat 6.

FIG. 1a shows a frontal view of the front panel 56 of the seat surface 6. The lower edge of the seat surface 6 located behind the front panel 56 is shown as a dashed line in the middle. The central opening area 12 of FIG Passage opening 11, which, funnel-like upwardly tapering, is formed.

In order to steam not only the back and pelvic floor area of the person but also the palms, additional hand holes 22 are provided in the seat surface 6, on which the palms can be placed for vapor deposition. In addition, this embodiment still provides the arrangement of support blocks 23 on the seat surface 6. On this, a seated on the seat 6 person support and lift the buttocks from the seat 6 by stretching the arms, so as to stretch the back. Below the seat the dashed lines in Fig. 1 shown flap 25 is provided, which can be pivoted in the direction 27 in order to pull out the water evaporator 10 to clean it or refill it.

In the embodiment shown, a window 28 is provided in the wall 2 of the heat cabin. Of course this is purely optional. The door 24, which can be pivoted in the direction 26, may be made of glass or of another material. As is known per se, preferred types of heat cabins have walls 2 and wooden seating surfaces 6.

Shown in dashed lines in Fig. 1 is located below the seat bottom plate 6, 5 AT010 616U1 which here forms the displaceably mounted base for the water evaporator 10. Above the water evaporator 10, the drip tray 32 is arranged. It prevents sweat from passing through the passage opening 11 or 22 on the water evaporator. The drip tray 32 may have a slight bend or other depression which serves to collect the sweat falling on the drip tray and preferably feed it along the bend or depression to a sump or the like. Also, the drip tray 32 is shown in phantom in Fig. 1, since it is also below the seat surface 6 and thus actually hidden in this plan view. In addition, located below the seat 6 and the locking device 45 shown here by dashed lines, by means of which the base or the bottom plate 42 in the end position shown in FIG. 1 or operating position of the water evaporator on or in the heat cabin can be locked.

FIG. 2 shows a partial region of the heat cabin in a plan view, wherein the seat surface 6 is omitted and thus the view of the drip plate 32 is released. Shown in dashed lines is arranged in this plan view below the drip tray 32 bottom plate 42, on which the water evaporator 10 is. The arrow 58 shows the two directions in which the bottom plate 42 and the pedestal can be moved together with the water evaporator 10 to bring him from the end position or operating position shown here in a second end position in which he under the drip tray 32 and the seat 6 is pulled out and can be refilled or cleaned. The directional arrows 58 are also shown in FIG. Here it can also be seen that before pulling out the bottom plate 42 together with the water evaporator 10 in this embodiment, the flap 25 must be pivoted in the direction 27. If the water evaporator 10 is moved back into the operating position shown in FIGS. 1 and 2 after refilling or cleaning, then the flap 25 can be closed again.

Partially covered by the drip tray 32 is to see the locking device 45 at the edge. This has, as can be seen particularly well in the side view of FIG. 3, the locking pin 46, which cooperates with the pivotable handle 48. In Figs. 2 and 3, a first position of the handle 48 is shown, in which the locking pin 46 is in a first extended position. In this he locks, as seen especially in the side view of FIG. 3, the bottom plate 42 and the base of the water evaporator 10 so that it is not displaced in the directions 58. By turning the handle 48, it slides along an inclined surface 47 of the support 52 to its second position, shown in FIG. 4, in which the locking pin 46 is in a retracted position in which the base 42 is in the directions Be moved 58 and can be pulled out together with water evaporator 10 in the direction 58.

In the illustrated embodiment, not only the locking pin 46 is raised and lowered in the directions 59 with the handle 48 and its pivoting in the direction 50 and in the opposite direction, but also the actuating lever 49 pivoted in the direction 51 and in the opposite direction and additionally also raised or lowered. By this pivoting of the handle, the drip tray 32 is raised or folded up by means of the actuating lever 49, so that the water evaporator 10 can be pulled out from under the drip tray 32. This coupling between raising and lowering movement of the drip plate 32 and unlocking or locking movement of the locking pin 46 is cheap, but not mandatory. In the embodiment shown this is realized by the locking pin 46 and the actuating lever 49 are integrally formed in the form of a rod, said rod is bent in the region of the actuating lever 49 as shown z-shaped. FIG. 3 shows, in a solid line, the lowered position of the drip plate 32, in which the outlet nozzle 33 rests on the outlet pipe 54 of the evaporator 10. By pivoting the operating lever 49 by means of the handle 48 in the direction 51, the drip tray 32 is raised to the position shown in dashed lines. The outlet nozzle 33 is thereby lifted off the evaporator 10 or its outlet pipe 54, so that the evaporator 10 together with the bottom plate 42 in the raised position of the dashed dashed line 6 010 616 U1

Drip tray 32 can be pulled out under this. In order to enable this pivoting or lifting movement, the drip tray 32 must be mounted correspondingly movable or pivotable. In the embodiment shown, it rests on the bearings 57 and 57 ', which allow a corresponding pivoting movement. But it is also conceivable, instead of the storage pin 57 'a hinge o. The like. To attach to the heat cabin wall 2 or to another component and the drip tray 32. The shape of the drip plate 32 is to be chosen so that when lifting or pivoting no collision with the heater 3 'or other components of the heat cabin takes place.

In FIG. 3, the first stroke 60 can be seen particularly well, by which the handle 48 and thus also the locking pin 46 and the actuating lever 49 are lifted when the handle 48 is rotated along the inclined surface 47 in the holder 52 in the direction 50. This stroke 60 is sufficient to raise the locking pin 46 so far that the bottom plate 42 is released. In contrast, the lifting of the drip tray 32 but not only by the amount of the first stroke 60. Due to the simultaneous pivoting of the actuating lever 49 results in a total of a second stroke 61 of the drip tray 32 lifts significantly higher at its front edge, so that the water evaporator problems including the bottom plate 42 can be pulled in the direction 58 in its second end position, not shown here, to be cleaned or refilled. Fig. 4 shows the raised position in which the handle 48 is in its second position and thus the locking pin 46 in its retracted position and the actuating lever 49 in its relative to the first position shown in Fig. 2 pivoted second position.

FIG. 5 also shows a detailed view of the guide strip 43, which is fastened to the cabin wall 2 under the holder 52 in the exemplary embodiment shown. The bottom plate 42 engages with an L-shaped extension in a groove 55 of the guide bar 43 and is guided in this. The guide bar 43 allows the bottom plate 42 to be displaced in the directions 58 and supports it in all positions. The guide bar 43 should therefore be formed correspondingly long forward. As can be seen in Fig. 1, the guide bar 43 extends this embodiment along the entire side wall of the heat cabin wall 2. On the guide bar 43 opposite side of the bottom plate 42, the roller 44 is provided as a support. Of course, several successively or juxtaposed rolls can be used. In the operating position shown in FIG. 3, the bottom plate is also supported on the back on the support bar 53.

As shown in FIGS. 1 and 6 to 11, in the preferred exemplary embodiment of a sweat or heat cabin shown here, a water basin 4 is mounted in a height-adjustable manner on a height-adjustable bearing device 5. The storage device 5 is integrated in the embodiment shown in the heat cabin wall 2. It will be explained in more detail with reference to FIGS. 6 to 11 in detail. Above the water basin 4, a massage device 18 with an inclined massage surface 21 is additionally arranged above the water basin 4 in the embodiment shown in FIG. The inclined massage surface 21 has in this embodiment rollers 19, with which the feet, but also hands can be massaged. The massage device 18 is like the water basin 4 stored or attached to the storage device 5 in the illustrated embodiment. As can be seen particularly well in FIGS. 6 to 9, the bearing device 5 has a sequence of receiving recesses 7 arranged here in pairs opposite each other, into which the water basin 4 can be suspended at different heights by means of the crossbar 8 in the embodiment shown. In the illustrated embodiment, the recesses 7 are arranged in pairs opposite one another in two lateral strips 38. The strips are, as seen in Fig. 1, formed integrally with the heat cabin wall. However, this need not be so, the storage device 5 can also be attached only to the heat cabin wall 5 or even formed freestanding. In the embodiment shown, a substantially circular hole or blind hole is arranged as a receiving recess 7 in each case in one of the two strips 38. At the same height in the respective opposite strip 38 is a receptacle 7 mausnehmung 7 with a dashed lines indicated oblique feed opening. This makes it possible to insert the crossbars 8 in the hole or blind hole 7 and introduce on the opposite side or bar in the obliquely upwardly open channel of the receiving recess 7, whereby a simply adjustable, but securely holding option is provided, different crossbar. 8 at different heights to attach to the storage device 5 or to adjust these in height. The crossbars 8 can be used as a universally replaceable mounting option for various accessories and also for the pool 4 to attach the accessories or the pool 4 at different heights on the storage facility 5 can. In the illustrated embodiment, the water tank 4 is not directly but via a water tank bracket 39 on the crossbar 8 and thus on the bearing device 5. The water tank bracket has two, attached to the crossbar 8 bracket side walls 31 and a floorboard 37 worn therefrom. In the water basin holder 39 thus formed, the water basin 4 is placed in this embodiment, so that it is certainly held but also removable. In the illustrated embodiment, the water tank bracket 39 at its rear lower end a recess 40 which serves to support the pool holder 39 and thus the pool 4 in its lower part to another crossbar 8, or as in the illustrated embodiment on a fixed rod 7 ' , In the variant shown, a second fixing rod 7 'is additionally provided further above, which can be used, for example, as a gymnastics rod.

In order to fix the pool 4 at a different height to the storage device 5, so make a height adjustment, it is sufficient in this embodiment, the crossbar 8 of the pool holder 39 to take out of the respective opposite receiving recesses 7 out and lying in an above or below Pair of receiving recesses 7 hineinzustecken again.

Fig. 7 shows a position in which the water basin 4 is arranged above the position shown in Fig. 6. The position shown in Fig. 7 makes it possible to put the feet in the pool 4 high.

In the illustrated embodiment, the heater 3 is integrated into the storage device 5, so that the water tank 4 is always mounted close to the heater 3, whereby the heater 3 ensures a pleasant temperature of the water in the water tank 4, regardless of the selected altitude of the water basin ,

Of course, the described embodiment of the bearing device 5 is just one example, the height adjustment can of course be realized in various other ways. However, it is generally preferred that the adjustment of the height of the water basin 4 without the use of tools is possible, as is realized in the described and shown embodiment.

As shown in FIGS. 6 to 9, a deflecting tube 34 can also be provided, which can be positioned above the outlet nozzle 33 of the water evaporator 10 in order to deflect the water vapor and allow it to escape from the opening 35 provided in the flap 25. The baffle 34 is conveniently slidably attached to the flap 25 so that it can be brought into the operating position shown here when the steam is to exit from the opening 35. If a previously described Beckenbodenbedampfung desired, the deflection tube 34 is displaced so that the emerging from the outlet nozzle 33 water vapor can rise up unhindered in the direction of the passage opening 11. In the exemplary embodiment shown, the deflecting tube 34 is fastened to a hook-shaped profile 41, with which it can be suspended at the upper edge of the flap 25. This, too, is just one example. About the seat 6 in the embodiment shown hangs a pair of annularly formed here handles 14, where the person sitting on the seat 6 person can also pull up 8 AT010 616U1. Another use is to put the arms through the rings 14 and hook them into the rings 14. In the example shown, the rings are suspended from tapes or ropes 36. Of course, this is just one example, even a rigid arrangement of handles 14 on the heat cabin wall 2 is conceivable.

FIGS. 8 and 9 now show how, in combination with the water basin 4, various accessories can be fastened to the storage device 5. The suspension is conveniently carried out like that of the water basin, via corresponding crossbars 8, so that an attachment at different heights is also possible here. Fig. 8 shows as an additional device a Radfahreinrichtung 15, in which on a bow-shaped frame, a crank 16 is rotatably mounted, which in turn has rotatably mounted pedals 17 thereon. The Radfahreinrichtung 15 allows, in the position shown in Fig. 8, a person sitting on the seat 6 person, hang up the feet on the pedals 17 to perform by turning the crank 16 a Radfahrbewegung. In the arrangement shown it is possible to alternately ride the feet with the feet and to relax the feet in the water basin 4. In Fig. 5, the Radfahreinrichtung 15 is mounted further up in the storage device 5. In this position, the pedals 17 can be turned by hand to move the arms, shoulders and back. In addition, it is of course also possible to lift the feet correspondingly far high in order to move the pedals 17. Above the water basin 4, the massage device 18 already shown in FIG. 1 with the massage surface 21 arranged at an angle and the rollers 19 arranged thereon is provided in this exemplary embodiment. In this arrangement, it is possible to massage the feet alternately on the massage device 18 and then relax again in the pool 4. The massage device 18 is like the Radfahreinrichtung 15 by means of a corresponding crossbar 8 at different heights on the bearing device 5 fastened.

FIG. 10 again shows a plan view of the region of the water basin 4 in the arrangement shown in FIG. 9, in which the massage device 18 is suspended above the water basin 4.

11 shows an alternative embodiment of a massage device 18 in the form of a so-called tripple bar. This essentially consists of a transverse bar 8, on each of which 4 projections 20 are arranged on which the lower surfaces of the feet can be massaged. In the projections 20, it may be z. B. to act in the bar 8 inserted glass stones or glass beads.

Key to the reference numbers: 1 Interior space 31 Support side wall 2 Heat cabin wall 32 Drip tray 3, 3 'Heating device 33 Outlet nozzle 4 Water basin 34 Deflection tube 5 Bearing device 35 Opening 6 Seating surface 36 Band 7 Seating recess 37 Floor board 7' Fixing rod 38 Sides 8 Crossbar 39 Water tank holder 9 Air rising channels 40 Recess 10 Water evaporator 41 hook-shaped profile 11 passage opening 42 base plate 12 middle opening area 43 guide bar 13, 13 'end-side opening area 44 roller 14 handle 45 locking device 15 wheel drive 46 locking pin

Claims (16)

AT010 616U1 9 16 Crank 47 Inclined surface 17 Pedals 48 Handle 18 Massage device 49 Operating lever 19 Roller 50 Pivoting direction 20 Projections 51 Pivoting direction 21 Massage surface 52 Holder 22 Handholes 53 Supporting bar 23 Supporting blocks 54 Outlet tube 24 Entrance door 55 Guide groove 25 Flap 56 Front panel 26 Pivoting direction 57, 57 'Storage 27 pivoting direction 58 direction 28 window 59 direction 29 ceiling 60 first stroke 30 floor 61 second stroke claims: 1. heat cabin with an interior (1) of the heat cabin enclosing heat cabin wall (2) and at least one seat (6) and with at least one of the Seat (6) arranged water evaporator (10), characterized in that the water evaporator (10) on a pedestal, preferably bottom plate (42) is arranged, wherein the pedestal on at least one guide rail (43) and / or on at least one roller ( 44) is displaceably mounted. 2. Heat cabin according to claim 1, characterized in that the guide strip is fixed to the heat cabin wall (2) and / or on a floor (30) of the heat cabin. 3. heat cabin according to claim 1 or 2, characterized in that the pedestal in an operating position of the water evaporator (10) by means of a locking device (45) is lockable on or in the heat cabin. 4. Heat cabin according to claim 3, characterized in that the locking device (45) has a locking pin (46) which cooperates with a guided along an inclined surface (47) pivotable handle (48), wherein the locking pin (46) in a first position the handle (48) is arranged in a first, extended position and in a second position of the handle (48) in a second, retracted from the extended position position. 5. Heat cabin according to one of claims 1 to 4, characterized in that a drip plate (32) in an operating position of the water evaporator (10) above the water evaporator (10) is arranged, wherein an actuating lever (49) for lifting or pivoting of the Drip plate (32) with the locking device (45) is in operative connection. 6. Warehouse according to claim 5, characterized in that the locking device (45) along a sloping surface (47) guided pivotable handle (48), wherein the actuating lever (49) in a first position of the handle (48) in a first position and in a second position of the handle (48) is disposed in a second, wasted position relative to the first position. 7. Cabin according to claim 6, characterized in that the drip plate (32) is in a lowered position when the operating lever (49) is in the first position, and in a raised position when the operating lever (49) in the second position. 10 AT010 616U1 8. Heat cabin according to one of claims 1 to 7, characterized in that in the interior (1) of the heat cabin at least one pool (4) for bathing at least one foot of a person is arranged, wherein the water basin (4) on a height-adjustable storage device (5 ), preferably relative to the seat surface (6) is mounted. 9. heat cabin according to claim 8, characterized in that the bearing device (5) attached to the heat cabin wall (2) and / or at least partially integrated in this. 10. Heat cabin according to one of claims 1 to 9, characterized in that at least one heating device (3, 3 ') for heating the interior (1) of the heat cabin is provided. 11. Heat cabin according to claim 8, characterized in that on one of the seat surface (6) facing away from the heater (3, 3 ') or one of the heaters (3, 3') at least one air duct (9) for thermally rising air is arranged, through which the heater draws cold air from the bottom region of the interior (1) of the heat cabin, warms up and to the heater (3, 3 ') passes over past. 12. Heat cabin according to one of claims 1 to 11, characterized in that the water evaporator (10) for Beckenbodenbedampfung a person sitting on a seat surface (6) of the heat cabin person under a passage opening (11) in the seat surface (6) is arranged. 13. Heat cabin according to claim 12, characterized in that the passage opening (11) in the seat surface (6) in a plan view, an elongated central opening portion (12) with two end adjacent to these and opposite the central opening portion (12) widened end-side opening areas (13, 13 '). 14. Heat cabin according to one of claims 1 to 13, characterized in that in the interior (1) over a seat surface (6) of the heat cabin, preferably at least one band (36) or rope hanging, at least one handle (14), preferably two Hand grips (14), arranged (are). 15. Heat cabin according to one of claims 8 to 14, characterized in that on the bearing device (5), preferably above the water basin (4), a Radfahreinrichtung (15) with a rotatable crank (16) and two thereto, preferably rotatably mounted Pedals (17) is stored. 16. Heat cabin according to one of claims 8 to 15, characterized in that on the bearing device (5), preferably above the water basin (4), a massage device (18) with an at least partially rollers (19) and / or other projections (20 ) having massage surface (21) is mounted. Including 8 sheets of drawings