KR20100101420A - The treatment and skin care device connected with microneedle and vibration generator - Google Patents

Abstract

PURPOSE: A treatment and skin care device is provided, which minimizes loss of drug or cosmetic components and controls disease condition of intestines of the human body. CONSTITUTION: A treatment and skin care device comprises: a vibration cap which forms a vibration generator(30) consisting of an ultrasonic wave oscillator, a vibration device, and a small-sized vibrating motor and is fixed in the outer circumference of the treatment and skin care device; and an adhesive layer(240) which forms an energy outlet hole and attaches a microneedle plate having an energy penetration hole.

Description

The treatment and skin care device connected with microneedle and Vibration generator}

The present invention relates to a therapeutic and skin care system that produces a complex effect in conjunction with physical, electrical and optical medical devices as well as rapid transdermal administration of drugs and other cosmetic materials using microneedle stamps.

Human skin is generally composed of the stratum corneum, epidermal layer and dermis layer.

The skin is undergoing a aging process in which cell activation gradually decreases with the passage of time due to various effects such as the action of ultraviolet rays, disorders in the blood circulation of the skin, and incomplete supply of nutrient-delivering substances. Therefore, various means are used to prevent aging of the skin and maintain elasticity. One is to apply substances to the skin from the outside, and the second is to irradiate the skin with energy from outside to cause biological changes in the skin.

In the first way, various cosmetic materials are applied to the skin, but the rate of absorption of these ingredients through the skin barrier into the epidermis and dermis is only 0.3%. Nano or ionized to increase the rate of passage through the skin barrier. In addition, transdermal delivery technology is used to increase the transmittance by expanding the space between skin cells by using the vibration energy of ultrasonic waves, but this method also shows unsatisfactory results when the molecular weight of the material to be penetrated is large.

Currently, a technique using microneedles has been introduced to improve this. Microneedle technology has been applied in various ways. First, in the form of a roller, a plurality of microneedles are formed around the roller and rolled on the surface of the skin so that the microneedles form a number of fine channels in the skin. In addition, there is a method of applying cosmetic ingredients, and the vibration unit is added to the handle to increase the penetration of the needle. Examples of such microneedle roller systems are introduced in KR 10-2008-0,074,433, KR 20-0,428,914 and the like. Another method is to form a plurality of microneedles on a flat surface and to apply pressure to the skin vertically by hand like a coating on the skin to form a channel on the skin and then apply the drug or cosmetic ingredients as described above. Such microneedle stamp systems are introduced in US Pat. No. 6,607,513 B1, KR20-0,423,963, KR10-0,802,155 and the like. The above two methods are advanced in that the microneedle is used to secure a space through which the polymer material, which has not previously passed, can penetrate the skin. However, after forming the penetration channel, the drug or cosmetic component is simply added. In the penetration process, some ingredients are introduced into the skin, but still many of them are dried and extinguished into the air. In the case of the system having the vibration unit integrated with the handle of the microneedle roller, the vibration unit is applied to the skin. It is only to facilitate the insertion, and the vibration energy is not used for any purpose other than the penetration of the microneedle, there arises a problem that the overall manufacturing cost of the microneedle unit increases.

Another method is a patch method in which microneedles are formed. Form a plurality of microneedles on the contact with the skin surface of the patch, coating the drug on the needle itself or on the skin, or forming a biodegradable needle containing the drug, or forming a drug storage layer on the surface not in contact with the skin. There is a way to gradually absorb the drug through the percutaneous drug, etc. through the channel formed by the microneedle penetrated into the skin. Examples of such drug penetration systems are described in US Pat. No. 6,312,612 B1, KR10-2008-0,050,580, KR10-2005-0,019,789 and the like. This method, like the one described above, eliminates the inefficiency due to severe degradation in the gastrointestinal tract, poor absorption in the gut, or destruction on the first pass by the liver in delivery of the drug into the body, and the needle of the patient. It is the same in terms of avoiding phobias, substantial pain, and local skin damage, and it is a very effective method of absorbing the body slowly over a long period of time without drug loss. However, this method is less effective than the roller method or the stamp method described above in that the drug should be relatively quickly and widely penetrated into the skin while minimizing drug loss.

As described above, the microneedle is widely used as a method of injecting drugs or cosmetic substances into the body by methods other than injection or oral administration.

On the other hand, in addition to the method of applying the cosmetics in order to suppress the aging in various ways such as electrical, sonic, thermal and optical energy applied to the skin and human tissues to activate the aged cells and to treat the cells or tissues that cause lesions, etc. It is applied.

Some examples are:

First, ultrasonic devices used in the medical field apply ultrasonic energy generated by piezoelectric ceramics to skin or body tissues and vibrate tens of thousands of times per second to promote blood circulation of skin tissues to induce smooth flow of body fluids and material of cells. It promotes circulation to increase cell activation to restore skin aging, or it can be treated by generating strong heat in cancer cells or tumor tissues to extinguish it.

On the other hand, the radiofrequency treatment device generates heat in the cell tissue by polarizing movement of ions of molecules constituting the living body toward the negatively charged anode toward the positively charged cathode by RF alternating current. It is used for the treatment of palpation, pain treatment, blood circulation promotion, hemorrhoid therapy, inhibition of cancer cell proliferation, obesity management (body fat breakdown), acne removal, blemish removal, hyperemia, dry eye improvement, and galvanic ion current flow direction and size As the current is kept constant, it has chemical effect, heating effect, and stimulation effect of vascular movement, which maximizes skin penetration of water-soluble substances and prevents skin aging. Promote circulation, activate enzyme, increase collagen production, promote hair growth, promote skin regeneration, lesions The parasite is removed and the skin is applied to improve the sterilization of different types of parasites and bacteria adversely affect the skin and body and its habitat.

Also, in traditional Chinese medicine, acupuncture is widely used to appropriately stimulate the acupuncture points and to control the internal organs of the body, but each person or medical person does not know the exact point of acupuncture because the position of the acupuncture points is different. There is a difficulty in performing a procedure properly.

Thus, in order to improve some of the above, my earlier application 10-2009-0013796 has applied for a treatment and skincare system in conjunction with a microneedle stamp for the rapid penetration of drugs and the application of electrical physical and optical energy to the skin. .

Literature Information of the Prior Art

[Reference 1] KR 10-2008-0,074,433 (Honam Petrochemical, Korea Advanced Institute of Science and Technology) 2008.8.13

[Document 2] KR 20-0,428,914 (Hwang Deuk Saeng) 2006.10.10

[Document 3] KR 20-0,428,918 (Hwang Deuk Saeng) 2006.10.10

[Document 4] KR 10-2008-0,056,850 (Lee Young-do) 2008.6.24

[Document 5] US 6,607,513 B1 (James Down et 4) 2003.8.19

[Document 6] KR20-0,423,963 (Toas Corporation) 2006.8.14

[Document 7] KR10-0,802,155 (Ha Ji Hoon) 2008.1.31

[US 8] US 6,312,612 B1 (Faiz Feisal Sherman et al. 3) 2001.11.6

[US 9] US 3,964,482 (Martin S. Gerstel et 1) 1976.6.22

[Reference 10] KR 10-2008-0,050,580 (Terra Project, Sung Yoon Kwon) 2008.6.9

[Document 11] KR 10-2005-0,019,789 (Sung Yoon Kwon) 2005.3.3

[Document 12] KR 20-0,440,752 (Yoon Yang Hyo) 2008.6.24

[Reference 13] KR 10-2004-0,023,101 (Jung Hoon) 2004.3.18

[Document 14] KR 10-2009-0,013,796 (for all citizens) 2009.2.19

Accordingly, in the present invention, in the system of infiltration of various drugs and the penetration of drugs using the microneedle, the drug or cosmetic component is lost while transdermally administering the drug into the body faster and faster than the conventional method in a large area of the skin. Treatments and skins that minimize the use of other electrical, physical and optical energy simultaneously and in combination to increase their effectiveness, as well as stimulate the acupoints of the body's surface to control disease states of organs within the body It aims to provide a care system.

In order to achieve the above object, in the present invention, a vibration generator such as an ultrasonic wave oscillation element, a vibration element or a small vibration motor is formed on the vibration plate of the end handpiece of the energy generating device, or a vibration generator is formed on one surface of the handpiece to vibrate the vibration. Forming a vibrating cap for receiving energy; Forming a plurality of microneedles on a surface in contact with the skin and attaching a microneedle plate detachably attached to a vibrating cap or a diaphragm, the back of which is attached to the end or end of the handpiece; Forming at least one energy outlet hole in the diaphragm or the vibrating cap, and forming an energy through hole at a position facing the microneedle plate corresponding to the vibrating plate or the vibrating cap; When the drug applied to the skin is transdermally administered with a microneedle plate, the drug penetrates into the skin in a large area in a short time while minimizing the leakage and disappearance of the drug in the air, and also optical energy, high frequency energy, and ion current energy. Alternatively, the energy of the ultrasound focusing device can be directly irradiated to the skin.

The treatment and skin care system associated with the microneedle stamp according to the present invention has the following effects.

First, the detachable device formed on one surface of the microneedle plate can be easily detached from a medical device that generates optical electrical and physical energy, and the drug applied between the skin and the plate of the microneedle stamp is applied when pressure is applied while applying vibration. It is easy to penetrate into the skin through the channel formed by the microneedle, and it is possible to further minimize the evaporation or disappearance of drugs or cosmetic ingredients into the air.

Second, due to the vibration generator formed on the case or diaphragm of the handpiece connected to the end of the energy output device, components such as drugs on the skin surface applied under the microneedle plate quickly penetrate into the skin. It can be applied to the skin in parallel, which makes the blood flow and body fluid flow more smoothly through the complex interaction, activating the intracellular supply of nutrients and accelerating the influx of drugs into the body In the state of increasing the concentration of water and the like in the optical and electrical energy flow and heat energy absorption of the skin is increased to double the skin improvement effect.

Third, due to the rapid penetration of drugs and the selective application of optical and electrical energy, drugs or cosmetics can be selectively administered according to various skin diseases, nutritional conditions of the skin, and internal diseases of the local area. By applying the necessary electrical and optical energy to help the drug or cosmetic material diffusion, there are advantages such as selectively sterilizing the bacteria coated on the drug with energy such as laser.

Fourth, the microneedle stamp can be handled inexpensively and disposable, so that it can be safely used without binding to various medical devices. Before and after the treatment of the microneedle stamp there is an advantage that can be applied to the vibration energy and electrical optical energy such as ultrasound to treat and care for the skin.

Fifth, by binding the vibration cap to the end of the handpiece can protect the energy output terminal from external contamination or external shock.

Sixth, by applying an insulating coating to a part of the metal microneedle, RF energy is applied only at a certain depth of the skin, so that energy can be applied only to the skin layer of a desired depth, and at the same time, vibration energy is applied to activate the penetration of drugs and the like. It damages cells in the dermis and activates collagen regeneration.

Seventh, it is easy to apply energy only to a desired area by generating heat at a certain depth of the skin by using focused ultrasonic waves, and in parallel, when applying RF energy and laser optical energy, relatively little energy is applied to the epidermis and efficiently. Thermal degeneration of cells, such as the target dermal layer, can activate cell regeneration.

Eighth, by stimulating the acupuncture points on the surface of the human body by the microneedle and applying energy at the same time it is possible to control the state of diseases of organs.

1 is a diagram illustrating an example of a conventional skin treatment apparatus using laser energy, and includes a power supply unit 170 and various kinds of energy generating apparatuses 180 in a body 160, and supports energy generated therein. And the cable 210 are transferred to the handpiece 200 and laser energy of various wavelength bands is selectively applied to the skin through the light energy filter 390. In addition to the equipment using such laser energy, high frequency energy or ion current energy is generated in a similar form and applied to the skin. The energy generating device inputs a setting value to the input buttons of the operation buttons 150 and 151 or the touch screen, receives the setting value from the microcontroller, and delivers the setting value to the energy generating device 180. The energy generated by the energy generating device 180 is Energy is transmitted and discharged to the end of the handpiece 200 through the support arm 190 and the cable 210. These conventional devices have mainly applied energy from the outside to the epidermis, dermis or substratum of the skin. In addition, although not shown, recent microneedle devices mainly use a microneedle patch that penetrates a fine hole in the skin and applies the drug thereon or attaches it to the skin, and the components such as the drug contained therein naturally exist in the skin. It's just infiltrating.

2 is a perspective view of an embodiment of the present invention, the handpiece 200 through the support arm 190 and the cable 210 to the laser energy and RF high-frequency energy generated in the energy generating device 170 inside the main body 160 Deliver terminally; An energy outlet hole 130 is formed in the diaphragm 20 formed in the handpiece 200, and an ultrasonic oscillation element, a vibration element, or a small vibration motor, as shown in FIGS. 5A and 5B, are formed on an extended surface of the diaphragm 20. A phosphor generator 30; The microneedle plate 270 having a plurality of microneedles 10 formed on one surface thereof is attached to the diaphragm 20. In addition, an energy through hole 120 is formed in the microneedle plate 270.

Looking at the operation in the above embodiment is as follows. First, a drug or the like to penetrate the target skin is applied, and then the microneedle plate 270 attached to the distal diaphragm 20 of the handpiece 200 is brought into close contact with the skin, and then the handpiece 200 is operated. The button 151 is operated to generate ultrasonic waves or vibrations in the vibration generator 30. Then, the microneedle 10 penetrates the stratum corneum and epidermal layer of the skin, and the microneedles 10 and the tissues of the skin are finely moved back and forth between the microneedles 10 and the tissues of the skin in a state of securing a penetration space of the drug. In addition to expanding the already established drug penetration channels, it is possible to temporarily disperse fixed cell molecules in a fixed form, giving fine cracks or gaps to surrounding tissues. Therefore, the vibration of the microneedle 10 easily penetrates the drug to the dermal layer of the skin, and when the optical energy is irradiated to the skin in which the penetrated drug is infiltrated, the tissue easily absorbs energy, which is the existing skin tissue. Compared with relatively low energy, energy can be applied to the dermal tissue even though relatively high energy is contained, thereby making it easier to express heat shock proteins in the dermis. Expression of such heat shock protein is essential for collagen remodeling. The expression of heat shock protein by thermal demage causes an increase in TGF-beta by fibroblasts, which promotes collagen production.

In addition, the components included in the drug can be implemented in various ways, which acts as a chromophore responding to the laser wavelength band. Currently, drugs or the like can be coated with bacteria or parasites, and when the laser light in response to these drugs can be selectively removed bacteria and the like. For example, in case of PDT treatment (Photo Dynamic Therapy), when a photosensitive material is applied to acne bacteria and sebaceous glands and irradiated with a laser, heat energy is reduced in the process of chemically exciting and re-stabilizing the photosensitive material to transfer oxygen groups. This oxygen group damages the lipids and proteins of the cell membrane, destroying acne bacteria and sebaceous glands and improving acne. For these treatments, microneedles remove bacteria in a relatively small amount compared to oral administration by injecting antibiotics as well as photosensitive substances into the skin at the same time, and reducing the side effects that can occur during oral administration of antibiotics. This will remove the skin trouble. In addition, it is possible to reduce the time required to apply the photosensitive material and wait until it naturally penetrates for about 1 hour, thereby saving time for patients and hospitals.

The light source of the laser generator 70 of the present invention is not only a laser diode but also a diode pump type solid laser, Er (erbium): YAG (yttrium aluminum garnet) laser, Nd (neodymium): YAG laser, Er: glass laser, argon At least one selected from the group consisting of an ion laser, a helium-neon laser, a carbon dioxide laser, an excimer laser, a fiber laser, a ruby laser, and a frequency multiplied laser, may also be obtained from one or more LED devices.

Apart from the application of the optical energy, when the electrical energy called RF high frequency energy is applied to the skin tissue, the ions of molecules constituting the living body are attracted to the anode that is negatively charged by the RF alternating current to the anode that is negatively charged. Generates heat. These high-frequency currents are non-ionized energy, not ionized energy. Except in special cases, heat is generated in the tissues of the body without destroying the tissues. Thus, hair growth promotion, hemorrhoids treatment, pain relief, cancer cell proliferation It is used for suppression, obesity management (body fat breakdown), acne removal, blemish removal, etc., and due to this thermal action, the fibroblasts are further stimulated by the expression of heat shock protein in skin tissue with the irradiation of the above optical energy. This causes an increase in TGF-beta, which activates collagen production.

In addition, strong and fast vibration energy can give a sound shock in cell tissues or fluids to promote mass transfer between clogged cells, so that a large area of skin can penetrate drugs at high speed. do.

In this way, while penetrating the drug under the skin and at the same time to apply the desired optical electrical and physical energy to the skin tissue using the operation buttons (150,151). The type, intensity, and time of the optical, physical, and electrical energy to be applied are selected and input in various ways such as an operation button 150 or a touch screen, and the selected mode and time are displayed on a display unit such as a screen. Operate the energy generator 180, but control the operation time and output to be made according to the conditions input by the user, the electrical physical probe 340 or the laser output hole 400 of various shapes or numbers formed on the handpiece 200 ) To irradiate the skin with energy. In this case, at least one energy through hole 120 may be formed on a portion of the microneedle plate 270 to directly apply energy to the skin. The energy through hole 120 may directly insert a probe such as RF high frequency or ion current, and may transmit light energy of various wavelengths of non-contact type such as ultrasonic energy or laser energy. The number, size, or shape of the energy through hole 120 is not limited depending on the type of energy emitted from the handpiece of the device and the number of end probes thereof. In addition, in order to prioritize only the penetration of skin such as drugs using only vibration and ultrasonic energy transmitted from the vibration generator 30 separately from the output of energy, as shown in FIGS. 3D and 7A, the energy through hole 120 or energy Without the exit hole 130, the drug or the like can be penetrated into the skin using vibration energy or ultrasonic energy, and by forming the microneedle plate 270 made of a light transmissive material, the light energy can be reached to the skin. 6C, a microneedle plate 270 having no energy through hole 120 may be applied when electrical energy is simultaneously applied to the skin using the metal microneedle 280 and the metal plate 290.

In addition, although the present invention is not shown separately, the energy generating device 180, the vibration generator 30, the operation buttons (150, 151), the handpiece 200 of the energy output end, all the electro-optical values of the body Small handpiece 200 with all the functions necessary for the operation of other devices, such as all input and output control microcontrollers, including controlling the sensor to accept and outputting appropriately specified energy values based on information input through the sensor. It can also be applied to a small optical, physical and electrical energy output device constituting the inside.

3A-3G are top views of various embodiments of microneedle plate 270, correspondingly formed to diaphragm 20 or vibrating cap 300 of handpiece 200; An energy through hole 120 may be formed on one surface of the diaphragm 20 or the energy outlet hole 130 of the vibration cap 300, and a plurality of microneedles 10 may be formed on a surface contacting the skin. On the opposite side, an adhesive layer 240 is formed, and the adhesive cover 250 is removed to attach to the diaphragm 20 or the vibrating cap 300. At this time, there is no limitation on the shape of the microneedle 10 is formed, the material can be molded and manufactured using a polymer harmless to the human body, for example polymethyl methacrylate (PMMA), the polymer of the suture material, polydimethylsiloxane Polydimethylsilox-ane (PDMS), polycarbonate (PC), polypropylene (PP), polyethylene (PE), polyester (PE), but are not limited to these various physical, electrical, chemical, pharmacological properties The moldable material having a characteristic such as coating a material or having optical transmittance may form the microneedle plate 270 with at least one or more layers. In addition, as shown in FIG. 6C, a metal microneedle 280 having an insulating coating 320 may be formed between the metal plate 290 and the microneedle plate 320. In this case, since electrical energy such as RF high frequency through the probe 340 is applied from a portion where the non-insulated portion is contacted through the metal plate 290 and the metal microneedle 280, the metal microneedle 280 Through the skin's epidermal layer, direct energy is applied to the collagen tissue in the dermal layer, causing thermal deformation. At this time, when the vibration energy through the vibration generator 30 is added as described above, various effects such as changes in the moisture content of the tissue due to thermal damage or thermal degeneration and vibrations occur simultaneously, so that even small energy is applied to the skin surface. With less heat damage, the effect of thermal damage on the target skin tissue is increased.

In addition, the microneedle plate 270 may be coupled to the case 360 to form a binding protrusion 221 or a binding groove 231 with each other, in which case the vibration generator 30 is formed on one inner surface of the case 360. Is formed. In addition, although not shown, a temperature sensor is formed separately on one side of the probe 340 to detect a temperature occurring on the skin surface and transfer it to a microcontroller to control the application of energy when the surface temperature rises above a certain temperature. Of course, if the temperature falls below a certain level, energy can be applied again. In this case, the metal plate 290 is divided into pieces, and if an insulator is formed between each piece, the number of + poles and-poles is formed by the number of pieces, and the number of poles applied to the skin corresponding to the characteristics of the electrical energy generator is determined. Will be adjusted.

In addition, in FIG. 6C, the vibration generator 30 is formed on one surface of the case 360 of the handpiece 200, and the vibration energy is transmitted to the microneedle plate cap 310 which is bound thereto to reach the skin. In addition, a concave lens 330 having an ultrasonic oscillation element 350 formed on an outer side thereof, and a conical adapter 110 through which ultrasonic energy and a probe 340 terminal can be formed is formed, and ultrasonic waves are formed in the space formed therein. The gel can be filled. Ultrasound generated through the ultrasonic oscillation element 350 is the energy focus point 380 is formed in front of the concave lens 330 by a certain distance in front of the concave lens 330, so that heat is generated by rapid vibration of the cells in this portion will be. In addition, the laser output hole 260 is formed in the center of the concave lens 330, the energy guide 370 is bound thereto, the protective lens 140 is formed at the end of the energy guide 370, the foreign material is introduced This is prevented, and the laser energy generated in the energy generating device 180 of the main body 160 is output from the optical fiber 100 to irradiate the skin from the laser output hole 260. At the same time, the high frequency energy generated by the energy generator 180 of the main body 160 is applied to the skin layer of the target depth through the probe 340, the metal plate 290, and the metal microneedle 280. The energy focus point 380 more easily rises to a certain temperature, causing thermal damage necessary for the regeneration of collagen tissue, thereby preventing aging of the skin. In addition, the supply of nutrients necessary for the regeneration of skin tissues and the promotion of circulatory action to bring further regeneration.

4A to 4E are plan views of the diaphragm 20 or the vibrating cap 300. The diaphragm 20 is attached with a microneedle plate 270 corresponding thereto at an upper portion thereof, and is ultrasonically oscillated on a lower surface of the diaphragm 20. FIG. The vibration generator 30 of the device, the vibration device or the small vibration motor is formed, and at least one energy exit hole 130 is formed on the surface in contact with the skin to generate optical and electrical energy emitted from the end of the handpiece 200. The terminal probe 340 or laser energy can be applied directly to the skin. In addition, in the case of the metal diaphragm 20, an insulating ring 60 may be formed to be inserted into the energy outlet hole 130 to prevent electric flow between the probes 340, which are electrical conductors.

In addition, as shown in FIG. 6C, the diaphragm 20 simultaneously forms an energy exit hole 133 into which the probe 340 terminal is fitted and an exit hole 132 through which ultrasonic energy is emitted. There may be a conical adapter 110 method in which a conical form narrowing toward the terminal through which the ultrasonic wave passes and a probe 340 are formed at the same time. At this time, there may be a variety of ways to be combined with the inner peripheral surface of the case 200 of the conical adapter 110.

Meanwhile, as shown in FIGS. 7A and 7B, the vibration cap 300 does not form an integrated vibration generator 30 in itself, and the ultrasonic oscillation element, the vibration element, or the small vibration motor may be formed inside the case 360. It is coupled to the handpiece 200 and the binding protrusion 220 and the like to form the vibration generator 30. In this case, a binding groove 230 is formed on the outer circumferential surface of the corresponding handpiece 200. In addition to this binding can be detached by a screw type or a variety of coupling methods. The vibration cap 300 also serves to protect the laser output hole 260, the probe 340, etc. formed at the end of the handpiece 200 from external impact.

In addition, an energy outlet hole 131 corresponding to the probe 340 or the laser output hole 260 at the end of the handpiece 200 is formed on the upper surface of the vibration cap 300 so that direct energy can be applied to the skin. In addition, it is possible to bind or attach the vibrating cap 300 or the microneedle plate 270 that does not form any energy outlet hole 130 or energy through hole 120, and forms an energy through hole 120 on the upper surface thereof. By attaching a microneedle plate 270, when the cosmetic material such as a drug is penetrated into the skin as well as the application of energy, the microneedle plate 270 may be rapidly penetrated into the skin by vibrating energy and various energy may be applied to the skin tissue.

In addition, as shown in Figure 8, the end of the vibration cap 300, which is bound to the outer peripheral surface of the distal end of the handpiece 200, such as energy output is gradually narrowed, which penetrates the drug and the like into the face or other narrow area Makes it easier to apply energy. It is very difficult to adhere the wide microneedle plate 270 to a narrow part such as the face and to infiltrate drugs. Thus, the end of the narrow vibration cap 300 is able to easily penetrate the drug and apply energy even in the narrow portion.

On the other hand, according to Oriental Chinese medicine, 12 meridians flow through the human body, and these meridians are lines on the body surface connecting 360 acupuncture points. According to the principle of oriental medicine, these acupuncture points are closely correlated with the state of the corresponding internal organs. The principle of acupuncture is to control the condition of organs by controlling the condition of the organs by appropriately stimulating the acupuncture points with acupuncture points. . However, the exact location of such acupuncture points is too different between the general public and the oriental medical doctor, so there is a point that the standard point cannot be found.

Therefore, in recent years, devices have been developed using expensive equipment to find different points of acupuncture points for each individual, but it is impossible in general in many ways for them to use them easily in daily life. However, as shown in FIG. 8 of the present invention, when the plate 270 formed with a large number of microneedles 10 is pressed onto the skin of a narrow area, a plurality of densely formed microneedles 10 stimulate the entire area including the acupuncture points. Electro-optic energy is applied to the stimulation of the acupuncture points by the thermal energy at the same time as the stimulation by the saliva, thereby acting as acupuncture point stimulation using the conventional saliva and moxibustion. Therefore, even experts and non-experts can easily control the disease state of internal organs by stimulating menstrual points.

5A to 5D are perspective views or end coupling perspective views showing the structure of the end of the handpiece 200 having a diaphragm. In FIG. 5A, the optical energy filter 390 and the filter module 400 including the same at the end of the handpiece 200. Detachable in the lateral direction of the handpiece 200 can be irradiated to the skin selectively using each optical energy filter 390 applied to various wavelength bands, such a filter module 410 is not shown below However, energy generated by the laser generator 70 of the main body 160 is applied to the optical energy filter 390 of the filter module 400 through the optical fiber 100. In this case, the optical energy may be transmitted to the optical energy filter 390 through a mirror or a lens in addition to the optical fiber 100. On one side of the diaphragm 20, the microneedle plate 270, which forms the vibration generator 30, forms the energy outlet hole 130 on the surface in contact with the skin, and correspondingly forms the energy through hole 120. It is attached on the diaphragm 20.

5B shows a laser output hole 260 and a probe 340 formed in the handpiece 200, and an energy output hole 130 is formed in the diaphragm 20 to correspond to the probe 340. The insulating ring 60 is formed for insulation in the energy output hole 130 is inserted. The insulating ring 60 is to allow both probes 340 to be connected to each other only through both contact points of the skin, so that the charge is transferred between the parts connected to the skin to generate heat energy due to the movement of the charge under the skin. Is given.

In addition, FIG. 5C shows an ultrasonic wave generated by forming the ultrasonic generator 30 under the metal vibrating plate on which the vibration generator 30 is formed on the inner surface of the handpiece 200 and the concave lens 330 is formed. The vibrational energy is applied to a certain depth of the skin in a line to generate heat in the tissue, the conical adapter 110 has a constant height and the focus of the ultrasonic energy at a certain depth in the skin 380 can be formed. In addition, an energy outlet hole 133 through which the ultrasonic energy is output is formed on an upper surface thereof, and a microneedle plate 270 in which an energy through hole 120 is formed corresponding to an upper surface of the conical adapter 110 is attached. .

FIG. 5D illustrates a concave lens 330 formed below the diaphragm 20 and a probe 340 for simultaneously applying electrical energy. As the ultrasonic energy and the electrical energy such as RF high frequency are applied to the skin, the microneedle The drug according to (10) can be delivered transdermally.

6A-6C are various cross-sectional views of the vibration generator 30, the diaphragm 20, and the microneedle plate 270 coupled thereto as a cross-sectional view of the present invention.

6A illustrates a vibration generator 30 formed on a side surface of a case 360 of the handpiece 200, and generates light energy by using a laser diode 90 or an LED, and the laser output hole through the energy guide 370. Release to 260 to allow the skin to be irradiated. The light source of the laser energy generator of light energy is not only a laser diode but also a diode pump type solid laser, Er (erbium): YAG (yttrium aluminum garnet) laser, Nd (neodymium): YAG laser, Er: glass laser, argon One or more selected from the group consisting of an ion laser, a helium-neon laser, a carbon dioxide laser, an excimer laser, a fiber laser, a ruby laser and a frequency multiplied laser, although not separately illustrated, energy generation of the main body 160 The laser energy generated by the device 180 may be emitted to the laser output hole 260 by the method of being transferred to the support arm 190 and the cable 210 handpiece 200. In addition, the handpiece 200, the case 360 itself serves as one diaphragm 20, and the microneedle plate 270 is attached to the end of the case 200 to correspond to the position of the laser output hole 260. An energy through hole 120 is formed.

6B shows that not only laser light energy but also energy such as electric RF high frequency is applied to the skin. At this time, the vibration generator 30 is formed on one side of the diaphragm 20, and the vibration preventing ring 50 is formed on the surface closely contacted with the case 360, thereby causing a malfunction of the equipment due to excessive vibration of the case 360 when the vibration occurs. Prevent malfunction. In addition, when the electrical RF energy is applied, the insulating ring 60 may be formed in the energy outlet hole 130 at which the probe 340 is fitted. This is to allow the movement of the current to the skin layer through both probes 340 in the case of the metal vibrating plate. In addition, the cooling element 40 is formed at one end of the probe 340 to maintain the temperature of the probe 340 to cool the temperature of the skin epidermal layer in contact with the probe 340 to reduce the hot feeling in the epidermis, Allow for thermal denaturation. At this time, the laser light energy is also irradiated to further promote thermal degeneration under the skin.

6C shows that the application of ultrasound focusing energy with the application of RF high frequency or electrical energy and laser light energy can occur simultaneously with vibration energy. In FIG. 6C, the application of electrical energy having two polarities is illustrated, but one or more polarities may be applied. Although not shown, only one polarity may be applied through the handpiece 200 terminal probe 340, and the other polarity may be separately attached to another part of the body by a patient holding a ground rod by hand. The probe 340 may be formed on the handle portion of the 200.

As described above, the treatment and skin care system associated with the microneedle stamp according to the present invention is just one embodiment, and the present invention is not limited to the above-described embodiments and the present invention without departing from the gist of the present invention. Anyone with ordinary knowledge in this field will have the technical spirit of the present invention to the extent that various modifications can be made.

1 is a conventional laser light energy irradiator.

Figure 2 is a perspective view of a treatment and skin care device according to an embodiment of the present invention.

3A-3G are plan views illustrating microneedle plates in accordance with various embodiments of the present invention.

4A-4E are plan views illustrating a diaphragm or vibrating cap according to various embodiments of the present disclosure.

5A-5B are partial perspective views of distal ends of treatment and skin care devices in accordance with one embodiment of the present invention.

5C-5D are perspective end views of the distal end of a treatment and skin care device in accordance with one embodiment of the present invention.

6A-6C are cross-sectional end views of treatment and skin care devices in accordance with one embodiment of the present invention.

7A-7B are terminal combined perspective views of treatment and skin care devices in accordance with one embodiment of the present invention.

8 is a perspective view showing a vibration cap and a microneedle plate according to an embodiment of the present invention.

※ Explanation of code about main part of drawing ※

10 microneedle, 20 vibration plate, 30 vibration generator, 40 cooling element, 50 vibration prevention ring, 60 insulation ring, 70 laser generator, 80 high frequency generator, 90 laser diode (LD), 100 optical fiber, ultrasonic focusing, 110 conical Adapter, 120 energy through hole, 130, 131, 132, 133 energy exit hole, 140 protective lens, 150, 151 operation button, 160 body, 170 power supply, 180 energy generator, 190 support arm, 200 handpiece, 210 cable, 220, 221 binding protrusion, 230, 231 binding groove , 240 adhesive layer, 250 adhesive cover, 260 laser output hole, 270 micro needle plate, 280 metal micro needle, 290 metal plate, 300 vibration cap, 310 micro needle plate cap, 320 insulation coating, 330 convex lens, 340 probe, 350 Ultrasonic Oscillator, 360 Case, 370 Energy Guide, 380 Energy Focus Point, 390 Optical Energy Filter, 400 Filter Module

Claims (31)

A therapeutic and skincare device that applies electrical, physical or optical energy to the human body; An oscillation cap formed at an end thereof of an ultrasonic oscillation element, a vibration element or a small vibration motor, the vibration cap being bound to an outer circumferential surface of the treatment and skin care device; An energy outlet hole is formed at the distal end of the vibration cap; And an adhesive layer attaching the microneedle plate to which the energy through hole is formed corresponding to the energy exit hole. The therapeutic and skin care device of claim 1, wherein the energy generating device generates at least one of laser light energy, RF high frequency, electrical current of ion current, and ultrasonic physical energy, and binds a vibration cap. The therapeutic and skin care device of claim 1, wherein an ultrasound concave lens is formed. The light source of the optical energy generating device is an LED, a diode laser, a diode-pumped solid state laser, Er (erbium): YAG (yttrium aluminum garnet) laser, Nd (neodymium): YAG laser, Er: glass laser, Therapeutic and skincare devices, characterized in that at least one selected from the group consisting of argon ion lasers, helium-neon lasers, carbon dioxide lasers, excimer lasers, fiber lasers, ruby lasers and frequency multiplied lasers. The treatment and skin care device according to claim 1, wherein a vibration generator operation button is formed on an outer circumferential surface of the handpiece. The therapeutic and skin care device of claim 1, wherein the end of the vibrating cap is formed to be narrower. The therapeutic and skincare device of claim 1, wherein the vibrating cap fits or binds to an inner circumferential surface or end surface of the handpiece. The treatment and skin care device as claimed in claim 1, wherein all the functions necessary for the operation of other devices, such as an energy generator, a vibration generator, an operation button, a sensor, a microcontroller, and the like are miniaturized in a small handpiece. The treatment and skin care device of claim 1 or 3, wherein a laser output hole is formed in the center portion of the ultrasonic concave lens, and a protective lens is formed thereon. The therapeutic and skincare device of claim 1 or 3, wherein the conical adapter is formed. A therapeutic and skincare device that applies electrical, physical or optical energy to the human body; Forming a vibration plate on one side of which is formed a vibration generator comprising an ultrasonic oscillation element, a vibration element or a small vibration motor; An energy exit hole is formed at a distal end of the diaphragm in contact with the skin; The treatment and skin care device, characterized in that for attaching a microneedle plate forming an energy through hole corresponding to the energy exit hole 12. The apparatus of claim 11, further comprising generating at least one of laser light energy, RF high frequency, electrical current of ion current, and ultrasonic physical energy in an energy generating device of the device; Treatment and skin care device, characterized in that for forming a vibration plate formed on one side of the vibration generator 12. The therapeutic and skincare device of claim 11, wherein an insulating ring is formed in the energy exit hole of the diaphragm. 12. The therapeutic and skincare device of claim 11, wherein the filter module including the light energy filter of the handpiece is detached to the side of the handpiece. The treatment and skin care device according to claim 11, wherein a vibration generator operation button is formed on an outer circumferential surface of the handpiece. 12. The treatment and skin care device as claimed in claim 11, wherein all functions necessary for the operation of other devices, such as energy generators, vibration generators, operation buttons, sensors, microcontrollers, etc. are miniaturized in a small handpiece. The light source of the optical energy generating device is an LED, a diode laser, a diode pump type solid state laser, Er (erbium): YAG (yttrium aluminum garnet) laser, Nd (neodymium): YAG laser, Er: Therapeutic and skincare devices selected from the group consisting of glass lasers, argon ion lasers, helium-neon lasers, carbon dioxide lasers, excimer lasers, fiber lasers, ruby lasers and frequency multiplied lasers. 12. The therapeutic and skin care device of claim 11, wherein a cooling element is formed in the probe. A therapeutic and skincare device that applies electrical, physical or optical energy to the human body; Treatment and skin, characterized in that to form a diaphragm formed of a vibration generator consisting of an ultrasonic oscillation element, a vibration element or a small vibration motor on one side thereof, and to attach a microneedle plate having an energy through hole corresponding to the energy output hole. Career Appliance 20. The apparatus of claim 19, further comprising generating at least one of laser light energy, RF high frequency, electrical current of ion current, and ultrasonic physical energy in an energy generating device of the device; Treatment and skin care device, characterized in that for forming a vibration plate formed on one side of the vibration generator 21. The light source of the optical energy generating device according to claim 19 or 20, wherein the light source of the optical energy generating device is an LED, a diode laser, a diode-pumped solid state laser, Er (erbium): YAG (yttrium aluminum garnet) laser, Nd (neodymium): YAG laser, Er: Therapeutic and skincare devices selected from the group consisting of glass lasers, argon ion lasers, helium-neon lasers, carbon dioxide lasers, excimer lasers, fiber lasers, ruby lasers and frequency multiplied lasers. 20. The treatment and skin care device of claim 19, wherein a vibration generator operation button is formed on an outer circumferential surface of the handpiece. 20. The therapeutic and skin care device of claim 19, wherein all the functions necessary for the operation of other devices, such as energy generators, vibration generators, operation buttons, sensors, microcontrollers, etc., are configured in a small handpiece. 20. The therapeutic and skin care device of claim 19, wherein a cooling element is formed in the probe. A vibration cap of a treatment and skin care device that applies electrical, physical or optical energy to a human body and generates vibration energy through a vibration generator, the vibration cap being bound to an outer circumferential surface or an inner surface of the device; A vibrating cap having a microneedle plate attached to a corresponding position of the vibrating cap The vibration cap according to claim 25, wherein at least one energy through hole is formed at a distal end of the vibration cap at a corresponding position of the energy output hole of the device. The vibrating cap according to claim 25 or 26, wherein the end of the vibrating cap is narrowed in contact with the end thereof. A microneedle plate applying electrical, physical or optical energy to a human body and attached to a treatment and skin care device for generating vibration energy through a vibration generator, the microneedle plate being attached to the vibration plate, vibration cap, or end of the device; A plurality of microneedle plate is formed on the upper surface of the plate, the microneedle plate, characterized in that the adhesive layer formed on the opposite side and covered with an adhesive cover 29. The microneedle plate of claim 28, wherein at least one energy through hole is formed in the microneedle plate. 29. The microneedle plate of claim 28, wherein an insulating layer is formed on the metal microneedle. 31. The microneedle plate of claim 28 or 30, wherein at least one metal plate is formed and insulated from each other.

Images