KR200452052Y1 - Heat dissipation device for dew sauna - Google Patents

Abstract

The present invention relates to an improved heat dissipation device for dew saunas, in which steam vapor in a sauna room cools down and becomes tangled with dew droplets on the skin and is released to release heated air. 12, the far-infrared stone main body portion 10 is formed by the front and rear stone slabs 13 and 14 and both side stone slabs 15 are fixed to each other; The air heating unit 20 and the heating unit 30 are provided at both sides by the separator plate member 16 fixedly installed in the middle portion of the far infrared ray stone main body unit 10 and the air heating unit 20 and The wiring space part 50 is separated by the support slab member 17 to one side of the steaming part 30; The air heating unit 20 is equipped with a plurality of heating heater tubes 21 fixedly supported by the support slab member 17 so that the heating air by a plurality of heat radiation holes 13a drilled in the front slab member 13. To be released; The water (W) obtained through the water supply port (33) provided with a balltop device (32) having a float (32a) to replenish the water (w) received into the water inlet pipe 31 on one side of the steamer (30). The steam generated by heating above the distillation point by the water heating tube 34 supported by the support slab member 17 is discharged through the vapor discharge port 11a drilled in the top plate 11; The far-infrared stone main body portion 10 is configured to be supported by a pair of stone support 18 weighing out.

Radiator Sauna Heater, Sauna Radiator, Sauna Radiator

Description

Heat dissipation device for dew sauna {Dew sauna heat dissipation system}

The present invention relates to a heat dissipation device for a sauna, and more particularly, to a heat dissipation device for dew sauna that is improved to release heated air while allowing dew sauna to be dewdrops on the skin by cooling water vapor in the sauna room.

In general, dew saunas are installed in the ceiling to generate dew, spraying the water droplets while spraying the heat dissipation device of the fuel combustion method to allow the sauna.

However, dew is called dew when water vapor in the air cools and becomes tangled with water droplets on the surface of the object. However, dew is not called dew because it is water droplets. There is a problem that cannot be expected.

The reason is that when the dew forms on the skin in a hot room, the dew gradually becomes close to the indoor air temperature and the heat energy is transferred to the skin to maximize the sauna effect. The water droplets sprayed by the nebulizer first flow down immediately because they are large and do not become attached to the skin.

Therefore, the water droplets do not become hot, like the room temperature, and flow down, so that the sauna effect is not seen, and the water droplets are intensively sprayed from the sprayer on the ceiling. When saunas, most people were not underneath the sprayer, but instead of the sprayer, they couldn't expect any of the unique sauna effect.

In addition, since the heat dissipation device of the dew sauna chamber uses a fuel combustion type heat dissipation device, not only does it occupy a lot of installation space but also has a difficult maintenance.

Therefore, in the prior art, a wet and dry sauna heat radiating device such as Korean Patent Registration No. 10-0628682 has been disclosed, but the main thing is to generate water vapor by covering the water by the heat of the steam pipe while the heat energy is released by the steam pipe heat. Because it is made to be spread so that the steam generated by the water is not boiled and covered with a large amount does not occur because it is only to supply moisture to the sauna room has a disadvantage that can not be in the state of dew sauna.

It is a steam generated by being covered with water without boiling, so the steam is in a state of mild heat, and as soon as it is supplied to the sauna room, it is evaporated by the high temperature heat of the sauna room. Since only water droplets do not form on the skin of the human body, the heat dissipation device of the prior art requires a separate spray device as in the sauna room, so the heat dissipation device of the prior art generates water vapor but does not become dew sauna. There is this.

Therefore, the applicant has come to study that dew can be condensed on the skin without a spraying device, and thus it is possible to simultaneously warm the dew sauna thread while obtaining a true dew sauna effect.

Literature Information of the Prior Art

[Document 1] KR 10-0628682 B1 2006.09.29

The object of the present invention is to provide a heat dissipation device for dew sauna which is improved to release heating air while allowing water vapor in the sauna room to become contaminated by dew drops on the skin.

Another object of the present invention is to allow more efficient dew sauna by being irradiated with far-infrared rays while dew is formed on the skin surface.

The present invention is to use the electrical energy to generate steam; Far-infrared stone main body portion which is composed of the upper and lower stone slabs, the front and rear stone slabs and both sides of the slab slabs which are made of ganban stone and far infrared rays are emitted; An air heating unit and a steaming unit are provided at both sides by an insulating stone member fixedly installed at an inner middle portion of the far infrared ray stone main body unit, and the wiring space part is separated from the air heating unit and the steaming unit by the supporting stone plate member. ; The air heating unit is equipped with a plurality of heating heater tubes fixedly supported by the support slab member so that the heating air is discharged by a plurality of heat radiating holes drilled in the front slab member; The upper part of the steamer is generated by being heated above the distillation point by the water heating tube supported by the support slab member, through which a water supply port equipped with a balltop device is provided to supplement the water received into the inlet pipe. Water vapor is configured to be discharged through the vapor discharge hole drilled in the top plate; The far infrared stone main body portion is characterized in that it is configured to be supported by a pair of stone stand out weight.

Both ends of the heating heater tube are fixed with an insulating sealing member fixed to penetrate a current screw rod connected to both ends of an electric coil embedded therein, and the current screw rod is connected to a current-carrying connecting plate member and a power line respectively between the fixing nut members. The connection member is fitted to be fitted and the end of the current screw rod is characterized in that the lock nut member is fastened to the silicone material for waterproofing the entire outer peripheral surface is configured.

Both ends of the water heating tube penetrate the insulating material of the fastening tube penetrating to be supported by the support slab member, and an insulating sealing member is fixed to the end portion thereof so that a current screw rod connected to both ends of the electric coil embedded therein is fixed therethrough. The screw rod is characterized in that it is configured so that the silicone member for waterproofing is applied to the entire outer circumferential surface after the coupling member connected to each of the conductive connecting plate member and the power line are fitted between the two fixing nut members.

The fastening pipe is characterized in that the screw portion is to penetrate the support slab member, but the silicon ring and the washer member are coupled to both sides of the support slab member, respectively, and then fixed by fastening the nut member to the rear of the screw portion.

The air heated by the heating heater tube in the air heating unit is heated to 50-60 ° C is released and the water vapor generated in the steaming unit is characterized in that the water vapor of 100 ° C is released.

The present invention allows the dew vapor to cool on the skin of the sauna room so that the dew drops on the skin can be promoted, while the infrared rays can be irradiated while the dew is on the surface of the skin, so that the dew can be more effective. It works.

In addition, the main body itself has a weight function, which is safe and has a thick surface, which is composed of barbed rock, which does not cause burns, has a separate wiring space, and is waterproofed and has electrical safety. It is effective in distributing products with superior performance.

When the present invention is described in more detail based on the accompanying preferred embodiments as follows.

1 is a perspective view of a heat dissipation device for dew sauna according to the present invention, Figure 2 is one side view, Figure 3 and Figure 4 shows the air heating unit and the heating unit.

1 to 4, the present invention is the upper and lower slabs 11 and 12, the front and rear slabs 13 and 14, and both sides of the side slabs 15, which are made of elvan, and far infrared rays are emitted. It is provided with a far infrared ray stone body portion 10 is fixed. The fixing of the slabs may be fixed by using an adhesive such as an epoxy resin or by using a screw, but in some cases, other fixing means may be used.

And the present invention, as shown in Figure 2 by the separator plate member 16 is fixed to the inner middle portion of the far-infrared stone material body 10 is installed on both sides of the air heating unit 20 and the heating unit 30, respectively It is configured to be provided.

 In addition, as shown in FIGS. 2 to 5, the wiring space part 50 is separated from the air heating part 20 and the steaming part 30 by the supporting stone plate member 17.

In addition, the air heating unit 20 is equipped with a plurality of heating heater tubes 21 fixedly supported by the support slab member 17 so as to be heated by a plurality of heat radiating holes 13a drilled in the front slab member 13. Configured to release air.

The heating heater tube 21 is installed so that both ends penetrate the support slab member 17 and are located in the wiring space part 50. At this time, since the support slab member 17 is thick, the heating heater tube 21 can be fixed even if it is fixed by using an adhesive such as epoxy resin, and fixing the heating heater tube 21 as described above Other fastening means may be used.

5 and 6, an insulation sealing member 24 having a current screw rod 23, 23 ′ connected to both ends of an electric coil 22 embedded therein is connected to both ends of the heating heater tube 21. , 24 ') is fixed.

In addition, the current screw rods 23 and 23 'are connected to the energizing connecting plate members 26 and 26' and the power lines 27a and 27a ', respectively, between the fixing nut members 25 and 25' which are fastened to both sides. Connecting members 27 and 27 'are fitted to be fitted.

The energizing connecting plate members 26 and 26 'are connected to the respective current screw rods 23 and 23' in the plurality of heating heater tubes 21, as shown in FIG. ) Supplies power so that they can run simultaneously.

Then, the lock nut member 28 is fastened to the ends of the current screw rods 23 and 23 'so that the fixing nut member 25' is prevented from loosening. By applying so that it is configured so that there is no short phenomenon or electric shock.

Since the silicon material 29 is heat resistant but has a low hardness, the silicon material 29 is detached from the outer circumferential surface in the case of later troubleshooting, so there is no problem in troubleshooting.

  Therefore, when electrical energy is supplied to the power lines 27a and 27a ', current is supplied to the electric coil 22 to generate heat in the heating heater tube 21.

Therefore, the air in the air heating unit 20 is heated and discharged to the outside through the heat dissipation hole 13a drilled in the front slab 13 as shown in FIG.

4 and 5 again, a water supply port provided with a balltop device 32 having a float 32a to replenish the water w received through the water inlet pipe 31 on one side of the steamer 30. It is comprised so that 33 may be provided.

The balltop device 32 is to block the water supply port 33 when the sub-ball 32a is raised by the rise of the water level to block the water (W) supply and conversely, when the water surface is lowered, the water supply port as the sub-ball 32a is lowered The water W is discharged at 33 so that the water W is always at a constant level in the heating unit 30. Since the water W is already known, detailed drawings and descriptions thereof will be omitted.

Therefore, the present invention is configured such that the water W accommodated in the steaming unit 30 is heated above the distillation point (100 ° C.) by the water heater tube 34 supported by the support slab member 17 as shown in FIG. 4. And the water vapor is configured to be discharged through the vapor discharge port (11a) drilled in the top plate (11). Reference numeral 48 denotes a flow preventing plate for preventing the water heating tube 34 from moving.

Referring to FIG. 7, both ends of the water heating tube 34 are installed to penetrate the insulating material 41 of the fastening tube 40 penetrating to be supported by the support slab member 17.

And both ends of the water heater 34 to be fixed to the insulating sealing member (36,36 ') which is fixed to penetrate the current screw rods 35, 35' connected to both ends of the electric coil (34a) built therein. It is.

In addition, the current screw rods 35 and 35 'are connected to the energizing connecting plate member 37 and the power lines 38a and 38a', respectively, between the fixing nut members 36a and 36a on both sides. ') Is coupled to be fitted, so that the silicone material 39 for waterproofing is applied to the entire outer circumferential surface is configured so that there is no short phenomenon or electric shock.

The energizing connecting plate member 27 is connected to each of the current screw rods 35 and 35 'in the plurality of water heater tubes 34, as shown in FIG. It functions to supply power for operation.

And the fastening pipe 40 is installed so that the screw portion 42 penetrates the support slab member 17, wherein the silicon ring 43 and the washer member 44 are coupled to both sides of the support slab member 17, respectively. It is configured to fasten the nut member 45 to the rear end of the screw portion (42). Reference numeral 46 denotes a protective cap.

In the present invention, the power lines 27a and 27a 'and 38a and 38a' are inserted into the Teflon tube 47 having a high heat resistance, and thus the wiring hole 14a which is drilled in the rear slab 14 of the wiring space 50. It is wired to penetrate through.

Therefore, when a current is supplied to the power lines 38a and 38a ', the electric coil 34a generates heat, and the water heater tube 34 heats the water W. At this time, as the water (W) is heated above the distillation point (100 ° C.), water vapor having a high temperature of 100 ° C. or more is generated, and is discharged to the outside through the vapor discharge port 11a drilled in the upper stone plate material 11.

On the other hand, the subject innovation is configured to be supported by a pair of stone support 18 weighing out on the bottom of the far infrared stone main body portion 10.

Therefore, the present invention is the upper and lower slabs 11 and 120 and the front and rear slabs 13 and 14 and the side slab 15 and the separating slab member 16, and the supporting slab member 17 as a thick slab. Since the far infrared stone main body part 10 itself is not only heavy but also has a heavy weight on the lower side thereof, the whole heat dissipating device is weighted at the door due to the strong heat force. The far-infrared stone main body part 10 itself has a safety function by not falling down unless it falls down on its own.

Therefore, the present invention is that the heating air in the air heating unit 20 is released through the heat radiating hole (13a) is not emitted in the form of wind, but because it is released by natural convection phenomena directly to the human body even in the sauna room In addition to preventing the heating air from colliding with the sauna temperature of the dew sauna room is generally 50-60 ℃, the heating air temperature emitted to the heat radiating hole (13a) is also released to the hot air of 50-60 ℃, there is no burn concern do.

However, in the steamer 30, the water W is boiled at 100 ° C. by the water heater tube 34 so that the water vapor discharged to the steam outlet 11a is discharged at 100 ° C.

Therefore, since the steam discharged as described above is configured such that the steam outlet 11a faces upward, the steam is discharged to the ceiling of the dew sauna chamber and immediately spreads in all directions.

At this time, the water vapor spreading in all directions to ignore the slight drop in temperature is 100 ℃ water vapor while the dew temperature of the room temperature is maintained at 50-60 ℃ as a whole.

Therefore, the steam spreading from the ceiling of the sauna room is 100 ℃, whereas the indoor temperature of dew sauna room is maintained at 50-60 ℃, so the steam of 100 ℃ is 50-60 ℃ because the water vapor comes down to the indoor floor. The heat energy is taken away in the indoor air, and thus cools down.

Therefore, dew is the same as dew which means that water vapor in the air cools and becomes tangled with water droplets on the surface of the object. Dewdrops will form on the skin by sticking.

In the past, dew is sprayed only on the part with a spraying device. However, the present invention is because dew vapor is cooled and dewed on the way down to the floor as water vapor spreads out from the ceiling of the sauna room. All the people can do dew sauna.

And the present invention is a far-infrared stone material of the upper and lower surface slabs (11, 12) and the front and rear stone slabs (13, 14) and both sides of the side slabs (15) are themselves composed of elvan rock to emit far infrared rays. The main body 10 is heated by the air heated in the air heating unit 20 and the water (W) or water vapor heated in the steaming unit 30, at this time, because their thickness is thick to have a latent heat in the state containing heat energy do.

Therefore, the far-infrared stone main body portion 10 is not only very hot enough to burn, but also a large amount of far-infrared radiation is emitted when it is given thermal energy.

Therefore, the far-infrared rays emitted as described above are allowed to pass through the dew drops formed on the skin to penetrate deep into the skin, thereby allowing dew sauna to be in a state capable of having a far-infrared effect.

Therefore, by being irradiated with far-infrared rays in the state of dew on the skin surface, more efficient dew sauna can be performed. Since the far-infrared good effect on the human body is already known facts will be omitted here.

And the present invention has been described by the embodiment as described above but is not limited to this and can be variously modified by those of ordinary skill in the art so that the technical spirit and claims of the present invention greatly It is obvious that it must be widely applied and protected unless it deviates.

1 is an overall perspective view of a heat dissipation device according to the present invention,

Figure 2 is a side cross-sectional view of the heat dissipation device according to the present invention,

3 is a cross-sectional view taken along line X-X 'of FIG.

4 is a cross-sectional view of the line Y-Y 'of FIG.

5 is a planar configuration diagram illustrating an installation state of the heating heater tube and the water heater tube of the heat dissipation device according to the present invention;

Figure 6 is a cross-sectional view of the heating heater tube according to the present invention,

7 is a sectional view showing the configuration of the water heater tube according to the present invention.

Explanation of symbols on the main parts of the drawings

10: far infrared stone material body 20: air heating unit

21: heating heater tube 30: heating unit

33: water supply hole 34: water heater tube

40: fastening pipe 50: wiring space

Claims (5)

Using electric energy to heat air and generate water vapor; Far-infrared stone material body 10, which is composed of upper and lower stone boards 11 and 12, front and rear stone boards 13 and 14, and both side stone boards 15, which are made of elvan, and are discharged far infrared rays, ; The air heating unit 20 and the heating unit 30 are provided at both sides by the separator plate member 16 fixedly installed in the middle portion of the far infrared ray stone main body unit 10 and the air heating unit 20 and The wiring space part 50 is separated by the support slab member 17 to one side of the steaming part 30; The air heating unit 20 is equipped with a plurality of heating heater tubes 21 fixedly supported by the support slab member 17 so that the heating air by a plurality of heat radiation holes 13a drilled in the front slab member 13. To be released; The water (W) obtained through the water supply port (33) provided with a balltop device (32) having a float (32a) to replenish the water (w) received into the water inlet pipe 31 on one side of the steamer (30). The steam generated by heating above the distillation point by the water heating tube 34 supported by the support slab member 17 is discharged through the vapor discharge port 11a drilled in the top plate 11;   The far infrared stone main body portion 10, the lower portion of the heat dissipation device for dew sauna, characterized in that configured to be supported by a pair of stone support (18) weighing out. 2. The insulating sealing member (24, 24 ') according to claim 1, wherein both ends of the heating heater (21) are secured to penetrate current screw rods (23, 23') connected to both ends of the electric coil (22) embedded therein. Is fixed, and is connected to the current screw rods 23 and 23 'with the energizing connecting plate members 26 and 26' and the power lines 27a and 27a ', respectively, between the two fixing nut members 25 and 25'. The connection members 27 and 27 'are fitted to each other, and the lock nut member 28 is fastened to the ends of the current screw rods 23 and 23', and a silicone material 29 for waterproofing is applied to the entire outer circumferential surface thereof. Heat dissipation device for dew sauna, characterized in that configured to. 2. The electric coil 34a of claim 1, wherein both ends of the water heating tube 34 pass through an insulating material 41 of the fastening tube 40 penetrating to be supported by the support slab member 17, and an end portion of the water heater tube 34 embedded therein. ) Insulating sealing members 36 and 36 ', through which current screw rods 35 and 35' connected to both ends thereof are fixed, are fixed to the current screw rods 35 and 35 '. 36a) the conductive connecting plate member 37 and the power lines 38a, 38a 'and the connecting members 38, 38' respectively connected to each other are fitted to each other, and then a silicone material 39 for waterproofing is formed on the entire outer circumferential surface thereof. Heat dissipation device for dew sauna, characterized in that configured to be applied. According to claim 3, The fastening pipe 40, the threaded portion 42 is to pass through the support slab member 17, the silicon ring 43 and the washer member 44 on both sides of the support slab member 17, respectively The heat dissipation device for dew sauna, characterized in that configured to be fixed by fastening the nut member 45 to the rear end of the screw portion (42). The air heated by the heating heater tube 21 in the air heating unit 20 is discharged by heating to 50-60 ℃ and the steam generated in the steam heating unit 30 is 100 ℃ Heat dissipation device for dew sauna, characterized in that to be discharged.

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