KR970010406B1 - Humidifier of hairdresser and beauty salon - Google Patents

Abstract

The humidifier employs a spray in place of the conventional steamer to improve hair dressing. Its construction has a reservoir bottle (8) mounted over the tank (2) to cover the tank opening for the water in the tank to be supplied through a supply pipe (8a) and a through hole (8b) to the barrel(2a). In operation, the water in the tank (2) is supplied via a supply pipe (6) to a spray water generator (3) and a steam generator(4). Then power is applied to the heater (23) of the steam generator (4) for the heater to generate and heat the water in the container (46) to generate steam being delivered through a connecting pipe (12) to a mixing tank (5) whereas power is applied to 4 ultrasonic oscillators for respective oscillator plates to emit ultrasonic waves toward the center of a water tank (3d) so as to generate spray water from the center. The spray water flows into the mixing tank (5) to mix with steam whose heat transfers to the spray water to raise its temperature and effects better spraying of water over hair.

Description

Humidifier for Barber Shop and Beauty Salon

Figure 1 is a perspective view showing the whole of the barber and beauty salon humidification apparatus of an embodiment of the present invention.

Figure 2 is a side view of the humidifier for a barber shop and beauty salon in this embodiment.

Figure 3 is a cross-sectional view showing the internal structure of the barber and beauty salon humidifier in this embodiment.

Figure 4 is an explanatory view of the control panel of the barber and beauty salon humidifier in this embodiment.

5 is an explanatory diagram for attaching the hair gap to the barber and beauty salon humidifiers of the present embodiment.

* Explanation of symbols for main parts of the drawings

1 substrate 2 water tank

2a: cylindrical body 3: spray water generator

3a: spray water dispenser 3b: guide tube

3c: chamber 3d: water tank

4: steam generator 4a: steam discharge port

4d: container part 4c: cover part

5: Mixing tank 5a: Mixing outlet

5b, 6a: Drain cock 6: Water supply pipe

7: ionizer and ozonizer 7a: discharge port

7b: Ion Ball 8: Reserve Bottle

8a: supply pipe 8b: through hole

9: brower motor 10: ultrasonic oscillator

11, 12: connector 13: flexible hose

14: cover case 15: inspection slit

16: support pillar 18: control panel

19 tray 20 support bracket

21: flexible arm 22: caster

23: sheath heater 24: support rod

25: bottom plate 26: main switch

27: standby lamp 28: start switch

29: Timer setting dial 30: Temperature setting dial

31: Thermo lamp 32: Water level warning lamp

33: water level warning lamp 34: thermostat

The present invention relates to a humidifier for a barber shop and a beauty salon mainly used in a barber shop and a beauty salon.

In general, a beauty salon, a user, etc. are using a device called a hair steamer for adjusting the hair of the customer.

The hair steamer, as its name suggests, generates steam, ie, steam and exposes the steam to the hair to moisturize the hair, and to perform perm or hair die efficiently. And a steam generator at its apex, a so-called windshield (cover) is installed on a horizontal rod that extends from the cover case of the steam generator, and a curved shape having a steam discharge port in the inner hole of the cover. It consists of a structure in which pipes are arranged.

However, since the hair steamer mixes steam (steamer) generated by boiling water into the air inside the windshield (cover) using the pressure energy obtained by boiling the water, the temperature adjustment of the mixed air inside the windshield is performed by the windshield. The steam injected into the inside of the lid is controlled by turning ON / OFF or disconnecting it. Therefore, the steamer mixed with the air inside the windshield (cover) is cooled to form water droplets inside the windshield (cover).

When this phenomenon occurs, the water droplets attached to the inside of the windshield (cover) fall on the hair, and the chemical liquid applied to the hair may flow and be diluted and discarded. In addition, if the temperature inside the windshield (cover) rises once, the injection of steam stops and high heat remains inside the windshield (cover), and the inside of the windshield (cover) is abnormal due to the complete evaporation of moisture inside. It will dry out. In addition, since the hair steamer injects steam to the outside by using steam pressure, the diameter of the injection hole for blowing steam is made small.

Thus, foreign matters such as dirt, dust, moss, etc. are mixed in the small nozzles, causing the hole to be clogged, and the pressure of steam passing through the nozzles is ideally increased. If such a problem occurs, there is a danger that hot water is sprayed from the injection hole to contact the hair of the customer in the process and cause a serious accident that causes burns.

In addition, when the steam is injected into the inside of the windshield (cover), because the temperature is high, it rises inside the windshield (cover) and concentrates on the upper layer, and the temperature of the upper layer in the inside of the windshield (cover) is high and the temperature of the lower layer is low. The unevenness of the temperature was generated, the customer during the treatment, the tofu was hot, but the nape part became cold, and the nonuniformity in the cosmetic technique was likely to occur.

As described above, with the conventional hair steamer, the treatment temperature is not uniform to the customer during the humidification treatment, which causes discomfort, and steam cools and condenses inside the windshield (cover). Diluting the applied liquid, or flowing with water to the scalp or face, people with weak skin may cause dermatitis or inflammation under the influence of the liquid, which is a big business problem. The risk of blowing up was still not solved.

In addition, as the conventional hair steamer described above, even when steam heated to a high temperature is used, the water content of the steam is high, so that condensation occurs in the steam feeding path inside the apparatus. There was also a very unsanitary problem if one of the moisture became moss or mold and attached to the inside of the device.

Therefore, the present invention has been made in view of the above problems, and it is an object of the present invention to be applied to a barber and beauty salon humidifier that can be effectively hygienic and at the same time effectively humidifying without discomfort to the customer.

The present invention made to achieve the above object, the water tank for storing water on the substrate, a spray water generator for atomizing the water supplied from the water tank with an ultrasonic oscillator, and the spray water generated in the spray water generator A blower motor blown to the outside, a steam generator for heating and steaming the water supplied from the water tank with a heater, a mixing tank for mixing the steam supplied from the steam generator and the sprayed water fed from the spray water generator; In the barber and beauty salon humidifier comprising a water supply pipe connected from the bottom of the water tank to the bottom of the spray water generator and the bottom of the steam generator, the tank (2) is the upper surface of the substrate (1) Is attached to and detached from the cylindrical body 2a fixed to the bottom plate 25 attached through the support bar 38, the opening formed on the upper surface of the cylindrical body 2a, and the opening. It consists of a reserve bottle (8), which is mounted in an easy manner, a supply pipe (8a) suspended from a lower portion of the reservoir bottle (8), and a through hole (8b) provided in a lower portion of the supply pipe (8a). The spray water generator (3) is a water tank (3d) fixed to the bottom plate 25 attached to the upper surface of the substrate (1) through the support bar (38), and arcuately equal to the bottom of the water tank (3d) Four ultrasonic oscillators 10 attached to each other at intervals such that the vibrating surfaces of each vibrator are inclined toward the center of the water tank 3d, and are provided on the upper portion of the water tank 3d through a cylindrical guide tube 3b. The chamber chamber 3c and the sprayed water discharge port 3a provided in the upper end part of the chamber chamber 3c, The blower motor 9 is the partition of the chamber chamber 3c, and the said water tank 3d. Attached to the outer wall of the tank and sucks air from the outside of the water tank 3d to blow air into the water tank 3d. With the motor 9, the steam generator 4 is detachably attached to the container portion 4b attached to the upper surface of the substrate 1 via the support rod 24 and the upper end opening of the container portion 4b. The lid part 4c fixed, the vapor discharge port 4a fixed to the through-hole formed in the said cover part 4c, and the sheath heater 23 cut off from the lid part 4c to the container part 4b. The mixing tank 5 includes a connection pipe 11 for connecting to the spray water discharge port 3a through a hole in the outer wall of the mixing tank 5, and a hole in the outer wall of the mixing tank 5. The connecting pipe 12 connected to the vapor discharge port 4a through the mixture, the mixture discharge port 5a formed on the upper portion of the mixing tank 5, and the thermostat 34 fixed inside the mixture discharge port 5a. ), An ionizer having a drain cock 5b formed at the lower portion of the mixing tank 5, and a mixture outlet 5a connected to the mixture outlet 5a, and having an ion port 7b therein; And a screen unit 7 and, barber and beauty salons humidifying device, characterized in that a two-pronged one discharge port (7a) in the branch having the upper portion of the ionization device and the ozone generator (7) in its base.

According to the barber and beauty salon humidification apparatus of the present invention, first, when the reservoir bottle 8 in which water is supplied is mounted in the opening of the water tank 2, the water in the reservoir bottle 8 is supplied to the supply pipe 8a. It feeds into the cylindrical body 2a from the through-hole 8b.

Accordingly, the water supplied to the water tank 2 is supplied to the sprayed water generator 3 and the steam generator 4 through the water supply pipe (6). Here, when power is supplied to the sheath heater 23 of the steam generator 4, the sheath heater 23 generates heat to heat the water inside the container portion 4b and generate steam, and through the connection pipe 12 It is sent to the mixing tank (5). On the other hand, when power is supplied to the four ultrasonic oscillators 10 of the spray water generator 3, the vibrating surface of each vibrator of the four ultrasonic oscillators 10 emits ultrasonic waves toward the center of the water tank 3d. The water supplied to the inside of the water tank 3d starts vibration from the center of the water tank 3d, and generates sprayed water from the water surface.

When the blower motor 9 is driven, the sprayed water generated from the water surface of the water tank 3d by the wind pressure of the blower motor 9 is transferred to the connecting pipe 11 through the guide cylinder 3b and the chamber chamber 3c. Flows, and flows back into the mixing tank (5).

In this way, when the hot steam and the spray water at normal temperature collide and collide inside the mixing tank 5, the heat amount of the steam heat conducts to the spray water and the temperature of the spray water rises, but the steam loses heat. It becomes simple water droplets and falls to the bottom of the mixing tank 5. Due to this action, only a very small and light sprayed water having a temperature rise is floating in the upper layer of the mixing tank 5, and the ionizing device and the ionizer from the mixture discharge port 5a formed in the upper portion of the mixing tank 95 are heated. The ion rod 7b incorporated in the ozonizer 7 flows through the ultraviolet radiation path and is sprayed into sprayed water at a stable temperature (at least 30 ° to at most 60 °) from the discharge port 7a bifurcated. In addition, since the very small, light and light spray water is easy to penetrate the hair, it is absorbed with the chemical liquid and promotes the penetration of the chemical liquid into the hair, so that even moisture-free hair is moist and lustrous hair.

On the other hand, the ultraviolet rays emitted by the ion rod 7b ionize the flowing spray water and steam, and simultaneously generate ozone to oxidize, sterilize, and deodorize. This ensures that the hair dye is oxidized and the color of the hair is oxidized. Therefore, the cuticle is tightened and finished with shiny, smooth hair.

In addition, the bifurcation discharge port 7a can be used by two people at the same time as a conventional apparatus can be used by only one person, and the plug is plugged into one of the bifurcation discharge port 7a. If you cover it can be used alone. In addition, when the bifurcated bifurcated Y-shape, the water droplets condensed inside naturally fall downward, and there is no squeaking of the water inside, as in the conventional apparatus.

Embodiments of the barber and beauty salon humidifier of the present invention will be described with reference to the drawings.

1 is a perspective view showing an entire barber and beauty salon humidifier, which is an embodiment of the present invention, FIG. 2 is an isometric view, and FIG. 3 is a sectional view showing an internal structure of the same.

First, as shown in FIG. 3, the internal structure of the barber and beauty salon humidifier of the present embodiment is the bottom plate 25 on the upper surface of the substrate 1 on which the caster 22 is fixed on the lower surface, through the support rod 38. The tubular body 2a of the water tank 2 and the cylindrical water tank 3d of the spray water generator 3 are fixed to the upper surface thereof.

The reserve bottle 8 is detachably attached to the smoke opening of the tubular body 2a of the double water tank 2, and water is discharged from the through hole 8b of the supply pipe 8a downwardly from the reservoir bottle 8. It is comprised so that water may be supplied to the tank 2. In addition, four ultrasonic generators 10 are attached to the bottom of the water tank 3d of the spray water generator 3 at equal intervals in an arc shape, and each vibrator has its oscillating surface tilted toward the center of the water tank 3d. Lost On the other hand, the four ultrasonic oscillators 10, four, two, it is possible to operate by replacing the one, if necessary, which is to replace the number of the operation of the four ultrasonic oscillators 10, to eject The purpose is to change the amount of water in the sprayed water so that the proper moisture can be applied according to the beauty technique. If the amount of water sprayed on the hair is too large when performing perma or hair dye treatment, the chemical applied to the hair is thinned by the increased water, and the effect of the chemical is weakened. This is because the color of hair die becomes lighter. In addition, in the switching method of the four ultrasonic oscillators 10 according to the present embodiment, when one hair cap is attached to this apparatus to treat a single client's hair, only one ultrasonic oscillator 10 is operated. In addition, when the two hair caps are attached to the device to treat the customer's hair at the same time, the two ultrasonic oscillators 10 are operated at the same time. When spraying water directly onto the head at a position 40 cm to 50 cm away from the head of the processor without using a hair cap, part of it becomes moisture in the air and blows away. By operating all four ultrasonic oscillators 10, it is possible to impart proper moisture to the hair. In addition, the upper part of the water tank 3d forms the chamber 3c in which the spray water discharge port 3a was provided in the upper end through the cylindrical guide cylinder 3b, and the partition of the chamber 3c and the water tank ( In the space part of the outer wall part of 3d), the blower motor 9 which supplies air drawn in from the exterior of the water tank 3d to the inside of the water tank 3d is attached. On the other hand, the steam generator 4 is attached to the upper surface of the board | substrate 1 near the spray water generator 3 via the support rod 24. As shown in FIG. The steam generator 4 is fitted into a lid portion 4c which is fitted to be detachable from the top opening of the vessel portion 4b and an opening formed so as to penetrate from the upper surface of the lid portion 4c to the lower surface. And a sheath heater 23 which is suspended from the lid 4c and the lid 4c by the container 4b. The sheath heater (23) is the lowest part widened in the horizontal direction is a heating element of 800W, this is the temperature of the steam is lowered when the amount of pool from the blower motor (9) is mixed with the steam generated from the steam generator (4) In particular, in the case where cold air is mixed with steam, even when heated by a heater having a low wattage as in the prior art, steam may become saturated and the temperature may not rise more than 50 degrees.

However, the 800 W sheath heater 23 used in this embodiment reliably increases the saturation temperature of the water vapor to 60 degrees in winter, and conversely, the saturation temperature of the water vapor rises to 65 degrees or more in the summer when the external air temperature is high. It is safe. In addition, since the heat generator by the electric wiring was installed inside the steam generator 4 of this embodiment, only 30 seconds after turning on the sheath heater 23 until the temperature of the steam rose to 55 °. It is not taken. The tubular body 2a of the water tank 2, the water tank 3d of the spray water generator 3, and the container portion 4b of the steam generator 4 are respectively connected to a water supply pipe 6 at the bottom thereof. Water introduced into the water tank 2 flows into the spray water generator 3 and the steam generator 4 so that the water level is the same. In addition, the water supply pipe (6) is provided with a drain cock (6a) at its end, the tubular body (2a) of the water tank (2), the water tank (3d) of the spray water generator (3) and the steam generator (4) The water stored in the interior of the container portion 4b can be discharged to the outside. On the other hand, the mixing tank 5 is attached to the upper surface of the substrate 1 near the steam generator 4. In this case, the tank 5 is connected to the steam discharge port 4a of the steam generator 4 via the spray water discharge port 3a and the connection pipe 12 of the spray water generator 3 via the connection pipe 11. Through. In addition, the mixing tank 5 includes a mixture discharge port 5a having a thermostat 34 attached to the upper portion and a drain cock 5b of an opening formed at the lower portion thereof. The mixture discharge port 5a of the double mixing tank 5 is provided. Is attached to the ionizer and the ozonizer 7. The ionizer and the ozonizer 7 are each formed of a metal such as copper or aluminum provided with an opening at the bottom and a discharge outlet 7a bifurcated at the top, and a partition 7d provided therein. An ion ball 7b, such as an ion ball or an ozone ball, having ionization, oxidation, sterilization, and odor removal effects is incorporated in the box-shaped body 7c. In addition, two ends can be used simultaneously by connecting one end of the flexible hose 13 to the two-branched discharge port 7a. When one person uses the plug, either of the two discharge ports 7a can be plugged. It is intended to be used after closing.

Next, the exterior of this embodiment will be described.

As shown in FIG. 1 and FIG. 2, the exterior part of this embodiment is the cover case 14 provided with the inspection slit 15 for inspecting the inside of the mixing tank 5 in the whole internal structure. ) Is deposited, and a control mechanism portion 17 is attached to the upper portion thereof via a support column 16. The control mechanism 17 has a control panel 18 and a tray 19 for placing props on the upper surface thereof. The double control panel 18 has a main body as shown in FIG. Switch 26, standby lamp 27, stand switch 28, timer setting dial 29, temperature setting dial 30, thermostat operation confirmation lamp 31, water level warning lamp 32 and water level Increment warning lamp 33 is attached. Moreover, on the side of the control mechanism part 17, the bracket 20 and the flexible arm 21 which hold | maintain the trunk | drum of the flexible hose 13 connected to the discharge port 7a of the ionizer and the ozonizer 7 are shown. And a bracket 21a are attached. And as shown in FIG. 5, the connector c1 of the hair cap c is connected to the front-end | tip part 13a of the flexible hose! 3. C2 is a small hole for ventilation. Here, the operation and effect of the present embodiment having the above configuration will be described. First, when the sub-bottle 8 filled with water is mounted in the water tank 2, the water introduced into the water tank 2 is sprayed through the water supply pipe 6, the spray water generator 3 and the steam generator (4) Supplied to. Subsequently, the main switch 26 of the control panel 18 is turned ON to supply power to each drive unit of the apparatus. Therefore, since current flows through the sheath heater 23 of the steam generator 4, the water inside the ridge 4b is heated to raise the temperature.

Then, when steam starts to be generated in the steam generator, steam is sequentially fed into the mixing tank 5 through the connecting pipe 12. In this embodiment, the inner diameter of the connecting pipe 12 is 16. The thing of mm or more was used. This is because if the internal diameter is 10 mm or less, the steam is fed by the pressure of the steam, so that the steam pressure inside the steam generator 4 becomes high, and it boils inside the steam generator 4 through the communication tube 6 before the steam is fed. This is to prevent the hot water rises back to the inside of the water tank (2) and the spray water generator (3), causing the failure. In this way, when the sprayed water is sequentially supplied to the inside of the mixing tank 5, the standby lamp 27 of the control panel 18 is turned on at the same time, so that the hair cap (c) enters the work to be covered by the operator. In this embodiment, since the mixed sprayed water having a relatively low temperature can be jetted to the head of the processor, the hair cap (c) can be used in place of the wind shield generally used in the conventional hair steamer. As a result, the customer who is in the process of hair can freely move his or her neck, thereby dramatically improving the comfort of the customer.

In this way, when the hair cap (c) is put on the subject, the timer setting dial 29 is set at any time, and the temperature setting dial 30 is set at any temperature between 30 and 60 degrees. Turn on the start switch 28. Then, the four ultrasonic oscillators 1 at the bottom of the water tank 3d of the spray water generator 3 simultaneously start vibration and add amplitude to the water being supplied to the water tank 3d. In this embodiment, the ultrasonic oscillator ( Since the vibrators are attached inclined from the outer diameter side of the bottom of the water tank 3d toward the center of the water tank 3d, respectively, the ultrasonic waves generated by the vibrator are concentrated in the center of the water tank 3d. As a result, the sprayed water intensively generated from the center of the water surface of the stored water is filled in the inside of the chamber 3c through the guide tube 3b, wherein the sprayed water generated by the ultrasonic oscillator 10 is 1 to 50. The size of the micron, the large and heavy spray water inside the chamber (3c) falls back into the original tank (3d) due to its weight, so that only the light and small spray water floats inside the chamber (3c) The blower motor 9, which starts the air blowing at the same time as the ultrasonic oscillator 10 is driven, sequentially supplies only the light spray water of the chamber 3c into the mixing tank 5 through the connecting pipe 11. .

In this way, when hot steam and low temperature sprayed water collide and collide inside the mixing tank 5, a mixture of steam and sprayed water becomes a mixture. At this time, since the thermal energy contained in the steam component is thermally conducted to the sprayed water component. Since the vapor component drops to the bottom of the mixing tank and forms dew on the inner wall of the tank, the mixture of the upper portion of the mixing tank leaves only the spray water component having a high temperature. 5a) is supplied to the flexible hose 13 through the ionizer and the ozonizer 7, and then oxidized, sterilized and deodorized by the ion fire 7b of the ionizer and the ozonizer 7 Will be sprayed into the interior of the hair cap (c). In addition, the temperature of the mixture passing through the mixed fire discharge port 5a of the mixing tank 5 is always monitored by the thermostat 34 attached to the mixture discharge port 5a, so that the temperature setting dial 30 of the control panel 18 is maintained. When a difference occurs between the temperature set in the following figure, the microcomputer built in the control mechanism unit 17 executes the heat generation amount of the sheath heater 23 in feedback control based on the signal read from the thermostat 34. In addition, the present embodiment can be generated by the temperature control of the spray water having an arbitrary temperature of 30 to 60 degrees by mixing the steam and the spray water, in this embodiment, the optimal body temperature (36) (45 to 45 degrees) is sprayed without a temperature difference. In addition, when the ultrasonic oscillator 10 is driven while the operation of the sheath heater 23 is stopped, sprayed water at room temperature is generated. When this is blown into the brower motor 9, the sprayed water at room temperature is sprayed onto the head of the processor so that moisture can be supplied without being hot. At this time, the sprayed water at room temperature generated in the sprayed water generator 3 is blown by the brower motor 9, since the brower motor 9 blows the sprayed water to the outside using the air sucked from the room, The temperature of the spray water is equal to the room temperature.

As described above, the barber and beauty salon humidification apparatus of this embodiment maintains the sprayed water at an appropriate temperature without applying damage to the hair or scalp by moisture and high temperature steam as in the conventional hair steamer. In this case, it is possible to inflate while giving the most suitable degree of moisture to the hair of the creature.

Therefore, the barber and beauty salon humidification apparatus of the present embodiment, not only promotes the effect by allowing the medicinal solution to quickly penetrate the hair when performing treatment and treatment of perm, hair die, and treatment to the customer's hair in the barber shop and beauty salon. In addition, it also has the effect of promoting proper hair growth by penetrating moderate moisture into the hair or scalp under treatment. In addition, since the mixture of sprayed water and steam discharged from the mixing tank is sprayed onto the scalp or scalp after sterilization and deodorization, the microorganisms and odors left inside the mixture are completely excluded. Can be processed.

In addition, when the mixture of sprayed water and steam is sprayed directly on the face as shown in FIG. 2 without using the hair cap (c) and spraying the mixture from the tip portion 13a of the flexible hose 13, the skin It expands and opens the pores, so it supplies the proper amount of moisture to the entire face to activate skin cells.

As described above, the barbering and beauty salon humidification apparatus of the present invention includes a water tank for storing water on a substrate, a spray water generator for mist-forming water supplied from the water tank with an ultrasonic oscillator, and the spray water. The blower motor which blows the sprayed water generated by the generator to the outside, the steam generator which heats and vaporizes the water supplied from the water tank by a heater, the steam supplied from the steam generator, and the sprayed water supplied from the sprayed water generator are mixed. The water tank 2 of the barber and beauty salon humidifier which consists of a mixing tank to be made and a water supply pipe connected from the bottom of the water tank to the bottom of the spray water generator and the bottom of the steam generator is provided on the upper surface of the substrate 1. A cylindrical body 2a fixed to the bottom plate 25 attached via 38, an opening formed on the upper surface of the cylindrical body 2a, and a lith mounted to allow attachment and detachment to the opening. It consists of a bottle (8), a supply pipe (8a) suspended from the lower portion of the reservoir bottle (8) through the hole portion, and a through hole (8b) provided in the lower portion of the supply pipe (8a). 3) is a water tank (3d) fixed to the bottom plate 25 attached to the upper surface of the substrate 1 via the support rod 38, the water tank (3d) and the bottom of the water tank (3d) in an arc shape Four ultrasonic oscillators 10 arranged at equal intervals, each of which vibrating surfaces of the vibrators are inclined toward the center of the tank 3d, and a cylindrical guide tube 3b on the top of the tank 3d. It consists of the installed chamber 3c and the sprayed-water discharge port 3a provided in the upper end part of the chamber 3c, and the blower motor 9 consists of the space | interval of the chamber 3c, and the outer wall of the water tank 3d. It is attached to the space part to suck air from the outside of the water tank 3d to feed air into the water tank 3d, and the steam generator 4 is supported by the support rod 24 on the upper surface of the substrate 1. A container portion 4b attached through the container portion, a lid portion 4c attached to the upper end opening of the vessel portion 4b so as to be detachable and a vapor discharge port attached to the through hole formed in the lid portion 4c ( 4a) and a sheath heater 23 suspended from the lid portion 4c to the container portion 4b, and the mixing tank 5 is sprayed through the hole of the outer wall of the mixing tank 5. ), A connection pipe 11 connected to the steam discharge port 4a via a hole in the outer wall of the mixing tank 5, and a mixture discharge port 5a formed in the upper portion of the mixing tank 5; ), The thermostat 34 attached to the inside of the mixture discharge port 5a, the drain cock 5b of the inlet part formed in the lower part of the mixing tank 5, and the mixture discharge port 5a, Stable temperature (30 degrees) through an ionizer and an ozonizer 7 with a ball 7b and a bifurcated discharge port 7a provided on the upper part of the ionizer and the ozonizer 7 By spraying powder (~ 60 degrees), in the barber shop and beauty salon, perm, hair die, and treatments are applied to the customer's hair, so that the chemical liquid can quickly penetrate the hair and promote the effect. Penetrate the right amount of water to the scalp or scalp to promote the growth of the hair. In addition, the mixture of sprayed water and steam discharged from the mixing tank is sprayed on the scalp or scalp after sterilization and odor removal, so that no germs or odors remain inside the mixture, so that the responder can be provided with hygienic and comfortable treatment. As a groundbreaking invention, the present invention will contribute a lot to society.

Claims (1)

A water tank for storing water on the substrate, a spray water generator for atomizing the water supplied from the water tank with an ultrasonic oscillator, a blower motor for blowing the spray water generated by the spray water generator to the outside, and A steam generator for heating and steaming the water supplied from the tank with a heater, a mixing tank for mixing the steam supplied from the steam generator with the sprayed water fed from the sprayed water generator, and the sprayed water from the bottom of the tank. In the barber and beauty salon humidifier comprising a water supply pipe connected to the bottom of the generator and the bottom of the steam generator, the water tank (2) is attached to the upper surface of the substrate (1) via a support rod (38) The cylindrical body 2a fixed to the bottom plate 25, the opening formed in the upper surface of the said cylindrical body 2a, the reserve bottle 8 detachably attached to the said opening, and the said reserve bottle ( From the lower part of 8), it consists of the supply pipe 8a which was interrupted through the hole part, and the through-hole 8b provided in the lower part of the said supply pipe 8a, The said spray water generator 3 is the board | substrate 1 The tank 3d fixed to the bottom plate 25 attached to the upper surface of the tank 3 through the support rod 38 and the vibrating surface of each vibrator are arranged at equal intervals at the bottom of the tank 3d at equal intervals. Four ultrasonic oscillators 10 attached inclined toward the center of the center, a chamber chamber 3c provided on the upper portion of the water tank 3d through a cylindrical guide tube 3b, and the chamber chamber 3c. It consists of the sprayed water discharge port 3a provided in the upper end part, The said blower motor 9 attaches to the space part of the partition of the said chamber chamber 3c and the outer wall part of the said water tank 3d, and the water tank 3d. Blower motor 9 which sucks air from the outside of the tank and supplies air to the inside of the water tank 3d, and the steam generator 4 is A container portion 4b attached to the upper surface through the support rod 24, a lid portion 4c detachably attached to the upper end opening of the vessel portion 4b, and a penetration formed in the lid portion 4c. A steam discharge port 4a attached to the hole and a sheath heater 23 hung from the lid portion 4c to the container portion 4b. The mixing tank 5 is formed of the outer wall of the mixing tank 5. A connection pipe 11 connected to the spray water discharge port 3a through a hole, a mixture discharge port 5a formed on the mixing tank 5, and a thermostat attached to the inside of the mixture discharge port 5a. An ionizer and ozone which are connected to the stat 34, the drain cock 5b formed at the lower part of the mixing tank 5, and the mixture discharge port 5a, and the ion port 7b is incorporated therein. Barber shop and hairdressing, characterized in that it consists of a splitter (7) and a bifurcated outlet (7a) provided in the upper portion of the ionizer and the ozonizer (7). Humidification apparatus.