Skin beauty device

Abstract

The present invention relates to a dual-focus ultrasonic skin care device that massages the face using ultrasonic and electrical stimulation, wherein the electric electrode casing of the head part is designed in an ergonomic teardrop shape and ultrasonic electrodes of different sizes are spaced apart therein to enable fine massage of the entire skin, particularly narrow areas such as the eye area or between the eyebrows. The dual-focus ultrasonic skin care device comprises a head part and a gripping part, wherein the head part is made of a conductive material and has a first mounting groove on the rear side, and a first ultrasonic electrode having a first ultrasonic vibration element attached to the first mounting groove; a second ultrasonic electrode made of a conductive material having a second mounting groove on the rear side, and a second ultrasonic vibration element attached to the second mounting groove, and having a size smaller than the first ultrasonic electrode; a bracket made of a non-conductive material having a first fitting hole and a second fitting hole into which each ultrasonic electrode is respectively fitted and coupled, and a first insulating part and a second insulating part protruding along the front perimeter of each fitting hole and surrounding the outer surface of each ultrasonic electrode; and a teardrop forming the exterior of the head part. It is characterized by including an electric electrode casing having a first exposure hole in a wide section and a second exposure hole in a narrow section, wherein the bracket is inserted and coupled from the rear side and each insulating section is fitted so that each ultrasonic electrode is exposed.

Description

Technology Field

[0001] The present invention relates to a dual-focus ultrasonic skin care device, wherein, in massaging the face with ultrasonic and electrical stimulation, the electric electrode casing of the head part is designed in an ergonomic teardrop shape, and ultrasonic electrodes of different sizes are spaced apart and arranged therein, thereby enabling fine massage of the entire skin, especially narrow areas such as the eyes or between the eyebrows. Background Technology

[0002] With the recent surge in interest in skin care, the number of people visiting plastic surgery clinics, dermatology clinics, and skin care treatment centers is increasing.

[0003] However, such professional care is not only expensive but also requires time for travel and treatment, making it difficult for the average person who lacks both financial and time resources to receive skin care.

[0004] Accordingly, various beauty devices are being developed that allow for self-care at home.

[0005] One of these is a hand-grip type beauty device that can regenerate skin, restore elasticity, and increase the absorption rate of various functional cosmetics.

[0006] As a representative beauty device, there is a skin beauty device capable of water droplet lifting that applies micro-vibrations of ultrasound to the skin to aid in skin regeneration and restore elasticity.

[0007] There is another skin beauty device that has an absorption booster function, which stimulates the skin electrically to create temporary micro-channels, thereby increasing the penetration rate of active ingredients by tens of times.

[0008] However, most of these skin beauty devices have heads in the form of circular plates, so while they are effective for massaging the cheeks or forehead, they have the disadvantage of not being able to massage narrow areas such as the eyes or between the eyebrows in detail.

[0009] For reference, prior art related to this includes Registered Patent No. 10-2820948, etc. The problem to be solved

[0010] Accordingly, the present invention has been devised to solve the problems described above.

[0011] The purpose is to provide a dual-focus ultrasonic skin care device capable of finely massaging not only the cheeks and forehead but also narrow areas such as the eyes and between the eyebrows, by making the electric electrode casing forming the exterior of the head part into a teardrop shape, placing a relatively large first ultrasonic electrode in the wide part inside, and placing a relatively small second ultrasonic electrode in the narrow part. means of solving the problem

[0012] To achieve the above objectives, the dual-focus ultrasonic skin care device according to the present invention is,

[0013] In a dual-focus ultrasonic skin care device comprising a head portion and a gripping portion,

[0014] The above head part

[0015] A first ultrasonic electrode having a first mounting groove on the rear side as a conductive material, and a first ultrasonic vibration element attached to the first mounting groove,

[0016] A conductive material having a second mounting groove on the rear side, wherein a second ultrasonic vibration element is attached to the second mounting groove, and the second ultrasonic electrode is smaller in size than the first ultrasonic electrode.

[0017] A bracket having a first fitting hole and a second fitting hole, each fitted and coupled to each ultrasonic electrode, and a first insulating part and a second insulating part protruding along the front perimeter of each fitting hole and surrounding the outer surface of each ultrasonic electrode, made of a non-conductive material.

[0018] It is characterized by including an electric electrode casing having a first exposure hole in a wide section and a second exposure hole in a narrow section, wherein the bracket is inserted and coupled from the rear side and each insulating section is fitted so that each ultrasonic electrode is exposed.

[0019] And in the dual-focus ultrasonic skin care device according to the present invention,

[0020] The head portion is coupled to the rear of the bracket and is characterized by including an operation PCB that is electrically connected to each ultrasonic electrode and an electric electrode casing, respectively.

[0021] Also, in the dual-focus ultrasonic skin care device according to the present invention,

[0022] The first ultrasonic electrode and the second ultrasonic electrode are electrically connected by contacting the front surface of the operating PCB, and

[0023] The first ultrasonic vibration element and the second ultrasonic vibration element are electrically connected by a first compression spring and a second compression spring interposed between the front surfaces of the operating PCB, and

[0024] The above electric electrode casing is characterized by being electrically connected by a bolt that penetrates the operating PCB and bracket and is screw-coupled.

[0025] In addition, in the dual-focus ultrasonic skin care device according to the present invention,

[0026] The above body part

[0027] Inner body with a withdrawal hole formed,

[0028] A control PCB having a switch coupled to the inner side of the inner body and mounted at a position corresponding to the extraction hole,

[0029] A sealing member made of a flexible material, which is coupled to cover the circumference of the extraction hole on the outer surface of the inner body and presses the switch.

[0030] It is characterized by including an outer body that is externally fitted and coupled to the inner body to press and apply pressure to the edge of the sealing member, and has a button provided at a position corresponding to the sealing member. Effects of the invention

[0031] The dual-focus ultrasonic skin care device according to the present invention is,

[0032] By harmonizing ultrasound and electrical stimulation, it shortens the time for skin regeneration and elasticity recovery while penetrating active ingredients deep into the skin to maximize skin beautifying effects, and in particular, by spaced-apart a large-diameter first ultrasound electrode and a small-diameter second ultrasound electrode inside a teardrop-shaped electric electrode casing, it enables precise massage not only of the cheeks and forehead but also of narrow areas such as the eye area and between the eyebrows.

[0033] The cosmetic effect can be enhanced by adjusting the intensity of the two ultrasound electrodes differently, taking into account skin thickness, and

[0034] Each ultrasonic electrode and electric electrode casing is electrically connected to the operating PCB with a simplified connection structure, allowing the thickness of the head part to be reduced, and

[0035] It is effective in ensuring complete waterproof performance by sealing the gaps created by the buttons on the main body with a sealing member. Brief explanation of the drawing

[0036] FIG. 1 is a perspective view of a dual-focus ultrasonic skin care device according to the present invention. FIG. 2 is a cross-sectional view of FIG. 1. Fig. 3 is an enlarged view of the main part of Fig. 2. FIG. 4 is an exploded perspective view of the main part of the head portion according to the present invention. Fig. 5 is an enlarged view of the main part of Fig. 2. FIG. 6 is a first exploded perspective view of a gripping part according to the present invention. Specific details for implementing the invention

[0037] The present invention is capable of various modifications and may take various forms, and embodiments (aspects or examples) are to be described in detail in the text. However, this is not intended to limit the present invention to a specific disclosed form, and it should be understood that it includes all modifications, equivalents, and substitutions that fall within the spirit and scope of the present invention.

[0038] For convenience in describing the dual-focus ultrasonic skin care device according to the present invention, a rough, non-strict directional standard is specified with reference to FIG. 1. The direction in which gravity acts is set downward, and the up, down, left, and right directions are determined as they appear. Unless otherwise specifically mentioned in the detailed description of the invention and claims related to other drawings, directions are described according to this standard.

[0039] Hereinafter, a dual-focus ultrasonic skin care device according to the present invention will be described with reference to the attached drawings.

[0040] As illustrated in FIGS. 1 to 6, the present invention relates to a dual-focus ultrasonic skin care device, which is largely composed of a head part (H) and a gripping part (M). Although the drawings typically show a home-use (portable) dual-focus ultrasonic skin care device in which all components for ultrasonic and electrical stimulation are built into the head part (H) and the gripping part (M), it may also be modified into a handpiece form connected to a separate main body by a cable.

[0041] First, the head part (H) mainly comprises a first ultrasonic electrode (10A), a second ultrasonic electrode (10B), a bracket (20), an electric electrode casing (30), and an operating PCB (40), and the gripping part (M) comprises an inner body (50), a control PCB (60), a sealing member (70), an outer body (80), and a main PCB (90).

[0042] Specifically, the head part (H)

[0043] A first ultrasonic electrode (10A) having a first mounting groove (11) on the rear side as a conductive material, and a first ultrasonic vibration element (13) attached to the first mounting groove (11),

[0044] A conductive material having a second mounting groove (12) on the rear side, and a second ultrasonic vibration element (14) attached to the second mounting groove (12), wherein the second ultrasonic electrode (10B) is smaller in size than the first ultrasonic electrode (10A).

[0045] A bracket (20) having a first fitting hole (21) and a second fitting hole (22) into which each ultrasonic electrode (10A) (10B) is respectively fitted and coupled, and a first insulating part (23) and a second insulating part (24) protruding along the front circumference of each fitting hole (21) (22) and covering the outer surface of each ultrasonic electrode (10A) (10B), made of a non-conductive material.

[0046] An electric electrode casing (30) having a conductive material having a left-right symmetrical teardrop shape composed of a wide section (31) and a narrow section (33) to form the exterior of the head section (H), wherein the bracket (20) is inserted and coupled from the rear side and each insulating section (23) (24) is fitted so that each ultrasonic electrode (10A) (10B) is exposed through a first exposure hole (32) of the wide section (31) and a second exposure hole (34) of the narrow section (33).

[0047] It includes an operation PCB (40) that is coupled to the rear surface of the bracket (20) and is electrically connected to each ultrasonic electrode (10A)(10B) and the electric electrode casing (30), respectively.

[0048] The above gripping part (M)

[0049] Inner body (50) having a withdrawal hole (52) formed therein,

[0050] A control PCB (60) having a switch (61) mounted at a position corresponding to the extraction hole (52) and coupled to the inner side of the inner body (50),

[0051] A sealing member (70) made of a flexible material that covers the circumference of the extraction hole (52) on the outer surface of the inner body (50) and presses the switch (61).

[0052] An outer body (80) that is fitted and coupled to the inner body (50) above to press the edge of the sealing member (70) and has a button (81) provided at a position corresponding to the sealing member (70), and

[0053] It includes a main PCB (90) coupled to the inner body (50) above.

[0054] In the drawing, a rechargeable dual-focus ultrasonic skin care device with a battery (B) built into the gripping part (M) can be seen, and the power supply design may vary.

[0055] The first ultrasonic electrode (10A) and the second ultrasonic electrode (10B) are manufactured from a conductive material such as titanium and have a cylindrical shape with an open rear end, the first ultrasonic electrode (10A) has a size corresponding to the width of the wide portion (31) of the electric electrode casing (30), and the second ultrasonic electrode (10B) has a size corresponding to the width of the narrow portion (33) of the electric electrode casing (30).

[0056] Each of these ultrasonic electrodes (10A)(10B) is electrically connected by attaching each ultrasonic vibration element (13)(14) to the inner surface of the front side of each mounting groove (11)(12), and each ultrasonic vibration element (13)(14) can be implemented as a piezoelectric element made of ceramic.

[0057] The above bracket (20) and electric electrode casing (30) are provided with corresponding droplet shapes, with each fitting hole (21)(22) and each exposure hole (32)(34) penetrating through them at locations corresponding to each ultrasonic electrode (10A)(10B).

[0058] The above bracket (20) is an injection-molded product made of a non-conductive material such as plastic, and each insulating part (23) (24) protrudes forward along the circumference of each fitting hole (21) (22), so that when each ultrasonic electrode (10A) (10B) and the bracket (20) are assembled to the electric electrode casing (30), each ultrasonic electrode (10A) (10B) and the electric electrode casing (30) are electrically separated from each other by each insulating part (23) (24).

[0059] At this time, the bracket (20) is made of a light-transmitting injection molded material so that light emitted from the LED element (46) of the operating PCB (40) can pass through each insulating part (23)(24) and be irradiated onto the front of the head part (H).

[0060] The above-mentioned operating PCB (40) receives power from the above-mentioned main PCB (90) and applies power to each ultrasonic vibration element (13)(14) and electric electrode casing (30) to generate ultrasonic and electroporation stimulation.

[0061] And the first ultrasonic electrode (10A) and the second ultrasonic electrode (10B) are electrically connected by contacting the front surface of the operation PCB (40).

[0062] The first ultrasonic vibration element (13) and the second ultrasonic vibration element (14) are electrically connected by a first compression spring (43) and a second compression spring (44) interposed between the front surfaces of the operation PCB (40).

[0063] The above electric electrode casing (30) is electrically connected by a bolt (45) that screws through the operating PCB (40) and the bracket (20).

[0064] First, the above-mentioned operation PCB (40) has ring-shaped pads (41) (42) corresponding to the rear ends of each ultrasonic electrode (10A) (10B) grounded on the front surface, so that when the head part (H) is assembled, each ultrasonic electrode (10A) (10B) comes into direct contact with the pads (41) (42) to establish an electrical connection.

[0065] And the above-mentioned operating PCB (40) has a silk line added to the center inside each pad (41)(42) to contact each compression spring (43)(44), thereby establishing an electrical connection between the operating PCB (40) and each compression spring (43)(44), and each compression spring (43)(44) makes physical contact by pressing each ultrasonic vibration element (13)(14) against each ultrasonic electrode (10A)(10B), thereby establishing an electrical connection between the operating PCB (40), each ultrasonic vibration element (13)(14), and each ultrasonic electrode (10A)(10B) through each compression spring (43)(44).

[0066] In addition, the electric electrode casing (30) is a casting product made of a conductive material such as aluminum, and has a boss portion and a screw hole formed therein for fastening bolts that penetrate the bracket (20) and the operating PCB (40). In particular, when a bolt (45) fitted into the operating PCB (40) is screwed into the boss portion (35), an electrical connection is made between the operating PCB (40) and the electric electrode casing (30) through the bolt (45).

[0067] To this end, the bracket (20) may have a cut portion formed so that the bolt (45) connected to the boss portion (35) does not come into contact, and in the case of the operating PCB (40), a pad is grounded at the part where the bolt (45) comes into contact.

[0068] In this way, by excluding wiring for electrical connection within the head part (H) and making electrical connection through mutual physical contact via assembly, the thickness of the head part (H) can be made thin.

[0069] Meanwhile, the above-mentioned operating PCB (40) has an LED element (46) mounted on its front surface and is irradiated through the insulating part (23)(24) to provide a skin beauty effect using the LED.

[0070] Next, the head part (H) is assembled to the mounting part (51) formed on the upper part of the inner body (50) of the gripping part (M), and the outer body (80) is slidably coupled to the inner body (50).

[0071] The inner body (50) and outer body (80) have a cylindrical shape and a structure that allows for mutual sliding connection.

[0072] The above inner body (50) is in the shape of a semi-cylindrical body excluding the battery (B) mounting part, and the main PCB (90) is coupled to the rear side thereof, and the control PCB (60) is coupled to the mounting part inside thereof.

[0073] And a display (53) that displays power on / off and function selection is mounted on the upper front of the above-mentioned outlet (52), and the display (53) is protected by a light-transmitting cover (82) that is coupled to the above-mentioned outer body (80), and the above-mentioned button (81) is exposed on the light-transmitting cover (82).

[0074] The above sealing member (70) seals the gap created by the button (81) and is interposed to cover the extraction hole (52) between the switch (61) and the button (81).

[0075] This sealing member (70) is made of a flexible material such as rubber or silicone, and transmits the push pressure of the button (81) to the switch (61) to be pressed, thereby sealing the area around the extraction hole (52) so that external water does not penetrate into the inner body (50).

[0076] At this time, a protrusion (54) is formed in a ring shape on the front circumference of the above-mentioned extraction hole (52), and the above-mentioned sealing member (70) includes a wing portion (61) in which an assembly groove is formed to which the protrusion (54) is fitted, thereby increasing airtightness.

[0077] In addition, the sealing member (70) further includes a sealing projection that protrudes along the front of the wing portion (61) and is pressed against the outer body (80).

[0078] When the gripping part (M) pushes the outer body (80) to slide into the inner body (50), the button (81) is coupled to the center of the sealing member (70). At this time, the inner surface of the outer body (80) presses the sealing projection, and the wing part (61) of the sealing member (70) is compressed, thereby completely sealing the gap around the button (81). A waterproof tape is attached to the contact surface between the outer body (80) and the light-transmitting cover (82), thereby achieving waterproof performance.

[0079] In describing the present invention above, the dual-focus ultrasonic skin care device has been described primarily with reference to the attached drawings; however, the present invention is capable of various modifications, changes, and substitutions by those skilled in the art, and such modifications, changes, and substitutions should be interpreted as falling within the scope of protection of the present invention. Explanation of the symbols

[0080] *Explanation of the main parts of the drawing* 10A, 10B: Ultrasonic electrodes 11, 12: Mounting grooves 13, 14: Ultrasonic vibration element 20 : Bracket 21, 22 : Insertion holes 23, 24: Insulation part 30: Electric electrode casing 31: Wide section 32, 34: Exposed opening 33: Narrow section 40: Action PCB 41, 42: Pad 43, 44: Compression spring 45: Bolt 50 : Inner body 51 : Mounting part 52 : Withdrawal hole 53 : Display 60 : Control PCB 61 : Switch 70 : Sealing member 71 : Wing part 80 : Outer body 81 : Button 90 : Main PCB

Claims

Claim 1 A dual-focus ultrasonic skin care device comprising a head portion (H) and a gripping portion (M), wherein the head portion (H) is made of a conductive material and has a first mounting groove (11) on the rear side, and a first ultrasonic vibration element (13) is attached to the first mounting groove (11), and the first ultrasonic electrode (10A) has a size corresponding to the width of the wide portion (31) of the electric electrode casing (30); the second ultrasonic electrode (10B) is made of a conductive material and has a second mounting groove (12) on the rear side, and a second ultrasonic vibration element (14) is attached to the second mounting groove (12), and the second ultrasonic electrode (10B) has a size smaller than the first ultrasonic electrode (10A) and a size corresponding to the width of the narrow portion (33) of the electric electrode casing (30); and the first fitting hole (21) and the second fitting hole (22), each of which is made of a non-conductive material and into which each ultrasonic electrode (10A) (10B) is respectively fitted and coupled, and each A bracket (20) having a first insulating part (23) and a second insulating part (24) that protrude along the front circumference of the fitting holes (21)(22) and surround the outer surface of each ultrasonic electrode (10A)(10B); an electric electrode casing (30) having a conductive material formed in a left-right symmetrical teardrop shape consisting of a wide part (31) and a narrow part (33) to form the exterior of the head part (H), into which the bracket (20) is inserted and coupled from the rear side, and having a first exposure hole (32) of the wide part (31) that exposes the first ultrasonic electrode (10A) as the first insulating part (23) is fitted, and a second exposure hole (34) of the narrow part (33) that exposes the second ultrasonic electrode (10B) as the second insulating part (24) is fitted; and a casing (30) coupled to the rear side of the bracket (20), and each ultrasonic electrode (10A)(10B) and an electric electrode A dual-focus ultrasonic skin care device characterized by including an operation PCB (40) that is electrically connected to each casing (30). Claim 2 delete Claim 3 In claim 1, the electric electrode casing (30) has a boss portion and a screw hole formed therein for fastening bolts penetrating the bracket (20) and the operating PCB (40); the operating PCB (40) has a ring-shaped pad (41) (42) corresponding to the rear end of each ultrasonic electrode (10A) (10B) grounded on its front surface, and the pad is grounded at the portion where the bolt (45) contacts; the first ultrasonic electrode (10A) and the second ultrasonic electrode (10B) are electrically connected when the head portion (H) is assembled, with each ultrasonic electrode (10A) (10B) directly contacting the pad (41) (42); the first ultrasonic vibration element (13) and the second ultrasonic vibration element (14) are electrically connected by a first compression spring (43) and a second compression spring (44) interposed between the front surfaces of the operating PCB (40); and the electric electrode A dual-focus ultrasonic skin care device characterized in that the casing (30) is electrically connected via a bolt (45) that is inserted from the rear of the operating PCB (40) and penetrates the bracket (20) to be screw-coupled, and the bracket (20) has a cut portion formed therein to prevent contact with the bolt (45) coupled to the boss portion (35). Claim 4 In claim 1 or 3, the gripping part (M) comprises an inner body (50) having an extraction hole (52) formed therein, a control PCB (60) coupled to the inner side of the inner body (50) and having a switch (61) mounted at a position corresponding to the extraction hole (52), a sealing member (70) made of a flexible material coupled to cover the circumference of the extraction hole (52) on the outer surface of the inner body (50) and pressing the switch (61), and an outer body (80) fitted and coupled to the inner body (50) and having a button (81) provided at a position corresponding to the sealing member (70) and pressing the edge of the sealing member (70), wherein a protrusion (54) protrudes in a ring shape on the front circumference of the extraction hole (52), and the sealing member (70) has an assembly groove formed therein into which the protrusion (54) is fitted. A dual-focus ultrasonic skin care device characterized by including a wing portion (61) and a sealing projection that protrudes along the front of the wing portion (61) and is pressed against the outer body (80).

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