KR20110083239A - Skin care apparatus of using micro bubble - Google Patents

Abstract

PURPOSE: A skin care apparatus using micro bubble is provided to easily remove sebum or foreign material by removing the adhesive property of the sebum or foreign materials of the skin. CONSTITUTION: A skin care apparatus using micro bubble comprises a hand piece(110), a vacuum pump(120), a foreign material container(130), a cleaning water container(140), and a micro bubble generator(150). In the handpiece, a contact tip(111) contacting the skin is formed. In the contact tip, a hole(112) is formed. The vacuum pump supplies vacuum to the handpiece. The foreign material container is installed in a path for providing vacuum to the handpiece from the vacuum pump. The cleaning water container supplies cleaning water to the handpiece. The micro bubble generator supplies micro bubble to the cleaning water container.

Description

Skin care device using microbubble {SKIN CARE APPARATUS OF USING MICRO BUBBLE}

The present invention relates to a skin care device using micro bubbles, and more particularly, by supplying micro bubbles with the washing water to the skin to inhale and remove foreign substances causing trouble such as keratin of skin, sebum and pores in the pores. In addition, the present invention relates to a skin care device using microbubbles in which the microbubbles included in the washing water can be easily removed by degrading the adhesion of foreign substances causing the trouble of the skin.

In general, various skin care methods are used to maintain healthy and clean skin, and among the skin care methods, cosmetics are widely used, but skin care using such cosmetics removes waste products due to the characteristics of cosmetics applied to the skin. As a result, the skin care device which improved the removal effect of sebum and dirt is used.

Conventional skin care products, keratin, freckles that occur on the skin. Various methods may be used to remove blemishes, acne, etc. in health and beauty, which will be described below with reference to the accompanying drawings.

1 is a block diagram showing a skin care device according to the prior art. As shown in FIG. 1, the skin care device according to the prior art is a "skin dermabrasion apparatus" of Utility Model Registration Application No. 2002-0035510 filed with the Korean Intellectual Property Office, and the handpiece 1 made of tubular vacuum pump 2 ), The handpiece 1 is a tubular body, connected to the vacuum pump 2, and the main body 4 is attached to the tip and a polishing tip (not shown), and the end of the main body 4 Auxiliary pipe (5) penetrated toward one side and connected to the disinfectant container (7), and installed in the middle of the handpiece (1) and the vacuum pump (2) to collect dust and disinfectant solution from the handpiece (1) The dust collecting container 3 is included.

Such a conventional skin care device is provided with an auxiliary pipe (5) at the tip of the handpiece (1) to contact the skin with a disinfectant solution such as saline, and to inhale it.

However, such a conventional skin care device disinfects the skin by supplying a disinfectant to the area to be peeled, but does not prevent the adhesion of foreign substances or sebum in the pores to the skin and thus has a limitation in skin care. As a result, they did not have the desired skin condition.

In addition, in addition to the skin care device using a disinfectant as described above, skin care devices using ultrasonic waves or lasers are used, but they are difficult to use by the general public because they are not only expensive but also for professional use, and can accurately guarantee the reliability of the effects. Had no problems.

The present invention for solving the conventional problems, by supplying microbubble with the washing water to improve the adhesion to the skin, while inhaling and removing sebum or foreign matter sebum on the skin or attached to the skin, The micro bubbles contained in the water can be easily removed by disintegrating the adhesion of foreign substances on the skin or the sebum of the pores, thereby effectively improving the condition of the skin.

In order to achieve the above object, the present invention, in the skin care device is provided with a contact tip which is in contact with the skin, a hole is formed in the contact tip and the handpiece to suck through the hole of the contact tip A vacuum pump for supplying a vacuum, a foreign matter container installed to collect foreign matter on a path for supplying a vacuum from the vacuum pump to the handpiece, and the handpiece for supplying washing water to the skin through the hole of the contact tip. And a microbubble generator for supplying microbubbles to the scrubber so that the microbubble is supplied together with the scrubber to the skin.

The hole of the handpiece may include a supply hole through which the washing water is supplied from the washing container, and a suction hole through which the vacuum is supplied from the vacuum pump.

In addition, the hole of the handpiece is the supply hole is formed in the center of the end of the contact tip, the suction hole may be formed in a plurality along the end edge of the contact tip.

In addition, the microbubble generator may be connected to the washing vessel through a circulation line for circulating the microbubble with the washing water.

According to the skin care device using the microbubble according to the present invention, by supplying the microbubble with the cleansing water to the skin to improve adhesion to the skin while foreign matter causing the skin such as keratin of the skin, sebum and pores in the pores In addition to inhalation and removal, the microbubble contained in the washing water can be easily removed by dissolving the adhesion of foreign substances causing trouble from the skin, thereby improving skin elasticity and making the skin condition clean. It is effective to improve effectively.

1 is a block diagram showing a skin care device according to the prior art,
Figure 2 is a block diagram showing a skin care device using a micro bubble according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In addition, the embodiments of the present invention are provided to more fully explain the present invention to those skilled in the art, the following examples may be modified in various other forms, the scope of the present invention Is not limited to the following examples.

Figure 2 is a block diagram showing a skin care device using a micro bubble according to an embodiment of the present invention. As shown in Figure 2, the skin care device 100 using a micro bubble according to an embodiment of the present invention is a handpiece 110, a vacuum pump 120 for supplying a vacuum to the handpiece 110, A foreign substance container 130 installed on a path for supplying vacuum from the vacuum pump 120 to the handpiece 110, a washing water container 140 for supplying washing water to the handpiece 110, and a washing water container 140. It may include a microbubble generator 150 for supplying a micro bubble (micro bubble) to the fine air bubbles).

Handpiece 110 is provided with a contact tip 111 for contacting the skin at the end, the end of the contact tip 111 may be formed to be inclined to facilitate contact with the skin, the contact tip 111 Hole 112 is formed.

The contact tip 111 may be made of various shapes and materials for contacting the skin, and may have a structure or a material capable of acupressure, peeling, and the like, as necessary.

The hole 112 may be formed as a single unit. Alternatively, the hole 112 may be divided into a plurality of paths for supplying the washing water and a path for supplying the vacuum, thereby increasing the skin care effect. It may include a supply hole 112a through which the washing water is supplied from the 140 and a suction hole 112b through which the vacuum is supplied from the vacuum pump 120.

The supply hole 112a may be formed at the end center of the contact tip 111, and the suction hole 112b may be formed along the end edge of the contact tip 111 to be positioned around the supply hole 112a. Can be.

The handpiece 110 is supplied with the washing water supplied from the washing container 140 and the vacuum supplied from the vacuum pump 120 through the inner washing water supply passage 113 and the vacuum supply passage 114 as in this embodiment. It may be supplied to the hole (112a) and the suction hole (112b), respectively, unlike the washing water of the washing container 140 and the vacuum of the vacuum pump 120 supply hole (112a) and suction hole of the contact tip 111 It may be supplied directly to 112b. Here, the handpiece 110 may be formed in the washing water supply passage 113 and the vacuum supply passage 114 is formed of a tube or hollow inside each other, and may be formed to have various shapes or structures. .

The vacuum pump 120 generates a vacuum and supplies it to the handpiece 110 through the vacuum line 121, thereby sucking the air through the hole 112 of the contact tip 111, specifically, the suction hole 112b. The contact tip 111 is to be sucked with the cleaning water supplied from the cleaning container 140, sebum of foreign matter or pores present on or attached to the skin to be in close contact.

The foreign substance container 130 is installed to collect foreign substances on the path for supplying the vacuum from the vacuum pump 120 to the handpiece 110, for example, on the vacuum line 121. That is, the foreign matter or sebum including the sebum sucked from the contact tip 111 of the handpiece 110 through the vacuum line 121 is collected by the vacuum supplied from the vacuum pump 120, and collected therein. It may have an open structure such as a cap or cover to discharge the material to the outside.

The washing container 140 is connected to the handpiece 110 through the washing water line 141 to supply washing water, such as a lotion, to the skin through the hole 112 of the contact tip 111, specifically, the supply hole 112 a. Supply the washing water. At this time, the pumping force for supplying the washing water from the washing container 140 to the handpiece 110 can use the vacuum pressure formed between the skin and the contact tip 111 in close contact therewith by the vacuum pump 120. This vacuum pressure is delivered to the washing container 140 through the supply hole 112a and the washing water line 141. Meanwhile, in order to supply the washing water from the washing container 140 to the handpiece 110, a separate supply pump or pumping force may be used separately from using the vacuum pressure of the vacuum pump 120 as in the present embodiment.

The microbubble generator 150 generates a microbubble so that the microbubble is supplied to the skin together with the washing water, and supplies the microbubble to the washing container 140. The microbubble has a fine size, and the internal and external pressure difference increases to generate high pressure at the time of rupture. In addition, the specific surface area is remarkably increased to facilitate the adsorption or movement of foreign matter present on or attached to the skin, thereby allowing the skin to be efficiently managed.

The microbubble generator 150 may be connected to the washing container 140 through a circulation line 151 for circulating the microbubble with the washing water, thereby washing water containing the microbubble in the washing container 140. To continuously feed the product.

The operation of the skin care device using the micro bubble according to the present invention will be described.

When the contact tip 111 of the handpiece 110 is in contact with the skin, a vacuum generated from the vacuum pump 120 is supplied to the suction hole 112b of the contact tip 111, thereby making contact between the contact tip 111 and the skin. The vacuum pressure is generated, and the washing water such as the lotion stored in the washing container 140 is supplied to the skin through the supply hole 112a formed at the center of the contact tip 111 by the vacuum pressure. At this time, the micro bubbles generated by the microbubble generator 150 are supplied to the skin together with the washing water.

The washing water supplied to the skin flows along the end surface of the contact tip 111 by the vacuum pressure and is sucked into the handpiece 110 through the suction hole 112b formed at the edge of the contact tip 111. 130 is moved to the side, the foreign matter washing water or foreign matter introduced into the container 130 is collected in the foreign matter container (130).

On the other hand, the microbubble supplied to the skin with the washing water increases the internal and external pressure difference due to its small diameter, which generates high pressure when it is ruptured, and the specific surface area increases, so as to adsorb foreign substances or sebum in the pores or sebum in the pores. It is easy to move, so it is easy to remove foreign substances that cause problems on the skin such as keratin of the skin and sebum and pores in the pores.

As described above, the skin care device using the microbubble according to the present invention has been described with reference to the accompanying drawings, but various modifications and changes can be made within the scope without departing from the spirit of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the claims below and equivalents thereof.

110: handpiece 111: contact tip
112 hole 112a supply hole
112b: suction hole 113: washing water supply passage
114: vacuum supply path 120: vacuum pump
121: vacuum line 130: foreign matter container
140: washing water container 141: washing water line
150: microbubble generator 151: circulation line

Claims (4)

In the skin care machine,
A handpiece having a contact tip in contact with the skin and having a hole formed in the contact tip;
A vacuum pump for supplying a vacuum to the handpiece to suck through the hole of the contact tip;
A foreign substance container installed to collect foreign substances on a path for supplying a vacuum from the vacuum pump to the handpiece;
A washing container for supplying the washing water to the handpiece to supply the washing water to the skin through the hole of the contact tip;
Microbubble generator for supplying the microbubble to the cleaning container so that the microbubble is supplied to the skin with the washing water
Skin care device using a micro bubble comprising a. The method according to claim 1,
The hole of the handpiece,
A supply hole through which the washing water is supplied from the washing container;
Suction hole through which the vacuum is supplied from the vacuum pump
Skin care device using a micro bubble comprising a. The method according to claim 2,
The hole of the handpiece,
The supply hole is formed in the center of the end of the contact tip, the skin care device using the micro-bubble is formed in a plurality along the end edge of the contact tip. The method according to claim 1,
The microbubble generator,
Skin care device using a micro bubble connected through the circulation line for circulating the micro bubble is supplied to the washing container with the washing water.

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