KR20230083901A - Eco healing booth using cypress trees - Google Patents

Abstract

The present invention relates to an eco-healing booth using cypress trees, and aims to promote health by supplying active ingredients beneficial to the human body of cypress trees and also supplying active ingredients of natural materials (herbs, herbs, natural minerals, etc.) do.
An eco-healing booth using cypress wood according to the present invention includes a cypress wood booth main body 10 having an indoor space including a floor, walls, ceiling, and door made of cypress wood; One or more storage units 20 formed to be opened and closed through a cover on the booth body; It is stored in the storage unit and includes a functional material 30 that emits active ingredients beneficial to health, and the storage unit has an open portion formed toward the inside of the house body so that the cover can be opened and closed and connected to the outside of the house body. It protrudes toward the side and increases the amount of active ingredient emitted through the increase of the surface area of the cypress tree.

Description

Eco healing booth using cypress trees}

The present invention relates to a booth that can be used for steaming or housing, and more particularly, by supplying a large amount of active ingredients beneficial to the human body of cypress trees, as well as supplying active ingredients of natural materials (medicines, herbs, natural minerals, etc.) to improve health It is about an eco-healing booth using cypress trees that promotes healing.

This section provides background information related to the subject matter of this application and is not necessarily prior art.

As people's desire for a residential culture grows with the recent advancement in industrial standards and the rise in income and living standards, people are increasingly interested in health beds that allow them to have a comfortable and sound sleep in order to maintain their health. there is.

In particular, as environmental pollution such as air and water pollution increases due to industrial advancement, modern people suffer from various diseases and stresses.

Focusing on this, recently, resting areas such as large-scale oxygen rooms and saunas have been provided in the suburbs, and jade mats, jade stones beds, and ocher beds are being used at home.

As an example of a modern disease, there is atopic skin disease.

The main causes of atopic dermatitis have not yet been precisely identified, but are mainly environmental factors such as environmental pollution such as exhaust due to industrialization, increased use of food additives, increased use of carpets, beds, and sofas due to Western-style housing, and increased indoor temperature. It is known that the increase in substances that cause allergies, such as house dust mites, have a significant effect, and recently, interest in phytoncide, which has excellent effects on these diseases, is increasing.

Such phytoncide is a natural antibacterial substance that trees emit themselves to protect themselves from pests, microorganisms, and various germs. Having a clear and refreshing feeling in the forest is because trees emit phytoncide to fight various germs and bacteria that come into contact with the respiratory system and skin. This is because it blocks and suppresses harmful substances.

In addition, the main component of phytoncide is terpenes with high volatility, and most trees contain phytoncide components, but phytoncide of cypress trees (also called hinoki) is known to be the best.

Utility Model Registration No. 20-0475691 is formed in a box shape consisting of a floor, a ceiling, and four side walls. A heating element composed of a hot water pipe and an electric heating wire is provided on an insulator, and a thickness of 8 to 12 mm is provided on the heating element. a bottom portion finished with ocher walls; A right wall having an interior material composed of an 8 to 12 mm thick ocher wall and a cypress panel and an exterior material that protects the interior material from the outside, and having at least one infrared lamp composed of a far-infrared ray lamp and a near-infrared ray lamp placed on top; A left wall having an interior material composed of a 8 to 12 mm thick ocher wall and a cypress panel and an exterior material that protects the interior material from the outside and having an anion generator disposed at the top; An interior material consisting of a loess wall and a cypress panel with a thickness of 8 to 12 mm, an exterior material that protects the interior material from the outside, and a wave guide embedded between the interior material and the exterior material and having different cross-sectional areas of the pipe at one end and the other end, A rear wall capable of mutually communicating between the bottom and the upper part of the steam room by placing one end of the guide on the bottom and connecting the other end of the wave guide to the through hole formed at the top; And a front wall having an interior material composed of a loess wall with a thickness of 8 to 12 mm, an exterior material that protects the interior material from the outside, and an opening that allows entry into the sauna; one end of the wave guide is made of a large diameter, but the wave guide The other end of the is made of a small diameter tube having a smaller diameter than the large diameter tube, and can simultaneously heat the inside of the sauna through far-infrared rays, near-infrared rays, and heat to rapidly heat it.

As an example of a patent document using cypress wood, Korean Patent Registration No. 10-0725819 has a bottom plate and an outer frame, an insulator is attached to the inside of the outer frame, and a plurality of heaters are disposed on the insulator at regular intervals. A heat dissipation member embedding a pipe, and Styrofoam is filled in the empty space between the heat dissipation member and the outer frame to form a flat surface, and a thermal diffusion plate is covered on the flat surface so that heat conduction is good, and the top of the thermal diffusion plate is covered with cypress wood There is a thermal bed made of cypress wood that emits far-infrared rays and is finished with a floorboard.

Public Utility Model No. 20-2007-0000730 has a heat source such as a lamp ㅇ heater that generates near-infrared and far-infrared rays on the inside, has an opening and closing door on the front, In the configured sauna booth (BOOTH), the exterior and interior materials constituting the sauna booth are sauna booths made of cypress wood as a main material, characterized in that the cypress wood board is continuously constructed.

As described above, cypress trees are used as products for various purposes such as interior materials, beds, and mats due to their excellent efficacy, but they do not exhibit high eco-friendly efficacy other than their own efficacy.

Registered Utility Model No. 20-0475691 Registered Patent No. 10-0725819 Public Utility Model No. 20-2007-0000730

The present invention is to solve the problems described above, and to supply active ingredients beneficial to the human body of cypress trees, as well as supply active ingredients of natural materials (medicines, herbs, natural minerals, etc.) to promote health. The purpose is to provide an eco-healing booth using

An eco-healing booth using cypress wood according to the present invention includes a cypress wood booth body having an indoor space including a floor, walls, ceiling, and door made of cypress wood; One or more storage units formed in the booth body to be opened and closed through a cover; It is stored in the storage unit and includes a functional material that emits active ingredients beneficial to health, and the storage unit is formed with an opening toward the inside of the house body so that the cover is connected to be able to open and close, and toward the outside of the house body. It is characterized in that it is formed protrudingly and increases the amount of emission of active ingredients through the increase in the surface area of cypress trees.

According to the eco-healing booth using cypress wood according to the present invention, the entire booth is made of cypress wood to enhance the effect of phytoncide, a unique active ingredient of cypress wood, and thus purify toxicity, promote metabolism, stabilize autonomic nerves, Improvement of blood circulation and strengthening of immunity can be expected, and in addition, it is more helpful to improve health through the composition that can be used while permanently replacing eco-friendly natural materials (medicinal herbs, herbs, minerals such as amethyst) beneficial to the body, especially natural materials. By expanding the surface area of cypress wood through the storage part, there is an effect of maximizing the emission of active ingredients.

In addition, the storage unit is opened and closed with a cover to prevent loss of natural materials and contamination of the room, and at the same time, the cover emits active ingredients by itself, thereby doubling the healing (mental and physical recovery) effect.

In addition, through the application of a magnet, the activation of the active ingredient by a magnetic field is induced and the penetration rate in the body is increased, thereby increasing the health promotion effect.

The present invention can be manufactured in various sizes such as small, medium, and large, and depending on the size, it is possible to use a booth for one person (only for steaming) or accommodation for two or more people (pension, wooden house).

The present invention is used for various purposes in various places such as homes, nursing facilities, schools, kindergartens, postpartum care centers, prayer centers, religious facilities, rehabilitation treatment centers, and camping sites, thereby greatly helping to improve public health.

1 is a perspective view of an eco-healing booth according to a first embodiment of the present invention;
2 is an internal front view of an eco-healing booth according to a first embodiment of the present invention.
3 is an internal side view of the eco-healing booth according to the first embodiment of the present invention.
4 is an internal plan view of an eco-healing booth according to a first embodiment of the present invention.
5 is a perspective view of a cover applied to an eco-healing booth according to Example 1 of the present invention.
6 is a side cross-sectional view of a cover applied to an eco-healing booth according to Example 1 of the present invention.
7 is an exploded perspective view of a divergence plate applied to an eco-healing booth according to Example 1 of the present invention.
8 is a perspective view showing a heating member applied to the eco-healing booth according to the first embodiment of the present invention.
9 is a perspective view of a wall-type divergence frame applied to an eco-healing booth according to Example 1 of the present invention.
10 is a side view of a wall type divergence frame applied to an eco-healing booth according to Example 1 of the present invention.
11 is an exemplary view showing heat insulation treatment of an eco-healing booth according to the first embodiment of the present invention.
12 is a perspective view of an eco-healing booth according to a second embodiment of the present invention;
13 is an internal front view of an eco-healing booth according to a second embodiment of the present invention.
14 is an internal plan view of an eco-healing booth according to a second embodiment of the present invention.

In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or operator. Therefore, the definition should be made based on the contents throughout this specification.

The present invention is divided into a box-type eco-healing booth (Embodiment 1) and a dome-shaped eco-healing booth (Embodiment 2), and each embodiment will be described in detail below.

<Example 1>

As shown in FIGS. 1 to 4, the eco-healing booth 100 using cypress wood according to the present embodiment is a booth body made of cypress wood and having an indoor space in which a user can live ( 10), one or more stages of storage unit 20 formed to communicate with the interior of the booth body 10, stored in the storage unit 20 and allowing healthy ingredients to permeate the booth body 10, and the storage unit It includes a functional material 30 that radiates into the interior of the booth body 10 through (20).

1. Booth body (10).

Cypress wood, which is the material of the booth body 10, contains a large amount of natural antibacterial substances called phytoncides, and is known to have excellent sterilization and antibacterial properties and strong water resistance.

It is preferable to use cypress wood as the material of all parts of the booth body 10 so that the active ingredients (healthy ingredients, sterilization and antibacterial ingredients) of the cypress tree fill the room, and the floor and circumference according to the box shape It consists of a structure of walls and ceilings and doors 11 for entry and exit.

In the present invention, the cypress tree can be used in various forms (corner type, plate type, etc.) processed at the sawmill, and the drawings are shown as examples of those processed in a long form. That is, the booth body 10 is made through assembling a plurality of cypress wood materials according to the structure. For example, there is a method of manufacturing a box-shaped frame first and assembling a plurality of cypress wood materials on the frame, and in this case, assembling can use nails (or wooden rods) or is assembled through tenon fitting to further enhance eco-friendliness. can be highlighted.

Booth body 10 may include a ventilation window for ventilation on the wall or door.

The booth body 10 is equipped with lighting so that it can be used freely even at night. The lighting can be general lighting, but it is also possible to induce active metabolism by irradiating far-infrared (or near-infrared) rays.

2. Receptacle 20.

The storage unit 20 is made of cypress wood to have a space capable of storing functional materials. It is in the form of protruding, and preferably the indoor side communicates with the interior of the booth body 10 and is opened and closed through the cover 40 for the replacement of functional materials.

The storage unit 20 may be provided on three walls in one stage or more in the booth body 10.

In addition, the storage unit 20 may include a partition so that various functional materials can be separately stored and long and short materials can be separately stored.

In FIG. 4 , the storage unit 20 on the left side has a single space, and the storage unit 20 on the right side is divided into three spaces by two partitions 21 .

The partition 21 is preferably prefabricated so that the space of the storage unit 20 can be freely expanded and reduced, and a method of using a fitted coupling and a method of connecting one side with a hinge to erect or fold it in a pivoting manner is possible.

Since the storage unit 20 protrudes from the booth body 10 and is more likely to be damaged or damaged than the booth body 10, it is possible to be manufactured as a single unit and prefabricated in the booth body 10, that is, the storage unit When replacement is required due to damage or damage to (20), only the housing part (20) can be easily and quickly replaced, thereby reducing maintenance costs. At this time, the assembly of the storage unit 20 can be performed in various ways such as a bolt type.

In addition, depending on the type of functional material 30 stored in the storage unit 20, when heat is received, active ingredients are more actively emitted, and a heating member is included for this purpose. As shown in the circular arc of FIG. 2, the heating member is composed of a heat pipe 50, a heat transfer frame 51, and a ceramic member 52, and detailed descriptions and coupling relationships of these components can be confirmed through the heating member below. And, the heat pipe 50 is controlled to be on/off according to the user's selection, and transfers heat to the functional material 30 only when the user desires.

The heat of the heat pipe 50 is transferred to the flooring 22 of the storage unit 20 through the heat transfer frame 51 and the ceramic member 52 and then to the functional material 30, and the functional material 30 Activated by receiving heat, the active ingredient is released more intensely and actively. Of course, the heating member can be freely applied to walls and ceilings in addition to the bottom of the storage unit 20 .

The heating member may be equally applied to all housing units 20 or may be selectively applied.

3. Functional materials (30).

The functional material 30 is a natural product (medicine, herb), and in terms of efficacy, a variety of things that can prevent atopy, prevent aging, relieve stress, prevent dementia, sleep, blood circulation, psychological stability, improve concentration, etc. are used, and the storage unit (20 ) is freely stored and used.

As the functional material 30, in addition to herbs and herbs, natural minerals (methyst, jade, ocher, germanium, etc.) can be used alone or in combination.

4. Cover (40).

The cover 40 is connected to the indoor opening of the storage unit 20 by, for example, a hinge to open and close the storage unit 20 .

When used without the cover 40, since the active ingredient of the functional material 30 of the storage unit 20 may be emitted too strongly, the cover 40 may allow the active ingredient to be subtly diffused into the room.

As shown in FIGS. 1 to 5 , the cover 40 includes a dissipation hole 41 so that the active ingredient is quickly dissipated indoors. The diverging hole 41 is formed through the storage unit 20 and the interior of the booth body 10 so that the active ingredient emitted from the functional material 30 of the storage unit 20 is transmitted to the room, and a plurality of them are formed. do.

In addition, the cover 40 may include a receiving groove 42 so that the active ingredient penetrates the cover 40 and delivers it to the room through the cover 40 while directly containing the functional material.

The receiving groove 42 has a structure in which an upper portion is opened for injection of functional materials and a lower portion is closed to contain functional materials.

The functional material injected into the receiving groove 42 may be a particulate functional material, but it is preferable to be composed of a liquid in order to increase the high penetration rate of the functional material.

The cover 40 may be made of cypress wood, other wood or other material that has the same function as other woods that allow functional materials to penetrate and radiate well.

In addition, a metal or mineral dissipation plate 43 for dissipating an active ingredient (or the same active ingredient) different from the functional material described above using the cover 40 is included.

The divergence plate 43 emits negative ions, far infrared rays, and the like, and various materials such as copper, ceramic, and ocher can be used.

As shown in Figures 5 and 6, the cover 40 is formed with a receiving groove 44 into which the diverging plate 43 is inserted, and the diverging plate 43 is thin and covers the inside of the receiving groove 44. They are used in combination with each other (riveting, etc.) while being disposed on the inside (the storage part 20 side) and the outside (the booth body 10 side) of (40). Ring-shaped protrusions supporting the inner and outer divergence plates 44 may be formed in the receiving groove 44 .

The above-described diverging hole 41, accommodating groove 42, diverging plate 43/receiving groove 44 are not limited to the arrangement shown in the drawings.

The storage unit 20 and the cover 40 described above can be formed on one or more of the three walls, and the drawings show that they are formed on three sides except for the door 11 and the ceiling as an example.

5. Heating member (Ondol).

It can be used at a warm temperature in all four seasons, and ondol is applied so that you can better feel the active ingredients and fragrance of cypress trees.

As shown in Figures 3 and 8, the heating member (heating member) is a heat pipe 50 as a heat source, a heat transfer frame 51 that transfers the heat of the heat pipe 50, and the heat of the heat transfer frame 51 as a flooring material. (12) as a heat transfer member, including the configuration of ceramics (52).

The heating member can be replaced in various ways, such as a hot water circulation type that heats and circulates water, a steam circulation type, and a heating wire that generates heat by receiving electricity.

The heat pipe 50 transfers high-temperature heat to the heat transfer frame 51, and is preferably configured to transfer heat only to the heat transfer frame 51 through the heat insulating material 53. The heat pipe 50 may be installed to correspond 1:1 to the flooring material 12 or may be installed intermittently at regular intervals, or in a direction crossing the flooring material 12 (heat transfer frame 51). It is also possible to add a heat transfer rod in a direction orthogonal to the heat transfer frame 51 while being installed.

The heat transfer frame 51 is formed in a tubular structure that opens toward the top, and ceramics 52 and flooring 12 are sequentially stacked therein from the bottom.

The heat transfer frame 51 has a structure in which the vertical portions 51-1 on both sides are interposed between the flooring materials 12, and therefore, the heat of the heat pipe 50 is transferred to the side surfaces of the flooring material 12 to quickly move the room. It can heat, and since heat is directly transferred to the room through the gap between the flooring materials 12, the room can be heated more quickly.

However, the vertical portions 51-1 on both sides of the heat transfer frame 51 are formed at a height that does not protrude above the upper end of the flooring material 12 so that the user does not get caught when moving indoors.

In the present invention, the ceramic 52 is a generic term for natural minerals, and quickly transfers the heat of the heat transfer frame 51 to the flooring 12, and also exhibits effects such as ion emission and far-infrared emission. The ceramic 52 is shown in the form of a plate in the drawing, but various methods such as a method of using powder in a net are possible.

The heating member may also use the floor as main heating and the wall as auxiliary heating, and the main heating and auxiliary heating are individually turned on/off.

6. Magnets.

This embodiment includes a magnet to form a magnetic field in the booth body 10.

For example, a magnet is applied to the wall opposite to the door 11 through a fixing means (eg, a frame that does not interfere with the circulation of air flow). At this time, it is preferable that the magnet 60-1 on the door 11 side and the magnet 60-2 (different polarity) on the wall side are arranged with a height difference, and the airflow of the magnetic field is transmitted through the height difference to the booth body. (10) It can be formed entirely indoors, and the magnets 60-1 and 60-2 are installed outside the booth body 10 in various forms. Of course, the magnets 60-1 and 60-2 can also be installed indoors.

The magnet preferably has a structure in which an N-pole magnet 61 and a S-pole magnet 62 are connected through a spacer, and at this time, the spacer is preferably a functional emitting member 63 that emits an active ingredient. At this time, the space between the N-pole magnet 61 and the S-pole magnet 62 is open to allow air to pass through while the rest can be protected, and in response to this, the booth body 10 has a small size so that air can flow in and out better. Holes may be formed.

Magnetic fields are known to prevent oxidation, help improve constitution, purify blood, activate cells, strengthen immunity, relieve pain, remove wastes in blood vessels, and strengthen bone regeneration. It also functions to circulate active ingredients indoors while activating the emission of active ingredients. do.

That is, as an airflow of a magnetic field is formed through the N-pole magnet 61 and the S-pole magnet 62, the active ingredient contained in the functional radiating member 63 is more actively emitted, and air from the outside flows through the N-pole magnet 61. It is introduced into the room of the booth body 10 through the space between the and S-pole magnets 62, circulates through the room, and then is discharged to the outside, thereby providing greater help in improving health.

The functional diverging member 63 is preferably a cypress tree or the like that can be continuously used through supplementation even if the amount of the active ingredient is reduced due to drying while containing a lot of its own active ingredient. The functional diverging member 63 may adjust the distance between the N-pole magnet 61 and the S-pole magnet 62 through selection of various thicknesses.

At this time, since circulation of the air flow may not be good, an air flow forming fan for forcibly forming the air flow may be added. The airflow forming fan is small enough with low noise, and for example, it is disposed on the opposite wall of the door 11 to form an airflow of forced circulation in the room, so that the active ingredient can be gently maintained for a long time everywhere in the room.

7. Wall type divergence frame (70).

The wall-type divergence frame 70 supplies the active ingredient to the cypress tree on the wall so that the active ingredient is diverged from the wall, and as shown in FIGS. It can be directly fixed (piece, etc.).

As shown in the drawing, the wall-type divergence frame 70 can also be used as a wall with the wall side open, and at this time, a packing 72 for sealing is used together, and, of course, a structure in which the wall side is closed is also possible.

In addition, the functional material used in the wall-type divergence frame 70 may be the same as the liquid functional material injected into the receiving groove 42 of the cover 40, and vegetation or herbs may be used, but in the case of liquid It is preferable that a viewing window 71 is provided so that replenishment time can be confirmed.

A plurality of wall-type divergence frames 70 may be arranged along the up-and-down longitudinal direction between the accommodating parts 20 .

The wall-type divergence frame 70 may include an absorbent (sponge 73) that absorbs and then discharges the functional material in order to supply the functional material for a long time, and the upper opening may be closed with a stopper 74. .

The wall-type divergence frame 70 may also be applied to the outer surface of the booth body 10.

8. Air conditioning.

The air conditioner 80 is installed outside the ceiling of the booth body 10 and the heat exchange pipe 81 passes through the ceiling and is disposed inside the room, and is operated through a user's operation to cool or dehumidify the room.

9. Insulation (13).

The eco-healing booth 100 of this embodiment can be used both indoors and outdoors, and requires heat insulation when used outdoors.

As shown in FIG. 11, for example, an insulator 13 is installed outside the booth body 10, and at this time, an air layer 14 is placed between the booth body 10 and the insulator 13 to increase the insulation effect. ) to secure more

The operation of the domed eco-healing booth according to this embodiment is as follows.

The cypress tree, which is the material of the booth body 10, emits an active ingredient (phytoncide) into the room, and the functional material 30 stored in the storage unit 20 emits an active ingredient to permeate the cypress tree. In addition to being transmitted to the room through the tree, the active ingredient is directly emitted into the room through the emission hole 41 of the cover 40. In addition, the radiating plate 43 of the cover 40 diffuses the active ingredient into the room.

Therefore, the interior of the eco-healing booth 100 is filled with active ingredients of cypress and functional materials, and users in the room see a healing effect through the efficacy of the active ingredients.

At this time, as the flooring 12 is heated through the heating member, a thermal treatment effect is also generated, and since the cypress tree emits active ingredients more actively through heat, the effect of the active ingredients will be maximized.

In addition, since a magnetic field is formed in the interior of the eco-healing booth 100 through magnets, a healing effect by the magnetic field can be obtained.

<Example 2>

As shown in FIGS. 12 to 14, the domed eco-healing booth 100 according to this embodiment has the same configuration as in Example 1, such as using a cypress wood material and the storage unit 20, and is domed. Only the differences caused by .

The booth body 10 is made in the shape of a dome, and at this time, the ceiling can be both round and flat, and considering the processing and transportation of cypress trees, one cypress tree material is the booth body 10 Since it cannot be equal to the height of the whole, it can be a structure that is stacked with a height of two or more levels, and it is formed in the form of an eaves (inducing water flowing from the top to the outside) to prevent rainwater from penetrating at the part where the upper and lower materials are connected. .

The storage unit 20 is formed in one or more stages according to the round shape of the dome-shaped booth body 10, and the cover 40 is applied to the indoor side.

In the booth body 10, the flooring 12 may be arranged along the circumferential direction, and in this case, the cross-sectional area becomes narrower toward the center.

As shown in FIG. 14, a heating member is applied, and when the heat pipes 50 are gathered in the central portion of the booth body 10, an explosion due to overheating may occur, so the central portion of the booth body 10 has no heating zone 15 ) to form

Since this embodiment also derives the same operational effects as the above-described embodiment 1, a detailed description thereof will be omitted.

10: booth body, 11: door
12: flooring,
20: storage unit, 21: partition
30: functional material,
40: cover, 41: divergence hole
42: receiving groove, 43: divergence plate
44: storage groove,
50: heat pipe, 51: heat transfer frame
52: ceramic, 53: insulation
60-1,60-2: magnet, 70: wall type divergence frame
71: sight window, 72: packing
73: absorber, 74: stopper
80: air conditioner,

Claims (13)

A cypress wood booth body having an indoor space including a floor, walls, ceiling and door made of cypress wood;
One or more storage units formed in the booth body to be opened and closed through a cover;
It is housed in the storage unit and includes a functional material that emits active ingredients beneficial to health,
The receiving part is formed with an opening toward the inside of the house body so that the cover is connected to be able to open and close and protrudes toward the outside of the house body to increase the amount of emission of active ingredients through an increase in the surface area of the cypress tree. Eco-healing booth using cypress trees. The cypress of claim 1, wherein the cover includes a storage groove with an open top and a closed storage groove and a functional material that penetrates into the cover and emits beneficial components through the cover after being injected into the storage groove. Eco-healing booth using wood. The eco-healing booth using cypress wood according to claim 1 or 2, characterized in that the cover includes one or more divergence holes so that the beneficial components of the functional material stored in the accommodating unit are dissipated into the room. The eco-healing booth using cypress wood according to claim 1 or 2, characterized in that the cover is coupled with a metal or mineral divergence plate that emits beneficial components. [Claim 5] The eco-healing booth using cypress wood according to claim 4, wherein the divergence plate is coupled to both the indoor side and the opposite side of the hall formed in the cover. The eco-healing booth using cypress wood according to claim 1 or 2, characterized in that the storage unit is formed along the circumference of the wall and divided into two or more compartments through a partition. The eco-healing booth using cypress wood according to claim 1, further comprising a heating member installed on the booth body and applying heat to the cypress tree. The method according to claim 7, wherein the heating member includes a heat source and a heat transfer frame in which a flooring material is accommodated and transfers the heat of the heat source, and the heat transfer frame is formed to open toward the top so that vertical portions on both sides are between the flooring materials. An eco-healing booth using cypress wood, characterized in that interposed in to transfer heat to the room through a gap between the side of the flooring and the flooring. The eco-healing booth using cypress wood according to claim 1, characterized in that it includes magnets accommodated on both sides of the booth body so as to face each other and forming an air flow by a magnetic field. The eco-healing booth using cypress wood according to claim 9, wherein magnets of different polarities are disposed at intervals through functional diverging members to form air currents through the intervals. The method according to claim 1, using a cypress tree, characterized in that it includes a wall-type divergence frame in which functional material is injected and fixed to the booth body to penetrate the active ingredient of the functional material into the booth body and emit it into the room. Eco Healing Booth. The eco-healing booth using cypress wood according to claim 1, further comprising a heating member for applying heat to the functional material stored in the storage unit. The eco-healing booth using cypress wood according to claim 1, wherein the booth body is box-shaped or dome-shaped.

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