KR101059689B1 - Downflow Steam System - Google Patents

Abstract

Downward ejection steam system according to the present invention, the main controller is built-in; and. A head unit having a steam generator and a conversion fan for ejecting the steam generated by the steam generator downward; and one end portion coupled to the main body to be detachable from the main body such that the head is fastened to the head. The other end portion is a joint portion installed so as to pivot pivot.

Due to this, the steam is ejected downward from the head with the steam generator built in, so that the user can lie down comfortably and receive facial skin beauty.Since the steam generated from the head is ejected directly to the user's face, when the steam is generated and the facial is The temperature difference is minimized when it is ejected to the steam generator, and the capacity of the steam generator and the fan for ejecting the steam are minimized, so that the temperature of the steam can be easily set, and the control valve and the steam generator's ability to perform the steam generator hourly performance are controlled. This can be adjusted.

In addition, since the operating relationship of the heating wire of the inflow path and the steam generator, as well as cold steam by the cooling module, as well as room temperature steam or hot steam, various needs of the user can be sufficiently satisfied.

Skin beauty, steam, downward squirt

Description

System for generating steam and spouting steam downward}

The present invention is a steam system for skin beauty, and more specifically, a down-burst type in which hot steam or cold steam for beauty is selectively discharged downward so that a user can comfortably lie down and skin care. Relates to a steam system.

Generally, a vapor system is one in which a liquid for conversion into steam is converted to steam by heating or ultrasonic waves, and then the steam is released to the user's skin, in particular facial skin.

Such steam systems are usually designed to be discharged externally upwards, which are now widely available on the market.

This upward release steam system was built using a general rise in the warm steam converted to particulates.

However, in order to expose the upward steam emitted from the upward-release steam system to the face in particular, the user usually had to bow his head while sitting down, and maintaining this posture for a time sufficient to achieve a satisfactory effect on skin beauty A great inconvenience followed.

In order to solve this inconvenience, Korean Patent Office Utility Model Registration No. 20-0354676 has been presented, and the steam system 10 proposed in the present invention has a main body 20 in which the steam generator 22 is built, as shown in FIG. 1. ) And a corrugated pipe 30 which can be bent while being installed to be detachably attached to the upper surface of the main body 20.

The free end of the corrugated pipe 30 could be located near the face of the user lying there, whereby the steam generated in the main body 20 flows by a blower (not shown) to the face of the user along the corrugated pipe 30 Could be released to.

However, the longer the length of the corrugated pipe 30 had to increase the capacity of the blower, the temperature of the steam unintentionally lowered while flowing along the corrugated pipe 30, that is, the steam generated in the main body 20 It is difficult to set the proper temperature due to the difference between the temperature of the steam emitted from the user's face and the temperature of the user's face. Also, in the case of the system 10, only hot steam can be generated, which only enlarges the pores of the skin. There was a problem in that it is not possible to obtain a maximized skin cosmetic effect that can be obtained by shrinking pores.

The present invention has been made to solve the above-mentioned problems, the main unit is built-in, a steam generator and a conversion fan for ejecting the steam generated in the steam generator is built-in and detachable from the main body By including the head portion, when the head portion is located on the upper side of the user's face lying down, the steam generated in the head portion is directly ejected to the face, it is possible to eject the steam sufficiently even with a small displacement fan, the head It is an object of the present invention to provide a downwardly blown steam system in which the difference between the temperature of steam generated in the part and the temperature of the steam in contact with the face is minimized so that the steam temperature can be easily set.

In addition, the head portion further includes a cooling module including a thermoelectric element to lower the temperature of the steam, thereby generating a hot steam as well as a cold steam in the head portion can be reduced to the cold steam pores enlarged to the hot steam Another purpose is to provide a downward jet steam system that can maximize skin cosmetic effects.

In the steam jet system according to the present invention for achieving the above object, a steam generator for vaporizing the supplied liquid and a main controller for controlling the operation of the steam generator, the steam controller comprising: There is a built-in body; And a head unit having a steam generator and a conversion fan for ejecting the steam generated by the steam generator downward while being installed to be detachable from the main body.

In addition, the downward jet steam system further comprises a joint portion provided such that the other end portion is fastened to the head portion pivotally rotated on one side of the head portion coupled to the main body portion so that the head portion is detachable from the body portion.

Here, the head portion is a liquid container detachably mounted to the head portion for supplying the liquid for steam to the steam generator, a control valve so that the liquid for steam in the liquid container is supplied with a controlled amount of hot water to the steam generator; A cooling module including an inflow path in which a heating wire is installed, a cooling fan for introducing external air to lower the temperature of the steam, a thermoelectric element for cooling the outside air introduced by the cooling fan, and a steam generator A plurality of humidifying outlets formed on an upper surface of the head so that hot steam is ejected; a plurality of external air inlets formed on an upper surface of the head so that external air is introduced by the cooling fan; and a head which allows steam to be ejected to the outside by the conversion fan. It further comprises a blower formed in the.

On the other hand, the steam generator comprises a reservoir in communication with the inflow path to accommodate the liquid for steam, and an ultrasonic oscillator is installed on the lower surface of the reservoir to convert the liquid of the steam in the reservoir into steam.

On the other hand, the main controller of the main body is to control the steam generator, the switching fan, the control valve, the cooling module and the heating wire, for this purpose, the wire connecting each member and the main controller is accommodated in the joint portion.

In addition, the main body further includes a device having various additional functions such as an oxygen generation module, a sound module for playing music files stored in the memory, and an operation and display module for manipulating the main controller.

Here, the head portion may be manufactured in a slide manner in addition to the detachment of the joint portion pivoted from the main body portion and moved to the user's face.

The steam generator may be changed in configuration such that steam is generated by heating in addition to steam generation by the ultrasonic oscillator, and may be integrated so that a water tank is built in the steam generator.

In addition, when the steam generator is composed of an ultrasonic oscillator, the steam liquid is supplied to the steam generator heated by a heating wire installed on the outer surface of the inflow path to generate the warm steam in the steam generator.

Here, the hot wire is operated by the main controller, and the temperature of the steam liquid generated by the steam generator is controlled by the operation of the main controller, so that the temperature of the steam generated by the steam generator can be controlled.

The conversion fan may be rotated to eject the steam downward during cosmetic operation, as well as rotated or stopped to eject the steam upward when the humidifier function.

The cooling module is introduced through the outside air inlet by the cooling fan so that the outside air cooled through the thermoelectric element is mixed with the hot steam or the steam at room temperature accommodated inside the head to be converted into cold steam.

As described above, according to the present invention, since the steam is ejected downward from the head unit with the steam generator built in, the user can comfortably receive facial skin beauty while lying comfortably, and the steam generated from the head is directly directed to the user's face. Since the temperature is minimized, the temperature difference between when steam is generated and when the steam is sprayed on the face is minimized, so that the capacity of the steam generator and the capacity of the fan to eject the steam are minimized, and thus the temperature of steam can be easily set according to the degree of user's skin beauty. The hourly performance of the steam generator and the regulating valve for controlling the supply amount of the vapor liquid can be adjusted so that the amount of steam is easily adjusted according to the needs of the user.

In addition, since the operation relationship between the heating wire and the steam generator, as well as room temperature steam or hot steam, as well as cold steam by the cooling module, various needs of the user can be sufficiently satisfied, and by adjusting the expansion and contraction of the skin pores Beauty effect can be maximized, there is an effect such as music therapy through the fatigue recovery and music through the oxygen supply built in the main body.

In addition, various herbs or herbs that are good for skin beauty can be used by replacing the liquid container containing each herb or herb so that one or more mixed liquids for steam can be used, the user's preference specification becomes wider.

The downward jet steam system according to the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

2 is a perspective view schematically showing a downward jet steam system for beauty according to a preferred embodiment of the present invention, Figure 3 is a side cross-sectional view schematically showing the use state of the steam system shown in FIG. FIG. 4 is an enlarged view of the inside of the head of the steam system shown in FIG. 3, FIG. 5 is a bottom view of the bottom of the head of the steam system shown in FIG. 2, and FIG. 6 is shown in FIG. 2. A side view of the outside of the body of the steam system is shown.

First, as shown in FIGS. 2 and 3, the downward jet steam system 100 according to the present invention includes a main body 200 in which a main controller 210 is embedded; A head part 300 having a steam generator 310 and a conversion fan 320 for ejecting the steam generated by the steam generator 310 downward; and the head part 300 from the main body part 200. And a joint part 400 installed to pivotally rotate the other end part fastened to the head part 300 about the one end part fastened to the main body part 200 to be detachable.

As shown in FIGS. 2, 3, and 6, the main body 200 includes an oxygen generating module 220, an acoustic module 230 for reproducing music files stored in a memory, and a main controller 210. Operation and display module 240 for operation is further included.

The oxygen generation module 220 is embedded in the main body 200 to allow oxygen to be released through a plurality of oxygen outlets 222 formed on the outer surface of the main body 200 close to the user's head.

In addition, when the memory in which music is stored is inserted into the inserting portion 234 formed on the outer surface of the main body 200, the sound module 230 is operated through the operation keys of the manipulation and display module 240 to operate the main body 200. The music coming out of the speaker (not shown) is built in the main body 200 through a plurality of acoustic spheres 232 formed on the outer surface thereof.

The operation and display module 240 is for exposing the operation, operation state and operation state of the main controller 210 to the user, and controls all devices built in the head unit 300 and the main body unit 200. The main controller 210 is operated, and is mounted on the outer surface of the main body 200 so that the operation, the operation state, and the operation state can be confirmed from the outside.

On the other hand, the head portion 300 is a portion that generates steam, and then the steam can be ejected downward to eject the steam to the face of the user lying down.

As shown in FIGS. 4 and 5, the head part 300 includes a steam generator 310 for converting a liquid for steam supplied from the liquid container 330 into steam, and generated by the steam generator 310. The switching fan 320 which operates to blow the steam charged inside the head portion 300 downward, and the downward air flow formed by the switching fan 320 is blown out to the lower side of the head 300. A plurality of jet holes 322 formed on the lower surface of the part 300 is included.

Here, the liquid container 330 may be screwed or hooked to be detachable to the head portion 300 in a state where the liquid for steam is accommodated, wherein the liquid container 330 is connected to the head portion 300. When fastened, the liquid container 330 is opened, and when released, the liquid container 330 is closed so that the liquid for vapor in the liquid container 330 can come out of the liquid container only when necessary, which is commonly used in the market. It may be used in various ways.

In addition, the head portion 300 has an inflow passage 332 formed in the head portion 300 so that the liquid for steam discharged from the liquid container 330 is supplied to the steam generator 310, and the inflow passage 332 It further comprises a control valve (not shown) installed to adjust the amount of liquid for vapor discharged from the liquid container 330 in a predetermined position.

The opening and closing degree and the opening and closing state of the control valve is installed to be controlled by the main controller 210, may be installed at any position of the inflow path 332, the coupling portion with the liquid container 330 or the steam generator 310 ) May be installed in the liquid container 330 and the steam generator 310 respectively.

The inflow path 332 may be formed by simply forming a liquid flow path in the head portion 300, or may be formed by installing a separate pipe, but a heat pipe manufactured to heat the vapor liquid is provided. It is preferred to be installed.

The heat pipe may be formed by winding a heating wire (not shown) on the outer surface, or may be manufactured by various other common methods. Of course, the device for heating the heat pipe is controlled by the main controller 210.

The vapor liquid may simply use clean water, but a liquid containing herbs or herbs that are excellent for skin beauty or the like may be used.

In addition, the steam generator 310 is in communication with the inlet 332, a reservoir (not shown) for accommodating the liquid for steam, and an ultrasonic oscillator 312 installed on the lower surface of the reservoir to convert the liquid for steam into steam ) Is included.

Here, the steam generator 310 is a device for converting the liquid for steam to steam may be converted to steam by heating the liquid for steam other than the ultrasonic oscillator 312, wherein the heat pipe for heating the liquid for steam Can be replaced with regular piping.

In addition, the reservoir may be integrally installed inside the ultrasonic oscillator 312, may be installed outside the ultrasonic oscillator 312, or may not use a separate reservoir. Of course, the ultrasonic oscillator 312 is a natural liquid for the steam to be converted to steam.

Here, the steam generated in the steam generator 310 is preferably generated warm warm steam for skin beauty, for this purpose, the liquid for steam is pre-heated in the inlet 332 is converted to steam in the steam generator 310 or Or directly heated in steam generator 310 to be converted to steam.

The conversion fan 320 is operated to eject the steam generated by the ultrasonic oscillator 312 downward to the outside through the jet port 322 formed on the lower surface of the head 300.

On the other hand, the head portion 300 includes a cooling fan 342 installed to introduce the outside air to lower the temperature of the steam and a thermoelectric element 344 for cooling the outside air introduced by the cooling fan 342 head The cooling module 340 embedded in the unit 300 and a plurality of outside air inlets 346 formed on the outer surface of the head 300 so that outside air flows into the head 300 by the cooling fan 342 It is made to include more.

The cooling fan 342 is operated so that outside air outside the head 300 is introduced through the outside air inlet 346, and the outside air introduced through the cooling fan 342 is moved by the thermoelectric element 344. 300) and cooled to a lower temperature than the steam packed therein, the cooled outside air is mixed with the steam is lowered the temperature of the hot steam and then ejected downward by the conversion fan 320.

In addition, the cooling fan 342 operates to introduce external air, but also allows smooth mixing of the outdoor air and steam.

Here, the steam is not heated in the inlet 332, but the steam at room temperature converted by the ultrasonic oscillator 312 or the high temperature heated in the inlet 332 and converted by the ultrasonic oscillator 312 In the case of the steam, the cooling module 340 is not operated in the room steam or high temperature steam may be ejected, steam at room temperature or high temperature steam is cooled by the operation of the cooling module 340 May be ejected.

This allows the temperature of the steam to be set at room temperature or at various temperatures higher or lower than room temperature depending on the season or room temperature.

On the other hand, the head portion 300 to the head portion 300 to be ejected for the humidifier through the rising air flow formed by the steam generated by the steam generator 310 or the rising air formed by the conversion fan 320 because the steam generated by the steam (310) It further comprises a plurality of humidifying outlets 350 formed on the upper surface of the.

When the steam system 100 functions as a humidifier rather than a skin beauty function, the steam generated in the steam generator 310 is formed on the upper surface of the head part 300 by a self-raising air flow according to the temperature of the steam. The switching fan 320 is rotated in the reverse direction with respect to the rotation direction at the time of stopping or downward ejection to be discharged to the discharge port 350 or discharged to the humidification discharge port 350 through the rising air flow formed by the conversion fan 320 It may be operated to do so.

Meanwhile, as shown in detail in FIGS. 3 and 6, the articulation unit 400 has a bar-shaped rotation shaft 410 and an upper surface of the main body 200 to accommodate the rotation shaft 410. It is formed of the receiving groove 420.

Both ends of the rotating shaft 410 are pivotally mounted to the head 300 and the main body 200, respectively, so that one end of the rotating shaft 410 to which the main body 200 and the rotating shaft 410 are fastened. The other front end portion of the rotation shaft 410 is pivotally rotated so that the head portion 300 is moved with respect to the main body 200 to be attached and detached.

In addition, the receiving groove 420 is formed intaglio in consideration of the length, width and thickness of the rotary shaft 410 so that the rotary shaft 410 is accommodated in the main body 200.

As the rotation shaft 410 is inserted into the accommodating groove 420, the head part 300 is tightly fixed to the upper surface of the main body part 200, and the head part 300 is in close contact with the main body part 200. The contact position may be simply maintained or may be fastened and fixed using a hook method or the like.

In addition, the fastening of the main body 200 and the head 300 and the rotation shaft 410 is fastened so that the main body 200 and the head 300 is rotated with respect to the rotation shaft 410, the main body It is easy to pivot the rotation shaft 410 with respect to the 200, and the up and down rotation of the head 300 with respect to the rotation shaft 410 becomes easy.

Of course, the rotation shaft 410 and the head portion 300 of the rotation angle of the rotation shaft 410 and the head portion 300 is to be fastened so that it can be fixed at a desired position is a matter of course.

Hereinafter, the downward jet steam system according to the present invention will be briefly described based on the operation sequence.

First, a case where the steam system 100 is operated as a skin care function, and a case where the steam generator 310 is an ultrasonic oscillator 312 will be described.

When the liquid container 330 containing the vapor liquid is mounted to the head part 300, the supply amount of the vapor liquid and the amount of steam generated by the steam generator 310 are controlled by the main controller 210. It is adjusted according to the steam production capacity of the generator 310.

Here, the operation of the main controller 210 confirms the result while the user operates through the operation and display module 240.

In addition, the main controller 210 determines whether the liquid for steam that exits the liquid container 330 and passes through the inflow path 332 is heated or flows as it is.

The steam liquid discharged from the liquid container 330 and passed through the inflow path 332 and accommodated in the steam generator 310 may be heated steam or at room temperature according to the presence or absence of heating in the inflow path 332 by the steam generator 310. After being converted to steam, this steam is filled inside the head 300.

Of course, for the beauty of the skin can be converted to steam at room temperature as well as steam, the heating degree in the inlet passage 332 is the main controller so that the temperature of the steam can be appropriately set according to the user's age, the sensitivity of the skin, etc. Of course, it can be set by (210).

Thereafter, the hot steam or room temperature steam is ejected downward through the spout 322 by the operation of the switching fan 320 by the main controller 210, and at this time, the operation time of the switching fan 320 is the main controller ( The skin care function may be selected at 210 or may be a time at which steam is generated in the steam generator 310.

On the other hand, after a certain skin cosmetics to expand the pores by the warm steam, cold steam is required to shrink the pores again, and the outside air is introduced by the cooling fan 342 to eject the cold steam, the thermoelectric element Cold air passing through 344 is mixed with hot steam or room temperature steam in the head part 300 to convert the hot steam into cold steam, and then the cold steam is externally discharged through the spout 322 by the switching fan 320. Is ejected downward.

The cooling module 340 is also operated by the main controller 210, the degree of cooling is of course determined.

The skin beauty function is performed by the operation as described above, and when the humidifier function is set in addition to the skin beauty function, the flow rate, heating presence, and heating degree of the liquid for steam in the inflow path 332 are set differently, and then the steam generator 310 is provided. Humidifier discharge port 250 is formed on the upper surface of the head portion 300 is received in the converted to hot steam or room temperature steam, the hot steam or room temperature steam through the rising air flow by the self-raising air flow or the conversion fan 320 Is blown out through.

On the other hand, when the cooling module 340 is operated, it takes a lot of cold and a lot of time to convert the hot steam to cold steam, so that the heating function in the inlet 332 is stopped to make the steam at room temperature Preferably, such a functional operation is of course operated by the main controller 210.

On the other hand, while the steam is ejected from the head 300, the acoustic module 230 and the oxygen generating module 220 mounted on the main body 200 is operated to provide more convenience to the user.

1 is a partially separated side view schematically showing a steam system for cosmetic use in general,

Figure 2 is a perspective view schematically showing a downward jet steam system for beauty according to an embodiment of the present invention,

3 is a side cross-sectional view schematically showing a state of use of the steam system shown in FIG.

FIG. 4 is an enlarged view of the inside of the head of the steam system shown in FIG. 3;

FIG. 5 is a bottom view of the bottom of the head of the steam system shown in FIG. 2;

FIG. 6 is a side view of the outside of the main body of the steam system shown in FIG. 2.

<Brief description of reference numerals for the main parts of the drawings>

100 ... steam system 200 ... main unit,

210 Main controller 300 Head

310 ... steam generator 320 ... switching fan,

330 liquid container 340 cooling module,

350 ... Humidifier outlet 400 ... Joint.

Claims (8)

In the steam system comprising a steam generator for vaporizing the supplied liquid and a main controller for controlling the operation of the steam generator, A main body unit in which the main controller is built; A head unit having a steam generator and a conversion fan for discharging the steam generated by the steam generator downward; A joint part installed to be detachable from the main body part; Is included, The joint part is a downward jet steam system, characterized in that the other end is fastened pivotally rotated on one side of the head portion fastened to the head portion so that the head portion is detachable from the main body portion. delete The method of claim 1, The head portion has a liquid container detachably mounted to the head portion for supplying the liquid for steam to the steam generator, and an inflow path provided so that the liquid for steam in the liquid container is supplied with a controlled amount of hot water to the steam generator; Down flow type steam system, characterized in that the inlet passage 332 is provided to further comprise a control valve for controlling the flow rate of the liquid for steam. The method of claim 1, The steam generator is in communication with the inlet passage containing a storage tank for receiving a liquid for the steam, and is installed on the lower surface of the reservoir and an ultrasonic oscillator comprises a ultrasonic oscillator for converting the liquid of the steam in the storage tank to steam. . The method according to claim 1 or 3 or 4, The head portion further comprises a cooling module including a cooling fan for introducing external air to lower the temperature of the steam, and a thermoelectric element 344 for cooling the external air introduced by the cooling fan. Blow off steam system. The method of claim 5, And the main controller includes a steam generator, a switching fan, a control valve, and a wire connected to control the cooling module.  The method of claim 5, The head portion includes a humidifying outlet formed on the upper surface of the head so as to eject the rising hot steam generated by the steam generator, an outside air inlet formed on the upper surface of the head so that outside air is introduced by the cooling fan, and the switching fan. Downward ejection type steam system, characterized in that made further comprises a spout formed on the lower surface of the head portion to eject the steam to the outside. The method of claim 1, The main body unit further comprises an oxygen generating module, a sound module for reproducing a music file stored in the memory, and an operation and display module for operating the main controller further comprises a downward jet steam system.

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