JPS6217084Y2 - - Google Patents

Description

[Detailed description of the invention] When stiffness or pain occurs in the human body, this invention uses projections to continuously apply weak pressure stimulation, magnetic and electrical stimulation to the electrical resistance weak point that appears in the painful skin area. , relates to a patch that relieves stiffness and pain.

Stiffness and pain that occur in the human body's movement system, such as muscles, tendons, and joints, are called spinal nerve pain.

This pain has the characteristic that the painful area is localized to a certain skin area, but at this time, within this skin area, there is a reception of sensory nerves distributed on the skin surface layer as a reflection of the excitement of nerves deep inside. It is already known that areas where the skin perceptual threshold value of the container has decreased appear in various places. It is also known that the number of areas with decreased skin perceptual threshold that appear within this skin area increases or decreases depending on the degree of pain.

Furthermore, this area where the skin perceptual threshold value decreases can be electrically detected as a point with a diameter of 1 mm or less as a reduced electrical skin resistance point (hereinafter abbreviated as a reduced point), but some of these reduced points can be treated with acupuncture and moxibustion. It is possible to detect it subjectively as a so-called "acupuncture point" used in , or as a spontaneous pain point, a pressed pain point, a lump, etc. As a minute point, when pressure stimulation is continuously applied by protrusions etc. to the pain receptors distributed on the skin surface around the captured attenuated point (approximately 1 cm in diameter around the attenuated point), pressure It is also known that the excitement of the nerves in the area is suppressed and pain sensation disappears.

Therefore, the present invention relieves the stiffness and pain by continuously applying pressure stimulation, magnetic stimulation, and electrical stimulation using the protrusions evenly to all the weak points appearing in the painful skin area. The purpose is to alleviate the

Conventionally, because it did not achieve the same effect as this purpose,
A sticking plate having one or several protrusions attached to a very small area of a bandage-like member was used to target a pressure point and apply it to a point area or a small area.

However, in order to effectively achieve the above purpose, it is necessary to simply use the tip of the finger to search around the painful area and to detect not only tender points that can be detected as subjective pain, but also to detect them without relying on a measuring device. However, it is necessary to uniformly stimulate the receptors surrounding the difficult and unconscious weakening points, which are scattered within a certain skin area around the affected area. As in the past, it was not possible to completely soothe stubborn stiffness or severe pain by stimulating only pressure points or a small area of the skin, and a sufficient effect could not be achieved.

In addition, in the conventional method, it was necessary to carefully search for the pressure pain points by oneself or with the help of a third party, and it was often inconvenient that the pressure pain points could not be found. Also, if the granular material was simply fixed with a bandage-like material, the granular material would move or fall off when it was attached to the stretchy skin for a long time, and stable pressure stimulation could not be maintained.

In view of the above-mentioned drawbacks, the present invention provides a conductive magnetic foil having a size sufficient to cover the area in which the weakening point appears, and any number of weakening points can be formed anywhere within the area. In addition, a large number of protrusions are formed in a shape that makes it possible to reliably capture and stimulate receptors belonging to each effective skin area, and in addition, it is also possible to apply magnetic and electrical stimulation at the same time.
Furthermore, an adhesive is applied to the protruding surface to form a patch.

An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 shows an overall view of the patch according to the present invention, in which a plurality of protrusions 2 are formed on one side of a conductive magnetic foil 1.
is integrally molded, and adhesive 3 is applied to the entire one side of the integrally molded body. More specifically, for example, on one side of a conductive magnetic foil measuring 12 cm x 14 cm, projections with a diameter of 2 mm to 3 mm and a height of 1 mm to 1.5 mm are arranged at a spacing of 8 mm or less, as shown in Figure 2b. The conductive magnetic material is arranged in a similar diamond shape, and is integrally molded so that a plurality of these are adjacent to each other and at least one protrusion constituting the diamond shape is shared by the adjacent diamond shapes. The foil is made of, for example, a conductive polymer mixed with magnetic powder, or a conductive and magnetizable material such as a magnetic rubber thin plate.

Figure 2 shows the arrangement of the protrusions formed, where a is a lattice, b is a diamond shape, c is a spiral shape, and d is a spiral shape.
is radial.

Regarding the arrangement of the protrusions, for example, if they are arranged in a diamond shape as shown in b, as mentioned above, the weak points that appear irregularly depending on the degree of pain,
The pain receptors, which are distributed over a skin surface with a diameter of approximately 1 cm centered on the attenuation point, which is the effective skin area for stimulation, regardless of the number of pain receptors expressed in any part, are arranged in diamond-shaped projections as in the previous example. It is most suitable for reliably supplementing and stimulating evenly, and it has also been confirmed that other shapes of arrangement are also effective.

Furthermore, the synergistic effect of the stimulation caused by the magnetic force of the conductive magnetic foil and the conduction of a weak current is also effective. Furthermore, it is natural that the adhesive used in the present patch cannot prevent the electrical stimulation effect caused by energization due to the above-mentioned purpose.

In this way, the present invention has a structure in which a plurality of protrusions are integrally formed on one side of a conductive magnetic foil, and an adhesive is applied to the protrusion surface to continuously apply pressure stimulation, magnetic stimulation, and electrical stimulation. Because of the synergistic effect of these stimuli, any person can reliably achieve the above effects,
It is also possible to cut or attach the present adhesive material, and it is possible to achieve a much greater effect than conventional adhesives.

[Brief explanation of the drawing]

FIG. 1 shows an overall view of the adhesive material according to the present invention,
FIG. 2 shows the arrangement of the protrusions. 1... Conductive magnetic foil, 2... Protrusion, 3... Adhesive.

Claims (1)

[Scope of utility model registration request] each adjacent array of protrusions is diamond-shaped;
Further, the protrusions are arranged integrally on one side of the conductive magnetic foil in a shape in which at least one of the protrusions constituting the diamond shape is shared with an adjacent diamond shape, and an adhesive is applied to the entire one side of the magnetic foil having the protrusions. An adhesive material characterized by being coated with.