KR200419930Y1 - A skin keratin peeling device - Google Patents

Abstract

It is provided with a transparent filter housing that is spaced apart from the hand probe that sucks the keratin of the skin to filter the sucked keratin, and a protective cap that protects the diamond tip mounted on the tip of the hand probe, thereby allowing the user to be mounted in the filter housing. Disclosed is a skin exfoliation device having an external filter housing that can be used while checking whether or not the filter is inserted, and can be used while checking the dead skin to be removed, and can prevent contamination and damage of the diamond tip from the external environment. Skin exfoliation device according to the present invention is a conventional body for providing a vacuum suction input, a vacuum hose line, one end is connected to the body to guide the vacuum suction input, and the other end of the vacuum hose line and the tip is in contact with the skin And a hand probe for sucking keratin. The vacuum hose line is further provided with a filter housing which is made transparent and has a built-in filter for filtering keratin sucked through the hand probe.

Description

Skin exfoliation device with external filter housing {A SKIN KERATIN PEELING DEVICE}

1 is a perspective view showing a skin exfoliation device having an external filter housing according to the present invention,

2 is a perspective view of the hand probe shown in FIG.

3 is a perspective view separately showing the filter housing shown in FIG. 1, and

4 is a view showing the inside by cutting in the state coupled to the filter housing shown in FIG.

Explanation of symbols on the main parts of the drawing

100: skin exfoliation device having an external filter housing

110: main body 120: vacuum hose line

122: first vacuum line 124: second vacuum line

130: hand probe 132: body

134: first hollow portion 136: insert

138: second hollow portion 140: diamond tip

142: third hollow portion 144: O ring

146: protective cap 148: contact projection

150: filter housing 152: first filter case

154: fourth hollow portion 156: first connecting portion

158: first spiral protrusion 160: second filter case

162: fifth hollow portion 164: second connecting portion

166: coupling flange 168: filter

170: second spiral protrusion 172: incision groove

The present invention relates to a skin exfoliation device having an external filter housing, and more particularly, a transparent filter housing in which the exfoliated keratin is filtered away from the hand probe that inhales the keratin of the skin. By providing a protective cap to protect the mounted diamond tip, the user can check whether the filter is inserted into the filter housing, as well as check the dead skin to be removed, and prevent contamination and damage of the diamond tip from the external environment. A skin exfoliation device having an external filter housing that can be prevented.

In general, healthy skin usually pushes dead cells out of the skin, constantly producing new cells every 27 days. These dead cells form a solid layer, which is called the stratum corneum.

As metabolism becomes active, dead cells in the stratum corneum naturally fall off, but otherwise the skin's epidermal layer becomes thicker, and as the body ages, the dead skin is not naturally removed. This thickening of the stratum corneum causes skin and inner and outer surface moisture and nutrient supply, causing skin color to become dull, wrinkles, itching and other causes of skin problems.

Recently, various skin exfoliation mechanisms have been developed and marketed in order to remove such stratum corneum.

The skin exfoliation mechanism described above is briefly described as follows: a main body generating a vacuum suction input, a suction hose line connected to the main body part, and a rear end connected to a suction hose line connected to the main body part, and the other end of the skin exfoliation layer is present on the skin. It consists of a hand probe that inhales keratin while in contact, and a filter is built in the inside of the hand probe to filter the sucked keratin. In addition, the tip of the hand probe is fitted with a diamond tip in direct contact with the skin. The diamond tip electrodeposits ordinary diamond powder.

However, since the above-described hand probe has a built-in filter inside the hand probe, in order to check whether or not the filter is inserted, the hand probe has to be disassembled and checked.

In addition, the keratin filtered by the filter can not be directly confirmed, it is not possible to confirm whether the exfoliation is made smoothly, there is a problem that you must disassemble and wash the hand probe for the next use.

Further, since the diamond tip mounted at the tip of the hand probe is exposed to the external environment as it is, the diamond tip is contaminated or damaged in appearance due to impact.

The present invention has been made to solve the conventional problems as described above, an object of the present invention is provided with a transparent filter housing that is spaced apart from the hand probe for inhaling the keratin of the skin is filtered, the keratin of the hand probe By providing a protective cap to protect the diamond tip mounted on the tip, the user can not only check whether the filter is inserted into the filter housing but also check the dead skin to be removed. It is to provide a skin exfoliation device having an external filter housing that can prevent damage.

In order to achieve the object of the present invention as described above, the present invention,

A normal body providing a vacuum suction input, a vacuum hose line having one end connected to the main body to guide the vacuum suction input, and a hand probe connected to the other end of the vacuum hose line and having a tip contacting the skin to suck keratin; In the skin exfoliation device,

The vacuum hose line provides a skin exfoliation device having an external filter housing which is made transparent and has a filter housing with a filter for filtering keratin sucked through the hand probe.

Preferably, the hand probe has a cylindrical body having a first hollow portion penetrated therein, a cylindrical insert having a second hollow portion fitted therein and communicating with the first hollow portion therein, and fixedly fixed to the tip of the insert. And a diamond tip having a third hollow portion formed therein communicating with the second hollow portion, and a protective cap fitted to the tip side of the insert on which the diamond tip is mounted, the protective cap being open at the other end to be inserted into the insert. One end has a closed cylindrical shape, and at least one contact protrusion protrudes integrally on one inner surface of the protective cap in close contact with the diamond tip.

More preferably, the vacuum hose line includes a first vacuum hose connecting the hand probe and the filter housing, a second vacuum hose connecting the filter housing and the main body, and the filter housing is mounted on the first vacuum hose. A first filter case and a second filter case are mounted to the second vacuum hose while the filter is embedded therein and is coupled to the first filter case. The first filter case has a fourth hollow portion penetrated therein, and a first connection portion protrudes from one end thereof so as to be fitted into the first vacuum hose, and a first spiral protrusion is formed on the inner circumferential surface adjacent to the other end thereof. It is formed up to the center portion, the second filter case is formed through the fifth hollow portion communicating with the fourth hollow portion therein, and the other end protruding to form a second connection portion to be fitted into the second vacuum hose, The second helical protrusion is engaged with the first helical protrusion on the outer circumferential surface so as to be inserted into the other end of the first filter case, and the coupling flange on which the filter is mounted is formed at the end thereof.

Here, the first filter case is made transparent.

As described above, according to the present invention, there is provided a hand probe for inhaling keratin of the skin and a transparent filter housing for filtering the inhaled keratin to be spaced apart, to protect the diamond tip mounted on the tip of the hand probe By having a cap, the user can check whether or not the filter is mounted in the filter housing, as well as check the dead skin to be removed, and can prevent contamination and damage of the diamond tip from the external environment.

Hereinafter, with reference to the accompanying drawings will be described a skin exfoliation device having an external filter housing according to an embodiment of the present invention.

1 is a perspective view showing a skin exfoliation device having an external filter housing according to the present invention, and FIG. 2 is a perspective view showing the hand probe shown in FIG. 1 separately.

1 and 2, the skin exfoliation device 100 according to the present invention is a conventional body 110 for providing a vacuum suction input, and a vacuum hose for guiding the vacuum suction input is connected to one end of the main body 110; The hand 120 is connected to the line 120 and the other end of the vacuum hose line 120, that is, the extension end of the vacuum hose line 120, and the tip is in contact with the skin to suck keratin. In addition, the skin exfoliation device 100 according to the present invention further includes a filter housing 150 mounted to the vacuum hose line ().

First, the hand probe 130 is fitted with a body 132 having a conventional tubular shape in which the first hollow part 134 is penetrated therein, and is fitted to the tip of the body 132, and the first hollow part 134 therein. And a cylindrical insert 136 having a second hollow portion 138 communicating therewith, and a third hollow portion 142 fixedly coupled to the tip of the insert 138 and communicating with the second hollow portion 138 therein. ) Is provided with a ring-shaped diamond tip (140). As the diamond tip 140 is known to anyone, diamond powder is electrodeposited.

The body 132 is formed of a combination of various curvatures so that the user can easily grip, and a plurality of O-rings 144 are disposed between the body 132 and the insert 136 for airtightness. . A protective cap 146 is fitted to the tip side of the insert 136 on which the diamond tip 140 is mounted to prevent contamination of the diamond tip 140 and to prevent damage of the diamond tip 140.

The protective cap 146 has a cylindrical shape, the other end of which is open so that it can be fitted to the insert 136, one end is closed, one or more on the inner surface of one end of the protective cap 146 in close contact with the diamond tip 140 The contact protrusion 148 is integrally formed to protrude. The contact protrusion 148 minimizes the contact area between the protective cap 146 and the diamond tip 140, that is, prevents the friction between the protective cap 146 and the diamond tip 140.

3 is a perspective view showing the filter housing shown in FIG. 1 separately, and FIG. 4 is a view illustrating the inside of the filter housing shown in FIG.

1, 3, and 4, the filter housing 150 is mounted on the vacuum hose line 120 adjacent to the hand probe 130. To this end, the vacuum hose line 120 includes a first vacuum hose 122 connecting the hand probe 120 and the filter housing 150, and a second vacuum hose connecting the filter housing 150 and the main body 110. 124 is provided.

The filter housing 150 may be coupled to the first filter case 152 while being mounted on the first filter case 152 and the second vacuum hose 124. The filter case 160 is provided.

The first filter case 152 has a fourth hollow part 154 formed therein. One end of the first filter case 152 protrudes from the first connection part 156 to be fitted into the first vacuum hose 122, and is formed on an inner circumferential surface adjacent to the other end of the first filter case 152. The first spiral protrusion 158 is formed from the other end of the first filter case 152 to an approximately central portion of the first filter case 152 along the inner circumferential surface of the first filter case 152. Preferably, the first filter case 152 is manufactured to be transparent to see through the inside. On the other hand, the second filter case 160 is formed through the fifth hollow portion 162 communicating with the fourth hollow portion 154 therein. At the other end of the second filter case 160, the second connection part 164 is formed to protrude so as to be fitted into the second vacuum hose 124, and at one end of the second filter case 160, the first filter case ( The coupling flange 166 inserted into the other end of the other end 152 is formed to protrude, the filter 168 is fitted on the inner circumferential surface of the coupling flange 166 to filter the sucked keratin, the outer peripheral surface of the coupling flange 166 A second spiral protrusion 170 is formed on the first spiral protrusion 158 and is engaged with the first spiral protrusion 158. That is, the first helical protrusion 158 and the second helical protrusion 170 extend in the same direction.

Preferably, the extension end of the coupling flange 166 may be formed with a cutting groove 172 to facilitate replacement of the mounted filter 168. A portion of the filter 168 is exposed to the cutaway groove 172.

Hereinafter, the state of use of the skin exfoliation device 100 having an external filter housing formed as described above will be briefly described.

In order to remove dead skin cells, the main body 110 is first operated to obtain a vacuum suction input. When the main body 110 is operated in this way, the suction force is transmitted to the tip of the hand probe 130 via the vacuum hose line 120, filter housing 150.

When the vacuum suction input is transmitted to the hand probe 130 as described above, the user contacts the diamond tip 140 to the skin in which the stratum corneum is present while holding the body 132 of the hand probe 130. At this time, the diamond tip 140 peels off the dead skin while contacting the skin.

The keratin peeled off by the diamond tip 140 is sucked to the third hollow portion 142 side of the diamond tip 140, and the second hollow portion 138 of the insert 136 and the first hollow portion of the body 132 ( 134, and the keratin sucked up to the fourth hollow part 154 of the first filter case 152 through the first vacuum hose 122, and the keratin sucked to the fourth hollow part 154 are filtered by the filter 168. In addition, the fourth hollow portion 154 is stacked. At this time, the user performs the exfoliation while checking the dead skin accumulated in the fourth hollow part 154 through the transparent first manufactured filter case 152.

Meanwhile, when the exfoliation is completed, the keratin accumulated in the fourth hollow part 154 of the first filter case 152 is separated and discharged after rotating and separating the second filter case 160 from the first filter case 152. In order to protect the diamond tip 140, the protective cap 146 is stored in the insert 136 of the hand brop 130.

As described above, the skin exfoliation device 100 having an external filter housing according to the present invention is manufactured by transparently manufacturing the filter housing 150, and mounted on the outside of the hand probe 130, so that the filter 168 can be Not only can the insertion be easily checked, but there is an advantage in that it is possible to remove dead skin cells while directly checking dead skin cells to be removed.

In addition, by having a protective cap 146 to protect the diamond tip 140 mounted on the tip of the hand probe 130, the diamond tip 140 from the external environment when the skin exfoliation device 100 is not used In addition to protecting and preventing contamination, the external appearance of the diamond tip 140 may be prevented from being damaged.

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the present invention described in the utility model registration claims. It will be appreciated.

Claims (7)

A general body for providing a vacuum suction input, a vacuum hose line, one end of which is connected to the main body to guide the vacuum suction input, and a hand probe connected to the other end of the vacuum hose line and the tip is in contact with the skin to inhale keratin In the skin exfoliation device provided, The vacuum hose line is a skin exfoliation device having an external filter housing, characterized in that the transparent filter housing is built transparently and is equipped with a filter for filtering the keratin sucked through the hand probe. The method of claim 1, wherein the hand probe has a body having a first hollow portion penetrated therein, a cylindrical insert having a second hollow portion fitted to the front end of the body and communicating with the first hollow portion therein; An external type having a diamond tip fixedly coupled to the tip of the insert and having a third hollow portion formed therein communicating with the second hollow portion, and a protective cap fitted to the tip side of the insert on which the diamond tip is mounted. Skin exfoliation device having a filter housing. According to claim 2, wherein the protective cap is open to the other end so that it can be fitted to the insert, one end has a closed cylindrical shape, one or more contact protrusions on one inner surface of the protective cap in close contact with the diamond tip Skin exfoliation device having an external filter housing, characterized in that integrally formed protruding contact with the diamond tip. The vacuum hose line of claim 1, wherein the vacuum hose line includes a first vacuum hose connecting the hand probe and the filter housing, a second vacuum hose connecting the filter housing and the main body, and the filter housing comprises: a first vacuum hose; An external filter housing, comprising: a first filter case mounted on a first vacuum hose; and a second filter case mounted on the second vacuum hose while being coupled to the first filter case; Skin exfoliation device having a. The filter unit of claim 4, wherein the first filter case has a fourth hollow part formed therein, a first connection part protruding from one end thereof so as to be fitted into the first vacuum hose, and a first filter case formed on an inner circumferential surface adjacent to the other end thereof. A spiral protrusion is formed to a central portion of the first filter case, and the second filter case is formed with a fifth hollow portion communicating with the fourth hollow portion therein, and the other end is inserted into the second vacuum hose. A second connecting portion protrudes to be formed, and at one end, a second helical protrusion is formed on an outer circumference thereof to engage the first helical protrusion so as to be inserted into the other end of the first filter case. Skin exfoliation device having an external filter housing, characterized in that the coupling flange is mounted to protrude. 6. The skin exfoliation device having an external filter housing according to claim 5, wherein an inlet groove is formed at an extended end of the coupling flange to facilitate replacement of the filter. 5. The skin exfoliation device having an external filter housing according to claim 4, wherein the first filter case is made transparent so as to see through the inside.

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