KR20200104949A - Device for Stabilizing Skin for Woman with Functional LED - Google Patents

Abstract

The present invention relates to a skin stabilization treatment device for women equipped with a functional LED, capable of regenerating damaged skin. According to the present invention, the skin stabilization treatment device for women equipped with the functional LED includes: a first main module including a first base part, a first LED part, a first contact film part, a first frame part, a first electrode part, and a first cold air part; a second expansion module including a second base part coupled to one designated side of the first base part through a hinge, a second LED part, a second contact film part, and a second frame part; a third expansion module including a third base part coupled to one designated side of the second base part through a hinge, a third LED part, a third contact film part, and a third frame part; and a control module.

Description

Device for Stabilizing Skin for Woman with Functional LED {Device for Stabilizing Skin for Woman with Functional LED}

The present invention relates to a skin stabilization treatment device for women equipped with a functional LED, wherein the skin stabilization processor for women equipped with a functional LED includes a jig area of the female Yzone, at least a part of the area around the jig, all of the labiarum area to the area around the labiarum It provides antibacterial (anti-inflammatory), regeneration, and whitening functions to unstable skin after waxing (or hair removal) for at least a portion of the labia majora, mid-posterior labia majora, or at least a part of the labia minora around the mid-posterior labrum.

Recently, various devices or devices for skin beauty have appeared on the face and the like. It is used as a method of attaching to a specific area in the form of a patch or covering the entire face in the form of a mask.

Republic of Korea Patent Registration No. 10-0837083 (announced on June 11, 2008) relates to a device for improving skin absorption, attaching the patch to the desired face area, attaching the skin contact part to the face over the patch, and attaching the adhesive part of the vibrator to the patch side. It is placed on the top and vibrated to manage the beauty of the skin.

Korean Patent Laid-Open Publication No. 10-2010-0018288 (published on February 17, 2010) relates to an electric skin beauty device, which improves aging, scars, acne marks, etc. for effective regeneration of skin tissue. Includes configuration.

However, in the case of prior patents, most of them were aimed at skin beauty rather than stabilizing unstable skin after waxing (hair removal).

Recently, more and more people are waxing (depilation) for a variety of purposes, especially in the case of women, waxing for bikini swimwear or for maternal use, and in this case, the skin of a woman's secret and sensitive areas will be damaged by waxing. In the past, all that was done was to clean the face pack and attach it to the waxing area. Therefore, there is a need for a dedicated device (device) that can provide a variety of effects (e.g., disinfection, sterilization, antibacterial, anti-inflammatory, regeneration, elasticity, whitening, etc.) to unstable skin after waxing, not just for women. to be.

An object of the present invention for solving the above problems is, at least a part of the jig area or the area around the jig of the female Yzone, all of the labia majora or at least a part of the area around the labia majora, the mid-posterior labia majora to the mid-posterior labia minora After waxing (or hair removal) on at least a portion of the surrounding area, it provides a function for antibacterial (anti-inflammatory), regeneration, and whitening on unstable skin, thereby providing a female skin stabilization processor equipped with a functional LED that stabilizes the skin.

The skin stabilization treatment for women equipped with a functional LED according to the present invention includes an opaque hard first base part consisting of a designated first geometric structure, and N1 (N1 ≥2) LEDs (Light Emitting) disposed on the first base part. Diode), a transparent soft material having a first contact area that is disposed in a designated spaced relationship with the first LED unit and can contact at least a portion of the waxed jig area or the area around the jig of the female Yzone A first contact film portion, a transparent rigid first frame portion providing a framework for maintaining a designated spacing relationship between the N1 LEDs provided in the first base portion and the transparent soft first contact film portion, the first contact A first electrode unit including E1 (E1≥1) electrodes provided in a designated area within the jig and electrically contactable with at least a portion of the jig area or around the jig, is provided in a designated area within the first contact area The first main module including a first cold air portion including a cold air portion capable of transmitting contact cold air to at least a portion of the jig portion or the peripheral portion of the jig, and a designated side of the first base portion, are coupled through a hinge, and a designated agent 2 An opaque rigid second base portion made of a geometric structure, a second LED portion including N2 (N2≥2) LEDs disposed on the second base portion, and the second LED portion and arranged in a designated distance A transparent soft second contact film part having a second contact area capable of contacting at least a part of the waxed labia majora or at least a part of the labia majora, and the transparent soft second contact with N2 LEDs provided in the second base A second expansion module including a transparent rigid second frame part providing a framework for maintaining a designated spacing relationship between the curtain parts and a designated side of the second base part through a hinge, and a designated third geometry structure One hard third base portion, a third LED portion including N3 (N3≥2) LEDs disposed on the third base portion, upper A transparent soft third contact film part, the third base part, which is disposed in a designated spaced relationship with the third LED part and has a third contact area that can contact at least a portion of the waxed mid-posterior labiarum area to at least a part of the mid-posterior labiarum area. A third expansion module including a transparent rigid third frame unit providing a skeleton for maintaining a designated spacing relationship between the N3 LEDs provided in the transparent soft third contact film unit and the first main module, the second It characterized in that it comprises a control module for operating and controlling the operation of the expansion module and the third expansion module.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the first geometrical structure comprises a geometrical structure of a panty line in contact with the female Yzone and a geometrical structure that matches within an allowable range. do.

In the women's skin stabilization processor equipped with a functional LED according to the present invention, the first main module is the wyzone region in an arrangement relationship matching the panty line of the wyzone region of the woman lying in a standing position while looking at the ceiling It is mounted on top and is characterized by maintaining a fixed state by the gravity of the earth.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the LED is characterized in that it includes a function of emitting light of a blue series wavelength at a preset intensity.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the blue-based wavelength is characterized in that it comprises a 405nm wavelength.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the LED further includes a function of emitting light of a red or white wavelength with a preset intensity.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the first contact area includes all areas that can be contacted with body parts in the female Yzone due to the geometry of the first contact film part. do.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the first frame portion is a concave skeleton for forming a concave region in the contact membrane portion with a geometric structure that matches the raised geometry of the jig in the female Yzone It characterized in that it comprises a region.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the concave region may be in contact with a raised jig portion in the female Yzone, and when the first main module is mounted on the female Yzone, the first main It is characterized in that it is used as a reference area to mount the module in the female Yzone.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the E1 electrodes are characterized in that it comprises an electrically conductive material.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the E1 electrodes include an electrically conductive material in a network structure in a designated area of the first contact layer in order to minimize damage to the transparency of the first contact layer. It characterized in that the arrangement is made.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the E1 electrode is characterized in that a galvanic current of a fine intensity that is difficult to detect through a human body sensory organ is applied.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the first cold air part is provided in a designated area within the first contact area, and a tube through which a designated cool air transfer material in a transparent state flows, and within the first contact area It is characterized in that it comprises at least one of a combination of a tube provided in a designated area and flowing a designated cold air transfer material in a transparent state and a space that stays for a predetermined time or longer.

In the skin stabilization treatment device for women equipped with a functional LED according to the present invention, the first cold air portion is in contact with at least a partial portion of the jig portion or the jig periphery and absorbs the heat of the contacted portion to give the cold air. It is characterized by delivering.

In the female skin stabilization treatment machine equipped with a functional LED according to the present invention, the all labiarum region includes a labiarum region connected to a jig region, and the mid-posterior labiarum region includes a labiarum region other than the all labiarum region. It characterized in that it is made.

In the skin stabilization processor for women equipped with a functional LED according to the present invention, the second geometric structure includes a rectangular shape or a trapezoidal shape including a side coupled through a hinge and a designated side of the first base portion, and It characterized in that it comprises a geometric structure that matches within the allowable range.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the second contact area includes all regions of the labia majora or all areas that can be contacted with a region around the labia majora according to the geometry of the second contact membrane part. It is characterized.

In the skin stabilization processor for women equipped with a functional LED according to the present invention, the second expansion module is provided in a designated area within the second contact area and electrically It is characterized in that it further comprises a second electrode portion including E2 (E2≥1) electrodes that can be contacted.

In the female skin stabilization treatment device provided with a functional LED according to the present invention, the E2 electrodes are characterized in that it comprises an electrically conductive material.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the E2 electrodes include an electrically conductive material in a network structure in a designated area of the second contact layer in order to minimize damage to the transparency of the second contact layer. It characterized in that the arrangement is made.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the E2 electrodes are characterized in that a galvanic current of a fine intensity that is difficult to detect through a human body sensory organ is applied.

In the skin stabilization processor for women equipped with a functional LED according to the present invention, the second expansion module is provided in a designated area within the second contact area and has contactability to at least a portion of the all labia minora or all labiarum peripheral areas. It characterized in that it further comprises a second cold air portion including a cold air region capable of transmitting cold air.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the second cold air part is provided in a designated area within the second contact area, and a tube through which a designated cool air transfer material in a transparent state flows, and within the second contact area It is characterized in that it comprises at least one of a combination of a tube provided in a designated area and flowing a designated cold air transfer material in a transparent state and a space that stays for a predetermined time or longer.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the second cold air portion absorbs heat from the contacted portion while in contact with the all labiarum region or all labiarum peripheral regions to deliver the cold air. It features.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the third geometric structure includes a rectangular shape or a trapezoidal shape including a side that is coupled through a hinge and a designated side of the second base portion, and It characterized in that it comprises a geometric structure that matches within the allowable range.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the third contact area includes all possible contact with at least a portion of the mid-posterior labia minora to the mid-posterior labia majora periphery according to the geometry of the third contact membrane part. It characterized in that it comprises a region.

In the skin stabilization processor for women equipped with a functional LED according to the present invention, the third expansion module is provided in a designated area within the third contact area, and includes at least a portion of the mid-posterior labia majora to the mid-posterior labia majora. It is characterized in that it further comprises a third electrode portion including E3 (E3≥1) electrodes that can be electrically contacted.

In the female skin stabilization treatment device provided with a functional LED according to the present invention, the E3 electrodes include an electrically conductive material.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the E3 electrodes include an electrically conductive material in a network structure in a designated area of the third contact layer in order to minimize damage to the transparency of the third contact layer. It characterized in that the arrangement is made.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the E3 electrodes are characterized in that a galvanic current of a fine intensity that is difficult to detect through a human body sensory organ is applied.

In the skin stabilization processor for women equipped with a functional LED according to the present invention, the third expansion module is provided in a designated area in the third contact area to at least a part of the mid-posterior labia majora to at least a part of the mid-posterior labia majora. It is characterized in that it further comprises a third cold air portion including a cold air region capable of transmitting contact cold air.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the third cold air part is provided in a designated area within the third contact area and a tube through which a designated cool air transfer material in a transparent state flows, and in the third contact area It is characterized in that it comprises at least one of a combination of a tube provided in a designated area and flowing a designated cold air transfer material in a transparent state and a space that stays for a predetermined time or longer.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the third cold air portion absorbs heat from the contacted portion while in contact with at least a portion of the mid-posterior labiarum region to the mid-posterior labiarum region. It is characterized in that to deliver the cold air.

In the skin stabilization processor for women equipped with a functional LED according to the present invention, the control module includes a power supply receiving external power or charging power, an LED of the first LED unit and an LED of the second LED unit using the power An LED control unit that controls the operation of a designated LED among the LEDs of the third LED unit, and uses the power to generate a fine current of a fine intensity to be applied to a designated electrode among the electrodes of the first electrode unit, the second electrode unit, and the electrode of the third electrode unit A current generating unit to generate a current, a current applying unit that applies a minute current generated through the current generating unit using a designated electric circuit to a designated electrode among the electrodes of the first electrode unit, the electrode of the second electrode unit, and the electrode of the third electrode unit, the A cold air generation unit that generates cold air to be delivered to a designated cold air unit among the first, second, and third cold air units using power, and the cold air generated through the cold air generation unit using a designated cold air transfer material in a transparent state. It characterized in that it comprises a cold air delivery unit for transmitting to a designated cold air portion of the first cold air portion, the second cold air portion and the third cold air portion.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the cold air generating unit cools the cold air transmission material using a Peltier effect.

In the female skin stabilization treatment device provided with a functional LED according to the present invention, the cold air transmission material is characterized in that it comprises at least one of a transparent gaseous material and a transparent liquid material.

In the skin stabilization treatment for women equipped with a functional LED according to the present invention, the cold air transfer unit includes at least one cold air transfer material among a transparent gas-form cold air transfer material and a transparent liquid cold air transfer material on the first contact membrane. And a pump function that generates a pressure for transferring to a designated cold air portion among the second cold air portions provided in the first cold air portion and the second contact membrane portion and the third cold air portion provided in the third contact membrane portion. do.

In the skin stabilization processor for women equipped with a functional LED according to the present invention, the cold air transfer unit senses a change in current applied through the current application unit, so that the minute current generated through the current generation unit is transmitted through at least one electrode. It is characterized in that it checks whether it is applied to a designated part, and when the generated minute current is applied to the designated part, the process is performed to deliver cold air generated through the cool air generating part to the designated cool air part.

In the female skin stabilization processor equipped with a functional LED according to the present invention, the control module is combined with at least one of the first main module, the second expansion module, and the third expansion module, the first main module. In the form of a separate module separated from a module, a second expansion module, and a third expansion module and connected to at least one of the first main module, the second expansion module, and the third expansion module through a cable, the first main module, It is characterized in that it is implemented in at least one of a form distributed through a separate module and at least one of the second expansion module and the third expansion module.

According to the present invention, after waxing a woman's secret area (Y zone), simply lay down and put on it to prevent inflammation that may occur after waxing, provide disinfection and sterilization effects, and furthermore, to prevent sagging skin due to waxing. It gives elasticity and has the advantage of regenerating damaged skin.

1A to 1C are diagrams schematically showing the configuration of a skin stabilization processor for women equipped with a functional LED according to an embodiment of the present invention.
1B is a view showing a rear view (inside) of a female skin stabilization processor equipped with a functional LED according to the present invention, and shows a portion in which the female skin stabilization processor equipped with the functional LED substantially contacts the female skin. It is a drawing.
2 is a view schematically showing the configuration of a control module of a skin stabilization processor for women equipped with a functional LED according to an embodiment of the present invention.

Hereinafter, the operating principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings and the description to be described below are for a preferred implementation method among various methods for effectively describing the features of the present invention, and the present invention is not limited to the following drawings and description.

That is, the following example corresponds to an example of a preferred union form among the numerous examples of the present invention, and an example omitting a specific configuration (or step) in the following examples, or a specific configuration (or step) An embodiment in which a function implemented in a specific configuration (or step) is divided into a specific configuration (or step), or an embodiment in which a function implemented in two or more configurations (or steps) is integrated into any one configuration (or step), a specific configuration (or step) Even if not mentioned separately in the following examples, the examples and the like for replacing the operation sequence of all belong to the scope of the present invention. Accordingly, it is clearly stated that various examples corresponding to a subset or a complementary set may be divided by retrospectively receiving the filing date of the present invention based on the following examples.

In addition, in the following description of the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of users or operators. Therefore, the definition should be made based on the contents throughout the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following examples are a means for efficiently explaining the technical idea of the present invention to those of ordinary skill in the art to which the present invention belongs. Only.

1A to 1C are diagrams schematically showing the configuration of a skin stabilization processor for women equipped with a functional LED according to an embodiment of the present invention.

In more detail, FIGS. 1A to 1C show at least a part of the jig area or the area around the jig of the female Yzone, all of the labia majora area or at least a part of the area around all the labia majora, As showing the configuration of a skin stabilization treatment machine for women equipped with a functional LED that stabilizes the skin by providing functions for antibacterial (anti-inflammatory), regeneration, and whitening to unstable skin after waxing (or hair removal) on some areas, the present invention Those of ordinary skill in the relevant technical field will be able to infer various implementation methods for the female skin stabilization processor equipped with the functional LED by referring and/or modifying this drawing 1, but the present invention is the analogy It is made including all the implementation methods, and the technical features are not limited only by the implementation method shown in FIG.

Figure 1a is a view showing a front view (outer side) of a skin stabilization processor for women equipped with a functional LED according to the present invention, the skin stabilization processor for women equipped with a functional LED is a first main module 100, the A second expansion module 105 that is connected to the first main module 100 by a hinge and can be folded at a certain angle inward, and a third expansion module 105 that is connected to the second expansion module 105 by a hinge and can be folded at a certain angle inward. It may be composed of an expansion module 110 and a control module 200 that operates and controls the operation of the first main module 100, the second expansion module 105, and the third expansion module 110.

In more detail, referring to Figure 1a, the first main module 100 includes an opaque rigid first base portion 115 made of a designated first geometric structure, and the second expansion module 105 The first base unit 115 includes a second base unit 120 of opaque rigidity that is coupled through a hinge and has a designated second geometry structure, and the third expansion module 110 includes the The second base portion 120 may include a third base portion 125 of opaque rigidity that is coupled through a hinge with a designated side of the second base portion 120 and formed of a specified third geometric structure.

The first geometric structure of the first base portion 115 may include a geometric structure matching the geometric structure of the panty line in contact with the female Yzone and within an allowable range.

The first main module 100 is placed on the Yzone portion in an arrangement that matches the panty line of the Yzone portion of a woman lying in a standing position while looking at the ceiling, and can be mounted on the Yzone portion to be mounted and fixed by earth gravity. have.

The second geometric structure of the second base part 120 is within an allowable range with a rectangular or trapezoidal geometry structure including a side coupled through a hinge with a designated side of the first base part 115 It may contain matching geometries.

The third geometric structure of the third base part 125 is within the allowable range with a rectangular or trapezoidal geometry including a side coupled through a hinge with a designated side of the second base part 120 It may contain matching geometries.

The first base portion 115, the second base portion 120, and the third base portion 125 may function as an outer outer wall of the skin stabilization processor for women equipped with the functional LED.

Figure 1b is a view showing a rear view (inside) of a skin stabilization processor for women equipped with a functional LED according to the present invention, showing a portion in which the skin stabilization processor for women equipped with a functional LED substantially contacts the skin of a woman It is a drawing.

In more detail, referring to Figure 1b, the first main module 100 is a first LED unit including N1 (N1≥2) LEDs (Light Emitting Diode) disposed on the first base unit 115 The first transparent soft material having a first contact area 130 and a first contact area disposed in a designated spaced relationship with the first LED unit 130 and capable of contacting the waxed jig portion of the female Yzone or at least a portion of the jig peripheral area. A first electrode portion including a contact film portion 185 and E1 (E1≥1) electrodes provided in a designated area within the first contact area and electrically contactable with at least a portion of the jig area or the jig area ( 135) can be configured. Here, the first electrode part 135 may be omitted for those skilled in the art to implement the present invention.

The second expansion module 105 includes a second LED unit 145 including N2 (N2≥2) LEDs disposed on the second base unit 120, and the second LED unit 145 and designated It may be configured to include a transparent soft second contact film portion 190 that is disposed in a spaced relationship and has a second contact area capable of contacting at least a portion of the waxed entire labiarum region or the waxed labiarum region.

The third expansion module 110 includes a third LED unit 155 including N3 (N3≥2) LEDs disposed on the third base unit 125, and the third LED unit 155 and designated It may be configured to include a transparent soft third contact film portion 195 disposed in a spaced relationship and having a third contact area capable of contacting at least a portion of the waxed mid-posterior labiarum region to at least a portion of the mid-posterior labiarum region.

According to the present invention, the LEDs included in the first LED unit 130, the second LED unit 145, and the third LED unit 155 include a function of emitting light of a blue series wavelength at a preset intensity. can do. Here, the blue-based wavelength may provide disinfecting, sterilizing, antibacterial, and anti-inflammatory effects, and for example, the blue-based wavelength may include a 405 nm wavelength.

In addition, according to the present invention, the LEDs included in the first LED unit 130, the second LED unit 145, and the third LED unit 155 are red-based or white-based light having a preset intensity It may further include a function of emitting to, the red-based wavelength can provide an effect of regeneration and elasticity, and the white-based wavelength can provide an effect of whitening.

The first contact area of the first contact layer part 185 may include all areas that can contact a body part in the female Yzone due to the geometric structure of the first contact layer part 185. For example, the first contact area may be an entire area or a partial area of the first contact layer 185.

The E1 electrodes of the first electrode part 135 of the first main module 100 may include an electrically conductive material.

In addition, the E1 electrodes have a network structure (e.g., attached on the touch screen of the smartphone) with an electrically conductive material in a designated area of the first contact film part 185 to minimize damage to the transparency of the first contact film part 185 It can be arranged in a structure similar to that of the touch film).

In addition, the E1 electrode may be applied with a galvanic current having a fine intensity that is difficult to detect through a human body sensory organ. For example, the galvanic current is a direct current, and can be used in a manner of applying a current of the same pole (eg, anode-positive cathode-cathode) and different poles (anode-cathode) to each other, and according to the present invention, In this case, the hair roots inside the pores can be removed by attaching the waxing tape to the skin, and in this case, the hair follicles surrounding the hair roots may be exposed to the outside through the pores. It can perform a'disincrustation' function that softens the cotton cloth and discharges it out of the skin. In addition, the cathode of galvanic current exerts skin softening, vasodilation and cleansing effects, while the anode exerts skin convergence, inflammation reduction, and soothing effects that reduce nerve irritation and harden the skin tissue.Especially after waxing, people Since the skin of the skin may feel stretched, it is necessary to converge the skin to harden the skin tissue through the cathode of the galvanic current, and it may be necessary to apply the current at the cathode of the galvanic current to reduce inflammation and soothing effect due to waxing.

The second contact area of the second contact film part 190 may include all areas that can contact all of the labia majora due to the geometry of the second contact film part 190 or all areas around the labia majora, for example, the second The contact area may be an entire area or a partial area of the second contact layer 190.

On the other hand, the second expansion module 105 includes E2 (E2≥1) electrodes provided in a designated area within the second contact area and capable of electrically contacting at least a part of the entire labiarum area or all labiarum periphery. A second electrode unit 150 may be further included.

Here, the E2 electrodes may include an electrically conductive material, and an electrically conductive material is formed in a network structure in a designated area of the second contact layer 190 to minimize damage to the transparency of the second contact layer 190. Can be placed.

In addition, the E2 electrodes may be applied with a galvanic current of a fine intensity that is difficult to detect through a human body sensory organ.

The third contact area of the third contact film part 195 may include all areas that can contact at least a portion of the middle and posterior labia majora to at least some parts around the labia majora due to the geometric structure of the third contact film part 195, and For example, the third contact area may be an entire area or a partial area of the third contact layer part 195.

On the other hand, the third expansion module 110 is provided in a designated area in the third contact area, E3 (E3 ≥ 1) electrodes that are provided in electrical contact with at least a portion of the mid-posterior labia majora and mid-posterior labia majora area It may further include a third electrode unit 160 including.

The E3 electrodes may include an electrically conductive material, and an electrically conductive material is arranged in a network structure in a designated area of the third contact film part 195 to minimize damage to the transparency of the third contact film part 195. I can.

In addition, the E3 electrodes may be applied with a galvanic current having a fine intensity that is difficult to detect through a human sense organ.

1C is a diagram showing a cross-sectional configuration of a skin stabilization processor for women equipped with a functional LED composed of a first main module 100, a second expansion module 105, and a third expansion module 110. FIG.

In more detail, referring to Fig. 1c, the first main module 100 establishes a designated spacing relationship between the N1 LEDs provided in the first base unit 115 and the transparent soft first contact film unit 185. A transparent hard first frame part 140 that provides a skeleton for holding, and a cold air region provided in a designated region within the first contact region and capable of delivering contact cold air to at least a portion of the jig or around the jig It may further include a first cold air portion 170 including.

The first frame part 140 may include a concave frame region for forming a concave region in the first contact film part 185 with a geometric structure matching the raised geometric structure of a jig in the female Yzone. For example, the jig region is a region where pubic hair occurs mainly in the female genital organs, and because the subcutaneous fat is accumulated and is slightly bulging, the first frame part 140 is flattened without considering the raised state of the jig region. When fabricated, the first main module 100 floats in the air due to the bulging of the jig portion, and for this reason, it may be inclined to one side, and to prevent this, the first main module 100 matches the jig portion of the first frame portion 140. It is preferable that the part is made to be concave so that the jig part is made to enter the concave area.

Here, the concave area of the first frame part 140 may be in contact with the raised jig in the female wyzone, and when the first main module 100 is mounted on the female wyzone, the first main module 100 Can be used as a reference area to place in the female Yzone.

The first cold air part 170 is provided in a designated area within the first contact area and a tube through which a designated cold air transfer material in a transparent state flows, and a designated cold air transfer material in a transparent state is provided in a designated area within the first contact area. It may include at least one of a combination of a flowing tube and a space to stay for a predetermined time or longer.

In addition, the first cold air part 170 may absorb heat from the contacted portion while in contact with at least a partial portion of the jig portion or the jig periphery to deliver the cold air.

The second expansion module 105 is a transparent rigid to provide a skeleton for maintaining a designated separation relationship between the N2 LEDs provided in the second base portion 120 and the transparent second contact film portion 190 A second cold air unit including a second frame unit 150 of and a cold air region provided in a designated region within the second contact region and capable of delivering contact cold air to at least a portion of the entire labiarum region or the entire labiarum region. It may further include (175).

The second cold air part 175 is provided in a designated area in the second contact area and a designated cool air transfer material in a transparent state flows, and a designated cold air transfer material in a transparent state is provided in a designated area in the second contact area. It may include at least one of a combination of a flowing tube and a space to stay for a predetermined time or longer.

In addition, the second cold air part 175 may absorb heat from the contacted portion while being in contact with the entire labiarum region or the entire labiarum region and transmit the cold air.

The third expansion module 110 is a transparent rigid providing a skeleton for maintaining a designated spacing relationship between the N3 LEDs provided in the third base unit 125 and the transparent soft third contact film unit 195 A third frame part 165 of and a cold air region provided in a designated region within the third contact region and capable of transmitting contact cold air to at least a portion of the mid-posterior labia majora region to at least a portion of the mid-posterior labiarum region A cold air part 180 may be further included.

The third cold air part 180 is provided in a designated area in the third contact area and a tube through which a designated cool air transfer material in a transparent state flows, and a designated cold air transfer material in a transparent state is provided in a designated area in the third contact area. It may include at least one of a combination of a flowing tube and a space to stay for a predetermined time or longer.

In addition, the third cold air part 180 may absorb heat from the contacted portion while in contact with at least a partial portion of the mid-posterior labiarum region to the mid-rear labiarum region and transmit the cold air.

2 is a diagram schematically showing the configuration of a control module of a skin stabilization processor for women equipped with a functional LED according to an embodiment of the present invention.

In more detail, FIG. 2 is a configuration of a control module 200 that operates and controls the operation of the first main module 100, the second expansion module 105, and the third expansion module 110 shown in FIG. 1 As shown, various implementations of the control module 200 of the female skin stabilization processor equipped with the functional LED by referring to and/or modifying this Figure 2 for those of ordinary skill in the technical field to which the present invention belongs. Although the method may be inferred, the present invention includes all of the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 2. For example, the control module 200 is combined with at least one of the first main module 100, the second expansion module 105, and the third expansion module 110, and the first main module 100 ), the second expansion module 105 and the third expansion module 110 and at least one of the first main module 100, the second expansion module 105, and the third expansion module 110 At least one of a separate module type connected through a cable, at least one of the first main module 100, the second expansion module 105, and the third expansion module 110, and a form distributed through a separate module It can be implemented in the form of.

Referring to FIG. 2, the control module 200 includes a power supply unit 205 receiving external power or charging power, and an LED and a second LED unit 145 of the first LED unit 130 using the power. The LED control unit 210 for controlling the operation of a designated LED among the LEDs of) and the LEDs of the third LED unit 155, and the electrode of the first electrode unit 135 and the second electrode unit 150 using the power A current generation unit 215 that generates a fine current of a fine intensity to be applied to a designated electrode among the electrodes of the electrode of and the third electrode unit 160, and the current generation unit 215 using a designated electric circuit A current application unit 220 that applies the fine current to a designated electrode among the electrodes of the first electrode unit 135, the electrode of the second electrode unit 150, and the electrode of the third electrode unit 160, and the power Using the first cold air unit 170, the second cold air unit 175 and the third cold air unit 180, a cold air generating unit 225 that generates cold air to be transferred to a designated cold air unit, and a designated cold air transfer material in a transparent state. And a cold air delivery unit 230 that transmits the cold air generated through the cold air generation unit to a designated cold air unit among the first cool air unit 170, the second cool air unit 175, and the third cool air unit 180 Can be.

The cold air generating unit 225 may cool a cold air transfer material using a Peltier Effect, and the cold air transfer material is a transparent gaseous material (eg, air), a transparent liquid material (eg, Water) may contain at least one material.

The cold air transfer unit 230 includes at least one cold air transfer material of a transparent gaseous cold air transfer material and a transparent liquid cold air transfer material with a first cold air part 170 provided on the first contact membrane part 185 2 Includes a pump function that generates pressure for transferring to a designated cold air part among the second cold air part 175 provided in the contact membrane part 190 and the third chilled air part 180 provided in the third contact film part 195 can do.

In addition, the cold air transmission unit 230 detects a change in the current applied through the current application unit 220 so that the minute current generated through the current generation unit 215 is transferred to a designated portion through at least one electrode. It is checked whether it is applied, and when the generated minute current is applied to a designated portion, the cold air generated through the cold air generating unit 225 may be processed to deliver to the designated cold air portion.

For example, when the cold air delivery unit 230 includes a pump, noise may be generated during operation. Therefore, when the electrodes provided in the contact areas of each frame contact each part and a minute current does not flow, the pump may be operated. There is no need, and when an electrode provided in the contact area of each frame part contacts each part and a minute current flows, a pump noise of the cold air delivery part 230 may be generated, thereby allowing a user to recognize whether the operation is performed. That is, whether or not a minute current flows through each portion can be used as a switch for transmitting cold air.

100: first main module 105: second expansion module
110: third expansion module 115: first base unit
120: second base portion 125: third base portion
130: first LED unit 135: first electrode unit
145: second LED unit 150: second electrode unit
155: third LED unit 160: third electrode unit
185: first contact film part 190: second contact film part
195: third contact film part 200: control module

Claims (39)

An opaque rigid first base portion consisting of a designated first geometry structure,
A first LED unit including N1 (N1≥2) LEDs (Light Emitting Diodes) disposed on the first base unit,
A transparent soft first contact film portion disposed in a designated spaced relationship with the first LED portion and having a first contact area capable of contacting the waxed jig portion of the female Yzone or at least a portion of the jig peripheral portion,
A transparent rigid first frame unit that provides a skeleton for maintaining a designated spacing relationship between the N1 LEDs provided in the first base unit and the transparent soft first contact film unit,
A first electrode portion including E1 (E1≥1) electrodes provided in a designated area within the first contact area and electrically contactable with at least a portion of the jig area or the jig area,
A first main module including a first cool air unit provided in a designated area within the first contact area and including a cool air region capable of transmitting contact cool air to at least a portion of the jig region or a region around the jig;
An opaque hard second base portion formed of a specified second geometry structure coupled to a specified side of the first base portion through a hinge,
A second LED unit including N2 (N2≥2) LEDs disposed on the second base unit,
A transparent soft second contact film portion disposed in a designated spaced relationship with the second LED unit and having a second contact area capable of contacting at least a portion of the waxed entire labiarum region,
A second expansion module including a transparent rigid second frame unit that provides a skeleton for maintaining a designated spacing relationship between the N2 LEDs provided in the second base unit and the transparent soft second contact film unit;
An opaque rigid third base portion formed of a specified third geometry structure coupled to a specified side of the second base portion through a hinge,
A third LED unit including N3 (N3≥2) LEDs disposed on the third base unit,
A transparent soft third contact film portion disposed in a designated spaced relationship with the third LED unit and having a third contact area capable of contacting at least a portion of the waxed mid-posterior labiarum area to at least a portion of the mid-posterior labiarum area,
A third expansion module including a transparent rigid third frame unit that provides a skeleton for maintaining a designated spacing relationship between the N3 LEDs provided in the third base unit and the transparent soft third contact film unit; And
A control module for operating and controlling the operations of the first main module, the second expansion module, and the third expansion module.
The method of claim 1, wherein the first geometric structure,
Women's skin stabilization treatment device with a functional LED, characterized in that comprising a geometric structure of a panty line in contact with the female Yzone and a geometric structure matching within an allowable range.
The method of claim 1, wherein the first main module,
A functional LED is equipped with a functional LED, characterized in that the woman is placed on the wyzone part in a matching arrangement with the panty line of the lady's wyzone part lying in a standing position while looking at the ceiling to maintain a fixed state by earth gravity Skin stabilization treatment for women.
The method of claim 1, wherein the LED,
A skin stabilization treatment for women with a functional LED, characterized in that it includes a function of emitting light of a blue-based wavelength at a preset intensity.
The method of claim 4, wherein the blue series wavelength,
Skin stabilization treatment device for women equipped with a functional LED, characterized in that comprising a 405nm wavelength.
The method of claim 4, wherein the LED,
A skin stabilization treatment for women with a functional LED, characterized in that it further includes a function of emitting light of a red or white wavelength with a preset intensity.
The method of claim 1, wherein the first contact area,
The skin stabilization treatment device for women with a functional LED, characterized in that the first contact film portion includes all areas that can be in contact with the body part in the female Yzone according to the geometry structure of the first contact layer.
The method of claim 1, wherein the first frame portion,
Women's skin stabilization treatment device equipped with a functional LED, characterized in that it comprises a concave skeleton region for forming a concave region in the contact membrane with a geometric structure matching the raised geometric structure of the jig region in the female Yzone.
The method of claim 8, wherein the concave region,
It is possible to contact the raised jig in the female Yzone,
When the first main module is mounted in the female Yzone, the first main module is used as a reference region for mounting the first main module in the female Yzone.
The method of claim 1, wherein the E1 electrodes,
Women's skin stabilization processor provided with a functional LED, characterized in that comprising an electrically conductive material.
The method of claim 1 or 10, wherein the E1 electrodes,
A skin stabilization treatment device for women with a functional LED, characterized in that an electrically conductive material is arranged in a network structure in a designated area of the first contact layer in order to minimize damage to the transparency of the first contact layer.
The method of claim 1 or 10, wherein the E1 electrodes,
A female skin stabilization processor equipped with a functional LED, characterized in that a galvanic current of a fine intensity that is difficult to detect through a human body sensory organ is applied.
The method of claim 1, wherein the first cold air part,
A tube provided in a designated area within the first contact area and flowing a designated cold air transfer material in a transparent state,
A skin stabilization treatment device for women with a functional LED, characterized in that it comprises at least one of a combination of a tube provided in a designated area within the first contact area, and a tube through which a designated cool air transfer material flows in a transparent state and a space to stay for a predetermined time or longer.
The method of claim 1, wherein the first cold air part,
A skin stabilization treatment device for women with a functional LED, characterized in that it absorbs heat from the contacted area and delivers the cold air while in contact with at least a portion of the jig area or the area around the jig.
The method of claim 1,
All of the labia majora area includes a labia majora area connected to a jig area,
The mid-back part of the labiarum part is a skin stabilization treatment machine for women equipped with a functional LED, characterized in that comprises a part of the labia majora other than the labiarum part.
The method of claim 1, wherein the second geometric structure,
Female skin with a functional LED, characterized in that it comprises a geometric structure of a rectangular shape or a trapezoidal shape including a side coupled through a hinge with a designated side of the first base portion and a geometric structure matching within an allowable range Stabilization handler.
The method of claim 1, wherein the second contact area,
The skin stabilization treatment device for women with a functional LED, characterized in that including all regions of the labia majora or all areas that can be in contact with the areas around the labiarum in accordance with the geometry of the second contact membrane part.
The method of claim 1, wherein the second expansion module,
Characterized in that it further comprises a second electrode unit including E2 (E2≥1) electrodes provided in a designated area within the second contact area and electrically contactable with at least a portion of the entire labia majora Skin stabilization treatment for women equipped with a functional LED.
The method of claim 18, wherein the E2 electrodes,
Women's skin stabilization processor provided with a functional LED, characterized in that comprising an electrically conductive material.
The method of claim 18 or 19, wherein the E2 electrodes,
A skin stabilization treatment for women with a functional LED, characterized in that an electrically conductive material is arranged in a network structure in a designated area of the second contact layer in order to minimize damage to the transparency of the second contact layer.
The method of claim 18 or 19, wherein the E2 electrodes,
A female skin stabilization processor equipped with a functional LED, characterized in that a galvanic current of a fine intensity that is difficult to detect through a human body sensory organ is applied.
The method of claim 1, wherein the second expansion module,
A functional LED, characterized in that it further comprises a second cold air portion provided in a designated area within the second contact area and including a cold air region capable of transmitting contact cold air to at least a portion of the entire labiarum region Equipped with a skin stabilization treatment for women.
The method of claim 22, wherein the second cold air portion,
A tube provided in a designated area within the second contact area and flowing a designated cold air transfer material in a transparent state,
The skin stabilization treatment device for women with a functional LED, characterized in that it comprises at least one of a combination of a tube provided in a designated area within the second contact area, and a tube through which a designated cold air transfer material flows in a transparent state and a space for staying for a predetermined time or longer.
The method of claim 23, wherein the second cold air portion,
The skin stabilization treatment device for women with a functional LED, characterized in that it absorbs the heat of the contacted area and delivers the cold air while in contact with the all labiarum area or the all labiarum area.
The method of claim 1, wherein the third geometric structure,
Female skin with a functional LED, characterized in that it comprises a geometric structure of a rectangular shape or a trapezoidal shape including a side coupled through a hinge with a designated side of the second base portion and a geometric structure matching within an allowable range Stabilization handler.
The method of claim 1, wherein the third contact area,
The skin stabilization treatment device for women with a functional LED, characterized in that it includes all regions that can be in contact with at least a portion of the mid-posterior labiarum region to the mid-posterior labiarum region in terms of the geometry of the third contact membrane part.
The method of claim 1, wherein the third expansion module,
And a third electrode portion including E3 (E3≥1) electrodes provided in a designated area in the third contact area and electrically contactable with at least a portion of the mid-posterior labia majora and mid-posterior labia majora area. Women's skin stabilization treatment device equipped with a functional LED, characterized in that.
The method of claim 27, wherein the E3 electrodes,
Women's skin stabilization processor provided with a functional LED, characterized in that comprising an electrically conductive material.
The method of claim 27 or 28, wherein the E3 electrodes,
A skin stabilization treatment for women with a functional LED, characterized in that an electrically conductive material is arranged in a network structure in a designated area of the third contact layer in order to minimize damage to the transparency of the third contact layer.
The method of claim 27 or 28, wherein the E3 electrodes,
A female skin stabilization processor equipped with a functional LED, characterized in that a galvanic current of a fine intensity that is difficult to detect through a human body sensory organ is applied.
The method of claim 1, wherein the third expansion module,
Characterized in that it further comprises a third cold air portion including a cold air region provided in a designated region within the third contact region and capable of transmitting contact cold air to at least a portion of the mid-posterior labiarum region to at least a portion of the mid-posterior labiarum region. Skin stabilization treatment for women equipped with functional LED.
The method of claim 31, wherein the third cold air portion,
A tube provided in a designated area within the third contact area and flowing a designated cold air transfer material in a transparent state,
The skin stabilization treatment device for women with a functional LED, characterized in that it comprises at least one of a combination of a tube provided in a designated area within the third contact area, and a tube through which a designated cold air transfer material flows in a transparent state and a space that stays for a certain time or longer.
The method of claim 31, wherein the third cold air portion,
The skin stabilization treatment device for women with a functional LED, characterized in that in contact with at least a portion of the mid-posterior labiarum region to the mid-posterior labiarum region, absorbs heat from the contacted region and delivers the cold air.
The method of claim 1, wherein the control module,
A power supply that receives external power or charges the power,
An LED control unit for controlling the operation of a designated LED among the LEDs of the first LED unit, the LED of the second LED unit, and the LED of the third LED unit using the power,
A current generation unit that generates a minute current of fine intensity to be applied to a designated electrode among the electrodes of the first electrode unit, the electrode of the second electrode unit, and the electrode of the third electrode unit by using the power,
A current applying unit that applies a microcurrent generated through the current generation unit to a designated electrode among the electrodes of the first electrode unit, the electrode of the second electrode unit, and the electrode of the third electrode unit using a designated electric circuit,
A cold air generator for generating cold air to be transmitted to a designated cold air portion among the first cold air portion, the second cold air portion, and the third cold air portion using the power source;
Functionality characterized in that it comprises a cold air delivery unit that transfers the cold air generated through the cold air generation unit to a designated cold air unit among the first cool air unit, the second cool air unit, and the third cool air unit using a designated cool air transfer material in a transparent state. A skin stabilization treatment for women equipped with an LED.
The method of claim 34, wherein the cold air generating unit,
A skin stabilization treatment device for women equipped with a functional LED, characterized in that cooling a cold air transmission material using the Peltier Effect.
The method of claim 34, wherein the cold air transfer material,
A skin stabilization treatment device for women with a functional LED, characterized in that it comprises at least one of a transparent gaseous material and a transparent liquid material.
The method of claim 34, wherein the cold air delivery unit,
Third contact with the first cold air part provided in the first contact membrane and the second cold air part provided in the second contact membrane part with at least one cold air transfer material among transparent gaseous cold air transfer material and transparent liquid cold air transfer material A skin stabilization treatment device for women with a functional LED, characterized in that it comprises a pump function for generating a pressure for transmitting to a designated cold air portion among the third cold air portions provided in the membrane portion.
The method of claim 34 or 37, wherein the cold air delivery unit,
By detecting a change in the current applied through the current applying unit, it is checked whether the minute current generated through the current generating unit is applied to a designated area through at least one electrode, and when the generated minute current is applied to a designated area A skin stabilization treatment device for women with a functional LED, characterized in that processing to deliver cold air generated through the cold air generating unit to a designated cold air unit.
The method of claim 1, wherein the control module,
A form combined with at least one of the first main module, the second expansion module, and the third expansion module,
In the form of a separate module separated from the first main module, the second expansion module, and the third expansion module and connected to at least one of the first main module, the second expansion module, and the third expansion module through a cable,
Skin stabilization processor for women with a functional LED, characterized in that at least one of the first main module, the second expansion module, and the third expansion module is implemented in a form distributed through a separate module. .

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