Skin care device based on inducing anion

Abstract

The anion-inducing based skin beauty device of the present invention comprises: a multi-stage tubular body part that is movably supported on the ground by being fixed vertically to a support leg having a plurality of wheels attached to its lower part; a connecting part provided in a tubular shape, with one end connected vertically to an outer surface adjacent to the upper part of the body part so as to communicate with the interior of the body part; a fixing part located inside the other end of the connecting part, which boosts an input voltage supplied from the outside and amplified by oscillation, and separates and outputs the boosted input voltage into a negative voltage and a positive voltage; an output part provided in an odd number of at least three; a panel part provided in a number corresponding to the number of output parts and arranged laterally; and at least two fixing parts each connected to the opposing surface of a pair of mutually adjacent panel parts to fix the pair of mutually adjacent panel parts so as to be rotatable downward; a panel part in which the upper part of a centrally positioned panel part is fixed horizontally to the lower end of the other end of the connecting part; and a panel part disposed inside each panel part and connected one-to-one with each output part, through the negative voltage provided as output from each output part, of each panel part It is characterized by being provided in the shape of a band having a plurality of generating parts that cause corona discharge at the bottom and electrodes that are worn on the wrist of the patient and come into contact with the patient's skin, and including a grounding part that charges the patient's body with a positive charge through a static voltage separated and output from each output part, and a control part that generates an input voltage by oscillating and amplifying power supplied from the outside and controls the provision of the input voltage to the output part.

Description

Technology Field

[0001] The present invention relates to a skin beauty device based on anion induction. Background Technology

[0003] In the case of electrotherapy or ultrasound therapy, the procedure is performed in a manner where the equipment must come into direct contact with the wound site, so the treatment may be limited depending on the condition of the affected area.

[0004] For this reason, various non-contact treatment methods are being considered to enable the treatment of more patients, rather than conventional contact methods. For example, a method of delivering negative ions to skin tissue using the ionization of electric current can also be applied.

[0005] Generally, an anion generator is embedded to deliver anions to skin tissue, but the anions generated by the anion generator do not have a specific directionality and their mobile path is not long, so they are neutralized by a large number of cations distributed in the atmosphere before being delivered to and adsorbed on the skin surface, which has a limitation in that the effect is significantly reduced.

[0006] As part of an effort to solve these problems, Korean Registered Patent Publication No. 10-2673336 (Application Date: January 31, 2024; Publication Date: June 7, 2024; hereinafter referred to as the "prior art") disclosed a technology in which a negative ion providing target is charged with a positive charge to induce the generated negative ions to the treatment site of the target.

[0007] However, conventional technology had a problem in that the body parts capable of providing negative ions were limited depending on the shape and area, as the location of the negative ion generating module was fixed within a structure that could not be varied. The problem to be solved

[0009] The present invention aims to provide a skin beauty device based on an anion induction that can consistently provide anions in response to areas having various shapes and surface areas in order to solve the aforementioned problems. means of solving the problem

[0011] A skin beauty device based on an anion induction according to one embodiment of the present invention comprises: a multi-stage tubular body portion that is movably supported on the ground and fixed vertically to a support leg having a plurality of wheels attached to its lower part; a connecting portion provided in a tubular shape, having one end connected vertically to an outer surface adjacent to the upper part of the body portion so as to communicate with the interior of the body portion; an output portion located inside the other end of the connecting portion, which boosts an input voltage supplied from the outside and amplifies it, separates the boosted input voltage into a negative voltage and a positive voltage for output, and is provided in an odd number of at least three; and a panel portion provided in a number corresponding to the number of output portions, comprising at least two fixing portions that are respectively connected to the opposing surfaces of a pair of mutually adjacent panel portions and fix the pair of mutually adjacent panel portions so as to be rotatable downward, wherein the upper part of a panel portion positioned in the center is fixed horizontally so as to be rotatable at the lower end of the other end of the connecting portion. It is characterized by comprising: a plurality of generating units disposed inside each panel section and connected one-to-one with each output section to induce corona discharge below each panel section through a negative voltage provided from each output section; a grounding unit provided in the shape of a band with an electrode that is worn on the wrist of the patient and contacts the patient's skin, and charges the patient's body with a positive charge through a positive voltage separated and output from each output section; and a control unit that generates an input voltage by oscillating and amplifying power supplied from the outside and controls the provision of the input voltage to the output section.

[0012] Herein, the body part is characterized by comprising: a tube-shaped support part that is fixed vertically to a support leg having a plurality of wheels attached to its lower part and is movably supported on the ground; and a lifting part that is provided in a tube shape with an open lower surface and has a lower portion connected to the inner circumference of the support part so as to be vertically movable.

[0013] And, the connecting portion comprises: an extension portion formed in a tubular shape and connected perpendicularly to an outer surface adjacent to the upper part of the lifting portion so as to communicate with the interior of the lifting portion; and a connecting portion connected to the other end of the extension portion, having an internal space communicating with the interior of the extension portion, and having a through hole formed in the lower center that is connected to the internal space; wherein the lower center of the connecting portion is connected to the upper center of a panel portion arranged in the center among a plurality of panel portions arranged laterally by the fixing portion, thereby fixing the plurality of panel portions arranged laterally so as to be rotatable within a limited range of 0 to 90 degrees in the horizontal direction.

[0014] Additionally, the panel portion comprises: a first panel portion connected to the lower center of the connecting portion so as to be rotatable in a horizontal direction at the upper center; a pair of second panel portions disposed on both sides of the first panel portion; a pair of third panel portions disposed on the outer side of each second panel portion; and a pair of first fixing portions that rotatably fix the pair of second panel portions to the first panel portion within a point where the pair of second panel portions are horizontal in alignment with the first panel portion and a point where the lower surface of the pair of second panel portions faces vertically downward from the lower surface of the first panel portion. and a pair of second fixing parts that rotatably fix the pair of third panel parts to each second panel part within a point where the pair of third panel parts arranged adjacent to each second panel part are horizontal in alignment with each adjacent second panel part and a point where the lower surface of the pair of third panel parts faces vertically downward from the lower surface of each adjacent second panel part; wherein the first fixing part fixes the pair of second panel parts to each side of the first panel part so as to rotatably fix each third panel part to one side of each adjacent second panel part with a fixing force greater than the fixing force of the second fixing part that individually fixes each third panel part to one side of each adjacent second panel part.

[0015] In addition, the generating part is characterized by comprising: a substrate part having a branch circuit printed thereon that is individually disposed within the first, second, and third panel parts and electrically connected to at least one output part on its upper surface, and which transmits a negative voltage provided from the output part to a plurality of locations; a plurality of brush parts provided in a brush shape consisting of a bundle of conductive metal wires with a lower portion exposed to the lower outer side of each panel part, and having an upper portion electrically individually connected to a branch end of the branch circuit of the substrate part in the direction of the lower surface of the substrate part; and a support part provided in a plate-shaped Bakelite having a shape corresponding to the shape of the substrate part and adhering to the upper surface of the substrate part.

[0016] At this time, the brush portion is characterized by being provided in the shape of a brush made of a bundle of stainless steel metal wires.

[0017] Additionally, the control unit comprises: a supply portion that receives power from an external source; a generating portion that generates an input voltage by oscillating and amplifying the power supplied from the supply portion; a lifting portion that raises the lifting portion vertically within the inner circumference of the support portion through the power supplied from the supply portion; and an operating portion provided as a touchscreen with an operating area exposed on the upper surface of the support portion, which is driven by the power supplied from the supply portion and controls the lifting operation of the lifting portion and the supply of the input voltage generated from the generating portion to the output portion through the power supplied from the supply portion according to the operation.

[0018] In addition, the above-mentioned operating part requests the input of a control value for the lifting operation of the above-mentioned lifting part, and is characterized by supplying the input voltage generated from the above-mentioned generating part to the above-mentioned output part only when the input of the control value for the lifting operation by the operation of the above-mentioned operating part is completed. Effects of the invention

[0020] In a preferred embodiment of the present invention, the brush portion of the generating unit that generates negative ions using corona discharge is provided with a bundle of stainless steel fibers, so that compared to the existing carbon needle type, conductivity is good and the corona discharge generation area is also increased, resulting in a large amount of negative ions generated and no ignition caused by corona discharge, thus having excellent durability and minimizing maintenance costs.

[0021] In addition, the anion-inducing skin beauty device according to a preferred embodiment of the present invention enables the provision of anions according to various types of treatment areas of the patient by adjusting the rotation angle of a plurality of panel parts through a fixed part of the panel part. Furthermore, the fixing force of the fixed part that rotatably fixes the panel part at the center and the adjacent panel part is set higher than the fixing force of the fixed part that rotatably fixes the pair of adjacent panel parts on the outside, so that rotation does not occur in the panel part adjacent to the center due to the force applied during the rotation process of the panel part located on the outside, thereby providing the effect of making it easy to set the anion provision area for the patient.

[0022] In addition, the anion-inducing-based skin beauty device according to a preferred embodiment of the present invention provides an operating interface that enables anion generation only when an operating input value for the duration of the procedure and an up-and-down operation for maintaining an appropriate distance between the panel part and the treatment area is input by the operating part of the control unit. By reminding the practitioner of the necessity of maintaining a certain distance between the anion generation area and the treatment area, it prevents accidents caused by contact between the anion generation area and the treatment area and has the effect of assisting the practitioner in performing the procedure to maintain optimal treatment effects. Brief explanation of the drawing

[0024] FIG. 1 illustrates an anion-inducing-based skin beauty device according to a preferred embodiment of the present invention. FIG. 2 illustrates an example of panel rotation of an anion-inducing-based skin beauty device according to a preferred embodiment of the present invention. FIG. 3 partially illustrates the generating part of an anion-inducing-based skin beauty device according to a preferred embodiment of the present invention. FIG. 4 illustrates an example of supplying an input voltage to an output unit through a control unit of an anion-induction-based skin beauty device according to a preferred embodiment of the present invention. Specific details for implementing the invention

[0025] Hereinafter, a preferred embodiment of the anion-inducing-based skin beauty device of the present invention will be described in detail with reference to the attached drawings.

[0026] Identical reference numerals in each drawing indicate identical components. Furthermore, specific structural or functional descriptions regarding embodiments of the present invention are illustrative merely for the purpose of explaining embodiments according to the present invention. Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as generally understood by those skilled in the art to which the present invention pertains. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with their meaning in the context of the relevant technology, and unless explicitly defined in this specification, it is preferable not to interpret them in an ideal or overly formal sense.

[0028] FIG. 1 illustrates an anion-inducing-based skin beauty device according to a preferred embodiment of the present invention.

[0029] Referring to FIG. 1, the negative ion induction-based skin beauty device (100) according to a preferred embodiment of the present invention can perform skin beauty by having a practitioner charge the body of a patient wearing a band-shaped grounding part (160) on the wrist with a positive charge through the operation of a control part (170), and inducing negative ions generated by the corona discharge of a generating part (150) to the affected area of ​​the patient located in the direction facing the panel part (140). The device may include a body part (110), a connecting part (120), an output part (130), a panel part (140), a generating part (150), a grounding part (160), and a control part (170).

[0030] The body part (110) may be provided in a multi-stage tube shape that is fixed vertically to a support leg with a plurality of wheels attached to the lower part and is movably supported on the ground, and may include a leg part (111), a support part (112), a lifting part (113), and a storage part (114).

[0031] The leg portion (111) may be provided with a groove (not shown) in the upper center into which the lower part of the support portion (112), to be described later, is inserted, and a plurality of bar-shaped support members extend radially from the groove (not shown), with wheels attached to the lower end of each bar-shaped support member. The support portion (112) may be provided in a tube shape, inserted and fixed vertically into the upper center groove of the leg portion (111), and supported so as to be movable on the ground through the leg portion (111). At this time, the hollow of the support portion (112) forms a sliding space into which the lifting portion (113), to be described later, is inserted so as to be vertically raised and lowered, and furthermore, a portion of a cable to which external power is supplied can transmit power to the control portion (170), to be described later, by passing through the hollow of the support portion (112) and the hollow of the lifting portion (113). The lifting portion (113) is provided in the shape of a tube with an open bottom and an outer diameter corresponding to the inner diameter of the support portion (112), and a lower portion can be connected to the inner circumference of the support portion (112) so as to be vertically movable. At this time, the lifting operation of the lifting portion (113) in the inner circumference of the support portion (113) can be performed by the control unit (170) to be described later, and it should be understood that the driving structure and control operation for the lifting of the lifting portion (113) are also implemented in a part of the control unit (170). The storage portion (114) is fixed by being caught on the outer circumference of the end of the support portion (112) into which the lifting portion (113) is inserted, and can be provided in the shape having a storage space with an open top surface for storing medicine liquid and other items used in the skin care process.

[0032] The connecting portion (120) is provided in a tubular shape and can be joined perpendicularly to the outer surface adjacent to the upper part of the body portion (110) so that one end communicates with the interior of the body portion (110), and may include an extension portion (121) and a connecting portion (122).

[0033] The extension portion (121) is provided in a tubular shape and can be connected perpendicularly to the outer surface adjacent to the upper part of the lifting portion (113) so that one end communicates with the interior of the lifting portion (113). The connecting portion (122) is connected to the other end of the extension portion (121) and has an internal space communicating with the interior of the extension portion (121), and a through hole connected to the internal space can be formed in the lower center. At this time, a rotating member having a rotation limit may be provided in the form of being coupled to the through hole formed in the lower center so that the first panel part (141) located in the center of the panel part (140) to be described later can rotate in the horizontal direction within a predetermined angle range. At this time, the lower center of the connecting part (122) is coupled to the upper center of the panel part (141) located in the center among the plurality of panel parts (141, 142, 143) arranged laterally in the fixed part (144, 145) to be described later, thereby allowing the plurality of panel parts (141, 142, 143) arranged laterally to be fixed so that they can rotate in the horizontal direction within a limited range of 0 to 90 degrees. Additionally, as the interior of the extension part (121) and the connection part (122) of the connection part (120) is connected to the interior of the support part (112) and the lifting part (113), cables that electrically connect the control part (170) and the output part (130), which will be described later, are not exposed to the outside and can be placed inside through the extension part (121) and the connection part (122). By moving up and down together with the lifting part (113), the vertical height of the panel part (140), where the generating part (150) that generates negative ions through corona discharge, which will be described later is placed, is adjusted through the lifting of the lifting part (113), thereby allowing the vertical distance from the treatment area of ​​the patient to be adjusted.

[0034] The output section (130) is located inside the connection section (122), boosts the input voltage that is supplied from the outside and amplified by oscillation, and separates the boosted input voltage into a negative voltage and a positive voltage, and can be provided in five units. Here, each output section (130) outputs a negative voltage of 10kV from the input voltage of 12V supplied from the control section (170) to be described later and provides it to the one-to-one matched generator (150) to be described later, and the positive voltage separated from each output section (130) is provided to the ground section (160) to be described later. At this time, the static voltage separated and output from each output unit (130) can be output to a terminal located in the lifting unit (113) where the control unit (170) is positioned, via the interior of the connection unit (122) and the extension unit (121). At this time, a battery unit (160) in the form of a band worn on the wrist of the patient is connected to the terminal, so that the patient's body can be charged with a positive charge by the static voltage output from the output unit (130).

[0036] FIG. 2 illustrates an example of panel rotation of an anion-inducing-based skin beauty device according to a preferred embodiment of the present invention.

[0037] Referring to FIG. 2, the panel section (140) is provided in a form in which five panel sections (141, 142, 143) corresponding to the number of output sections (130) are continuously connected laterally by fixing sections (144, 145), and a pair of second panel sections (142) arranged on both sides of the first panel section (141) based on the first panel section (141) located at the center, a pair of third panel sections (143) arranged on one side of each second panel section (143), and a pair of first panel sections (142) that are fixed to the first panel section (141) so as to be rotatable within a point where the pair of second panel sections (142) are horizontally aligned with the first panel section (141) and a point where the lower surface of the pair of second panel sections (142) faces vertically downward from the lower surface of the first panel section (141). A second fixing part (145) may be included to rotatably fix a pair of third panel parts (143) to each second panel part (142) within a point where the pair of third panel parts (143) arranged adjacent to each second panel part (142) are horizontal in alignment with each adjacent second panel part (142) and the lower surface of the pair of third panel parts (143) is directed vertically downward from the lower surface of each adjacent second panel part (142). In this case, the first fixing part (144) that rotatably fixes a pair of second panel parts (142) to both sides of the first panel part (141) may be provided to have a greater fixing force than the second fixing part (153) that individually fixes each third panel part (143) to one side of each adjacent second panel part (142).At this time, the fixing force may be the maximum static friction force at the point when rotation occurs, which is released from the fixation of the panel part by a force applied to another panel part connected to be rotatably adjacent to the specific panel part. Here, it is preferable that the fixing force of the first fixing part (144) be set to be greater than the sum of the loads formed by the fixing force of the first fixing part (145) and the generating part (150) individually disposed inside each of the second fixing part (145), the third panel part (143), and the third channel part (143). Accordingly, when the practitioner bends the multiple panel parts (141, 142, 143) to adjust the lower surface of each panel part (141, 142, 143) so that it faces the treatment area of ​​the patient, the second panel part (142) rotates together with the third panel part (143) located on the outside by adjusting the rotation angle, thereby making it easier to set the negative ion supply area through the practitioner's adjustment of the rotation of the multiple panel parts (141, 142, 143).

[0039] FIG. 3 partially illustrates the generating part of an anion-inducing-based skin beauty device according to a preferred embodiment of the present invention.

[0040] Referring to FIG. 3, the generating unit (150) is each placed inside each panel part (141, 142, 143) and is connected one-to-one with each output part (130), and can cause corona discharge below each panel part through a negative voltage provided from each output part, and may include a substrate part (151), a brush part (152), and a support part (153).

[0041] As shown in FIG. 3, the substrate portion (151) is connected to a wire (W) that provides a negative voltage from each output portion (130), and can be provided in the form of a printed circuit board with a circuit pattern printed thereon that electrically connects eight connection points arranged radially in the horizontal direction relative to the center where the wire (W) is connected. At this time, the substrate portion (151) can be provided in a form in which a portion of the area outside the section where the circuit pattern is formed is deleted. The shape of such a substrate portion (151) can be set in various forms according to the purpose of minimizing the load of the generating portion (150) and ensuring sufficient air circulation inside each panel portion, or for the purpose of the substrate portion (151) being fixed inside each panel portion, in order to minimize deformation in the body portion (110), the connecting portion (120), or the connecting portion (150) due to the load of the panel portion (150) connected to the body portion (110) through the connecting portion (120). The brush portion (152) may be provided in a combined shape comprising a brush (152a) in which the lower part is made of a bundle of conductive metal wires and the upper part has pins formed that are electrically connected to each of the eight connection points of the substrate portion (151), and a tube-shaped holder (152b) that surrounds the central circumference of the brush (152a) and supports the brush (152a), and may be individually connected to eight locations of the substrate portion (151) in a form in which the lower part is exposed to the lower outer side of each panel portion. Accordingly, when the brush portion (152) receives a negative voltage output from the output portion (130) through the substrate portion (151), a corona discharge occurs in the conductive metal wire region where the exposed end is provided in a needle shape, and the corona discharge generated at this time causes negative ions (charges) of neutral elements to be released from the atmosphere around the brush portion (152), thereby allowing negative ions to be generated below each panel portion.At this time, the brush portion (152) can be provided with a bundle of stainless steel metal wires, which has better conductivity than carbon material typically used for corona discharge, resulting in a higher amount of negative ions generated relative to the same output and almost no ignition caused by corona discharge. Additionally, the support portion (153) can be provided with a plate-shaped Bakelite that has a shape corresponding to the shape of the substrate portion (151) and is adhered to the upper surface of the substrate portion (151), thereby minimizing deformation of the substrate portion (151) to which a plurality of brush portions (152) are fixedly connected, and also minimizing deformation of the support portion (153) itself caused by heat generated from the substrate portion (151).

[0042] The grounding portion (160) is provided in the shape of a band with electrodes that are worn on the wrist of the patient and come into contact with the patient's skin, and can charge the patient's body with a positive charge through the static voltage output separately from each output portion (130). That is, when the patient wears the grounding part (160) on the wrist of the practitioner, the control part (170) described later is operated to adjust the height of the panel part (150) and, after adjusting the rotation angle of the second and third panel parts (142, 143) according to the shape of the patient's treatment area, a negative voltage output through the output part (130) is requested, and negative ions generated from the lower part of each panel part (141, 142, 143) by the corona discharge of each brush part (152) of the generation part (150) are guided toward the treatment area of ​​the practitioner charged with positive charge, thereby providing negative ions to the treatment area of ​​the patient.

[0043] As described above, in the process of providing negative ions to the treatment area of ​​the patient, in order for the negative ions generated by the generating unit (150) to be properly induced to the treatment area of ​​the patient, it is necessary to maintain a certain distance between the brush portion (152, or the lower surface of each panel portion) of the generating unit (150) and the treatment area, and the patient needs to adjust the rotation angle of the second and third panel portions (142, 143) and adjust the lifting of the lifting portion (113) according to the shape and spacing of the treatment area. Below, with reference to the attached drawings, a technique for making the patient aware of a series of treatment processes of providing negative ions after maintaining an appropriate distance from the treatment area through the control unit (170) of the negative ion induction-based skin beauty device (100) according to a preferred embodiment of the present invention will be explained in more detail.

[0045] FIG. 4 illustrates an example of supplying an input voltage to an output unit through a control unit of an anion-induction-based skin beauty device according to a preferred embodiment of the present invention.

[0047] Referring to FIGS. 1 to 4, the control unit (170) can generate an input voltage by supplying power from an external source and amplifying it, and can control the provision of the input voltage to the output unit (130), and may include a supply part (171), a generation part (172), a lifting part (173), an operation part (174), and a connection part (175).

[0048] The supply section (171) may receive power from an external source and may convert and provide the supplied power suitable for driving the generating section (172), the lifting section (173), and the operating section (174) described later. At this time, the supply section (171) may be provided in a form combined with a switch that controls the supply of external power. The generating section (172) operates on the principle of a transformer having an internal oscillation circuit, and can generate an input voltage by oscillating and amplifying the power supplied from the supply section (171). The lifting section (173) can raise and lower the lifting section (113) in a vertical direction within the inner circumference of the support section (114) through the power supplied from the supply section (171), and may be provided in a form including a linear actuator that raises or lowers the lifting section (113) in a vertical direction according to the supply of an electrical signal, and a structure fixed to the lifting section (113). The operation part (174) is provided in the form of a touchscreen and is coupled to the upper surface of the lifting part (113) so that the operation and output area faces upward. It is driven by power supplied from the supply part (171), and can control the lifting operation of the lifting part (173) and the supply of input voltage generated from the generating part (172) to the output part (130) through the power supplied from the supply part (171) according to the operation. Here, the operation part (174) can control the supply of input voltage generated from the generating part (172) to the output part (130) after the step-by-step operation input for the operator's lifting height adjustment and procedure time setting is completed. When power is supplied from the outside through the supply part (171), the operation part (174) outputs an interface that enables the operation of the lifting height of the lifting part (173), and when the operation input for the lifting height is completed by the operator's operation, it sequentially outputs an interface that enables the setting of the procedure time to help the operator set the procedure time.At this time, when the input for the procedure time is completed after the procedure operator operates the lifting height, an interface is output to inquire whether to provide the input voltage generated in the generating part (172) to the output part (130), in other words, to select whether to provide negative ions. When the provision of negative ions is requested by the procedure operator's touch operation, the input voltage generated in the generating part (172) is provided to the output part (130). Through the negative voltage provided from the output part (130), the generating part (150) causes a corona discharge to generate negative ions, and the generated negative ions can be induced to the procedure area located below the panel part (150) of the patient wearing the grounding part (160). In addition, the operation part (174) may provide an integrated interface that allows operation input for each operation target by outputting operation inputs for all operation targets collectively within a single display area. In this case, the operation part (174) may gradually expand and activate operation inputs for each operation target unit so that only operations for each input target can be input according to the order described above. For example, among the integrated interfaces, the operation part (174) activates operation inputs only in the lifting operation interface that controls the lifting of the first lifting part (113). Once operation inputs are made in the lifting operation interface, it subsequently activates operation inputs in the lifting operation interface and the procedure time (=time for providing input voltage to the output part of the generation part) operation interface. Finally, when it is confirmed that operation inputs have been made in both the lifting operation interface and the procedure time operation interface, it can ultimately activate operation inputs in the lifting operation interface, the procedure time operation interface, and the procedure start (=negative ion provision) operation interface. At this time, the upper surface of the lifting part (113) may be provided in a shape with a predetermined slope so that it is easy to check and operate the display content through the operator's operating part (174).The connection portion (175) is connected to the constant voltage output side of each output portion (130), and the ground portion (170) can be provided in the form of a connection terminal to which it is electrically connected.

[0050] That is, the anion-inducing based skin beauty device according to a preferred embodiment of the present invention has the effect of having excellent durability and minimizing maintenance costs, as the brush portion of the generating unit that generates anion using corona discharge is provided with a bundle of stainless steel fibers, and thus has better conductivity and an increased corona discharge generation area compared to the existing carbon material needle type, and generates a large amount of anion, and ignition caused by corona discharge does not occur.

[0051] In addition, the anion-inducing skin beauty device according to a preferred embodiment of the present invention enables the provision of anions according to various types of treatment areas of the patient by adjusting the rotation angle of a plurality of panel parts through a fixed part of the panel part. Furthermore, the fixing force of the fixed part that rotatably fixes the panel part at the center and the adjacent panel part is set higher than the fixing force of the fixed part that rotatably fixes the pair of adjacent panel parts on the outside, so that rotation does not occur in the panel part adjacent to the center due to the force applied during the rotation process of the panel part located on the outside, thereby providing the effect of making it easy to set the anion provision area for the patient.

[0052] In addition, the anion-inducing-based skin beauty device according to a preferred embodiment of the present invention provides an operating interface that enables anion generation only when an operating input value for the duration of the procedure and an up-and-down operation for maintaining an appropriate distance between the panel part and the treatment area is input by the operating part of the control unit. By reminding the practitioner of the necessity of maintaining a certain distance between the anion generation area and the treatment area, it prevents accidents caused by contact between the anion generation area and the treatment area and has the effect of assisting the practitioner in performing the procedure to maintain optimal treatment effects.

[0054] The embodiments of the present invention described above are disclosed for illustrative purposes only, and those skilled in the art with ordinary knowledge of the present invention may make various modifications, changes, and additions within the spirit and scope of the present invention, and such modifications, changes, and additions should be considered to fall within the scope of the following claims. Explanation of the symbols

[0056] 100: Anion-inducing based skin beauty device 110: Body part 111: Leg part 112: Support part 113: Elevator section 114: Storage section 120: Connection 121: Extension part 122: Connection part 130: Output section 140: Panel section 141: First panel section 142: Second panel section 143: Third panel section 144: First fixed part 145: Second fixed part 150: Generation section 151: Substrate part 152: Brush section 153: Support part 160: Grounding part 170: Control unit 171: Supply part 172: Generation part 173: Elevator section 174: Control section 175: Connection part

Claims

Claim 1 A multi-stage tubular body portion fixed vertically to support legs with multiple wheels attached to the lower part, and supported so as to be movable on the ground; a connecting portion provided in a tubular shape, with one end connected vertically to an outer surface adjacent to the upper part of the body portion so as to communicate with the interior of the body portion; an output portion located inside the other end of the connecting portion, which boosts an input voltage supplied from the outside and amplifies it, separates the boosted input voltage into a negative voltage and a positive voltage for output, and is provided in at least three odd numbers; a panel portion provided in a number corresponding to the number of output portions and arranged laterally, comprising at least two fixing portions each connected to the opposing surface of a pair of mutually adjacent panel portions to fix the pair of mutually adjacent panel portions so as to be rotatable downward, wherein the upper part of a panel portion positioned in the center is fixed horizontally to the lower part of the other end of the connecting portion so as to be rotatable; and a panel portion positioned inside each panel portion and connected one-to-one with each output portion, through the negative voltage provided as output from each output portion, of each panel portion A plurality of generating parts that cause corona discharge in the lower part; a grounding part provided in the shape of a band with electrodes that are worn on the wrist of the subject and come into contact with the subject's skin, and which charges the subject's body with a positive charge through a static voltage separated and output from each output part; and a control part that generates an input voltage by oscillating and amplifying power supplied from the outside and controls the provision of the input voltage to the output part; wherein the body part includes a tube-shaped support part that is fixed vertically to a support leg with a plurality of wheels attached to the lower part and is supported so as to be movable on the ground; and a lifting part provided in the shape of a tube with an open lower surface, wherein a lower portion is connected so as to be vertically vertically within the inner circumference of the support part; and wherein the connecting part includes an extension part provided in the shape of a tube, wherein one end is connected vertically to an outer surface adjacent to the upper part of the lifting part so as to be in communication with the interior of the lifting part.an anion induction-based skin beauty device comprising: a connecting part coupled to the other end of the extension part and having an internal space communicating with the interior of the extension part, and having a through hole formed in the lower center connected to the internal space; wherein the lower center of the connecting part is coupled to the upper center of a panel part positioned in the center among a plurality of panel parts arranged laterally by the fixing part, and the plurality of panel parts arranged laterally are fixed so as to be rotatable within a limited range of 0 to 90 degrees in the horizontal direction. Claim 2 delete Claim 3 delete Claim 4 In claim 1, the panel portion comprises: a first panel portion whose upper center is rotatably connected to the lower center of the connecting portion; a pair of second panel portions disposed on both sides of the first panel portion; a pair of third panel portions disposed on the outer side of each second panel portion; and a pair of first fixing portions that rotatably fix the pair of second panel portions to the first panel portion within a point where the pair of second panel portions are horizontally aligned with the first panel portion and a point where the lower surface of the pair of second panel portions faces vertically downward from the lower surface of the first panel portion. An anion-inducing based skin beauty device comprising: a pair of second fixing parts that rotatably fix the pair of third panel parts to each second panel part within a point where the pair of third panel parts arranged adjacent to each second panel part are horizontal in alignment with each adjacent second panel part and a point where the lower surface of the pair of third panel parts faces vertically downward from the lower surface of each adjacent second panel part; wherein the first fixing part fixes the pair of second panel parts to each side of the first panel part so as to rotatably fix each third panel part to one side of each adjacent second panel part with a fixing force greater than the fixing force of the second fixing part that individually fixes each third panel part to one side of each adjacent second panel part. Claim 5 In claim 4, the generating part comprises: a substrate part individually disposed inside the first, second, and third panel parts and electrically connected to at least one output part on its upper surface, and having a branch circuit printed thereon that transmits a negative voltage provided from the output part to a plurality of locations; a plurality of brush parts provided in a brush shape consisting of a bundle of conductive metal threads with a lower portion exposed to the lower outer side of each panel part, and having an upper portion electrically individually connected to a branch end of the branch circuit of the substrate part in the direction of the lower surface of the substrate part; and a support part provided in a plate-shaped Bakelite having a shape corresponding to the shape of the substrate part and adhering to the upper surface of the substrate part; characterized in that it comprises an anion induction-based skin beauty device. Claim 6 An anion-inducing based skin beauty device according to claim 5, characterized in that the brush portion is provided in the shape of a brush made of a bundle of stainless steel metal wires. Claim 7 Anion induction-based skin beauty device according to claim 1, wherein the control unit comprises: a supply portion receiving power from an external source; a generating portion generating an input voltage by oscillating and amplifying the power supplied from the supply portion; a lifting portion that raises the lifting portion vertically within the inner circumference of the support portion through the power supplied from the supply portion; and an operating portion provided as a touchscreen arranged on the upper surface of the support portion with an operating area exposed, driven by the power supplied from the supply portion, and controlling the lifting operation of the lifting portion and the supply of the input voltage generated from the generating portion to the output portion through the power supplied from the supply portion according to the operation. Claim 8 An anion induction-based skin beauty device according to claim 7, wherein the operating part requests input of a control value for the lifting operation of the lifting part, and supplies an input voltage generated from the generating part to the output part only when the input of the control value for the lifting operation by the operation of the operating part is completed.

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