KR102299056B1 - Method of face waxing and treatment method for skin and muscle of face by using the same - Google Patents

Abstract

The present invention provides a facial waxing method, as a waxing method for removing facial downy or fine hair, comprising: a step of applying a waxing agent to the face in the shape of a mask and forming a mask by the waxing agent over the entire face; a step of attaching at least one cover member to the face depending on the shape of the face to cover the mask; an external force step of applying an external force to the face through the cover member to generate stimulation on the face; and a step of removing the mask. In addition, the present invention provides an integrated facial skin and muscle management method including the waxing method as an essential and prerequisite process, thereby providing lively and elastic skin for a subject to be treated and realizing fundamental skin aging prevention.

Description

Facial waxing method and facial skin and muscle management method using the same

The present invention relates to facial skin beauty technology, and specifically, by effectively controlling the skin and muscles by using a waxing technique, and tailoring a composition for the skin according to the skin condition of the subject to be treated, and effectively delivering it to the lower dermis. It relates to skin care technology that can manage muscles integratively and in multiple ways.

In general, as one of the methods of hair removal, waxing is a technique for temporarily removing unnecessary hair from the body using wax for hygiene or beauty purposes.

In particular, facial (facial) waxing technology not only has its status as a hair removal technology that simply removes down or fine hairs, but also removes fine dust and ultra-fine dust attached to the surface of the face skin, and furthermore, by removing waste products and dead keratinocytes in the pores, the deep It has a status as a kind of skin care technique that can produce a cleansing effect.

Therefore, in particular, skin care providers frequently use facial waxing to remove dead keratinocytes from the customer's facial skin, remove wastes in pores, blood circulation to activate skin's metabolism, manage waste discharge, and remove dull and messy facial hair. are performing

1 is a photograph for explaining a conventional facial waxing method. Referring to FIG. 1 , as shown in FIG. 1 , facial waxing, which is currently generally performed, is partially divided into sections for each part rather than the entire face. That is, it is necessary to repeat the application and removal several times to complete the facial waxing. Therefore, overlapping of skin irritations due to multiple waxing may occur, which makes the skin very sensitive and the customer may feel pain as the treatment time is prolonged.

On the other hand, the face has many curved parts due to the nature of the facial skeleton, so in the case of an inexperienced waxing manager, if the waxing treatment area cannot be accurately divided into sections, all facial fluff is not removed and residual hair remains in some places. The effect of hair removal power is significantly reduced. In addition, when the treatment is divided into areas, the hair follicles in the first treatment area are empty, and when other areas are treated, inflammation-inducing factors may penetrate through the pores of the previously treated area and cause skin inflammation such as folliculitis.

As described above, the present invention is a novel facial waxing that can realize immediate and rapid hair removal with only one waxing procedure and maximize the effect of facial skin care as an invention derived to solve the problems of the facial waxing technique currently being treated. The purpose is to provide a method.

In addition, the present invention is linked to the above-mentioned waxing method and by continuously performing skin care optimized for the skin pore condition immediately after waxing, it is possible to effectively improve the condition of facial skin and muscles and furthermore, to overcome skin aging. It provides a method for managing facial skin and muscles.

A facial waxing method according to an embodiment of the present invention is a waxing method for removing facial fluff or fine hair, comprising: applying a waxing agent to the face in a mask shape to form a mask by the waxing agent over the entire face; attaching at least one cover member to the face according to the shape of the face to cover the mask; an external force step of applying an external force to the face through the cover member to generate stimulation on the face; and removing the mask.

The method may further include, before applying the waxing agent to the face, i) facial cleansing: ii) promoting the generation of waste products including sebum: and iii) skin pretreatment for skin preparation.

The waxing agent may be preheated to a predetermined temperature before application to the face and then applied to the treatment site.

The cover member may include gauze, and the gauze may be prepared in a plurality of pieces and may be custom-attached on the mask.

The facial stimulation may be generated by lifting the sagging skin using the cover member or pressing at least a part of the facial muscles.

Facial skin and muscle care method of the present invention includes a waxing step by the above-described method; and an active ingredient delivery step of delivering the composition for skin care to the lower dermis through the path to the hair root via the pores secured by the waxing step.

Delivery of the active ingredient may be achieved by attachment of a cosmetic mask containing the composition for skin.

Meanwhile, the composition for skin may be customized in consideration of the skin condition of the subject to be treated.

The above-described method may further include a skin soothing step for soothing the skin after waxing before the active ingredient delivery step.

The waxing method according to the present invention can fundamentally solve problems such as inefficiency of the waxing process and induction of skin inflammation, which are problems of the conventional waxing method for each section, and removes hair on the entire face contour with only one application of a mask-shaped waxing agent. It can be done collectively and effectively.

In addition, it is possible to significantly reduce the generation of residual hair, which is a disadvantage of the existing waxing method, only with single-shot waxing for the entire face as well as efficiency, and thus has an advantage over the conventional method in terms of hair removal performance.

In addition, this method preemptively performs the process of accelerating the discharge of waste products such as sebum dissolution in the skin pretreatment process before waxing, so that not only wastes such as dead skin cells existing on the skin surface through waxing, but also wastes in the dermis around the hair roots and hair follicles during the waxing process can be effectively discharged from

The waxing method according to the present invention includes applying a waxing agent to the face in a mask shape, and then attaching a cover member on the formed waxing agent mask. At this time, by applying various types of external force such as pulling or pressing a cover member such as gauze, the applied gel-type waxing agent mask strengthens the adhesion between the skin and the skin to maximize the hair removal effect, while at the same time subcutaneous tissue and fascia By stimulating the back, it is possible to further accelerate the promotion of waste products and at the same time improve skin elasticity. For example, it is possible to activate the muscle cells of the face, such as enhancing skin elasticity by lifting the sagging skin through the cover member and delivering stimulation. As described above, providing an external force to the face through the cover member requires a skilled skill of the operator, but providing such an external force serves as a very effective platform that can variously improve facial skin and muscle conditions during the waxing process. can do.

Furthermore, the cover member may be composed of a plurality of various pieces, and in some cases, may be manufactured in various materials and shapes in consideration of the facial contour or protrusion state. Through the use of such a customized cover member, effective waxing can be achieved that conforms to the specificity of the facial shape of the subject to be treated, and effective elasticity can be imparted to the facial skin, and the skin tissue itself such as wrinkle improvement can be improved.

The waxing method according to the present invention also functions as a means to solve the problems of the conventional waxing method, but ultimately has a status as a prerequisite or essential step for providing an integrated solution for improving facial skin and muscles.

That is, the facial skin and muscle management method of the present invention is a management method premised on the waxing method. Specifically, by providing an open path from the pores on the skin surface to the hair root or hair follicle area under the dermis by waxing, the active ingredients of various customized skin compositions for skin improvement after waxing are delivered by penetrating deeply into the skin through the route. can be Through the delivery of such an active ingredient into the skin, it is possible to promote the effect of improving the constitution of the underlying skin through improvement of not only the visually exposed skin surface but also the environment inside the skin.

The integrative facial skin and muscle care method including the waxing method according to the present invention and the subsequent skin treatment immediately followed therewith provides a new and innovative skin care model in the field of facial skin care, and further promotes the development of the skin care industry expecting to do

1 is a photograph for explaining a conventional facial waxing method.
2 is a flowchart for conceptually explaining a method for managing facial skin and muscles according to an embodiment of the present invention.
3 is a photograph showing a state in which a mask by a waxing agent is formed on the face according to the method of FIG. 2 .
FIG. 4 is a photograph showing a state in which the cover member is seated on the mask of FIG. 3 according to the method of FIG. 2 .
5 is a photograph showing a state in which the mask is removed according to the method of FIG. 2 .
6 is a photograph showing various removals including down hairs attached to the skin-contacting surface of the removed mask.
7 is a conceptual diagram illustrating a cross-section of a human skin tissue including a hair shaft.

Hereinafter, a facial skin and muscle management method according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings and photos. On the other hand, the waxing method according to an embodiment of the present invention may be described in detail as one essential component of the facial skin and muscle management method. However, since the following descriptions are exemplary descriptions for concretely explaining the technical spirit of the present invention, the technical spirit of the present invention should not be limited by the following description. The technical spirit of the present invention may be interpreted or limited only by the following claims.

2 is a flowchart for conceptually explaining a method for managing facial skin and muscles according to an embodiment of the present invention.

Referring to FIG. 2 , in order to perform the facial skin and muscle management method ( S1000 ) of the present invention, the waxing step ( S200 ) must be performed in advance. In addition, in this embodiment, the skin pretreatment step (S100) is first performed in order to maximize the effect of discharging waste products by the waxing step (S200).

The skin pretreatment step (S100) may include a step of basically cleansing the skin to be waxed, a step of facilitating the generation of various waste products including sebum, and a skin preparation step such as arranging down hair.

In the cleansing step, in order to minimize skin irritation of the skin to be waxed, it is a step of removing and cleaning cosmetic ingredients and wastes on the surface of the facial skin with a weakly acidic cleanser or the like. This step can be understood as a very basic process.

In addition, as a method for accelerating the generation of waste, for example, by applying a skin-friendly and sebum-lipophilic oil to the entire face skin, the process of fluidizing sebum in advance so that it can be sufficiently discharged in the waxing step. may include

On the other hand, in the skin pretreatment step (S100), it is possible to remove moisture remaining on the skin by using a disposable sponge made of a hygienic and soft material and to tidy up the facial hair.

As will be described later, the waxing agent used in the waxing step S200 is a gel-type waxing agent, and is applied to the skin in a preheated state before waxing. The preheating temperature may be approximately 40° C. or higher, and in order to prevent skin burns, etc., a step of checking the skin temperature of the subject to be treated may be performed in the skin pretreatment step (S100). The skin temperature check is mainly performed on the forehead, nose, and cheeks. In addition, it is important to check in advance whether or not a skin problem occurs by applying a sample of wax to the inside of the wrist in advance.

In the skin pretreatment step S100 as described above, in addition to the above-described methods, various known skin pretreatment techniques may be variously applied in consideration of the specificity of the subject to be treated.

When the skin pretreatment step (S100) is completed, a full-scale waxing step (S200) is performed.

The type of waxing agent used in the waxing step (S200) is not particularly limited, but is basically a gel-type waxing agent. In this embodiment, a waxing agent having excellent adhesion to the skin surface is used, and in particular, a waxing agent containing seaweed powder is used.

As described above, the waxing agent is applied to the face of the subject to be treated at a temperature of about 40° C. or higher through a preheating process.

The waxing step ( S200 ) includes a mask forming step ( S210 ), a cover member attaching step ( S220 ), an external force step ( S230 ), and a mask removing step ( S240 ).

In the mask forming step (S210), the preheated waxing agent is applied to the entire face of the subject to be treated to form a mask-shaped waxing surface corresponding to the facial contour except for some eyes and mouths. That is, in the waxing step (S200) according to the present invention, the waxing can be performed only by one-time application of the entire surface without repeating the discontinuous waxing process by dividing the waxing agent for each part.

3 is a photograph showing a state in which a mask by a waxing agent is formed on the face according to the method of FIG. 2 .

Referring to FIG. 3 , a black waxing agent is applied to the entire face in the shape of a mask. Except for some parts such as eyes, eyebrows, lips, and around lips, the entire waxing agent application surface is formed along the face contour to the side parts of the face. The waxing agent may form a single mask surface of the waxing agent integrated by the bonding force between the waxing agents after application.

The waxing agent may be applied with a uniform thickness, but may be partially applied with a different thickness in consideration of the structural characteristics of the face to be treated.

In addition, it is preferable that a single type of waxing agent is used for the waxing agent to form a mask, but different kinds of waxing agents may be used for each skin part in some cases as long as the compatibility and binding properties between the waxing agents are maintained. Selection and combination of the type of waxing agent may be variously modified according to the judgment of the operator in consideration of the skin specificity of the subject to be treated.

When the mask forming step ( S210 ) is completed, the cover member attaching step ( S220 ) of attaching the cover member to the waxing agent by covering the surface of the applied waxing agent is performed. FIG. 4 is a photograph showing a state in which the cover member is seated on the mask of FIG. 3 according to the method of FIG. 2 .

Referring to FIG. 4 , gauze is used as the cover member in this embodiment. However, various fibrous materials may be used as the material of the cover member. In addition, it is preferable that the cover member is not formed as an integrated piece. This is because a space is formed between the cover member and the waxing agent by the protruding portion such as the nose.

As shown in FIG. 4 , two pieces of gauze were used as the cover member. The lower gauze and upper gauze were used centered on the nose area, and they are independent of each other and can adhere to the waxing agent. However, unlike this, the cover member is divided into more fragments and attached on the waxing agent mask, so that the waxing agent can sufficiently adhere to the facial skin. The gauze member may be customized and used according to the facial contour or protrusion of the subject to be treated.

When the cover member is attached (S220), an external force step (S230) of providing an external force to the face of the subject to be treated through the cover member is performed.

The cover member basically not only induces adhesion between the waxing agent and the facial skin by pressing the waxing agent mask, but also provides an external force that can lift the sagging skin in the gravity direction through the cover member, It may provide skin elasticity improvement and wrinkle improvement effect. In addition, external force can be applied to the face in various directions according to the intention of the operator. This external force may be transmitted to the face by applying force in various ways, such as pulling or pushing the cover member. This external force step (S230) may be made in various styles based on the experience of the skin manager and in consideration of the skin sagging aspect of the subject to be treated. In addition, the external force can enhance the natural recovery and regeneration ability of the subcutaneous tissue by stimulating the inside of the skin.

This external force step (S230) exerts an effect such as a kind of functional facial massage by applying an external force to at least some facial muscles, and at the same time applies an external force to the skin tissue to accelerate the discharge of waste products from the subcutaneous tissue. can do.

As such, the cover member attachment step (S220) and the external force step (S230) can not only maximize the effect of removing wastes through waxing, but also function as an essential management means to improve facial skin or muscle condition.

When the external force step S230 is completed, a mask removal step S2340 of separating and removing the cover member and the waxing agent mask from the face is performed.

5 is a photograph showing a state in which the mask is removed according to the method of FIG. 2 .

Referring to FIG. 5 , the removed waxing agent-applied surface may be collectively removed from the face as a single integrated mask. The waxing agent-applied surface can be separated from the face like a mask product that is originally integrated. Removal of the mask can be easily accomplished by pulling the cover member.

Since the waxing method according to the present invention can be achieved by applying and removing the waxing agent once, it is possible to minimize unnecessary skin irritation and effectively prevent cross-infection due to waxing for each area.

On the other hand, the required time of the waxing step (S200) is about 15 to 20 minutes, and substantially the adsorption of wastes and down hair by the waxing agent can be sufficiently achieved in about 15 minutes.

6 is a photograph showing various removals including down hairs attached to the skin-contacting surface of the removed mask.

Referring to FIG. 6 , looking at the skin-contacting surface of the removed waxing agent mask, various wastes such as numerous densely attached down hairs and dead skin cells can be identified.

Only by performing the waxing step (S200) according to the present embodiment, it is possible to remove downy hairs and various wastes, and further, it is possible to induce the activity of facial skin tissues or muscles according to the operation of the cover member. That is, the waxing step ( S200 ) should be understood as an essential process for facial skin and muscle management rather than a simple hair removal means.

On the other hand, by the waxing step (S200), the hair root and hair follicles can be removed, and in this process, the skin elasticity can be increased by stimulating the fascia under the dermis to firmly fix the connective tissue of collagen and elastin. According to this increase in skin elasticity, the facial line becomes smooth, wrinkles improvement, non-purulent acne (blackhead, millet acne) removal, whitening, skin texture improvement, etc. can be exhibited.

7 is a conceptual diagram illustrating a cross-section of a human skin tissue including a hair shaft.

Referring to FIG. 7 , the hair root is connected to the venous and arterial blood and capillaries and is located near the fascia. According to the waxing method according to the present invention, the fluff of the entire face is temporarily and collectively removed, and at this time, stimulation is simultaneously transmitted to the fascia and blood vessels of the facial skin tissue. Blood circulation is improved and as a result, it can help improve complexion (skin tone).

On the other hand, if the downy hair is removed to the root of the hair immediately after waxing, a penetration path is formed from the pore area on the skin surface to the hair root and the hair shaft area, that is, from the skin surface to the lower dermis. This has a very important technical meaning because it becomes a prerequisite for performing the active ingredient delivery step (S400) to be described later.

In this embodiment, when the waxing step (S200) is completed, the removed waxing site becomes red and bacteria invade the penetration path and folliculitis, etc. may occur, so the skin soothing step (S300) for immediate skin soothing is performed.

In the skin soothing step (S300), a soothing gel containing azulene, which is effective for skin soothing, is applied to calm the skin, and a vegetable oil that has skin affinity and is similar to sebum is used to prevent the penetration of bacteria into the pores. have.

However, the method of the skin soothing step ( S300 ) is not limited thereto, and the specific soothing method and the formulation used may be variously changed, and various known techniques may be introduced.

When the skin soothing step (S300) is completed, an active ingredient delivery step (S400) using the penetration path into the lower dermis generated after waxing is performed.

The active ingredient is a component included in the composition for skin according to various cosmetic prescriptions. For example, as the active ingredient, the active ingredient ampoule containing ingredients such as hyaluronic acid and EGF, which help skin regeneration, penetrate into the pores through the route, thereby maximizing the absorption of the active ingredient required for various subcutaneous tissues. can

The penetration route is a temporary route created immediately after waxing, and therefore, immediate skin care immediately after waxing is very important in terms of efficiency. The intradermal delivery of the active ingredient immediately after waxing can exhibit significantly superior delivery power compared to the conventional delivery of the active ingredient from the skin surface.

The active ingredient may be delivered to the inside of the skin using an ampoule as described above, but differently, a cosmetic mask having a contact surface containing a mixture of active ingredients is separately manufactured to attach the cosmetic mask to the waxed skin for a certain period of time. By doing so, the active ingredient may be delivered to the inside of the skin.

The active ingredient may be used alone or in combination of a plurality of types, and the type of the active ingredient may be selected by comprehensively considering the skin condition, skin style, skin improvement direction of the subject to be treated, etc. can be confirmed by

When the active ingredient delivery step (S400) is completed, facial skin and muscle care can be finished by applying a strong moisturizing cream so that the active ingredients and moisture that have penetrated into the skin are not volatilized or evaporated.

When the active ingredient is delivered using the cosmetic mask as described above, as a result, the integrated facial skin and muscle management is achieved only by prescription of two types of masks including the waxing agent mask and the active ingredient mask in the waxing step 200 . It can be done systematically (2WAY mask).

However, it is natural that the delivery method of the active ingredient can be considered in various ways in consideration of the efficiency of skin care and the preference of the subject to be treated.

Claims (9)

A waxing method for removing facial fluff or fine hair, comprising:
Applying the waxing agent to the face in the shape of a mask, forming a mask by the waxing agent over the entire face;
Separating a plurality of segmented cover members according to the shape of the face so as to cover the mask and attaching it to the face;
an external force step of applying an external force to the facial muscles by lifting the sagging skin on the face through the cover member or pressing at least a portion of the facial muscles to generate stimulation on the face; and
removing the mask;
To penetrate the skin active ingredients to the lower dermis by securing the path to the hair root through the pores,
How to wax your face.
According to claim 1,
Before applying the waxing agent to the face,
i) Facial cleansing:
ii) promote the generation of waste products including sebum: and
iii) for skin preparation,
Facial waxing method, characterized in that it further comprises a skin pretreatment step.
According to claim 1,
Facial waxing method, characterized in that the waxing agent is preheated before applying to the face.
delete delete Waxing by the method of claim 1; and
Including an active ingredient delivery step of delivering a composition for skin care to the lower dermis through the path to the hair root via the pores, secured by the waxing step,
How to care for facial skin and muscles.
7. The method of claim 6,
The delivery is a facial skin and muscle care method, characterized in that made by attachment of a cosmetic mask containing the composition for skin.
7. The method of claim 6,
The composition for skin is a facial skin and muscle management method, characterized in that it is customized in consideration of the skin condition of the subject to be treated.
7. The method of claim 6,
Facial skin and muscle care method, characterized in that it further comprises a skin soothing step for soothing the skin after waxing before the active ingredient delivery step.

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