JP5385461B2 - Steam fumigation half bath sauna - Google Patents

Description

  [Technical Field] The present invention relates to a half-body bathing sauna device that activates blood circulation and metabolism by warming and fumigating the lower body of the body with steam. More specifically, the present invention allows the user to sit comfortably with the lower body (leg) widened. In addition to being equipped with a sauna room, the chemical material steam is uniformly injected into the sauna room through the steam pipe from the steam device, and the lid panel of the sauna room and the entrance / exit door are not only integrated, but the lower body of the body is also steamed. This is related to a steam fumigation half-body bath sauna that prevents and treats blood circulation, metabolism, gynecological diseases, stress, coldness, adult diseases, skin diseases, etc.

  Usually, half-body bathing is a bathing method that keeps the lower body (legs) warm while keeping the head cold, balancing the body temperature and activating the body's blood circulation to promote metabolism. It is effective for the removal of waste materials on the skin and pores, which are the original functions of the bath, and relaxation of muscles, as well as for symptoms such as stiff shoulders, low back pain, menstrual flow, and colds.

  When measuring body temperature through most thermometers, the body temperature of the lower body is lower than the upper body, but in Kampo, this condition is caused by various diseases caused by the coldness of the lower body's blood circulation. The half-body bath that we focused on from these causes is a health method that uses warm hot water to raise the body temperature of the lower body and balance the entire body to eliminate blood circulation problems and coldness. There is a record that he used half-body bath for Kampo, and it is also used as an adjuvant therapy in modern Kampo.

  The method of taking a half-body bath is as follows. First, warm water at 37-39 ° C, which is higher than the body temperature, is put in the bathtub, hot water is applied to the legs and lower body, and the temperature difference between the upper and lower bodies is adjusted to some extent. Soak in the water to the bottom of your chest and take a half-bath for about 10-20 minutes in the water. When the water cools, gradually add hot water. It is important not to put it in water, and in order to enhance the effect, it is considered that it is more effective to put hot water to the end that can be put up and soaked for 7 to 8 minutes.

  The half-bath should be regular 2-3 times a week, and if you put the tangerine peel, pine needles and green tea in the hot water you prepared, you can suppress the hot feeling and enjoy the fragrance. It is also known to be effective in preventing chills after a bath.

  On the other hand, the effect of half-body bathing is to cool the upper body and heat the lower body to eliminate the coldness that causes disturbance of blood circulation. In order to lower blood pressure, sweat and sweat to drain waste and toxins in the body to prevent gynecological diseases such as irregular menstruation and menstruation, mental illness, stress, diabetes・ It is known to be effective in the prevention and treatment of shoulder and elbow pain, joint pain, fatigue recovery, cold relieving, adult diseases, skin diseases, and prostate.

  However, half-body bathing that has been performed by the conventional method has the inconvenience of having to prepare bath water higher than body temperature and the problem that it takes a long time. It is a difficult situation to make it regular two or three times a week.

  In particular, considering that the hot water used for half-body bathing is about 100 to 120 liters, there is a problem that a relatively large amount of water is consumed, which is economically wasteful.

  Therefore, recently, a half body bathing device that uses steam to fumigate the lower body of the body has been provided in various forms, and a representative example is a utility model No. 20-0357727 (half body bathing device) registered in the Republic of Korea. Has been.

  The half bath apparatus proposed above is configured such that steam and heat generated from the heat generation box are injected into the sauna room through a plurality of hoses, but steam and heat are injected into the sauna room through a plurality of hoses. In this case, the structure is very complicated, and there is a problem that the effect of half-body bathing is reduced because steam and heat cannot be uniformly injected into the sauna room.

  The present invention is a technique derived to improve the problems of the conventionally proposed half-body bathing apparatus, and is provided with a sauna room so that the user can sit comfortably with the lower body (leg) widened, and steam is generated. The steam generator and steam pipe with excellent structure are introduced so that the chemical steam is uniformly injected into the sauna room, and the amount of water supplied to the steam apparatus is precisely adjusted to generate steam from the steam apparatus. The main purpose is to provide a steam fumigation half-bath sauna that can adjust the amount of water appropriately.

In order to solve the above-mentioned object, the present invention
A half-body tub that is open on the one side and provided with an entrance on one side, and a door that is provided to open and close the open space on the upper side of the half-body tub and that opens and closes the entrance and exit on one side. A lid panel provided with an open hole for accommodating the user's torso, a sauna room provided at the upper part of the internal space in the half-body bathtub, and a bottom material resting so that the user can sit with the lower body open, A steam room provided at the lower part of the sauna room from the half-body tub and provided with a steam pipe on a support plate, and a steam device provided at the bottom on one side from the internal space of the half-body tub and supplying steam to the steam pipe The steam pipe provided in the steam chamber has a configuration in which exhaust holes for discharging steam are formed in both upper directions at regular intervals, while a portion located on the user's foot side is highly inclined. Do A main water tank for supplying water to the steam device as a water pump, and an auxiliary water tank configured between the main water tank and the steam device to control the amount of water supplied to the steam device. Present a steam fumigation half-bath sauna.

  The steam fumigation half-bath sauna apparatus according to the present invention presented as described above is provided with a sauna room so that the user can sit comfortably with the lower body (leg) widened, and the steam apparatus and steam having a structure excellent in generating steam Present the tube so that the chemical steam is evenly injected into the sauna room, and the amount of steam generated from the steam device can be adjusted appropriately by precisely adjusting the amount of water supplied to the steam device The effect is obtained.

FIG. 1 is a perspective view illustrating a steam fumigation half-bath sauna apparatus according to a preferred embodiment of the present invention. FIG. 2 is a perspective view illustrating a steam fumigation half-bath sauna device according to a preferred embodiment of the present invention (with the lid panel open). FIG. 3 is a cross-sectional view illustrating a steam fumigation half bath sauna apparatus according to a preferred embodiment of the present invention. FIG. 4 is a cross-sectional view illustrating a steam fumigation half bath sauna device according to another preferred embodiment of the present invention. FIG. 5 is a side sectional view illustrating a steam fumigation half-bath sauna apparatus according to a preferred embodiment of the present invention. FIG. 6 is a partial cross-sectional view illustrating a steam tube of a steam fumigation half-bath sauna apparatus according to a preferred embodiment of the present invention. 7A and 7B are partial cross-sectional views illustrating a steam tube of a steam fumigation half-bath sauna device according to another preferred embodiment of the present invention. FIG. 8 is a cross-sectional view illustrating a steam device of a steam fumigation half bath sauna device according to a preferred embodiment of the present invention. FIG. 9 is a cross-sectional view illustrating a steam device, a main water tank, and an auxiliary water tank of a steam fumigation half bath sauna device according to another preferred embodiment of the present invention. FIG. 10 is a cross-sectional view illustrating a main water tank and an auxiliary water tank of a steam fumigation half bath sauna device according to another preferred embodiment of the present invention. FIG. 11 is a cross-sectional perspective view illustrating a steam device of a steam fumigation half-bath sauna device according to another preferred embodiment of the present invention.

10 Half-Bath 11 Entrance 14 Controller 20 Lid Panel 21 Open Hole 22 Entrance Door 30 Sauna Room 31 Bottom Material 32 Support 40 Steam Room 41 Steam Pipe 50a, 50b Steam Unit 51a Preheating Chamber 51b Water Supply Chamber 51c Recovery Chamber 53a, 53b Heating Chamber 54a , 54b Steam chamber 55 Water level sensors 56a, 56b Recovery pipes 57a, 57b Water shields 58a, 58b, 58d, 58e Inflow holes 59a, 59b, 59c Heater 60 Chemical material support plate 61a, 60b Cover 62 Support step 63 Projection rod 64 Porous plate 65 Chemical material container 70 Main water tank 71 Auxiliary water tank water supply pipe 80 Auxiliary water tank 81 Water supply chamber water supply pipe 82 Vent hole 90 Water pump 91 Water supply pipe

  The present invention relates to a half-body bath sauna apparatus that activates blood circulation and metabolism by steaming and fumigating the lower body of the body with steam, and a half-body bathtub 10 having an upper side opened and an entrance 11 provided on one side. In addition, an opening / closing door 22 that opens and closes the entrance / exit 11 is provided on one side surface, and an open hole 21 that accommodates the user's trunk is provided. The lid panel 20, the sauna room 30 provided in the upper part of the internal space in the half-body bathtub 10 and having the bottom 31 placed so that the user can sit with the lower body open, and the sauna room 30 in the half-body bathtub 10 A steam chamber 40 provided with steam pipes 41a and 41b on a support plate 42, and provided at the bottom on one side in the internal space of the half-body bathtub 10, 41a, 41b, and steam devices 50a, 50b for supplying steam to the steam chamber 41. The steam pipe 41a provided in the steam chamber 40 has exhaust holes for discharging steam in both upper directions at regular intervals. A main water tank 70 for supplying water to the steam devices 50a and 50b as a water pump 90, and a main water tank 70, which are configured so that a portion located on the user's foot side is highly inclined and installed in a zigzag shape The present invention relates to a steam fumigation half-bath sauna device that is configured between steam devices 50a and 50b and includes an auxiliary water tank 80 that controls the amount of water supplied to the steam devices 50a and 50b.

  Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 11 illustrating an embodiment of the present invention.

  First, as shown in FIGS. 1 to 4, the half-body bathtub 10 according to the present invention is provided with a sauna room 30 and a steam room 40 at an upper part and a lower part of an internal space, respectively, and an upper part so that a user enters and leaves the sauna room 30. While one side is opened, an entrance / exit 11 is provided on one side surface so as to communicate with the opened space, and a moving caster 13 (caster) is provided on the bottom surface part so that transportation and movement of the half-body bathtub 10 are easy. Can be attached. In addition, the half-body bathtub 10 is provided with a length and width sufficient to allow a user to sit comfortably with the lower body (legs) widened in the sauna room 30 provided in the internal space, and is used to remove the wood that is harmless to the body. It is preferable to use and manufacture, and the ventilation window 12 is installed on one side surface for ventilation of the internal space, while the controller 14 for controlling the operation of the steam devices 50a and 50b is located in the upper part.

  The present invention is provided so as to open and close a space opened at the upper part of the half-body tub 10, and an opening / closing door 22 for opening / closing the entrance / exit 11 is provided on one side, while an opening for accommodating a user's body. The lid panel 20 having the holes 21 is configured. When the user enters and exits the sauna room 30, the lid panel 20 opens and closes to provide an entrance / exit space, and the open space is sealed as much as possible. The opening / closing operation is performed by a hinge (hinge) that is pivotally installed on an open upper portion of the half-body bathtub 10.

  In the above, the lid panel 20 is formed with an opening 21 for accommodating the user's body at the end adjacent to the upper surface of the half-body bathtub 10, while the entrance door 22 that opens and closes the entrance / exit 11 of the half-body bathtub 10 on one side surface. Here, when the lid panel 20 is integrally opened by opening and closing the lid panel 20 by opening and closing the lid panel 20, the upper space and the side entrance 11 are simultaneously opened from the half-body bathtub 10. Therefore, it is convenient for the user to enter and exit the sauna room 30 through the entrance 11 and the upper space.

  The opening hole 21 that accommodates the user's body from the lid panel 20 is provided in a larger space than the user's torso, and the user's torso and the opening hole 21 in a state where the user is sitting in the sauna room 30. It is preferable to install a cover (not shown) with a cloth or a synthetic resin film in the open hole 21 so as to seal the space between them as much as possible. In order to seal as much as possible, steam is blocked from being discharged from the sauna room 30 to the outside.

  Furthermore, the sauna room 30 provided in the internal space of the half-body bathtub 10 is a space where a user can sit comfortably with the lower half of the body spread, fumigate chemical steam, and enjoy half-body bathing. It is preferable to be provided in the upper part, and the upper and lower spaces are provided so that the user can sit comfortably with the lower body widened, while the bottom material 31 is separably placed.

  In the above, the bottom material 31 of the sauna room 30 is preferably manufactured using raw wood that is harmless to the body, and is manufactured so as to be spaced apart at regular intervals without any fine gaps. And is separably mounted on a support 32 (support) fixedly installed horizontally on the inner week surfaces on both sides.

  The steam chamber 40 provided in the internal space of the half-body bathtub 10 is a space in which steam supplied from the steam devices 50a and 50b is discharged through the steam pipes 41a and 41b. Steam pipes 41 a and 41 b that are provided in the lower part of the chamber 30 and are supplied with steam from the steam devices 50 a and 50 b are attached to the support plate 42.

  The steam chamber 40 has an upper and lower space so that steam discharged through the steam pipes 41a and 41b is uniformly distributed in the lower part of the sauna room 30 and injected into the inner space of the sauna room 30, and the steam pipe 41a, 41b is configured such that an exhaust hole for releasing steam is formed at regular intervals in both upper directions, while a portion located on the user's foot side is inclined at a high angle of 1 to 3 °. The steam pipe 41a is installed in a zigzag shape like the steam pipe 41a according to the above, and the steam is evenly discharged and dispersed, while the user's foot side is set higher so that the sauna where the user's foot is located Since the temperature of the chamber 30 can be increased, the body temperature of the legs of the lower body is further increased to further enhance the effect of half-body bathing.

  Further, in another form of the steam pipe 41b according to the present invention, as shown in FIGS. 7A to 7B, the portion connected to the steam devices 50a and 50b and the portion where the user's foot is located are provided. It can also be installed to have a straight line without bending as much as possible. The steam pipe 41b having the above-described configuration is configured such that the portion where the user's foot is located is higher than the portion where the torso is located, so that not only the body temperature of the foot is further raised and the effect of half-body bathing is enhanced. Since the steam generated from the steam devices 50a and 50b passes through the least bending when passing through the steam pipe 41b, there is an effect of preventing the steam moving to the user's foot side from condensing on the way. In addition, as shown in FIG. 7B, by forming a plurality of steam pipes 41b and 41b ′ having the above-described form, an effect of uniformly supplying the steam to the entire space inside the sauna room 30 is also induced. it can. Therefore, in the sauna device according to the present invention, when the chemical steam supplied from the steam devices 50a and 50b is discharged into the internal space of the steam chamber 40 through the steam tubes 41a and 41b, as shown in FIGS. Are evenly distributed in the lower part of the sauna room 30 and are evenly injected into the sauna room 30 through the minute gaps formed in the bottom material 31, so that the user can comfortably sit and spread the lower body from the sauna room 30. You can enjoy half body bathing by fumigating steam.

  As shown in FIG. 8, a steam device 50a that supplies chemical steam to the steam pipes 41a and 41b, which is one of the main components of the present invention, includes a heater 59a that preheats the contained water and water in the internal space. A water supply pipe 91 for supplying water, a preheating chamber 51a provided with a water level sensor 55 for detecting the water level of the stored water, a heater 59b provided on one side of the preheating chamber 51a for heating the stored water, A heating chamber 53a formed with an inflow hole 58a through which the water is supplied through the preheating chamber 51a, a discharge hole 66 for exhausting steam, and an upper portion of the discharge hole 66 from the heating chamber 53a. The steam pipes 41a and 41b, the steam chamber 54a provided with a cover 61a for opening and closing the internal space, and the steam chamber Built in the interior space of the members 54a, it is provided and a medicine material purse 65 the drug material is accommodated.

  In the present invention having the above-described configuration, the recovery pipe 56a is connected to the preheating chamber 51a and the steam pipes 41a and 41b so that the condensed water generated from the steam pipe 41a flows into the preheating chamber 51a. A water tank 70 is installed on one side, and a water supply pipe 91 of the preheating chamber 51 a is connected to the water tank 70.

  In the present invention, an electronic valve (not shown) is installed in the water supply pipe 91 connected to the water tank 70, and the electronic valve is opened and closed in response to a signal from the water level sensor 55 from the controller 14, so that the preheating chamber 51a is opened. Water is supplied to a constant water level in the internal space, a heater 59a is installed in the lower part of the internal space of the preheating chamber 51a to preheat the stored water, and a water supply pipe 91, a water level sensor 55 and a recovery pipe 56a are provided in the upper part. It is done.

  The heating chamber 53a is preferably integrally provided on one side of the preheating chamber 51a, and an inflow hole 58a is formed in the lower portion so that water preheated from the preheating chamber 51a flows into the internal space, A heater 59b is installed in the lower part to heat the contained water to generate steam, while a discharge hole 66 through which the generated steam is exhausted is formed in the upper part.

  The steam chamber 54a is provided at the upper part of the discharge hole 66 so that the steam generated from the heating chamber 53a flows through the discharge hole 66, and the steam pipes 41a and 41b provided in the steam chamber 40 are connected to the upper part. The steam is exhausted and the cover 61a is installed at the top so that the internal space can be opened and closed, while the inflow hole 58b is formed so as to penetrate the preheating chamber 51a and the condensation generated from the internal space. Water flows into the preheating chamber 51a.

  The medicine container 65 built in the internal space of the steam chamber 54a is preferably knitted so that the steam penetrates into the internal space. Can contain tangerine peel, Chinese herb material, phytoncide-containing material, etc., open the cover 61a of the steam chamber 54a and replace the medicine container 65, or replace the used medicine material and take a half bath Will do.

  Accordingly, the steam device 50a is provided such that the heater 59b operates to control the steam temperature under the control of the controller 14, and the steam heated to a high temperature permeates the medicine container 65 and is useful for the body. After the components are mixed, the steam pipe 41a is discharged into the steam chamber 40, and the steam pipes 41a and 41b are tilted and the portion located on the user's foot side is installed high, thereby generating the steam pipe 41a. The steam thus produced flows into the preheating chamber 51a through the recovery pipe 56a.

  Further, the steam device 50b of another configuration according to the present invention, which is provided at the bottom of one side in the internal space of the half-body bathtub 10 and supplies steam to the steam pipes 41a and 41b, is supplied with water from the auxiliary water tank 80. Condensed water generated from the steam pipes 41a and 41b connected to the water supply chamber 51b, the water level sensor 55 for detecting the water level of the water contained therein, and the steam pipes 41a and 41b. A recovery pipe 56b is formed, and water in the water supply chamber 51b is supplied through an inflow hole 58d in the upper portion of the water shield 57b, and the water contained in and contained in one side of the recovery chamber 51c. A heater 59c is formed to generate steam, and the water in the recovery chamber 51c flows under the drainage 57c. A heating chamber 53b supplied through a hole 58e; a steam chamber 54b provided on an upper portion of the heating chamber 53b and configured to include steam pipes 41a and 41b for exhausting steam; and a cover 61a for opening and closing an internal space; It has a configuration including a medicine material support plate 60 that is seated inside the steam chamber 54b and places a medicine material container 65 in which a medicine material is accommodated on the upper surface.

  Specifically, as shown in FIG. 9, the water supply chamber 51b is configured to temporarily store the water supplied from the auxiliary water tank 80, and includes a water shield 57b that separates the water supply chamber 51b and the recovery chamber 51c. It functions to allow the water in the water supply chamber 51b to flow into the recovery chamber 51c through the inflow hole 58d formed in the upper part. At this time, the water supply chamber 51b separates the unheated water supplied from the auxiliary water tank 80 from the recovery chamber 51c and the heating chamber 53b, thereby improving the efficiency of water heating by the steam device 50b. An inflow hole 58d is formed in the upper portion of the drain 57b so that water in the water supply chamber 51b flows into the recovery chamber 51c, so that water having a temperature higher than that of the water supply chamber 51b accommodated in the recovery chamber 51c flows into the water supply chamber 51b. Thus, an effect of preventing the temperature of the water stored in the recovery chamber 51c from being lowered can be obtained.

  The recovery chamber 51c to which the water in the water supply chamber 51b is supplied is provided on one side of the water supply chamber 51b, and is connected to a water level sensor 55 that senses the water level of the stored water and the steam pipes 41a and 41b. A recovery pipe 56b for allowing the condensed water generated from the steam pipes 41a and 41b to flow in is configured. At this time, the water level sensor 55 senses the water level of the water stored in the recovery chamber 51c, converts the detected water level into a signal, and configures an electronic valve or a water supply pipe connected to the main water tank 70. By transmitting a signal to the water pump, water is supplied to the water supply chamber 51b, and the water supplied to the water supply chamber 51b is supplied to the recovery chamber 51c. The recovery pipe 56b is connected to the steam pipes 41a and 41b, and is configured to flow the condensed water generated by condensing steam from the steam pipes 41a and 41b into the recovery chamber 51c for reuse. As shown in FIG. 8, a recovery pipe 56a can be formed on one side of the straight steam pipe 41a. As shown in FIG. 9 or 11, the recovery pipe 56b connected to the steam pipe 41b bent at a certain angle. May be configured to form a straight line with the steam pipe 41b. In the configuration of the recovery pipe 56b and the steam pipe 41b configured as described above, when the recovery pipe 56b is vertically connected to the form in which the steam pipe 41b is configured in a straight line, the condensed water is supplied to the recovery pipe 56b. This is a configuration for solving the fear that the steam chamber 54b may not flow into the steam chamber 54b.

  Further, as shown in FIG. 9, one side end of the recovery pipe 56b configured in the recovery chamber 51c is configured at a position lower than the water surface formed by the water accommodated in the recovery chamber 51c, whereby the steam chamber 54b. The steam supplied to the steam pipes 41a and 41b directly flows into the recovery chamber 51c, and the fear that the efficiency of steam is inferior can be solved.

  As shown in FIG. 9 or FIG. 11, the heating chamber 53b is provided on one side of the recovery chamber 51c, and the water in the recovery chamber 51c is supplied through an inflow hole 58e formed in the lower portion of the water shield 57c. In this configuration, the contained water is heated by the heater 59c to generate steam. At this time, the inflow hole 58e formed in the lower part of the water shield 57c that separates the recovery chamber 51c and the heating chamber 53b prevents the steam generated from the heating chamber 53b from flowing into the recovery chamber 51c. There is an effect that the water stored in the recovery chamber 51c can effectively flow into the heating chamber 53b.

  Further, the steam chamber 54b, which is provided at the upper part of the heating chamber 53b and includes steam pipes 41a and 41b for exhausting steam and a cover 61b for opening and closing the internal space, emits steam generated from the heating chamber 53b. A medicine container support is provided on the upper surface of the heating chamber 53b and contains a medicine container 65 containing medicines (such as persimmon, herbs, tangerine peel, Chinese medicine, phytoncide-containing material) The plate 60 is configured to be seated inside. At this time, the steam chamber 54b is preferably provided with a certain support step 62 as shown in FIG. 9 in order to seat the medicine material support plate 60 inside. In addition, the medicine material support plate 60 has a medicine material container 65 provided in a net shape so that steam penetrates into the internal space so that the chemical material is contained, and can be seated on the upper surface (projection bar 63). As shown in FIG. 9, it is preferable that a plurality of protruding rods 63 having a certain height are formed in a porous plate 64 shape on the upper surface. In the medicine material support plate 60 having the above-described configuration, the protruding rod 63 forms a space of a certain height between the upper surface of the porous plate 64 and the lower surface of the medicine material container 65. An effect of allowing the steam to effectively penetrate into the internal space of the medicine container 65 provided in a net shape is obtained.

  Further, the present invention provides a main water tank 70 for supplying water to the steam devices 50a and 50b having the above-described structure as the water pump 90, and the main water tank 70 and the steam device (50b, hereinafter referred to as "steam device 50b" is a steam device). The auxiliary water tank 80 is configured between the main water tank 70 and the water supply chamber (51b, below) of the steam device 50a. The “water supply chamber 51b” is a concept that also includes the preheating chamber 51a of the steam device 50a), so that the amount of water supplied can be adjusted accurately.

  That is, the main water tank 70 has a function of providing the water supply chamber 51b with water that is generated by the heating of the heater 59c operated by the controller 14 and has just been removed from the steam supplied to the sauna room 30. Since the water supply from the main water tank 70 to the water supply chamber 51b is simply performed using only the water pump 90, the water pump 90 is transmitted even if a water supply interruption signal is transmitted to the water pump 90 by the water level sensor 55. Although the water pump 90 and the water inside the water supply pipe are caused to flow into the water supply chamber 51b due to the constant water pressure applied during the operation and the constant water pressure applied to the inside of the water supply pipe, the present invention may As shown in FIG. 9 or FIG. 11, an auxiliary water tank 80 is configured between the main water tank 70 and the water supply chamber 51b, and It has solved the problem.

  Specifically, in the present invention, water is supplied from the main water tank 70 to the auxiliary water tank 80 through the auxiliary water tank water supply pipe 71, and water is supplied from the auxiliary water tank 80 to the water supply chamber 51b through the water supply chamber water supply pipe 81. As shown in FIG. 9, the auxiliary water tank 80 is configured at a position higher than the steam device 50 b and the main water tank 70, and the auxiliary water tank water supply pipe 71 for supplying water to the auxiliary water tank 80 is provided. A water supply chamber for supplying water to the one side end and the steam device 50b includes one side end of the water supply pipe 81, and one side end of the water supply chamber water supply pipe 81 is higher than one side end of the auxiliary water tank water supply pipe 71. Configured. That is, the auxiliary water tank 80 is configured such that the water pump 90 and the auxiliary water tank water supply pipe that may leak due to the water pressure in the water pump 90 and the auxiliary water tank water supply pipe 71 when the operation of the water pump 90 is stopped. Water stored in the auxiliary water tank 80 without supplying the water in the water supply chamber 51b (the height of one side end of the auxiliary water tank water supply pipe 71 and one side end of the water supply chamber water supply pipe 81) The water supply chamber that is suppressed by the pressure of a certain amount of water accommodated by the difference between the water and the water pump 90 is supplied to the auxiliary water tank 80 through the auxiliary water tank water supply pipe 71 when the water pump 90 is operated. The water accommodated beyond one side end of the water supply pipe 81 naturally leaks into the water supply chamber water supply pipe 81 and is supplied to the water supply chamber 51b. A sufficient amount of water can be supplied from the main water tank 70 to the water supply chamber 51b, and this can accurately adjust the amount of water supplied to the steam device 50b to appropriately control the amount of steam generated from the steam device 50b. There is an effect of making it adjustable. At this time, in order to adjust the pressure applied to the auxiliary water tank 80 at a certain position above the auxiliary water tank 80, it is preferable to form a vent 82 having a predetermined size.

  Although the foregoing has been described with reference to the preferred embodiments of the present invention, the present invention is not limited to the above-described embodiments, and those having ordinary knowledge in the technical field to which the present invention belongs will not depart from the spirit of the present invention through the embodiments. It can be implemented with various changes within the scope.

Claims (9)

A half-body bathtub (10) with the upper side open and a side door (11) on one side;
An open / close door (22) for opening / closing the entrance / exit (11) is provided on one side surface to open / close the open space above the half-body bathtub (10), while accommodating the user's body A lid panel (20) provided with holes (21);
A sauna room (30) provided in an upper part of an internal space in the half-body bathtub (10), in which a bottom material (31) is placed so that a user can sit with his lower body widened;
A steam room (40) provided in a lower part of the sauna room (30) in the half-body bathtub (10) and provided with a steam pipe (41a) on a support plate (42);
A steam device (50a) that is provided at the bottom of one side in the internal space of the half body bathtub (10) and supplies steam to the steam pipe (41a),
The steam pipe (41a) provided in the steam chamber (40) has an exhaust hole for discharging steam in both upper directions at regular intervals, while a portion located on the user's foot side is highly inclined and zigzag Steam fumigation half-bath sauna equipment, characterized by being installed in a shape. The steam device (50a)
A preheating chamber (51a) in which a heater (59a) for preheating the stored water, a water supply pipe (91) for supplying water to the internal space, and a water level sensor (55) for detecting the water level of the stored water are installed. )When,
A heater (59b) provided on one side of the preheating chamber (51a) for heating the contained water, an inlet hole (58a) through which the water is supplied through the preheating chamber (51a), and steam is exhausted A heating chamber (53a) in which a discharge hole (66) to be formed is formed;
A steam chamber (54a) provided at the upper part of the discharge hole (66) in the heating chamber (53a) and provided with a steam pipe (41a) for exhausting steam and a cover (61a) for opening and closing the internal space; ,
The steam fumigation half-bath sauna apparatus according to claim 1, wherein the steam chamber (54a) includes a medicine container (65) that is contained in an internal space of the steam chamber and contains a medicine material. .   The recovery pipe (56b) is connected to the preheating chamber (51a) and the steam pipe (41a), and condensed water generated from the steam pipe (41a) flows into the preheating chamber (51a). Steam steamed half body bath sauna equipment as described in 2. A half-body bathtub (10) with the upper side open and a side door (11) on one side;
An open / close door (22) for opening / closing the entrance / exit (11) is provided on one side surface to open / close the open space above the half-body bathtub (10), while accommodating the user's body A lid panel (20) provided with holes (21);
A sauna room (30) provided in an upper part of the internal space of the half-body bathtub (10), and in which a bottom material (31) is placed so that a user can sit with the lower body open;
A steam room (40) provided in a lower part of the sauna room (30) of the half body bathtub (10) and provided with a steam pipe (41b) on a support plate (42);
A steam device (50b) that is provided at the bottom of one side of the internal space of the half body bathtub (10) and supplies steam to the steam pipe (41b);
A main water tank (70) for supplying water to the steam device (50b) as a water pump (90), and a main water tank (70) and the steam device (50b) are arranged between the main water tank (70) and the steam device (50b). A steam fumigation half-bath sauna device comprising an auxiliary water tank (80) for controlling the amount of water supplied. The steam device (50b)
A water supply chamber (51b) to which water supplied from the auxiliary water tank (80) is supplied;
A water level sensor (55) that is provided on one side of the water supply chamber (51b) and senses the water level of the stored water, and is connected to the steam pipe (41b) to generate condensed water generated from the steam pipe (41b). A recovery pipe (56b) configured to flow in, and a recovery chamber (51c) in which water in the water supply chamber (51b) is supplied through an inflow hole (58d) in the upper portion of the drainage (57b);
A heater (59c) is provided on one side of the recovery chamber (51c) to heat the contained water to generate steam, and the water in the recovery chamber (51c) A heating chamber (53b) supplied through the inflow hole (58e);
A steam chamber (54b) comprising an upper portion of the heating chamber (53b) and configured by a steam pipe (41b) for exhausting steam and a cover (61b) for opening and closing an internal space;
A medicine material support plate (60) which is seated inside the steam chamber (54b) and which has a medicine material container (65) in which a medicine material is accommodated is positioned on the upper surface. The steam fumigation half-bath sauna device according to claim 4.   The steam pipe (41b) is bent at a certain angle, and a recovery pipe (56b) connected to the steam pipe (41b) is configured to form a straight line with the steam pipe (41b). Steam steamed half body bath sauna equipment.   The said chemical | medical material insertion support plate (60) is comprised by the porous board (64) shape by which several protrusion rods (63) which have fixed height are comprised by the upper surface. Steam steamed half-body bath sauna equipment as described in 4. The auxiliary water tank (80) is configured at a position higher than the steam device (50b) and the main water tank (70),
A water supply chamber for supplying water to the auxiliary water tank (80) for supplying water to the auxiliary water tank (80) and a water supply chamber for supplying water to the steam device (50b) are provided at one end of the water supply pipe (81). The steam fumigation half bath sauna device according to claim 4, wherein one side end of the water supply chamber (81) is configured to be higher than one side end of the auxiliary water tank water supply pipe (71). . The steam pipe (41b) is configured such that exhaust holes for discharging steam in both upper directions are perforated at a constant interval, and a portion located on the user's foot side is inclined high.
The steam-fumigation half-bath sauna device according to claim 4, wherein the portion connected to the steam device (50b) and the portion where the user's foot side is located are arranged in a straight line.