JP2016022017A - Cosmetic apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cosmetic apparatus capable of selecting a state between a state in which stimulation by a slow change in temperature is applied while giving moistness based on mist to the skin around eyes of a user and a state in which heat is directly applied to a skin by a heat transfer part, and having an effect related to beauty on the user's skin to the maximum with a configuration of a minimum requirement corresponding to the function.SOLUTION: A heated state can be selected according to a use state by enabling selection of a state between a state in which a liquid holding member 40 is held by a spacer 30, heat generated at a heat source part 50 is transferred to liquid for mist of the liquid holding member 40 through a heat transfer part 20 for generating warmed mist for warming the skin around the eyes with mist, and a state in which the heat transfer part 20 is caused to come in direct contact with the skin to warm the skin. In the case where the skin is warmed with mist, a hyperthermia effect is given in a state that an environment in which sufficient moisture is present around the eyes is maintained, and blood circulation is promoted while reliably holding moistness in the skin around the eyes, thereby improving a beauty effect.SELECTED DRAWING: Figure 5

Description

  The present invention relates to a cosmetic device that gives a predetermined beauty effect to a user's skin, particularly around the eyes, that is, the skin around the eyes.

  Beauty devices that perform various operations related to predetermined beauty / skin on the skin (skin) of the user's face, etc., are simple functions that are used at home, low-output ones, and multi-functions that are used for business purposes. Various types are used, including those with high output. Among these beauty devices, the simple ones used at home include those that cool or heat the skin, those that apply suction to the skin, those that apply steam or mist to the skin, and irradiate the skin with light. Doing things, transmitting ultrasonic vibrations to the skin, applying weak current to the skin to perform iontophoresis (iontophoresis), or applying weak current to the skin to remove fine dirt (cleansing) Things are generally used.

  In particular, in recent years, steam (mist) is generated with an instrument held in front of the user's eyes, and the steam hits the skin around the eyes. Those that suppress and moisturize are known. An example of such a conventional beauty device is disclosed in Japanese Patent Application Laid-Open No. 2011-244922.

JP 2011-244922 A

  A conventional beauty device has a configuration shown in the above-mentioned patent document. In such a device, in order to generate steam (mist), a heating element is energized to a portion holding water to be evaporated as steam. It is a mechanism to apply heat. In use, the user usually performs an operation of applying steam to the skin and applying warmth to the skin after the apparatus main body is applied to the skin around the target eye.

  And the conventional apparatus shown by the said patent document has a part which touches skin directly and gives heat, and is provided with the heater for giving heat directly to skin separately from the heater for mist generation. ing.

  Each heater operates at the same time, and heat application by the mist and direct heat application from the skin contact part are executed together, and only one of them cannot be used. Even if the user wants to use only one of them, in addition to being unable to use one alone, it has a structure that always has two heat application parts, so the device is bulky, portable and easy to use The problem was that the problem was great.

  The present invention has been made in order to solve the above-described problems. The skin around the user's eyes is moistened based on mist, and is stimulated by a gradual temperature change. It is an object to provide a beauty device that can select a state that directly conducts heat with respect to the skin and that can provide the maximum effect on the user's skin with the minimum necessary configuration corresponding to the function. To do.

(1)
A cosmetic device according to the disclosure of the present invention is arranged so as to cover the eyes on the user's face and the skin around the eyes, and applies a predetermined stimulus related to beauty to at least the skin around the eyes of the user In the apparatus, the face-facing side has a curved surface shape substantially along the surface shape of the peripheral part of the face of the face, and the apparatus main body located on the front side of the eye and the skin around the eye, and the eye of the apparatus main body A heat transfer part made of a heat conductive material provided on the opposite side and in contact with the heat transfer part so as to be able to conduct heat are built in the apparatus main body part, and at least heat generation is possible based on a user's operation. The heat source part and the heat transfer part on the side facing the eye of the apparatus main body part are provided so as to be attachable / detachable, and in the attached state to the apparatus main body part, at least on the outer edge of the skin covering target part around the eye of the user Spare made of insulating material that can be contacted And a liquid holding member made of a porous material that can be disposed in the vicinity of the heat transfer portion by being supported by the spacer in a state where the spacer is attached to the apparatus main body, and holds a predetermined liquid for mist, A mist generating part that floats in the space as a mist liquid held by the liquid holding member, in a state where the spacer is attached to the apparatus main body and the liquid holding member is disposed in the vicinity of the heat transfer part, The heat transmitted from the heat source that generates heat to the heat transfer section is further transferred from the heat transfer section to the mist liquid of the liquid holding member, and the mist liquid is warmed by heat, and a heated mist is generated based on the mist liquid. The mist is in contact with the skin around the eye and the spacer is not attached to the apparatus main body, and / or the spacer is attached to the apparatus main body while the liquid holding member is not disposed near the heat transfer section. Then around the eyes The heat transfer portion on the skin of at least part of undereye side of the skin in direct contact, the heat transferred to the heat transfer portion from the heat source for heating is one that further transferred to the skin from the heat transfer section.

  Thus, according to the disclosure of the present invention, the liquid holding member is supported by the spacer, the heat generated in the heat source part is transmitted to the mist liquid of the liquid holding member via the heat transfer part, and the heated mist is transferred. It can be used by making it possible to select the state of heating the skin around the eye with mist and the state of warming the skin by directly contacting the skin around the eye without providing a liquid holding member The warming state can be selected according to the situation, and when the skin around the eye is warmed with mist, a thermal effect can be given while maintaining an environment in which sufficient moisture exists around the eye. The blood circulation is promoted and the cosmetic effect is improved while the moisture around the skin is securely held. On the other hand, when applying heat by directly contacting the heat transfer part to the user's skin, there is no need to prepare a liquid holding member or a liquid for mist, and heat can be applied simply and quickly. Beauty effect by heat can be obtained without damaging the skin.

(2)
In addition, in the beauty device according to the disclosure of the present invention, the liquid holding member is formed in a thin sheet shape or a plate shape as needed, and is supported by the spacer at a predetermined position between the heat transfer portion and the eye. The heat transfer section is also used as the mist generating section and transfers heat to the mist liquid held in each section of the liquid holding member, and evaporates the mist liquid with heat from the heat transfer section to form mist. Is.

  As described above, according to the disclosure of the present invention, by generating the mist by evaporating the liquid for the mist held by the liquid holding member as the mist generating portion with respect to the liquid holding member supported by the spacer. As a simple mist generating mechanism that evaporates the mist liquid by heat, the heat transfer section can be used for both direct heat application and mist generation, the structure of the entire apparatus can be simplified, and the cost can be reduced.

(3)
Further, in the beauty device according to the disclosure of the present invention, the liquid holding member is configured as a mesh body having a large number of holes in a mesh shape, and the liquid for the mist is held in the holes of each part of the mesh body as necessary. The spacer is integrally attached to the spacer and is disposed in the vicinity of the heat transfer portion in a state where the spacer is attached to the apparatus main body.

  As described above, according to the disclosure of the present invention, the liquid holding member is integrated with the spacer as a mesh body, and is positioned in the vicinity of the heat transfer portion in accordance with the mounting of the spacer, and the mist liquid is evaporated by the heat from the heat transfer portion. By making it possible, the mist can be generated in the minimum necessary space, and the entire apparatus can be reduced in size even when the liquid holding member is provided in the apparatus main body, and the liquid holding member holding mechanism for the mist is provided. This simplifies, allows easy introduction of the liquid into the liquid holding member, facilitates handling for the user, and improves usability.

(4)
Further, in the cosmetic device according to the disclosure of the present invention, the liquid holding member is a flexible porous material sheet as necessary, and the spacer is attached to the device main body with the spacer. It is sandwiched and supported between the apparatus main body and / or the heat transfer section.

  As described above, according to the disclosure of the present invention, the liquid holding member is a porous sheet body, and is attached in the vicinity of the heat transfer portion so as to be sandwiched between the spacer and the apparatus main body portion and / or the heat transfer portion when the spacer is attached. The mist liquid can be evaporated by the heat from the heat transfer section, so that the liquid holding member can be positioned in the vicinity of the heat transfer section in a simple support state, and mist can be generated. The structure of the apparatus main body and spacer can be further simplified to reduce costs, and the liquid holding member can be easily disposed in the vicinity of the heat transfer section and introduced into the liquid holding member. Usability can be improved.

(5)
In addition, in the cosmetic device according to the disclosure of the present invention, a part of the liquid holding member that is located on the front side of the lower side portion of the skin around the user's eye is attached to the heat transfer part as necessary. It is arranged and heat can be transferred from the heat transfer section.

  As described above, according to the disclosure of the present invention, the portion of the liquid holding member that is positioned in front of the lower portion of the user's eye is disposed so as to follow the heat transfer portion, and the heat of the heat transfer portion is more efficient. By receiving well, the mist that evaporates with heat and moves upward can reach each part of the skin around the eye appropriately, and the mist is more efficiently supplied to the skin to further enhance the cosmetic effect of the mist. It is done. In addition, when the liquid for mist falls from other parts of the liquid holding member due to the weight of the liquid, it is possible to transmit heat to these to evaporate, and to generate mist more reliably from the liquid for mist. Can be used effectively.

(6)
Further, in the beauty device according to the disclosure of the present invention, if necessary, the heat source unit can absorb heat based on a user's operation, and the temperature of the heat transfer unit is lowered in an endothermic state to contact the heat transfer unit. It cools the skin or the surrounding atmosphere.

  As described above, according to the disclosure of the present invention, the temperature of the heat transfer unit is lowered by using the heat source capable of absorbing heat, and the atmosphere around the heat transfer unit or the skin when in direct contact with the skin is cooled. Through or directly from the heat transfer section, a cool feeling is generated in the skin, and a stimulus different from that in the case of heating is given to the skin, and further cosmetic effects based on actions such as tightening of the skin by cooling can be expected.

(7)
In addition, the beauty device according to the disclosure of the present invention is a heat transfer part that heats the heat source part and heats it with the heat transmitted from the heat source part in a state where the liquid holding member is disposed in the vicinity of the heat transfer part, if necessary. The liquid for the mist of the liquid holding member is heated, and after a lapse of a predetermined time from the occurrence of the mist, the heat source part is brought into an endothermic state, the temperature of the heat transfer part is lowered, and the temperature of the atmosphere in contact with the heat transfer part is lowered and floats. It cools the mist.

  As described above, according to the disclosure of the present invention, after the heat transfer section is warmed by the heat transferred from the heat source section in the heat generation state, the mist liquid is evaporated in the heat transfer section to generate mist, and then the heat source section is set in the heat absorption state. When the temperature of the heat transfer section is lowered and the atmosphere around the heat transfer section is cooled to cool the mist in the atmosphere, a part of the cooled mist changes into micro droplets. By attaching to the skin around the skin and giving the skin a cold feel, the skin is moistened with a mist, and the skin is moisturized while keeping the skin moisturized. The skin can be activated.

(8)
In addition, the cosmetic device according to the present invention is provided with a liquid droplet receiving portion in a portion where the spacer is positioned below the user's eye in the attached state to the device main body, if necessary. However, in the state where the liquid holding member is disposed in the vicinity of the heat transfer portion and mist is generated, the liquid component derived from the mist flowing down as droplets can be stored in the droplet receiving portion.

  As described above, according to the present invention, the droplet receiving portion is provided in the lower portion of the spacer from the eye, and the mist is cooled to become a droplet in the mist generating state and flows into the droplet receiving portion of the spacer. This prevents the liquid from the mist from flowing out of the device as it travels through the skin, and the liquid reaches the area other than the user's eyes and around the user, causing adverse effects. It can be prevented beforehand.

(9)
The cosmetic device according to the present invention is arranged so as to cover the eyes on the user's face and the skin around the eyes, and applies a predetermined cosmetic stimulus to at least the skin around the user's eyes. , The face-facing side has a curved surface shape that substantially conforms to the surface shape of the peripheral portion of the face of the face, and faces the eyes of the device body portion and the device main body portion located on the front side of the skin around the eyes and the eyes. A heat transfer part made of a heat conductive material provided on the side to be heated, and a heat source that comes into contact with the heat transfer part so as to be able to conduct heat and is built in the apparatus main body, and at least capable of generating heat based on a user operation And a heat transfer part around the heat transfer part on the side facing the eye of the apparatus main body part. It is possible to contact the outer edge of the covered part of the skin around the eye The spacer made of heat insulating material and the spacer can be attached to and detached from the spacer in the protruding state from the device main body, and is located in the vicinity of the heat transfer portion in the attached state to the spacer to hold a predetermined mist liquid. A liquid holding member made of a porous material, and a mist generating unit that floats in the space using the mist liquid held by the liquid holding member as a mist, and causes the spacer to protrude from the apparatus main body and the liquid holding member Is attached to the spacer, the heat transferred from the heat source part to the heat transfer part is further transferred from the heat transfer part to the mist liquid of the liquid holding member, and the mist liquid is warmed by the heat, and based on the mist liquid. In a state where a warm mist is generated, the mist contacts the skin around the eye, and the spacer does not protrude from the main body of the apparatus, at least the skin of the lower part of the skin around the eye To be heat transfer portion is directly in contact, those transmitted to the skin from the heat further heat transfer unit transferred to the heat transfer portion from the heat source.

  As described above, according to the present invention, the liquid holding member is supported by the spacer projecting from the apparatus main body, and the heat generated in the heat source is transmitted to the mist liquid of the liquid holding member through the heat transfer section to warm it. It is possible to select a state in which the mist is generated and the skin around the eye is warmed by the mist and a state in which the heat transfer unit is directly in contact with the skin around the eye without providing a liquid holding member and the skin is warmed. Therefore, when the skin around the eyes is warmed with mist, the heating effect can be given while maintaining an environment with sufficient moisture around the eyes. It is possible to improve the cosmetic effect by promoting blood circulation while reliably retaining moisture in the skin around the eyes. On the other hand, when applying heat by directly contacting the heat transfer part to the user's skin, there is no need to prepare a liquid holding member or a liquid for mist, and heat can be applied simply and quickly. Beauty effect by heat can be obtained without damaging the skin.

1 is a perspective view of a beauty device according to a first embodiment of the present invention. It is a spacer removal state explanatory drawing of the apparatus main-body part in the beauty apparatus which concerns on the 1st Embodiment of this invention. It is a perspective view of the spacer in the beauty device concerning a 1st embodiment of the present invention. It is spacer installation state explanatory drawing of the apparatus main body part in the beauty apparatus which concerns on the 1st Embodiment of this invention. 1 is a block diagram of a beauty device according to a first embodiment of the present invention. It is use condition explanatory drawing with the mist production | generation in the beauty apparatus which concerns on the 1st Embodiment of this invention. It is use condition explanatory drawing with the heat-transfer part contact to skin in the beauty apparatus which concerns on the 1st Embodiment of this invention. It is explanatory drawing of each change state of the voltage of the heat-source part in the heating mode with mist generation | occurrence | production in the beauty apparatus which concerns on the 1st Embodiment of this invention, and the temperature of the heat transfer part surrounding atmosphere. It is explanatory drawing of each change state of the voltage of the heat-source part in the heating and cooling mode with mist generation | occurrence | production in the beauty apparatus which concerns on the 1st Embodiment of this invention, and the temperature of ambient temperature around a heat-transfer part. It is each change state explanatory drawing of the voltage of the heat-source part in the heating and cooling mode with a heat-transfer part contact to the skin in the beauty apparatus which concerns on the 1st Embodiment of this invention, and the temperature of a heat-transfer part surrounding atmosphere. It is other spacer attachment state explanatory drawing of the apparatus main-body part in the beauty apparatus which concerns on the 1st Embodiment of this invention. It is use condition explanatory drawing with the mist production | generation in the beauty device which concerns on the 2nd Embodiment of this invention. It is liquid holding member support state explanatory drawing by the spacer attachment in the cosmetics device which concerns on the 3rd Embodiment of this invention. It is liquid holding member support state explanatory drawing of the 1st other example in the beauty device which concerns on the 3rd Embodiment of this invention. It is liquid holding member support state explanatory drawing of the 2nd other example in the beauty device which concerns on the 3rd Embodiment of this invention. It is liquid holding member support state explanatory drawing of the 3rd other example in the beauty apparatus which concerns on the 3rd Embodiment of this invention. It is explanatory drawing of the advancing / retreating state of the spacer with respect to the apparatus main-body part in the beauty device which concerns on the 4th Embodiment of this invention.

(First embodiment of the present invention)
Hereinafter, a cosmetic device according to a first embodiment of the present invention will be described with reference to FIGS.
In each of the drawings, the beauty device 1 according to the present embodiment is mounted on the front side of the eyes and the surroundings of the eyes in the user's face, and is arranged so as to cover the skin of the eyes and the surroundings of the eyes. The heat transfer part 20 made of a heat conductive material provided on the side of the apparatus main body 10 facing the eye and the peripheral part of the part of the apparatus main body 10 facing the eye are detachably disposed. A spacer 30 made of a heat insulating material that can be brought into contact with an outer peripheral edge of the skin to be covered, a liquid holding member 40 made of a porous material disposed at a predetermined location near the heat transfer portion, and the heat transfer portion 20 It is the structure provided with the heat-source part 50 built in the apparatus main body part 10 in contact so that heat conduction is possible.

  The apparatus main body 10 is formed in a goggle shape that is integrated with the left and right eyes so as to cover the left and right eyes of the user and the periphery of the eyes from the front, and the user is tightened by the band 11 that is turned from the left and right ends toward the back of the head. It is configured to be mounted and held in front of the eyes or placed and held in front of the eyes with the user lying on his back.

  The device main body 10 has a hard housing made of plastic or the like, and a concave portion is provided on the side facing the face in accordance with the shape of the nose, thereby improving the fit to the face. It is said. In addition to the heat source unit 50, an electric circuit such as the control unit 12 and a battery 13 as a power source are disposed inside the apparatus main body unit 10. In addition, the apparatus main body 10 incorporates a vibration source such as a vibrator, and when attached to the front side of the eye and used for applying heat, it is possible to add vibration to the skin 70 together. it can.

  Further, on the upper surface side of the apparatus main body 10, an operation unit 14 is provided for switching ON / OFF of the operation related to cosmetics, the type of operation, strength, etc. in response to an input operation of the user. As the operation unit 14, a power switch 14 a that switches ON / OFF of the power source and a mode switch 14 b that switches an apparatus operating state such as a temperature change of the heat transfer unit 20 are disposed.

About this apparatus main body part 10, it is preferable that a housing | casing is made from the material which cannot transfer heat so that the influence of the temperature change in the heat source part 50 may not directly affect the surface of an apparatus main body part by heat conduction.
And the heat transfer part 20 is each arrange | positioned in the site | part which opposes the user's right and left eyes and the surrounding skin in the apparatus main body part 10 (refer FIG. 2), and the circumference | surroundings of this heat transfer part 20 The frame-shaped spacer 30 which holds the liquid holding member 40 which is a mesh body with respect to the heat-transfer part 20 is detachable (refer FIG. 3, FIG. 4).

  The heat transfer part 20 is made of a material having good heat conductivity such as metal, and is provided with a recess 21 for avoiding contact with the eyes and eyelids in the central part, while being in surface contact with the skin 70 around the eyes. When the liquid holding member 40 is not provided, the eyepiece and the surrounding skin are arranged in a substantially plate shape that combines possible gentle curved surfaces. Used in direct contact with the surrounding skin 70. The heat transfer unit 20 is connected to the heat source unit 50 in the apparatus main body unit 10 so as to be able to conduct heat. When the portion near the heat transfer unit of the heat source unit 50 is in a heat generation state, the temperature rises. This is a mechanism that lowers the temperature.

  When the skin around the eye is warmed or cooled using the heat transfer unit 20, the user holds the apparatus in front of the eyes, and the heat source unit 50 generates heat based on the control unit 12. Alternatively, the heat transfer unit 20 is brought into direct contact with the skin 70 around the eye (see FIG. 7) or the liquid for mist such as water is held in the vicinity of the heat transfer unit 20 After arranging the liquid holding member 40 together with the spacer 30 (see FIG. 6), the heat source unit 50 is operated to change the temperature of the heat transfer unit 20 directly or as a change in the temperature of the atmosphere or mist on the skin. Let it feel.

The spacer 30 is made of heat-insulating silicon rubber and is detachably disposed around the heat transfer section 20 at the eye-facing portion of the apparatus main body 10. When the spacer 30 is attached to the apparatus main body 10, It is the structure which can come into contact with the surrounding edge of the covering object part of the surrounding skin. The spacer 30 is in close contact with the skin around the eye in a state in which the apparatus is mounted while the apparatus main body 10 to which the spacer 30 is attached is positioned on the front side of the eye and the periphery of the eye, and heat transfer of the apparatus main body 10 is performed. This is a configuration that creates a substantially sealed space between the portion 20 and the eyes and the skin around the eyes (see FIG. 6).
And with respect to this space part, the heat transfer part 20 as a mist production | generation part evaporates the liquid for mist which the liquid holding member 40 hold | maintains, and the state which mist floats in a space part and moistens the skin is obtained. It is a mechanism.

  The device main body 10 from which the spacer 30 has been removed can also be used as a device by being positioned on the front side of the eye and the peripheral portion of the eye. In this case, the heat transfer unit 20 The heat transfer unit 20 is in direct contact with the skin so that heat can be transferred, and the heat transfer unit 20 in contact with the skin can directly heat or cool the skin. Even when the heat transfer unit 20 is in direct contact with the skin around the eye, the recess 21 of the heat transfer unit 20 creates a gap between the heat transfer unit 20 and the eye, and the eye, the eyelid, and the heat transfer unit 20. Are prevented from contacting directly (see FIG. 7).

  The liquid holding member 40 is a sheet-like porous body, more specifically, a mesh body having a large number of holes in a mesh shape, and can hold a mist liquid (for example, water) in the holes of each part of the mesh body. It is a simple configuration. The liquid holding member 40 is disposed in the left and right opening portions corresponding to the position of the heat transfer portion of the spacer 30, and is attached between the heat transfer portion 20 and the eye when the spacer 30 is attached to the apparatus main body portion 10. It is arranged in the vicinity of the heat transfer section 20 while being positioned, and is configured to hold the mist liquid in an evaporable manner. In particular, a portion of the liquid holding member 40 located on the lower front side of the peripheral portion of the eye is arranged to follow the heat transfer unit 20 so that heat can be transferred from the heat transfer unit 20.

  The heat transfer unit 20 as the mist generating unit heats the liquid holding member 40 by heating the mist liquid held in the holes of the respective parts of the liquid holding member 40, whereby the mist liquid evaporates and mist (steam) is generated. It is a mechanism that is generated and this mist floats in the space.

  The heat source unit 50 is a device that absorbs heat and generates heat when energized, and is configured to be in contact with the heat transfer unit 20 made of metal or the like so as to be able to conduct heat and to be built in the apparatus main body unit 10. Specifically, the heat source unit 50 itself uses a known Peltier element, and detailed description thereof is omitted. The heat source unit 50 is electrically connected to the control unit 12 in the apparatus main body unit 10, and the energization state is adjusted based on the operation.

  The heat source unit 50 is in a state where one surface whose temperature is changed by energization is in contact with the heat transfer unit 20, and the surface side in contact with the heat transfer unit 20 is in a heat generation state or a heat absorption state under the control of the control unit 12. This is a mechanism for heating or cooling the user's skin 70 or the surrounding atmosphere in contact with the heat transfer unit 20 by heating or cooling the heat transfer unit 20.

  The heat source part 50 is in contact with the heat transfer part 20 at a part closer to the lower part than the center of the heat transfer part 20, and the part of the heat transfer part in contact with the heat source part 50 is around the eyes of the user in the heat transfer part 20. Because it is located in the vicinity of the part located just in front of the subordinate, that is, when the liquid holding member 40 is used, the liquid holding member approaches and can directly contact the skin under the eye. (Refer FIG. 6, FIG. 7), the heat transfer between the heat-source part 50 and the liquid holding member 40 or the skin 70 through the heat-transfer part 20 can be performed efficiently and smoothly, and it produces | generates and contacts mist. Both heating and cooling of the skin by the heat transfer section can be quickly performed.

  Note that the Peltier element forming the heat source unit 50, when cooling the heat transfer unit 20 by absorbing heat, sets the opposite side far from the heat transfer unit 20 to a reverse heat generation state and raises the temperature of the heat generation side. In order to suppress an excessive temperature rise, a heat dissipation mechanism such as a heat sink 15 or a fan (not shown) is provided. When the heat is not used in time due to the prolonged use of cooling and the element reaches the maximum allowable temperature, the operation related to the cooling of the heat source unit 50 by the control unit 12 is stopped for safety.

The control unit 12 is built in the apparatus main body unit 10 and controls temperature changes in the heat transfer unit 20 due to energization of the heat source unit 50 in response to an input operation to the operation unit 14 by the user. .
The control unit 12 sets a plurality of operation modes in which the temperature transfer from the heat transfer unit to the skin and the temperature of the heat transfer unit are different. In the present embodiment, when generating mist, only heating is performed. Mode, and after heating, the mode for cooling, and when the heat transfer part is in direct contact with the skin, the mode for heating only, the mode for cooling only, and the mode for alternately heating and cooling. , Each can be controlled.

  In the heating only mode, the control unit 12 controls energization so that the heat source unit 50 is in a heat generation state on the heat transfer unit side. In the cooling only mode, the control unit 12 controls energization so that the heat source unit 50 is in an endothermic state on the heat transfer unit side. On the other hand, in the mode in which cooling is performed after heating, or in the mode in which heating and cooling are alternately performed, the control unit 12 switches the energized state after the heat source unit 50 has been in a heat-generating state for a predetermined time, and the heat transfer unit side Is controlled so as to be in an endothermic state, and the temperature of the heat transfer section 20 is lowered.

  Switching between these modes is performed based on a user's input operation to the mode switch 14b of the operation unit 14. Immediately after the beauty apparatus 10 is turned on, when the user first operates the mode switch 14b, the control unit 12 enters a state in which one of a plurality of modes can be executed.

  In addition, when the control unit 12 energizes the heat source unit 50 corresponding to each mode, the control unit 12 adjusts the degree of temperature change of the heat transfer unit due to heat generation or heat absorption of the heat source unit due to the energization to the operation unit 14. You may make it perform based on the input operation of the user with respect to the switch for temperature control provided separately.

  Next, the usage state of the beauty device according to the present embodiment will be described. As a premise, it is assumed that parts for holding the device are used as necessary according to the posture in which the user uses the beauty device 1. That is, when it is difficult for the user to hold the beauty device on the face in a posture with the face facing upward, when the device alone is difficult to hold in front of the user's eyes, the band unit 11 Are used together, and the device is held by the tightening force of the band portion 11.

  And when heating or cooling the skin using mist, the user attaches the liquid holding member 40 to the spacer 30 after the liquid holding member 40 has sufficiently held the liquid for mist beforehand, Further, a spacer 30 in which the liquid holding member 40 is integrated is attached to the apparatus main body 10 (see FIG. 4).

  First, the user attaches the apparatus main body 10 to which the spacer 30 is attached to the front side of the eye, and attaches the spacer 30 to the skin around the eye so that the eye and the surrounding skin are in contact with each other. A closed space surrounded by the spacer 30 and the apparatus main body 10 is formed in the front (see FIG. 6). Then, when the user operates the operation unit 14 to select either a mode in which only heating is performed while generating mist or a combination of heating and cooling modes, the control unit 12 operates the heat source unit 50 to transmit power. The side with the hot part is shifted to the heat generation state.

  When the heat source section 50 raises the temperature of the heat transfer section 20 due to heat generation and heat is also applied to the mist liquid held in the liquid holding member 40, the mist liquid evaporates to become mist (FIG. 8, (See FIG. 9). When the generated mist reaches a sufficient amount in a closed space in front of the eyes, the mist comes into contact with the skin around the eyes one after another, and the skin is in a state where heat is applied by the mist. In the closed space in front of the eyes, a moist state is maintained by the presence of mist, and the skin can be warmed while maintaining a moisturizing state.

  In the case where the user has selected and operated the operation mode for cooling after heating, from the state in which mist is sufficiently generated as the temperature of the heat transfer unit 20 rises, the heat source is controlled based on the control by the control unit 12. The part 50 will newly shift to an endothermic state, and the temperature of the heat transfer part 20 will be lowered. As the temperature of the heat transfer section 20 decreases, the mist supply by evaporation of the mist liquid stops, and the ambient temperature in the space also decreases due to contact with the heat transfer section 20 whose temperature has decreased (see FIG. 9). The mist floating in the atmosphere lowers its temperature in accordance with the contact with the cooled heat transfer section 20 and the lowering of the ambient temperature, and a part of them agglomerates into larger droplets. The skin feels cold when the mist and droplets with such a low temperature come into contact with the skin.

The timing of switching from the heat generation state of the heat source unit 50 to the heat absorption state is performed while the mist generated naturally cools and aggregates and becomes a droplet before the appropriate amount of mist floats in the space. It is preferable that a part of the mist remains in the space even after the heat transfer section is sufficiently cooled after shifting to the state.
In this way, while maintaining the moist state of the atmosphere around the skin with mist and maintaining the moisture of the skin, the skin can be activated by giving the skin the action of tightening and the like, which is different from the warm feeling. .

  When a predetermined time (for example, 10 minutes) set in advance has elapsed after the device is in the operating state, or when the user switches the operation mode to another operation or turns off the power source with the operation unit 14, the control unit 12 As a result, the energization of the heat source unit 50 is stopped, and the heat generation state or the heat absorption state ends. Thereafter, the user removes the apparatus main body 10 held on the front side of the eye. When the liquid holding member 40 is used, the user preferably removes the liquid holding member 40 from the spacer 30 and removes and cleans the remaining mist liquid to prepare for the next use.

  On the other hand, when directly heating or cooling the skin using the heat transfer unit 20, the user removes the spacer 30 from the apparatus main body 10 in advance, and the heat transfer unit 20 is applied to the skin. The contact is possible (see FIGS. 3 and 7).

  First, the user places the apparatus main body 10 on the front side of the eye and attaches it so that the heat transfer unit 20 is in close contact with the skin around the eye. In this case, since the portion of the heat transfer unit 20 that faces the eye is a recess 21, a gap is formed in front of the eyes, and the eyes and eyelids do not hit the heat transfer unit 20, giving the eyes a feeling of strangeness. There is no mechanism (see FIG. 7). After mounting, the user operates the operation unit 14 to select either direct heating, cooling, or alternate execution of heating and cooling.

  When a mode for performing only heating is selected and operated by the operation unit 14, the control unit 12 operates the heat source unit 50 to shift the side having the heat transfer unit to a heat generation state. When the heat source unit 50 raises the temperature of the heat transfer unit 20 by heat generation, heat is also transmitted to the skin around the eyes, and the skin is in a state of being given warm heat.

  In addition, when the user selects the mode in which only the cooling is performed by operating the operation unit 14, the control unit 12 puts the heat source unit 50 into the heat absorption state and reduces the temperature of the heat transfer unit 20. The skin 70 is in light contact with the heat transfer section 20 (see FIG. 7), and the skin 70 is deprived of heat by the heat transfer section 20 that is at a low temperature, and the temperature is lowered, resulting in a cold feeling. In this way, the skin 70 at the site in contact with the heat transfer section 20 is cooled and the temperature is lowered, whereby the skin 70 is given a cooling-specific effect such as tightening the skin 70.

  In addition, when the user selects a mode in which heating and cooling are alternately performed by the operation unit 14 (see FIG. 10), the control unit 12 sets the heat transfer unit side of the heat source unit 50 to a heat generation state for a predetermined time, and heat transfer The skin around the eye is heated through the unit 20. Thereafter, the heat source unit 50 is brought into an endothermic state, the temperature of the heat transfer unit 20 is lowered, and the skin 70 in contact with the heat transfer unit 20 is cooled. By repeating such heating and cooling alternately, the skin 70 can be given an effect based on the temperature change of the temperature.

  When a predetermined time elapses after the apparatus is in an operating state, or when the user interrupts the heating or cooling of the skin by turning off the power with the operation unit 14, the control unit supplies the heat source unit 50 to the heat source unit 50. The energization stops and the heat generation state or the heat absorption state ends. Thereafter, when the use of the apparatus is completely completed, the user removes the apparatus main body 10 held on the front side of the eye. After use, it is desirable for the user to clean the surface of the heat transfer section 20 and prepare for the next use.

  As described above, the beauty device according to the present embodiment supports the liquid holding member 40 with the spacer 30 and transfers the heat generated by the heat source unit 50 to the mist liquid of the liquid holding member 40 via the heat transfer unit 20. A state in which the heated mist is generated and the skin around the eye is warmed by the mist, and a state in which the heat holding unit 40 is directly brought into contact with the skin around the eye without providing the liquid holding member 40 and the skin is heated. Therefore, when the skin around the eyes is warmed with a mist, an environment where sufficient moisture exists around the eyes is maintained. A warming effect can be imparted, and blood circulation is promoted while the moisture around the eye is reliably retained, thereby improving the cosmetic effect. On the other hand, when the heat transfer section 20 is directly brought into contact with the user's skin to apply the heat, it is not necessary to prepare the liquid holding member 40 or the liquid for mist, and the heat application can be performed easily and quickly. The beauty effect by heat can be obtained without impairing the feeling of relaxation.

  In the beauty apparatus according to the embodiment, when the mist is not generated and the skin is directly heated or cooled by the heat transfer section 20, the apparatus main body 10 is used without attaching the spacer 30. The heat transfer unit 20 is in contact with the skin around the eyes (up, down, left and right), but is not limited to this, and the heat transfer unit 20 is at least below the eyes in the peripheral part of the eyes. It may be configured to be disposed so as to be in contact with the skin of the part. If the skin of the lower part of the eye that is particularly conspicuous in the so-called eye is used as the skin to be heated and cooled by directly contacting the heat transfer portion in this way, a cosmetic effect by heating and cooling can be expected.

  In this case, even when the liquid holding member 40 is attached to the spacer 30 and used together, at least the portion of the heat transfer portion 20 that faces the skin of the portion around the eye that is lower than the eye is closest to the skin side. By being in a state, the part located in front of the lower part of the user's eye in the liquid holding member 40 is arranged so as to reliably follow the heat transfer unit 20, and the heat of the heat transfer unit 20 is more efficiently obtained. The mist solution is efficiently warmed and evaporated at this site, and the generated mist can be directed upward to reach each part of the skin around the eye appropriately, supplying the mist efficiently to the skin. The beauty effect by mist can be secured.

In the beauty device according to the embodiment, the heat source unit 50 is operated as a device capable of generating and absorbing heat, and the heat source unit 50 is operated to generate mist through the heat transfer unit 20 or to the skin by the heat transfer unit 20. Although it is configured so that the temperature can be directly changed and the skin can be heated and cooled, the present invention is not limited to this. Furthermore, it is also possible to adopt a configuration that can only warm the skin.
In this case, as the heat source unit, for example, a known heater that generates heat by energization may be arranged to cause heat conduction from the heater to the heat transfer unit side, and a simple device configuration based on a simple mechanism As a result, the cost can be reduced.

  Further, in the beauty device according to the embodiment, when the liquid holding member 40 is not used in order to directly heat or cool the skin by the heat transfer unit 20 without generating mist, the device main body Although the apparatus main body 10 is positioned on the front side of the eye without attaching the spacer 30 to the part 10, the apparatus is mounted. Even when heating or cooling is performed and the liquid holding member 40 is not used, as shown in FIG. 11, a spacer 31 other than the one that supports the liquid holding member is attached to the apparatus main body 10. You can also

  In this case, since the spacer 31 is positioned around the heat transfer section 20 that contacts the skin around the eye in the mounted state and contacts the skin in the same manner as the heat transfer section, the contact area between the device and the skin increases, so that the mounting is possible. Even if the user is in any posture, the device is held in front of the eyes without being displaced. Further, since the contact area is increased and the force is dispersed, the device does not bite into the skin, and the contact is gentle and the wearing feeling is excellent.

  Further, in the beauty device according to the embodiment, as the mist generating unit, the heat transfer unit 20 is configured to heat and evaporate the mist liquid held in the liquid holding member 40 to generate mist. However, the present invention is not limited to this, and a mist generating unit different from the heat transfer unit may be provided. For example, an ultrasonic vibrator is disposed as a mist generating unit in the vicinity of a liquid holding member that holds the mist liquid, and the ultrasonic vibrator is operated with respect to the mist liquid heated or cooled through the heat transfer unit. Therefore, it may be configured to generate mist.

(Second embodiment of the present invention)
In the cosmetic device according to the first embodiment, the spacer 30 attached to the device main body 10 is a predetermined amount between the device main body and the skin around the eye depending on the thickness of the spacer 30 in a state where the device is mounted and used in front of the eyes. However, a special function is not given except that a substantially sealed space is created between the heat transfer section 20 of the apparatus main body 10 and the eyes and the skin around the eyes. In addition, as shown in FIG. 12, a hollow portion 33 is provided in a portion of the spacer 32 that is positioned below the user's eye in the attached state to the apparatus main body portion 10, and the spacer having the hollow portion 33 is provided. A through-hole portion 33a that leads to the hollow portion 33 is provided in one or a plurality of upper surface portions that do not come into contact with the user's skin and the device main body portion 10 in the portion below the eyes of 32 so that the liquid droplets flow. Droplet receiver It can also be a.

  In this case, in a state where the liquid holding member 43 is disposed in the vicinity of the heat transfer section 20 to generate mist, the liquid component derived from mist that flows down as droplets flows into the hollow portion 33 of the spacer 32 through the through-hole portion 33a. Thus, such a liquid component can be stored in the hollow portion 33. In this way, the mist that has cooled down in the mist generation state and formed into droplets flows into the hollow portion 33 of the spacer 32 and accumulates, so that the liquid component derived from mist travels along the skin and the inner peripheral surface of the device and is directly outside the device. It can be prevented from flowing out, and it is possible to prevent a situation in which the liquid reaches the part other than the periphery of the user's eyes or the user and adversely affects the situation.

  In addition, in a state where a part of the liquid holding member is extended and disposed in the hollow portion 33 of the spacer 32 through which the liquid component derived from mist flows, the liquid component is transferred to the liquid holding member and can be heated by the heat transfer unit. It can also be set as the structure hold | maintained at a liquid holding member anew, and a liquid part can be effectively utilized for mist production | generation again. Further, in such a configuration, a certain amount of the volume of the hollow portion of the spacer capable of storing the liquid component derived from mist is secured, and when the liquid for mist is introduced and stored in the hollow portion, the mist is continuously applied for a predetermined time. In this case, in addition to using the device in front of the eye and using it in the same manner as in the above embodiment, the device is operated without being attached, and the generated mist is diffused as it is in the indoor space where the device is located. It can also be used as a so-called humidifier.

  The liquid droplet receiving part is not limited to the hollow part 33, and the liquid droplets derived from the mist are allowed to flow in a portion of the spacer located below the user's eye in the attached state to the apparatus main body part. Any structure can be used as long as it can prevent accumulation and flow out to the outside, and a simpler recess or groove may be used, or a combination of a spacer and a separate member may cause a liquid storage area.

(Third embodiment of the present invention)
In the cosmetic device according to the first embodiment, the liquid holding member 40 is integrally attached to the spacer 30 and is supported near the heat transfer unit, but is not limited thereto, as shown in FIG. A structure in which a porous sheet body that can be easily replaced is used as the liquid holding member, and the liquid holding member 44 is sandwiched between the frame-shaped spacer 34 and the heat transfer section 20 or the apparatus main body 10 and supported and fixed. You can also

  In this case, when the spacer 34 is attached to the apparatus main body 10, the liquid holding member 44 soaked and held with the mist liquid is sandwiched between the spacer 34 and the heat transfer section 20 or the apparatus main body 10. It is located in the vicinity of the heat transfer section 20, and the liquid holding member 44 can be positioned in the vicinity of the heat transfer section in a simple support state so that mist can be generated by the heat from the heat transfer section 20. The structure of the apparatus main body 10 and the spacer 34 can be further simplified to reduce the cost, and the liquid holding member 44 can be easily disposed in the vicinity of the heat transfer portion and the mist liquid can be easily introduced into the liquid holding member 44. It is easy to handle and improves usability.

  In addition, if the spacer can support the liquid holding member 44 in an arrangement in which the liquid holding member 44 is attached to the heat transfer unit 20 by pressing the peripheral edge of the liquid holding member 44 that is a porous sheet body, the spacer is completely a device. The structure is not limited to the structure that is separated from the main body 10 and can be attached to and detached from the apparatus main body 10. As shown in FIGS. 14 to 16, the spacers 35, 36, and 37 can be tilted to the apparatus main body. A structure that is integrated by being hinged or pivotally supported, and that allows the spacers 35, 36, and 37 to be opened and closed with respect to the apparatus main body, and that the liquid holding member 44 is sandwiched and supported between the spacers 35, 36, and 37 and the apparatus main body. You can also When the spacer is configured to be openable and closable with respect to the apparatus main body as described above, for example, the spacer 35 is divided into left and right parts, and is configured to be hinged or pivotally supported on the apparatus main body 16 at the center front nose position ( 14), a structure in which the spacer 36 is divided into left and right parts and is hinged or pivotally supported on the device main body 17 at the left and right ends respectively (see FIG. 15), and the spacer 37 has an upper end. Or the structure (refer FIG. 16) etc. which are hinged or pivotally supported to the apparatus main body part 18 at the lower end part, and can be opened and closed vertically are employable.

  Further, when using a structure in which the liquid holding member 44 is supported by being sandwiched between the spacers 35, 36, and 37 and the apparatus main body as in the above examples, heat transfer is performed without using the liquid holding member 44. When directly heating or cooling the skin with the part 20, the spacer position in the state where the liquid holding member 44 is not interposed is closer to the apparatus main body part 10 so that the heat transfer part position is relatively Even if the spacer 34 is attached to the main body 10 of the apparatus, the heat transfer section 20 can be brought into direct contact with the skin, and the heat transfer section 20 can directly heat the skin. Alternatively, the labor of removing the spacer 34 during cooling can be saved, and the spacer 34 is positioned around the heat transfer section 20 and is in contact with the skin in the same manner as the heat transfer section. Is stable and difficult to slip, The pressure to the skin caused by erosion is dispersed, can be provided with apparatus excellent fit without cutting into the skin.

(Fourth embodiment of the present invention)
In the cosmetic device according to the first embodiment, the spacer 30 that supports the liquid holding member 40 can be attached to and detached from the apparatus main body 10, and when the liquid holding member 40 is used to generate mist, the spacer 30 is used as the device. When the heat transfer part 20 is brought into direct contact with the skin, the spacer 30 is removed from the apparatus main body part 10 when the heat transfer part 20 is brought into direct contact with the skin. As shown in FIG. 17, the spacer 38 is integrated with the apparatus main body 19 as a frame-like member that is protruded and arranged so that the amount of protrusion can be adjusted by moving the spacer 38 forward and backward. When the liquid holding member 45 is used, the liquid holding member 45 is attached to the spacer 38 protruded from the apparatus main body 19 by a predetermined amount, and the heat transfer part 20 is directly attached to the skin. May give tactile may also be configured to by regression of the spacer 38 to the apparatus main body 19 is heat transfer section 20 to obtain a possible contact with the skin.

  Specifically, the apparatus main body 19 is configured to be formed in a goggle shape that is integrated with the left and right eyes and a shape that covers the left and right eyes of the user and the periphery of the eyes from the front, as in the first embodiment. As a point, it has the structure by which the substantially frame-shaped spacer 38 is incorporated in the site | part facing eyes so that advancing and retreating is possible.

The spacer 38 is made of a heat-insulating silicon rubber frame, and can move forward and backward with respect to the apparatus main body 19 around the heat transfer section 20 on the eye-facing surface side of the apparatus main body 19 so that the protrusion amount can be adjusted. This is a structure that is provided so as to protrude from the apparatus main body 19 so that it can come into contact with the outer edge of the portion to be coated on the skin around the user's eyes.
The configuration of the apparatus main body 19 other than that in which the spacer is integrated is the same as that of the first embodiment, and detailed description thereof is omitted.

  In a state in which the spacer 38 is protruded from the apparatus main body 19 by a predetermined amount (see FIG. 17A), the apparatus main body 19 is positioned on the front side of the eye and the eye periphery, and the apparatus is mounted and used. As in the first embodiment, the spacer 38 is substantially in close contact with the skin around the eye, and creates a substantially sealed space between the heat transfer section 20 of the apparatus main body 19 and the skin around the eye and the eye. Let The heat transfer unit 20 evaporates the mist liquid held by the liquid holding member 45 with respect to this space portion, thereby obtaining a state in which the mist floats in the space portion and moistens the skin.

  The liquid holding member 45 can be attached to and detached from the opening portion of the spacer 38 in a protruding state of the spacer 38 from the apparatus main body 19 (see FIG. 17A), and in the attached state to the spacer 38, It is arranged in the vicinity of the heat transfer unit 20 while being positioned between the heat transfer unit 20 and the eyes, and is configured to hold the mist liquid in an evaporable manner. As in the first embodiment, the liquid holding member 45 itself is a mesh body having a large number of holes in a mesh shape, and has a mechanism for holding the mist liquid in the holes of each part of the mesh body.

  On the other hand, in the case where the liquid holding member 45 is not used, the apparatus main body 19 in which the spacer 38 is retracted to suppress the protrusion amount (see FIG. 17B) is also positioned on the front side of the eye and the eye periphery. In this case, the heat transfer unit 20 directly contacts the skin around the eye so that heat can be transferred, and the heat transfer unit 20 in contact with the skin directly warms or cools the skin. It is a mechanism that can.

  As described above, the beauty device according to the present embodiment supports the liquid holding member 45 with the spacer 38 protruding from the apparatus main body 19, and holds the heat generated by the heat source unit 50 via the heat transfer unit 20. A state where the mist is heated to generate a heated mist and the skin around the eye is warmed by the mist, and the liquid holding member 45 is not provided, and the spacer 38 is retracted to directly connect the heat transfer section 20 to the eye. Since it is possible to select the state in which the skin is brought into contact with the surrounding skin and the skin is warmed, the heating state can be selected in accordance with the use situation as in the first embodiment, and the skin around the eye can be selected with mist. When warming the skin, it is possible to give a thermal effect while maintaining an environment where there is sufficient moisture around the eyes, and promotes blood circulation while maintaining moisture in the skin around the eyes. The effect can be improved. On the other hand, when the heat transfer unit 20 is directly brought into contact with the user's skin to apply the heat, it is not necessary to prepare the liquid holding member 45 or the mist liquid, and the heat application can be performed easily and quickly. The beauty effect by heat can be obtained without impairing the feeling of relaxation.

DESCRIPTION OF SYMBOLS 1 Beauty apparatus 10 Apparatus main body part 11 Band part 12 Control part 13 Battery 14 Operation part 14a Power switch 14b Mode switch 15 Heat sink 16, 17 Apparatus main body part 18, 19 Apparatus main body part 20 Heat-transfer part 30, 31 Spacer 32 Spacer 33 Hollow part 33a Through-hole part 34, 35 Spacer 36, 37 Spacer 38 Spacer 40, 45 Liquid holding member 44 Liquid holding member 50 Heat source part 70 Skin

Claims (9)

In a cosmetic device that is arranged so as to cover the eyes and the skin around the eyes of the user's face, and applies a predetermined stimulus related to beauty to the skin around the eyes of the user,
A device main body portion whose side facing the face has a curved shape substantially along the surface shape of the peripheral portion of the face of the face, and located on the front side of the eye and the skin around the eye;
A heat transfer portion made of a heat conductive material provided on the side of the device main body facing the eye;
A heat source part that comes into contact with the heat transfer part so as to be capable of conducting heat and is built into the apparatus main body part, and capable of generating at least heat based on a user's operation,
It is provided so as to be attachable / detachable around the heat transfer part on the side of the apparatus main body facing the eye, and can be brought into contact with the outer edge of the covering target part of the skin at least around the eyes of the user when attached to the apparatus main body. A spacer made of heat insulating material,
A liquid holding member made of a porous material that can be disposed in the vicinity of the heat transfer portion by being supported by the spacer in a state where the spacer is attached to the apparatus main body, and holds a predetermined mist liquid;
A mist generating unit configured to float the liquid for mist held by the liquid holding member as a mist in the space;
When the spacer is attached to the apparatus main body and the liquid holding member is disposed in the vicinity of the heat transfer part, the heat transferred from the heat generating part to the heat transfer part is further transferred from the heat transfer part to the mist liquid of the liquid holding member. The mist liquid is warmed by heat, and a heated mist is generated based on the mist liquid, and the mist contacts the skin around the eye,
In the state where the spacer is not attached to the apparatus main body and / or the state where the spacer is attached to the apparatus main body while the liquid holding member is not disposed near the heat transfer part, at least the lower side of the skin around the eye The heat transfer part is in direct contact with the skin of the part, and the heat transferred from the heat source part that generates heat to the heat transfer part is further transferred from the heat transfer part to the skin. The beauty device according to claim 1,
The liquid holding member is formed into a thin sheet or plate, and is supported by the spacer and disposed at a predetermined position between the heat transfer section and the eye,
The heat transfer section also serves as the mist generation section, transfers heat to the mist liquid held in each portion of the liquid holding member, and evaporates the mist liquid with heat from the heat transfer section to form a mist. Beauty equipment. The beauty device according to claim 2,
The liquid holding member is a mesh body having a large number of holes in a mesh shape, and is configured to hold the mist liquid in the holes of each part of the mesh body. The liquid holding member is integrally attached to the spacer and is connected to the apparatus main body of the spacer. A beauty device characterized in that it is disposed in the vicinity of the heat transfer section in the attached state. The beauty device according to claim 2,
The liquid holding member is a sheet made of a porous material having flexibility, and is sandwiched between the spacer and the apparatus main body and / or the heat transfer section in a state where the spacer is attached to the apparatus main body. A beauty device characterized by being supported. The beauty device according to any one of claims 2 to 3,
A portion of the liquid holding member located on the front side of the lower eye portion of the skin around the user's eyes is arranged to follow the heat transfer portion, and heat is transferred from the heat transfer portion. Beauty equipment. The beauty device according to any one of claims 1 to 5,
A beauty device characterized in that the heat source unit is capable of absorbing heat based on a user's operation, and lowers the temperature of the heat transfer unit in the heat absorption state to cool the skin or the surrounding atmosphere in contact with the heat transfer unit. The beauty device according to claim 6,
In a state where the liquid holding member is disposed in the vicinity of the heat transfer unit, the heat source unit generates heat, and the heat transfer unit heated by the heat transmitted from the heat source unit heats the liquid for the mist of the liquid holding member, and mist is generated. A beauty device characterized in that after a predetermined time has elapsed, the heat source part is in an endothermic state, the temperature of the heat transfer part is lowered, the temperature of the atmosphere in contact with the heat transfer part is lowered, and the floating mist is cooled. The beauty device according to any one of claims 1 to 7,
The spacer is provided with a droplet receiving portion in a portion located below the user's eye in the attached state to the apparatus main body portion,
A cosmetic is characterized in that the liquid component derived from the mist that flows down as droplets can be stored in the droplet receiving portion in a state in which the spacer holds the liquid holding member in the vicinity of the heat transfer portion to generate mist. apparatus. In a cosmetic device that is arranged so as to cover the eyes and the skin around the eyes of the user's face, and applies a predetermined stimulus related to beauty to the skin around the eyes of the user,
A device main body portion whose side facing the face has a curved shape substantially along the surface shape of the peripheral portion of the face of the face, and located on the front side of the eye and the skin around the eye;
A heat transfer portion made of a heat conductive material provided on the side of the device main body facing the eye;
A heat source part that comes into contact with the heat transfer part so as to be capable of conducting heat and is built into the apparatus main body part, and capable of generating at least heat based on a user's operation,
Around the heat transfer portion on the side of the device main body facing the eye, the device main body is moved forward and backward so as to be able to adjust the protrusion amount. A spacer made of a heat insulating material capable of contacting the outer edge of the skin covering target part,
Liquid holder made of a porous material that can be attached to and detached from the spacer in a protruding state from the device main body of the spacer, and is located in the vicinity of the heat transfer portion in the attached state to the spacer and holds a predetermined mist liquid. A member,
A mist generating unit configured to float the liquid for mist held by the liquid holding member as a mist in the space;
In the state where the spacer protrudes from the apparatus main body and the liquid holding member is attached to the spacer, the heat transferred from the heat source part to the heat transfer part is further transferred from the heat transfer part to the mist liquid of the liquid holding member. The working solution is warmed, and a warmed mist is generated based on the mist solution, and the mist contacts the skin around the eye,
In a state where the spacer does not protrude from the apparatus main body, the heat transfer part directly contacts at least the skin of the lower eye side of the skin around the eye, and the heat transferred from the heat source part to the heat transfer part is further increased. A beauty device characterized by being transmitted from the heat transfer section to the skin.

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