KR20110133975A - Wearing goods using micro electrical current - Google Patents

Abstract

PURPOSE: A wearing product using a micro electrical current is provided to form a new flow or give a minute influence from a body to an existing electrical flow by using metal with different electrical characteristics. CONSTITUTION: A first metal contact point(140) contact with a body inside the garment body(110). The first metal contact is formed in one part of the inner side of a garment body. A second metal contact point(145) contacts with the body inside the garment body. The second metal contact is formed in other part. By using the electrical characteristic difference between the first metal contact point and the second metal contact point, the minute current influences the body.

Description

Wear using microcurrent {WEARING GOODS USING MICRO ELECTRICAL CURRENT}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to wearable goods, and more particularly, to wearables that can be worn on the body, such as clothing, underwear, accessories, medical aids, and the like.

Wearing goods refers to goods that perform their original functions through wearing or attachment to the body, and may include clothing, underwear, accessories, beauty care, health care or medical aids.

Specifically, the term clothing may include both general tops and bottoms, such as t-shirts and pants, and may include clothing for special purposes, such as sports clothes or accommodation suits. Underwear is a kind of clothing that maintains a state of close contact with the body, and can be applied irrespective of gender such as men's and women's underwear, as well as disposable diapers for the elderly, patients, women, and infants. I can also include a sanitary napkin.

Accessories may include miscellaneous goods such as hats, gloves, glasses, rings, bracelets, necklaces, and the like, and medical aids may also include guards, bandages, medical bands, and the like.

The present invention provides a wear that can have a fine electrical effect on the body in addition to the original function with the wear of the wear.

The present invention may have a minute electrical effect on the body using metals with different electrical properties, and have a good effect on fatigue recovery, pain reduction, skin improvement, anti-aging, growth plate irritation, bacterial suppression, wound treatment, vision recovery, body care, etc. Provide wear to give.

The present invention provides a wear that can perform a desired function by using a heterogeneous metal contact and electrical characteristics of the body even without using a separate power source.

The present invention provides a wear that can assist in improving the health and function of the body.

According to one exemplary embodiment of the present invention, a wear for using the microcurrent may include a wear body, a first metal contact formed at a portion of the wear body to be in contact with the body, and the wear body. And a second metal contact formed at another part spaced apart from the one part to be in contact with the body, and using the difference in electrical characteristics between the first metal contact and the second metal contact to affect a minute current in the wearer's body. Can be.

For example, the first and second metal contacts may form a difference in electrical characteristics by using different kinds of metals, and a change in microcurrent may occur in the body through both metal contacts by the difference in electrical characteristics. Can be. In addition, the metal contacts can be placed on a particular point, blood or meridians, etc. in the human body, thereby providing the intended effect to the wearer.

For example, in the case where the wear is a sock, the rear part of the ankle has a concave wheel and a gestational blood, and the first metal contact and the second metal contact may be located at a portion corresponding to the inside of the wear which is the sock, respectively. At this time, metal contacts formed of gold, silver, aluminum, stainless steel, etc. may generate minute electric currents through impregnation and pulmonary blood, and the wearer improves the pain or fatigue that can be felt through the foot. can do.

In the case of glasses that are worn, there are clear blood on the nose and the like, and the first metal contact and the second metal contact may be positioned on both sides of the portion corresponding to the nose rest of the glasses. In this case, another type of metal contact may generate a minute current through the clear blood, and the wearer may improve the fatigue which may be felt while using the glasses to be further reduced or improved.

Even in the case of underwear or a hat that is worn, other types of metal contacts are brought into close contact with each other in close contact with the body, and microcurrents are generated between the metal contacts to reduce pain or improve physical function. You can expect

In the present specification, the microcurrent is a current in the range of several hundreds to several hundred microamps, and in general, the sensory level may be referred to as sub-sensory level stimulation. Such microcurrent stimulation can be distinguished from other types of electrical stimulation because the strength of the current is much lower than the form such as transcutaneous electrical nerve stimulation (transcutaneous electrical nerve stimulation). In addition, in the present invention, the microcurrent is not generated by an external current supply device, but is generated by a metal having different electrical characteristics such as electronegativity, thereby realizing a continuous and almost uniform microcurrent supply.

In contrast to the conventional microcurrent stimulator supplied with a microcurrent from the outside, by contacting a metal with a different electrical characteristics to the body, it is possible to generate a microamperes of microamperes in the body. By specific blood, meridians, and other parts of the body can be used for good effects or therapeutic purposes. Although it uses an external microcurrent stimulator, the effect of using a microcurrent 1) Oh Hye-jin, Kim Jung-woo et al., "The effect of microcurrent electric stimulation on the histological structure of rat wound", The Journal , The Korean Academy of Physical Therapy, 2008, 2) Hyun-Joo Oh, Jong-Yul Kim et al., "The Effect of Microcurrent Stimulation Therapy on Pain and Function Recovery in Patients with Chronic Low Back Pain," Journal of the Korean Society of Physical Medicine, Vol. 3, No. 1 2008 , 3) Park, Rae-Joon, Choi, Sang-Jun et al., "The Effect of Microcurrent-Generated Shoes on Foot Relief and Pain Relief in Patients with Plantar Fasciitis," Journal of the Korean Physical Therapy Society, Vol. 18, No. 1, February 2006, , "The Effect of Wearing Microcurrent-Generated Shoes on the Changes of Blood Flow in Patients with Chronic Plantar Fasciitis," Journal of the Korean Physical Therapy Society, Vol. 18, No. 3, June 2006, 5) Park, Young-Han, "Effects of Electrical Stimulation on Bacterial Growth", For physics Ryo Journal Vol. 6, No. 1, it can be seen through the paper, such as 1994.

In the present specification, the metal contact means a metal contact having a predetermined area and provided in a partially inserted form or on the surface of the wear body, and may be provided in a form or protruded on the surface of the wear body. In some cases, the wear body is formed to partially protrude toward the body for contact with the body, and may be formed on the surface thereof.

In addition, when the wear is a textile fabric, in addition to the metal contact is provided in the form of a patch on the inner surface of the wear body, the yarn of the wear is made to include materials such as gold, silver, copper, aluminum, stainless steel, and the like. A portion that functions as a metal contact by partially woven the wear using yarn may be provided in a kind of pattern. In addition, the metal contact may be formed by printing or other printing method of ink or liquid containing a metal component in the fabric.

The wear according to the present invention may provide enhanced effects such as fatigue recovery, pain reduction, skin improvement, anti-aging, growth plate irritation, bacterial suppression, wound healing, vision recovery, obesity treatment, etc., in addition to the original function, giving a minute electrical influence on the body. It may be. This is to use a metal with different electrical properties, it can be a small influence on the existing electrical flow in the body or to form a new flow can have a good effect on the body.

The wear according to the present invention can continuously maintain the influence of the micro current even without using a separate power source, it can perform the intended function by stimulating blood or meridians with a heterogeneous metal contact.

1 is a view for explaining a wear according to an embodiment of the present invention.
2 is a view for explaining the role of the metal contact between the wear and the body.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments. For reference, in the present description, the same numbers refer to substantially the same elements, and may be described by quoting contents described in other drawings under such a rule, and the contents repeated or deemed apparent to those skilled in the art may be omitted.

1 is a view for explaining a wear according to an embodiment of the present invention, Figure 2 is a view for explaining the role of the metal contact between the wear and the body.

Referring to FIG. 1, it can be seen that there are various wear items 1 to 11 that can be temporarily or long worn on the body. The wears 1 to 11 are items that can be worn, i.e., fixed and adhered to the body, and may include general clothing or underwear, as well as miscellaneous goods and accessories, and also include cosmetic, health or medical aids. It may include.

For example, if the wear is a T-shirt (1), the metal contacts of heterogeneous metal combinations, such as gold-aluminum, silver-aluminum, gold-stainless steel, and gold-silver, are separated from each other on the inner surface of the T-shirt in contact with the body. Can be formed. These dissimilar metal contacts can generate minute currents due to differences in electrical potentials (eg, electronegativity). In the case of a T-shirt, the metal contact points may be formed in various parts such as a shoulder, a neck, and the like.

If the wear is a sock 2, it is possible to form a metal contact of the aforementioned or other metal cladding on the inner surface of the sock in close contact with the foot. For example, the metal contacts formed on the inner surface of the socks 2 can be brought into close contact with positions adjacent to positions such as wheels, balls, yongcheon blood, etc., to have effects such as fatigue recovery and pain reduction.

In the case where the wear is the underwear 3, it is possible to form metal contacts of the above-described or other metal combinations centering on power failure or other acupoints of the body. The underwear 3 is generally one of the examples of a good wear that can keep supplying microcurrent from the metal contact, since it is generally kept in close contact with the body.

If the wear is a hat 4 or glasses 5, metal contacts may be formed on the inside of the hat 4 or on the inner side of the glasses 5. The microcapacity can be supplied to the solar blood through the hat 4 or the glasses 5, and since the metals use their own properties, there is no need to use a separate power supply device.

In the case where the wear is the mask 6, the wearer can create a continuous environment in which a microcurrent flows to a portion that is beneficial for health recovery in a state of a cold or the like. In some cases, resilience can be naturally increased by providing sub-stimuli below detectable levels through beneficial acupuncture points.

If the wear is a glove 7 or a bracelet 8, metal contacts may be formed on the inside of the glove 7 or on the inner side of the bracelet 8. The glove 7 or the bracelet 8 can stimulate the area around the palm or cuff with a microcurrent, and through these microcurrents, effects such as improved blood circulation and bacterial suppression can be expected.

In the case where the wear is the joint protector 9, a metal contact can be formed on the inner surface of the joint protector 9. As shown in the case of the joint protector 9, it is possible to maintain the state in close contact with the knee, and to stimulate the acupuncture points corresponding to Ulleungcheon, Yangreungcheon, Yanggu, haemulhae or a combination thereof. In addition, depending on the position of the joint, the medical contact devices such as wrist guards, elbow guards, heel guards, neck guards, etc., are placed in close contact with the body of the body, and the dissimilar metal contacts are placed in close contact with the body. It can generate current.

In addition, the wear may be formed in the form of a necklace 10 or an attachable pad 11, as shown in FIG. 1, each of the wears 1 to 11 includes a first metal contact 140 and a first agent. The two metal contacts 145 may be provided as other metals, and may be provided in various combinations such as gold-silver, gold-aluminum, silver-aluminum, gold-stainless steel, silver-stainless steel, and gold-copper. In addition, although not shown, the wear can be a bandage that can be worn on the waist or other specific areas, through which the microcurrent passes through the subcutaneous tissue around the abdomen, and the effect of obesity treatment or body care The effect such as can be expected.

Referring to FIG. 2, the wear 100 using the microcurrent includes a wear body 110, a first metal contact 140, and a second metal contact 145. The wear body 110 is formed in a general wear shape, and may be provided in various ways such as clothing, underwear, sundries, accessories, beauty / medical aids, etc. according to the various examples described above.

The first metal contact 140 and the second metal contact 145 may be formed on an inner surface of the wear body 110 and may be formed on a portion capable of maintaining contact with the body. The first metal contact 140 and the second metal contact 145 may correspond to peripheral blood spots, and may be located precisely or adjacent to a desired blood spot. In addition, the first metal contact 140 and the second metal contact may be in direct contact with the skin at or near the exact location where the blood spot is located, but may be spaced apart from each other at a close distance. This can be variously adjusted for the purpose of adjusting the allowable range and intensity.

The metal material for the first metal contact 140 and the second metal contact 145 may be used as a material whose electrical properties are not the same, such as gold, silver, copper, aluminum, and stainless steel, and are harmless to humans Other materials may also be provided if the material is highly conductive.

By positioning the first metal contact 140 and the second metal contact 145 spaced apart from each other, the wearer can alleviate physical fatigue or pain through a fine stimulus through the contacted portion. In addition, due to the difference in electronegativity or other potential, it is finely formed in the size of several hundreds to several hundred microamps, so the body can easily adapt to the change without burden, and the generation of such microcurrent is hardly detectable by the human body. Low numbers can last almost permanently.

Although described based on two positions adjacent to each other, the number and distribution of metal contacts can be variously adjusted. In addition, the distance between the metal contacts can also be provided in a short or long distance as long as it can be fixed and close through the wear, it is not necessary to wear one, it may be separated from each other, such as gloves of both hands.

As shown in FIG. 2, patch-shaped metal contacts 140 and 145 may be formed inside the wear body 110 using the microcurrent. The metal contacts 140 and 145 may be formed of a combination of gold-aluminum, silver-aluminum, or the like, respectively.

As described above, although described with reference to a preferred embodiment of the present invention, those skilled in the art will be variously modified and changed within the scope of the present invention without departing from the main technical details of the present invention described in the claims below. I can understand that you can.

100: wear thing 110: wear body
140 and 145: first metal contact and second metal contact

Claims (5)

In wear that can be fixed and adhered to the body,
Wear body;
A first metal contact formed at a portion of the wear body to be in contact with the body; And
And a second metal contact formed at another part spaced apart from the one part to contact the body inside the wear body.
Wearing, characterized in that to affect the minute current to the wearer's body by using the electrical characteristics difference between the first metal contact and the second metal contact. The method of claim 1,
At least one of the first and second metal contacts is provided using gold, silver, copper, aluminum or stainless steel. The method of claim 1,
The wear is characterized in that the clothing or underwear. The method of claim 1,
The wear is a wear, characterized in that the goods or accessories that can be temporarily fixed and close to the body. The method of claim 1,
Wear is characterized in that the medical or beauty aids that can be temporarily fixed and adhered to the body.

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