KR101848246B1 - Puff makeup is equipped with air cell - Google Patents

Abstract

The present invention relates to a cosmetic puff having an air cell, which is formed in a circular or square plate shape, which is buried or absorbed by the lower surface to directly contact the user's face or skin, A contact absorbing puff 100 configured to apply evenly to the skin; The contact absorbing puff 100 is formed to correspond to the contact absorbing puff 100. The contact absorbing puff 100 cushions the shock applied when the contact absorbing puff 100 is in contact with the user's face or skin, A first damping puff 200 thermally fused to the upper surface of the contact absorbing puff 100 by an adhesive; A second damping puff 300 formed to correspond to the first damping puff and configured to buffer the impact transmitted from the first damping puff 200; A cover layer 400 thermally fused and bonded to the upper surface of the second cushioning puff 300 by an adhesive and having a handle band 410 coupled to the upper surface thereof for easy user's gripping; The first absorbent puff 100, which is coupled with the contact absorbent puff 100 to further absorb shock applied to the user's face or skin, together with the first and second full layer puffs, The second cushion puff 300 coupled with the outer layer 400 and the second cushion poupee 400 are faced to each other so as to be thermally adhered or ultrasonically bonded along the outer periphery so that the airtight adhesive tab 502 And an air cell 500 in which air is filled in a space between the first cushioning puff 200 and the second cushioning puff 300 convexly formed by the airtight adhesive tessellation 502 , Improves shock buffering ability of cosmetic puff due to external impact, and exerts the same effect as piston action by the air filled in the air cell, discharging the air filled in the skin to the skin, Limit The cosmetics can be absorbed into the first cushion puff side by absorbing a predetermined amount of cosmetics and the absorption of a large amount of cosmetics to the first cushion puff side can be limited and the use of cosmetics can be saved. The present invention relates to a cosmetic puff having an air cell which is excellent in continuous feeling of use, has an increased service life, and is not hygienically usable because the cosmetic is not delivered to the skin layer to which the handle is attached.

Description

[0001] The present invention relates to a makeup puff having an air cell,

The present invention relates to a cosmetic puff having an air cell. More particularly, the present invention relates to a cosmetic puff comprising an air cell filled with air so as to buffer an external force applied to the skin in a process of applying cosmetics to the skin by using a cosmetic puff, The air filled with the skin is discharged to the skin to minimize irritation to the skin through the cooling effect of the skin to improve the spreadability of the cosmetic product and to minimize the amount of the cosmetic product absorbed by the cosmetic puff by the air filled in the air cell The use of cosmetics can be saved, the impact buffering capacity of the cosmetic puff can be prevented from deteriorating, and the continuous feeling of use is excellent, the service life is increased, and cosmetics are minimally transferred to the outer layer with the handle attached through the air cell On cosmetic puffs equipped with air cells that can be used hygienically without polluting user's hands to be.

[0003] Generally, cosmetic puffs are made of sponge foam made of latex, urethane, flocking, PVA (polyvinyl alcohol), rubber, etc., (E.g., cosmetics) such as a foundation, a skin cover, or a twin cake, powder, etc., is put on the face so that the cosmetic can be evenly applied to the face and effectively absorbed.

Such puffs are manufactured in various forms according to the kind of cosmetics and the structure of the container and are usually used in the form of a rectangular plate or a disk having a relatively thin thickness. In recent years, due to diversification of cosmetics and containers, A cup-shaped puff that is combined with a circular or square plate shape used by the user directly by hand is used.

The conventional general cosmetic puff is made by cutting a urethane sponge in the form of a circular or square plate and forming a puff sponge material on the lower surface of the urethane sponge, And a synthetic leather or the like to which a handle or the like for grasping by a user is coupled is formed on the upper surface.

Such a conventional cosmetic puff is adhered through a general adhesive method to absorb the cosmetic through a lower surface made of puff sponge material, and then the user grasps the upper surface made of a material such as synthetic leather or the like, And the like is used to apply the cosmetic absorbed on the lower surface as if it is kneaded on the face or the skin.

Here, when a cosmetic is applied on the face, it may cause problems such as a user who is excessively knocked or has a sensitive skin, for example, a reddened face due to skin troubles or shocks. Thus, the cosmetic puff combines a material capable of buffering the shock, such as a urethane sponge, to produce a puff to counteract such an impact.

However, such a urethane sponge has a limitation in cushioning impacts, and when the cosmetic puff is manufactured in consideration of the amount of impact, there is a problem that the thickness becomes thick and usability is deteriorated.

In addition, if the cosmetic is applied to the face or skin through the above-mentioned conventional cosmetic puff, the cosmetic absorbed on the lower surface of the rubicell material is absorbed into the urethane sponge side, The user does not remain on the lower surface of the puff sponge so that the user continues to absorb the cosmetic product by contacting the lower surface of the puff with the cosmetic product, and the process of absorbing the cosmetic product to the urethane sponge side is repeated.

Furthermore, although the urethane sponge is a cushioning agent for cushioning the impact applied to the skin in the course of applying cosmetics to the face or skin as the user knocks up during the makeup, and for applying the cosmetics to the face or skin more smoothly and broadly, If the cosmetic is continuously absorbed from the lower surface of the cosmetic puff, the cushioning ability of the cosmetic product may be deteriorated and the cosmetic puff may be deteriorated in its cushioning ability.

Also, depending on the nature of cosmetics, when liquid or gel-type cosmetics are used, the amount of cosmetics to be absorbed by the urethane sponge is increased, and when the cosmetics are intended to be put on the face or skin in proper amount and range, There is a phenomenon that the cosmetic puff is drained and flowed down to the face or the skin, resulting in troublesome and economical problems in re-purchasing the cosmetic puff or having a large number of cosmetic puffs.

Further, as the cosmetic absorbed by the urethane sponge remains, problems such as bacterial propagation are generated, and the sanitary condition can not be cleaned. As a result, the cosmetic puff which directly contacts the user's face or skin can not be continuously used, Is reduced.

Meanwhile, as described above, the conventional cosmetic puff includes a urethane sponge as a cushion member. After a cosmetic made of fine powder, liquid, gel or the like is applied to the lower surface of the puff, The cosmetics are discharged to the upper surface side of the puff through the bottom portion made of a breathable sponge material and the cushioning portion in the form of a mesh. As a result, the cosmetic is often used properly, and consequently there is a problem of wasted use of cosmetics and the user's hands are contaminated with cosmetics.

Korean Registration Practice No. 20-0472813, registered on May 15, 2014.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a cosmetic puff which is formed by forming an air cell filled with air so as to buffer external force applied to the skin, The stimulation of the skin is minimized to improve the spreadability of the cosmetic product, the impact buffering ability of the cosmetic puff according to the external impact is improved, the air filled in the air cell exerts the same effect as the piston action, The absorption of the cosmetics can be limited by limiting the absorption of the cosmetics to the first cushion puff side by limiting the absorption of the cosmetics by the absorption of the cosmetics by discharging the cosmetics, It is possible to prevent degradation of shock buffering ability due to cosmetic hardening, This increase is, it is an object to provide a handle is attached to the cosmetic puff not be delivered to a cosmetic sheath having a hygienic eeosel is available do not contaminate the user's hand is.

In order to achieve the above object, the cosmetic puff according to the present invention is formed into a circular or square plate shape, and the cosmetic puff is buried or absorbed on the lower surface to directly contact the user's face or skin , A contact absorbing puff (100) formed to evenly apply cosmetics to the face or skin by patting or tapping; The contact absorbing puff 100 is formed to correspond to the contact absorbing puff 100. The contact absorbing puff 100 cushions the shock applied when the contact absorbing puff 100 is in contact with the user's face or skin, A first damping puff 200 thermally fused to the upper surface of the contact absorbing puff 100 by an adhesive; A second damping puff 300 formed to correspond to the first damping puff and configured to buffer the impact transmitted from the first damping puff 200; A cover layer 400 thermally fused and bonded to the upper surface of the second cushioning puff 300 by an adhesive and having a handle band 410 coupled to the upper surface thereof for easy user's gripping; The first absorbent puff 100, which is coupled with the contact absorbent puff 100 to further absorb shock applied to the user's face or skin, together with the first and second full layer puffs, The second cushion puff 300 coupled with the outer layer 400 and the second cushion poupee 400 are faced to each other so as to be thermally adhered or ultrasonically bonded along the outer periphery so that the airtight adhesive tab 502 And an air cell 500 filled with air in a space formed between the first cushioning puff 200 and the second cushioning puff 300 in a vertical direction by the airtight adhesive tape 502 .

Here, the air cell 500 may be formed by thermally or ultrasonically bonding a space between the first cushioning puff 200 and the second cushioning puff 300 in a shape of a cross, a lattice, a circle, or a geometric shape, The upper and lower surfaces of the first buffer puff 200 and the second buffer puff 300 may be formed of an embossed air cell 500 'having a convex shape, a lattice shape, a circular shape, or a geometric shape.

The present invention forms a first absorbing puff comprising a contact absorbing puff absorbing a cosmetic which is a lower surface of the cosmetic puff and the skin and a cushion member such as a urethane sponge and forming a second absorbing puff to form an outer skin layer on the upper surface The air cushion is formed between the first and second cushion puffs by thermally adhering or ultrasonic bonding along the first and second cushioning puffs to improve the shock buffering ability of the cosmetic puff according to the external impact The air filled in the air cell exerts the same effect as the piston action, thereby cooling the skin through the discharge of the air filled in the interior and restricting the absorption of the cosmetic product, thereby inducing absorption of the cosmetic product quantitatively. It is possible to save the use of cosmetics by restricting the absorption to the puff side and the cosmetics can not be absorbed into the first buffer puff side, Prevent deterioration continue feeling is excellent, increase the service life, and, because the cosmetic is not transmitted to the sheath which the handle is attached it has the effect is hygienically usable not contaminate the user's hand.

1 is an overall perspective view of a cosmetic puff having an air cell according to the present invention.
2 is an exploded perspective view of a cosmetic puff having an air cell according to the present invention.
3 is a partially cutaway perspective view of a cosmetic puff having an air cell according to the present invention.
4 is a side sectional view of a cosmetic puff having an air cell according to the present invention.
5 is a view showing another embodiment of a cosmetic puff provided with an air cell according to the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings. However, the present invention is not limited to the embodiments described below, but may be embodied in various forms.

In the present specification, the present embodiment is provided to complete the disclosure of the present invention and to fully disclose the scope of the invention to a person having ordinary skill in the art to which the present invention belongs. And the present invention is only defined by the scope of the claims. Accordingly, in some embodiments, well known components, well known operations, and well-known techniques are not specifically described to avoid an undesirable interpretation of the present invention.

Like reference numerals refer to like elements throughout the specification. And, the terms used (hereafter) used herein are intended to illustrate the embodiments and are not intended to limit the invention in any way. In the present specification, the singular form includes plural forms unless otherwise specified in the specification. Also, components and acts referred to as " comprising (or comprising) " do not exclude the presence or addition of one or more other components and operations.

Unless defined otherwise, all terms (including technical and scientific terms) used herein may be used in a sense commonly understood by one of ordinary skill in the art to which this invention belongs. Also, commonly used predefined terms are not ideally or excessively interpreted unless they are defined.

Technical features of a cosmetic puff having an air cell according to the present invention will now be described in detail with reference to the accompanying drawings.

2 is an exploded perspective view of a cosmetic puff having an air cell according to the present invention, and FIG. 3 is a perspective view illustrating a cosmetic puff having an air cell according to the present invention, FIG. 4 is a side sectional view of a cosmetic puff having an air cell according to the present invention, and FIG. 5 is a view showing another embodiment of a cosmetic puff having an air cell according to the present invention .

The cosmetic puff provided with the air cell according to the present invention improves the shock absorbing force of the cosmetics puff with cosmetics during the makeup operation by the air cell and suppresses the discharge of the air filled in the air cell by the pressing action of the cosmetic, It is possible to save the use of cosmetics because the skin cooling and cosmetic products are not absorbed excessively, and only a proper amount of cosmetics can be absorbed, thereby preventing deterioration of the cushion function of the puff caused by excessive absorption of cosmetics, It is possible to minimize the time required for the cosmetics to absorb and transfer the cosmetics by the air cell to the time of reaching the outer layer, The contact absorbing puff 100, the first damping puff 200, the second damping puff 300, An outer shell layer 400, and an air cell 500.

The contact absorbing puff 100 is in direct contact with the cosmetic product to absorb or embed the cosmetic product. The contact absorbing puff 100 is in direct contact with the user's skin. The contact absorbing puff 100 is formed into a circular or square plate shape. It is formed to contact the skin directly and apply the cosmetic evenly on the face or skin by patting or tapping. Preferably, the contact absorbing puff 100 is formed of ruby cell, NBR, lon latex, NR, etc. The ruby cell is a synthetic resin called polyurethane, and the ruby cell puff is absorbed by a puff ) Foundation is less than NBR (Nitile Butadien Rubber) puff, and it is more hygienic than NBR puff. In addition, ruby cells are widely used for cosmetic puffs because of their excellent wetting ability, adhesion to skin, and excellent covering ability due to the absorption of cosmetics on the skin by spreading on the skin. However, as mentioned above, various materials such as NBR, .

The first cushioning puff 200 is formed to correspond to the shape of the contact absorbing puddle 100 and serves to firstly cushion an impact applied when the contact absorbing puff 100 contacts the user's face or skin, And is adhesively bonded to the upper surface of the contact absorbing puff 100 by hotmelt so as to be evenly applied to the face or the skin by preventing scattering of the cosmetic product. Here, it is preferable that the first buffer puff 200 is made of urethane. In general, the urethane sponge has excellent elastic restoring force and is excellent in the ability to return to the original state, and thus can help the contact absorbing puff 100 to quickly return to its original shape upon deformation. In addition, A cushioning function to smoothly make cosmetics on the skin, as well as the scattering of cosmetics due to excessive impact, that is, the cosmetics formed of powder by the impact, can be prevented from being scattered in the air or not evenly. Therefore, maintaining the elastic recovery force of the first cushioning puff 200 as it is is to maintain the shape of the contact absorbing puff 100 for a long time, and through this, the puff can be brought into contact with the skin So that makeup can be facilitated.

The second cushioning puff 300 interacts with the first cushioning puff 200 described above to secondarily cushion the impact of the contact absorbing puff 100 upon contact with the user's face or skin. Here, it is preferable that the second buffer puff 300 is formed of urethane in the same manner as the first buffer puff.

The outer cover layer 400 is thermally welded to one surface of the second cushioning puff 300 by an adhesive such as hot melt adhesive and is coupled to the upper surface of the handleband 410 so as to be easily gripped by the user. Here, the outer skin layer 400 is formed to be gripped by a user's hand, and synthetic leather or the like is used to prevent the user's hands from being contaminated with cosmetic products. Furthermore, in using such synthetic leather, considerable design elements can be added to display more sophisticated ornamental aesthetics through the outer layer, and trademarks of products can be engraved, resulting in advertising and promoting effects. It is preferable that air tightness is maintained such that the air filled in the air cell 500 to be described later is discharged to the contact absorbing puff 100 side.

3 and 4, the air cell 500 includes a first buffer puff 200 coupled with the contact absorbing puff 100 described above, and a second buffer puff 200 coupled with the outer layer 400. [ 300) facing each other and adhering along the circumference of the outer circumference by thermal bonding or ultrasonic bonding to form airtight adhesive pads (502) so that the air is restricted to the outer circumferential edge, and the first buffer puff (200) 2 The buffer puff 300 is formed in such a shape that the upper and lower portions are convexly bulged so as to fill the corresponding inside with air. That is, the air to be filled in the air cell 500 is discharged to the contact absorbing puff 100 by the pressure applied from the skin layer to provide a cooling function to give a refreshing feeling to the user's skin, Buffer with the first and second buffer puffs.

5, the space between the first cushioning puff 200 and the second cushioning puff 300 may be formed in a shape of a cross, a lattice, a circle, or a geometric shape The embossed puffs 300 and the embossed puffs 300 may be bonded to the embossed air cell 500 'having an embossed shape of a cross shape, a lattice shape, a circular shape, or a geometric shape on the upper and lower surfaces of the first cushion puff 200 and the second cushion puff 300, ).

Here, the embo air cell 500 'limits the absorption of cosmetics due to the filling of the air and the absorption of the cosmetics, as well as the upper and lower surfaces of the first cushion puff 200 and the second cushion puff 300 by the embossed air cell, The embossing formed by the outer absorbent puff of the first damping puff 200 prevents the embossing formed by the outer layer of the second damping puff 300 from being slipped in the user's hand by forming the convex embossing, Or the spreading property for evenly spreading the cosmetics can be improved.

2 to 4, the cosmetic puff having the air cell of the present invention according to the present invention has the first cushion puff 200 and the second cushion puff 300 facing each other, The airtight adhesive tape 502 is formed along the circumference of the outer periphery of the first and second buffer puffs 200 and 300 to form a convex shape outside the upper and lower surfaces of the first and second buffer puffs 200 and 300 And the air is kept in a continuously filled state. Accordingly, the air-filled space is formed in a convexly-formed space due to the fixing by the airtight adhesive grommet 502 through outer periphery airtight adhesion of the first and second buffer puffs 200 and 300, The air is discharged to the side of the contact absorbing puff due to the volume change of the air cell space due to the deformation of the outer shell layer and the air is blown to the side of the user's skin so that the skin can be cooled, Excessive moisture permeation of cosmetics is restricted on the absorbent puff side.

That is, the air cell 500 keeps the first and second buffer puffs 200 and 300 convex by the airtight adhesive pads 502, and the space between them is filled with air, The first and second cushioning puffs 200 and 300 interact with the first and second cushioning puffs 200 and 300 so as to cushion an impact generated in the course of making the user bite their face, The skin is discharged by the user's skin and blows air. In addition, it is possible to solve the problem that the cosmetics are not well adhered to the face due to scattering which may occur when the cosmetics are brought into contact with the face with excessive force.

The amount of cosmetics absorbed or introduced into the contact absorbing puff 100 by the air filled in the air cell 500 is minimized so that the amount absorbed or introduced into the first absorbing puff 200 is minimized. That is, as the air filled in the air cell 500 is discharged to the contact absorbing puff 100, the cosmetic absorbed by the contact absorbing puff 100 is minimally absorbed into the first absorbing puff 200, Thus saving on the use of cosmetics.

This is because the air cell 500 is formed through the circumferential coupling of the first and second buffer puffs 200, the space area of the air cell 500 is reduced when an external shock is generated by the user, The first and second cushion puffs 200, At this time, the outer layer 400 of airtightness such as synthetic leather or synthetic resin is bonded to the second cushioning puff 200 side so that the air of the air cell 500 moves toward the first cushioning puff 200, When the skin is in contact with the skin, it is possible to cool the skin such as blowing air, so that the user can have a refreshing feeling when making up the cosmetic. When the cosmetic is put on the contact absorbing puff, It is not absorbed excessively by the air and is shut off.

When the space of the air cell 500 is applied by the user external force through the second cushioning puff 300 from the outer layer 400, the space of the air cell 500 is deformed and the air is moved to the first cushioning puff 200 In other words, as the action of the piston moves, the air is discharged to have a refreshing feeling, and the excessive absorption of the cosmetic is limited. Accordingly, excessive absorption of cosmetics prevents deterioration of the cushioning function of the first cushioning puff 200, and it is possible to solve the unsustainable portion such as breeding of bacteria due to the remaining cosmetics, It is possible to prevent the contamination of the user's hands because there is no problem that the cosmetics are exposed to the outer layer due to the limited absorption and transmission of the cosmetics.

Meanwhile, while the air cell 500 is restrained by the restoring force of the first and second cushioning puffs 200 and 300 while the shock absorbing and discharging of the air and absorption of cosmetics are restricted as described above, And then flows into the air cell 500 through the first cushion puff so as to maintain the space of the air cell 500 again. That is, the air filled in the air cell is not discharged to the outer layer, but is always discharged and sucked toward the first absorbing puff and the contact absorbing puff, so that it functions as a syringe. It is self-evident that it is possible to block the absorption.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. As such, the present invention can be implemented by combining these. Accordingly, the invention is only defined by the scope of the claims set forth in the claims.

100: contact absorbing puff 200: first absorbing puff
300: second buffer puff 400: sheath layer
410: Handle band 500: Air cell
502: Airtight adhesive tape 500 ': embossed air cell

Claims (2)

In cosmetic puffs,
A contact absorbing puff 100 which is formed in a circular or square plate shape and is formed so that the cosmetic is buried or absorbed on the lower surface to directly contact the user's face or skin and apply the cosmetic evenly on the face or skin by patting or tapping ;
The contact absorbing puff 100 is formed to correspond to the contact absorbing puff 100. The contact absorbing puff 100 cushions the shock applied when the contact absorbing puff 100 is in contact with the user's face or skin, A first damping puff 200 thermally fused to the upper surface of the contact absorbing puff 100 by an adhesive;
A second damping puff 300 formed to correspond to the first damping puff and configured to buffer the impact transmitted from the first damping puff 200;
A cover layer 400 thermally fused and bonded to the upper surface of the second cushioning puff 300 by an adhesive and having a handle band 410 coupled to the upper surface thereof for easy user's gripping;
The first absorbent puff 100, which is coupled with the contact absorbent puff 100 to further absorb shock applied to the user's face or skin, together with the first and second full layer puffs, The second cushion puff 300 coupled with the outer layer 400 and the second cushion poupee 400 are opposed to each other to face each other by thermal bonding or ultrasonic bonding along the outer periphery, And an air cell 500 filled with air in a space formed between the first cushioning puff 200 and the second cushioning puff 300 in a vertical direction by the airtight adhesive tape 502 Features Cosmetic puff with air cell.
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