JPH02268762A - Esthetic apparatus - Google Patents

Abstract

PURPOSE:To perform concentratedly an operation of each function and to perform with space saving and efficiently a whole operation by gathering a steaming function, a suction function, a patting function, a brushing function and a repleting function in an apparatus. CONSTITUTION:A steaming operation is performed in such a way that a steamer unit 4 generates therein steam and the steam is injected from an apex of an arm-like pipe 31. A round brush 203 is fitted in a brush fitting part 201 of a brush cord 101 and brushing is performed by controlling the rotating speed and the rotation direction. A suction cup 212 is fitted in a cup holder 211 of an apex of a suction hose 102 and an apex of the suction cup 212 is pressed on a skin to suck dust etc., on the surface of the skin. A patting cup 222 is fitted in a cup holder part 221 of an apex of a putting hose 103 and an apex of the putting cup 222 is pressed on the skin to perform putting of the surface of the skin. A roller guide element 230 or a forceps guide element 231 is fitted on a guide element holder 232 of a repleting cord 104 and a non-sensitive guide element 233 is introduced in a back part to perform an electric washing.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to an aesthetic device for performing treatments such as facial beautification and pine surgery.

[Conventional technology]

Aestheticians who perform facial treatments, pine surgery, etc.
Traditionally, there are steamer devices that apply steam to the skin to moisturize the skin surface and increase blood circulation, suction devices that suction the skin to remove sebum and dirt from pores, and butter devices that pat the skin to improve lymph circulation. Various devices are used, such as brush devices that brush the skin to remove dirt and dead skin particles from pores, and bullet devices that electrically clean the skin surface by sending low-frequency pulses to the skin.

[Problem that the invention seeks to solve]

In a treatment room for the purpose of esthetics, these devices are lined up all at once and used appropriately depending on the type of treatment, or the necessary devices are moved and used as appropriate. However, it is very complicated and inconvenient to use different devices depending on the type of treatment, and since each item is a finished product, manufacturing costs are inevitably high.

The present invention was made in view of the above circumstances, and an object of the present invention is to provide a multifunctional esthetics device that is easy to handle and does not take up much space.

[Means for Solving the Problems] In order to achieve the above object, the esthetics device of the present invention has a pedestal erected on a base having casters with a locking mechanism attached to the bottom, and a pedestal mounted on the pedestal. , a steamer unit that boils water to generate steam and ejects it from an arm-shaped pipe, a power unit that has built-in electrical wiring and a diaphragm pump and serves as an air source and an electricity source, and a diaphragm pump in the power unit that communicates with the skin. A suction part that performs suction, a butter part that is connected to the diaphragm pump in the power unit and that puts on the skin, a brush part that is connected to the power supply part of the power unit that brushes the skin, and another power supply of the power unit. a replet part that is connected to the part and applies low frequency waves to the skin, the steamer unit, the suction part,
Putter club.

It is constructed by attaching a control unit that centrally controls the operation of the brush section and replet section.

[Effect]

In other words, whereas conventional aesthetic devices had one function, this invention combines a steam function, a suction function, a putter function, a brush function, and a replet function into one device, and each function can be performed separately. Since the air source and electric source are combined into one power unit as a power unit, the entire unit is compact and does not take up much space. Since it is equipped with a control unit that allows you to centrally select each function and mode, the operation is simple and time-consuming. Therefore, the treatment can be performed efficiently while saving space.

Next, the present invention will be explained in detail based on examples.

〔Example〕

FIG. 1 shows an embodiment of the invention. In the figure, reference numeral 1 denotes a base having through holes 1a at its four corners, into which casters 2 are attached via caster brackets 2a. Then, a pedestal 3 is erected from the back side of this pedestal l in a slightly forward-leaning posture, and on both left and right sides of this pedestal 3,
A steamer unit 4 and a power unit 5 are attached.

The reason why the pedestal 3 is tilted forward is to prevent the pedestal 3 from blocking the upper surface of the pedestal 1 as much as possible. and,
A top plate 6a is attached above the left and right units 4.5, and a control unit 6 is attached thereon. Note that a gripping arm for moving the entire apparatus is attached to an appropriate position on the front or upper surface of the upper plate 6a, but the gripping arm is omitted in the drawing. Further, on the side surface of the power unit 5, attachments 1200 for various functions, which are connected to the air source and the electric source in the power unit 5, are held in a row by the attachment holder 7. The second attachment holder 7 has an insertion hole 200a that matches the shape of each attachment, and a hole 200a that matches the shape of each attachment, as shown in FIG.
It is a plastic plate in which a slit 1-200b extending from a toward the outer edge is formed, and is integrally attached to the upper FX6a by a bracket 7a.

Furthermore, on the bottom of the base 1 (return to Figure 1), there are two
Adjusters 8 are attached, and by rotating the adjusters 8 to one side, the entire base 1 can be slightly suspended in the air, and the casters 2 can be fixed off the floor.

First, the steamer unit 4 will be described.

This steamer unit 4 is a box-like body with an arm-shaped vibrator 31 extending outward, and can perform steaming treatment by generating steam inside and injecting the steam from the tip of the arm-shaped vibrator 31. ing.

That is, the inside of the steamer unit 4 covered by the casing 10 includes a water supply chamber 11 and a water supply chamber 11, as shown in FIG.
A water supply bottle 15, which is divided into three spaces, an evaporation chamber 12 and a buffer chamber 13, and which is filled with water and whose mouth is covered by a cap 17 with a small diameter nozzle, is placed upside down on the ceiling of the water supply chamber 11. A bottle support part 16 is formed to support the water bottle 15 in the state, and water falls into the water supply chamber 11 through a small-diameter vibrator 20' that communicates with a small-diameter nozzle 20 extending from the cap 17 of the water bottle 15 to be supported. Water accumulates in the water supply chamber 11 until the tip of the small-diameter piping 120'' is immersed in water. Then, when the water level falls, water falls from the water bottle 15 accordingly, and the small-diameter pipe 120'' is immersed in water. Since water accumulates until the tip of the bi 120' is immersed in water, water is always supplied to the water supply chamber 11 to a constant water level.

The water bottle 15 is attached to the opening/closing door 55 (see FIG. 1) on the front of the casing 10, as shown in FIG.
This can be easily done by opening the front, inserting the water bottle 15 as shown by arrow A, positioning it inside the door 55, and then closing the door 55. On the other hand, the bottom surface of the evaporation chamber 12 is communicated with the bottom surface of the water supply chamber 11 by a communication vibrator 21, and water is introduced from the water supply chamber 11 through the communication vibrator 21 as shown by arrow B. There is. A heater 30 is attached to a portion of the evaporation chamber 12 where water accumulates to heat the water and generate steam. Evaporation chamber 1 by steam generation
When the water level in 2 falls, water is gradually supplied from the water supply chamber 11 side through the communication vibrator 21. In addition, the evaporation chamber 21
An open tube 32 is attached to the ceiling of the casing 10, and the steam generated passes through this open tube 32 and reaches the casing 10.
It is designed to be introduced into an arm-shaped vibrator 31 that extends outside. The arm-shaped pipe 31 is
As shown in FIG. 5, which is a -x' cross-sectional view, the opening tube 3
a first arm 42 rotatably attached to the other end of the L-shaped pipe 40 via an arm joint 41; A second arm 43 is attached to the tip of the 27th arm 42 so that it can swing from side to side, and a second arm 43 is attached to the tip of the 27th arm 43 so that it can rotate in the same direction as the first arm 42. It is composed of three arms 44. The opening at the tip of the third arm 44 serves as a steam outlet 45 . An ultraviolet lamp 46 is attached to the back side of the steam outlet 45, so that ozone can be generated by irradiating the ejected steam with ultraviolet rays if necessary. In addition, as shown in FIG.
Baffle plates 33 and 34 are provided to cover the steam generating portion (the portion surrounded by the chain line P in the figure) to prevent the steam from entering the steam generator 2 . Therefore, the vapor generated at the liquid level is -
It first hits the ceiling side through the gap between the baffle plates 33 and 33, and then passes between the side of the baffle plate 33 and the open tube 32, making a detour as shown by arrow C and entering the open tube 32.

By passing through this detour, hot water beads and high molecular weight steam adhere to the ceiling of the evaporation chamber 12, the side surface of the baffle plate 33, etc. and are removed, and only the low molecular weight steam enters the arm-shaped vibrator 31. Therefore, only fine-grained steam passes through the arm-shaped vibrator 31 and is ejected from the steam outlet 45. In addition, if due to some trouble the water level in the evaporation chamber 12 drops abnormally and approaches the position of the heater 30, or conversely, if the water level becomes abnormally high and the boiling B liquid level drops to the opening of the baffle plate 33, 34, When the object approaches , the float switch 35 automatically stops heating the heater 30 . Further, the buffer chamber 13 installed in parallel with the evaporation chamber 12 has its internal space communicated with the space inside the evaporation chamber 12 through a communication vibrator 47.
The inner elephant, it works to prevent drastic pressure changes. The internal space of this buffer chamber 13 is also communicated with the space inside the water supply chamber 11 through a communication pipe 48, and the evaporation chamber 12 and the water supply chamber 11 are indirectly communicated to keep the chambers at the same pressure. It works to maintain. In this way, the evaporation chamber 12 and the water supply chamber 1
Since the pressure in one space is the same, the liquid level of water accumulated in both communicating chambers is at the same level.

Therefore, using this steamer unit 4, steaming treatment can be performed, for example, in the following manner.

That is, after first filling the water bottle 15 with water,
The front door 55 of the steamer unit 4 is opened, and the steamer unit 4 is installed in the upper part of the water supply chamber 11 in an inverted state as described above. Since water falls from the water supply bottle I/bottle 15 and is introduced into the water supply chamber ll and the evaporation chamber 12 and becomes empty, the water supply bottle 15 is refilled.
Take it out, fill it with water, and put it on. As a result, water is supplied from the water bottle 15 by the amount of water that decreases due to steam generation. After preparing the water supply system in this way, turn on the power switch 300 in the operation panel of the control unit 6 (see Figure 14), which will be described later, and select the steam key 301 to start steaming. Set the time using the timer set key 307. Then, when steam starts coming out from the steam outlet 45,
After checking the temperature by hand, the arm-shaped pipe 31 is positioned so that the steam is applied to the skin of the person to be treated. Since this ejected steam is introduced into the arm-shaped vibrator 31 through the detour formed by the baffle plates 33 and 34, the steam is fine-grained and does not damage the skin. In addition, the generated steam is stored in the buffer chamber 1.
3, even if the amount of steam generated in the steam chamber 12 gradually increases, the fluctuations will not be sudden and will be slow and gentle to the skin. Moreover, an amount of water corresponding to the amount lost as steam is constantly kept in the water supply chamber 12 in the evaporation chamber 12.
Since it is automatically supplied from the first side, there is no need to worry about the heater 30 running dry. If, due to some trouble, an abnormally large amount of water enters or becomes abnormally low, the float switch 35 automatically turns off the heater 3.
Since heating of 0 is stopped, it is safe to start steaming again after removing the cause of this abnormality. Note that when the UV switch 312 of the control unit 6 is turned on, the ultraviolet lamp 46 is turned on, and the steam can be applied while generating ozone in the steam.

Ozone has sterilizing and bleaching effects, and in combination with the effects of steaming, it has an excellent skin beautifying effect.

Then, when the set time ends, the steam jetting automatically stops, and the steaming treatment can be completed.

Next, the power unit 5 will be described.

This power unit 5 has a brush cord 101, a suction hose 102. Putter hose 103, replet cord 104. Spray hoses 105 are connected in a row horizontally, and their tips are held beside the upper plate 6a by the attachment holder 7 (see FIG. 1). In addition, an example of adapters that can be detachably attached to the tip of each attachment is shown by chain lines.

The brush cord 101 has one end connected to the power unit 5.
As shown in FIG. 7, the other end is formed into a brush fitting part 201 having a gear head 202 and a motor 202a built therein. This gear head 202
The rotary shaft 202b extending from
The circular brush 203 shown in Figures (a) and (b) can be attached as appropriate depending on the area to be treated, and the attached circular brush 203 can be rotated integrally. Note that the rotation of the circular brush 203 is turned on in the brush fitting portion 201 .

First hand switch 2 for turning off and adjusting rotation speed
04 and a second hand switch 205 that can switch the rotation direction.

The suction hose 102 has one end connected to a diaphragm pump in the power unit 5, and the other end or a cup holder part 21 having a hole 211a at the tip.
1 (shown by chain lines in FIGS. 9(a) and 9(b)). The hole 211a has holes in FIGS. 9(a) and 9(b).
) by attaching one of the two types of suction cups 212 shown in ) and operating the diaphragm pump,
The skin can be suctioned through the suction cup 212. Suction cup 21 above
2, a cup joint 213 made of ABS resin (acrylonitrile-butadiene-styrene copolymer resin) and a cup 214 made of transparent acrylic resin are integrally connected, and one end side of the cup joint 213 is connected to the cup 214 made of transparent acrylic resin. Shaft portion 21 that can fit into hole 211a at the tip of holder part 211
3a, and the cylindrical portion 213b on the other end side is fitted and fixed to the cup 214. And cup joint 2
An air hole 215 is formed in the center of 13 with an edge projecting outward in a cylindrical shape. Further, the cup 214 that is fitted and fixed to the cup joint 213 is the ninth cup.
The one in Figure 9(a) has one side of the tip slightly curved outward and opens in a trumpet shape, and the one in Figure 9(b) has a straight cylindrical tip. In both cases, a filter 216 is attached near the fitting portion with the cup joint 213 so as to partition the internal space.

Furthermore, one end of the putter hose 103 is connected to the diaphragm pump in the power unit 5, and the other end is a cup holder part 221 having a hole 221a at the tip.
(shown by a chain line in FIG. 10). A putter cup 222 shown in FIG. 10 is attached to the hole 221a, and a diaphragm pump is operated to alternately apply suction and pressure to the skin through the putter cup 222, or repeat intermittent pressure to putt. It is now possible to do this. The above putter cup 222
Similar to the previous suction cup 212, the cup joint 223 is made of ABS resin and the cup 2 is made of transparent acrylic resin.
24 are integrally connected, and its shape is similar to that of the suction cup 212 shown in FIG. 9(a). Therefore, the same parts are given the same numbers. However, this putter cup 222
There is nothing corresponding to the air hole 215 of the suction cup 212 and the filter 216.

Further, the replet cord 104 has one end connected to the power source of the power unit 5, and the other end divided into two, as shown in FIG.
30 or a bottle set conductor 231 is formed on the conductor holder part 232, and a flat non-conducting conductor 233 is integrally attached to the tip of the other end.

Note that the conductor 230 is attached to the conductor holder part 232.
．． A hand switch 234 is provided that can adjust the voltage applied to the skin by 231.

Furthermore, one end of the spray hose 105 communicates with the compressor in the power unit 5, and an L-shaped air feeder 240 is attached to the other end. As shown in FIG. 12, by attaching a dedicated spray bottle 241 to the tip nozzle 240a, compressed air from the compressor is used to fill the injection port 241 of the bottle 241.
2, the liquid filled in the bottle 241 can be injected onto the skin to perform a spray treatment.

The internal structure of the power unit 5, which is an air source and an electric source for each of these treatment functions, is as shown in FIG. 13, which is a sectional view taken along the Y-Y' line in FIG. 1. That is, in the casing 60 of the power unit 5, there is a diaphragm chamber 66 partitioned into two upper and lower spaces P and Q by a diaphragm 65 stretched horizontally, and a space Q below the diaphragm chamber 66 is kept airtight. A sliding piston 67, a crank 68 and a motor 69 for reciprocating the piston 67 are built in. On the upper surface of the diaphragm chamber 66, there is a first opening lower 0 equipped with a valve 70a that opens only inward, a second opening lower 1 whose flow direction is not restricted by the valve, and a second opening lower 1 that opens only outward. A third open lower lower 2 having a valve 72a is provided. The three opening lowers 0, 71° 72 are connected to four automatic opening/closing valves 7 as shown in the figure.
3, 74, 75, and 76, and a flow path 77 extending from the automatic on-off valve 73 communicates with a communication port (not shown) on the back surface of the casing 60. Further, a flow path 78 extending from the automatic on-off valve 74 is communicated with the suction hose 102 via a needle valve 81, and a flow path 79 extending from the automatic on-off valve 75 is communicated with the putter hose 102 via the needle valve 82. It is connected to a hose 103. Note that these needle valves 81 and 82 adjust the amount of air passing through the flow paths 78 and 79 in response to instructions from a pressure setting knob 90 (see FIG. 1) provided on the front of the power unit 5. It looks like this. Also, this power unit 5
A compressor 83 is installed inside the spray hose 105 along with the motor 69, and is communicated with the spray hose 105 via a flow path 84. Further, the side surface of the casing 60 is provided with an electric wiring 85 that can be energized to the brush cord 101 and an electric wiring 86 that can be energized to the replet cord 104, as well as the automatic on-off valve 73,
74, 75, and 76 electrical wiring for opening/closing instructions, Mokuro 9. Turn on compressor 83.

Electrical wiring etc. are provided for turning off and adjusting the rotation speed. All of these electrical wirings are connected to a control panel within the control unit 6, and all basic operations of each treatment using the power unit 5 are controlled by instructions from the control unit 6. Furthermore, the control within the control unit 6? All operations for inputting predetermined instructions into the II board are performed using keys, switches, etc. on an operation panel 100 provided on the front of the control unit 6. The configuration of this operation panel lOO is shown in FIG.

Therefore, for example, when performing a brushing treatment, the power switch 300 of the control unit 4 is turned on (this is necessary when performing any treatment, and this operation will be omitted below), and the brush cord 1
Attach the circular brush 203 to the brush fitting part 201 of 01, select the brush key 302 of the control unit 5, and press the hand switches 204, 205 of the brush fitting part 261.
Thus, the user can be brushed while adjusting the rotational speed and direction of the circular brush 203. The rotation speed of the brush 203 is visually displayed by a brush rotation speed display lamp 309 provided on the operation panel 100 of the control unit 6.

In addition, when performing a treatment using suction, first select a suction cup 212 that suits the treatment area and attach it to the cup holder part 211 at the tip of the suction hose 102.
Select suction key 303 on control unit 6. With this selection, the control unit I-6 issues an instruction to operate the motor 69 in the power unit 5 and to open 74 and 76 of the automatic on-off valves 73 to 76.
and an instruction to close 75 is issued, and an air flow is created in the diaphragm chamber 66 as shown in FIG. 15 (when the diaphragm 65 is lowered) and FIG. starts.

In this state, the tip of the suction cup 212 is pressed against the skin to suck up dirt, dust, etc. on the skin surface. At this time, as shown in FIG. 17, by slightly pressing the air hole 215 in the center of the cup joint 213 with your index finger,
The suction force on the skin can be adjusted. In this way, suction can be performed on the patient. The suction cup 212 used in the treatment is removed from the cup holder part 211 of the suction hose 102 and is disposable, and replaced with a new one every time. In addition, if the suction force becomes weak due to long-term use, use the pressure setting knob 90 on the front of the power unit 5.
Turn to increase the suction power.

Furthermore, when performing a putting treatment, first attach the putter cup 222 to the cup holder part 221 at the tip of the putter hose 103, and then
Select the pattern key 304. With this selection, the control unit 6 issues an instruction to operate the motor 69 in the power unit 5 and an instruction to open only 75 of the automatic on-off valves 73 to 76, so that the diaphragm chamber 66 operates as shown in FIG. Air flow is created and the putter cup 2
The inhalation, exhalation, inhalation, exhalation movement (shi's pattern) of 22 begins. In this state, the tip of the putter cup 222 is pressed against the skin to putt the skin surface.If you want to change the putting pattern to exhale, exhale, exhale, etc., use the control unit 6. When the pattern mode key 313 button is pressed, an instruction is issued to open the two automatic on-off valves 75 and 73, and an air flow as shown in FIG. 19 is created in the diaphragm chamber 66 and discharged by the putter cup 222.

The movement changes to vomit, vomit, etc. (10 patterns).

Also, the putting speed is set to M (medium) unless specifically instructed, but if you want to change the speed, select the old button or l button of the putting speed key 314 to change the speed. It can be made slower or faster. And this putting rhythm is
This is visually indicated by putter speed display lamp 316. Incidentally, like the suction cup 212, the putter cup 222 is also disposed of after the treatment is completed, and replaced with a new one every time. If the suction force becomes weak due to long-term use, turn the pressure setting knob 90 on the front of the power unit 5 to increase the suction force.

When performing electrical treatment by sending low-frequency pulses to the skin, first attach the roller conductor 230 to the conductor holder portion 232 of the replet cord 104 in accordance with the treatment area. While attaching one of the tweezers guides 231, the insensitive guide 233 is placed on the back of the patient so as to directly touch the skin. Next, the replet key 305 of the control unit 6 is selected to energize the conductor 230 (231), and the following three modes can be selected using the replet mode switch 315 to set the optimum electrical conditions.

*1: In ED mode, a conductor (cathode) is applied to the skin coated with sodium bicarbonate solution to saponify sebum and cleanse the skin.

*2: In ES mode, a conductor (anode) is applied to the skin to acidify the skin surface and perform electrical sedation *3: In MM mode, a conductor (cathode) is applied to the skin to activate the skin surface and perform micro-sedation. Perform pine surgery.

Then, electric washing or the like can be performed on the person to be treated while adjusting the voltage appropriately using the hand switch 234 of the conductor holder part 232. Note that the voltage level during the treatment is visually displayed by the triplet level display lamp 317 of the control unit 6.

Furthermore, when performing a treatment to spray lotion or the like onto the skin, first put the lotion to be sprayed into the spray bottle 241, select the spray key 306 of the control unit 6 to operate the compressor, and spray Compressed air is injected from the air feeder 240 at the tip of the hose 105. Next, the air feeder 240 is connected to the spray bottle 241, and the lotion is sprayed onto the skin from the spray port 242 of the bottle 241.

According to the above-mentioned esthetics device, various treatments can be performed smoothly and comfortably by intensive control by the control unit 6 and fine manual control performed by the hand holding each attachment.

Moreover, the entire device is compact and does not take up much space, so it can be installed in a treatment room with limited space.

In the above embodiment, casters 2 are attached to the bottom of the base 1 so that the device can be moved by sliding on the floor, but the device may be of a fixed type without the casters 2.

Additionally, a spray function is provided as an aesthetic function, but this function is an additional function and may be omitted.

Furthermore, in the above embodiment, there are two suction cups 2.
12 (see FIG. 9(a)) and the putter cup 222 (see FIG. 10) are similar in shape.
02 and the putter hose 103 (for example, black and white), and the cup holder parts 211 and 221.
It is preferable that the inner diameters of the fitting holes 211a, 221a and the corresponding diameters of the shaft portions 213a of the cups 212, 222 are made different to prevent fitting if the combination is incorrect.

〔Effect of the invention〕

As described above, the aesthetic device of the present invention combines the steam function, suction function, butter function, 8 brush functions, and replet function into one device, and the air source and electric source for each function are combined into one power unit. Since it is organized into blocks, the whole is compact and does not take up much space. Since it is equipped with a control unit that allows you to centrally operate each function, the operation is simple and time-consuming. Therefore, the effect is that the treatment can be performed efficiently in a space-saving manner.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing an embodiment of the present invention, Fig. 2 is a plan view showing an attachment holder in the above embodiment, Fig. 3 is a vertical sectional view showing details of the steamer unit in the above embodiment, and Fig. 4 The figure is an explanatory diagram explaining how to attach the water bottle to the steamer unit, FIG. 5 is a sectional view taken along line xx' in FIG. Figure 7 is a sectional view showing details of the tip of the brush cord, Figures 8 (a) and (b) are front views showing the circular brush attached to the brush cord, and Figures 9 (a) and (b) are suction cups. 10 is a sectional view showing details of the putter cup, Fig. 11 is a front view showing details of the tip of the beam pret cord, Fig. 12 is a front view showing details of the tip of the spray hose, and Fig. 13 is a sectional view showing details of the putter cup. The figure is a YY' sectional view of Figure 1, Figure 14 is a front view of the control unit, Figures 15 and 16.
@ is an explanatory diagram showing the state of intake and exhaust by the diaphragm, FIG. 17 is an explanatory diagram showing how the suction cup is used, and FIGS. 18 and 19 are explanatory diagrams showing the state of intake and exhaust by the diaphragm. 1... Base 3... Frame 5... Power unit 31... Arm-shaped vibro... Diaphragm chamber 1 02... Suction hose 104... Replet cord hose 4... Steamer unit 6. ... Control unit 65 ... Diaphragm 6 01 ... Brush cord 1 103 ... Putter hose 105 ... Spreho Patent applicant Kanebo Co., Ltd. Company representative Patent attorney Yukihiko Nishifuji Co., Ltd. 1 4.1 Diagram (a) (b) 38 Mouth (a) (b) Light 9 Kone 1o Diagram 14 Figure * 13 r:J Figure 17

Claims (6)

[Claims] (1) A pedestal is erected on the base, and this pedestal is equipped with a steamer unit that boils water to generate steam and sprays it from an arm-shaped pipe, as well as electrical wiring and a diaphragm pump, and is equipped with an air source and an electric source. a suction section that is connected to the diaphragm pump in the power unit to suction the skin, a putter section that is also connected to the diaphragm pump in the power unit and performs patting on the skin, and a power supply section that is connected to the power supply section of the power unit. The brush section that brushes the skin, the replet section that is connected to the other power supply section of the power unit and applies low frequency waves to the skin, and the steamer unit, suction section, putter section, brush section, and replet section are operated in a concentrated manner. An esthetics device that is equipped with a control unit that performs the following functions. (2) The steamer unit has an evaporation chamber in which water is stored in the lower part and is heated by a heater to generate steam, and the bottom part is connected to the water storage part of the evaporation chamber, and the liquid level is equal to the water in the evaporation chamber. a water supply chamber configured to collect water; a supply means for gradually supplying water to the water supply chamber from above; one end communicating with the ceiling of the evaporation chamber and the other end extending outside the steamer unit; an arm-shaped pipe forming a steam outlet, a buffer chamber communicating with the space of the water supply chamber and the space of the evaporation chamber, and steam generated in the evaporation chamber directly communicating with the arm-shaped pipe. The esthetics device according to claim 1, further comprising a baffle plate forming a detour to prevent the device from reaching the mouth. (3) The suction hose has one end connected to the diaphragm pump in the power unit and the other end formed into a fitting portion into which a suction cup for skin suction can be fitted, and the suction hose is fitted into the suction portion. and a suction cup that is detachably attached to the suction hose, and the suction cup has a substantially cylindrical shape, and one end is formed as a suction opening that presses against the skin, and the other end is a fitting part that can be fitted with the tip of the suction hose. A filter is attached to the inner space at a position closer to the suction opening in the cup, and an air hole for adjusting suction force is formed in the side wall between the filter attachment part and the suction hose fitting part. The esthetics device according to item (1) or (2). (4) Fitting of the putter hose with the putter hose, one end of which is communicated with the diaphragm pump in the power unit, and the other end of which is formed into a fitting portion into which a putter cup for skin putting can be fitted. The putter cup is provided with a putter cup that can be detachably attached to the diaphragm pump, and the putter cup has a substantially cylindrical shape, and one end has a putting opening that is pressed against the skin. The esthetics device according to any one of claims 1 to 3, wherein the other end is formed into a fitting portion that can fit with the tip of the putter hose. (5) The brush part is detachably attached to a brush cord formed in a fitting part where one end is connected to the power supply of the power unit and the other end can fit a brush that is applied to the skin, and the fitting part of the brush cord. Equipped with a brush that can be attached to the
A brush rotation motor is built into the brush fitting part of the brush cord, and the motor can be activated, stopped and the rotation speed can be adjusted by a switch provided in the brush fitting part. The esthetics device according to any one of (4). (6) A replet cord in which the replet part is connected to the power supply of the power unit at one end and is formed into a fitting part that can fit a conductor that is placed on the skin at the other end, and a conductor fitting part of the replet cord. a conductor that can be detachably attached to the replet cord, and an insensitive conductor cord that branches from the replet cord and has an insensitive conductor attached to the tip thereof, and is operated by a switch provided at the conductor fitting part of the replet cord. The esthetics device according to any one of claims 1 to 5, wherein the voltage applied to the conductor is adjustable.