JPH10109088A - Device for preparing skin use water - Google Patents

Abstract

PROBLEM TO BE SOLVED: To always feed water for skin and also to simply discriminate the limit of preparation performance of the skin use water by eliminating chlorine in city water, preparing soft water usable for the skin of the human body, surely preventing propagation of bacterial in accordance with elimination of the chlorine and also repeatedly preparing the soft water from the city water. SOLUTION: This device consists of a container main body 2 for housing starting raw water in the inside, an ion exchange resin layer 5, a cartridge container 3 provided with an active layer 6 and a sterilizing filter layer 8 at the upper part, and a jetting device 12 connected to a sucking tube 13 at the upper part of a cartridge main body. The starting raw water in the container main body is sprayed through each layer inside the cartridge container from the lower part by the jetting device 12. A first housing cylinder part and a second housing cylinder part are provided in the cartridge container, and while a An type or a K type cation exchange resin is packed in the first housing cylinder part, a H type cation exchange resin colored with an indicator dyestuff is packed in the second housing cylinder.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a skin water preparation device for preparing skin water composed of high-purity soft water which is useful for moisturizing and healthing human skin.

[0002]

2. Description of the Related Art Conventionally, water for skin, which is made up of soft water for providing health to human skin by giving moisture to the skin of the human body and moisturizing sweat and dust, which are factors that deteriorate the health of the skin, has been produced by manufacturers. Purified and used by the user in the state of being stored in a tabletop container or a portable container having a spraying means, and when the skin water in the container runs out, the user purchases a new empty container. I have thrown it away. However, in this case, the container is wasted, and the skin cannot be moisturized and health cannot be maintained until a new skin water is purchased. In addition, if an external force acts on the spraying means carelessly while carrying the container containing the skin water, there is a problem that the skin water leaks and wets or soils the clothes and bag.

[0003] Japanese Patent Application Laid-Open No. 8-52469 discloses a cosmetic water in which hard tap water or the like which can be easily obtained in ordinary households is used as raw water and the raw water is ion-exchanged into high-purity soft water (skin water). A purifier is provided. In the cosmetic water purifier, a container body, a lid closing an opening of the container body, and a cartridge type filter medium container housed in the container body are each formed of a resin containing an antibacterial agent, and the cartridge type filter medium The container contains an ion exchange resin. And when the tap water accommodated in the container body is sprayed by the suction pump provided on the lid, the tap water is passed through the ion exchange resin to prepare soft water.

[0004]

However, the cosmetic water purifier cannot remove sterilizing chlorine contained in tap water used as raw water, and the chlorine has a strong oxidizing power. May adversely affect skin proteins.
That is, in the cosmetic water purifier, hard tap water can only be ion-exchanged into soft water, which is not suitable for actually using as skin water. In addition, there is a limit to the amount (exchange capacity) that can be ion-exchanged by the ion-exchange resin, and the cosmetic water purifier is not convenient because there is no means for informing the user of the saturated state of the ion-exchange resin. .

[0005] Therefore, the present invention is to remove the chlorine in tap water to prepare soft water ready for use on the skin of the human body, to surely prevent the growth of fungi associated with the removal of chlorine, It is an object of the present invention to repeatedly prepare water into soft water so that it can be supplied to the skin at any time, and to allow a user to easily determine that the preparation capacity of skin water has reached its limit. .

[0006]

Means for Solving the Problems To solve the above-mentioned problems, a skin water preparation device of the present invention comprises a container body for accommodating raw water therein, and is detachably mounted in the container body and provided therein. A cartridge container provided with an ion exchange resin layer, an activated carbon layer and a bacteriostatic filter layer thereon, and an injector which is detachably attached to an upper end opening of the container body and has a suction pipe connected to an upper part of the cartridge body. Wherein the raw material water in the container main body is sprayed from the lower part through the respective layers in the cartridge container from the injection device.

It is preferable that a medicinal layer containing a medicinal component is provided on the bacteriostatic filter layer in the cartridge.
Preferably, the bacteriostatic filter layer is formed of an optical semiconductor nonwoven fabric, and at least a portion of the container body and the cartridge container corresponding to the bacteriostatic filter layer is formed of a translucent material. Further, it is preferable that the ion exchange resin layer is formed by filling a cation exchange resin of Na type, K type or H type.

Further, a first storage cylinder portion and a second storage cylinder portion partitioned in parallel along the flow direction of the raw water are provided in a portion of the cartridge container where the ion-exchange resin layer is formed. It is preferable that the accommodating cylinder is filled with a Na-type or K-type cation exchange resin, while the second accommodating cylinder is filled with an H-type cation exchange resin. In addition, at least a portion of the cartridge container corresponding to the second storage cylinder is formed of a transparent material, and at least an upper portion of the second storage cylinder is filled with an H-type cation exchange resin colored with an indicator dye. Is preferred. And
A transparent small-diameter cylindrical member is provided along the inner surface of the cartridge container, and the second storage cylindrical portion is formed by the small-diameter cylindrical member, and the outside of the small-diameter cylindrical member is the first storage cylindrical portion. Is preferred. It is preferable that a transparent small-diameter cylindrical member is disposed along the inner side surface of the cartridge container, and the inside of the small-diameter cylindrical member is used as the second storage cylindrical portion.

[0009]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. As shown in FIG. 1, a skin water preparation device 1 of the present invention generally includes a cartridge container 3 housed in a container body 2 made of a light-transmitting resin, and an injection device 12.
And a cap 23.

The cartridge container 3 is made of a light-transmitting resin like the container main body 2 and has a cylindrical shape having a diameter smaller than the inner diameter of the upper end opening of the container main body 2. It is attached so as to be located near the bottom surface of. A sintered filter 4 is attached to the lower end opening of the cartridge container 3, and an ion exchange resin layer 5, an activated carbon layer 6, a sintered filter 7,
And a bacteriostatic filter layer 8 are sequentially provided. A water storage chamber 9 is provided above the bacteriostatic filter layer 8.

The ion-exchange resin layer 5 is made of small granular N
It is filled with a cation exchange resin such as a type, K type or H type. The activated carbon layer 6 is made of fibrous activated carbon.
Further, the bacteriostatic filter layer 8 is made of an optical semiconductor nonwoven fabric in which an optical semiconductor ceramic having a light energy converting action and capable of decomposing organic substances is fixed to a microporous substrate made of an inorganic fiber nonwoven fabric.

The injection device 12 generally comprises a suction pipe 13,
It is a well-known direct pressure type comprising an outlet pipe 14, a head member 15, a bearing member 16 and a mounting member 17.

The lower part of the suction pipe 13 is inserted into the water storage chamber 9 of the cartridge container 3, and is integrally connected to the cartridge container 3 by a connecting member 10 made of a cartridge sealant. The suction pipe 13 is provided with an air hole 13a at an upper portion of a connection portion with the connecting member 10, and a lower end located in the water storage chamber 9 is squeezed to a small diameter. A stop ball 18 is accommodated.

The discharge pipe 14 is made of a pipe material which is movably inserted into the suction pipe 13 along the axis. The outlet pipe 14 is provided with a water supply hole 14a on the side surface of the lower end closed portion, and a protrusion 14b for preventing the water from coming off substantially in the center. In addition, a seal member 19 for sealing between the lower surface of the discharge pipe 14 and the inner peripheral surface of the suction pipe 13 is attached. Reference numeral 20 shown by a dashed line in the drawing is a spring that urges the pouring pipe 14 upward through the seal member 19.

The head member 15 is attached to the upper end of the pouring pipe 14, and is provided with a flowing water channel 15a communicating with the hollow portion of the pouring pipe 14.
A nozzle portion 15b for spraying in the form of a mist is formed at the tip of a.

The bearing member 16 has a through hole 1 formed in the shaft core.
The upper end of the suction tube 13 is fixed and held while the pouring tube 14 is vertically movably inserted into and held in the inside 6a. The cartridge container 3 is integrally held via the suction tube 13. ing. The bearing member 16 is provided with a locking portion 16b that engages with the protruding portion 14b.

The mounting member 17 is a member for positioning and mounting the bearing member 16 on the upper end opening of the container main body 2, and has an outer threaded portion 2 a provided on the upper outer peripheral surface of the container main body 2 on the lower inner peripheral surface. An inner screw portion 17a to be screwed is provided. In the figure, 21 is a packing for sealing between the bearing member 16 and the container body 2.

The cap 23 comprises a cylindrical exterior member 24 having an inner diameter substantially the same as the outer diameter of the mounting member 17 of the injection device 12, and a cover member 25 for closing the upper end opening of the exterior member 24. . An inner frame 24a protruding in an L-shape is provided on the inner peripheral portion at the upper end of the exterior member 24.
A colorimetric paper 26 is accommodated inside 4a. Here, the colorimetric paper 26 determines whether or not the raw water has been ion-exchanged into soft water by applying water sprayed from the jetting device 12. That is, the limit of the exchange capacity of the cation exchange resin constituting the ion exchange resin layer 5 can be determined by the colorimetric paper 26.

When the skin water preparation device 1 having the above-mentioned configuration is used, tap water, which can be easily obtained in a general household or the like, is stored in the container main body 2 as raw water, and as shown in FIG. The head member 15 of the device 12 is pressed downward. As a result, the injection pipe 14 descends integrally, and at this time, air between the head member 15 and the mounting member 17 passes through a gap between the injection pipe 14 and the bearing member 16 and is drawn into the suction pipe 13. After being pushed into the container body 2 through the air holes 13a of the suction pipe 13.

When air is supplied into the container body 2 as described above, tap water contained in the container body 2 passes through the sintering filter 4 at the lower end of the cartridge container 3 due to the air pressure, and contaminants are removed. Then, it flows into the cartridge container 3.

When the tap water rises through the ion-exchange resin layer 5, the hard Ca ions and Mg ions contained in the tap water are replaced with soft Na ions, K ions or H ions. It becomes ion-exchanged into soft water. Next, the soft water prepared as described above is sterilized through the sintered filter 7 after the sterilizing chlorine contained in the soft water (tap water) is removed while ascending through the activated carbon layer 6. During the ascent through the porous filter layer 8, the generated bacteria are sterilized by the optical semiconductor ceramic, and the biological activity of microorganisms that enter the cartridge container 3 from the outside via the nozzle portion 15 b of the head member 15 is reduced. Will be lost. In this way, tap water can be used as skin water only when hard ions are ion-exchanged to be soft and chlorine for sterilization is removed.

The skin water prepared as described above is thereafter supplied into the water storage chamber 9 in the cartridge container 3 and is sucked up by the suction pipe 13 of the injection device 12 to raise the check ball 18 upward. It flows into the suction pipe 13. Thereafter, the skin water flows into the discharge pipe 14 through the water supply hole 14a of the discharge pipe 14 inserted into the suction pipe 13, and further rises in the injection pipe 14 to flow the water of the head member 15. Road 1
5a, and is sprayed in the form of a mist from the spray nozzle 15b at the tip.

As described above, in the skin water preparing device 1, the skin water is not purified in advance, but is prepared each time by using the raw material water by passing it through the cartridge container 3 at the time of use. Fresh skin water can be used at any time. In addition, bacteria can easily propagate in the prepared soft water in a state where chlorine for sterilization is removed. However, in the present embodiment, since the bacteriostatic filter layer 8 is provided as described above, generation of bacteria can be prevented. At the same time, the biological activity of external microorganisms that enter from the nozzle portion 15b of the head member 15 can be lost. Furthermore, since tap water can be used as raw water, it can be easily obtained anywhere and is inexpensive. Moreover, when carrying the skin water preparation device 1 outdoors and using it outdoors, there is no problem that tap water or skin water leaks by carrying the container body 2 empty.

It should be noted that the ion exchange resin layer 5 shown in the first embodiment is composed of a Na type or K type cation exchange resin and H
It may be formed by mixing with a type of cation exchange resin,
It is preferable to form the ion exchange resin layer 5 by using each alone. When the ion-exchange resin layer 5 is formed using the Na-type or K-type cation exchange resin, hard ions contained in the raw water are replaced with soft Na ions or K ions.
It is possible to give smooth smoothness to the skin by ion exchange with ions. Further, when the ion exchange resin layer is formed using the H-type cation exchange resin,
By using after washing with soap, the detergent remaining on the skin is ion-exchanged to completely remove it, and has an astringent effect of tightening the skin.

FIG. 3 shows a skin water preparation device 1 'according to a second embodiment. In the skin water preparation device 1 ′ of the first embodiment, the limit of the exchange capacity of the cation exchange resin can be determined by the colorimetric paper 26 in the skin water preparation device 1 of the first embodiment. When the raw water is stored in the body, the user can determine at a glance. The same components as those in the first embodiment are denoted by the same reference numerals, and description thereof is omitted.

In the skin water preparation device 1 ', a cartridge container 3' housed in the container body 2 is formed of a transparent material. Inside the cartridge container 3 ′, a transparent small-diameter cylindrical member 31 is disposed at a portion where the ion-exchange resin layer 5 ′ is formed, and the first housing member partitioned in parallel along the flow direction of the raw water. Tube portion 3a 'and second storage tube portion 3b'
Are formed.

The first accommodating cylinder portion 3a 'is provided with a first ion-exchange resin layer 5A' by filling with a cation exchange resin of Na type or K type, while the second accommodating cylinder portion 3b 'is provided.
Is filled with an H-type cation exchange resin colored with an indicator dye to provide a second ion exchange resin layer 5B ′. In the present embodiment, the relationship between the amount of the cation exchange resin charged in the first storage cylinder 3a 'and the amount of the cation exchange resin charged in the second storage cylinder 3b' is about 95: 5. It is set so that most of the raw water passes through the cation exchange resin on the first storage cylinder 3a 'side.

The indicator dye is used to determine a state in which the exchange capacity of the cation exchange resin is saturated, and in this embodiment, thymol red is used. The thymol red is a dye that fades due to the hardness component, and loses its original color and discolors as the H component in the exchange seat of the H-type cation exchange resin is exchanged and released with the hardness component.
This occurs from the lower part of the second ion exchange resin layer 5B 'as the raw water passes. The ion exchange capacity of the Na-type or K-type cation exchange resin is substantially the same as that of the H-type ion exchange resin.

In the skin water preparation device 1 ', the injection device 12
When the head member 15 is pressed, the raw water in the container main body 2 rises separately in the first ion exchange resin layer 5A 'side and the second ion exchange resin layer 5B' side in the cartridge container 3 '. At this time, most of the raw material water passes through the first ion-exchange resin layer 5A 'and is exchanged with Na ions or K ions which act to make hard Ca and Mg ions smooth on the skin, while a small amount of raw material water is used. Are exchanged for H ions through the second ion exchange resin layer 5B ′.

Thereafter, the ion-exchanged soft water is supplied to the activated carbon layer 6, the sintered filter 7 and the bacteriostatic filter layer 8.
At this time, the soft water containing a large amount of Na ions or K ions and the soft water containing a small amount of H ions are sprayed from the nozzle unit 15b of the injection device 12 in a mixed state. At this time, in the present embodiment, the relationship between the amount of the cation exchange resin on the first storage cylinder 3a 'side and the amount of the cation exchange resin on the second storage cylinder 3b' is set to about 95: 5. On the skin, soft water mainly containing Na ions or K ions acts, and the skin has a smooth feel.

When the skin water preparation device 1 'is used, the ion exchange action is performed by each ion exchange resin layer 5'.
A ′ and 5B ′ are formed from the upstream side, so that on the second ion exchange resin layer 5B ′ side, the indicator dye gradually discolors from below, and the first and second ion exchange resins located in the discolored portion are discolored. The cation exchange resins in the layers 5A 'and 5B' indicate that the exchange capacity is saturated. Therefore, when refilling the tap water into the container body 2 as the raw water, the user can determine at a glance the remaining amount of the skin water preparation device 1 'itself in the skin water preparation capacity through the cartridge container 3' made of a transparent material. can do.

Fig. 4 shows a skin water preparation device 1 "according to a third embodiment. In the skin water preparation device 1", a partition plate 32 is integrated with a portion of the cartridge container 3 "where the ion exchange resin layer 5" is formed. To form a first storage cylinder 3a "and a second storage cylinder 3b". In the present embodiment, the first
Assuming that the cross-sectional area of the housing cylinder 3a ″ is A and the cross-sectional area of the second housing cylinder 3b ″ is B, A ≒ B or A> B. The first accommodating tube portion 3a "is filled with a Na-type or K-type cation exchange resin to provide a first ion-exchange resin layer 5A", while the second accommodating tube portion 3b "has H. The second ion-exchange resin layer 5B ″ is formed by filling the mold with a cation-exchange resin. It is preferable that the second storage cylinder 3b ″ is filled with an H-type cation exchange resin colored with an indicator dye as in the second embodiment. May be used.

In the skin water preparation device 1 ″ of the third embodiment, when the head member 15 of the jetting device 12 is pressed, the raw water in the container body 2 is filled in the cartridge container 3 ″ as in the second embodiment. In the first ion exchange resin layer 5A ″
Side and the second ion-exchange resin layer 5B ″ side, and flows in, and the hard ions of the raw water are converted into the first ion-exchange resin layer 5B ″.
A is exchanged with Na ions or K ions in A ″, and H ions are exchanged in the second ion exchange resin layer 5B ″.

Thereafter, the two types of soft water subjected to the ion exchange pass through the activated carbon layer 6, the sintered filter 7, and the bacteriostatic filter layer 8, and are mixed at this time with the injection device 12
Is sprayed from the nozzle portion 15b. When the mixed water composed of the two types of soft water is supplied to the skin, the skin is tightened by the soft water exchanged for H ions, and the smooth feel of the skin given by the soft water exchanged for Na ions or K ions is applied for a long time. A synergistic effect is created that lasts for a long time.

In the skin water preparation device 1 ″ of the third embodiment, two kinds of soft water are sprayed in a mixed state when passing through the activated carbon layer 6, the sintering filter 7, and the bacteriostatic filter 8. But the cartridge container is completely
Divided or provided two separately, and two suction pipes
A configuration may be adopted in which two water passages and a nozzle are provided in the head member and the head member is simultaneously sprayed without mixing.

[0036]

[Experimental Example] The applicant of the present invention used SYBRON as the ion exchange resin layer 5 in order to improve the soft water preparation capacity (the amount of liquid that can be prepared) in the skin water preparation device 1 shown in the first embodiment.
CHEMICALS LTD cation exchange resin,
An experiment was performed using the fibrous activated carbon manufactured by Kuraray Chemical Co., Ltd. as the activated carbon layer 6 and the bacteriostatic filter manufactured by Shinshu Ceramics Co., Ltd. as the bacteriostatic filter layer 8.

[0037]

[Table 1]

In the skin water preparation device 1 of Experiment 1 formed with the structure shown in Table 1, the preparation capacity of soft water was 2500 ml in one cartridge container 3.

[0039]

[Table 2]

In the skin water preparation device 1 of Experiment 2 formed with the structure shown in Table 2, the preparation capacity of soft water was 800 ml in one cartridge container 3.

[0041]

[Table 3]

In the skin water preparation device 1 of Experiment 3 formed with the structure shown in Table 3, the preparation capacity of soft water was 625 ml in one cartridge container 3.

As can be seen from the results of these experiments, the skin water preparation device 1 of the present invention has a high ionic conversion ability and can be used for a long period of time even if it is made compact. When the soft water (skin water) prepared by the skin water preparation device 1 was sprayed on the skin of a human body, the skin changed to a smooth and smooth feel, and the moist interval was maintained for a long time. Furthermore, it was confirmed by the DPD reagent that the free chlorine (concentration 0.9 ppm) contained in the tap water as the raw material water could be completely removed by the skin water preparation device 1 of any configuration. .

The embodiment of the present invention is not limited to the above configuration. For example, since the prepared soft water does not adversely affect mineral-containing substances and substances useful for the skin, medicinal components are stored in the water storage chamber 9. A medicinal stone containing, for example, a mineral stone, tourmaline, Ioishi, or a medicinal stone layer made of a trace element substance may be provided. In this case, a medicinal component or the like can be added to the prepared soft water (skin water).

The ion-exchange resin layer 5 and the activated carbon layer 6 are different from each other in that the activated carbon layer 6 is provided on the lower side and the ion-exchange resin layer 5 is provided on the upper side so that chlorine contained in tap water is removed first. The configuration may be replaced. further,
The injection device 12 may be of a pressure accumulating type, and may have any configuration as long as the raw water in the container body 2 can be injected to the outside through the cartridge container 3. Further, the material for forming the container body 2 and the cartridge container 3 is not limited to a resin made of a light-transmitting resin, but may be formed of glass.
In the embodiment, the portion corresponding to the bacteriostatic filter 8 may be formed of a translucent material, and in the second and third embodiments, the portion corresponding to the second storage cylinder may be formed of a transparent material. The other parts may be formed of metal such as ceramic. In addition, the constituent material of the bacteriostatic filter layer 8 is not limited to the optical semiconductor nonwoven fabric, and may be filled with a particulate resin or the like containing an antibacterial agent.

[0046]

As apparent from the above description, in the skin water preparation device of the present invention, the ion exchange resin layer, the activated carbon layer and the bacteriostatic filter layer are provided in the cartridge container housed in the container body. Therefore, hard tap water can be ion-exchanged into soft water, and chlorine for sterilization contained in tap water can be removed. Therefore, the raw water composed of tap water can be reliably used as skin water. Also, the soft water from which the chlorine has been removed is in a state where microorganisms can easily propagate, but since the cartridge container is provided with a bacteriostatic filter layer as described above, it is ensured that the microorganisms propagate. Can be prevented.

Further, since tap water can be used as the raw water as described above, it can be easily obtained anywhere and is inexpensive, and when it is carried and used outdoors, the inside of the container body is left empty. By carrying, problems such as leakage of tap water or skin water can be prevented. Furthermore, when a medicinal layer containing a medicinal component is provided inside the cartridge container, the medicinal component can be added to the prepared soft water (skin water). And, while forming the bacteriostatic filter layer by optical semiconductor nonwoven fabric,
By forming at least a portion corresponding to the bacteriostatic filter layer in the container body and the cartridge container with a translucent material, bacteria generated in the container body can be surely sterilized, and penetrates from the nozzle portion of the injection device. Biological activity of external microorganisms can be reliably lost.

On the other hand, by forming the ion exchange resin layer with a Na type or K type cation exchange resin,
The hard ions contained in the raw material water can be ion-exchanged for soft Na ions or K ions to give smooth smoothness to the skin. Further, since the ion exchange resin layer is formed of an H-type cation exchange resin, a detergent or the like remaining on the skin is ion-exchanged and completely removed, thereby having an astringent effect.

[0049] Alternatively, a first accommodating cylinder portion and a second accommodating cylinder portion are provided by partitioning a portion of the cartridge container where an ion exchange resin layer is to be formed. While filling the ion exchange resin,
Filled with a cation exchange resin of the type, synergizes to tighten the skin with soft water exchanged for H ions and to maintain the smooth feeling of skin given by soft water exchanged for Na ions or K ions for a long time The effect is born.

Further, at least the second
The portion corresponding to the housing cylinder is formed of a transparent material, and the second
The inside of the container is filled with an H-type cation exchange resin colored with an indicator dye. Therefore, when refilling the raw material water into the container body, the remaining amount of the exchange capacity of the cation exchange resin, that is, water for skin The user can determine at a glance whether or not the preparation device itself has the ability to prepare skin water and the remaining amount.

Further, since a transparent small-diameter cylindrical member is provided along the inner surface of the cartridge container and the inside of the small-diameter cylindrical member is used as the second storage cylindrical portion, Na ions that give smooth smoothness to the skin are provided. Alternatively, while soft water containing K ions as a main component can be supplied to the skin, the user can easily determine the remaining amount of the preparation capacity of the skin water preparation device.

[Brief description of the drawings]

FIG. 1 is an exploded sectional view showing a skin water preparation device of the present invention.

FIG. 2 is a cross-sectional view showing a use state of the skin water preparation device of FIG.

FIG. 3 is a cross-sectional view illustrating a skin water preparation device according to a second embodiment.

FIG. 4 is a cross-sectional view illustrating a skin water preparation device according to a third embodiment.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Skin water preparing device, 2 ... Container main body, 3 ... Cartridge container, 4,7 ... Sintered filter, 5 ... Ion exchange resin layer, 6
... activated carbon layer, 8 ... bacteriostatic filter, 12 ... injection device, 1
3: suction pipe, 14: discharge pipe, 15: head member, 16:
Bearing member, 17 mounting member.

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁶ Identification code FI C02F 1/30 C02F 1/30 1/42 1/42 A 1/50 510 1/50 510A 520 520B 531 531H 540 540F 550 550B 560 560D 560B

Claims (7)

[Claims] 1. A cartridge container having a container body for accommodating raw water therein, a cartridge container removably mounted in the container body and having an ion exchange resin layer, an activated carbon layer and a bacteriostatic filter layer provided therein. And an ejector that is detachably attached to the upper end opening of the container body and that has a suction pipe connected to the upper part of the cartridge body, and feeds the raw water in the container body from the lower part through each layer in the cartridge container from the lower part. A skin water preparation device configured to spray from the injection device. 2. The skin water preparation device according to claim 1, wherein a medicinal stone layer containing a medicinal component is provided above the bacteriostatic filter layer in the cartridge. 3. The bacteriostatic filter layer is formed of an optical semiconductor non-woven fabric, and at least a portion of the container body and the cartridge container corresponding to the bacteriostatic filter layer is formed of a translucent material. The skin water preparation device according to claim 1 or 2, wherein the skin water preparation device is used. 4. The ion exchange resin layer according to claim 1, wherein the ion exchange resin layer is formed by filling a Na type, K type or H type cation exchange resin. Skin water preparation machine. 5. A first storage cylinder portion and a second storage cylinder portion partitioned in parallel along a flow direction of raw water in a portion of the cartridge container where the ion exchange resin layer is formed, and a first storage tube portion is provided. 4. The cylinder according to claim 1, wherein the cylindrical portion is filled with a Na-type or K-type cation exchange resin, while the second accommodating cylindrical portion is filled with an H-type cation exchange resin. Water preparation device for skin according to item. 6. An H-type cation exchange resin in which at least a portion of the cartridge container corresponding to the second storage cylinder is formed of a transparent material, and at least an upper portion of the second storage cylinder is colored with an indicator dye. 6. A skin water preparation device according to claim 5, wherein the skin water preparation device is filled with water. 7. A transparent small-diameter cylindrical member is provided along an inner surface of the cartridge container, and the second small-diameter cylindrical member is provided inside the small-diameter cylindrical member.
The skin water preparation device according to claim 6, wherein the storage tube portion is used.