KR20120071978A - Patch type device for stimulating human body comprising semiconducter - Google Patents

Abstract

PURPOSE: A patch type human body stimulating device is provided to be easily attached to various sites of the human body. CONSTITUTION: A patch type human body stimulating device comprises a substrate(100), a semiconductor current circulation unit(200), and a patch(500). The substrate is equipped with an attachment surface attached to one side of the skin of the human body. The semiconductor current circulation unit comprises a semiconductor device and an electric connector. The semiconductor device is arranged on the attachment surface of the substrate and is equipped with a P-type semiconductor electrode and an N-type semiconductor electrode. The electric connector is arranged on the attachment surface of the substrate. In the patch, the substrate and semiconductor current circulation unit are fixed.

Description

Patch type device for stimulating human body comprising semiconducter

The present invention relates to a human body attachment stimulation device attached to the human body to provide a stimulus to the human body.

Conventional therapeutic means in the field of traditional Chinese medicine was usually the drug, acupuncture, moxibustion. In general, saliva and moxibustion are known to have a therapeutic effect by providing physical or chemical irritation to certain parts of the human skin. In particular, a method of continuously providing minute physical or chemical stimuli through acupuncture or moxibustion to numerous acupoints of the human body that are associated with various diseases is known to be able to treat a large part of the various diseases. However, in order to receive acupuncture or moxibustion treatment, it is cumbersome to visit a medical institution or a specialist and be treated or prescribed. Medical devices for implementing the effects of acupuncture or moxibustion are mainly bulky and expensive, There has been a problem in that it is not easy for general users to use. Therefore, in the modern industrial society, there is a need for a patch-type stimulation device attached to a human body, which can be easily carried by users having various diseases and can realize the above medical effects.

The present invention is attached to a variety of parts of the human body to induce a bioelectric current beneficial to the human body and at the same time to provide a variety of medically required stimulation to the various parts of the human body, providing a patch attachment stimulation device with improved user convenience. To do this.

The present invention is a substrate having an attachment surface attached to a portion of the skin surface of the human body; And at least one semiconductor element disposed on an attachment surface of the substrate and having a P-type semiconductor electrode and an N-type semiconductor electrode, and disposed on the attachment surface of the substrate, wherein the one electrode and the other electrode of the at least one semiconductor element are separated from each other. Provided is a human body patch type stimulation device including a semiconductor current circuit including an electrical connection for connecting in electrical communication.

According to the human body patch type stimulation device of the present invention, the semiconductor device may be a surface mounted device (SMD) type semiconductor device or a dual inline package (DIP) type semiconductor device.

According to the human body patch type stimulation device of the present invention, the substrate may be a fixed substrate or a flexible substrate.

According to the human body patch type stimulation device of the present invention, the substrate may be a printed circuit board (PCB) or a flexible printed circuit (FPC).

According to the human body patch type stimulation apparatus of the present invention, the attachment surface of the substrate may be attached to the acupuncture points existing in the human body.

According to the human body patch type stimulation device of the present invention, the human body patch type stimulation device is an independent power source arranged to supply power to the semiconductor current circulation unit, or by receiving power wirelessly from the outside to supply power to the semiconductor current circuit unit. It may further include an induction power source arranged to supply.

According to the human body patch type stimulation device of the present invention, the human body patch type stimulation device may further include a stimulus providing unit for providing a physical stimulus to a portion of the skin surface of the human body.

According to the human body patch type stimulation device of the present invention, the stimulus providing unit is selected from the group consisting of surface pressure generator, heat generator, microcurrent generator, low frequency pulse generator, far infrared generator, laser generator, millimeter wave generator, anion generator and magnetic force generator It may include one or more.

According to the human body patch type stimulation apparatus of the present invention, the semiconductor current circulation unit includes two or more semiconductor elements, wherein a first semiconductor element of the two or more semiconductor elements is attached to a first position of the attachment surface of the substrate, Among the semiconductor devices, a second semiconductor device is disposed to be spaced apart from the first semiconductor device, and is attached to a second position of the attaching surface of the substrate, and one electrode of the first semiconductor device is connected to the other electrode of the second semiconductor device. The above electrical connection may be electrically connected.

According to the human body patch type stimulation device of the present invention, the first position and the second position of the attachment surface of the substrate may correspond to the first and second acupoint sites among the two or more acupoint sites present in the human body.

By providing the patch-type stimulation device attached to the human body according to the present invention, it is possible to miniaturize the device can be easily attached to various parts of the human body, and semi-permanently induces a bioelectric current beneficial to the human body by a semiconductor element and at the same time provide a physical stimulation It is possible to provide a variety of medically required stimulation to the various parts of the human body through the stimulus providing unit. In addition, the human body patch type stimulation device according to the present invention can be implemented in a simple patch type can greatly improve the user convenience.

Figure 1 shows a human body patch type stimulation device according to an embodiment of the present invention.
Figure 2 shows a human body patch type stimulation device according to an embodiment of the present invention including a power supply.
Figure 3 shows a human body patch type stimulation device according to an embodiment of the present invention comprising a stimulus providing unit.
Figure 4 shows a human body patch type stimulation device according to an embodiment of the present invention including two or more semiconductor elements.
5 is a view illustrating a state in which a patch attachment stimulus device according to an embodiment of the present invention having various shapes is attached to various parts of the human body.

Hereinafter, with reference to the accompanying drawings will be described in detail an embodiment of the present invention. The following description is merely a means for easily understanding the embodiments of the present invention, and is not intended to limit the protection scope of the present invention.

Figure 1 shows a human body patch type stimulation device according to an embodiment of the present invention.

Referring to FIG. 1, the patch-type stimulation device for a human body according to the exemplary embodiment of the present disclosure may include a substrate 100, a semiconductor current circuit 200, and a patch 500 including a semiconductor device 210 and an electrical connection unit 220. ).

The patch 500 is attached to and fixed to the substrate 100 and the semiconductor current circulation unit 200 to be attached to a part of the skin surface of the user's body. The patch 500 is treated with an adhesive member, for example, an adhesive, on one surface. Therefore, one surface of the patch 500 may be adhered to the substrate 100 and the semiconductor current circulator 200 to be attached to the skin surface of the user's body. The patch 500 may be implemented in various materials in order to implement the functional effect, but is bonded to the skin surface of the user's body, it is preferably implemented so as not to adversely affect the skin of the user's body. The patch 500 may be implemented in various sizes according to the area of the user's skin adhesion site. In addition, the patch 500 may be implemented in various shapes according to the characteristics of the user's skin adhesive site. For example, the patch 500 may be implemented in a circular, square, rectangular, rhombus, cross, bent or alphabet X shape.

The substrate 100 is a portion in which the semiconductor current circulator 200 is described in detail below. One surface of the substrate 100 is attached to one surface of the patch 500 described above, the other surface of the substrate 100 is the semiconductor current circuit 200 is disposed, the semiconductor current circuit The other surface other than 200 has an attachment surface 110 attached to at least a portion of the skin surface of the user's body. The substrate 100 may be implemented in various materials, sizes, or shapes within the range in which the semiconductor current circulator 200 may perform its function smoothly. For example, the substrate 100 may be a printed circuit board (PCB) or a flexible printed circuit (FPC). In addition, the substrate 100 may be implemented in various ways according to the cross-sectional shape or cross-sectional size of the skin surface of the user's human body. For example, the substrate 100 may be a fixed substrate formed of a floating material having a fixed shape or a flexible substrate formed of a resilient material. Thus, the substrate 100 is preferably implemented as the fixed substrate when the human body patch type stimulation device is attached to the skin surface portion occupying a relatively small range of the user's body, the patch body stimulation device attached to the human body The elasticity when the skin surface area occupies a relatively wide range or the skin surface area where the cross-sectional change of the skin surface is large according to the movement of the human body or when it is attached to the skin surface area where a lot of moisture (for example, body fluid such as sweat, etc.) is secreted It is preferable to implement the flexible substrate of the material. The flexible substrate may be any material as long as the material is capable of shape deformation in an appropriate range in a state of being attached to the skin surface, and may be implemented with, for example, rubber or synthetic resin. In addition, although the attachment surface 110 of the substrate 100 may be attached anywhere as long as a part of the skin surface of the user's human body, the attachment surface 110 may be attached to the acupuncture points existing in the human body. The acupuncture point site is a site in which the bioelectric current is induced by the semiconductor current circulation unit 200 of the patch attachment stimulation device according to an embodiment of the present invention. do. The acupuncture point is a certain pathological phenomenon occurs in the meridians corresponding to the disease occurrence site when a disease occurs in the human body, and refers to a specific part of the human body in which the pathology is very prominent among these meridians (the acupuncture point) Is also referred to as acupuncture, blood donation, or blood, etc. Hereinafter referred to herein as acupuncture points within the same technical scope). Such acupuncture points are well known in the field of herbal medicine. As an example, there are acupuncture points called bleeding on the back of the human body. The bleeding is a blood spot that enters the organs inside the body, and all of the blood is located in the bladder jug of the back. The bleeding is specifically, the pulmonary blood is located between the thoracic vertebrae 3-4 times, the pulmonary blood is located between the thoracic vertebrae 4-5 thoracic vertebrae, the heart bleeding is located between the thoracic vertebrae 5-6 times Heart oil, liver oil located between the thoracic vertebrae 6-7 as bleeding of the liver, gallbladder located between the thoracic vertebrae 7-8 as bleeding from the gallbladder, parables located between the thoracic vertebrae 8-9 as the bleeding of the spleen, and bloodshed in the stomach Gastric milk located between the thoracic vertebrae 9-10 times, bleeding in the three seconds as a blood sputum located between the lumbar spine 1-2, kidney bleeding between the lumbar spine 2-3 times, bleeding in the large intestine 4 Large intestine oil located between 5, small intestine oil located between 1-2 of the bones as the blood of the small intestine, and bladder oil located between the 2-3 bones of the bone as the blood of the bladder. As another example, the neck of the human body has a concave region located in the head bone in the center of the back of the neck and located about 3 cm above the starting point of hair growth, where the head bone and the neck in the center of the back of the neck meet. In a concave region located about 1 cm below, i.e., between the first and second cervical vertebrae, about 2 cm below the abundant blood, and about 1.5 cm in the left and right directions of the abundant blood. Acupuncture points such as cataract blood are known as concave portions that fall about 1.5 cm in the left and right directions of the parietal blood and the ahyeol, and are located just outside the mitral muscle supporting the back neck. Of course, the patch attachment stimulation device according to an embodiment of the present invention can be attached to other acupuncture points, including the acupuncture points as illustrated above. The acupuncture points are known to react immediately when a disease occurs, and various pathologies occur. In the field of oriental medicine, the pathology is effective when a physical stimulus such as acupuncture or moxibustion is applied to the acupuncture points for a certain period of time. It is known that you can see.

The semiconductor current circulator 200 is a portion in which a current is circulated in the patch-type magnetic stimulator attached to the human body. The semiconductor current circulator 200 includes a semiconductor device 210 and an electrical connector 220. The semiconductor device 210 and the electrical connection unit 220 may be implemented as separate components or as an integrated member, respectively, for the purpose and convenience of manufacturing in the manufacture of the human body patch type stimulation device. The semiconductor device 210 and the electrical connector 220 are disposed on the attachment surface 110 of the substrate 100. The semiconductor device 210 includes a P-type semiconductor and an N-type semiconductor, and the P-type semiconductor and the N-type semiconductor are implemented as electrodes opposite to each other. The P-type semiconductor includes a semiconductor having an increased hole as a charge carrier by adding a trivalent element such as impurities such as aluminum, boron, gallium, or indium to a pure semiconductor material, for example, silicon. The N-type semiconductor refers to a semiconductor in which free electrons are increased as charge carriers by adding a pentavalent element such as impurities such as phosphorus, arsenic, and antimony to a pure semiconductor material, for example, silicon. In addition, it is possible to manufacture the P-type semiconductor and the N-type semiconductor to the opposite electrode to each other within a known technology range. For example, the semiconductor device 210 including the P-type semiconductor electrode and the N-type semiconductor electrode may be a dual inline package (DIP) type semiconductor device or a surface mounted device (SMD) type semiconductor device. The semiconductor device 210 may be a Zener type, a SOT-323 type, or the like. The dual inline package (DIP), also referred to as a dual series package, is one type of semiconductor chip component in which internal circuitry and connecting leads are vertically attached in two rows on either side. The Surface Mounted Device (SMD) is also called a surface mount component, and is a general term for electronic components mounted on a surface of a printed board, and may use different surface mount technologies to mount different components on one or both sides of the printed board. In addition, it is one of the semiconductor component types that can increase the number of components that can be mounted on the substrate, thereby enabling high density mounting. Therefore, the semiconductor device 210 may be integrated at a high density, implement various shapes, and preferably select a SMD type semiconductor device for simultaneous implementation with the magnetic pole providing unit 300 to be described in detail below. The electrical connection part 220 is a part for electrically connecting one electrode and the other electrode of the semiconductor device 210 to be in electrical communication with each other. For example, when the P-type semiconductor electrode is one electrode, the N-type semiconductor electrode is the other electrode, and when the N-type semiconductor electrode is the one electrode, the P-type semiconductor electrode is the other electrode. Can be implemented. The electrical connection unit 220 may be formed of a material that can be electrically connected to each other. For example, the electrical connection unit 220 may be formed of a metal material such as silver or copper. The electrical connection unit 220 is sufficient to electrically connect one electrode and the other electrode of the semiconductor device 210, and is not limited in any arrangement or in any shape in the substrate 100. Do not. For example, according to FIG. 1, the electrical connection unit 220 is implemented in a circular shape to electrically connect one electrode and the other electrode, but is not limited thereto. It can be implemented in various ways. The semiconductor current circulator 200 may induce a biocurrent on the skin surface of the human body. The human body is a kind of electromagnetic body through which minute biocurrents flow. In particular, since the cells constituting the human body contain different concentrations of ionic materials at the boundary of the cell membrane, the potential difference is generated based on both boundaries to maintain a unique microcurrent flow. In addition, the bioelectric current may be generated by the blood flow through the blood vessel, and normal blood movement may maintain a constant biocurrent, but when a disease occurs in a specific part of the human body, a change (increase or decrease) in the blood flow may occur. have. In particular, the amount of change in blood flow, in particular, the amount of decrease in blood flow is rapid because it is directly affected by the occurrence of the disease in the acupuncture points, which causes abnormal changes in the bioelectric current in the site of disease occurrence and associated acupoints. Therefore, the field of oriental medicine recognizes the change of blood flow caused by the occurrence of such a disease, and treats the disease by stimulating the acupuncture points related to the change of blood flow by acupuncture or moxibustion treatment. Therefore, the semiconductor current circulation unit 200 of the human body patch type stimulation apparatus according to an embodiment of the present invention is implemented to be attached to a part of the skin surface of the human body, and the semiconductor current circulation unit 200 is the blood flow change site. That is, when attached to the acupuncture points, the minute biocurrent of the attachment site induces an asymmetric distribution of free electrons or holes to the P-type semiconductor electrode and the N-type semiconductor electrode of the semiconductor device 210 to generate a potential difference, thereby providing the electrical connection portion ( 220) to induce a circulation of current. For example, a minute decrease in the biocurrent due to the abnormal decrease in blood flow induces a current circulation of the semiconductor current circulation unit 200, and the induced current in turn stimulates a minute biocurrent on the skin surface of the human body, resulting in abnormal The circulation of the bioelectric current is directed to the circulation of the normal bioelectric current, which in turn restores the circulation of the normal blood flow. In addition, the semiconductor current circuit 200 may be miniaturized. For example, when implemented in a circular shape as shown in FIG. 1, the semiconductor current circuit 200 and the substrate 100 may be implemented to have a diameter of about 5 mm (millimeter) or less.

Figure 2 shows a human body patch type stimulation device according to an embodiment of the present invention including a power supply.

2, the human body patch type stimulation device may further include a power supply 230 supplying power to the semiconductor current circulator 200. The power supply 230 supplies power to the semiconductor current circulator 200 so that the power supply 230 is connected to the semiconductor current circulator 200 together with the biocurrent generated on the skin surface of the human body described above. It can be a power source. The power supply unit 230 supplies additional power to the semiconductor current circuit unit 200 separately from the power supply by the bio-current, thereby circulating induction of the bio-current by the circulating current of the semiconductor current circuit unit 200. You can strengthen it even more. However, when the power supply unit 230 is added to the human body patch type stimulation device, the volume of the human body patch type stimulation device increases by that amount, and the manufacturer comprehensively considers the characteristics of the surface area of the user's body or the size of the cross section. It may be necessary to determine whether to add the power supply 230. In addition, the power supply unit 230 may include an independent power supply for supplying power to the semiconductor current circulation unit 200 by itself, or by receiving power wirelessly from the outside to power the semiconductor current circulation unit 200. It may include an induction power supply for supplying. When the power supply unit 230 includes an independent power source, the power supply unit 230 may secure an additional power supply while the stored charge amount of the independent power source is maintained in addition to the bioelectric current, but when all of the stored charge amount is lost Only the induced current by the biocurrent becomes the power supply source of the semiconductor current circulator 200. However, when the power supply unit 230 includes an induction power source, the power supply unit 230 may securely supply an additional power supply source by receiving power wirelessly even when all of the stored charge amount of the induction power source is lost. The independent power source may be a general battery, and the induction power source may be implemented as a device capable of wireless charging, and may preferably include a magnetic material or the like capable of electric charging by induction electromotive force.

Figure 3 shows a human body patch type stimulation device according to an embodiment of the present invention comprising a stimulus providing unit.

Human body patch type stimulation device according to an embodiment of the present invention may further include a stimulus providing unit (300). The stimulus provider 300 is a part that provides a physical stimulus to a portion of the skin surface of the human body. The physical stimulus may be pressure, heat, microcurrent, low frequency pulse, far infrared ray, laser, millimeter wave, anion, magnetic force, etc. applied to a part of the skin surface. Accordingly, the stimulus providing unit 300 may include at least one selected from the group consisting of a surface pressure generator, a heat generator, a microcurrent generator, a low frequency pulse generator, a far infrared generator, a laser generator, a millimeter wave generator, an anion generator, and a magnetic force generator. Can be. Preferably, the patch attachment stimulation device according to an embodiment of the present invention further includes the stimulus providing unit 300 to realize the same effect as acupuncture or moxibustion, which is one of the classical treatment methods in the Korean medicine field. For example, the stimulus providing unit 300 may be implemented by a variety of surface pressure generator, for example, a push rod in place of the saliva, the push rod may implement a skin pressure effect. Also, for example, the stimulus providing unit 300 may be implemented as a heat generator, a microcurrent generator, a low frequency pulse generator, a far infrared ray generator, a laser generator, a millimeter wave generator, or an anion generator in place of moxibustion. In this case, the stimulus providing unit 300 may be implemented as a heater including a resistance wire and a semiconductor type temperature sensor, for example, a component such as AD90. In addition, for example, the magnetic pole providing unit 300 may be implemented with a magnetic force generator such as a magnet. Treatment using a magnet is a known treatment using a magnet composed of an N pole and an S pole. This is because the invisible magnetic force lines are constantly flowing from the N pole to the S pole, and the magnetic force lines emitted from the N pole act on the biocurrent and the hemoglobin in the blood to facilitate blood circulation. The embodiments used in the magnet therapy vary. For example, a magnetic parcel in which a small magnet that can come into contact with the body is attached to an adhesive surface of the parth, a bracelet, a necklace, and the like in which the magnet is recessed. In the case of the magnetic part, a harmonic layer or a layer (PAS, Para-Amino-Saycylic Acid) layer, which is harmless to the human body, is formed on the back surface of the band mainly composed of fibers, and the small magnet is bonded to the center of the human body. Self-treatment can be performed by easily adhering to the desired area. In addition, the magnetic pole providing unit 300 may be disposed at various positions or sizes according to the pattern or the size of the semiconductor current circulation unit 200 is disposed on the attachment surface 110 of the substrate 100. As an example, according to FIG. 3, the semiconductor current circulation unit 200 may be circularly formed on the attachment surface 110 of the substrate 100, and may be circular with respect to the circular semiconductor current circulation unit 200. A space is formed inside the boundary, and the magnetic pole providing unit 300 may be disposed in the space. For example, when a push rod or a heat generator (implemented by a heater and a semiconductor type temperature sensor) is disposed in a space inside the circular boundary, the user may not only induce the bioelectric current by the circular semiconductor current circuit 200 but also may The pressure or moxibustion effect can be obtained by a push rod or a heat generator disposed in the space inside the circular boundary, and as a result, it is possible to easily treat a disease related to the acupoint area of the user. Meanwhile, when the stimulus providing unit 300 is a heat generator, a microcurrent generator, a low frequency pulse generator, a far infrared ray generator, a laser generator, a millimeter wave generator, an anion generator, or a magnetic generator (for example, an electromagnet), these stimulus providing units ( It may further include a separate independent power source (not shown) for supplying power to itself 300 or a separate induction power source (not shown) for supplying power wirelessly from the outside.

Figure 4 shows a human body patch type stimulation device according to an embodiment of the present invention including two or more semiconductor elements. Specifically, Figure 4a shows a human body patch type stimulation device according to an embodiment of the present invention including two semiconductor elements, Figure 4b is a human body attachment according to an embodiment of the present invention including three semiconductor elements A patch type stimulation device is shown.

According to FIG. 4A, the patch-type magnetic pole device according to an embodiment of the present invention includes two semiconductor elements 211 and 212 in the semiconductor current circuit 200, and the two semiconductor elements 211 and 212. ), A first semiconductor element 211 is attached to a first position 111 of the attachment surface 110 of the substrate 100, and a second semiconductor element 212 of the two semiconductor elements is the first semiconductor. Is disposed apart from the device 211, but is attached to the second position 112 of the attachment surface 110 of the substrate 100, one electrode of the first semiconductor device 211 is the second semiconductor device 212 The other electrode and the two or more electrical connection (221, 222) is connected in electrical communication, according to Figure 4b, the human body patch type stimulation device according to an embodiment of the present invention is the semiconductor current circuit 200 Including three semiconductor elements 211, 212, 213, the three semiconductor elements (211, 212, 213) The first semiconductor element 211 is attached to the first position 111 of the attachment surface 110 of the substrate 100 and the second semiconductor element 212 of the three semiconductor elements 211, 212, and 213. ) Is spaced apart from the first semiconductor element 211, and is attached to a second position 112 of the attachment surface 110 of the substrate 100, and is formed of the three semiconductor elements 211, 212, and 213. The third semiconductor device 213 is spaced apart from the second semiconductor device 212, and is attached to a third position 113 of the attachment surface 110 of the substrate 100, and the first semiconductor device 211 is disposed. One electrode is electrically connected to the other electrode of the second semiconductor element 212 through two or more electrical connectors 221 and 222, and one electrode of the second semiconductor element 212 is the third semiconductor. The other electrode of the element 213 is electrically communicatively connected through two or more electrical connections 223 and 224. In this case, the first position 111 and the second position 112 (or including the third position 113) of the attachment surface 110 of the substrate 100 may include a first acupoint of two or more acupoints present in the human body. And a second acupuncture point site (or a third acupuncture point site).

Therefore, according to Figure 5, the human body patch patch stimulation device 1 according to an embodiment of the present invention is implemented in various shapes or sizes can be attached to connect two or more various parts of the skin surface of the human body, the skin surface In particular, by being attached to connect two or more acupuncture points present on the surface of the skin, a user can obtain a desired disease treatment effect by circulating bioelectric current and / or providing various therapeutic stimuli.

Claims (10)

A substrate having an attachment surface attached to a portion of a skin surface of the human body; And
At least one semiconductor element disposed on an attachment surface of the substrate and having a P-type semiconductor electrode and an N-type semiconductor electrode, and disposed on the attachment surface of the substrate, wherein the one electrode and the other electrode of the at least one semiconductor element are electrically A semiconductor current circuit including an electrical connection part communicatively connected to the circuit;
Human body patch type stimulation device comprising a. The human body patch type stimulation device according to claim 1, wherein the semiconductor device is a SMD (Surface Mounted Device) type semiconductor device or a DIP type semiconductor device. According to claim 1, wherein the substrate is a human body patch type stimulation device, characterized in that the fixed substrate or flexible (flexible) substrate. The human body patch type stimulation apparatus according to claim 1, wherein the substrate is a printed circuit board (PCB) or a flexible printed circuit (FPC). The method of claim 1, wherein the attachment surface of the substrate is attached to the human body patch type stimulation device, characterized in that attached to the acupuncture points present in the human body. According to claim 1, The patch-type magnetic pole attached to the human body is an independent power source arranged to supply power to the semiconductor current circuit, or induction arranged to supply power to the semiconductor current circuit by receiving power wirelessly from the outside. Human body patch type stimulation device further comprising a power source. 2. The human body patch type stimulation device according to claim 1, wherein the human body patch type stimulation device further comprises a stimulus providing unit for providing a physical stimulus to a portion of the skin surface of the human body. According to claim 7, wherein the stimulus providing unit includes at least one selected from the group consisting of surface pressure generator, heat generator, microcurrent generator, low frequency pulse generator, far infrared generator, laser generator, millimeter wave generator, negative ion generator and magnetic force generator A human body patch type stimulation device, characterized in that. The semiconductor device of claim 1, wherein the semiconductor current circulator includes two or more semiconductor devices, wherein a first semiconductor device of the two or more semiconductor devices is attached to a first position of an attachment surface of the substrate, and the second of the two or more semiconductor devices. The semiconductor device may be spaced apart from the first semiconductor device, and the semiconductor device may be attached to a second position of the attachment surface of the substrate, and one electrode of the first semiconductor device may be connected to the other electrode of the second semiconductor device through two or more electrical connections. Human body patch patch stimulation device, characterized in that connected electrically. 10. The method of claim 9, wherein the first position and the second position of the attachment surface of the substrate corresponding to the first and second acupoints of the two or more acupuncture points present in the human body patch-type stimulation device, characterized in that .

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