KR970004465Y1 - Heating apparatus for sauna - Google Patents

Abstract

None.

Description

Radiator for sauna

Figure 1 is a longitudinal cross-sectional view showing an embodiment of the present invention

2 is a perspective view of the main portion of the present invention

3 is another embodiment of the steam supply that is an essential part of the present invention

* Explanation of symbols for main parts of the drawings

1: heat sink 2, 3: electronic control valve

4: radiator 5: body

6: drawer 41: steam supply

42: nozzle 44: heat exchanger

45 fan 46 heat exchanger

51: damper

The present invention relates to a radiator for a sauna.

In general, a heat dissipation device for a sauna such as a steam room has a structure in which a steam shield is disposed on a wall at regular intervals, and a wooden guard is installed to prevent burns from the steam radiator.

Since the heat dissipation device should be equipped with a steam heat dissipation tube on the wall and a wooden protector, the installation of the heat dissipation device took about 40 cm from the inner wall, and it became a major factor to make the inner space relatively narrow.

In addition, since expensive wooden guards are installed to prevent burns, there is a problem of excessive investment in initial facilities, and if the wooden guards are discolored or distorted during use after construction, they must be repaired and replaced periodically, thus requiring maintenance costs. I bear the burden of being.

In particular, the heat dissipating device as described above is installed on the wall to form a steam heat pipe, and then install a guard, so that the air is long, the construction cost due to labor costs, as well as a separate steam generator does not have a separate steam heat radiation simply Since the steam generated by supplying the hot steam to the pipe was used, there was a drawback that the amount of steam was insufficient due to heat loss to the wall, thereby halving the effect of the sauna.

Thus, in the related art, a plurality of small holes are drilled on both sides of the main body, and a steam generator including a cold water pipe with a spray nozzle and a steam pipe with a spray nozzle is installed in the main body, and a large steam supply pipe and a steam recovery pipe are installed on both sides. A steam room radiator has been proposed, which is installed in a main body having an air inlet and a hot air outlet, in which a heat radiating passage is formed in the inside by connecting the central heat radiating tube and the heat generating tube innumerably.

However, such a radiator is installed so that the radiator is stored in one main body to allow the heat to be discharged outside, so it can be manufactured as a single product, and it is arranged on one side of the steam room, and only the steam pipe is connected, so the construction is very quick and simple. Since there is no need for a wooden guard, there is an advantage that the indoor space is large and the cost of installing the guard can be reduced, while the heat discharged from the radiator has a defect that a temperature difference is felt depending on the location and distance of the radiator.

In other words, the heat generated from the radiator is diffused and discharged only through small holes or hot air outlets drilled on both sides or the front of the main body, so that the temperature around the radiator is high while the temperature is slightly different from the radiator. There was this.

In order to solve the above conventional drawbacks, the present invention provides a damper capable of controlling and converting the direction of steam in the main body, and the heat dissipation device installed in the main body is divided into a steam supply unit and a heat exchange unit, respectively. The heat dissipation tube was provided to increase the effect of the sauna by installing an electronic control valve for controlling the steam flowing into the tube, described in detail based on the accompanying drawings as follows.

1 is a longitudinal cross-sectional view showing a preferred embodiment of the present invention, each of the heat radiating pipe branched by branching one end of the heat sink (1) connected to the external steam trap (not shown) of the present invention (11) and (12) are provided with electronic control valves (2, 3) to control the steam flowing into the tube, each of the heat dissipation pipes (11, 12) is a steam supply unit in which a plurality of nozzles 42 are installed ( The spiral heat exchanger 44 is housed in the 41 and the body 43, and is connected to the heat dissipation unit 4 formed separately from the heat exchange unit 46 having the fan 45 installed at the inner bottom thereof. 4) is mounted in the main body 5 provided so that the damper 51 may be located above it.

In addition, in the present invention, as shown in FIG. 2 of the accompanying drawings, a drawer 6 having a plurality of holes 61 drilled is installed on the upper surface of the steam supply part 41 in which the plurality of nozzles 42 are installed. 6) It was able to contain the wormwood.

The drawer 6 is preferably formed to be removable to the upper side of the main body 5, the drawer 6 in order to increase the steaming degree of the wormwood while supporting the drawer 6 placed on the upper surface of the steam supply (41) ) Is installed so that the bottom surface of the steam supply portion 41 is in direct contact with the upper surface of the steam supply portion 41, or as shown in FIG. 3, the heat dissipation tube of the steam supply portion 41 is formed of a plurality of heat dissipation tubes. A plurality of nozzles 42 are respectively installed in the 47 to stabilize the drawer 6 while increasing the steaming degree of the wormwood contained in the drawer 6 by the high temperature steam injected directly through each nozzle 42. It can be supported.

The fan 51 installed at the inner bottom of the heat exchanger 44 is formed as an air impact to forcibly blow out the heat radiated and radiated to the inside of the heat exchanger 44 by means of the air impact steam supply unit 41 installed at the upper side. The hot steam of is mixed together and released to the outside.

Reference numeral 13 denotes a condensate pipe for discharging the condensed water condensed in the heat exchanger 44 to the outside, and 14 denotes an air pipe.

The present invention configured as described above connects the heat dissipation tube 1 to an external steam trap so that hot steam (steam) is supplied into the heat dissipation tube 1 to radiate heat through the nozzle 42 of the steam supply part 41 installed on the upper side. While the hot steam flowing into the pipe 1 is directly sprayed as it is, the steam flowing into the heat exchanger 44 at the lower side of the steam supply 41 is heat-exchanged when circulating in the spiral heat exchanger 44. Heat conducted to the group 44 is diffused and radiated to the inside of the heat exchanger 46.

The hot air diffused into the heat exchanger 46 is mixed with the hot steam sprayed to the upper side when forcedly blown to the upper side according to the rotation of the air impact fan 45 installed at the inner bottom, and is heated to the upper side of the main body 5. The damper 51 is installed to be discharged to the outside of the main body 5, and the emitted steam is uniformly diffused in the indoor space while circulating against the inner wall of the sauna room, so that there is almost no difference in temperature between each part of the room.

At this time, put the wormwood, etc. in the drawer 6, the wormwood contained in the drawer is diffused into the hot steam or heat exchanger 46 sprayed from the steam supply unit 41 through the through-hole 61 is an air impact fan ( 45) The mugwort is steamed by the hot air forced by the air, and the mugwort steam generated by the steaming of the mugwort is spread evenly with the steam, thereby uniformly spreading the mugwort steam in the room.

When the indoor air of the sauna room reaches a temperature suitable for the effect of the sauna, the high temperature steam of the steam supply part 41 or the hot air of the heat exchange part 46 is differentially controlled while the electronic control valves 2 and 3 installed in the heat dissipation pipe 1 are respectively differentially controlled. There is an advantage that can reduce the unnecessary fuel costs by controlling the room temperature and the like.

In addition, the hot steam discharged to the upper side of the main body 5 can maintain the temperature in the sauna chamber uniformly by controlling the wind direction of the steam by changing the angle of the damper 51 installed on the upper side of the main body.

As described above, the present invention not only doubles the sauna effect by mixing hot steam and hot air in the sauna room, but also spreads the wormwood steam together, and maintains the indoor temperature uniformly while adjusting the damper installed on the upper side of the main body. There is an advantage to this.

In addition, the present invention is produced as a single product, the production cost is low, the construction is very quick and simple, and the interior space can be decorated with artistic tiles to decorate the indoor atmosphere of the sauna room beautifully. Since it does not use the sea, there is less facility investment cost and there is no additional expense burden during use.

Claims (2)

The electronic control valves 2 and 3 are installed on the heat sinks 11 and 12 branched by branching the heat sink 1 connected to the heavy-duty trap, and each heat pipe 11 and 12 has a plurality of nozzles ( The heat dissipation device 4 is formed by separating the steam supply unit 41 on which the 42 is installed and the heat exchanger unit 46 in which the spiral heat exchanger 44 is stored in the body 43 and the fan 45 is installed at the inner bottom. And the heat dissipation device 4 is mounted in the main body 5 provided so that the damper 51 is positioned above the heat dissipation device. The heat sink for a sauna according to claim 1, wherein the fan (45) is formed as an air impact.