KR20230030277A - Method of face waxing by using lifting gauze and treatment methodfor skin and muscle of face by using the same - Google Patents

Abstract

The present invention relates to a facial waxing method for removing facial down or fine hair and correcting facial contour, comprising: a step of applying a waxing agent to the face in the shape of a mask to form a mask using the waxing agent over the entire face; a cover member attaching step of arranging a plurality of cover members in the direction of the muscle texture of the face and attaching them to cover the mask; an external force step of stimulating the retaining ligaments located in the facial skin tissue by applying an external force to each of the cover members to lift the retaining ligaments located in the facial skin tissue in a direction opposite to the muscle texture or in a direction opposite to gravity; and a step of removing the mask. In addition, the present invention provides an integrated facial skin and muscle care method including the waxing method as an essential and prerequisite process, thereby providing lively and elastic skin to a treatment recipient and fundamentally preventing skin aging.

Description

Facial waxing method by lifting gauze and facial skin and muscle management method using the same

The present invention is a facial skin and contour management method, specifically, in the process of facial waxing, it is possible to induce improvement in skin sagging and elasticity for each part, and furthermore, it is possible to achieve the effect of a plastic surgical facelift with only facial stimulation without skin exfoliation. It is a technique related to the facial waxing method. In addition, skin care technology that can manage facial skin and muscles in an integrated and diversified way by effectively controlling the skin and muscles through facial waxing, customizing the skin composition according to the skin condition of the subject, and effectively delivering it to the lower dermis It is about.

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

In particular, facial (facial) waxing technology is not only a hair removal technology that simply removes downy hair or fine hairs, but also removes fine dust and ultra-fine dust attached to the surface of the facial skin, and further removes wastes and dead keratinocytes in the pores to achieve deep It has a status as a kind of skin care technique that can produce a cleansing effect.

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

1 is a photograph for explaining a conventional face waxing method. Referring to FIG. 1, facial waxing, which is currently generally performed, is partially performed by dividing the face into sections for each part rather than the entire face, as shown in FIG. That is, application and removal must be repeated several times to complete facial waxing. Therefore, overlapping of skin irritation due to multiple waxing may occur, which makes the skin very sensitive, and the customer may feel pain as the procedure time increases.

Due to the nature of the facial skeleton, the face has many curved parts, so if an unskilled waxing manager fails to accurately divide the waxing treatment area into sections, not all of the downy hair on the face will be removed and residual hairs will remain in some places, resulting in a problem through waxing management. The effect of hair removal power is significantly reduced. In addition, when the treatment is performed by dividing the site, the hair follicle at the site treated first is empty, and when the treatment is performed on another site, inflammation-inducing factors penetrate through the pores of the site treated first and may cause skin inflammation such as folliculitis.

On the other hand, in order to prevent sagging of various facial skin, face lift is frequently performed in plastic surgery and the like. Conventional plastic surgical face lifts accompanied the skin exfoliation process, so there was a risk of skin necrosis and scarring. In particular, as a side effect, various sagging phenomena such as sagging fat layer, sagging fat (nasolabial folds, sagging facial lines, marionette wrinkles), and sagging edema may occur.

As described above, the present invention is an invention derived by solving the problems of the currently used facial waxing technique and seeking a way to achieve the effect of natural face lift without skin peeling only through the waxing process. It is an object of the present invention to provide a novel facial waxing method capable of realizing fast and rapid hair removal, achieving the effect of natural facial lift, and ultimately maximizing the facial skin care effect.

In addition, the present invention is linked to the above-described waxing method to continuously perform skin care optimized for the skin pore condition immediately after waxing, thereby effectively improving the condition of the facial skin and muscles, and furthermore, integration that can overcome skin aging. Provides an effective facial skin and muscle management method.

A facial waxing method according to an embodiment of the present invention is a waxing method for depilating downy or fine hairs on the face and correcting facial contours. forming; attaching a cover member to cover the mask by arranging a plurality of cover members in the direction of muscle texture of the face; an external force step of stimulating the retaining ligament by applying an external force to each of the cover members to lift the retaining ligament located in the facial skin tissue in a direction opposite to muscle texture or in a direction opposite to gravity; and removing the mask.

Before applying the waxing agent to the face, a skin pretreatment step may be further included to: i) cleanse the face: ii) promote waste generation including sebum: and iii) prepare the skin.

The waxing agent is preferably preheated prior to application to the face.

The cover member may include gauze made of non-woven fabric.

Facial skin and muscle care method according to an embodiment of the present invention includes the waxing step by the above method; and 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 pore secured by the waxing step.

The delivery may be achieved by attaching a cosmetic mask containing the composition for skin.

The skin composition may be prepared in a customized manner in consideration of the skin condition of the subject to be treated.

A skin soothing step for soothing the skin after waxing may be further included 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 skin inflammation, which are problems of the conventional waxing method for each section, and hair removal of the entire facial contour with only one mask-shaped waxing agent application. It can be done collectively and effectively.

In addition, it is possible to significantly reduce the generation of residual hair, which was a disadvantage of the existing waxing method, as well as efficiency, with only one-time waxing for the entire face, and thus has strength compared to conventional methods in terms of hair removal performance.

In the waxing process, the face is partitioned for each muscle texture or retaining ligament distribution area of the face, a plurality of gauze is attached to the face, and lifting is performed by pressing against the direction of the muscle texture or in the opposite direction of gravity. Skin lift without substantial skin peeling effect can be achieved. Therefore, according to the waxing method according to the present invention, it is possible to improve skin elasticity, remove wrinkles, and correct facial contours as well as the basic purpose of waxing.

In addition, the present method preemptively performs a process of promoting the discharge of wastes such as sebum dissolution in the skin pretreatment process before waxing, so that wastes such as keratin on the surface of the skin through waxing as well as wastes in the dermis around the hair roots and hair follicles are removed 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 plurality of cover members on the formed waxing agent mask. At this time, by applying various forms of external force, such as pulling or pressing a cover member such as gauze, the applied gel-like waxing agent mask strengthens the adhesion between the skin and maximizes the hair removal effect, while at the same time reducing the subcutaneous tissue and fascia By stimulating the back, the promotion of waste products can be further accelerated, and at the same time, skin elasticity can be improved. For example, it is possible to activate muscle cells of the face, such as strengthening skin elasticity by lifting sagging skin through the cover member and delivering a stimulus. As such, providing external force to the face through the cover member requires a skilled skill of the operator, but the provision of such external force serves as a very effective platform that can variously improve facial skin and muscle conditions in the waxing process. can do.

Furthermore, the cover member composed of the plurality of segments may be manufactured in various materials and shapes in consideration of the facial contour or protruding state, etc., in some cases. Through the use of such a customized cover member, not only can effective waxing conform to the special characteristics of the facial shape of the subject to be treated, but also effective elasticity can be imparted to the facial skin, and skin tissue itself can be improved such as wrinkle improvement.

The waxing method according to the present invention also functions as a means to solve the problems of conventional waxing methods, but ultimately has 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 based 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 penetrate deep into the skin through the path. It can be. Through the delivery of these active ingredients into the skin, it is possible to promote the effect of fundamentally improving the constitution of the skin through the improvement of not only the visually exposed skin surface but also the internal environment of the skin.

The waxing method according to the present invention and the integrated facial skin and muscle care method including the immediately subsequent skin treatment provide a new and innovative skin care model in the field of facial skin care and further promote the development of the skin beauty industry. expect to do

1 is a photograph for explaining a conventional face waxing method.
2 is a flowchart conceptually illustrating 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 is formed by a waxing agent on the face according to the method of FIG. 2 .
4 is a photograph illustrating a facial retaining ligament for explaining a point for attaching a cover member.
5 is a photograph showing a state in which a mask is removed according to the method of FIG. 2 .
6 is a photograph showing various removal materials including downy hair attached to the skin contact surface of the removed mask.
7 is a conceptual diagram illustrating a cross-section of a human skin tissue including a hair shaft.

Hereinafter, the 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 photographs. On the other hand, the waxing method according to an embodiment of the present invention will be described in detail as one essential component of the facial skin and muscle management method. However, the technical spirit of the present invention should not be limited by the following descriptions because the following descriptions are exemplary descriptions for specifying and explaining the technical spirit of the present invention. The technical spirit of the present invention can be interpreted or limited only by the scope of the following claims.

2 is a flowchart conceptually illustrating 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 care method (S1000) of the present invention, a waxing step (S200) must be performed in advance. In addition, in this embodiment, a skin pretreatment step (S100) is performed first in order to maximize effects such as waste discharge 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 promoting the generation of various wastes including sebum, and a step of arranging the skin, such as tidying up down hair.

In the cleansing step, in order to minimize skin irritation of the skin to be waxed, makeup components and wastes on the surface of the facial skin are removed and cleaned with a weakly acidic cleanser or the like. This step can be understood as a very basic process.

In addition, as a method for promoting the generation of waste products, for example, by applying skin-friendly sebum lipophilic oil to the entire facial skin, the process of inducing sebum and the like to be fluidized in advance so that it can be sufficiently discharged in the waxing step can include

On the other hand, in the skin pretreatment step (S100), moisture remaining on the skin can be removed using a disposable sponge made of a hygienic and soft material, and downy hair on the face can be neatly arranged.

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. Since the preheating temperature may be approximately 40° C. or higher, a step of checking the skin temperature of the treatment subject may be performed in the skin pretreatment step (S100) to prevent skin burns. Skin temperature checks are mainly performed on the forehead, nose, and cheeks. In addition, it is also important to check in advance whether or not skin trouble occurs by applying a sample of wax to the inside of the wrist in advance. Meanwhile, the wax does not lose fluidity even in a low temperature environment.

In the above skin pretreatment step (S100), various known skin pretreatment techniques in addition to the above-described methods may be applied in various ways in consideration of the specificity of the treatment subject.

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 a subject for treatment 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 removal 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 excluding some eyes and mouth. That is, in the waxing step (S200) according to the present invention, waxing can be performed with only one-time application of the entire surface without repeating a discontinuous waxing process by dividing the waxing agent into parts.

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

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

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

In addition, it is preferable that one type of waxing agent is used to form a mask, but different types of waxing agents may be used for each skin part in some cases as long as miscibility and bonding between the waxing agents is maintained. The selection and combination of these types of waxing agents may be variously modified according to the judgment of the operator in consideration of the specificity of the skin of the subject to be treated.

When the mask forming step (S210) is completed, a cover member attaching step (S220) of attaching a plurality of cover members to the waxing agent by covering the surface of the applied waxing agent is performed. 4 is a photograph illustrating a facial retaining ligament for explaining a point for attaching a cover member.

Referring to FIG. 4 , each of the plurality of cover members is basically disposed in the direction of the muscle texture of the face. In particular, it is preferable to attach one gauze to each closed curve region partitioned by the retaining ligaments (dotted lines) of FIG. 4 . Of course, it is preferable that the size of the gauze is designed to be larger than one region partitioned by the retaining ligaments.

When the cover member attaching step (S220) is completed, an external force step (S230) of applying an external force to the face is performed.

The plurality of cover members partitioned and arranged as described above are lifted by the retaining ligaments in the direction of the upper intersection point on the crest curve defined by the retaining ligaments or in the opposite direction to the muscle texture. Basically, it lifts in the opposite direction of gravity. That is, the cover member functions as a lifting gauze.

The facial retaining ligament (Facial Retaining Ligament) refers to a support structure that connects the facial bones and skin. The anterior facial part becomes a structure that supports the movement of many expression muscles through these facial ligaments, and plays a role in holding the skin and facial bones. In other words, if there is no such support structure, the facial bone and skin exist separately, and a phenomenon of flowing down occurs.

Therefore, through the waxing method of the present invention, by partitioning a plurality of regions where the retaining ligaments are present and corresponding to each cover member in the divided regions, the retaining ligaments are efficiently removed by the cover member without separate interference in the lifting direction. can be lifted with

As such, the use of a plurality of gauze in this embodiment is an essential technical configuration, enabling independent stimulation for each partitioned retaining ligament area and efficiently functioning as an external force mediating means capable of applying external force in various directions in the direction of muscle texture. do.

As the material of the cover member, various fibrous materials may be used.

The cover member not only induces close contact between the waxing agent and the facial skin by basically pressing the waxing agent mask, but also provides an external force capable of lifting the sagging skin in the direction of gravity through the cover member, thereby improving the face of the subject for treatment. It can provide skin elasticity improvement and wrinkle improvement effects. In addition, an external force may be applied to the face in various directions according to the operator's intention. Such an 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 performed in various styles based on the experience of the skin manager and considering the skin sagging pattern of the treatment subject. In addition, the external force can stimulate the inside of the skin to enhance the natural recovery and regenerative ability of the subcutaneous tissue.

This external force step (S230) exerts a kind of face lifting effect by applying an external force to at least some of the facial tissues, particularly the retaining ligaments, and at the same time exerts an external force on the skin tissue to accelerate the discharge of waste products from the subcutaneous tissue. can be done

As such, the step of attaching the cover member (S220) and the step of external force (S230) can maximize the effect of removing wastes through waxing, improve facial skin or muscle conditions, and further achieve a face lift effect. can function as

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 a 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 an integrated mask. The waxing agent applied surface can be separated from the face as if it were an originally integrated mask product. Removal of the mask can be made easily by pulling on the cover member.

Since the waxing method according to the present invention can be performed 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 part.

On the other hand, the time required for the waxing step (S200) is about 15 to 20 minutes, and the waxing agent can substantially absorb wastes and down hair in about 15 minutes.

6 is a photograph showing various removal materials including downy hair attached to the skin contact surface of the removed mask.

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

Only by performing the waxing step (S200) according to the present embodiment, downy hair and various wastes can be removed, and furthermore, facial skin tissue or muscle activity can be induced 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 care, not a simple means of hair removal.

On the other hand, the hair roots and hair follicles can be removed by the waxing step (S200), and in this process, the skin's 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, facial lines become smooth, wrinkle improvement, non-suppurative acne (blackhead, millet acne) removal, whitening, and skin texture improvement effects 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 roots are connected with venous and arterial blood and capillaries and are located near the fascia. According to the waxing method according to the present invention, hairs on the entire face are temporarily and collectively removed, and at this time, stimulation is simultaneously transmitted to the fascia and blood vessels of the facial skin tissue, thereby immediately improving blood flow and improving the appearance of the face. Blood circulation is improved, and as a result, it can help improve complexion (skin tone).

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

In this embodiment, when the waxing step (S200) is completed, the hair-removed waxing area becomes red and bacteria invade through the penetration path to cause folliculitis, etc., so the skin soothing step (S300) for immediate skin soothing is performed.

In the skin soothing step (S300), a soothing gel containing azelene, which is effective in soothing the skin, is applied to soothe the skin, and vegetable oil, which has skin affinity and is similar to sebum, is used to prevent bacteria from penetrating into the pores. there is.

However, the method of the skin soothing step (S300) is not limited thereto, and specific soothing methods and formulations 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) is performed using the penetration path into the lower dermis created after waxing.

The active ingredient is a component included in a composition for skin by various cosmetic prescriptions. For example, as the active ingredient, active ingredient ampoules containing ingredients such as hyaluronic acid and EGF that help skin regeneration are penetrated into the pores through the above route, thereby maximizing the absorption of active ingredients required for various subcutaneous tissues. can

The penetration pathway is a temporary pathway 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 remarkably superior delivery power compared to conventional delivery of the active ingredient from the skin surface.

As described above, the active ingredient may be delivered to the inside of the skin using an ampoule, 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 in comprehensive consideration of the skin condition, skin style, direction of skin improvement, etc. can be determined by

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

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

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

Claims (8)

As a waxing method for removing facial hair or fine hair and correcting facial contours,
Applying a waxing agent to the face in a mask shape to form a mask of the waxing agent over the entire face;
attaching a cover member to cover the mask by arranging a plurality of cover members in the direction of muscle texture of the face;
an external force step of stimulating the retaining ligament by applying an external force to each of the cover members to lift the retaining ligament located in the facial skin tissue in a direction opposite to muscle texture or in a direction opposite to gravity; and
Facial waxing method comprising the step of removing the mask.
According to claim 1,
Before applying the waxing agent to the face,
i) Facial cleansing:
ii) Promotion of generation of waste products including sebum: and
iii) for skin conditioning,
Facial waxing method further comprising a skin pretreatment step.
According to claim 1,
Facial waxing method, characterized in that the waxing agent is preheated before application to the face.
According to claim 1,
The face waxing method, characterized in that the cover member comprises a gauze made of non-woven fabric.
Waxing step 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 pore secured by the waxing step,
How to care for facial skin and muscles.
According to claim 5,
The delivery is a method for managing facial skin and muscles, characterized in that by attaching a cosmetic mask containing the composition for skin.
According to claim 5,
The skin composition is a facial skin and muscle care method, characterized in that the customized preparation in consideration of the skin condition of the treatment subject.
According to claim 5,
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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