KR200488905Y1 - Dome Type Sauna Device - Google Patents

Abstract

The present invention relates to a dome type sauna device, which comprises a dome-shaped body having a space formed therein, wherein at least a part of the dome-shaped body has a cushion contacting the lower surface of the outer shell, A first thermally insulating member contacting the lower surface of the charcoal felt, a second thermally insulating member contacting the lower surface of the first thermally insulating member, a film contacting the lower surface of the second thermally insulating member, An aluminum glass fiber contacting the lower surface of the carbon heating element; an embossing fabric contacting the lower surface of the aluminum glass fiber; a fabric contacting the lower surface of the embossed fabric and having a ceramic on the lower surface thereof; An upper frame on the front and rear sides of the dome-shaped main body, the front and rear sides being located at the upper center of the dome-shaped main body; A front frame and a rear frame respectively installed on front and rear surfaces of the dome-shaped body so that front and rear sides of the upper frame are respectively inserted; And a lower frame installed on both sides of the dome-shaped body so that the lower surface of the dome-shaped body, the lower surface of the front frame, and the lower surface of the rear frame are inserted. In the dome- The present invention relates to a dome type sauna device having high strength.

Description

[0001] Dome Type Sauna Device [0002]

The present invention relates to a dome type sauna device, and more particularly, to a dome type sauna device having a laminated structure in which a circular ceramic is installed and a plastic frame is provided at the upper center.

The conventional sauna apparatus elevates the air in the dome-shaped space to a high temperature to apply heat to the body of the user, thereby raising the body temperature by such heat action, thereby promoting the metabolism and blood circulation of the user, It promotes the health of the human body by discharging it to the outside of the body with sweat.

Such a conventional sauna apparatus has a drawback that the frame is made of wood and is heavy in weight, and therefore, it is difficult to assemble and produce.

On the other hand, Patent Document 10-1052744 (dome type sauna apparatus) (hereinafter referred to as Patent Document 1) is proposed as a conventional sauna apparatus.

Patent Document 1 discloses an air conditioner comprising an outer cover 110, a heat shield member 120, a carbon heating panel 130, a far infrared ray diverging member 140, a fixed frame 150, a moving means 160, and a control unit 170 . The far infrared ray diverging member 140 includes a diverging member 210 for emitting a far infrared ray, a fixing net 220 surrounding the diverging member 210, a fixing member 230 for fixing the diverging member 210 to the carbon heating panel 130, .

In this 'Patent Document 1', the thickness of the outer cover 110 and related parts is thickened by the fixing net 220 and the fixing member 230, and the strength is weaker than the thick thickness, resulting in durability.

Also, 'Patent Document 1' does not have an auxiliary structure for holding the coupling between the outer cover 110 and the fixed frame 150, and there is a possibility that the outer cover 110 and the fixed frame 150 may be separated after assembly and assembly, and assembly may be inconvenient. The same problem also occurs between the outer cover 110, the heat shield member 120, the carbon heating panel 130, the fixing frame 150 fixing both side ends thereof, and the moving means 160 into which the fixing frame 150 is inserted .

In addition, the outer cover 110 of Patent Document 1 has a frame only on the lower both sides thereof, and a frame vertically in the circumferential direction, that is, in parallel with the longitudinal direction of the outer cover 110, 110 may not be strong enough, so that when a load is applied to the outer cover 110 and related parts, the shape may not be maintained and may be damaged.

In addition, in the conventional utility model apparatus 20-0408936 (personal heating apparatus) (hereinafter referred to as "patent document 2") in which a conventional dome type sauna apparatus is provided, frames 220 and 222 are installed in the circumferential direction.

However, in Patent Document 2, when the two first and second lid units 100 and 102 are locked, the zipper is positioned in the center so that the first and second lid units 100 and 102 are positioned at the upper center of the first and second lid units 100 and 102 Since the frames 220 and 222 can not be positioned in parallel with the longitudinal direction, the strength of the first and second cover parts 100 and 102 is weak. Accordingly, when the load is applied to the upper side of the first and second cover parts 100 and 102 in a locked state, it is difficult to resist a large load.

In addition, in Patent Document 2, the frames 220 and 222 are configured separately from the cover portions 100 and 102. That is, since the frames 220 and 222 are not removably attached to the cover parts 100 and 102, it is difficult to repair the frames 220 and 222 separately if they are broken.

Patent Registration No. 10-1052744 Registration Utility Model No. 20-0408936

It is an object of the present invention to provide a dome-shaped sauna apparatus having a dome-shaped body made of a laminated structure, which is thin and thin, but strong in durability.

It is also an object of the present invention to provide a dome type sauna appliance in which the strength of the dome-shaped body is reinforced.

In addition, the present invention aims to provide a dome type sauna apparatus that is simple to assemble.

The present invention also aims to provide a lightweight, domed sauna device that is easy to produce frames.

According to an aspect of the present invention, there is provided a dome-shaped sauna device including a dome-shaped main body having a space formed therein, wherein at least a part of the dome-shaped main body includes a cushion contacting the lower surface of the cushion, The first heat insulating member contacting the lower surface of the charcoal felt, the second heat insulating member contacting the lower surface of the first heat insulating member, and the second heat insulating member contacting the lower surface of the second heat insulating member. A carbon heating element contacting the lower surface of the film, an aluminum glass fiber contacting the lower surface of the carbon heating element, an embossed fabric contacting the lower surface of the aluminum glass fiber, a lower surface of the embossed fabric, And a fabric.

In addition, the present invention provides an upper frame having front and rear sides respectively disposed on the front and rear sides of the dome-shaped body so as to be positioned at the center of the upper side of the dome-shaped body; A front frame and a rear frame respectively installed on front and rear surfaces of the dome-shaped body so that front and rear sides of the upper frame are respectively inserted; And a lower frame installed on both sides of the dome-shaped body so that the lower surface of the dome-shaped body, the lower surface of the front frame, and the lower surface of the rear frame are inserted.

The front and rear surfaces of the dome-shaped body and the front and rear sides of the upper frame are inserted into the front frame and the rear frame, respectively. A through hole formed in the front side frame, a through hole formed in the rear side frame and another bolt inserted into the hole formed in the upper side frame in order and fastened; And are inserted into the other holes in order and fastened.

According to another aspect of the present invention, there is provided a sliding device, comprising: a sliding frame provided on a lower surface of a lower frame, wherein a bolt is inserted through a through hole formed in one sliding frame of the sliding frame, And the other bolt is inserted into the through hole formed in the other one of the sliding frames of the sliding frame, the through hole formed in the lower frame, the hole formed in the rear frame in order And is inserted and fastened.

In addition, the present invention is characterized in that the upper frame, the front frame, the rear frame, and the lower frame are plastic materials.

The dome type sauna apparatus of the present invention has the following effects.

Also, even if a large load is applied to the dome type sauna device of the present invention, the load is distributed to the upper frame installed at the center of the upper side, so that the shape is better maintained than that of the conventional sauna devices.

In addition, the dome-shaped sauna device of the present invention is simple in that it can be assembled only by inserting other parts into the grooves of the dome-shaped main body or the grooves of the frames and fastening the bolts.

In addition, since the frames are made of plastic, the present invention reduces the weight of the dome-type sauna apparatus.

1 is a perspective view of a dome type electric sauna apparatus according to a preferred embodiment of the present invention;
Fig. 2 is an exploded perspective view of Fig. 1; Fig.
3 is an exploded perspective view of the dome-shaped main body in the present invention;
4 is a perspective view and a rear view of a dome-shaped main body in the present invention;
5 is a perspective view and partial enlarged view of an upper frame of the present invention;
6A and 6B are front and rear frame perspective views and partially enlarged views of the present invention.
FIG. 7 is a perspective view and a partial enlarged view of a lower frame of the present invention; FIG.
8 is a perspective view of a sliding frame in the present invention;

The same components as those of the prior art will be described below with reference to the related art, and a detailed description thereof will be omitted.

FIG. 1 is an exploded perspective view of a dome type sauna device 10 according to a preferred embodiment of the present invention, FIG. 2 is an exploded perspective view of a dome type sauna device 10, 4A and 4B are a perspective view and a rear view of the dome-shaped main body 100, and Figs. 5A and 5B are exploded views of the upper-side frame 100 FIG. 6A is a perspective view of the front and rear frames 230a and 230b, FIG. 6B is a perspective view of the front and rear frames 230a and 230b viewed from different directions, FIG. Figs. 7A and 7B are perspective views of the lower frames 260a and 260b viewed from above and below, and Fig. 8 is a perspective view of the sliding frames 280a and 280b. The perspective view of FIG. 3 is an embodiment, but the specific outline may be different.

The dome-shaped sauna device 10 shown in Figs. 1 to 8 includes a dome-shaped main body 100 having a space formed therein. The dome-shaped main body 100 has a laminate structure of 10 layers. More specifically, at least a part of the dome-shaped main body 100 includes a shell 102a, a cushion 102b contacting the lower surface of the shell 102a, a charcoal felt 114 contacting the lower surface of the cushion 102b, A first heat insulating member 104 contacting the lower surface of the charcoal felt 114, a second heat insulating member 106 contacting the lower surface of the first heat insulating member 104, a second heat insulating member 106 A carbon heating element 109 contacting the lower surface of the film 118, an aluminum glass fiber 112 contacting the lower surface of the carbon heating element 109, an aluminum glass fiber And a fabric 120b contacting the lower surface of the embossed fabric 120a and provided with a ceramic on the lower surface thereof.

The envelope 102a is formed by a lever.

The first heat insulating member 104 is a self-supporting member.

The second thermal insulating member 106 is a flat surface.

The film 118 is a Becklight.

The present invention includes a first spun fabric fabric 107a contacting the lower surface of the film 118 and a second span fabric fabric 107b contacting the lower side of the carbon heating element 109. [ Therefore, the carbon heating body 109 is brought into contact with the lower side of the first span fabric material 107a on the upper side and the upper side of the second span fabric material 107b on the lower side.

The embossing fabric 120a is a thermoformed fabric.

The raw material 120b provided with the ceramic (CR) can be composed of tranium and NDT (nano diamond ternium) and a high frequency raw material, that is, a total of three stages.

In the dome-shaped body 100 constructed as described above, the heat generated from the carbon heating element 109 is transferred to the dome-shaped body 100 through the aluminum fiber glass 112, the embossed fabric 120a, the raw material 120b provided with the ceramic CR, To the inner space of the body.

The upper frame 210 is provided at the front and rear sides of the dome-shaped main body 100 so as to be positioned at the upper center of the dome-shaped main body 100, A front side frame 230a and a rear side frame 230b provided on the front and back sides of the dome main body 100 and a bottom surface of the front side frame 230a and a bottom surface of the rear side frame 230b, And further includes lower frames 260a and 260b installed on both sides of the dome-shaped body 100 to allow the upper and lower frames to be mounted.

Here, the upper frame 210 is applied as a secondary structure for reinforcing the strength of the dome type sauna device 10. [ Therefore, even when a heavy load is applied to the dome type sauna device 10, the load is distributed to the upper frame 210 installed at the center of the upper side, so that the shape of the upper frame 210 can be maintained better than that of the conventional sauna devices.

The dome-shaped main body 100 has grooves 132 through which the front and rear sides of the upper frame 210 are inserted. The front frame 230a and the rear frame 230b have grooves 132, A groove 237 into which the front and rear surfaces of the dome-shaped main body 100 and the front and rear sides of the upper frame 210 are inserted and a bolt B1 is formed in the through-hole 239 formed in the front frame 230a, A through hole 239 formed in the rear frame 230b and another bolt B2 is inserted into the hole 225a formed in the upper frame 210, And are inserted into another hole 225b in order and fastened.

The grooves 132 of the dome-shaped main body 100 and the grooves 237 of the front frame 230a are inserted into the through holes 239 of the front and rear frames 230a and 230b of the second grooves 237, The holes 225a and 225b formed on the front and rear sides of the first through hole 239 and the upper frame 210 are referred to as a first hole 225a and a second hole 225b.

The present invention further includes sliding frames 280a and 280b installed on the lower surface 265 of the lower frames 260a and 260b so that one bolt B3 is engaged with the sliding frames 280a and 280b, Through holes 282 formed in one of the sliding frames 280a of the lower frames 260a and 260b, through holes 279 formed in the lower frames 260a and 260b, and holes 245 and 257 formed in the front frame 230a, And another bolt B4 is inserted through the through hole 282 formed in the other sliding frame 280b of the sliding frames 280a and 280b and the through hole 279 formed in the lower frames 260a and 260b. Are inserted into the holes (245, 257) formed in the rear frame (230b) in order and fastened. A front frame 230a, a sliding frame 280a and a bolt B3 are provided on the front side of the lower frames 260a and 260b and a rear frame 230b is provided on the rear sides of the lower frames 260a and 260b, A pair of sliding frames 280b, and a bolt B4.

The through holes 279 formed in the lower frames 260a and 260b have a second through hole 279. The through holes 282 formed in the sliding frame 280a are connected to the third through holes 282 and the front and rear frames 230a, Holes 245 and 257 formed in the second holes 230a and 230b are the third hole 245 and the fourth hole 257, respectively.

In the present embodiment, the sliding frames 280a and 280b are provided with four sliding frames 280a and 280b, two on the front side and the rear side of the dome type sauna device 10, respectively.

Therefore, the present invention is easy to assemble between the frames 210, 230a, 230b, 260a, and 260b and the dome-shaped body 100, and is easy to repair. More specific effects will be described later.

The present invention is characterized in that the upper frame 210, the front frame 230a, the rear frame 230b, and the lower frames 260a and 260b are produced by an injection molding method and are made of a plastic material. Therefore, the frames 210, 230a, 230b, 260a, and 260b are light and the weight of the dome type sauna device 10 can be reduced.

Hereinafter, a specific configuration of the above-described configurations will be described.

====================== Dome Body (100) ======================

The dome-shaped body 100 shown in Fig. 4 is formed so as to be close to a substantially dome-like shape. More specifically, the lower portions of both sides of the dome-shaped body 100 are not curved but straight in the vertical direction.

The longitudinal length of the dome-shaped main body 100 is longer than the width direction, i.e., the radial width.

The first groove 132 formed in the dome-shaped main body 100 and into which the upper frame 210 is inserted is a space formed by being surrounded by both side surfaces and the front surface of the dome-shaped main body 100 or both sides and rear surfaces of the dome- The width of the first groove 132 is preferably at least equal to or greater than the width of the upper frame 210. The longitudinal length of the first groove 132 is preferably such that the inserted upper frame 210 does not protrude outward.

The lower portion of the dome-shaped body 100 is slightly protruded toward the lower side of the center portion 142 except for the edge and the vicinity of the edge. That is, a height difference between the protruded portion 142 of the dome-shaped main body 100 and the non-protruded portion. Therefore, a dented portion is formed on the front and rear sides of the dome-shaped main body 100. The lower space of the front and rear side frames 230a and 230b and the extended portion 251 are positioned in the first space 144 formed by the recessed portions and the front and rear side frames 230a 230b protrude downward from the dome-shaped main body 100, as shown in Fig.

A plurality of circular ceramics (CR) and circular NDT ceramics (CR) are installed at equal intervals on the inner surface of the dome-shaped body 100, that is, the inner surface forming a space therein. These ceramics (CR) are included in the ceramic fabric 120b having three stages of the laminated structure.

====================== Upper frame (210) ======================

The upper frame 210 shown in FIG. 5 is rod-shaped, and the length in the width direction is substantially equal to the thickness of the front and rear frames 230a and 230b.

The lower surface of the upper frame 210 is recessed to form a second space 212 and a plurality of first ribs 214 are formed in the second space 212. The first ribs 214 are formed in parallel to the longitudinal direction and the width direction, and are also formed obliquely to the width direction.

On the other hand, protrusions 221 inserted into the first grooves 132 of the dome-shaped body 100 are formed on the front and rear sides of the upper frame 210. The projection 221 on the front side and the projection 221 on the rear side have the same shape.

More specifically, the protruding portion 221 is formed by extending in the radial direction of the substantially dome-shaped body 100 from the lower surface of the upper frame 210. The length of the protrusion 221 in the longitudinal direction is preferably equal to or smaller than the length of the first groove 132 of the dome-shaped body 100.

The front and rear surfaces of the upper frame 210 including the protrusions 221 are partially recessed to form a third space 223 therein.

A circular band 227 which forms two first and second holes 225a and 225b in which bolts B1 and B2 are inserted are formed on the front and rear surfaces of the upper frame 210 and a circular band 227 connected to the circular band 227, The second ribs 229 are also formed to be connected to the front surface or the rear surface of the base 210. The second ribs 229 are rectilinear ribs connected to the ring-shaped band 227 in all directions.

The ring-shaped band 227 and the second ribs 229 are formed in the third space 223 of the upper frame 210.

The central axes of the first and second holes 225a and 225b are parallel to the longitudinal direction of the upper frame 210.

On the other hand, on the inner peripheral surface of the ring-shaped zone 227, a ring-shaped insert IU whose outer circumferential surface has a sawtooth shape is provided. Bolts B1 and B2 are coupled to the inner peripheral surface of the insert IU.

====================== Front and rear side frames (230a, 230b) ==================== ==

The front frame 230a and the rear frame 230b shown in Figs. 6 (a) and 6 (b) are the same parts having different installation positions. The following description will be made with reference to the front side frame 230a.

The front frame 230a includes a body 231 having a flat surface positioned in front of the front surface of the dome-shaped body 100 and protruding surfaces 235 protruding rearward from the rim of the body 231. The protruding surfaces 235 are formed by outer surfaces, inner surfaces and lower surfaces of the body 231 and are formed as an outer surface and an inner surface forming a second groove 237 to be described later and a flat lower surface connected to the lower surface of the body 231. That is, the protruding surfaces 235 are made up of three surfaces in total.

Therefore, a second groove 237 surrounded by the body 231 and the projecting surfaces 235 is formed on the front side frame 230a. The upper frame 210 and the dome-shaped main body 100 are inserted into the second groove 237.

The rear side of the second groove 237 communicates with the outer space. That is, the side surface of the front side frame 230a has a "C" shape.

An upper center portion of the protruding surface 235 is protruded to extend the second groove 237. This allows the upper frame 210 to be inserted into the extended space of the second groove 237. [

At this time, the central portion protruding upward from the protruding surface 235 is located at the uppermost one of the dome type sauna apparatuses 10.

The front frame 230a has two first through holes 239 through which the bolts B1 are inserted and a plurality of protrusions 241 between the two first through holes 239 at an upper center portion of the body 231. [ Is formed.

A part of the body 231 protrudes inward in the shape of a ring-shaped band 243, and a first through hole 239 is formed by the ring-shaped band 243. The central axis of the first through hole 239 is parallel to the longitudinal direction of the front frame 230a.

The plurality of projections 241 are positioned between the third spaces 223 formed on the front and rear surfaces of the upper frame 210, specifically, the second ribs 229. Accordingly, the plurality of projections 241 and the second ribs 229 are engaged with each other, so that the upper frame 210 and the front and rear frames 230a and 230b can be assembled more easily. The plurality of protrusions 241 are provided around the first through hole 239 to reduce the possibility that the front and rear frames 230a and 230b are damaged when the bolts B1 and B2 are inserted into the first through hole 239. [

A third hole 245 into which a lower frame 260a and a bolt B3 for coupling with the sliding frame 280a are inserted is formed on the lower surface of the front frame 230a. A plurality of ribs 247 are formed. The ribs 247 are connected to the inner and outer projecting surfaces 235. A ring-shaped band 249 for forming a third hole 245 is protruded from the lower surface of the front side frame 230a.

Meanwhile, the front frame 230a further includes an extended portion 251 protruding from the lower rear end to the rear direction. The extension 251 includes a plate 253 connected to the lower side of the projecting surface 235 of the front frame 230a and a circular band 255 protruding from the plate 253 and a circular band 255 and a plate 253, A fourth hole 257 formed in the ring-shaped zone 255, and four fourth ribs 259 radially connected to the ring-shaped zone 255. One of the fourth ribs 259 is connected to the third ribs 247.

The fourth hole 257 is formed by the ring-shaped zone 255 and the plate 253. A bolt B3 for engaging the front frame 230a with the lower frames 260a and 260b and the sliding frame 280a is inserted into the fourth hole 257. [

When viewed from the front side or the rear side of the front side frame 230a, the width of the extending portion 251 is the width excluding the thickness of the projecting side 235 of the front side frame 230a. Further, the width of the extension 251 becomes narrower from the front side to the rear side, and the thickness becomes thinner.

On the other hand, an insert (ID) into which the bolt B3 is inserted is inserted into the third and fourth holes 245 and 257 formed on the lower side of the front frame 230a.

The upper surfaces of the lower frames 260a and 260b are brought into contact with the lower surface of the front frame 230a having such a configuration. The third and fourth ribs 247 and 259 of the front frame 230a and a part of the ring-shaped zones 249 and 255 are inserted into the third groove 269, which will be described later, of the lower frames 260a and 260b.

====================== Lower frame (260a, 260b) ===================== =

The lower frames 260a and 260b shown in FIG. 7 are composed of front and rear faces 263a and 263b, opposite side faces 261a and 261b and a bottom face 265. The lower frames 260a and 260b are formed on the faces 261a, 261b, 263a, 263b, The dome-shaped main body 100, the front frame 230a, and the rear frame 230b are inserted into the fourth space 275 formed by the first space 275. [

The front and rear surfaces 263a and 263b and the bottom surface 265 of the lower frames 260a and 260b are formed as curved surfaces so that they are safe even if the user hits the cabinet and are easy to hold when the dome type sauna device 10 is lifted.

More specifically, the lower frames 260a and 260b include a body 271 into which the lower side of the dome-shaped body 100 is inserted and a lower body 260 having the front and rear sides of the body 271 protruded, And an extension portion 273 formed to insert the edge of the dome-shaped body 100 and the rear frame 230b.

The extension 273 has a shape in which the front and rear sides of the body 271 are widened to both sides. A front frame 230a or a rear frame 230b is inserted into a portion of the fourth space 275 corresponding to a width larger than the width of the body 271. [

The width of the fourth space 275 becomes narrower toward the opposite direction of the body 271 when the lower frames 260a and 260b are viewed from above.

A third groove 269 communicating with the fourth space 275 is formed on the lower surface 265 of the body 271 and the extension 273. Half of the third groove 269 is formed in the body 271 and the other half is formed in the extension 273. [ The third groove 269 is connected to both side surfaces 261a and 261b. The third groove 269 is a space into which the third and fourth ribs 247 and 259 and the ring-shaped zones 249 and 255 of the front and rear frames 230a and 230b are inserted. Therefore, the third and fourth ribs 247 and 259 and the ring- As shown in Fig.

A portion of the lower surface 265 of the lower frames 260a and 260b is recessed to form a fourth groove 277. On the fourth groove 277, the upper side of the sliding frames 280a and 280b is inserted.

The lower frames 260a and 260b are formed with strip-shaped protrusions 278 along the rim of the recessed portion of the lower surface 265 and the protrusions 278 are formed in the lower frames 260a and 260b, 4 grooves 277 are further extended. At this time, about half of the sliding frames 280a and 280b are inserted into the fourth groove 277.

More specifically, about two thirds of the depressed portions of the lower surface 265 and the strip-shaped protrusions 278 are formed in the extended portion 273 and the rest are formed in the body 271 in the lower frames 260a and 260b .

On the lower surface 265 of the lower frames 260a and 260b are formed two second through holes 279 through which the bolts B3 and B4 are inserted. The second through hole 279 is formed to pass through in the vertical direction, one of which is formed in the extension portion 273 and the other of which is formed in the body 271.

The second through hole 279 communicates with the third groove 269.

The second through holes 279 are formed on the inner side with respect to the strip-shaped protrusion 278.

Sliding frame (280a, 280b) ============= =

On the other hand, the sliding frames 280a and 280b are rectangular parallelepiped, and are trapezoidal in width from the upper surface to the lower surface when viewed from the side.

Two third through holes 282 are formed in the upper and lower portions of the sliding frames 280a and 280b. In this embodiment, the third through-hole 282 is formed by an inner surface of a conical shape so that the dish head bolts B3 and B4 are inserted therein, and a half is formed by an inner surface of a cylindrical shape.

The sliding frames 280a and 280b are positioned at the lowermost side of the dome-shaped sauna device 10. [

In this embodiment, the sliding frames 280a and 280b are plastic materials. Accordingly, it is convenient to push the dome type sauna device 10 from the floor, so that the user can escape from the inner space of the dome type main body 100 while pushing out the dome type sauna device 10 after using the dome type sauna device 10 . Also, it is easy to change the position of the dome type sauna device 10.

================================================== =============

Plate head bolts B1 and B2 are also inserted into the first through holes 239 of the front and rear frames 230a and 230b like the through holes 282 of the sliding frames 280a and 280b.

On the other hand, the inserts IU and ID used in the present embodiment are components having the same shape.

On the other hand, a controller (C) for controlling the dome type sauna device (10) is installed on one side of the dome type main body (100). The controller (C) is connected to an electric wire (not shown) so as to supply electric power to the dome type sauna device (10).

The dome-shaped sauna device 10 having the above-described structure may be used in a state where the user is positioned in a space surrounded by the inner surface of the ceramic body CR of the dome-shaped body 100 and the lower frames 260a and 260b.

==================== Example of assembly of dome type sauna equipment (10) ====================

Hereinafter, an example of the assembling procedure of the dome type sauna apparatus 10 having the above-described structure will be described.

First, the protrusion 221 of the upper frame 210 is inserted into the first groove 132 of the dome-shaped body 100. At this time, the upper frame 210 does not protrude forward or backward than the dome-shaped body 100. At this time, the assembly of the upper frame 210 is easier if the assembly reference is made to the first groove 132 of the dome-shaped body 100. When the upper frame 210 is inserted into the first groove 132 of the dome-shaped body 100, the upper frame 210 is not engaged with the dome-shaped body 100 so that the upper frame 210 and the dome- It can be well maintained.

Then, the front side of the dome-shaped main body 100 and the front side of the upper side frame 210 are inserted into the second groove 237 of the front side frame 230a. The bolts B1 are sequentially inserted into the front frame 230a, the upper frame 210 and the dome-shaped body 100 to integrally join the front frame 230a, the upper frame 210 and the dome- . The rear side of the dome-shaped main body 100 and the rear side of the upper side frame 210 are inserted into the second groove 237 of the rear side frame 230b. The bolts B2 are inserted into the rear frame 230b, the upper frame 210 and the dome-shaped body 100 in this order so that the rear frame 230b, the upper frame 210 and the dome- . The circular band 227 of the upper frame 210 and the circular band 243 of the front and rear frames 230a and 230b are in contact with each other. At this time, the front and rear frames 230a and 230b are easy to assemble with the upper frame 210 protruding upward when the assembling reference is a protruded central portion.

Then, the dome-shaped main body 100 and the front and rear side frames 230a and 230b are inserted into the fourth space 275 of the lower frames 260a and 260b. At both sides of the front frame 230a or both sides of the rear frame 230b are inserted into the fourth space 275 of the extended portions 273 of the lower frames 260a and 260b which are wider than the body 271. The extension 251 of the front and rear frames 230a and 230b is inserted into the fourth space 275 of the body 271 of the lower frames 260a and 260b. The third and fourth ribs 247 and 259 and the ring-shaped bands 249 and 255 of the front and rear frames 230a and 230b are inserted into the third grooves 269 formed in the lower frames 260a and 260b so that the lower frames 260a and 260b, And the front and rear side frames 230a and 230b.

Thereafter, the sliding frames 280a and 280b are inserted into the fourth grooves 277 of the lower surface 265 of the lower frames 260a and 260b. Thereafter, the bolts B3 and B4 are moved in the order of the sliding frame 280a, the lower frames 260a and 260b, the front frame 230a, the sliding frame 280b, the lower frames 260a and 260b, . Accordingly, the sliding frame 280a, the lower frames 260a and 260b, the front and rear frames 230a and 230b, the upper frame 210, and the dome-shaped body 100 are integrally coupled.

On the other hand, two lower frames 260a and 260b are installed in the dome type sauna device 10, one side and the other side.

The sliding frames 280a and 280b are installed in the vicinity of the edges of the dome-shaped sauna device 10, and a total of four sliding frames 280a and 280b are installed.

Thus, the dome-shaped sauna device 10 is configured to insert different structures into the second to fourth grooves 237, 269, 277 of the first groove 132 or the frames 210, 230a, 230b, 260a, 260b of the dome- Assembling is completed by fastening the bolts B1, B2, B3 and B4 and fastening the bolts B1, B2, B3 and B4. As a result, the dome type sauna device 10 can be assembled in a simple and reliable manner.

Since the upper frame 210 is fixed in position so as not to move by the dome-shaped body 100 and the front and rear frames 230a and 230b, the strength of the dome-type sauna apparatus 10 can be more effectively reinforced.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the following claims Or modification of the invention.

** Explanation of key codes **
10: Domed sauna device 100: Dome type body
102a: sheath 102b: cushion
104: first heat insulating member 106: second heat insulating member
107a: first span fabric fabric 107b: second span fabric fabric
109: Carbon heating element 112: Aluminum glass fiber
114: charcoal felt 118: film
120a: Embossing fabric 120b: Ceramic fabric
132: first groove 210: upper frame
230a: front frame 230b: rear frame
231: body 235:
237: second groove 251: extension part
260a, 260b: lower frame 269: third groove
271: body 273:
275: fourth space 280a, 280b: sliding frame CR: ceramic, NDT

Claims (5)

A dome-shaped body having a space formed therein;
An upper frame provided on the front and rear sides of the dome-shaped body, the front and rear sides being located at the upper center of the dome-shaped body;
And a front frame and a rear frame respectively installed on the front and rear surfaces of the dome-shaped body so that the front and rear sides of the upper frame are respectively inserted,
Wherein the dome-shaped body includes at least a portion of a carbon heating element, and a fabric provided with a ceramic positioned below the carbon heating element,
The dome-shaped body has a front surface formed with a first groove into which front and rear sides of the upper frame are inserted,
A protrusion to be inserted into the first groove is formed on the front side and the rear side of the upper frame,
The front and rear surfaces of the upper frame including the protrusions are partially recessed to form a third space therein,
And second ribs connected to the front or rear surface of the upper frame are formed in the third space,
A plurality of projections are formed on the front and rear side frames,
Wherein the front and rear frames are provided with a second groove into which the front and rear surfaces of the dome-shaped body and the front and rear sides of the upper frame are inserted,
The plurality of projections being located between the second ribs,
Wherein the plurality of projections and the second ribs are engaged with each other, so that the upper frame and the front and rear frames can be more easily assembled with each other. The method according to claim 1,
And a lower frame installed on both sides of the dome-shaped body so that a lower surface of the dome-shaped body, a lower surface of the front frame, and a lower surface of the rear frame are inserted,
Wherein the front and rear frames further include an extension part protruding from the lower side,
A lower portion of the dome-shaped body is formed with a recessed portion at its front and rear sides, a lower space of the front and rear side frames and the extended portion are located in a first space formed by the recessed portion,
A third rib is formed on the lower surface of the front and rear frames,
Wherein the extended portion includes a fourth rib connected to the third rib,
The lower frame includes a body into which the lower side of the dome-shaped body is inserted, and an enlarged portion in which the front and rear sides of the body are protruded to insert the front and rear frames,
A third groove is formed in the extending portion,
The third groove is formed in a shape corresponding to the third rib and the fourth rib,
And the third rib and the fourth rib are inserted into the third groove, so that the assembly is more maintained between the lower frame and the front and rear frames. The method according to claim 1,
Wherein a ring-shaped zone forming a first hole and a second hole into which bolts are inserted is formed on the front and rear surfaces of the upper frame,
Wherein the ring-shaped band is provided with an insert whose outer circumferential surface has a sawtooth shape,
One of the bolts is inserted into the through hole formed in the front frame and the hole formed in the upper frame in order and fastened,
The other bolt is inserted and fastened in order to the through hole formed in the rear frame and another hole formed in the upper frame,
Wherein the bolt is coupled to an inner circumferential surface of the insert. The method of claim 2,
And a plurality of sliding frames provided on a lower surface of the lower frame,
A ring-shaped band forming the third hole and the fourth hole is formed on the lower surface of the front frame,
Wherein the third hole and the fourth hole are inserted with an insert having a saw tooth shape on the outer peripheral surface,
One bolt is inserted and fastened in order into a through hole formed in one sliding frame of the sliding frame, a through hole formed in the lower frame, and a hole formed in the front frame,
Another bolt is inserted and fastened to the through hole formed in the other sliding frame of the sliding frame, the through hole formed in the lower frame, and the hole formed in the rear frame,
Wherein the bolt is inserted into the insert. The method of claim 2,
Wherein the upper frame, the front frame, the rear frame, and the lower frame are plastic materials.

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