KR102010370B1 - Earth touch mat - Google Patents

Abstract

The present invention relates to an earth touch mat having excellent treatment effects for atopic dermatitis and excellent functions of alleviation of metabolic syndrome symptoms and antioxidation by removing static electricity in a body. More specifically, the earth touch mat comprises: a conductive fabric (110) woven by including first and second conductive raw yarn (1, 2); a conductivity supplement layer (120) coming in contact with a lower surface of the conductive fabric (110) to supplement conductivity; and a slip prevention layer (140) coming in contact with a lower surface of the conductivity supplement layer (120) to prevent a slip. According to the present invention, the earth touch mat stably maintains connection between a human body, the conductive fabric, and the conductivity supplement layer to stably remove static electricity in the body to stably maintain potential of the body, removes active oxygen, has an excellent antioxidant function, alleviates atopic dermatitis and metabolic syndrome symptoms, and prevents skin aging. Moreover, immunity of nervous system, skeletal system, muscular system, cardiovascular system, endocrine system, and lymphatic system is maximized to alleviate stress and pain.

Description

Earth Touch Mat with excellent therapeutic effect on atopic dermatitis, improvement of metabolic syndrome symptoms and antioxidant function by removing static electricity in body {EARTH TOUCH MAT}

The present invention relates to an earth touch mat, and more particularly, to remove the static electricity accumulated in the human body through grounding with the ground, to stabilize the unstable internal potential, to improve the treatment effect and metabolic syndrome symptoms of atopic dermatitis and The present invention relates to an earth touch mat having excellent antioxidant function.

Although more than 60% of the bioelectricity, the energy used in human physiology, is used to maintain the electrophysiological mechanisms inside and outside the cell, the health of the body depends on the charging of negative electrons in the cells. There has been no direct solution for improvement. In order to treat human disease, research on bioelectrics has been developed, and advanced facilities have been developed.

The first step in Western medicine's rapid development was the development of anesthetics. Surgery was possible with the use of anesthetics and this progress was a great step. Since then, sterilization and aseptic manipulation have been possible. Furthermore, antibiotics have emerged from infectious diseases. Surgical techniques and emergency medicine have also advanced.

The role of Western medicine and pharmacy in acute illnesses, such as infections and accidental injuries, was huge. However, Western medicine, which has made such a tremendous advance, has almost raised its hands on chronic diseases. Medical technologies are stagnant in diseases involving tissue disorders such as cancer, allergic diseases, autoimmune diseases and inflammatory diseases related to free radicals, and collagen disease, and the number of patients with such chronic diseases is increasing.

Watching this, one cannot help but question the direction of current medical methods. One of the root causes of the prevailing chronic disease is civilization. The victories of modern civilization, which made life convenient, exacerbated disease.

The human immune system has evolved over millions of years. Of course, for these long years, most of the time, humans lived barefoot, in contact with the earth, and grounded. However, scientists have not yet recognized that because of the modern way of life, humans have been disconnected from the earth's electrical energy and out of natural ground, which can lead to immune system abnormalities. As humans wore shoes insulated with insulators and lived in the house, cut off at natural environmental frequencies, the immune system, other nervous systems and other systems stopped working.

Clinton Over Stephen T Sinatra Martin Zucker has published a research paper on the effects of various treatments on how electrons move in the body.

Specifically, the static electricity in the body is the cause of all diseases, the sole of the human foot is abundant enough to reach 1300 nerve endings per square centimeter. No other body part has so many nerves per same area. Why are there so many nerve endings on my feet? It is to maintain contact with the earth, the physical world that exists around us. The contact is called 'sense reaction' in other words. Feet are the key link between people and the Earth. The nerve endings are also abundantly distributed in the animal's feet. The earth is covered by an electromagnetic layer, which causes sensory responses to human and animal feet. Modern man has little chance of encountering bare ground with abundantly distributed nerve endings. The shoes we wear are insulators made of synthetic material. Our bed is also made of insulating material. In an industrialized modern world, the majority live without touching the earth's surface.

Static electricity always occurs when friction occurs, regardless of the amount of charge produced. All matter on Earth has a particle called an atom, a positively charged atom in the center of the atom (a positively charged proton, an uncharged neutron). Constitution)), and electrons having a negative charge (-) around them orbit the electron orbit. Atoms are electrically neutral by basically keeping the number of electrons and protons the same, and these electrons move to other objects when an external force such as friction is applied. At this time, the electrons lose the positive charge (+), and the electrons get the negative charge (-) is the potential difference. But the charge does not arise from nothing.

Electrification is a phenomenon in which the positive and negative charges exist by the same amount, and are separated into two types of charges in a state in which the counterparts cancel each other's actions. Therefore, for example, when A is charged by friction between A and B, B appears in the same amount and different in charge from A. The charge generated on an object does not change its distribution if the object is an insulator that does not conduct electricity, but if it is a conductor it moves and changes to a new distribution. In such a state, the state in which the distribution of charge is preserved without change is called static electricity. The place where the static electricity is charged is an insulator, and when air is one of the most powerful electricity, electricity flows through the insulator. This phenomenon is Thunderstroke, or Lightning, and one of the great electrostatic discharges.

Static electricity is generated when two types of insulators rub, but static electricity is generated even in a conductive metal, that is, a conductor. If a part of the metal is grounded, charging does not occur because charge can move freely. That is, the electric potential of the conductor always maintains the same electric potential. However, the situation is different if it is placed on an insulator. Like plastic, static electricity builds up on top of each other. When the electrical resistance is high, since the electricity cannot move freely, the electrons lose their place to escape and remain in place to become static electricity.

Electrostatics are generated everywhere around our bodies, not just by the human body. Our body also sends and receives electrons whenever it comes into contact with surrounding objects, and in the process, electricity is stored little by little, it is body static electricity, and when the static electricity accumulates above the proper limit, it instantly sparks when it touches the appropriate dielectric. Will move. This phenomenon is caused by electrostatic discharge.

Since static electricity mainly exists on the surface of an object, the person's "skin" determines the static electricity. The voltage that accumulates in the human body is up to 3,500 volts, which means more than 3,000 volts if static electricity enough to feel pain at the fingertips. Even if the static electricity is high voltage of more than 3,000 volts, the reason that electric shock does not occur is because electric current is only one-tenth of the amount used in daily life, so most people take the static electricity lightly and simply pass it on. In particular, frequent body static electricity not only causes fatigue, stress, headache and discomfort, but also irritates the skin and causes itching.

70-80% of the human body consists of water, which is an electrical conductor. In addition, there are many lipids and glycerin in the human body, and these are insulator materials that do not conduct electricity. The heart beats 60 to 70 times per minute, blood flows into the blood vessels, and lymph flows. When a person breathes, air enters and exits the lungs through the respiratory tract. Food comes down the esophagus and passes through the stomach and intestines. In this way, the human body constantly frictions during the lifetime of a person, and this constant process generates static electricity in the body. In the human body, a constant amount of static electricity is generated as the flowing blood rubs against blood vessels 24 hours a day. In addition, both the inner diameter of the capillary and the diameter of the red blood cells are similar in size to 7.5 ~ 8.0㎛, filled tightly into the narrow capillaries and the red blood cells flow, the static electricity is generated. Even between the lymphatic and lymphatic fluids, static electricity is generated when breathing and when food passes through the digestive tract.

Blood is sent from the heart to the body, where the heart runs 60 to 70 times for men and 65 to 75 times for women for 1 minute. If the average is about 70 times, and about 70cc of blood flows out of the heart in one beat, how much blood does the heart leave in 1 minute? 70cc × 70 times = 4,900cc, or 4.9L per minute, is sent from the heart to the whole body. If you calculate the amount of blood flowing through the human body, about 8% of the human body is blood, which is 1/13 of the body weight. Assuming a person weighing 65kg for easy calculation, the weight of the blood is 5.2kg (65 × 0.08), and the whole blood donation (to donate all the components of the blood) has a specific gravity of blood of 1.053 or more. 4.94 L (5.2 / 1.053).

The total length of human blood vessels is about 120,000km, and blood circulates through the whole body in about 47 seconds and returns to the heart. Simply calculating the speed is about 9,190,000 km / h (Mach 7,508, high speed fighter speed: Mach 4-5). If the blood vessels are not divided like branches, the speed of 120,000 km in 47 seconds is as calculated above. But if you think about kinetic energy, life can not exist because the burden on the heart or blood pressure is a huge unit beyond imagination. Therefore, in order to make this kinetic energy as small as possible, it is theoretically right to see that blood vessels are divided into a number of branches. That is, the kinetic energy E of the moving object is proportional to the square of the mass m and the velocity V. E = 1 / 2mV ² , the faster the flow of blood, the exponentially larger kinetic energy will generate a large amount of static electricity in the body.

In particular, the static electricity accumulated in the human body adversely affects the bioelectric nervous system of the human body, and consequently causes the body muscles to be abnormally tensioned and maintained. Prolonged exposure to static electricity can lead to muscle stiffness, fatigue, discomfort, and back pain. In this physiological state of stress, headaches occur, irritate the skin, cause itching, increase blood pressure, increase heart rate, and reduce digestive function. In addition, stress is a continuous state of anxiety and nervousness, in which the muscles become tense and continue to relax. Stress increases the generation of static electricity in the body, which increases and prevents the normal production and flow of bioelectrical transmission between nerve cells. Excessive body static electricity accumulated in the human body interferes with muscle tension and relaxation, and long-term exposure results in an increase in free radicals, which are pointed to cause various diseases, immune system disorders such as atopic dermatitis and metabolic syndrome. Many studies have shown that eliminating excess body static electricity in the body reduces stress and pain.

Therefore, there has been a need for a method of naturally discharging internal static electricity accumulated in the human body through physical contact with the ground, as has been the case with human beings since ancient times, and thus preventing static electricity accumulated in the human body.

In this way, an earth touch mat has recently been proposed. The earth touch mat is a mat meaning that the human body is connected to energy existing on the surface of the earth, and there are Republic of Korea Patent Nos. 10-1504151 and Republic of Korea Patent No. 10-1633476, but not completely eliminate the accumulation of static electricity in the body. There was a disadvantage.

KR 10-1504151 B1 KR 10-1633476 B1

Accordingly, an object of the present invention is to provide an earth touch mat that removes static electricity accumulated in the human body through grounding with the ground and stabilizes an unstable human potential.

Another object of the present invention is to provide an earth touch mat that removes free radicals and gives an antioxidant effect through the removal of static electricity in the body, thereby improving atopic dermatitis and metabolic syndrome.

Another object of the present invention is to provide an earth touch mat for preventing skin aging through a filler layer containing vitamin E flavor microcapsules.

Earth touch mat of the present invention for achieving the above object, the conductive fabric woven including a first conductive yarn and a second conductive yarn, and a conductive complementary layer provided in contact with the lower surface of the conductive fabric to complement the conductivity and It is characterized in that it comprises a mat body comprising a non-slip layer provided in contact with the lower surface of the conductive complementary layer to prevent slipping.

The first conductive yarn is a primary yarn of the metal wire and the graphene-containing yarn, and then the second yarn of the mineral-containing yarn again, the second conductive yarn covering the polyester yarn with a metal wire After that, the screening of the polyester yarn is covered again, and the screening is characterized in that the screening is covered with the yarn containing the metal wire and the inorganic material.

The metal wire has a diameter of 20 to 30 µm, copper as a core wire, and silver as a coating material.

The ratio of the first conductive yarn to the second conductive yarn is 15 to 35% of the whole of the conductive fabric, the conductive fabric is a double weave, and the first conductive yarn and the second conductive yarn are more on the back side than the surface of the double weave. It is characterized by being located a lot.

Between the conductive complementary layer and the anti-slip layer, further comprising a filler layer for dispersing the pressure applied to the conductive fabric and the conductive supplement layer.

The filler layer is characterized in that the fiber fabric containing vitamin E flavor microcapsules.

A grounding means connected to the mat main body so as to be energized and configured to discharge static electricity of the mat main body, wherein the grounding means includes a ground plane fixing head installed at the mat body so as to conduct electricity; And a ground terminal connected to the fixed head and a ground terminal connected to the other end of the ground line to discharge static electricity.

According to the earth touch mat according to the present invention, by stably maintaining the connection between the human body and the conductive fabric and the conductive supplement layer, the static electricity in the body is stably removed, the potential of the human body is stably maintained, the active oxygen is removed, and the antioxidant By giving an effect, it has the advantage of improving atopic dermatitis and metabolic syndrome and preventing skin aging. In addition, there is an advantage to relieve stress and pain by maximizing immunity of the nervous system, skeletal system, muscular system, cardiovascular system, endocrine system, lymphatic system.

1 is a perspective view of an earth touch mat according to the present invention.
2 is a cross-sectional view of the earth touch mat body according to the present invention.
3 is a tissue diagram of the conductive fabric according to the present invention.
Figure 4 is a cross-sectional view of the earth touch mat body according to another embodiment of the present invention.

Hereinafter, the present invention will be described in detail.

The biggest feature of the present invention is the use of a conductive fabric using a first conductive yarn and a second conductive yarn, and a conductive supplement layer, which is excellent in function as a fiber while maintaining excellent conductivity. By preventing the lowering, the static electricity in the body is effectively removed and the unstable human potential is stabilized.

The earth touch mat of the present invention, as shown in Figs. 1 and 2, of the conductive fabric 110, the conductive fabric 110 is woven including the first conductive yarn 1 and the second conductive yarn 2, It characterized in that it comprises a mat main body 100 including a conductive complementary layer 120 to contact the bottom surface to compensate for the conductivity, a non-slip layer 140 to prevent the sliding in contact with the lower surface of the conductive complementary layer 120.

First, the conductive fabric 110, which is the greatest feature of the present invention, will be described.

The conductive fabric 110 is preferably woven in a double weave by the first conductive yarn 1, the second conductive yarn 2 and the bottom yarn 3, as shown in FIG. In other words, plain weave is the most preferred for tissues using conductive yarns as warp yarns and warp yarns, but the contact points due to metal cutting and the cutting of conductive yarns due to friction are not good. Has its drawbacks. Therefore, the present invention is to weave the conductive fabric 110 in a double weave, the double weave is more advantageous to the friction generated during use of the first, second conductive yarns (1) (2) exposed to the surface than the general plain weave. By weaving the first and second conductive yarns (1) and (2) on the surface, that is, the intermediate layer or the back surface rather than the use surface, it is possible to reduce the loss of the conductive yarns due to surface friction and improve the feeling of contact. That is, when the ratio of the first conductive yarns 2 and the second conductive yarns 2 is higher than the surface of the conductive fabric 110, the surface of the conductive fabric 1 is closer to the use of a general yarn. The first and second conductive yarns (1) (2) disposed on the back side while maintaining the feeling can be obtained an excellent grounding effect.

More specifically, the manufacturing of the conductive fabric 110, using the first and the first conductive yarn 1, the second conductive yarn 2 and the bottom yarn (3) in a predetermined structure as shown in Fig. Weaving, but weaving, ie, weaving the first conductive yarn (1) using a warp yarn and weft yarn at intervals of 0.4 to 3 mm so that the first conductive yarn (1) becomes a square shape having a size of about 0.4 to 3 mm on the fabric. 2 The conductive yarns 2 are woven to form a square shape having a size of about 18 to 30 mm, that is, the second conductive yarns 2 are woven using warp and weft yarns at intervals of 18 to 30 mm, and the surface of the conductive yarns is more 1) (2) It is to use less. However, this is only illustrative of the embodiment of the present invention, but is not necessarily limited thereto. However, through the weaving, the second conductive yarn 2 is easily in contact with other conductive yarns, and can compensate for the deterioration of conductivity due to the loss of the first conductive yarn 1 due to friction or washing during use. do. At this time, the second conductive yarn 2 is adjusted so that the thickness of the second conductive yarn 1 or the bottom yarn 3 is not too different so that heterogeneity or friction due to protrusion does not occur.

In addition, the conductive fabric 110 according to the present invention, in order to solve the problems caused by shrinkage during washing or use, it is preferable to weaving at a high density, by adjusting the density of the warp and the weft as much as possible to cause a lot of shrinkage in one direction To prevent them. More specifically, the density of the warp yarn is 100 to 170 (threads / inch), and the density of the weft yarn is preferably 95 to 110 (threads / inch).

In addition, the content of the first conductive yarn 1 and the second conductive yarn 2 of the conductive fabric 110 is preferably 15 to 35%. If the content is less than 15%, the conductivity is low, so that the removal of static electricity in the body If it is not smooth and exceeds 35%, the feeling of metal is strong and the contact feeling is not good.

In the present invention, the first conductive yarn 1, the second conductive yarn 2 is characterized in that it is configured to have the appearance and function as a fiber while maintaining the conductivity.

Specifically, the first conductive yarn 1 is a Z-direction twisted yarn containing a metal wire and graphene (hereinafter referred to as 'graphene yarn'), and the yarn containing inorganic again (hereinafter referred to as By second twisting in the S direction, a portion of the metal wire is exposed, and the graphene yarn and the inorganic-containing yarn serve to fix the metal wire.

In addition, the second conductive yarn 2 covers the polyester yarn in the Z-direction, and then covers the polyester yarn in the S-direction to manufacture the yarn, and the yarn is covered in the Z-direction with the metal wire, and the inorganic It is manufactured by covering the S-direction with the containing yarn, and includes two strands of metal wire to improve durability, as well as to improve contact with other conductive yarns in the fabric of the fabric.

Here, the metal wires included in the first conductive yarn 1 and the second conductive yarn 2 preferably have a diameter of 20 to 30 μm, and preferably include copper and silver of high purity. In addition, it is preferable to use copper as a core wire and silver as a covering material, because when using only silver, there is a problem of strength when weaving, and the unit price is high. That is, the metal wire of the present invention is composed of copper inside and silver outside to solve the problems of strength and manufacturing cost, and there is no problem in the functional expression such as electrical conductivity or antibacterial. Here, the content of silver is preferably 5 to 10% by weight with respect to 100% by weight of the metal wire in terms of strength, manufacturing cost, electrical conductivity, and the like.

And the graphene yarn is a yarn containing graphene in nylon, polyester, can be used in combination with cotton, rayon and the like. The yarn thus produced has functions such as emission of far infrared rays, antibacterial action and antistatic. At this time, the graphene is an electrical resistance of 1/100 level of copper, a material having excellent electrical conductivity.

In addition, the mineral-containing fiber is a yarn made by including a volcanic ash containing a large amount of natural inorganic material in the polyester, and increases the blood flow of the capillaries to induce a smooth supply of oxygen and nutrients to help relieve human fatigue .

In addition, in the production of the graphene fiber, inorganic-containing fiber, considering the aggregate with the metal wire, the diversity of the number of times (細 番 手), etc., can be used in combination with cotton, polyester yarn, etc. t / m is preferably adjusted according to the thickness of the yarn between 700 and 1,000.

And as the bottom yarn (3) used as warp and weft yarn together with the first and second conductive yarns (1) and (2), pure cellulose is extracted from the bark bark and spun to make a cotton, and again by using a spun yarn It is preferable to use a yarn having a soft general rayon characteristic and a unique phytochemical characteristic of the mulberry tree (hereinafter referred to as 'phytocell yarn'). The phytocell yarn derived from the bark of the bark has the excellent antibacterial and deodorizing effect of 99.9% bacteriostatic reduction as a characteristic of the yarn itself without chemical treatment, and also has the advantage of emitting far infrared rays. In addition, it is a beneficial material for atopic dermatitis, which is sensitive to the skin as a skin material due to the characteristic of absorbing and releasing differently from the cotton which does not easily release while absorbing moisture. In the case of such phytocell yarn, it can be used alone, as well as blended yarns with tencel, cotton, linen, silk, poly and the like, but is not limited thereto. In addition, it is also possible to use various types of yarns, for example, rayon yarns, which are not phytocell yarns as the bottom yarns 3, but are not limited thereto.

In the present invention, the graphene yarn, the inorganic-containing yarn and the phytocell yarn are already known in the art to which the art belongs, and a detailed description of the manufacturing method and configuration thereof is omitted.

That is, in the present invention, the first conductive yarn 1 and the second conductive yarn 2 use graphene yarns and inorganic-containing yarns having a higher resistance than the metal wires but having conductivity, together with the metal wires, and the bottom yarns. By using the phytocell yarn (3), it solves the tingling phenomenon that can be felt when the static electricity is suddenly removed from the human body, as well as natural antibacterial function, improve blood flow, sleep, fatigue recovery.

The conductive complementary layer 120 provided in contact with the lower surface of the conductive fabric 110 and supplementing the conductivity of the conductive fabric 110 is different from the initial one when the conductive fabric 110 is used for a long time, by washing, friction, or the like. It is to improve the problem that the conductivity is not maintained. The conductive complementary layer 120 is in contact with the lower surface of the conductive fabric 110, may be provided in the form of a coating layer containing polyurethane and carbon, or to form a coating layer containing polyurethane and carbon on the upper surface of the general fabric By laminating a general fabric having the coating layer formed on the lower surface of the conductive fabric 110 may be provided. Here, the coating layer is enough to mix 30 to 95% by weight of polyurethane, 5 to 70% by weight of carbon powder, and apply it to the fabric to dry.

When the conductive supplement layer 120 is further included, the conductive fabric 110 may supplement the conductivity of the conductive fabric 110 by the conductive supplement layer 120 even if the conductive fabric 110 is not sufficiently maintained due to long-term use. There is an advantage.

The anti-slip layer 140 is to prevent the bottom surface and the mat main body 100 from slipping during poor use of the earth touch mat, and to be in contact with the bottom surface of the conductive supplement layer 120. The anti-slip layer 140 may be provided by silicon coating the lower surface of the conductive supplement layer 120, or may be provided by laminating a cotton fabric having a weak brushing on the lower surface of the conductive supplement layer 120.

In addition, the earth touch mat of the present invention further includes a grounding means 200 for discharging the static electricity of the mat body 100 to the outside.

The grounding means 200 is the ground plane fixing head 210 that is most simply installed so that the electricity to the mat body 100, the ground wire 220, one end is connected to the ground plane fixing head 210, the It is connected to the other end of the ground line 220 includes a ground terminal 230 for emitting static electricity.

The ground plane fixing head 210 is configured to connect the ground wire 220 to the conductive fabric 110 and the conductive complementary layer 120, and damages the conductive fabric 110 and the conductive supplementary layer 120. It is enough that the mat body 100 and the upper and lower contact surfaces are sufficiently secured without causing them. For example, the ground plane fixing head 210 is preferably installed at the top or bottom of one side of the left and right of the mat body 100, the conductive fabric 110 and the conductive complement layer 120 It is enough to make a screw groove into which the screw can be inserted into the mat body 100 including, and to fix the ground plane fixing head 210 by inserting an aluminum screw into the groove. That is, the ground plane fixing head 220 is sufficient if it functions as a connector, and the shape thereof is not limited.

The ground wire 220 is connected to the ground plane fixing head 210 by a banana jack or the like, and the other end is connected to the ground terminal 230 by using a silicon coated wire. In addition, a ground wire 220 having a fuse may be used to protect the human body from a reverse current, which may not be known, and in the case of a lot of static electricity, a separate resistor is provided to prevent tingling when static electricity is exhausted at once. The ground wire 220 may be used, and the implementation thereof is not limited.

In addition, the ground terminal 230 connected to the other end of the ground wire 220 is connected to a ground electrode, which is a conductor electrically grounded with a ground, to ground the conductive fabric 110 and the conductive supplement layer 120 to thereby discharge static electricity. As a terminal to be used, it can be grounded to a normal outlet. In addition, a separate ground rod in addition to the outside, and can also be used by connecting the ground terminal 230 to the ground rod, it is not limited thereto. For example, the ground terminal 53 is made of a plug shape that is widely used in everyday life, in the case of a general electrical plug is connected to a power outlet is energized so that the current is supplied to the electrical appliance, the ground terminal 230 is The current of the power outlet does not pass, but the wire may be configured to be connected only to the ground electrode through the ground terminal. In addition, the ground terminal 230 may have a ground check function for checking whether the ground.

The structure of the ground plane fixing head 210, the ground wire 220 and the ground terminal 230 is well known in the art to which the art belongs, it can be of various forms known.

Earth touch mat of the present invention configured as described above, by maintaining a stable connection between the human body and the conductive fabric 110 and the conductive complementary layer 120, by removing static electricity in the body, to maintain the potential of the human body stable It removes free radicals and gives antioxidant effects, improves atopic dermatitis and metabolic syndrome, and prevents skin aging. In addition, the nervous system, skeletal system, muscular system, cardiovascular system, endocrine system, lymphatic system, etc. maximize the immunity and relieve stress and pain.

On the other hand, as shown in Figure 4, the earth touch mat of the present invention, between the conductive complementary layer 120 and the anti-slip layer 140, the pressure applied to the conductive fabric 110 and the conductive supplement layer 120. The filler layer 130 to be dispersed may be further provided.

The filler layer 130 may provide a cushion to the user to further improve the feeling of use, and also protect the conductive fabric 110 and the conductive complement layer 120 from external impact and pressure.

The filler layer 130 may be most simply composed of a fiber fabric, more preferably is composed of a fiber fabric containing vitamin E flavor microcapsules.

That is, the vitamin E flavor microcapsules continuously release the vitamin E flavor to the outside of the mat body 100 when the earth touch mat is used to prevent skin aging and provide a moisturizing effect. Since the technique of applying the microcapsules is already known in the art to which the technique belongs, a detailed description thereof will be omitted. For example, the fiber fabric may be prepared by passing through a treatment liquid containing 1 to 3% by weight of the micro vitamin E capsule, 1 to 3% by weight of the binder and the balance of water, followed by hot air drying at about 150 to 170 ° C. have.

As described above, the earth touch mat of the present invention removes the static electricity generated or accumulated in the body when the user sleeps or activities on the mat through the conductive fabric 110, the conductive supplement layer 120, and the grounding means 200, and the inside of the human body. Increases the negative charge to stabilize the potential, stabilizes the potential, increases the activity of the blood vessels and firm muscles are loosened energy transfer is smooth, there is an effect of balancing the negative and positive energy of the negative ion action. In addition, by removing the active oxygen and giving the antioxidant effect, there is an advantage to improve atopic dermatitis and metabolic syndrome, and prevent the aging of the skin. In addition, there is an advantage to relieve stress and pain by maximizing immunity of the nervous system, skeletal system, muscular system, cardiovascular system, endocrine system, lymphatic system.

On the other hand, the Earth touch mat of the present invention can be manufactured in the form of a hospital mat, mat cushion, etc., as well as a sleep mat to be used at bedtime, plus a waterproof function, the configuration of a separate cover, waterproof cover, etc. Of course you can add.

Hereinafter, the present invention will be described in more detail with reference to Examples.

(Example 1)

As described above, using the first conductive yarn, the second conductive yarn, and the phytocell bottom yarn, a double woven conductive fabric was woven into the organizational diagram as shown in FIG. 3. And a coating liquid consisting of 80% by weight of polyurethane and 20% by weight of carbon powder on the lower surface of the conductive fabric is applied to a thickness of 1mm, dried to form a conductive complement layer, the bottom surface of the silicon coating 0.5mm thick To form an anti-slip layer to prepare an earth touch mat. Then, the ground plane fixing head, ground wire and ground terminal were connected to each other according to a conventional method.

(Test example)

After sufficiently explaining the purpose of this test among the subjects aged 4 to 50 with symptoms of atopic dermatitis, the test product (Earth Touch Mat) of Example 1 was provided to 23 persons who met the selection criteria, and used at bedtime every day. The changes in the lesions were checked for months and the changes in body stress, free radicals, atopy improvement, and itching were checked.

 The test was conducted on 23 subjects ranging from 4 years old to 50 years old, and the participants were 8 males and 15 females, as shown in Table 1 below.

Subject Characteristics of Test Example division number % age 4-10 4 17.4 11-20 9 39.2 21-30 5 21.7 31-40 4 17.4 41-50 One 4.3 sex male 8 34.8 female 15 65.2

Test Example 1 Body Stress Measurement

1) How to measure stress in the body

All subjects were measured with a stress gauge Salivary Amylase Monitor (Nipro Corporation, Japen). The measurement principle of the Salivary Amylase Monitor is that the substrate (Gal-G2-CNP, α-β-1, 4-galactopyranosylmaltoside) impregnated on the amylase test paper included in the test strip is hydrolyzed (CNP) by α-amylase and yellow. Color development The reflectance is converted to the enzyme activity (Unit / l) automatically measured by the optical unit by absorbance spectroscopy and the result is displayed on the screen. The Salivary Amylase Monitor is capable of analyzing salivary amylase activity (sAMY) within 1 minute from saliva collection.

 2) test result

In order to confirm the improvement of stress by using the test product, the change of stress was measured before and after using the test product and after 2, 4, 6, 8, 10, 12, 14, 16 weeks of use, and the results are shown in Table 2 below. It was.

As can be seen in Table 2 below, the average change in stress before and after using the test product was 1.30 KU / I after 2 weeks, 0.48 KU / I after 4 weeks, 2.09 KU / I after 6 weeks, 8 weeks after 2.91 KU / I, 4.48 KU / I after 10 weeks, 9.22 KU / I after 12 weeks, 12.96 KU / I after 14 weeks, 17.26 KU / I after 16 weeks, compared to before using the test product 2, 4, 6, After 8, 10, 12, 14, and 16 weeks, stress gradually decreased in the subjects, and after 16 weeks, an average of 17.26 KU / I was observed to decrease compared to before use.

Change in Stress result (salivary amylase monitor) division average standard deviaion minimum maximum PP * before the test 72.30 21.75 46 127 after 2 weeks 71.00 23.42 47 139 after 4 weeks 71.83 27.95 28 136 after 6 weeks 70.22 25.27 36 133 after 8 weeks 69.39 32.11 32 157 after 10 weeks 67.83 24.70 33 107 after 12 weeks 63.09 24.67 34 122 after 14 weeks 59.35 27.05 31 129 after 16 weeks 55.04 23.90 28 124 *: per protocol analysis set

Test Example 2 Measurement of Active Oxygen

1) How to measure free radicals

Free radicals were measured by using a radical balance (manufacturer: Pharmazanitech) measuring the concentration in urine. The principle of radical balance measurement is that lipids are oxidized by active oxygen in the body to produce MDA (Malondialdehyde, a reference substance for measuring oxidation by active oxygen), which is a lipid metabolism product, and is discharged through urine. Radical balance is a principle that measures the amount of MDA, the final product discharged through urine, and displays the color according to the concentration.

2) test result

In order to confirm the change of free radicals in the body by using the test product, the active oxygen before and after 2, 4, 6, 8, 10, 12, 14, 16 weeks of use of the test product was measured based on the radical balance color chart. The results are shown in Table 3 below.

As can be seen in Table 3 below, the mean change in free radicals before, 2, 4, 6, 8, 10, 12, 14, 16 weeks before using the test product in the subject group was 0.3 after 2 weeks, 0, 4 weeks , 0.43 after 6 weeks, 0.57 after 8 weeks, 0.87 after 10 weeks, 1.22 after 12 weeks, 1.52 after 14 weeks, 1.57 after 16 weeks, test product use 2, 4, 6, 8, 10, 12, 14, 16 Gradually effective reduction was observed after weeks.

 Change in Active oxygen (Free radical) (Radical Balance test kit) division average standard deviaion minimum maximum PP * before the test 4.43 0.71 3 5 after 2 weeks 4.43 0.71 3 5 after 4 weeks 4.13 0.68 3 5 after 6 weeks 4.00 0.77 2 5 after 8 weeks 3.87 0.80 2 5 after 10 weeks 3.57 0.92 2 5 after 12 weeks 3.22 0.78 2 4 after 14 weeks 2.91 0.97 One 5 after 16 weeks 2.87 0.90 One 5 *: per protocol analysis set

Test Example 3 Evaluation of Atopic Dermatitis Symptoms

1) How to evaluate atopic dermatitis symptoms

The SCORAD index was used to evaluate the symptoms of atopic dermatitis. The SCORAD score is one of the most reliable indicators for assessing the severity of atopic dermatitis, a method proposed by the European Task Force on atopic dermatitis, a widely used assessment index in Europe and around the world, and a range of (A) -skin lesions. , (B)-severity of the lesion (clinical intensity), (C)-pruritus and sleep disorders.

The extent of skin lesions is assessed using the "9 Law" to assess the area of inflammation. The dry part is not included in the range and the maximum score is 100 points. The severity (clinical intensity) of the lesion is determined by six clinical symptoms (erythema, swelling / papules, exudation / epilation, language, tachycardia) of grades 0-3 (0 = none, 1 = mild, 2 = severity, 3 = severe) and the maximum score is 18 points. Subjective symptoms range from 0 to 10 points in the last 3 days of itching and sleep disorders, with a maximum score of 20 points. The score of 3 items is calculated using the formula “SCORAD index = A / 5 + 7B / 2 + C” and the maximum score is 103 points. In this study, the SCORAD score was classified as mild, 15 or more and less than 40 and moderate, and 40 or more.

2) test result

In order to evaluate the improvement of atopic dermatological symptoms after using the test product, the investigator before the product, after 4 weeks, after 8 weeks, after 12 weeks, and after 16 weeks of use of the product, the investigator used the subject's Total-SCORAD Index (MSI) and Objective-SCORAD Index. Was evaluated and the results are shown in Tables 4 to 6 below.

As can be seen in Table 4 below, the t-SCORAD score was 49.75 ± 6.20 before use, 48.80 ± 6.17 after 4 weeks of use, 42.83 ± 9.25 after 8 weeks of use, 36.9. ± 11.71 after 12 weeks of use, 16 weeks after use It was 29.75 ± 14.85, which gradually decreased after 4, 8, 12, and 16 weeks after using the test product, and compared with the result before the product (49.75 ± 6.20) and after 16 weeks of use (29.75 ± 14.85), the atopic dermatitis improvement effect was improved. It was observed to be excellent.

The o-SCORAD score, which excludes subjective answers from the subject and the objective score of the investigator, is 40.64 ± 5.08 before use, 40.03 ± 4.96 after 4 weeks of use, and 35.77 ± 6.98 after 8 weeks of use, as shown in Table 5 below. , After 12 weeks of use, 30.60. ± 9.55, after 16 weeks of use, 24.36 ± 12.18, gradually decreased after 4, 8, 12, 16 weeks of use of the test product (40.64 ± 5.08) and after 16 weeks of use (24.36). Comparing the results of ± 12.18), the effect of improving atopic dermatitis was observed.

Correlation of subjects' atopic dermatitis severity evaluation, as shown in Table 6, the t-SCORAD mean score after 16 weeks of product use was 29.75 ± 14.85, and the o-SCORAD mean score after 24 weeks of product use was 24.36 ± 12.18. In this experiment, there was a statistically significant correlation between t-SCORAD and o-SCORAD (rs = 0.923, p <0.01).

Change in Modified Total-SCORAD Index division average standard deviaion minimun maximum PP * before the test 49.75 6.20 41.0 60.3 after 4 weeks 48.80 6.17 41.2 60.1 after 8 weeks 42.83 9.25 30.4 60.5 after 12 weeks 36.90 11.71 22.1 60.8 after 16 weeks 29.75 14.85 13.3 59.9 *: per protocol analysis set

Change in Modified Objective-SCORAD Index division average standard deviaion minimun maximum PP * before the test 40.64 5.08 33.9 49.5 after 4 weeks 40.03 4.96 33.9 49.5 after 8 weeks 35.77 6.98 26.9 49.5 after 12 weeks 30.60 9.55 18.0 49.5 after 16 weeks 24.36 12.18 9.8 49.5 *: per protocol analysis set

Correlation (Spearman ’s rank order) between t-SCORAD, o-SCORAD Correlation coefficient  t-SCORAD o-SCORAD t-SCORAD 1.000 0.923 * o-SCORAD - 1.000 *: p-value <0.05

Test Example 4 Evaluation of Itching Improvement

1) How to evaluate itching improvement

Visual analog scale (VAS) was used to evaluate the itch improvement. VAS is one of the most widely used methods for objectifying subjective pain felt by the patient.The VAS allows the subject or guardian to directly indicate the degree of itching before and after 8 or 16 weeks of use. The length was measured. The degree of itch improvement was evaluated by comparing the lengths of the segments indicating the itch level before and after using the test product.

2) test result

Itching before and after 8 weeks of use of the test product and 16 weeks of use were evaluated by quantifying the degree of itching by the VAS and the results are shown in Table 7 below.

As can be seen in Table 7, the measurement of the degree of itching in the subject group was 5.26 cm ± 1.03 cm before use, 8.10 cm ± 1.60 cm after 8 weeks of use (middle evaluation), 3.10 cm ± 1.63 after 16 weeks of use. cm. The mean change in itch before 8 weeks (intermediate evaluation) and after 16 weeks of use of the test product was observed to decrease by 1.16 cm after 8 weeks and 2.16 cm after 16 weeks in the subject group.

Change in Measurement in Pruritic Degree division average (cm) standard deviaion (cm) minimum (cm) maximum (cm) PP * before the test 5.26 1.03 3.7 7.3 after 8 weeks 4.10 1.60 1.5 7.4 after 16 weeks 3.10 1.63 0.9 6.8 *: per protocol analysis set0.9

Test Example 5 Validity Survey by Subject

1) Validity Survey by Subject

Subject's self-recommendation was performed on 5 levels of the effect (1), effective (2), slightly effective (3), no change (4) and worse (5) on the degree of improvement of atopic skin symptoms felt by the subject after using the test product. The degree of symptom improvement was evaluated. The investigator determined the efficacy of the test product by obtaining the percentage of subjects for each response.

2) Survey Results

The results of the subject survey on the degree of improvement of atopic skin symptoms after 4, 8, 12, and 16 weeks of use of the test product are shown in Table 8 below.

As shown in Table 8 below, 52.2% of the 23 respondents evaluated as “very effective”, “effective”, “slightly effective” after 4 weeks of use, and had an effect of improving symptoms, and after 8 weeks of use. Of the 23 who ended the study, 16 out of 69.6% said they were “very effective”, “effective” or “slightly effective” and were found to be effective in improving their symptoms. Eighteen out of 23 respondents were rated as “very effective”, “effective” or “slightly effective” with 78.2% of subjects responding to the improvement of symptoms, but 12 weeks were highly effective after 16 weeks of use. Three more than in later surveys.

On the other hand, five subjects (21.7%) in the questionnaire completed the evaluation as "no change", and there was no symptom improvement effect. Therefore, after completion of this study, it was confirmed that 78.2% of the subjects evaluated the improvement of atopic skin symptoms.

Improvement in Atopic Symptom Degree division
1: very effective 2: effective 3: slightly effective 4: no change 5: worsened 4 weeks later number
% 6 people
26.1% 2 people
8.7% 4 people
17.4% 11 people
47.8% 0 people
0% 8 weeks later 8 people
34.8% 2 people
8.7% 6 people
26.1% 7 people
30.4% 0 people
0% 12 weeks later 9 persons
39.1% 4 people
17.4% 5 people
21.7% 5 people
21.7% 0 people
0% 16 weeks later 12 people
52.2% 5 people
21.7% 1 person
4.3% 5 people
21.7% 0 people
0%

Through the above test examples, atopic dermatitis is closely related to stress and free radicals, and this test product (Earth Touch Mat) which easily grounds static electricity generated in the human body with the earth in the room reduces the stress and free radicals of the subject. It was confirmed that it helps to improve the symptoms of atopic dermatitis. In addition, the atopic dermatitis effectiveness survey by the subject also confirmed that the refractory atopic dermatitis was improved and the treatment effect was excellent.

As mentioned above, although this invention was demonstrated in detail using the preferable Example, the scope of the present invention is not limited to a specific Example and should be interpreted by the attached Claim. In addition, those skilled in the art should understand that many modifications and variations are possible without departing from the scope of the present invention.

1: first conductive yarn 2: second conductive yarn
3: floor yarn
100: mat body 110: conductive fabric
120: conductive complement layer 130: filler layer
140: anti-slip layer
200: grounding means 210: ground plane fixing head
220: ground wire 230: ground terminal

Claims (7)

delete A conductive fabric 110 that is woven, including a first conductive yarn 1 and a second conductive yarn 2,
A conductive complementary layer 120 provided in contact with a lower surface of the conductive fabric 110 to supplement conductivity;
The non-slip layer 140 is provided in contact with the lower surface of the conductive supplement layer 120 to prevent slipping,
It includes; Mat body 100, including;
The first conductive yarn (1) is the first yarn of the yarn containing the metal wire and graphene, and then the second yarn of the yarn containing inorganic again,
The second conductive yarn 2 is covered with a polyester yarn, and then covered with a polyester yarn, and the screen is covered with a yarn containing a metal wire and inorganic. ,
Earth Touch Mat with excellent therapeutic effect on atopic dermatitis, improvement of metabolic syndrome symptoms and antioxidant function by removing static electricity in the body.
The method of claim 2,
The metal wire,
The diameter is 20-30 μm,
Copper is used as a core wire, and silver is used as a covering material,
Earth Touch Mat with excellent therapeutic effect on atopic dermatitis, improvement of metabolic syndrome symptoms and antioxidant function by removing static electricity in the body.
The method of claim 2,
The ratio of the first conductive yarn 1 and the second conductive yarn 2 is 15 to 35% of the whole of the conductive fabric 110,
The conductive fabric 110 is a double weave, characterized in that the first conductive yarn 1 and the second conductive yarn 2 are located more on the back side than the surface of the double weave,
Earth Touch Mat with excellent therapeutic effect on atopic dermatitis, improvement of metabolic syndrome symptoms and antioxidant function by removing static electricity in the body.
The method of claim 2,
Between the conductive complementary layer 120 and the anti-slip layer 140,
Characterized in that it further comprises a filler layer 130 to disperse the pressure applied to the conductive fabric 110 and the conductive complement layer 120,
Earth Touch Mat with excellent therapeutic effect on atopic dermatitis, improvement of metabolic syndrome symptoms and antioxidant function by removing static electricity in the body.
The method of claim 5,
The filler layer 130,
It is characterized in that the fiber fabric containing vitamin E flavor microcapsules,
Earth Touch Mat with excellent therapeutic effect on atopic dermatitis, improvement of metabolic syndrome symptoms and antioxidant function by removing static electricity in the body.
The method of claim 2,
Is connected to the mat main body 100 so as to be energized, further comprising a grounding means 200 for discharging the static electricity of the mat body 100,
The grounding means 200,
A ground plane fixing head 210 installed on the mat body 100 so as to be energized;
A ground wire 220 having one end connected to the ground plane fixing head 210;
Characterized in that it comprises a ground terminal 230 is connected to the other end of the ground wire 220 to discharge static electricity,
Earth Touch Mat with excellent therapeutic effect on atopic dermatitis, improvement of metabolic syndrome symptoms and antioxidant function by removing static electricity in the body.

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