KR20180052894A - Multipurpose dressing table - Google Patents

Abstract

The present invention relates to a multifunctional dressing table with a cold wind function, capable of preventing sweating during makeup. According to the present invention, the multifunctional dressing table comprises: a dressing table body (10) with a mirror (11) to reflect an object; a blowing hole (20) installed on a side or upper side of the mirror (11) to face a user′s face; an air inlet (30) installed in the dressing table body (10) to suck outer air; a fan (40) installed inside the dressing table body (10) to transfer the outer air sucked through the suction hole (30) to the blowing hole (20); an air cooling unit (50) using a thermoelectric effect to cool the air discharged from the blowing hole (20); a heat radiating hole (60) to discharge heat-absorbed air, which is generated while the air cooling unit (50) cools the air, to the outside; and an operation unit (80) to control operation of the fan (40) and the air cooling unit (50).

Description

Multipurpose dressing table with cold air function

The present invention relates to a multifunctional dressing table having a cold air function, and more particularly, to a multifunctional dressing table having a cold air function capable of preventing sweating by blowing cold air to the face during a makeup operation.

The dresser is a kind of furniture having a structure in which a mirror is installed on the front side and a storage box such as a drawer in which various cosmetics are housed on the side or bottom is installed, and it is essentially used in most households. These vanities are usually located close to the bathrooms. A user who has made a wash or shower seats in a vanity mirror while looking at the make-up. The prior art related thereto is disclosed in Utility Model Registration No. 20-0312775 under the name of multipurpose vanity.

However, the location where the vanity unit is installed is located in the corner near the bathroom. Therefore, during the make-up, the sweat caused the make-up to be not good or the swelling phenomenon occurred, and especially after the shower, the sweat became more due to the heat from the body, and the makeup did not work well. Also, in the case of hair make-up, the heat generated from the hair dryer causes more sweat, making it more difficult to make up. As a result, most users placed an electric fan around the dressing table and then cremated with the wind.

However, since the space where the dressing table is installed is mostly narrow, the fan is disposed on the back or side of the user, so that the wind blown from the fan is transmitted only to the back of the user or the side of the face, It did not stop. Especially when the wind was transmitted only to the side of the face, when the sweat was asymmetrical and made up, it became an asymmetrical makeup based on the center of the face.

Also, long auxiliary wires are mainly used to connect the fan to the outlet, and inconvenience has occurred during operation or storage of the fan by these auxiliary wires.

It is an object of the present invention to provide a multifunctional dressing table having a cold air function that prevents wind from blowing on the front of a user's face to prevent perspiration during make-up.

Another object of the present invention is to provide a multifunctional dressing table having a cold air function capable of preventing sweating even in very hot weather by lowering the temperature of air blown to the outside air temperature.

Another object of the present invention is to provide a multifunctional dressing table having a cold wind function capable of making a shadowless illumination on the front of a user's face to enable elaborate and perfect makeup.

In order to achieve the above object, a multi-function dressing table having a cold air function according to the present invention comprises: a dressing table body 10 having a mirror 11 for reflecting objects; A blowing port (20) provided on a side or an upper side of the mirror (11) and facing the face of the user; An air intake port 30 installed in the dressing base 10 for sucking outside air; A fan (40) installed inside the dressing table body (10) for feeding external air sucked by the suction port (30) to the blowing port (20); An air cooling unit 50 for cooling the air discharged from the tuyeres 20 using the thermoelectric effect; A heat dissipation port 60 for exhausting the heat absorbing air generated during the cooling of the air in the air cooling section 50 to the outside; And an operation unit (80) for operating the operation of the fan (40) and the air cooling unit (50).

The air conditioner according to the present invention further includes blowing ducts (25) (35) installed inside the dresser body (10) for connecting the air outlet (20) and the air inlet (30) The fan (40) is installed in the blowing duct (25) (35).

In the present invention, the air cooling unit 50 includes a cooling duct 51 through which the air pressure-fed by the fan 40 passes; A cooling block 52 having a plurality of cooling fins 52a directed toward the inside of the cooling duct 51; A heat dissipation block 53 having a plurality of heat dissipation fins 53a facing the outside of the cooling duct 51; A thermoelectric element 54 adhered between the cooling block 52 and the heat radiating block 53; And a heat dissipating fan 55 installed in the heat dissipation block 53 and allowing air to pass through the heat dissipating fin 53a. The air cooling unit 50 includes a guide duct 56 for guiding the air heated by the heat dissipating fan 55 to the heat dissipating unit 60 and a guide duct 56 for guiding the air heated by the heat dissipating unit 55 to the heat dissipating block 53 And an absorption evaporation stage (57) installed on the outer circumferential surface of the cooling duct (51) in a partially contacted state to absorb and evaporate moisture generated by the condensation phenomenon.

In the present invention, it further includes an illumination unit (70) for illuminating the front of the mirror (11).

In the present invention, The air outlet (20) and the air inlet (30) are provided on the front side of the mirror (11).

In the present invention, the air conditioner further includes a filter (31) installed in the intake port (30) so as to be able to remove foreign matter contained in the outside air.

According to the present invention, it is possible to prevent sweating during make-up by blowing cold winds lower than the wind or outside temperature to the front of the user's face through the tuyere during the make-up, thereby preventing lifting of the makeup.

By lowering the temperature of the air blown from the tuyeres to the outside air temperature, it is possible to prevent sweating even in very hot and humid weather, thereby enabling perfect makeup in very hot and humid weather.

In addition, since the light is irradiated to the front of the user's face through the mirror when the illumination unit is operated, no shadow is generated, and the makeup can be refined accordingly. In particular, by varying the saturation of the illumination unit 70, saturation illumination can be performed in accordance with the face of the user, thereby making it possible to make the intended make-up accurately.

1 is a perspective view of a multifunctional dressing table having a cold air function according to the present invention,
FIG. 2 is a front view showing a main portion of the multifunctional dressing table of FIG. 1,
3 is a cross-sectional view taken along line III-III 'of FIG. 2;
Fig. 4 is a view for explaining a variable air flow direction vane installed in the air outlet of Fig. 2; Fig.
FIG. 5 is a view for explaining the tuyeres, the air inlet, the air outlet, the air cooling unit,
FIG. 6 is a view for explaining that a plurality of silent fans are installed in the air outlet of FIG. 5;
FIG. 7 is a view for explaining the structure of the air cooling unit of FIG. 5,
FIG. 8 is a view for explaining a function by extracting the operation portion of FIG. 1; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a multifunctional dressing apparatus having a cooling function according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view of a multifunctional dressing table having a cold air function according to the present invention, FIG. 2 is a front view showing a main part of the multifunctional dressing table of FIG. 1, and FIG. 3 is a cross- And FIG. 4 is a view for explaining a variable airflow direction vane installed in the air outlet of FIG. FIG. 6 is a view for explaining a plurality of silent fans installed in the air outlet of FIG. 5, and FIG. 5 is a view for explaining the air outlet, 7 is a view for explaining the structure of the air cooling unit of FIG. And FIG. 8 is a diagram for explaining functions by extracting the operation unit of FIG.

As shown in the drawings, the multifunctional cosmetics unit having a cold air function according to the present invention comprises: a dressing table body 10 provided on a floor and having a mirror 11 for reflecting objects; A blowing port (20) provided on a side or an upper side of the mirror (11) and facing the face of the user; An air intake port 30 installed in the dressing base 10 for sucking outside air; A fan (40) installed inside the dressing table body (10) for feeding external air sucked by the suction port (30) to the blowing port (20); An air cooling unit 50 for cooling the air discharged from the tuyeres 20 using the thermoelectric effect; A heat dissipation port 60 for exhausting the heat absorbing air generated during the cooling of the air in the air cooling section 50 to the outside; An illumination unit (70) for irradiating illumination to the front of the mirror (11); And an operation unit 80 for operating the operation of the fan 40, the air cooling unit 50, and the illumination unit 70.

The dressing table body 10 is provided integrally with other furniture or at a position close to the bathroom in a corner of the room or independently to provide a space for make-up. The dressing table body 10 is divided into left and right sides of the partition 11, . The cosmetics body 10 may be provided with a table 13 on which cosmetics are placed and a storage box 14 for storing cosmetics.

The air outlet 20 is provided to face the user's face on the inner side of the mirror 11 or on the inner side of the mirror 11 or on the vanity body 10 on the outer side or outer side of the mirror 11 In the present embodiment, it is exemplified that it is provided so as to be opposed to the face of the user installed on the dresser body outside the mirror 11. Since the blower port 20 is located opposite to the user's face, the wind blown out from the blower port 20 is blown to the front face of the user.

On the other hand, as shown in Fig. 4, a plurality of blowing direction variable blades 21 are provided in the blowing port 20, which can change the direction of wind blown by a user's operation. The airflow direction variable vane 21 is rotatably mounted on the air blowing frame 22 on the axis of the first hinge h1 and connected to the second hinge h2 on the rear side of the plurality of airflow direction changing vanes 21. [ And the bar 23 is hinged at the same time. Thus, when one blowing direction variable wing 31 is rotated, the other blowing direction variable wing is rotated together.

The air intake port 30 is for absorbing outside air so that air can be blown to the air blowing port 20 and is provided on an inner side or an inner upper side of the mirror 11 or an outer side or outer side upper side of the mirror 11, And is provided on the upper side of the dresser body outside the mirror 11 in the present embodiment.

Also, the vanity body 10 has a height of about 2.2m to 2.5m when it is built in between the floor and the ceiling, and the mirror 11 is installed to extend from the upper side of the table 13 to the ceiling. Accordingly, the mirror 11 has a height of about 2.2 to 2.5 m from the bottom of about 0.8 m to the ceiling. Therefore, the range of the mirror 11 actually used by the user does not exceed about 1.8 m from the bottom. Since the dresser base 10 has the above-described size and the mirror 11, the air outlet 20 is installed in a height region used by the user in the mirror 11, and the air inlet 30 is a height Is formed on the upper side which is an area.

That is, both the air outlet 20 and the air inlet 30 are provided on the front side of the mirror 11, so that air blowing and air intake are all performed on the front side of the mirror 11. The mirror 11 is mounted on the left and right side and the upper side by the partition 12 so that the air outlet 20 and the air inlet 30 can be installed in the cosmetics main body 10, .

Further, since the air inlet 30 is provided on the upper side of the air blowing portion 20, it is possible to prevent mutual disturbance between the air to be sucked and the air to be blown.

On the other hand, as shown in FIG. 5, a filter 31 for filtering foreign matter such as dust contained in the outside air is detachably installed in the inlet 30. By adopting such a filter 31, the air (cool air) blown to the face during the make-up can be maintained in a clean state, and the face skin can be prevented from being damaged by foreign substances contained in the air.

The fan 40 pressurizes the external air introduced through the inlet 30 to the outlet 20. The fan 40 is small in size and has a large air volume and low noise generation.

5, blowing ducts 25 and 35 for connecting the air outlet 20 and the air inlet 30 are provided in the dresser body 10, and the air blowing ducts 25 and 35 are provided in the body of the dresser body 10, A fan 40 may be installed. In this case, the position of the air outlet 20 and the air inlet 30 can be changed to the upper side of the mirror 11 by the air blast ducts 25 and 35, and the dresser base 10 can be designed as a whole slim .

Also, as shown in FIG. 6, a plurality of noiseless fans 40 may be installed directly on the blowing port 20. FIG. In this case, by independently operating each fan 40, wind can be blown only at specific positions of the blowing openings.

As shown in FIGS. 5 and 7, the air cooling unit 50 is a unit for cooling the air discharged from the tuyeres 20 by using a thermoelectric effect that generates heat movement as power is applied will be. The air cooling unit 50 includes a cooling duct 51 through which air pressure-fed by the fan 40 passes; A cooling block (52) having a plurality of cooling fins (52a) directed toward the inside of the cooling duct (51); A heat dissipation block 53 having a plurality of heat dissipation fins 53a directed to the outside of the cooling duct 51; A thermoelectric element 54 adhered between the cooling block 52 and the heat radiating block 53; A heat dissipating fan 55 installed in the heat dissipation block 53 and allowing air to pass through the heat dissipation fin 53a; A guide duct 56 for guiding air heated by the heat radiating fan 55 to the heat radiating port 60; And an absorption evaporation stage (57) installed on the outer circumferential surface of the cooling duct (51) in partial contact with the cooling block (52) and the heat dissipation block (53) to absorb and evaporate moisture generated by the condensation phenomenon.

The cooling ducts (51) are installed between the blowing ducts (25) and (35) to support the cooling block (52).

The cooling block 52 preferably includes a plurality of cooling fins 52a protruding into the cooling duct 51 and is disposed in a zigzag shape in the form of protrusions for increasing the contact area with the air and the contact time.

The heat-radiating block 53 includes a plurality of radiating fins 53a protruding outside the cooling duct 51 for radiating heat with air.

The thermoelectric element 54 is provided between the cooling block 52 and the heat dissipation block 53 to conduct the heat absorbed by the cooling block 52 to the heat dissipation block 53. The thermoelectric element 54 is composed of a cold end 54a that is in close contact with the cooling block 52 to generate cold heat and a hot end 54b that is in close contact with the heat radiating block 53 to generate heat, 54a are in the range of minus 10 degrees Celsius and the temperature of the heating end 54b is in the range of 70 to 80 degrees Celsius.

The heat dissipation fan 55 is installed in the heat dissipation block 53 so that the air outside the heat dissipation block passes through the heat dissipation fin 53a so that the heat absorbs the heat from the heat dissipation fin 53a to be heated air and then discharges to the front side.

The guide duct 56 guides the heated air discharged by the heat dissipating fan 55 to the heat dissipating port 60 and eventually escapes to the outside of the dressing base 10.

The evaporation end 57 is provided on the outer circumferential surface of the cooling duct 51 in a state where the evaporation end 57 is in partial contact with the cooling block 52 and the heat dissipation block 53. The evaporation end 57 may be a nonwoven fabric or the like which can effectively absorb moisture generated by the condensation phenomenon Of the fabric.

In the cooling block 52 adhered to the cold end 54a of the thermoelectric element 54, moisture is generated due to the condensation due to the temperature difference. Such moisture is dewatered over time and then flows like water. Therefore, the moisture generated in the cooling block 52 must be removed before it becomes dew.

The moisture generated in the cooling block 52 is absorbed by the absorption evaporation stage 57 because the absorption evaporation stage 57 maintains a partial contact state with the cooling block 52 and the heat dissipation block 53 in the present invention And is evaporated by the heat of the rear heat-radiating block 53, so that moisture can be fundamentally prevented from becoming dew. The evaporated moisture is discharged to the outside of the dressing table body 10 through the above-mentioned heat dissipation opening 60.

The heat dissipating port (60) discharges the heat absorbing air passed through the guide duct (56) to the outside. Since the heat dissipation port 60 discharges the heat absorbing air to the outside, the heat dissipation port 60 may be formed anywhere on the side of the dresser base 10 or on the edge side. In this embodiment, Are formed.

The illumination unit 70 is for applying illumination to the face of a face of a user who performs makeup, and is provided on the back surface of the mirror 11 as shown in Fig. Accordingly, the illumination unit 70 is shielded by the mirror 11 before operation and is not exposed to the outside, and irradiates the light toward the front side of the mirror 11 through the mirror 11 when operating. The illumination unit 70 is an LED illumination implemented by mounting a plurality of LEDs on a PCB substrate provided on the back surface of the mirror 11. [

On the other hand, the LEDs constituting the illumination unit 70 are combined with three primary color LEDs such as red, green, and blue. Thus, the saturation of illumination can be varied by controlling the three primary color LEDs.

8, the operation unit 80 includes a switch 71 for operating the operation of the fan 40, the air cooling unit 50, and the illumination unit 70, as shown in Fig. 8, A USB port 75 for supplying power to various IT devices such as an outlet 74 or a smart phone for supplying power to a hair dryer or a hair styler which is essentially used for makeup, . A saturation control switch 72a for controlling the saturation of the illumination unit 70 may be provided on the operation unit 80. [ In other words, the operation unit 80 can be easily operated by integrating various switches, an outlet, and a USB port for operating the multi-function vanity unit of the present invention.

Although the switches 71, 72 and 73 are installed on the operating portion 80 fixed to the side wall of the dressing table 10, the switches 71, 72 and 73 are operated when the mirror is touched with the hand installed on the back surface of the mirror 11 Needless to say, it can be replaced by a touch switch.

As described above, according to the present invention, it is possible to prevent sweating during the make-up by blowing cool air having lower wind or outside temperature to the front face of the user through the air blowing opening 20 during the makeup operation, Can be prevented.

Also, by lowering the temperature of the air blown from the air outlet 20 to the outside air temperature, it is possible to prevent sweating even in very hot and humid weather, thereby enabling perfect makeup in a very hot and humid weather .

In addition, when the illumination unit 70 is operated, since light is irradiated to the user's face through the mirror 11, no shadow is generated, and the makeup can be refined accordingly. In particular, by varying the saturation of the illumination unit 70, saturation illumination can be performed in accordance with the face of the user, thereby making it possible to make the intended make-up accurately.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

10 ... dresser body 11 ... mirror
12 ... Table 13 ... Housing
20 ... air blowing port 21 ... air blowing direction variable blade
22 ... tuyere frame 23 ... interlocking bar
25 ... duct 30 ... intake port
31 ... filter 35 ... duct
40 ... fan 50 ... air cooling section
51 ... cooling duct 52 ... cooling block
52a ... cooling pin 53 ... heat dissipation block
53a ... heat radiating fin 54 ... thermoelectric element
55 ... heat radiating fan 56 ... guide duct
57 ... absorption evaporation end 60 ... heat dissipation hole
70 ... illumination unit 80 ... operation unit

Claims (8)

A dresser base (10) having a mirror (11) for reflecting an object;
A blowing port 20 provided on a side or an upper side of the mirror 11 and facing the user's face;
An air inlet 30 installed in the cosmetics body 10 for sucking outside air;
A fan 40 installed inside the dresser body 10 for feeding outside air sucked by the air inlet 30 to the air outlet 20;
An air cooling unit (50) for cooling the air discharged from the air outlet (20) using a thermoelectric effect;
A heat dissipation port 60 for exhausting the heat absorbed air generated during cooling of the air in the air cooling section 50 to the outside; And
And an operation unit (80) for operating the operation of the fan (40) and the air cooling unit (50). The method according to claim 1,
Further comprising blowing ducts (25) (35) installed inside the dressing table body (10) for connecting the blowing port (20) and the air intake port (30), respectively;
Wherein the fan (40) is installed in the blowing duct (25) (35). The air conditioning system according to claim 2, wherein the air cooling unit (50)
A cooling duct 51 through which the air pressure-fed by the fan 40 passes;
A cooling block 52 having a plurality of cooling fins 52a directed toward the inside of the cooling duct 51;
A heat dissipation block 53 having a plurality of heat dissipation fins 53a facing the outside of the cooling duct 51;
A thermoelectric element 54 adhered between the cooling block 52 and the heat radiating block 53;
And a heat dissipating fan (55) installed in the heat dissipation block (53) and allowing air to pass through the radiating fin (53a). The air conditioning system according to claim 3, wherein the air cooling unit (50)
Further comprising a guide duct (56) for guiding the air heated by the heat dissipating fan (55) to the heat dissipating port (60). The air conditioning system according to claim 3, wherein the air cooling unit (50)
And an absorption evaporation stage (57) installed on the outer circumferential surface of the cooling duct (51) in partial contact with the cooling block (52) and the heat dissipation block (53) to absorb and evaporate moisture generated by the condensation phenomenon And a cold air function. The method according to claim 1,
Further comprising a lighting unit (70) for illuminating the front of the mirror (11). The method according to claim 1,
Wherein the air outlet (20) and the air inlet (30) are installed on the front side of the mirror (11). The method according to claim 1,
Further comprising a filter (31) detachably attached to the suction port (30), for filtering foreign substances contained in the outside air.

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