Handpiece for skin cleansing and skin care device including same

Abstract

The present invention relates to a handpiece for skin cleansing, the handpiece including: a handpiece casing unit for cleansing; a cleansing liquid discharge pipe unit which is positioned to protrude from a front-end side of the handpiece casing unit for cleansing and which supplies a cleansing liquid to the skin; a skin contact unit for cleansing, which is rotatably positioned such that the cleansing liquid discharge pipe unit passes therethrough, and comes in contact with the skin; and a rotating unit for cleansing, which is positioned in the handpiece casing unit for cleansing, and rotates the skin contact unit for cleansing. Therefore, the handpiece for skin cleansing automatically supplies a bubble cleansing liquid and cleans the skin while massaging the skin by rotating the skin contact unit for cleansing, thereby improving a cleansing effect of the skin and increasing convenience during cleansing.

Description

Handpiece for skin cleansing and skin beauty device including the same

[0001] The present invention relates to a handpiece for skin cleansing and a skin beauty device including the same, and more specifically, to a handpiece for skin cleansing capable of supplying a cleansing solution into the skin and cleansing the skin by rotating a brush part, and a skin beauty device including the same.

[0002] Recently, interest in skin aesthetics has been on the rise, and accordingly, various medical devices for skin aesthetics are being developed for patients seeking face lifting or skin tightening procedures.

[0003] In addition, various cosmetics are being provided for skin care, and various types of skin care devices for skin massage are being developed.

[0004] As the importance of skin cleansing for beauty care is increasing, it is common for users to wash their faces using cleansing agents such as foam cleansers to remove impurities.

[0005] However, when users remove foreign substances from their skin by washing their face using skin cleansers such as foam cleansers, not only is there the inconvenience of having to wash manually, but there was also a problem in that makeup powder and other substances were not properly removed from the pores.

[0006] The objective of the present invention is to provide a skin cleansing handpiece capable of automatically supplying a foam cleansing solution and cleansing the skin while massaging it by rotating a skin contact part for cleansing, and a skin beauty device including the same.

[0007] To achieve the above-mentioned objective of the present invention, one embodiment of a handpiece for skin cleansing according to the present invention comprises: a cleansing handpiece casing portion; a cleansing liquid discharge tube portion positioned to protrude from the tip of the cleansing handpiece casing portion and supplying a cleansing liquid to the skin; a cleansing skin contact portion positioned to rotatably through which the cleansing liquid discharge tube portion passes and contacts the skin; and a cleansing rotating portion positioned within the cleansing handpiece casing portion and rotating the cleansing skin contact portion.

[0008] In the present invention, the interior of the cleaning handpiece casing part is provided with a cleaning liquid supply line part that supplies cleaning liquid to the cleaning liquid discharge pipe part by connecting the cleaning liquid supply part within the control main body part and the cleaning liquid discharge pipe part, and a foam generating part that generates foam in the cleaning liquid supplied to the cleaning liquid discharge pipe part. The cleaning liquid supply line part may include a first supply line part that connects the foam generating part and the cleaning liquid discharge pipe part, and a second supply line part that connects the cleaning liquid supply part and the foam generating part.

[0009] In the present invention, the interior of the cleaning handpiece casing may be provided with a cleaning liquid suction line that connects the negative pressure generating part within the control main body and the cleaning liquid discharge pipe to suck up the cleaning liquid that has been cleaned on the skin by the negative pressure generated by the negative pressure generating part.

[0010] In the present invention, the cleaning liquid discharge pipe portion is coupled with the cleaning skin contact portion that contacts the skin, and the cleaning skin contact portion may include a rotation guide pipe portion that is positioned to be rotatable around the cleaning liquid discharge pipe portion by being inserted and coupled thereto.

[0011] In the present invention, the skin contact portion for cleaning is detachably coupled to the rotating portion for cleaning and may include a mounting housing member equipped with the rotating guide tube portion and a skin contact member provided on the lower surface of the mounting housing member and made of an elastic material to contact the skin.

[0012] In the present invention, the cleaning liquid discharge pipe may be positioned to protrude toward the lower end of the rotating guide pipe by penetrating the rotating guide pipe.

[0013] In the present invention, the cleaning rotary part comprises a first rotary gear member that is positioned to be rotatable around the cleaning liquid discharge pipe through which the cleaning liquid discharge pipe penetrates the inside of the cleaning handpiece casing part and is detachably coupled to the mounting housing member, a second rotary gear member that is provided to mesh with the first rotary gear member and is positioned to be rotatable inside the cleaning handpiece casing part, and a cleaning rotary motor that rotates the second rotary gear member, wherein the first rotary gear member may be provided with a housing coupling part that is positioned to protrude toward the front end of the cleaning handpiece casing part and to which the mounting housing member is detachably coupled.

[0014] In the present invention, the housing coupling portion is provided with a catch insertion groove on its outer surface, and the upper surface of the mounting housing member is provided with a coupling projection that is detachably coupled to the housing coupling portion, and the inner surface of the coupling projection may have a catch projection that is detachably coupled to the catch insertion groove of the housing coupling portion.

[0015] In the present invention, the housing coupling portion is provided with a catch insertion groove on its outer surface, and the upper surface of the mounting housing member is provided with a coupling projection that is detachably coupled to the housing coupling portion, and the tip of the cleaning handpiece casing portion may be provided with a coupling guide projection that is positioned spaced apart from the housing coupling portion and supports the outer surface of the coupling projection.

[0016] In the present invention, a rotational support projection may be protruded from the upper surface of the mounting housing member, positioned so as to be spaced apart from the outer side of the coupling projection, to support the outer surface of the coupling guide projection when the cleaning skin contact portion rotates, and the upper side of which is supported by the tip of the cleaning handpiece casing portion.

[0017] In the present invention, a portion of the rotational support projection may protrude upward, and a bearing ball supported at the tip of the cleaning handpiece casing may be rotatably inserted and positioned inside.

[0018]

[0019] In addition, one embodiment of a skin beauty device according to the present invention is characterized by comprising an embodiment of a skin cleansing handpiece according to the present invention, a cleansing liquid supply unit that supplies a cleansing liquid to the skin cleansing handpiece, and a control main body unit that controls the operation of the skin cleansing handpiece.

[0020] One embodiment of the skin beauty device according to the present invention may further include a negative pressure generating unit that sucks in air through the cleaning liquid discharge pipe of the skin cleaning handpiece and sucks in the waste cleaning liquid that has been discharged to the skin and used.

[0021] In the present invention, the cleaning liquid supply unit includes a plurality of cleaning liquid storage tanks that store different types of cleaning liquids, and the control main body may include an input unit capable of inputting cleaning conditions and a cleaning operation control unit that controls the operation of the cleaning liquid supply unit and the cleaning rotary unit based on the cleaning conditions input by the input unit.

[0022] In the present invention, when the type of cleaning solution, the amount of cleaning solution, and the rotation speed of the skin contact part are input through the input part, the cleaning operation control part controls the operation of the cleaning solution supply part so that the selected cleaning solution can be discharged with the selected type of cleaning solution and amount of cleaning solution, and controls the operation of the cleaning rotation part so that the skin contact part rotates at the selected rotation speed.

[0023] In the present invention, the cleaning operation control unit has the discharge amount of the cleaning solution and the rotation speed of the skin contact part for cleaning stored according to the type of cleaning solution selected through the input unit, and when the type of cleaning solution is selected, it controls the operation of the cleaning solution supply unit so that the cleaning solution can be discharged in a precise amount according to the selected type, and controls the operation of the cleaning rotation part so that the skin contact part for cleaning rotates according to the rotation speed.

[0024] The present invention automatically supplies a foaming cleansing solution and rotates the skin contact part to massage the skin while cleansing, thereby simultaneously applying physical exfoliation by the skin contact part and chemical peeling by the cleansing solution, improving the cleansing effect on the skin and increasing convenience during cleansing.

[0025] The present invention has the effect of significantly improving convenience during skin cleansing by absorbing the used foam cleansing solution from the skin and removing it along with the cleansed waste.

[0026] FIG. 1 is a perspective view illustrating an embodiment of a skin beauty device including an embodiment of a handpiece for skin cleansing according to the present invention.

[0027] FIGS. 2 and FIGS. 3 are cross-sectional views illustrating an embodiment of a handpiece for skin cleansing according to the present invention.

[0028] FIG. 4 is a schematic diagram illustrating another embodiment of a skin beauty device including a handpiece for skin cleansing according to the present invention.

[0029] FIG. 5 is a block diagram illustrating another embodiment of a skin beauty device including a handpiece for skin cleansing according to the present invention.

[0030] FIG. 6 is an exploded perspective view illustrating one embodiment of a handpiece for spraying cosmetic liquid in a skin beauty device including a handpiece for skin cleansing according to the present invention.

[0031] FIG. 7 is a cross-sectional view illustrating one embodiment of a handpiece for spraying cosmetic liquid in a skin beauty device including a handpiece for skin cleansing according to the present invention.

[0032] FIG. 8 is a perspective view illustrating one embodiment of a handpiece for hot and cold treatment of the skin in a skin beauty device including a handpiece for skin cleansing according to the present invention.

[0033] FIG. 9 is a cross-sectional view illustrating one embodiment of a handpiece for hot and cold treatment of the skin in a skin beauty device including a handpiece for skin cleansing according to the present invention.

[0034] * Explanation of the symbols *

[0035] 100: Skin cleansing handpiece 110: Cleansing handpiece casing

[0036] 111: Connection guide projection 120: Cleaning liquid discharge pipe

[0037] 130 : Skin contact part for cleaning 131 : Fire-operating housing member

[0038] 131a: Rotation guide tube part 131b: Connecting projection part

[0039] 131c: Locking projection 131d: Rotation support projection

[0040] 131e: Bearing ball body 132: Skin contact member

[0041] 140: Cleaning rotating part 141: First rotating gear member

[0042] 141a: Housing coupling part 141b: Locking insertion groove part

[0043] 142: Second rotary gear member 143: Cleaning rotary motor

[0044] 150: Cleaning solution supply line section 160: Cleaning solution suction line section

[0045] 170: Foam generating part 171: Mesh body

[0046] 180: Operation switch 190: Cleaning operation control unit

[0047] 200: Handpiece for dispensing cosmetic liquid

[0048] 210: Handpiece casing for cosmetic dispensing 210a: Main body casing

[0049] 210b: Nozzle cap casing 211: Cosmetic solution injection container

[0050] 211a: Injection tube 211b: Piston member

[0051] 212: Spray nozzle section 212a: Spray port

[0052] 212b: Air supply channel 213: Container insertion part

[0053] 214: Casing coupling locking part 214a: Locking member

[0054] 214b: Locking spring member 214c: Unlocking button part

[0055] 220: Air supply line for spraying

[0056] 230: Actuator for supplying cosmetic liquid 231: Push bar

[0057] 232: Mobile device for supplying cosmetic liquid 232a: Rotary motor for supplying cosmetic liquid

[0058] 232b: Screw for supplying cosmetic liquid 233: Stopper moving projection

[0059] 234: Actuator support 234a: Moving guide slit

[0060] 240: Nozzle tip 250: Remaining liquid check section

[0061] 251: Push bar position detection unit 251a: First position sensor

[0062] 251b: Second position sensor 251c: Third position sensor

[0063] 260: Display unit for indicating remaining cosmetic liquid amount 270: Cosmetic liquid display unit

[0064] 280: Cosmetic liquid type detection unit 290: Cosmetic liquid spray control unit

[0065] 300: Handpiece for hot and cold procedures 310: Peltier element

[0066] 320: Handpiece casing for hot and cold massage 321: Massage roller component

[0067] 321a: Roller shaft 321b: Skin contact part

[0068] 321c: Fluid storage space 322: Casing member for roller mounting

[0069] 322a: Roller mounting part 322b: Handle part

[0070] 323 : Slip ring part 324 : Brush part

[0071] 330 : Hot and cold treatment control unit

[0072] 331: First display unit for Peltier element

[0073] 332 : Second display unit for Peltier element

[0074] 333: Cooling level control switch unit 334: Heating level control switch unit

[0075] 335 : First temperature display unit

[0076] 336 : Second temperature display unit

[0077] 340: Temperature sensor unit 350: Element cooling unit

[0078] 351: Cooling fluid circulation section 351a: Fluid supply line section

[0079] 351b: Fluid discharge line 351c: Circulation pump

[0080] 351d: Coolant storage tank 351e: Fluid chiller

[0081] 351f : Heat exchanger 351g : Fan part

[0082] 400: Oxygen LED Irradiator 400a: Oxygen Nozzle

[0083] 400b : LED lamp 410 : Illumination plate part

[0084] 420 : Plate support 500 : Control main body

[0085] 500a : 1st control cable body 500b : 2nd control cable body

[0086] 500c : 3rd control cable body 500d : 4th control cable body

[0087] 501: Main display unit 510: Main control unit

[0088] 520: Air compressor unit 530: Air supply unit

[0089] 531: First air intake line section 532: First air filter

[0090] 533 : 1st Euro shut-off valve 534 : 2nd Euro shut-off valve

[0091] 535: Second air intake line section 536: Third Euro shut-off valve

[0092] 537: Third air intake line section 540: Negative pressure generating section

[0093] 540a: Waste cleaning fluid storage unit 541: First suction line unit

[0094] 542 : Second intake line section 542a : Second air filter

[0095] 543: Intake air exhaust line section 550: Cleaning solution supply section

[0096] 551: Cleaning solution storage tank section 552: Cleaning solution supply pump

[0097] 560: Oxygen supply unit 561: Oxygen supply pump unit

[0098] 562: 4th air intake line section 563: 3rd air filter

[0099] 564: Adsorption bed section 565: Nitrogen discharge line section

[0100] 566: 1st Oxygen Supply Line Section 567: 2nd Oxygen Supply Line Section

[0101] Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings. However, the technical concept of the present invention is not limited to the embodiments described herein and may be embodied in other forms. Rather, the embodiments introduced herein are provided to ensure that the disclosed content is thorough and complete and to ensure that the concept of the present invention is sufficiently conveyed to those skilled in the art.

[0102] In this specification, when a component is described as being on another component, it means that it may be formed directly on the other component or that a third component may be interposed between them. Additionally, in the drawings, the thicknesses of shapes and regions are exaggerated for the effective description of the technical content.

[0103] Additionally, although terms such as first, second, third, etc., have been used to describe various components in the various embodiments of this specification, these components should not be limited by such terms. These terms are used merely to distinguish one component from another. Accordingly, what is referred to as the first component in one embodiment may be referred to as the second component in another embodiment. Each embodiment described and illustrated herein also includes its complementary embodiment. Furthermore, in this specification, "and / or" is used to mean including at least one of the components listed before and after it.

[0104] In the specification, singular expressions include plural expressions unless the context clearly indicates otherwise. Furthermore, terms such as "include" or "have" are intended to specify the existence of the features, numbers, steps, components, or combinations thereof described in the specification, and should not be understood as excluding the existence or addition of one or more other features, numbers, steps, components, or combinations thereof. Additionally, in this specification, "connection" is used to include both indirectly connecting multiple components and directly connecting them.

[0105] Furthermore, in describing the present invention below, if it is determined that a detailed description of related known functions or configurations could unnecessarily obscure the essence of the invention, such detailed description will be omitted.

[0106] FIG. 1 is a perspective view illustrating an embodiment of a skin beauty device including an embodiment of a skin cleansing handpiece (100) according to the present invention, and FIG. 2 and FIG. 3 are cross-sectional views illustrating an embodiment of a skin cleansing handpiece (100) according to the present invention.

[0107] An embodiment of a handpiece (100) for skin cleansing according to the present invention is described in detail below with reference to FIGS. 1 to 3.

[0108] One embodiment of the skin cleansing handpiece (100) according to the present invention includes a cleansing handpiece casing part (110), and the cleansing handpiece casing part (110) is formed in a shape including a handle that can be held and used by a practitioner.

[0109] And, a cleaning solution discharge tube (120) for supplying cleaning solution to the user's skin is provided protrudingly at the tip of the cleaning handpiece casing (110).

[0110] A cleaning liquid discharge pipe portion (120) is coupled with a cleaning skin contact portion (130) that comes into contact with the skin, and the cleaning skin contact portion (130) includes a rotation guide portion (131a) in which the cleaning liquid discharge pipe portion (120) is inserted and coupled internally and is positioned to rotate around the cleaning liquid discharge pipe portion (120).

[0111] Inside the cleaning handpiece casing (110), a cleaning rotating part (140) is located that is connected to the cleaning skin contact part (130) and rotates the cleaning skin contact part (130).

[0112] The skin contact part (130) for cleaning is detachably coupled to the rotating part (140) for cleaning and can be used by periodically replacing it.

[0113] The skin contact part (130) for cleaning is a part that comes into direct contact with the user's skin, and is replaced after one use for hygienic use.

[0114] The skin contact portion (130) for cleaning can be manufactured with different sizes depending on the body part being treated.

[0115] For example, the cleansing skin contact part (130) is divided into a face skin contact part (130a) and a body skin contact part (130b), and when the treatment area is the face, the treatment is performed using the face skin contact part (130a), and when the treatment area is the body, the treatment is performed using the body skin contact part (130b).

[0116] The cleaning skin contact portion (130) is detachably coupled to the cleaning rotating portion (140) and includes a mounting housing member (131) equipped with a rotating guide tube portion (131a) and a skin contact member (132) provided on the lower surface of the mounting housing member (131) and made of an elastic material to come into contact with the skin.

[0117] The skin contact member (132) may be a brush member made of an elastic material such as silicone, or a block member formed of a porous synthetic resin material such as a sponge.

[0118] The skin contact member (132) is positioned to protrude downward from the end of the cleaning liquid discharge pipe (120), so that the surface can come into contact with the skin without the cleaning liquid discharge pipe (120) touching the skin.

[0119] In addition, it can be manufactured using various known materials that come into contact with the skin and are used for cleansing, such as cotton pads, so further detailed explanations are omitted.

[0120] The skin contact portion (130) for cleaning has a cleaning liquid discharge portion (120) inserted into a rotating guide tube portion (131a), and the cleaning liquid discharge portion (120) is positioned so that it protrudes toward the lower end of the rotating guide tube portion (131a) through it, so that it can be positioned as close as possible to the skin.

[0121] The cleaning liquid discharge tube (120) is positioned so that its end side protrudes toward the lower side of the rotating guide tube (131a), positioned as close as possible to the skin, so that when supplying cleaning liquid to the skin, the cleaning liquid can be supplied stably without splashing as much as possible.

[0122] In addition, the cleaning liquid discharge pipe (120) penetrates the interior of the rotating guide pipe (131a) so that the rotating guide pipe (131a), i.e., the mounting housing member (131), is rotatably coupled and serves as the rotation axis of the mounting housing member (131).

[0123] The mounting housing member (131) is detachably coupled to the cleaning rotating part (140) as the cleaning liquid discharge pipe (120) penetrates into the interior of the rotating guide pipe (131a), and rotates around the cleaning liquid discharge pipe (120) by receiving rotational force from the cleaning rotating part (140).

[0124] The cleaning rotary part (140) includes a first rotary gear member (141) which is positioned rotatably around the cleaning liquid discharge pipe (120) and detachably coupled to a mounting housing member (131) through which the cleaning liquid discharge pipe (120) passes inside the cleaning handpiece casing part (110), a second rotary gear member (142) which is provided to mesh with the first rotary gear member (141) and is positioned rotatably inside the cleaning handpiece casing part (110), and a cleaning rotary motor (143) that rotates the second rotary gear member (142).

[0125] A second rotating gear member (142) is mounted on the shaft of the cleaning rotary motor (143), and the second rotating gear member (142) is positioned to mesh with the first rotating gear member (141) within the cleaning handpiece casing (110) to transmit rotational force to the first rotating gear member (141), thereby rotating the first rotating gear member (141) around the cleaning liquid discharge pipe (120).

[0126] Additionally, the first rotary gear member (141) is positioned to protrude toward the tip of the cleaning handpiece casing part (110) and has a housing coupling part (141a) to which the mounting housing member (131) is detachably coupled.

[0127] The housing coupling portion (141a) protrudes toward the front end of the cleaning hand casing portion through a hollow portion through which the cleaning liquid discharge pipe portion (120) passes, and is provided with a catch insertion groove portion (141b) on its outer surface.

[0128] Additionally, a coupling projection (131b) that is detachably coupled to a housing coupling portion (141a) is provided protruding from the upper surface of the mounting housing member (131), and a locking projection (131c) that is detachably coupled to a locking insertion groove (141b) of the housing coupling portion (141a) is provided protruding from the inner surface of the coupling projection (131b).

[0129] The coupling projection (131b) has elasticity and opens when pressed beyond a preset force, allowing the locking projection (131c) to be inserted into the locking insertion groove (141b) and then returned to its original position. When pulled by a preset force, the locking projection (131c) inserted into the locking insertion groove comes out of the locking groove and can be separated from the housing coupling part (141a).

[0130] It should be noted that the housing coupling part (141a) and the coupling projection part (131b) can be implemented in various modified forms of known coupling structures that are coupled to each other when pressed with a preset force and separated from each other when pulled with a preset force, so further detailed description is omitted.

[0131] At the tip of the cleaning handpiece casing part (110), a coupling guide projection (111) is provided, which is positioned spaced apart from the housing coupling part (141a) and supports the outer surface of the coupling projection part (131b).

[0132] The coupling projection (131b) is inserted between the housing coupling portion (141a) and the coupling guide projection (111) so that it can be stably coupled with the housing coupling portion (141a) in the correct position.

[0133] Additionally, on the upper surface of the mounting housing member (131), a rotation support projection (131d) is positioned so as to protrude, which is spaced apart from the outer side of the coupling projection (131b) to support the outer surface of the coupling guide projection (111) when the cleaning skin contact part (130) rotates, and whose upper side is supported by the tip of the cleaning handpiece casing part (110).

[0134] In addition, a bearing ball body (131e) is rotatably inserted inside the rotational support projection (131d), with a portion protruding upward and supported at the tip of the cleaning handpiece casing (110).

[0135] The rotational support projection (131d) is supported by a bearing ball body (131e) at the tip of the cleaning handpiece casing (110) to minimize vibration and movement of the cleaning skin contact part (130) when the cleaning skin contact part (130) rotates, and to allow the cleaning skin contact part (130) to rotate smoothly by the cleaning rotation part (140) while in contact with the skin.

[0136] In order to increase cleaning efficiency during the procedure, when the cleaning handpiece casing (110) is held and pressed to apply pressure to the cleaning skin contact part (130), the cleaning skin contact part (130) is supported by a ball body through a rotation support projection (131d) at the tip of the cleaning handpiece casing (110), so that the pressure is stably transmitted to the cleaning skin contact part (130), and the cleaning skin contact part (130) can be stably rotated by the bearing ball body (131e) even when it is pressed against the skin.

[0137]

[0138] Meanwhile, a cleaning liquid supply line section (150) is located inside the cleaning handpiece casing section (110) to supply cleaning liquid to the cleaning liquid discharge pipe section (120) by connecting the cleaning liquid supply section (not shown) within the control main body section (500), and the cleaning liquid supply line section (150) can be implemented in various forms such as a pipe or a flexible hose.

[0139] Additionally, a foam generating unit (170) that generates foam in the cleaning liquid supplied to the cleaning liquid discharge pipe (120) is provided inside the cleaning handpiece casing (110), and the cleaning liquid supply line (150) includes a first supply line (151) connecting the foam generating unit (170) and the cleaning liquid discharge pipe (120), and a second supply line (152) connecting the cleaning liquid supply unit (not shown) and the foam generating unit (170).

[0140] The foam generating part (170) is provided with a mesh body (171) inside so that foam can be generated as the cleaning liquid passes through the mesh body (171).

[0141] The cleaning liquid discharge pipe (120) discharges and supplies the foam cleaning liquid that has passed through the mesh body (171) to the user's skin, and the cleaning skin contact part (130) rotates by the operation of the cleaning rotating part (140) to evenly apply the foam cleaning liquid to the user's skin.

[0142] One embodiment of the skin cleansing handpiece (100) according to the present invention can further enhance the cleansing effect during cleansing by generating foam in the cleansing solution through the foam generating part (170) and supplying the foam cleansing solution to the user's skin.

[0143] Additionally, inside the cleaning handpiece casing (110), a cleaning liquid suction line (160) is provided by connecting a negative pressure generating part (not shown) that generates negative pressure for suctioning cleaning liquid and a cleaning liquid discharge pipe part (120) to suction cleaning liquid that has been used to clean the skin.

[0144] The cleaning fluid suction line (160) can be implemented in various forms, such as a tube or a flexible hose.

[0145] The cleaning handpiece casing (110) is equipped with an operating switch (180) that controls the operation of a cleaning rotating part (140), a cleaning fluid supply part (not shown), and a negative pressure generating part (not shown), and the operating switch (180) is connected to a control main body (500) through a substrate and a control wire connected to the substrate.

[0146] The operating switch (180) includes a cleaning mode that operates the cleaning rotary part (!40) and the cleaning liquid supply part (not shown) together, and a suction mode that operates the cleaning rotary part (!40) and the negative pressure generating part (not shown) together, and can select either the cleaning mode or the suction mode.

[0147] In one embodiment of the skin cleansing handpiece (100) according to the present invention, in a cleansing mode, a cleansing rotating part (140) and a cleansing liquid supply part (not shown) operate together to discharge and supply foam cleansing liquid to the user's skin through a cleansing liquid discharge pipe part (120), and at the same time, while the cleansing skin contact part (130) rotates, the user's skin is cleansed with cleansing liquid and waste can be removed.

[0148] In addition, in one embodiment of the skin cleaning handpiece (100) according to the present invention, the cleaning rotating part (140) and the negative pressure generating part (not shown) operate together in suction mode to suck the waste cleaning liquid used for cleaning on the user's skin along with waste generated from the skin into the cleaning liquid discharge pipe part (120) and move it to the waste cleaning liquid storage part (not shown) through the cleaning liquid suction line part (160) so that it can be easily removed.

[0149]

[0150] Meanwhile, FIG. 4 is a schematic diagram illustrating another embodiment of a skin beauty device including a handpiece (100) for skin cleansing according to the present invention, and FIG. 5 is a block diagram illustrating another embodiment of a skin beauty device including a handpiece (100) for skin cleansing according to the present invention.

[0151] Another embodiment of a skin beauty device including a skin cleansing handpiece (100) according to the present invention further includes a control body (500) connected to the skin cleansing handpiece (100) according to the present invention by a second control cable body (500b).

[0152] In addition, another embodiment of a skin beauty device including a skin cleansing handpiece (100) according to the present invention further includes a cosmetic dispensing handpiece (200) for dispensing cosmetic liquid onto the skin and a hot / cold treatment handpiece (300) for heating or cooling the skin with a Peltier element (310) in contact with the skin, and the control main body (500) controls the operation of the skin cleansing handpiece (100), as well as the cosmetic dispensing handpiece (200) and the hot / cold treatment handpiece (300).

[0153] In addition, one embodiment of the skin beauty device according to the present invention further includes an oxygen LED irradiation device (400) that sprays oxygen onto the patient's skin and irradiates LED wavelengths onto the skin with an LED.

[0154] The control main body (500) includes an air compressor unit (520) that supplies high-pressure air into the cosmetic solution dispensing handpiece (200) and sucks air into the cleaning solution discharge pipe (120) of the skin cleaning handpiece (100), and a main control unit (510) that controls the operation of the cosmetic solution dispensing handpiece (200), the skin cleaning handpiece (100), the hot and cold treatment handpiece (300), and the oxygen LED irradiation device (400).

[0155] The air compressor unit (520) removes nitrogen removed from the outside air through the adsorption bed unit (564) when supplying oxygen to the oxygen LED irradiation device (400).

[0156] The control main body (500) includes a main display unit (501) that includes an input unit for inputting treatment conditions, and the main display unit (501) displays the input unit on a screen using a touchscreen panel so that the operator can directly touch the screen to select and input treatment conditions, namely, the treatment conditions for a cosmetic liquid spraying handpiece (200), a skin cleansing handpiece (100), a hot and cold treatment handpiece (300), and an oxygen LED irradiation device (400).

[0157] And, the main control unit (510) controls the operation of the cosmetic solution spraying handpiece (200), the skin cleansing handpiece (100), the hot and cold treatment handpiece (300), and the oxygen LED irradiation device (400) according to the input treatment conditions.

[0158] The main control unit (510) includes a cosmetic dispensing control unit (290) that controls the operation of a cosmetic dispensing handpiece (200), a cleaning operation control unit (190) that controls the operation of a skin cleaning handpiece (100), a hot and cold treatment control unit (323) that controls the operation of a hot and cold treatment handpiece (300), and an oxygen LED irradiation control unit (430) that controls the operation of an oxygen LED irradiation device (400).

[0159]

[0160] The oxygen LED irradiation device (400) includes an irradiation plate portion (410) facing the skin to be irradiated and having an LED lamp (400b) and a plurality of oxygen nozzles (400a) on the surface facing the skin, and a pair of plate support portions (420) positioned on both sides of the irradiation plate portion (410) to support the position of the irradiation plate portion (410).

[0161] The investigation plate portion (410) is provided with a plate hinge portion that can be folded in the center, and can be folded around the plate hinge portion and inserted into the interior of a pair of plate support portions (420).

[0162] A pair of plate support members (420) have a casing shape into which a folded inspection plate member (410) can be inserted, and have a structure that is detachably connected.

[0163] The oxygen LED irradiation device (400) is connected to the control main body (500) by a fourth control cable body (500d), and the fourth control cable body (500d) is connected to the LED lamp (400b) and includes a wire for controlling the operation of the LED lamp (400b) and an oxygen supply line part for supplying oxygen to a plurality of oxygen injection nozzles.

[0164] The oxygen LED irradiation device (400) is stored by inserting the irradiation plate portion (410) between a pair of plate support portions (420) that are folded and joined together, and when the pair of plate support portions (420) are separated, it can be unfolded and positioned to face the skin to be irradiated, for example, the user's face.

[0165] The LED lamp (400b) includes a first LED lamp (400b) that emits blue light and a second LED lamp that emits red light. By operating the first LED lamp (400b) and the second LED lamp (400b) respectively, blue light or red light can be emitted onto the skin, or by operating the first LED lamp (400b) and the second LED lamp (400b) simultaneously, a combination of blue light and red light can be emitted onto the skin to emit purple light.

[0166] The oxygen LED irradiation device (400) irradiates LED wavelengths onto the skin using an LED lamp (400b) mounted on an irradiation plate (410), thereby inducing cell activation and skin regeneration through chemical and physical actions after the skin cells absorb the light, and at the same time, helps skin health by increasing the availability of oxygen in the skin through oxygen supply by an oxygen generator.

[0167]

[0168] Meanwhile, the air compressor unit (520) supplies high-pressure air into the handpiece (200) for spraying cosmetic liquid, sucks in air through the cleaning liquid discharge pipe (120) of the handpiece (100) for skin cleaning, and sucks in and discharges nitrogen removed from the air when supplying oxygen to the oxygen LED irradiation device (400).

[0169] The control main body (500) includes an air supply unit (530) that supplies high-pressure air into a handpiece (200) for spraying cosmetic liquid, and a negative pressure generating unit (540) that sucks air into a cleaning liquid discharge pipe (120) of a handpiece (100) for skin cleaning and sucks in used cleaning liquid discharged to the skin.

[0170] The air supply unit (530) comprises a first air intake line unit (531) for sucking in outside air, a first air filter (532) provided in the first air intake line unit (531) for removing foreign substances contained in the outside air, a first flow path shut-off valve (533) connected to the first air intake line unit (531), a second flow path shut-off valve (534) connected to the first flow path shut-off valve (533), a second air intake line unit (535) connecting the first flow path shut-off valve (533) and the second flow path shut-off valve (534), a third air intake line unit (537) connecting the second flow path shut-off valve (534) and the intake port of the air compressor unit (520), a third flow path shut-off valve (536) connected to the outlet of the air compressor unit (520), and a third flow path shut-off valve (536) connected to the third flow path shut-off valve (536). It includes a spray air supply line section (220) that supplies external air sucked into an air compressor section (520) to a handpiece (200) for spraying cosmetic liquid.

[0171] Additionally, the negative pressure generating unit (540) includes a waste cleaning liquid storage unit (540a), a cleaning liquid discharge pipe unit (120) of a skin cleaning handpiece (100), and an air compressor unit (520), and a waste cleaning liquid storage unit (540a) provided in the cleaning liquid suction line unit (160) for storing waste cleaning liquid, and the cleaning liquid suction line unit (160) includes a first suction line unit (541) connecting the waste cleaning liquid storage unit (540a) and the cleaning liquid discharge pipe unit (120) of a skin cleaning handpiece (100), a second suction line unit (542) connecting the waste cleaning liquid storage unit (540a) and a first flow path opening / closing valve (533), and a third flow path opening / closing valve (536), and a suction air that discharges air sucked in through the second suction line unit (542). It includes a discharge line section (543).

[0172] The second suction line section (542) is equipped with a second air filter (542a) to remove foreign substances from the air from which waste cleaning liquid has been removed.

[0173] The control main body (500) includes an oxygen supply unit (560) for supplying oxygen to an oxygen LED irradiation device (400), and the oxygen supply unit (560) includes an oxygen supply pump unit (561), a fourth air intake line unit (562) connected to the oxygen supply pump unit (561) and sucking in external air, a third air filter (563) provided in the fourth air intake line unit (562) and removing foreign substances contained in the outside air, an adsorption bed unit (564) provided in the fourth air intake line unit (562) and separating nitrogen contained in the outside air, a nitrogen discharge line unit (565) connecting the adsorption bed unit (564) and a second flow path opening / closing valve (534), a first oxygen supply line unit (566) connecting the adsorption bed unit (564) and the oxygen supply pump unit (561), and the oxygen supply pump unit (561) and the oxygen LED irradiation device (400). It includes a second oxygen supply line section (567) that supplies oxygen to and discharges oxygen via an oxygen LED irradiation device (400) connected thereto.

[0174] As an example, the first Euro shut-off valve (533) and the second Euro shut-off valve (534) have three ports, with two ports on the inlet side, and are 2-way valves in which the two ports on the inlet side are selectively opened and closed, and the third Euro shut-off valve (536) and the second Euro shut-off valve (534) have three ports, with two ports on the outlet side, and are 2-way valves in which the two ports on the outlet side are selectively opened and closed.

[0175] The first Euro shut-off valve (533) selectively opens and closes the first air intake line section (531) and the second intake line section (542), the second Euro shut-off valve (534) selectively opens and closes the third air intake line section (537) and the nitrogen discharge line section (565), and the third Euro shut-off valve (536) selectively opens and closes the injection air supply line section (220) and the intake air discharge line section (543).

[0176] The first air intake line section (531), the second air intake line section (535), the third air intake line section (537), the fourth air intake line section (562), the cleaning fluid intake line section (160), the nitrogen discharge line section (565), the first oxygen supply line section (566), and the second oxygen supply line section (567) can be implemented in various forms that move fluids in the form of pipes or flexible hoses.

[0177] When the handpiece (200) for spraying cosmetic liquid is operated, the outside air sucked in through the first air intake line (531) by the operation of the air compressor unit (520) is filtered by the first air filter (532), and then high-pressure air is supplied into the handpiece (200) for spraying cosmetic liquid through the second air intake line (535), the third air intake line (537), and the spray air supply line (220) to spray cosmetic liquid.

[0178] Additionally, when the handpiece (100) for skin cleaning is operated, the air sucked in through the first suction line (541) and the second suction line (542) by the operation of the air compressor unit (520) is discharged to the outside through the second air suction line (535), the third air suction line (537), and the suction air discharge line (543). At this time, the waste cleaning liquid sucked in is stored in the waste cleaning liquid storage unit (540a), and the air sucked in the waste cleaning liquid is filtered by the second air filter (542a) and then discharged to the outside through the second air suction line (535), the third air suction line (537), and the suction air discharge line (543).

[0179] Additionally, when the oxygen LED irradiator (400) is operated, the oxygen supply pump unit (561) and the air compressor unit (520) operate to filter and suck air through the third air filter (563) via the fourth air intake line unit (562), pass it through the adsorption bed unit (564) to remove nitrogen, and then supply the oxygen with nitrogen removed to the oxygen LED irradiator (400), and at the same time, the nitrogen separated from the adsorption bed unit (564) is discharged to the outside through the nitrogen discharge line unit (565), the third air intake line unit (537), and the intake air discharge line unit (543).

[0180]

[0181] Meanwhile, the control main body (500) includes a cleaning solution supply unit (550) that supplies a cleaning solution to a skin cleaning handpiece (100), and the cleaning solution supply unit (550) includes a cleaning solution storage tank unit (551), a cleaning solution supply line unit (150) that supplies a cleaning solution to a cleaning solution discharge pipe unit (120) by connecting the cleaning solution storage tank unit (551) and the cleaning solution discharge pipe unit (120) of the skin cleaning handpiece (100), and a cleaning solution supply pump (552) provided in the cleaning solution supply line unit (150).

[0182] In addition, the cleaning solution supply unit (550) is provided in multiple units to supply different types of cleaning solutions, so that different cleaning solutions can be selected and discharged according to the cleaning conditions with the skin cleaning handpiece (100).

[0183] The cleaning solution supply line section (150) is equipped with a cleaning solution supply pump (552) and includes a plurality of branch supply line sections (151) each connected to a plurality of cleaning solution storage tank sections (551), and the operation of the cleaning solution supply pump (552) equipped in each branch supply line section (151) can be individually controlled to supply the selected cleaning solution to the skin cleaning handpiece (100) during the procedure.

[0184] The cleaning operation control unit (190) may provide a cleaning solution type selection screen for selecting one of a plurality of cleaning solutions, a cleaning solution amount selection screen for selecting the amount of cleaning solution to be used, and a rotation speed selection screen for selecting the rotation speed of the skin contact part (130) for cleaning.

[0185] And, the cleaning operation control unit (190) controls the operation of the cleaning solution supply unit (550) so that the selected cleaning solution can be discharged with the type and amount of cleaning solution selected by the practitioner or user, and controls the operation of the cleaning rotation unit (140) so that the skin contact unit (130) rotates at a selected rotational speed.

[0186] The cleaning operation control unit (190) has the discharge amount of cleaning solution and the rotation speed of the cleaning skin contact part (130) stored according to the type of cleaning solution selected by the practitioner or user, so that when the practitioner or user selects the type of cleaning solution, the cleaning solution can be discharged in a fixed amount according to the selected type, and the cleaning rotation part (140) can be controlled so that the cleaning skin contact part (130) rotates according to the rotation speed.

[0187]

[0188] The control main body (500) further includes a cooling fluid circulation unit (351) that supplies fluid to a handpiece (300) for hot and cold treatment and circulates the fluid into a massage roller member (321) equipped with a Peltier element unit (310).

[0189] The cooling fluid circulation unit (351) includes a cooling water storage tank (351d) in which cooling water is stored, a fluid supply line unit (351a) that supplies cooling fluid within the fluid storage space by connecting the cooling water storage tank (351d) and the fluid storage space of the massage roller member (321), a fluid discharge line unit (351b) that discharges cooling fluid within the fluid storage space (321c) by connecting the cooling water storage tank (351d) and the fluid storage space of the massage roller member (321), a circulation pump (351c) mounted on the fluid supply line unit (351a) to circulate cooling fluid, and a fluid cooling device (351e) mounted on the cooling water storage tank (351d) or the fluid discharge line unit (351b) to cool cooling fluid.

[0190] The fluid cooling device (351e) is exemplified by including a heat exchanger (351f) and a fan (351g) that blows air to the heat exchanger (351f), and can be implemented in various modified ways using known heat exchange structures that cool cooling water, such as a chiller.

[0191] The cooling fluid circulation unit (351) can circulate cooling water into the fluid storage space within the massage roller member (321) to maintain the heat dissipation efficiency or heat absorption efficiency of the Peltier element unit (310) at a constant level using the cooling water in the fluid storage space.

[0192]

[0193] Meanwhile, FIG. 6 is an exploded perspective view illustrating one embodiment of a handpiece (200) for spraying cosmetic liquid in a skin beauty device including a handpiece (100) for skin cleansing according to the present invention, and FIG. 7 is a cross-sectional view illustrating one embodiment of a handpiece (200) for spraying cosmetic liquid in a skin beauty device including a handpiece (100) for skin cleansing according to the present invention.

[0194] Referring to FIGS. 6 and FIGS. 7, one embodiment of a handpiece (200) for spraying cosmetic liquid is described in detail below.

[0195] One embodiment of the cosmetic dispensing handpiece (200) according to the present invention includes a cosmetic dispensing handpiece casing part (210) into which a cosmetic injection device (211) is inserted.

[0196] The handpiece casing (210) for spraying cosmetic liquid is formed in a shape that includes a handle that the operator can hold and use with their hand.

[0197] And, at the tip of the handpiece casing (210) for spraying cosmetic liquid, a spray nozzle (212) is provided to spray cosmetic liquid from the cosmetic injection device (211) onto the user's skin.

[0198] The tip portion of the handpiece casing portion (210) for spraying cosmetic liquid is provided with a nozzle tip portion (240) made of an elastic material that surrounds the spray opening (212a) of the spray nozzle portion (212) and rests on the skin.

[0199] The nozzle tip portion (240) is formed in a shape that surrounds the nozzle (212a), such as a cylindrical shape, a dome shape, or a cone shape, and an air passage hole is formed on the outer surface through which air can pass.

[0200] The nozzle tip (240) is manufactured of an elastic material such as silicone, and its end side is positioned to adhere to the skin and surround the part where the cosmetic liquid is sprayed, so that when the cosmetic liquid is sprayed, the cosmetic liquid can be accurately concentrated and sprayed onto the targeted area.

[0201] The nozzle tip (240) is screw-coupled to the tip of the handpiece casing (210) for spraying cosmetic liquid so as to be detachably coupled, and as a consumable part that comes into contact with the skin and is replaced periodically, it is replaced after one use for hygienic use.

[0202] The cosmetic solution injection device (211) includes an injection tube (211a) protruding from the front end side and connected to a spray nozzle part (212), an injection device member with an open rear end, and a piston member (211b) that blocks the rear side of the injection device member and is movably positioned within the injection device member.

[0203] It should be noted that the piston member (211b) can be implemented in various modified forms of known piston structures, including an O-ring that is in close contact with the inner surface of the main user member, and further detailed description is omitted.

[0204] The piston member (211b) is pushed by the cosmetic liquid supply actuator (230) to discharge the cosmetic liquid in the cosmetic liquid injection device (211) to the end of the injection tube (211a) and supply it to the injection nozzle part.

[0205] The injection tube (211a) is connected to the nozzle (212a) of the injection nozzle section to supply cosmetic liquid into the nozzle (212a), and an air supply passage (212b) is branched from the nozzle (212a), and the air supply passage (212b) is connected to the air supply line section (220) for injection.

[0206] The spray air supply line section (220) is connected to an air supply section provided within a control body section (500) that controls the operation of a cosmetic liquid supply actuator (230), and receives high-pressure air from the air supply section and supplies it into the spray nozzle (212a).

[0207] The air supply line (220) for spraying can be implemented in various forms, such as a pipe or a flexible hose.

[0208]

[0209] The air supply unit is connected to the spray air supply line unit (220) and includes an air compressor unit that compresses air and supplies it to the spray air supply line unit (220), and a control valve for suctioning cleaning liquid that opens and closes the flow path of the spray air supply line unit (220).

[0210] The handpiece casing part (210) for dispensing cosmetic liquid includes a main body casing part (210a) in which a cosmetic liquid supply actuator (230) is positioned inside and a container insertion part (213) in which the tip side is open and a cosmetic liquid injection device (211) is inserted inside, and a nozzle cap casing part (210b) in which a spray nozzle part (212) is detachably coupled to the tip side of the main body casing part (210a) and connected to the cosmetic liquid injection device (211) inside.

[0211] The main body casing part (210a) is provided with a casing coupling locking part (214) that locks the coupled state of the nozzle cap casing part (210b).

[0212] The casing coupling locking part (214) includes a locking member (214a) which is rotatably coupled within the main body casing part (210a) and has a locking wedge projection that is fixed by penetrating the rear surface of the nozzle cap casing part (210b) at the end side, a locking spring member (214b) which elastically supports the locking member (214a) within the main body casing part (210a), and an unlocking button part (214c) which protrudes integrally from the locking member (214a) and is exposed to the outside of the main body casing part (210a).

[0213] A locking member (214a) is positioned within the main body casing (210a) such that one end can rotate by a hinge, and a locking wedge projection is provided on the other end, and an unlocking button (214c) that protrudes integrally penetrates the outer surface of the main body casing (210a) and is exposed to the outside.

[0214] And, the locking member (214a) is elastically supported by the locking spring member (214b), and the locking wedge projection on the other end side is positioned to penetrate the rear of the main body casing part (210a) and hook and fix the main body casing part (210a).

[0215] When the nozzle cap casing part (210b) is coupled to the main body casing part (210a), the locking member (214a) penetrates the rear surface of the nozzle cap casing part (210b) and engages the rear surface of the nozzle cap casing part (210b) to lock the coupled state of the nozzle cap casing part (210b).

[0216] And, when the operator or user presses the unlock button part (214c), the locking wedge projection part is positioned so as not to catch on the rear of the main body casing part (210a), so that the nozzle cap casing part (210b) can be separated.

[0217] As an example, the locking member (214a) is provided as a pair facing each other on both sides of the main body casing part (210a), and the operator or user holds the pair of unlocking button parts (214c) and presses them simultaneously to unlock the nozzle cap casing part (210b).

[0218] The casing coupling locking part (214) can be implemented in various modified ways using other known locking structures, so a more detailed description is omitted.

[0219] The air supply passage (212b) includes a first air passage located within the nozzle cap casing part (210b) and connected to the injection port (212a) of the injection nozzle part (212), and a second air passage located within the main body casing part (210a) and connected to the first air passage when the nozzle cap casing part (210b) is coupled to the main body casing part (210a).

[0220] As an example, a sealing O-ring is placed between the first air passage and the second air passage to seal the space between the first air passage and the second air passage.

[0221] The nozzle cap casing part (210b) is separated from the main body casing part (210a) and opens the front end side of the container insertion part (213).

[0222] The cosmetic injection device (211) can be inserted into the container insertion part (213) when the nozzle cap casing part (210b) is separated from the main body casing part (210a) and the front end of the container insertion part (213) is opened, and can be replaced with a new one after use.

[0223] The container insertion part (213) has an inner surface that supports the outer surface of the cosmetic injection device (211), and has a shape in which the tip side is open so that the cosmetic injection device (211) can be inserted inside.

[0224] Additionally, the container insertion part (213) has a through hole located on the rear end side through which the push bar (231) of the cosmetic liquid supply actuator (230) can pass.

[0225] The actuator (230) for supplying cosmetic liquid moves the push bar (231) in a straight reciprocating motion along the length of the handpiece (200) for spraying cosmetic liquid, and pushes the piston member (211b) of the cosmetic liquid injector (211) with the push bar (231) to supply cosmetic liquid within the cosmetic liquid injector (211) to the spray nozzle part (212) through the injection tube (211a).

[0226] More specifically, the cosmetic liquid supply actuator (230) includes a push bar (231) that pushes a piston member (211b) inside a cosmetic liquid injection device (211) to discharge the cosmetic liquid, and a cosmetic liquid supply moving device (232) that moves the push bar (231) in a straight line.

[0227] The moving device (232) for supplying cosmetic liquid includes a rotary motor (232a) for supplying cosmetic liquid and a screw (232b) for supplying cosmetic liquid that is rotated in both directions by the rotary motor (232a) and screw-coupled to a push bar (231) to move the push bar (231) linearly according to the direction of rotation.

[0228] The push bar (231) moves from the bottom dead center of the piston member (211b) to the top dead center of the piston member (211b), and then returns to its original position, that is, to a position in contact with the bottom dead center of the piston member (211b), so that the cosmetic liquid inside the cosmetic liquid injection device (211) can be discharged into the injection tube (211a).

[0229] The push bar is provided with a stopper moving projection (233) for limiting rotation, and an actuator support (234) is provided within the main body casing (210a) having a moving guide slit (234a) through which the stopper moving projection (233) is positioned to be movable.

[0230] The actuator support (234) is provided with a moving guide slit (234a) having a length corresponding to at least the moving range of the push bar (231), and the stopper moving projection (233) is positioned within the moving guide slit (234a) and moves together with the push bar (231) when it moves.

[0231] The stopper moving projection (233) restricts the rotation of the push bar (231) screw-coupled to the cosmetic supply screw (232b) when the cosmetic supply screw (232b) rotates, thereby allowing the push bar (231) to move forward and backward according to the rotation direction of the cosmetic supply screw (232b).

[0232] Meanwhile, one embodiment of the handpiece (200) for spraying cosmetic liquid according to the present invention further includes a cosmetic liquid remaining amount checking unit (250) that can check the remaining amount of cosmetic liquid in a cosmetic liquid injection device (211).

[0233] In addition, one embodiment of the handpiece (200) for dispensing cosmetic liquid according to the present invention further includes a display unit (260) for displaying the remaining amount of cosmetic liquid confirmed by the cosmetic liquid remaining amount checking unit (250), which is provided in the handpiece casing unit (210) for dispensing cosmetic liquid and displays the remaining amount of cosmetic liquid confirmed by the cosmetic liquid remaining amount checking unit (250).

[0234] The cosmetic liquid remaining amount checking unit (250) includes a push bar position detection unit (251) that checks the movement position of the push bar (231).

[0235] The push bar position detection unit (251) can check the remaining amount of cosmetic liquid in the cosmetic liquid injection device (211) by checking the position of the push bar (231) that pushes the piston member (211b) to discharge the cosmetic liquid in the cosmetic liquid injection device (211) into the injection tube (211a).

[0236] The push bar position detection unit (251) includes a first position sensor (251a) for confirming the position of the push bar (231) corresponding to the bottom dead center of the piston member (211b) and a second position sensor (251b) for confirming the position of the push bar (231) corresponding to the top dead center of the piston member (211b), so that the push bar may stop at the bottom dead center of the piston member (211b) and stop at the top dead center of the piston member (211b).

[0237] The first position sensor (251a) checks the position of the push bar (231) corresponding to the bottom dead center of the piston member (211b) and positions the push bar (231) to correspond to the bottom dead center of the piston member (211b) when replacing the cosmetic liquid injection device (211).

[0238] And, the second position sensor (251b) can detect the point where the push bar (231) has drawn out the maximum amount of cosmetic liquid from the cosmetic liquid injector (211) by checking the position of the push bar (231) corresponding to the top dead center of the piston member (211b), that is, when all the cosmetic liquid in the cosmetic liquid injector (211) has been depleted.

[0239] One embodiment of a handpiece (200) for dispensing cosmetic liquid according to the present invention includes a cosmetic liquid dispensing control unit (290) that controls the operation of an actuator (230) for supplying cosmetic liquid and an air supply unit, and a skin care device according to the present invention is equipped with a cosmetic liquid dispensing control unit (290) and an air supply unit (530), and further includes a control body unit (500) connected to a handpiece casing unit (210) for dispensing cosmetic liquid and a first control cable body (500a).

[0240] The cosmetic liquid spray control unit (290) can control the operation of the cosmetic liquid supply actuator (230) by detecting the position of the push bar (231) with the cosmetic liquid remaining amount checking unit (250), that is, the push bar position detection unit (251).

[0241] The push bar position detection unit (251) detects the position of the push bar (231) and transmits it to the cosmetic liquid spray control unit (290), and the cosmetic liquid spray control unit (290) checks the remaining amount of cosmetic liquid in the cosmetic liquid injection device (211) based on the position of the push bar (231) received from the push bar position detection unit (251), and can display the confirmed remaining amount on the cosmetic liquid remaining amount display unit (260).

[0242] The operator can easily check the remaining amount of cosmetic liquid in the cosmetic liquid injection device (211) through the display unit (260) for indicating the remaining amount of cosmetic liquid during the procedure.

[0243] Additionally, the push bar position detection unit (251) may further include a third position sensor (251c) positioned between the first position sensor (251a) and the second position sensor (251b) to check the position of the push bar (231).

[0244] The third position sensor (251c) may be provided in multiple spaced-apart locations, and the position of the push bar (231) between the first position sensor (251a) and the second position sensor (251b) can be detected to divide and discharge the cosmetic liquid in the cosmetic liquid injection device (211) into preset amounts.

[0245] As an example, the first position sensor (251a), the second position sensor (251b), and the third position sensor (251c) are laser sensors positioned facing the stopper moving projection (233) to confirm the position of the stopper moving projection (233), and it should be noted that they can be implemented in various modified ways using known sensors capable of confirming the position of the stopper moving projection (233), so further detailed explanation is omitted.

[0246] Additionally, the cosmetic liquid spray control unit (290) controls the operation of the cosmetic liquid supply actuator (230) so that when the push bar (231) is positioned to correspond to the top dead center of the piston member (211b) by the second position sensor (251b), it confirms that all the cosmetic liquid in the cosmetic liquid injection device (211) has been used and returns the push bar (231) to a position corresponding to the bottom dead center of the piston member (211b).

[0247] And, when the cosmetic liquid spray control unit (290) detects that the push bar (231) is positioned to correspond to the top dead center of the piston member (211b) by the second position sensor (251b), it confirms that all the cosmetic liquid in the cosmetic liquid injection device (211) has been used and notifies the operator of this.

[0248] The cosmetic liquid spray control unit (290) operates the air supply unit (530) together with the cosmetic liquid supply actuator (230) to spray the cosmetic liquid through the spray nozzle unit (212).

[0249] In addition, the cosmetic liquid spray control unit (290) can control the amount of cosmetic liquid sprayed, the spray pressure, and the spray pattern.

[0250] The cosmetic liquid spray control unit (290) sprays the cosmetic liquid repeatedly at a preset cycle, but can spray the cosmetic liquid in various spray forms by changing the spray cycle of the cosmetic liquid, that is, the spray pulse.

[0251] The cosmetic spray control unit (290) can adjust the amount of cosmetic spray, spray pressure, and spray cycle according to the treatment area, such as the area around the eyes (e.g., under the eyes), the cheek area, the philtrum area between the nose and mouth, and the chin.

[0252] When performing a procedure using a handpiece (200) for spraying cosmetic liquid, the practitioner can select and input the procedure conditions, namely the procedure area, spray amount, spray pressure, and spray cycle, through the input section output from the main display unit (501), which is a touch screen.

[0253] The cosmetic liquid spray control unit (290) controls the cosmetic liquid supply actuator (230) and the air supply unit (530) to spray the cosmetic liquid according to the treatment conditions entered by the operator, that is, according to the amount of cosmetic liquid sprayed, the spray pressure, and the spray cycle entered by the operator.

[0254] The cosmetic spray control unit (290) has a plurality of pre-set spray forms in which the spray amount, spray pressure, and spray cycle of the cosmetic are pre-set according to the treatment area, and when the treatment area is selected, the cosmetic can be sprayed in a spray form suitable for the treatment area among the plurality of pre-set spray forms.

[0255] The cosmetic liquid spray control unit (290) is provided in the cosmetic liquid spray handpiece casing unit (210) and includes an on / off switch (210c) for turning on / off the cosmetic liquid supply actuator (230) and air supply unit (530), and the on / off switch (210c) is mounted on a substrate and connected to the cosmetic liquid spray control unit (290) within the control main body (500) through the first control cable (500a) as an example.

[0256] The first control cable body (500a) has a structure in which a control wire connected to an on / off switch (210c) and a spray air supply line (220) that supplies air from an air supply unit (530) to a spray nozzle unit (212) are wrapped in a single outer sheath, and further detailed description is omitted.

[0257] Meanwhile, one embodiment of the cosmetic dispensing handpiece (200) according to the present invention further includes a cosmetic display part (270) provided on the outer surface of a cosmetic injection device (211) for displaying the type of cosmetic, and a cosmetic type detection part (280) located within the cosmetic dispensing handpiece casing part (210) for detecting the cosmetic display part (270).

[0258] As an example, the cosmetic liquid type detection unit (280) checks the cosmetic liquid indicator (270) provided on the outer surface of the cosmetic liquid injection device (211) inserted into the container insertion unit (213) to check the type of cosmetic liquid stored in the cosmetic liquid injection device (211).

[0259] The container insertion part (213) may be provided with a viewing window made of a transparent or translucent material that is open to expose the cosmetic liquid display part (270) when the cosmetic liquid injection device (211) is inserted.

[0260] And, the cosmetic liquid type detection unit (280) can detect the cosmetic liquid display unit (270) through the viewing window to check the type of cosmetic liquid.

[0261] The cosmetic liquid display unit (270) is exemplified as being a QR code or a barcode, and the cosmetic liquid type detection unit (280) is exemplified as detecting the QR code or barcode to confirm the type of cosmetic liquid.

[0262] Additionally, the cosmetic liquid display part (270) can display the type of cosmetic liquid in different colors, and for example, the type of cosmetic liquid can be indicated by changing the color of the cosmetic liquid injector (211) according to the type of cosmetic liquid.

[0263] Additionally, the cosmetic liquid type detection unit (280) may be a color sensor that detects the color of the cosmetic liquid display unit (270) or the color of the cosmetic liquid injection device (211) to identify the type of cosmetic liquid.

[0264] The types of cosmetic liquids include various functional cosmetic liquids for whitening, anti-wrinkle, exfoliation, and moisturizing, and as these are known functional cosmetic liquids, further detailed descriptions are omitted.

[0265] The cosmetic liquid spray control unit (290) has a plurality of spray forms pre-set according to the type of cosmetic liquid, with the spray amount, spray pressure, and spray cycle of the cosmetic liquid being pre-set. When the type of cosmetic liquid is identified, the cosmetic liquid can be sprayed using a spray form that matches the type of cosmetic liquid among the plurality of pre-stored spray forms.

[0266] The display unit (260) for displaying the remaining amount of cosmetic liquid or the main display unit (501) can display the type of cosmetic liquid detected by the cosmetic liquid type detection unit (280), and the operator can check the type of cosmetic liquid displayed on the display unit (260) for displaying the remaining amount of cosmetic liquid or the main display unit (501) and set the amount of cosmetic liquid sprayed, the spray pressure, and the spray cycle that match the type of cosmetic liquid through the input unit.

[0267] The handpiece (200) for spraying cosmetic liquid supplies the cosmetic liquid from the cosmetic liquid injection device (211) by spraying it directly onto the skin and can adjust the spray intensity to improve the efficiency of penetration of the cosmetic liquid into the skin and can improve satisfaction during treatment by applying a spraying method suitable for the user's skin.

[0268] The handpiece (200) for spraying cosmetic liquid can spray a precise amount of cosmetic liquid from the cosmetic liquid injector (211) onto the skin and can check the remaining amount of cosmetic liquid in the cosmetic liquid injector (211), thereby resolving problems caused by waste and shortage of cosmetic liquid and improving convenience during treatment.

[0269] The handpiece (200) for spraying cosmetic liquid can check the type of cosmetic liquid of the cosmetic liquid injection device (211) to which it is attached and adjust the spraying method according to the cosmetic liquid, thereby allowing for efficient use of various cosmetic liquids.

[0270]

[0271] FIG. 8 is a perspective view illustrating an embodiment of a handpiece (300) for hot and cold treatment of the skin in a skin beauty device including a handpiece (100) for skin cleansing according to the present invention, and FIG. 9 is a cross-sectional view illustrating an embodiment of a handpiece (300) for hot and cold treatment of the skin in a skin beauty device including a handpiece (100) for skin cleansing according to the present invention.

[0272] Referring to FIGS. 8 and FIGS. 9, an embodiment of a handpiece (300) for hot and cold treatment of the skin is described in detail below.

[0273] One embodiment of a handpiece (300) for hot and cold treatment of the skin according to the present invention includes a Peltier element part (310) whose outer surface is in contact with the skin and which heats or cools the skin according to the direction in which the current flows, and a handpiece casing part (320) for hot and cold massage in which the Peltier element part (310) is mounted.

[0274] The handpiece casing (320) for hot and cold massage is equipped with a handle (322b) that the operator can hold with their hand, and a Peltier element (310) is mounted such that one side of the Peltier element (310) is exposed.

[0275] The Peltier element part (310) is positioned so as to be exposed on the outer surface of the handpiece casing part (320) for hot and cold massage, and the outer surface that contacts the skin is formed as an absorbing surface or a dissipating surface so as to be able to cool or heat the user's skin.

[0276] Additionally, the Peltier element section (310) is electrically connected to the hot and cold treatment control section (330) to control its operation, and the hot and cold treatment control section (330) is positioned within the control main body section (500) which is connected to the hot and cold massage handpiece casing section (320) via a control cable.

[0277] It should be noted that the Peltier element (310) is a known thermoelectric element in which the ends of two different conductors are joined and then a DC voltage is applied to the circuit, so one side becomes a heat-absorbing surface and the other side becomes a heat-dissipating surface that dissipates the heat absorbed from the heat-absorbing surface, and further detailed explanation is omitted.

[0278] The hot and cold treatment control unit (330) can change the direction of the current applied to the Peltier element unit (310) to form the outer surface of the Peltier element unit (310) as a heat-absorbing surface to cool the skin, or form the outer surface of the Peltier element unit (310) as a heat-dissipating surface to heat the skin.

[0279] The hot and cold treatment control unit (330) can control the temperature of the heat absorption surface and the temperature of the heat dissipation surface by adjusting the intensity of the current applied to the Peltier element unit (310).

[0280] One embodiment of the handpiece (300) for hot and cold treatment of the skin according to the present invention further includes a temperature sensor part (340) that is mounted on the element mounting surface where the Peltier element part (310) is mounted in the handpiece casing part (320) for hot and cold massage, and contacts the user's skin together with the Peltier element part (310) to detect the user's skin temperature.

[0281] The temperature sensor unit (340) is connected to the hot and cold treatment control unit (330) and transmits the detected temperature information to the hot and cold treatment control unit (330).

[0282] The hot and cold treatment control unit (330) receives real-time skin temperature information detected by the temperature sensor unit (340) during the treatment and controls the operation of the Peltier element unit (310), that is, adjusts the intensity of the current supplied to the Peltier element unit (310) to prevent burns or overcooling of the skin.

[0283] Meanwhile, the handpiece casing part (320) for hot and cold massage includes a massage roller member (321) in which a Peltier element part (310) is positioned to surround the outer surface, and a roller mounting casing member (322) in which the massage roller member (321) is rotatably mounted.

[0284] The casing member (322) for mounting the roller includes a roller mounting part (322a) on which the roller shaft (321a) of the massage roller member (321) is rotatably mounted, and a handle part (322b) that can be held and used by the practitioner.

[0285] The Peltier element part (310) is formed in a cylindrical shape and surrounds the outer circumference of the massage roller member (321), so that contact with the skin can be maintained when the massage roller member (321) rotates.

[0286] On the outer surface of the roller shaft (321a), a slip ring portion (323) is provided to supply electric power to the Peltier element portion (310) during the rotation of the massage roller member (321), and on the roller mounting portion (322a), a brush portion (324) is provided to supply electric power to the Peltier element portion (310) during the rotation of the massage roller member (321) by being in contact with the slip ring portion (323) while being elastically supported.

[0287] The brush unit (324) is electrically connected to the hot and cold treatment control unit (330) via a wire, and the slip ring unit is electrically connected to the Peltier element unit (310) via a wire.

[0288] The Peltier element part (310) is electrically connected to the hot and cold treatment control part (330) by the brush part (324) which is elastically in contact with the slip ring part (323) while rotating together with the massage roller part (321), so that operation can be controlled by the hot and cold treatment control part (330).

[0289] The outer diameter of the Peltier element part (310) and the outer diameter of the massage roller member (321) are formed to be the same, and the massage roller member (321) is formed with the same curvature that matches the outer diameter of the Peltier element part (310) on at least one of the two sides of the Peltier element part (310), so that a skin contact part (321b) is provided that can come into contact together when the Peltier element part (310) comes into contact with the skin.

[0290] In addition, the temperature sensor part (340) is mounted on the skin contact part (321b) and positioned so as to be exposed on the outer surface of the skin contact part (321b) so as to be in direct contact with the user's skin and measure the user's skin temperature.

[0291] The temperature sensor unit (340) is provided in multiple units spaced circumferentially around the outer circumference of the skin contact unit (321b), so that when the massage roller member (321) rotates while in contact with the skin, the temperature of the skin can be measured at multiple points to check the change in skin temperature in real time during the procedure.

[0292] Additionally, the skin contact portions (321b) are located on each side of the Peltier element portion (310), and the temperature sensor portion (340) is mounted spaced apart from each of the skin contact portions (321b) on both sides.

[0293] Multiple temperature sensor units (340) are spaced apart along the outer circumference of the skin contact portion (321b) located on both sides of the Peltier element unit (310), so that the skin temperature can be checked on both sides of the Peltier element unit (310) during the procedure.

[0294] The handpiece casing (320) for hot and cold massage is provided with a first display unit (331) and a second display unit (332) for a Peltier element that can respectively display the cooling stage and the heating stage of the Peltier element unit (310), and is provided with a cooling stage control switch unit (333) for controlling the cooling stage of the Peltier element unit (310) and a heating stage control switch unit (334) for controlling the heating stage of the Peltier element unit (310).

[0295] Additionally, the handpiece casing (320) for hot and cold massage is provided with a first temperature display unit (335) for displaying the temperature detected by a plurality of temperature sensor units (340) provided on a skin contact part (321b) on one side, and a second temperature display unit (336) for displaying the temperature detected by a plurality of temperature sensor units (340) provided on a skin contact part (321b) on the other side.

[0296] That is, the hot and cold treatment control unit (330) includes a first display unit (331) for a Peltier element, a second display unit (332) for a Peltier element, a cooling stage control switch unit (333), a heating stage control switch unit (334), a first temperature display display unit (335), and a second temperature display display unit (336).

[0297] For example, the cooling stages of the Peltier element section (310) include cooling stages 1 through 3 in order of increasing temperature of the Peltier element section (310). During the procedure, the operator can control the temperature of the Peltier element section (310) in stages by operating a cooling stage control switch, from cooling stage 1, where the temperature of the Peltier element section (310) is highest, to cooling stage 3, where the temperature of the Peltier element section (310) is lowest.

[0298] For example, the cooling stages of the Peltier element section (310) include cooling stages 1 through 3 in order of increasing temperature of the Peltier element section (310), and the operator can control the temperature of the Peltier element section (310) from the cooling stage 3, where the temperature of the Peltier element section (310) is lowest, to the cooling stage 1, where the temperature of the Peltier element section (310) is highest, by operating the cooling stage control switch section (333) during the procedure.

[0299] Additionally, as an example, the heating stages of the Peltier element section (310) include heating stages 1 through 3 in order of decreasing temperature of the Peltier element section (310), and the operator can control the temperature of the Peltier element section (310) from the lowest temperature of the Peltier element section (310) to the highest temperature of the Peltier element section (310) by operating the heating stage control switch section (334) during the procedure.

[0300] That is, the operator can safely and stably perform the procedure while preventing overheating and overcooling of the skin by selecting a heating stage or a cooling stage of the Peltier element (310) while checking the skin temperature measured on both sides of the massage roller member (321) through the first temperature display display unit (335) and the second temperature display display unit (336).

[0301]

[0302] Meanwhile, one embodiment of the handpiece (300) for hot and cold treatment of the skin according to the present invention further includes an element cooling unit (350) that cools the inner surface of the Peltier element unit (310) inside the massage roller member (321).

[0303] The element cooling unit (350) cools the inner surface of the Peltier element unit (310) inside the massage roller member (321), thereby enabling smooth heat dissipation and heat absorption on the outer surface of the Peltier element unit (310).

[0304] When the outer surface of the Peltier element part (310) operates as a heat absorption surface, the inner surface of the Peltier element part (310) operates as a heat dissipation surface and heat is released. At this time, the element cooling part (350) rapidly cools the heat released to the heat dissipation surface, thereby enabling stable heat absorption operation on the outer surface of the Peltier element part (310).

[0305] Additionally, when the outer surface of the Peltier element part (310) operates as a heat dissipation surface, the inner surface of the Peltier element part (310) operates as a heat absorption surface to absorb heat and cool down. At this time, the element cooling part (350) rapidly cools the heat absorbed by the heat absorption surface, thereby enabling stable heat absorption operation on the outer surface of the Peltier element part (310).

[0306] The interior of the massage roller member (321) is provided with a fluid storage space (321c) filled with a cooling fluid, and the element cooling unit (350) includes a cooling fluid circulation unit (351) that supplies the cooling fluid into the fluid storage space (321c) and discharges and circulates the cooling fluid within the fluid storage space (321c).

[0307] One example of a cooling fluid circulation unit (351) is to circulate cooling air or cooling water within a fluid storage space (321c) to air-cool or water-cool the inner surface of a Peltier element unit (310).

[0308] The fluid supply line section (351a) and the fluid discharge line section (351b) are each detachably connected to the center of the roller shaft (321a) and circulate the cooling fluid within the fluid storage space (321c) through the roller shaft (321a) to maintain the temperature of the cooling fluid within the fluid storage space (321c) at a constant level.

[0309] It should be noted that the cooling fluid circulation unit (351) can be implemented in various modified ways using a known cooling circulation structure that circulates the cooling fluid within the fluid storage space (321c) while maintaining the temperature of the cooling fluid within a preset temperature range, and further detailed explanation is omitted.

[0310] In addition, the inner surface of the Peltier element (310) is positioned so that the entire surface can be exposed to contact with the cooling fluid within the fluid storage space (321c), thereby maximizing the cooling effect by the cooling fluid.

[0311] The cooling fluid circulates within the fluid storage space (321c) inside the massage roller member (321) and cools the inner surface of the Peltier element part (310), thereby enabling the outer surface of the Peltier element part (310) to operate smoothly and stably as a heat dissipation surface and a heat absorption surface.

[0312] In addition, the inner surface of the Peltier element (310) can be stably maintained at a preset temperature by a circulating cooling fluid, so that when the outer surface of the Peltier element (310) is formed as a heat absorption surface or a heat dissipation surface, it can be stably maintained at a constant temperature.

[0313]

[0314] Meanwhile, the handpiece (300) for hot and cold treatment is connected to the control main body (500) and the third control cable body (500c), and the third control cable body (500c) includes a wire for controlling the operation of the Peltier element part (310), a fluid supply line part (351a), and a fluid discharge line part (351b).

[0315] The hot and cold treatment control unit (323) controls the surface temperature of the Peltier element unit (310) in contact with the skin and the operation of the cooling fluid circulation unit (351).

[0316] In addition, the operator can input treatment conditions, such as the temperature of the Peltier element (310) and the treatment time, by directly touching the input section of the main display section (501), which is a touchscreen panel.

[0317] The cold and hot treatment control unit (323) can control the surface temperature of the Peltier element unit (310) in contact with the skin according to the treatment conditions entered by the operator to massage the skin coldly or warmly, and can control the operation of the cooling fluid circulation unit (351) during the treatment to maintain the surface temperature of the Peltier element unit (310) in contact with the skin at a constant set temperature.

[0318] One embodiment of the handpiece (300) for hot and cold treatment of the skin can maintain skin elasticity and prevent aging by heating the skin to an appropriate temperature with a Peltier element and then cooling it, and can soothe the skin by constricting blood vessels and pores by performing a hot and cold massage on the skin before cleansing and applying cosmetics, thereby greatly improving the skin cleansing and the penetration effect of cosmetics.

[0319] In addition, one embodiment of the handpiece (300) for hot and cold treatment of the skin applies a Peltier element to a rotating massage roller so that heating and cooling can be repeated while massaging the skin with the massage roller, thereby greatly increasing the hot and cold massage effect through physical massage.

[0320] The skin beauty device according to the present invention includes a skin cleansing function, a hot and cold massage function, and a cosmetic spraying function, allowing for comprehensive skin care, thereby enabling efficient and convenient skin care.

[0321] The skin beauty device according to the present invention can control the flow of air supplied to or sucked into a plurality of handpieces with a single air compressor, thereby simplifying the structure of the control main body (500) and reducing manufacturing costs.

[0322]

[0323] The present invention can automatically supply foaming cleansing liquid and rotate the skin contact part (130) for cleansing to massage the skin while cleansing, thereby improving the cleansing effect on the skin and increasing convenience during cleansing.

[0324] The present invention can significantly improve convenience during skin cleansing by absorbing the used foam cleansing solution from the skin and removing it along with the cleansed waste.

[0325]

[0326] Although the present invention has been described in detail using preferred embodiments, the scope of the invention is not limited to specific embodiments and should be interpreted by the appended claims. Furthermore, those skilled in the art will understand that many modifications and variations are possible without departing from the scope of the invention.

Claims

1. Cleaning handpiece casing; A cleaning fluid discharge tube portion positioned to protrude from the tip of the cleaning handpiece casing portion and supplying cleaning fluid to the skin; A cleansing skin contact portion that is rotatably positioned and contacts the skin through which the above-mentioned cleansing liquid discharge pipe is penetrated; and A handpiece for skin cleaning characterized by including a cleaning rotating part located within the cleaning handpiece casing and rotating the cleaning skin contact part.

2. In Claim 1, Inside the cleaning handpiece casing part, a cleaning liquid supply line part that connects the cleaning liquid supply part within the control main body part and the cleaning liquid discharge pipe part to supply the cleaning liquid to the cleaning liquid discharge pipe part, and a foam generating part that generates foam in the cleaning liquid supplied to the cleaning liquid discharge pipe part are provided. The above cleaning solution supply line section is, A first supply line connecting the foam generating part and the cleaning liquid discharge pipe part; and A handpiece for skin cleansing characterized by including a second supply line connecting the above-mentioned cleansing liquid supply unit and the above-mentioned foam generating unit.

3. In Claim 2, A handpiece for skin cleaning, characterized in that the interior of the cleaning handpiece casing part is provided with a cleaning liquid suction line part that connects a negative pressure generating part within the control main body part and the cleaning liquid discharge pipe part to suck up the cleaning liquid that has been cleaned on the skin by the negative pressure generated by the negative pressure generating part.

4. In Claim 1, A handpiece for skin cleansing characterized in that the skin contact portion for cleansing contact is coupled to the cleansing liquid discharge portion for cleansing contact 5. In Claim 4, The above-mentioned skin contact portion for cleaning is, A mounting housing member detachably coupled to the above-mentioned cleaning rotating part and equipped with the above-mentioned rotating guide tube part; and A handpiece for skin cleansing characterized by including a skin contact member provided on the lower surface of the above-mentioned mounting housing member and manufactured of an elastic material to come into contact with the skin.

6. In Claim 5, A handpiece for skin cleansing characterized in that the above-mentioned cleansing liquid discharge tube is positioned to protrude toward the lower end of the above-mentioned rotating guide tube by penetrating the above-mentioned rotating guide tube.

7. In Claim 5, The above-mentioned cleaning rotating part is, A first rotary gear member that is positioned to be rotatable around the cleaning liquid discharge pipe and is detachably coupled to the mounting housing member, with the cleaning liquid discharge pipe passing through the interior of the cleaning handpiece casing; A second rotating gear member provided to mesh with the first rotating gear member and rotatably positioned inside the cleaning handpiece casing; and It includes a cleaning rotary motor that rotates the second rotary gear member, The above first rotating gear member is A handpiece for skin cleansing characterized by having a housing coupling portion positioned to protrude toward the tip of the cleaning handpiece casing portion and to which the mounting housing member is detachably coupled.

8. In Claim 7, The above housing coupling part is provided with a catch insertion groove on its outer surface, and The upper surface of the above-mentioned mounting housing member is provided with a protruding coupling projection that is detachably coupled to the housing coupling portion, and A handpiece for skin cleansing characterized by having a locking projection protruding from the inner surface of the coupling projection, which is detachably coupled within the locking insertion groove of the housing coupling portion.

9. In Claim 7, The above housing coupling part is provided with a catch insertion groove on its outer surface, and The upper surface of the above-mentioned mounting housing member is provided with a protruding coupling projection that is detachably coupled to the housing coupling portion, and A handpiece for skin cleansing, characterized in that a coupling guide projection protrudes from the tip of the cleaning handpiece casing portion, positioned spaced apart from the housing coupling portion and supporting the outer surface of the coupling projection portion.

10. In Claim 9, A handpiece for skin cleaning, characterized in that a rotational support projection protrudes from the upper surface of the mounting housing member, positioned so as to be spaced apart from the outer side of the coupling projection, and supports the outer surface of the coupling guide projection when the skin contact portion for cleaning rotates, with the upper side supported by the tip of the handpiece casing portion for cleaning.

11. In Claim 10, A skin cleaning handpiece characterized by having a portion of the above-mentioned rotary support projection protruding upward and a bearing ball body supported at the tip of the above-mentioned cleaning handpiece casing portion being rotatably inserted and positioned inside.

12. A handpiece for skin cleansing according to any one of claims 1 to 11; and A cleaning solution supply unit for supplying a cleaning solution to the above-mentioned skin cleaning handpiece is provided, and A skin beauty device characterized by including a control body that controls the operation of the above-mentioned skin cleansing handpiece.

13. In Claim 12, A skin beauty device characterized by further including a negative pressure generating part that sucks in air through the cleaning liquid discharge pipe of the above-mentioned skin cleaning handpiece and sucks in the waste cleaning liquid discharged to the skin.

14. In Claim 12, The above cleaning fluid supply unit includes a plurality of cleaning fluid storage tanks that store different types of cleaning fluids, and The above control body is, An input section capable of inputting cleaning conditions; and A skin beauty device characterized by including a cleaning operation control unit that controls the operation of the cleaning liquid supply unit and the cleaning rotating unit according to the cleaning conditions input by the input unit.

15. In Claim 14, The above cleaning operation control unit is, A skin beauty device characterized by controlling the operation of the cleaning solution supply unit so that the selected cleaning solution can be discharged with the selected cleaning solution type and amount when the cleaning solution type, the amount of cleaning solution, and the rotation speed of the skin contact part are input through the input unit, and controlling the operation of the cleaning rotation part so that the skin contact part rotates at the selected rotation speed.

16. In Claim 14, The above cleaning operation control unit is, A skin beauty device characterized by having the discharge amount of the cleaning solution and the rotation speed of the skin contact part for cleaning stored according to the type of cleaning solution selected through the input part, controlling the operation of the cleaning solution supply part so that the cleaning solution can be discharged in a precise amount according to the selected type when the type of cleaning solution is selected, and controlling the operation of the cleaning rotation part so that the skin contact part for cleaning rotates according to the rotation speed.

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