KR102573635B1 - Personal dry far-infrared sauna booth - Google Patents

Abstract

The present invention provides a front panel with a door, a pair of side panels coupled to both sides of the front panel, a rear panel disposed to face the front panel and coupled to the side panel, the front panel and the side panel, and a housing including a base panel coupled to a lower portion of the rear panel, and a ceiling panel disposed to face the base panel and coupled to the front panel, the side panels, and an upper portion of the rear panel to form an internal space; a chair disposed on the base panel so as to be located in the inner space and rotatably formed so that the user can rotate the body in a seated state; a far-infrared panel heater disposed in the inner space and radiating far-infrared rays toward a user; a mounting unit installed on one of the rear panel and the side panel and holding the far infrared ray panel heater so that the position of the far infrared ray panel heater is adjusted; and a safety bar installed on at least one of the rear panel, the side panel, and the front panel to be gripped by a user.

Description

Personal dry far-infrared sauna booth {PERSONAL DRY FAR-INFRARED SAUNA BOOTH}

The present invention relates to a personal dry far-infrared sauna booth.

In general, a sauna is one of the bathing methods in which steam or heat is used instead of water. The temperature of the sauna room is approximately 70 to 110 ° C. When you sit inside, you sweat a lot, which improves metabolism, blood circulation, and skin respiration. will promote

Sauna types are divided into wet saunas that generate steam, dry saunas that emit heat by employing an electric heater method, buried saunas, and prefabricated saunas.

In the case of the wet type, it is a way to remove sweat by making the humidity very high at a low temperature of 40 ~ 60°C. . The wet type is further divided into a shower booth type and a buried type. The shower booth type has a steamer installed in a commercialized booth and has the advantage of being easily installed where necessary, and the buried type has a glass partition in the space where a sauna is needed It can be said to be a method of installation and use by constructing a steam controller, steam generator box, and steam outlet on the ceiling or wall.

The dry (乾式) originates from the Finnish sauna, and it can be said to be a thermal bath in a wooden building or room in high temperature dry air at 80 to 105 °C with little moisture. A high-temperature dry sauna stimulates the sympathetic nerves of the human body, strengthens the activity of the heart and circulatory system, increases blood pressure and improves blood circulation.

However, as a home sauna, it is difficult to install such a high-temperature sauna facility, so saunas using ceramic heaters that emit far-infrared rays and the like are the mainstream. The far-infrared sauna warms the body with low-temperature radiant heat, so the thermal sensation is soft and it can be safely used by people with high blood pressure, heart disease, and the elderly. Since saunas using far-infrared rays can be manufactured in a small size by means of radiating far-infrared rays such as a face heating element, sauna devices for personal use have recently been popularized as well-being products. In particular, there is an increasing tendency to configure sauna booths to be easily moved and assembled, and these box-type sauna structures also use wall plates made of non-metallic materials.

In the case of a wet sauna, there is a problem that the wall plates constituting the sauna body are easily corroded and damaged by moisture or condensate, whereas in the dry sauna, the air remaining in the enclosed space inside the sauna body is simply removed by the radiant heat of the electric heater. It has a heating structure.

In the structure of this dry sauna, the heater is fixed in one direction, so there is a limit in that the user cannot provide heat to various postures or various body parts. Furthermore, when the user takes various postures in front of the heater, the user should be able to stably maintain the corresponding posture. Considering the trend of aging sauna users, there may also be limitations in entrusting this only to the user's physical ability.

One object of the present invention is to provide a personal dry far-infrared ray sauna booth that allows a user to direct heat in a desired direction according to a body part or posture to be steamed.

Another object of the present invention is to provide a personal dry far-infrared sauna booth that can structurally help a user to stably maintain a corresponding posture while taking various postures.

A personal dry far-infrared sauna booth according to an aspect of the present invention for realizing the above object is a front panel provided with a door, a pair of side panels coupled to both sides of the front panel, and disposed to face the front panel A rear panel coupled to the side panel, a base panel coupled to the front panel, the side panel, and a lower portion of the rear panel, disposed to face the base panel, and to face the front panel, the side panel, and the upper portion of the rear panel. A housing having a ceiling panel coupled to form an inner space; a chair disposed on the base panel so as to be located in the inner space and rotatably formed so that the user can rotate the body in a seated state; a far-infrared panel heater disposed in the inner space and radiating far-infrared rays toward a user; a mounting unit installed on one of the rear panel and the side panel and holding the far infrared ray panel heater so that the position of the far infrared ray panel heater is adjusted; and a safety bar installed on at least one of the rear panel, the side panel, and the front panel so that a user can grip it, wherein the far-infrared panel heater generates heat by applied power and generates far-infrared rays. heating plate; an ultra-heat-resistant ceramic plate disposed to cover the front surface of the heating plate and transmitting far-infrared rays generated from the heating plate toward the front surface; an insulating plate disposed on a rear surface of the heating plate and blocking far-infrared rays generated from the heating plate from being radiated toward the rear surface; a waterproof cover that encloses and seals all of the heating plate, the ultra heat-resistant ceramic plate, and the insulating plate; and a pair of handles installed on both sides of the waterproof cover so as to be gripped by a user so as to adjust a projection direction of far-infrared rays, and the holding unit is attached to one of the rear panel and the side panel. a mounting member to be coupled; a holding member coupled to the far infrared ray panel heater; an arm disposed between the mounting member and the holding member; a first rotation shaft disposed along a vertical direction and rotatably connecting the arm and the mounting member such that the arm rotates in a horizontal direction with respect to the mounting member; a second rotation shaft disposed along a vertical direction and rotatably connecting the arm and the holding member so that the holding member rotates in a horizontal direction with respect to the arm; a third rotation shaft disposed along a horizontal direction and rotatably connecting the arm and the holding member so that the holding member rotates in a vertical direction with respect to the arm; and a gas cylinder configured to support the arm relative to the mounting member and to support a load of the far-infrared ray panel heater, wherein the safety bar is disposed on one side of the far-infrared ray panel heater, and a user sitting on the chair A first safety bar disposed so that it can be grasped; a second safety bar disposed on the other side of the far-infrared ray panel heater and disposed so that a user sitting on the chair can hold it; and a third safety bar disposed on opposite sides of the far-infrared panel heater, wherein the first safety bar and the second safety bar are arranged to extend in a vertical direction, and the third safety bar is arranged to extend in a horizontal direction. At least a portion of the front panel, the side panel, the rear panel, the base panel, and the ceiling panel are formed of wood, and the wood is at least one of cypress, red cedar, and hemlock. Including one, the front panel, a fixed wall portion formed of a wood material; and a transparent window installed in the fixed wall portion and allowing an outside view of the far-infrared ray panel heater disposed in the inner space.

Here, each of the first safety bar, the second safety bar, and the third safety bar may include a pair of mounting brackets coupled to one of the rear panel, the side panel, and the front panel; and a guide rod connected to the pair of mounting brackets and made of a wooden material.

Here, an auxiliary far infrared ray panel heater installed on one of the rear panel, the side panel, the front panel, and the ceiling panel to assist the far infrared ray panel heater to increase the temperature of the interior space may be further included.

A personal dry far-infrared sauna booth according to another aspect of the present invention includes a front panel provided with a door, a pair of side panels coupled to both sides of the front panel, and disposed to face the front panel and coupled to the side panels. A rear panel, a base panel coupled to the front panel, the side panel, and a lower portion of the rear panel, disposed to face the base panel, and coupled to the front panel, the side panel, and the upper portion of the rear panel to form an internal space. A housing having a ceiling panel to; a chair disposed on the base panel to be located in the inner space; a far-infrared panel heater disposed in the interior space and radiating far-infrared rays toward a user sitting on the chair; a mounting unit installed on one of the rear panel and the side panel and holding the far infrared ray panel heater so that the position of the far infrared ray panel heater is adjusted; and a safety bar installed on at least one of the rear panel, the side panel, and the front panel to be gripped by a user, the front panel, the side panel, the rear panel, the base panel, and the ceiling. At least some of the panels are made of wood, the wood includes at least one of cypress wood, red cedar wood, and hemlock wood, and the far-infrared panel heater includes a case having a radiation surface; a heating plate accommodated in the case and emitting far-infrared rays to transmit through the radiation surface; and a pair of handles respectively installed on both sides of the case and formed to be gripped by a user in order to adjust the directing direction of the radiation surface, wherein the safety bar is disposed on one side of the far-infrared ray panel heater. a first safety bar disposed so that a user sitting on the chair can hold onto it; and a second safety bar disposed on the other side of the far-infrared ray panel heater so that a user sitting on the chair can hold it, wherein each of the first safety bar and the second safety bar comprises the rear panel and the side surface. a pair of mounting brackets coupled to one of the panel and the front panel; and a guide rod connected to the pair of mounting brackets and made of a wooden material.

Here, an auxiliary far infrared ray panel heater installed in the housing may further include an auxiliary far infrared ray panel heater to assist the far infrared ray panel heater to increase the temperature of the inner space and radiate far infrared rays in a direction from an upper part to a lower part of the inner space.

Here, the far infrared ray panel heater and the auxiliary far infrared ray panel heater may operate as power is applied.

Here, the front panel includes a fixed wall portion made of wood; and a transparent window installed in the fixed wall portion and allowing an outside view of the far-infrared ray panel heater disposed in the inner space.

A personal dry far-infrared sauna booth according to another aspect of the present invention includes a front panel provided with a door, a pair of side panels coupled to both sides of the front panel, and disposed to face the front panel and coupled to the side panels. A rear panel, a base panel coupled to the front panel, the side panel, and the lower portion of the rear panel, disposed to face the base panel, and coupled to the front panel, the side panel, and the upper portion of the rear panel to create an internal space. A housing having a ceiling panel to form; a chair disposed on the base panel to be located in the inner space and configured to allow a user to sit on it; a far-infrared panel heater disposed in the inner space and radiating far-infrared rays toward a user; a mounting unit installed on one of the rear panel and the side panel and holding the far infrared ray panel heater so that the position of the far infrared ray panel heater is adjusted; and a safety bar installed on at least one of the rear panel, the side panel, and the front panel so that the user can hold the user's posture while being exposed to far-infrared rays emitted from the far-infrared panel heater. there is.

Here, an auxiliary far infrared ray panel heater installed in the housing may further include an auxiliary far infrared ray panel heater to assist the far infrared ray panel heater to increase the temperature of the inner space and radiate far infrared rays in a direction from an upper part to a lower part of the inner space.

A personal dry far-infrared sauna booth according to another aspect of the present invention includes a front panel provided with a door, a pair of side panels coupled to both sides of the front panel, and disposed to face the front panel and coupled to the side panels. A rear panel, a base panel coupled to the front panel, the side panel, and the lower portion of the rear panel, disposed to face the base panel, and coupled to the front panel, the side panel, and the upper portion of the rear panel to create an internal space. A housing having a ceiling panel to form; a far-infrared ray panel heater disposed in the inner space to be able to adjust its posture and radiating far-infrared rays toward a user; and a safety bar installed on at least one of the rear panel, the side panel, and the front panel to be gripped by a user, the front panel, the side panel, the rear panel, the base panel, and the ceiling. At least some of the panels are made of wood, and the far infrared ray panel heater includes a case having a radiation surface; a heating plate accommodated in the case and emitting far-infrared rays to transmit through the radiation surface; and a handle that is installed to protrude outward from the case and is grippable by a user so as to adjust a directing direction of the radiation surface, wherein the safety bar comprises the rear panel, the side panel, and the front surface. A pair of mounting brackets that mate with one of the panels; and a guide rod connected to the pair of mounting brackets and made of a wooden material.

According to the personal dry far-infrared ray sauna booth according to the present invention configured as described above, the user adjusts the far-infrared ray panel heater in various positions using a mounting unit in the inner space of the housing, so that the user can move the far-infrared panel heater in the desired direction according to the body part or posture to be steamed. can direct the heat.

In addition, when the user takes various postures in front of the far-infrared panel heater by gripping the safety bar installed in the housing, the user can stably maintain the corresponding posture.

1 is a perspective view of a personal dry far infrared sauna booth 100 according to an embodiment of the present invention.
FIG. 2 is a perspective view showing the inside of the sauna booth 100 of FIG. 1 .
FIG. 3 is a conceptual cross-sectional view of the far infrared ray panel heater 130 of FIG. 2 .
FIG. 4 is a perspective view showing the mounting unit 140 for mounting the far infrared ray panel heater 130 on the housing 110 in FIG. 2 .

Hereinafter, a personal dry far-infrared sauna booth according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. In this specification, the same or similar reference numerals are assigned to the same or similar components even in different embodiments, and the description is replaced with the first description.

1 is a perspective view of a personal dry far infrared sauna booth 100 according to an embodiment of the present invention.

Referring to this figure, the sauna booth 100 may have a housing 110 having a substantially rectangular parallelepiped shape. Accordingly, the housing 110 may include a front panel 111, a side panel 112, a rear panel 113 (see FIG. 2), a base panel 114, and a ceiling panel 115. The front panel 111 is disposed to face the rear panel 113, and the side panels 112 are provided as a pair and disposed to face each other. The base panel 114 is coupled to the lower portions of the front panel 111 , the side panel 112 , and the rear panel 113 to support them. On the other hand, the ceiling panels 115 are coupled to their tops and supported by them. Thereby, the ceiling panel 115 may be disposed to face the base panel 114 .

By combining these panels, an interior space is formed. For the user's entry into the interior space, the front panel 111 may be provided with a door 111c along with a fixed wall portion 111a and a transparent window 111b. Here, the fixed wall portion 111a is a fixed wall coupled to the side panel 112, and the transparent window 111b occupies a portion of the fixed wall portion 111a and may be a glass window for viewing the internal space from the outside. .

Some or all of the above panels 111 to 115 may be made of wood. In the case of the front panel 111, the fixed wall portion 111a and the door 111c excluding the transparent window 111b may be made of wood. The tree used may be, specifically, cypress, red cedar, or hemlock.

FIG. 2 is a perspective view showing the inside of the sauna booth 100 of FIG. 1 .

Referring to this figure, a chair 120, a far infrared ray panel heater 130, a mounting unit 140 (see FIG. 4), a safety bar 150, and an auxiliary far infrared ray panel heater 160 may be installed in the interior space. .

The chair 120 can be placed on the base panel 114. The chair 120 may have a hip support portion rotatably formed with respect to the leg portion so that the user can rotate the body in a sitting state.

The far-infrared panel heater 130 is disposed to irradiate far-infrared rays toward an inner space, specifically, a user. The far infrared panel heater 130 may have a case 137 and a handle 139 . The case 137 has a substantially rectangular parallelepiped shape, and a heat source for generating far-infrared rays according to power application is provided therein. The front surface of the case 137 forms a radiation surface 137a through which the generated far-infrared rays are transmitted and radiated toward the inner space. A handle 139 grippable by a user may be installed outside the case 137 . Handles 139 may be provided in a total pair, for example, one on each side of the case 137 .

The mounting unit 140 is a component for mounting the far infrared ray panel heater 130 on the housing 110 . The mounting unit 140 may be installed on the rear panel 113 or the side panel 112 of the housing 110, or on the fixed wall portion 111a of the front panel 111. The directing direction of the radiation surface 137a of the far-infrared ray panel heater 130 mounted on the holding unit 140 may be adjusted by a user holding and adjusting the handle 139 .

The safety bar 150 is a component that helps the user maintain his/her posture by holding onto it. The safety bar 150 may be installed on the rear panel 113 , the side panel 112 , and the front panel 111 .

The safety bar 150 may be classified into a first safety bar 151, a second safety bar 152, and a third safety bar 153 depending on the location and shape. The first safety bar 151 and the second safety bar 152 may be respectively disposed on both sides of the far-infrared panel heater 130 . In this embodiment, the far-infrared panel heater 130 is installed on the side panel 112, and the first safety bar 151 and the second safety bar 152 are installed on the rear panel 113 and the front panel 111, respectively. has been The user may hold the first safety bar 151 and the second safety bar 152 at the same time and stably take a desired posture in front of the far-infrared panel heater 130 . The third safety bar 153 is located at a different position from the first safety bar 151 and the second safety bar 152, for example, installed on the other side panel 112 to face the far-infrared panel heater 130. It can be. Also, unlike the first safety bar 151 and the second safety bar 152 extending in the vertical direction, the third safety bar 153 may be arranged to extend in the horizontal direction.

The specific shapes of the first to third safety bars 151 to 153 are the same. Taking the first safety bar 151 as an example, it may be composed of a pair of mounting brackets 151a and a single guide bar 151b. The mounting bracket 151a is made of a metal material, but the guide rod 151b may be made of a wooden material having low thermal conductivity. If the pair of mounting brackets 151a are coupled to the housing 110, the guide rod 151b is coupled to the pair of mounting brackets 151a and spaced apart from the housing 110.

The auxiliary far-infrared panel heater 160 is configured to increase the temperature of the interior space and radiate far-infrared rays in a direction from the ceiling to the floor. Unlike the far-infrared panel heater 130 radiating far-infrared rays to the user mainly in a horizontal direction, this may be additionally employed to radiate far-infrared rays in a vertical direction in the interior space and to increase the overall temperature of the interior space. To this end, the auxiliary far-infrared panel heater 160 will be mainly installed on the ceiling panel 115, but may be installed on the top of the rear panel 113, the side panel 112, or the front panel 111. Furthermore, like the far-infrared panel heater 130, the auxiliary far-infrared panel heater 160 may also generate heat as power is applied.

According to this configuration, the user can sit on the chair 120 and apply the far-infrared rays emitted from the far-infrared panel heater 130 to steam. The user can adjust the posture of the far-infrared panel heater 130 corresponding to the part of the user's body to be irradiated with far-infrared rays, for example, the head, torso, waist, legs, and the like. To this end, the user grabs the handle 139 to move or rotate the far-infrared panel heater 130, and the mounting unit 140 changes the posture of the far-infrared panel heater 130 in response thereto.

Furthermore, the user may take a fitness posture, for example, a squat posture or a limb posture while being exposed to far-infrared rays. In this case, the user can hold the first safety bar 151 and the second safety bar 152, etc., to be exposed to far-infrared rays while stably maintaining the corresponding posture. In addition, the safety bar 150 may help users with reduced mobility to move in the interior space in the age of super-aging.

If you want more heat than the heat from the far infrared panel heater 130, the auxiliary far infrared panel heater 160 may be operated to further increase the overall temperature of the interior space.

FIG. 3 is a conceptual cross-sectional view of the far infrared ray panel heater 130 of FIG. 2 .

Referring to this figure, the far-infrared panel heater 130 may include a heating plate 131, a superheat-resistant ceramic plate 132, an insulating plate 133, and a waterproof cover 135.

In the case 137 briefly described in FIG. 2 above, the superheat-resistant ceramic plate 132 and the waterproof cover 135 in this structure may correspond. A heating plate 131 is disposed inside the ultra heat-resistant ceramic plate 132, and a heat insulation plate 133 is disposed behind it.

The heating plate 131 is configured to generate far-infrared rays as power is applied. The heating plate 131 may include tungsten (W), molybdenum (Mo), and alloys thereof. Far-infrared rays not only increase a person's body temperature, but also activate cell tissues to promote blood circulation and metabolism, and provide positive effects on human health and beauty, such as fatigue recovery, stress relief, and skin aging prevention. To apply power to the heating plate 131 , metal thin film electrodes 131a may be installed on both sides of the heating plate 131 .

The ultra heat-resistant ceramic plate 132 is disposed to cover the entire surface of the heating plate 131 . The front surface of the ultra heat-resistant ceramic plate 132 may correspond to the radiation surface 137a described above with reference to FIG. 2 . The ultra-heat-resistant ceramic plate 132 is configured to transmit far-infrared rays generated from the heating plate 131 toward the front surface. The superheat-resistant ceramic plate 132 may be a crystallized ceramic based on lithium oxide (Li ₂ O)-aluminum oxide (Al ₂ O ₃ )-silica (SiO ₂ ).

The insulating plate 133 blocks far-infrared rays generated from the heating plate 131 from being radiated toward the rear side. The insulating board 133 may include aluminum oxide (Al ₂ O ₃ ), silicon oxide (SiO ₂ ), or a mixture of aluminum oxide (Al ₂ O ₃ ) and silicon oxide (SiO ₂ ).

The waterproof cover 135 is a member that surrounds the heating plate 131 , the ultra heat resistant ceramic plate 132 , and the insulating plate 133 to seal them.

FIG. 4 is a perspective view showing the mounting unit 140 for mounting the far infrared ray panel heater 130 on the housing 110 in FIG. 2 .

Referring to this figure, the mounting unit 140 is to mount the far-infrared ray panel heater 130 on the housing 110 so that its posture can be adjusted.

To this end, the mounting unit 140 includes a mounting member 141, a holding member 142, an arm 143, a first rotation shaft 145, a second rotation shaft 146, a third rotation shaft 147, and a gas Cylinder 148 may be included.

The mounting member 141 is configured to be coupled to the housing 110, specifically, the rear panel 113 or the side panel 112. Conversely, the holding member 142 is coupled to the far-infrared panel heater 130 . The arm 143 is disposed between the mounting member 141 and the holding member 142 to connect them.

The first rotation shaft 145 to the third rotation shaft 147 are configured to rotate the arm 143 or the holding member 142 . Specifically, the first rotation shaft 145 and the second rotation shaft 146 are arranged along the vertical direction, but the third rotation shaft 147 is arranged along the horizontal direction. The first rotation shaft 145 is configured to connect the arm 143 and the mounting member 141 such that the arm 143 rotates in a horizontal direction with respect to the mounting member 141 . The second rotation shaft 146 and the third rotation shaft 147 are configured to connect the arm 143 and the holding member 142 so that the holding member 142 rotates in a horizontal direction or a vertical direction with respect to the arm 143, respectively. .

Gas cylinder 148 is configured to support arm 143 relative to mounting member 141 . This allows the arm 143 supporting the far-infrared panel heater 130 to rotate in the vertical direction while supporting the load.

According to this configuration, the user can adjust the posture of the far-infrared panel heater 130 according to the direction in which the far-infrared rays are to be irradiated with the help of the holding unit 140 .

The personal dry far-infrared sauna booth as described above is not limited to the configuration and operation method of the embodiments described above. The above embodiments may be configured so that various modifications can be made by selectively combining all or part of each embodiment.

100: personal dry far-infrared sauna booth 110: housing
120: chair 130: far infrared panel heater
140: mounting unit 150: safety bar
160: Auxiliary far-infrared panel heater

Claims (11)

A front panel having a door, a pair of side panels coupled to both sides of the front panel, a rear panel disposed to face the front panel and coupled to the side panel, the front panel, the side panel, and the rear panel a housing including a base panel coupled to a lower portion and a ceiling panel disposed to face the base panel and coupled to upper portions of the front panel, the side panels, and the rear panel to form an internal space;
a chair disposed on the base panel so as to be located in the inner space and rotatably formed so that the user can rotate the body in a seated state;
a far-infrared panel heater disposed in the inner space and radiating far-infrared rays toward a user;
a mounting unit installed on one of the rear panel and the side panel and holding the far infrared ray panel heater so that the position of the far infrared ray panel heater is adjusted; and
A safety bar installed on at least one of the rear panel, the side panel, and the front panel to be gripped by a user,
The far infrared ray panel heater,
Heating plate generating heat by the applied power and generating far-infrared rays;
an ultra-heat-resistant ceramic plate disposed to cover the front surface of the heating plate and transmitting far-infrared rays generated from the heating plate toward the front surface;
an insulating plate disposed on a rear surface of the heating plate and blocking far-infrared rays generated from the heating plate from being radiated toward the rear surface;
a waterproof cover that encloses and seals all of the heating plate, the ultra heat-resistant ceramic plate, and the insulating plate; and
It is installed on both sides of the waterproof cover, and includes a pair of handles formed to be gripped by the user to adjust the projection direction of the far infrared rays,
The holding unit,
a mounting member coupled to one of the rear panel and the side panel;
a holding member coupled to the far infrared ray panel heater;
an arm disposed between the mounting member and the holding member;
a first rotation shaft disposed along a vertical direction and rotatably connecting the arm and the mounting member such that the arm rotates in a horizontal direction with respect to the mounting member;
a second rotation shaft disposed along a vertical direction and rotatably connecting the arm and the holding member so that the holding member rotates in a horizontal direction with respect to the arm;
a third rotational shaft disposed along a horizontal direction and rotatably connecting the arm and the holding member so that the holding member rotates in a vertical direction with respect to the arm; and
A gas cylinder configured to support the arm with respect to the mounting member and supporting a load of the far-infrared panel heater,
The safety bar,
a first safety bar disposed on one side of the far-infrared ray panel heater and disposed so that a user sitting on the chair can hold it;
a second safety bar disposed on the other side of the far-infrared panel heater so that a user sitting on the chair can hold it; and
A third safety bar disposed on a side facing the far infrared ray panel heater,
The first safety bar and the second safety bar,
Arranged to extend along the vertical direction,
The third safety bar,
A personal dry far-infrared sauna booth arranged to extend along the horizontal direction.
According to claim 1,
At least some of the front panel, the side panel, the rear panel, the base panel, and the ceiling panel are formed of wood,
The tree includes at least one of cypress, red cedar, and hemlock,
The front panel,
A fixed wall made of wood; and
The personal dry far infrared sauna booth further comprises a transparent window installed in the fixed wall and allowing the far infrared panel heater disposed in the inner space to be seen from the outside.
According to claim 1,
Each of the first safety bar, the second safety bar, and the third safety bar,
a pair of mounting brackets coupled to one of the rear panel, the side panel, and the front panel; and
A personal dry far-infrared sauna booth connecting the pair of mounting brackets and including a guide rod made of wood.
According to claim 1,
A personal dry far infrared sauna booth further comprising an auxiliary far infrared panel heater installed on one of the rear panel, the side panel, the front panel, and the ceiling panel to assist the far infrared panel heater to increase the temperature of the internal space. .
delete delete delete delete delete delete delete

Images