JP3150172U

JP3150172U - Adhesive bandage

Info

Publication number: JP3150172U
Application number: JP2009000801U
Authority: JP
Inventors: 博成池田
Original assignee: 博成池田
Priority date: 2009-02-18
Filing date: 2009-02-18
Publication date: 2009-04-30
Anticipated expiration: 2019-02-18

Abstract

【課題】一般のフェライト永久磁石を埋め込んだ貼付式磁気治療貼着絆創膏では、個人差により、痛み・凝り・張り・浮腫がなかなかとれない不具合があり、磁石片による磁力線の効果を最適にした貼着絆創膏を提供する。【解決手段】Ｓ極磁性体回りに、間隔を有してＮ極磁性体を対称に配列したことを特徴とする貼着絆創膏で、更に、必要に応じて前記Ｓ極磁性体回りに、間隔を有してＳ極磁性体を前記Ｎ極磁性体と直交する対称位置に配列した。また、前記Ｓ極磁性体回りのＮ極磁性体、若しくはＳ極磁性体との間隔は、痛み・凝り・張り・浮腫や個人差に応じて、適正な１０ｍｍ〜２０ｍｍとした。【選択図】図１[PROBLEMS] There is a problem that a paste type magnetic therapy adhesive bandage embedded with a general ferrite permanent magnet has a problem that pain, stiffness, tension, and edema are difficult to take due to individual differences. Providing adhesive bandages. An adhesive bandage characterized by symmetrically arranging N-pole magnetic bodies with an interval around an S-pole magnetic body, and further, if necessary, at intervals around the S-pole magnetic body. The S-pole magnetic bodies are arranged in symmetrical positions perpendicular to the N-pole magnetic bodies. In addition, the distance from the N-pole magnetic body around the S-pole magnetic body or the S-pole magnetic body was appropriately 10 mm to 20 mm depending on pain, stiffness, tension, edema, and individual differences. [Selection] Figure 1

Description

貼付式磁気治療具の磁石片の個人差や症状に応じて最適に配列した貼着絆創膏関するものである。 The present invention relates to an adhesive bandage that is optimally arranged according to individual differences and symptoms of the magnetic pieces of the adhesive magnetic therapy device.

フェライト永久磁石を埋め込んだ貼付式磁気治療貼着絆創膏が市販されているが、痛み・凝り・張り・浮腫みの程度や個人差に調整適応した貼着絆創膏は市販されていない。 Adhesive adhesive bandages with embedded ferrite permanent magnets are commercially available, but no adhesive bandages that are adapted to the degree of pain, stiffness, tension, edema and individual differences are commercially available.

特開平９−１２２２５４公報JP-A-9-122254

一般市販のフェライト永久磁石を埋め込んだ貼付式磁気治療貼着絆創膏では、痛み・凝り・張り・浮腫みがなかなかとれない不具合があり磁石片による磁力線の効果を最適にした貼着絆創膏の提供が切望されていた。 There is a problem that the adhesive type magnetic treatment adhesive bandage embedded with a commercially available ferrite permanent magnet has pain, stiffness, tension, and edema. It was.

本考案は、S極磁性体回りに、間隔を有してN極磁性体を対称に配列したことを特徴とする貼着絆創膏で、更に、必要に応じて前記S極磁性体回りに、間隔を有してS極磁性体を前記N極磁性体と直交する対称位置に配列した。また、前記S極磁性体回りのN極磁性体、若しくはS極磁性体との間隔は、痛み・凝り・張り・浮腫みや個人差に応じて、適正な１０ｍｍ〜２０ｍｍとした。 The present invention is an adhesive bandage characterized by symmetrically arranging N-pole magnetic bodies around the S-pole magnetic body, and further, if necessary, around the S-pole magnetic body. The S-pole magnetic bodies were arranged at symmetrical positions orthogonal to the N-pole magnetic bodies. Further, the distance from the N-pole magnetic body around the S-pole magnetic body or the S-pole magnetic body was set to an appropriate 10 mm to 20 mm in accordance with pain, stiffness, tension, edema, and individual differences.

本考案では、一般市販のフェライト永久磁石でなかなかとれない痛み・凝り・張り・浮腫みを同じ磁束密度の磁性体３個（Ｎ極、Ｓ極、Ｎ極）を適正な間隔を有して配列した貼着絆創膏を貼ることにより、痛み・凝り・張り・浮腫みをより早く緩和させてくれる効果があった。市販の磁性体の磁束密度は、８０ｍＴ、１３０ｍＴ、１８０ｍＴとあり、磁性体の磁束密度を症状に応じて調整することにより、いろんな痛みの個人差にも対応でき効果が現れた。また、前記Ｓ極磁性体回りに、間隔を有してＳ極磁性体を前記Ｎ極磁性体と直交する対称位置に配列した貼着絆創膏は、特に浮腫みには効果が現れた。 In the present invention, three magnetic bodies (N pole, S pole, N pole) having the same magnetic flux density are arranged at appropriate intervals, with pain, stiffness, tension, and edema that are difficult to obtain with a commercially available ferrite permanent magnet. By applying adhesive bandage, the pain, stiffness, tension, and edema were alleviated more quickly. The magnetic flux density of commercially available magnetic materials is 80 mT, 130 mT, and 180 mT, and by adjusting the magnetic flux density of the magnetic material according to the symptoms, it was possible to cope with various individual differences in pain. In addition, the adhesive bandage in which the S-pole magnetic material is arranged around the S-pole magnetic material at a symmetric position perpendicular to the N-pole magnetic material has an effect particularly on edema.

３個の磁性体をN極、S極、N極の順に間隔を有して横直線状に配列した貼着絆創膏の説明図Explanatory drawing of a sticking adhesive bandage in which three magnetic bodies are arranged in a horizontal straight line with intervals in the order of N pole, S pole and N pole S極磁性体回りに、N極とS極が直交する如く間隔を有して対称に配列した貼着絆創膏の説明図An explanatory diagram of the adhesive bandage that is arranged symmetrically with an interval so that the N and S poles are orthogonal to each other around the S pole magnetic material 図１と図２に図示の貼着絆創膏をそれぞれ２枚並べて貼った例の説明図An explanatory diagram of an example in which two sticking bandages shown in FIGS. 1 and 2 are placed side by side. 図１に図示の貼着絆創膏を２枚並べて貼った例の説明図である。FIG. 2 is an explanatory diagram of an example in which two adhesive bandages illustrated in FIG. 1 are arranged and pasted. 図１と図２に図示の貼着絆創膏をそれぞれ１枚並べて貼った例の説明図である。FIG. 3 is an explanatory diagram of an example in which one sticking adhesive bandage illustrated in FIGS. 1 and 2 is placed side by side.

本考案の具体的実施例を一般市販使用のフェライト永久磁石を使用した事例につき、図１から図３を参照して以下説明する。
痛み・凝り・張り・むくみの度合いや個人差により、本考案の貼着絆創膏では、磁性体の間隔を１０ｍｍ〜２０ｍｍに調整して効果の不具合を段階的に解決した。具体的には、間隔が１０ｍｍの貼着絆創膏には、磁束密度８０mTのフェライト永久磁石使用し、間隔が１５ｍｍの貼着絆創膏には、磁束密度１３０mTのフェライト永久磁石使用した。更に、間隔が２０ｍｍの貼着絆創膏には、磁束密度１８０mTのフェライト永久磁石使用した。
人体に使用が認められている従来の磁石は２０００ガウス＝２００mT[１ガウス=O.１mT（ミリテラス）とは、１сｍ^２に１本の磁力線があるという意味]以内で表面磁力を高めるもの。また有効磁力線の長さは、一般的に１０ｍｍ〜２０ｍｍ平均とされている。そこで、それぞれの貼着絆創膏を使い分ける事により効果の不具合の課題を解決できた。 A specific embodiment of the present invention will be described below with reference to FIGS. 1 to 3 with respect to an example in which a commercially available ferrite permanent magnet is used.
Depending on the degree of pain, stiffness, tension, swelling, and individual differences, the adhesive bandage of the present invention adjusted the interval of the magnetic material to 10 mm to 20 mm to solve the problem of effect step by step. Specifically, a ferrite permanent magnet with a magnetic flux density of 80 mT was used for an adhesive bandage with a spacing of 10 mm, and a ferrite permanent magnet with a magnetic flux density of 130 mT was used for an adhesive bandage with an interval of 15 mm. Further, a ferrite permanent magnet having a magnetic flux density of 180 mT was used for the adhesive bandage with a spacing of 20 mm.
Conventional magnets approved for use in the human body are those that increase the surface magnetic force within 2000 gauss = 200 mT [1 gauss = O.1 mT (milliterrace) means that there is one magnetic field line at 1 km ² ]. The length of the effective magnetic field lines is generally 10 mm to 20 mm on average. Therefore, the problem of the problem of the effect could be solved by using each adhesive bandage properly.

図１に図示する如く、３個の磁性体であるN極磁性体１b、S極磁性体１a、N極磁性体１bの順に間隔を有して横直線状に配列した直線型貼着絆創膏１について説明する。一番痛み・凝り・張りのある箇所を探し、S極磁性体１aがその皮膚に当たるようにし、気の流れ（神経又は血管）に直角に張る。痛み・凝り・張りの度合いや個人差により磁束密度８０ｍＴ、１３０ｍＴ、１８０ｍＴを使い分けた。 As shown in FIG. 1, a linear adhesive bandage 1 in which three magnetic bodies, an N-pole magnetic body 1 b, an S-pole magnetic body 1 a, and an N-pole magnetic body 1 b are arranged in a horizontal straight line with an interval in this order. Will be described. Search for the most painful, stiff, and tensioned part so that the S-polar magnetic body 1a hits the skin and stretches it at right angles to the air flow (nerve or blood vessel). Magnetic flux densities of 80 mT, 130 mT, and 180 mT were used properly depending on the degree of pain, stiffness, tension, and individual differences.

図２に図示する如く、図１に図示の直線型貼着絆創膏１に、S極磁性体２aを中心に上・下対称に間隔を有してS極磁性体２a を縦直線状に配列したクロス型貼着絆創膏２の場合について説明する。本実施例では、前記実施例１と貼る箇所は同じで、更に効果を早く高めたい時に貼るクロス型貼着絆創膏２で、痛み・凝り・張りの度合いにより磁束密度８０mT、１３０mT、１８０mTを使い分けた。 As shown in FIG. 2, the S-pole magnetic bodies 2a are arranged in a straight line on the linear adhesive bandage 1 shown in FIG. The case of the cross-type adhesive bandage 2 will be described. In this example, the place to be applied is the same as in Example 1, and the cross-type adhesive bandage 2 is applied when it is desired to increase the effect quickly. .

図３aに図示する本実施例では、腕の関節に痛みがある場合、直線型貼着絆創膏１を関節の上下に、更に、腰に痛みがある場合、クロス型貼着絆創膏２を背骨中心に左右対称に、それぞれ２枚並べて貼った例である。
図３ｂに図示する実施例では、肩関節に痛みがある場合、直線型貼着絆創膏１を関節の上下に２枚並べて貼った例である。
図３ｃに図示する実施例では、足の浮腫みが大きい場合は図１と図２に図示する直線型貼着絆創膏１とクロス型貼着絆創膏２を上下に並べて貼った事例である。 In this embodiment shown in FIG. 3a, when the arm joint is painful, the linear adhesive bandage 1 is placed above and below the joint, and when there is pain in the lower back, the cross adhesive bandage 2 is centered on the spine. In this example, two sheets are placed side by side symmetrically.
In the embodiment illustrated in FIG. 3b, when there is pain in the shoulder joint, two linear adhesive bandages 1 are placed side by side above and below the joint.
In the embodiment shown in FIG. 3c, when the edema of the foot is large, it is an example in which the straight-type adhesive bandage 1 and the cross-type adhesive bandage 2 shown in FIGS.

上記実施例では、腕・肩・足首・腰についての適用事例であったが、膝・首・背中・ふくらはぎ・大腿部に適用できる。 In the above-described embodiment, the application example is for the arms, shoulders, ankles, and hips, but it can be applied to the knees, necks, backs, calves, and thighs.

１直線型絆創膏
１a S極磁性体
１b N極磁性体
２クロス型絆創膏
２a S極磁性体
２b N極磁性体

1 Linear adhesive bandage 1a S pole magnet 1b N pole magnet 2 Cross type bandage 2a S pole magnet 2b N pole magnet

Claims

S極磁性体回りに、間隔を有してN極磁性体を対称に配列したことを特徴とする貼着絆創膏。 A sticking adhesive bandage characterized in that N polar magnetic materials are arranged symmetrically around the S polar magnetic material.

S極磁性体回りに、間隔を有してN極磁性体を対称に配列し、更に前記S極磁性体回りに、間隔を有してS極磁性体を前記N極磁性体と直交する対称位置に配列したことを特徴とする請求項１に記載の貼着絆創膏。 Around the S pole magnetic body, the N pole magnetic bodies are arranged symmetrically with an interval. Further, around the S pole magnetic body, the S pole magnetic body is symmetrical with the gap perpendicular to the N pole magnetic body. The adhesive bandage according to claim 1, wherein the adhesive bandage is arranged in a position.

上記S極磁性体回りのN極磁性体、若しくはS極磁性体との間隔が１０ｍｍ〜２０ｍｍであることを特徴とする請求項１、又は請求項２に記載の貼着絆創膏。
The adhesive bandage according to claim 1 or 2, wherein an interval between the N-polar magnetic material around the S-polar magnetic material or the S-polar magnetic material is 10 mm to 20 mm.