KR102617472B1 - Poultice booth for personal use - Google Patents

Abstract

The present invention relates to a personal sauna booth in which the interior walls and seating portion are finished with a cypress deck, the seating portion is equipped with rock salt tiles that emit far-infrared rays and negative ions, and a heater that emits hot air into the sauna space is provided at the bottom of the seating portion, A booth body that is manufactured in a box shape and has a glass door on the front and a built-in window on the side, and the inner wall is finished with wood, and the wood includes a cypress deck; A seat portion made of a cypress deck, dividing the interior space of the booth main body into a steaming space and a hot tub space, and including a backrest, a seat, an armrest, and a louver plate, wherein a receiving groove is formed in the backrest and the seat; A heating unit provided in the receiving groove and including a plurality of rock salt tiles arranged in a mutually lattice form and a planar heating element disposed on the back of each rock salt tile; a hot air generating unit including a hot air blower disposed in the steaming space; and a control box provided on the inner wall of the booth main body and controlling the operation of the planar heating element and the hot air blower. It is characterized in that the fomentation is performed by.

Description

Poultice booth for personal use}

The present invention relates to a personal sauna booth, and more specifically, the interior walls and seats are finished with a cypress deck, a part of the seat is equipped with Himalayan rock salt tiles that emit far infrared rays and negative ions, and the lower part of the seat is a sauna space that blows hot air. This relates to a personal sauna booth equipped with a hot air blower.

In the busy pace of daily life, the need to take care of one's health is increasing. Steaming is in high demand as a health promotion method that promotes metabolism and blood circulation, relieves fatigue, and improves skin health.

However, saunas, which are public convenience facilities that provide such sauna services, are used by many people in a limited space, and some saunas are unsanitary or have time constraints (not open late at night) due to a lack of users, and are especially prone to noise between users. There are many cases where people are reluctant to use saunas due to sleep disturbance, theft accidents, etc.).

Accordingly, technology for a mobile, prefabricated personal sauna booth that can simultaneously take a sauna, sitz bath, or foot bath has been introduced in Patent Document 1 below.

As shown in FIG. 1, the prior art has an exterior made of wood, and the floor, rear wall, and ceiling are provided with a heating plate 60 or a dome-shaped heating plate 60a with a hot water pipe 61 embedded therein. It is characterized by placing a sitz bath machine (1), a foot bath machine (2), and a herbal steam generator (3).

However, the sauna booth is expected to consume a lot of fuel to supply the high temperature hot water required for sauna, and in particular, the wooden exterior is easily deformed due to the repeated high temperature and humidity internal environment. Maintenance is also expected to be very cumbersome, and there is a problem that the equipment is not suitable for indoor use due to its configuration.

Meanwhile, Himalayan rock salt, a type of rock salt, contains more than 30 types of beneficial minerals. When heated, far-infrared rays and negative ions are released, which are beneficial for blood circulation and metabolism. In particular, it has a light red color, making it perfect for interior design. It also provides decoration.

In addition, the cypress tree contains a large amount of a natural antibacterial substance called phytoncide, and has the characteristic of promoting the release of its unique scent and phytoncide when it comes into contact with moisture.

KR 10-1812450 B1 2017.12.19.

The problem to be solved by the present invention is to provide a thermal compress with far-infrared rays and negative ions through Himalayan rock salt and aromatherapy with cypress scent and phytoncide through cypress trees, and to provide a personal sauna booth that is compactly configured so that it can be installed and used indoors. It is provided.

The personal sauna booth of the present invention for solving the above problem includes: a booth body that is manufactured in a box shape, has a glass door on the front, and has an inner wall composed of a cypress deck; A seat portion made of a cypress deck, dividing the interior space of the booth main body into a steaming space and a hot tub space, and including a backrest, a seat, an armrest, and a louver plate, wherein a receiving groove is formed in the backrest and the seat; A heating unit provided in the receiving groove and including a plurality of Himalayan rock salt tiles arranged in a mutually lattice form and a planar heating element disposed on the back of each Himalayan rock salt tile; a hot air generator including a hot air blower disposed in the steaming space; and a control box provided on the inner wall of the booth main body and controlling the operation of the planar heating element and the hot air blower. The fomentation is done by

In addition, the personal steaming booth of the present invention consists of Himalayan rock salt tiles arranged in a grid form with a plurality of heating units, a buffer zone disposed at the bottom of each Himalayan rock salt tile, and a planar heating element disposed at the bottom of the buffer zone. The buffer is configured to support each Himalayan salt tile but has a protruding structure, and the upper surface area of the buffer is smaller than the back area of the Himalayan salt tile so that there is a free space directly below the edge of the Himalayan salt tile.

In addition, the personal steaming booth of the present invention includes a plurality of Himalayan rock salt tiles in which the heating portion is arranged in a grid shape, a pack unit for fixing each Himalayan rock salt tile to maintain the grid shape, and a pack unit disposed on the back of each Himalayan rock salt tile. It consists of a planar heating element, and the pack unit consists of a main pack and a base pack provided in an overlapping structure, the main pack is composed of a plurality of through holes and a grid pack, and the base pack seals the back of the main pack. do.

In addition, in the personal steaming booth of the present invention, a humidifying means is further provided in the steaming space, and moisture emitted from the humidifying means is mixed with the hot air emitted by the hot air blower, thereby generating a hot and humid air current.

In addition, the personal steaming booth of the present invention further includes a plurality of holes in at least one of the backrest, seat, and armrests to allow a portion of hot and humid airflow to flow into the steaming space through the holes.

In addition, the personal steaming booth of the present invention is provided with a replaceable pellet pack made of cypress wood on the back of the louver plate.

In addition, the personal steaming booth of the present invention may be provided with a spherical heating unit in place of the Himalayan rock salt tile and the planar heating element in the heating unit, and the spherical heating unit may include an opening formed in the seat and a ring-shaped cover closing the periphery of the opening. , a hemispherical base fixed to the cover, a red clay layer formed on the inner wall of the base, a plurality of heating wires buried and disposed in the red clay layer, a plurality of Himalayan salt pebbles distributed on the surface of the red clay layer, and provided at a point directly below the opening. It is characterized by being made of an infrared lamp.

According to the personal sauna booth of the present invention, far-infrared rays and negative ions can be provided through rock salt tiles and planar heating elements provided on the seat, and aromatherapy can be provided through a cypress deck provided on the inner wall and seat and a heater placed in the bath space. can be provided, improving the marketability of the sauna booth.

In addition, according to the personal sauna booth of the present invention, the heat source necessary for sauna can be obtained through a planar heating element and a heater operated by electric power, thereby reducing the operating cost of the sauna booth, and the convenience of maintenance through the detachable cypress deck configuration. This increases.

In addition, according to the personal steaming booth of the present invention, it can be easily installed and used indoors due to its compact size.

Figure 1 is a perspective view (a) and an exploded perspective view (b) showing a personal sauna booth according to the prior art.
Figure 2 is a photograph of the overall appearance of a personal sauna booth according to the present invention.
Figure 3 is a photograph of the internal sauna space of the personal sauna booth according to the present invention.
Figure 4 is a photograph of the seat portion of the personal sauna booth according to the present invention before assembly.
Figure 5 is a side view showing a cross section of a personal steaming booth according to the present invention.
Figure 6 is an enlarged view of portion A of Figure 5 as an example of a heating unit in a personal sauna booth according to the present invention.
Figure 7 is another embodiment of the heating unit in the personal sauna booth according to the present invention, showing a plan view (a) showing the main pack and a vertical cross-sectional view (b) along line BB' of the plan view (a).
Figure 8 is a plan view (a) and a cross-sectional view (b) of a spherical heating unit as another embodiment of the heating unit in the personal sauna booth according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the attached drawings.

Figure 2 is a photograph of the overall exterior of the personal sauna booth according to the present invention, Figure 3 is a photograph of the interior sauna space of the personal sauna booth according to the present invention, and Figure 4 is a photograph of the seat portion of the personal sauna booth according to the present invention before assembly. .

Referring to Figures 2, 3, and 4, the personal sauna booth according to an embodiment of the present invention is manufactured in a box shape and has a booth body 10 whose inner wall is finished with a cypress deck, and an internal space of the booth body 10. a seat portion (20) dividing the space into a steaming space (S) and a heating space (S'), a heating unit (30) provided in the seating portion (20), and a hot air generating unit disposed in the heating space (S'). It consists of (40) and a control box (50) provided on the inner wall of the booth main body (10).

In addition, while the user is seated on the seat unit 20, fomentation is performed by far-infrared rays and negative ions radiated from the heating unit 30 and hot air emitted from the hot air generating unit 40, and moisture is mixed into the hot air. By flowing into the sauna space (S) in a heated state, the release of cypress scent and phytoncide from the cypress deck is promoted, thereby performing aromatherapy.

Hereinafter, the specific details of the present invention will be described focusing on the above components. First, the booth main body 10 is equipped with a glass door 11 on the front as shown in Figure 2, and the glass door 11 is installed to ensure the user's sense of openness. A built-in window 12 is provided on one side adjacent to the door 11.

In addition, the outer wall of the booth body 10 is finished with wall exterior materials or roof exterior materials made of various materials, and the inner walls of the side walls and ceiling are finished with cypress decking.

And the booth main body 10 is manufactured to a size that can be installed indoors.

The seat portion 20 includes a backrest 21, a seat 22, and an armrest 23 made of cypress deck as shown in FIG. 3, and the bottom of the seat portion 20 as shown in FIG. 5. The space corresponds to the above-mentioned water storage space (S').

In addition, a louver plate 24 is provided at the lower part of the pedestal 22 to communicate with the steaming space S and the steaming space S', and the hot air generating unit 40 disposed in the steaming space S' is provided. Hot air generated from the hot air blower (41) flows into the steaming space (S) through the louver plate (24).

Meanwhile, as shown in Figure 4, receiving grooves (A, A') for fixing the heating part 30 are formed in the backrest 21 and the seat 22, and the louver plate 24 is as described later. It is disclosed in a hinged format for replenishing water in the humidifying means (42) or replacing the pellet pack (43).

The heating unit 30 is provided in each of the receiving grooves A and A', and as shown in FIG. 6, a Himalayan rock salt tile 31 and a buffer are placed on the upper part of the backrest 21 or the seat 22 from above. (32) and the planar heating element (33) are arranged sequentially.

The Himalayan rock salt tiles 31 are composed of a plurality of tiles and are arranged in a lattice form, and are made by processing Himalayan rock salt into a tile form.

The buffer 32 is disposed at the bottom of each Himalayan rock salt tile 31, and protects the planar heating element 33 and the Himalayan rock salt tile 31 from external load transmitted when sitting.

The edge of the rock salt tile 31 can be easily damaged due to its weak strength. To prevent this, the buffer 32 has a structure that supports each Himalayan rock salt tile 31 but protrudes.

Specifically, if the top surface area of the buffer zone 32 is configured to be smaller than the back area of the Himalayan rock salt tile 31 so that there is a free space (a) directly below the edge of the Himalayan rock salt tile 31, the Himalayan rock salt due to external load It is possible to prevent the edges of the tile 31 from colliding with the buffer 32 and being damaged when the tile 31 moves elastically.

The planar heating element 33 generates a heat source using an externally provided power source and provides it to the Himalayan rock salt tile 31 so that far-infrared rays and negative ions are emitted from the Himalayan rock salt tile 31.

As another embodiment, as shown in FIG. 7, the heating unit 300 includes a plurality of Himalayan salt tiles 310 arranged in a lattice form, and a pack that fixes each Himalayan salt tile 310 so that the lattice form is maintained. It consists of a unit 320, and a planar heating element 330 disposed on the back of each Himalayan rock salt tile 310.

The Himalayan rock salt tile (310), like the Himalayan rock salt tile (31), is made by processing Himalayan rock salt into a tile form.

The pack unit 320 is made of a material with elasticity, waterproofness, and flame retardancy, and consists of a main pack 321 and a base pack 322 that are provided in an overlapping structure.

The main pack 321 is composed of a plurality of through holes 321a and a grid pack 321b corresponding to the Himalayan rock salt tile 310, as shown in FIG. 7(a), and the through holes 321a have As shown in (b), a pair of slit grooves 321c are formed, and the Himalayan rock salt tile 310) and the planar heating element 330 are inserted and fixed into each slit groove 321c.

Therefore, the main pack 321 is elastically deformed together with the base pack 322 due to the external force applied by the user's sitting, providing a cushioning feeling to the user and at the same time protecting the brittle Himalayan rock salt tile 310, In particular, the grid pack 321b prevents edges from being damaged due to collision between neighboring Himalayan rock salt tiles 310 during the elastic deformation process.

In addition, the base pack 322, in addition to the above-mentioned buffering function, seals the back of the main pack 321 to prevent short-circuiting or short-circuiting of the planar heating element 330 due to moisture.

Meanwhile, when the Himalayan rock salt tile 310 is heated by the heat generated by the planar heating element 330, far-infrared rays and negative ions are emitted to provide a thermal compress to the user seated on the seat 20.

In addition, in the present invention, an additional heating unit 35 can be further provided on the floor for users who enter the room with bare feet for steaming, and the additional heating unit 35 is a configuration of the previous heating units 30 and 300. can be initiated.

Meanwhile, in the present invention, as another embodiment of the heating unit 30, a spherical heating unit 37 may be provided in place of the Himalayan rock salt tile 31 and its accessory components.

As shown in FIG. 8, the spherical heating part 37 has an opening 371 formed in the seat 22, an annular cover 372 that closes the perimeter of the opening 371, and is fixed to the cover 372. A hemispherical base 373, a red clay layer 374 formed on the inner wall of the base 373, a plurality of heating wires 375 buried in the red clay layer 374, and a plurality of heaters distributed on the surface of the red clay layer 374. It consists of Himalayan salt gravel 376 and an infrared lamp 377 provided at a point directly below the opening 371 to irradiate the red clay layer 374 and Himalayan salt gravel 376.

The heating wire 375 and the infrared lamp 377 are operated by the control box 50 to heat the red clay layer 374 and the Himalayan salt gravel 376 to provide thermal compress. Due to the hemispherical structure, the red clay layer 374 And the far-infrared rays or negative ions irradiated from the Himalayan salt pebbles (376) are concentrated on the buttocks of the seated person, thereby maximizing the effect of the heat treatment.

In addition, in the case of Himalayan salt gravel 376, the load generated when sitting is not applied directly, so the problem of easy damage due to brittleness is solved.

Meanwhile, the cover 372 may be additionally provided with a cover plate that closes the opening 371 when not in use.

As shown in FIG. 5, the hot air generating unit 40 includes a hot air blower 41 and a humidifying means 42 disposed in the steaming space S'.

Moisture emitted from the humidifying means (42) is mixed with the hot air emitted by the hot air blower (41), creating a high temperature and humid air current, and the generated air flow flows into the steaming space (S) through the louver plate (24), The moisture contained in the airflow promotes the release of cypress scent and phytoncide from the cypress deck.

In addition, in another embodiment, a plurality of ventilation holes (not shown) are further provided in at least one of the backrest 21, the seat 22, and the armrest 23, so that a portion of the hot and humid airflow is transmitted through the ventilation hole. It is possible to allow it to flow into the sauna space (S).

To this end, an airflow guide plate (not shown) may be further provided in the hot pot space (S'), and the airflow guide plate directs a portion of the hot air emitted from the hot air blower (41) to the backrest (21), the seat (22), and the backrest (21). It serves to lead to the armrest (23).

According to another embodiment of the present invention, high temperature and high humidity air flows into the sauna space (S) from the air flow guide plate and the plurality of ventilation holes, thereby making the sauna space (S) into an environment in which a sauna can be done more quickly, It becomes more advantageous to maintain temperature and humidity within the booth main body (10).

Meanwhile, a pellet pack 43 made of cypress wood may be optionally provided on the back of the louver plate 24. When the airflow passes through the pellet pack 43 and then flows into the steaming space S, , Cypress scent and phytoncide release are maximized.

However, since the phytoncide emission lifespan of the cypress tree is up to 7 years, it is preferable that the cypress deck and pellet pack 43 be initiated in a replaceable configuration so that the cypress scent and phytoncide emission can continue.

The interior of the booth main body (10) is equipped with lighting fixtures, ventilators, and fire detectors as accessory devices. The control box (50) includes planar heating elements (33, 330), a hot air blower (41), a humidifying means (42), and the above. Controls the operation of accessory devices.

In addition, a humidity sensor is provided at one point of the inner wall, and the control box 50 controls the operation of the humidifying means 42 based on the humidity value provided by the humidity sensor, thereby causing condensation to occur on the cypress deck due to excessive moisture supply. This prevents the cypress deck from being deformed.

Although the preferred embodiments of the present invention have been described above, the scope of the rights of the present invention is not limited thereto, and it should be understood that the scope of the rights of the present invention extends to the scope substantially equivalent to the embodiments of the present invention. Various modifications can be made by those skilled in the art without departing from the spirit of the invention.

10: Booth main body
11: Glass door 12: Built-in window
20: Seat section
21: backrest 22: seat
23: armrest 24: louver plate
30, 300: heating unit
31, 310: Himalayan rock salt tile 32: Buffer zone
33, 330: planar heating element 320: pack unit
321: Main pack 322: Base pack
35: Additional heating unit
37: Spherical heating unit
371: opening 372: cover
373: Base 374: Red Clay Layer
375: Electric heating wire 376: Himalayan salt gravel
377: Infrared lamp
40: Hot air generation unit
41: heater 42: humidification means
43: Pellet pack
50: Control box

Claims (6)

delete A booth body manufactured in a box shape, equipped with a glass door on the front, and the inner wall consisting of a cypress deck;
A seat portion made of a cypress deck, dividing the interior space of the booth main body into a steaming space and a hot tub space, and including a backrest, a seat, an armrest, and a louver plate, wherein a receiving groove is formed in the backrest and the seat;
A heating unit provided in the receiving groove and including a plurality of Himalayan rock salt tiles arranged in a mutually lattice form and a planar heating element disposed on the back of each Himalayan rock salt tile;
a hot air generating unit including a hot air blower disposed in the steaming space; and
A control box provided on the inner wall of the booth main body and controlling the operation of the planar heating element and the hot air blower;
It consists of
Foaming is performed by far-infrared rays and negative ions radiated from the heating unit and hot air generated by the hot air blower and flowing into the fomentation space,
The heating part
It consists of a plurality of Himalayan rock salt tiles arranged in a grid, a buffer zone disposed at the bottom of each Himalayan rock salt tile, and a planar heating element disposed at the bottom of the buffer zone,
The buffer is configured to support each Himalayan salt tile but has a protruding structure, and the upper surface area of the buffer is smaller than the back area of the Himalayan salt tile so that there is a free space directly below the edge of the Himalayan salt tile. Personal use. Sauna booth.
A booth body manufactured in a box shape, equipped with a glass door on the front, and the inner wall consisting of a cypress deck;
A seat portion made of a cypress deck, dividing the interior space of the booth main body into a steaming space and a hot tub space, and including a backrest, a seat, an armrest, and a louver plate, wherein a receiving groove is formed in the backrest and the seat;
A heating unit provided in the receiving groove and including a plurality of Himalayan rock salt tiles arranged in a mutually lattice form and a planar heating element disposed on the back of each Himalayan rock salt tile;
a hot air generator including a hot air blower disposed in the steaming space; and
A control box provided on the inner wall of the booth main body and controlling the operation of the planar heating element and the hot air blower;
It consists of
Foaming is performed by far-infrared rays and negative ions radiated from the heating unit and hot air generated by the hot air blower and flowing into the fomentation space,
The heating part
It consists of a plurality of Himalayan rock salt tiles arranged in a grid shape, a pack unit that fixes each Himalayan rock salt tile to maintain the grid shape, and a planar heating element disposed on the back of each Himalayan rock salt tile,
The pack unit consists of a main pack and a base pack provided in an overlapping structure, the main pack is composed of a plurality of holes and a grid pack, and the base pack seals the back of the main pack. booth.
delete delete A booth body manufactured in a box shape, equipped with a glass door on the front, and the inner wall consisting of a cypress deck;
A seat portion made of a cypress deck, dividing the interior space of the booth main body into a steaming space and a hot tub space, and including a backrest, a seat, an armrest, and a louver plate, wherein a receiving groove is formed in the backrest and the seat;
A heating portion provided in the receiving groove;
a hot air generating unit including a hot air blower disposed in the steaming space; and
A control box provided on the inner wall of the booth main body and controlling the operation of the heating unit and the hot air blower;
It consists of
Foaming is performed by far-infrared rays and negative ions radiated from the heating unit and hot air generated by the hot air blower and flowing into the fomentation space,
The heating part is provided with a spherical heating part, and the spherical heating part includes an opening formed in the seat, a ring-shaped cover closing the periphery of the opening, a hemispherical base fixed to the cover, a red clay layer formed on the inner wall of the base, and buried in the red clay layer. A personal steaming booth, characterized in that it consists of a plurality of heating wires disposed in a red clay layer, a plurality of Himalayan salt pebbles distributed on the surface of the red clay layer, and an infrared lamp provided at a point directly below the opening.