Affected part electrolyte movement electronic circuit promoting substrate

Abstract

Provided is a diseased part electrolyte movement electronic circuit promoting substrate that improves blood flow by Lorentz force and promotes the penetration of drugs in a transdermal patch. 【Solution means】A circular small metal foil 1 and 2 with a diameter of 5 mm having different ionization tendencies of copper and aluminum are connected by a conductive fiber 4 with a width of 3 mm and a length of 25 mm. On the conductive fiber, a thin circular columnar neodymium magnet 5 with a thickness of 1.5 mm or less within the range of a magnetic flux density of 155 mT to 200 mT and a circular diameter within the range of 5 mm to 6 mm is mounted on the surface corresponding to the substantially central portion of the surface of the conductive fiber, with the center portion of the circle of the thin circular columnar neodymium magnet aligned.

Description

Technical Field

[0001] The present invention is a substrate that promotes the movement of electrolytes inside the subcutaneous tissue of the affected area.

Background Art

[0002] The Lorentz force improves blood flow and promotes the penetration of drugs in transdermal patches.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Patent Document 2

Summary of the Invention

Problems to be Solved by the Invention

[0004] While irradiating magnetic field lines by applying a magnet to the affected area to improve blood flow by magnetic field lines, the affected area becomes hot and the pain is reduced. However, when the magnet is removed from the affected area, it returns to its original state after about ten seconds. This is considered to be because the generation of the current, which is a factor for generating the Lorentz force, is too weak, and the movement of electrolytes in the subcutaneous tissue is insufficient.

Means for Solving the Problems

[0005] The present invention considered that the generation of the current, which is a factor for generating the Lorentz force, was too weak. Therefore, a battery was constructed by attaching two metal foils to the skin as electrodes and regarding the subcutaneous tissue as an electrolytic solution to increase the electromotive force.

Effects of the Invention

[0006] In this device, compared with the case of only using conventional magnets, in addition to the thermal effect, more pain was reduced, and a feeling of comfort occurred inside the subcutaneous tissue. More effects were recognized for weather-related illnesses. When used in combination with a transdermal patch, the pain was further reduced. However, there was no clinical trial for people with metal allergies. Furthermore, the effect was recognized at the initial stage of the disorder.

Brief Description of the Drawings

[0007]

Figure 1

Figure 2

Modes for Carrying Out the Invention

[0008] The space between small metal foils was connected with conductive fibers, and a strong magnet was attached onto the fibers. This was fixed with an adhesive tape from above to form a set of electric circuit boards. Next, an easily removable tape was attached to the lower part of the board. The magnetic poles are attached in a direction perpendicular to the surface of the conductive fibers.

Examples

[0009] Hereinafter, an example will be described according to the attached drawings. First, attach this integrated device to the adhesive surface of a band-aid. For storage, remove the wax paper covering its upper surface, and bring the metal foils 1 and 2 into close contact with the skin at the blood flow disorder location. The arrangement at this time is attached to the affected part so as to form a layer of skin, metal foils 1 and 2, conductive fiber 4, and strong magnet 5 from the bottom.

Industrial Applicability

[0010] It can be inexpensively and easily used for weather-related illnesses, etc. When used in combination with a transdermal patch, the usage period is shortened and skin damage is reduced.

Explanation of Reference Numerals

[0011] 1 Metal foil (aluminum) 2 Metal foil (copper) 3 Adhesive tape 4 Conductive fiber 5 Strong magnet 6 Micro-hole 7 Micro-hole

Claims

1. An electric circuit board in which small metal foils with different ionization tendencies such as copper and aluminum are connected by conductive fibers, and a strong magnet is mounted on the conductive fibers

2. A therapeutic member that attaches an electric circuit board, in which small metal foils with different ionization tendencies are connected by conductive fibers on the skin at the blood flow disorder site, and a magnet is mounted on the conductive fibers, to an adhesive plaster and applies it to the skin

3. A poultice obtained by overlapping and integrating a percutaneous absorption poultice on the upper surface of an electric circuit board in which a strong magnet is mounted on the upper part where small metal foils with different ionization tendencies are connected by electrical fibers

4. As the small metal foil, a perforated foil is used.

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