JP2007006915A - Therapeutic device with supporter - Google Patents

Therapeutic device with supporter Download PDF

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JP2007006915A
JP2007006915A JP2005187558A JP2005187558A JP2007006915A JP 2007006915 A JP2007006915 A JP 2007006915A JP 2005187558 A JP2005187558 A JP 2005187558A JP 2005187558 A JP2005187558 A JP 2005187558A JP 2007006915 A JP2007006915 A JP 2007006915A
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treatment
treatment tool
supporter
affected area
current
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Yoshimi Yamaguchi
良実 山口
Tsutomu Yajima
勉 矢島
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SAN FIELD KK
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SAN FIELD KK
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Priority to JP2005187558A priority Critical patent/JP2007006915A/en
Priority to PCT/JP2006/312684 priority patent/WO2007000957A1/en
Publication of JP2007006915A publication Critical patent/JP2007006915A/en
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    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61NELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N1/00Electrotherapy; Circuits therefor
    • A61N1/18Applying electric currents by contact electrodes
    • A61N1/20Applying electric currents by contact electrodes continuous direct currents
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61FFILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
    • A61F13/00Bandages or dressings; Absorbent pads
    • A61F2013/00361Plasters
    • A61F2013/00902Plasters containing means
    • A61F2013/00919Plasters containing means for physical therapy, e.g. cold or magnetic

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  • Health & Medical Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Biomedical Technology (AREA)
  • Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
  • Radiology & Medical Imaging (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • General Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Veterinary Medicine (AREA)
  • Electrotherapy Devices (AREA)
  • Finger-Pressure Massage (AREA)

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that conventional therapeutic devices are not difficultly adapted to various lifestyles of patients, and to provide a therapeutic instrument that takes into account the quality of life of a patient, alleviates aches and itchiness by grasping exactly the position of an acupuncture point, and allows the patient to lose weight. <P>SOLUTION: A therapeutic device with a supporter comprises a unidirectional current rectifying element 2 in the middle and a capture probe 3 for capturing body current which is made of circular conducting wires extended from bipolar terminals, and has outer surfaces plated with gold or the like. A plurality of therapeutic devices serving as an element are arranged on an air-permeable, flexible, belt-like detachable pad to cover the surroundings of an acupuncture point, and the pad is bonded to an aching or itching part. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

本発明は、身体各部の疼痛(肩こり、座骨神経痛、腰痛、膝の関節痛等)部に貼付すると鎮痛効果があるテープ付治療具に関する。
つまり、人体の筋肉の凝りあるいは痛み等の病的症状に対応し、患部の生体電流、生体電磁波を捕捉抽出し、これらを流通する電流が一方向に整流され導通短絡され、その病変を軽快にするテープ付治療具に係る。
The present invention relates to a treatment device with a tape that has an analgesic effect when applied to pains (stiff shoulders, sciatica, low back pain, knee joint pain, etc.) of each part of the body.
In other words, it responds to pathological symptoms such as muscle stiffness or pain in the human body, captures and extracts biological currents and electromagnetic waves in the affected area, rectifies the current flowing in one direction and conducts a short circuit, making the lesion light. It relates to a treatment tool with a tape.

たとえば、先ず身体の各部の凝りや痛みを治療する手段としては、湿布、マッサージ、鍼灸等が知られているが、これらはいずれも患部の血行を良好にして前記症状を和らげようとするものがある。
また、近時において治療手段を持つ技術として開示された文献として、前述した実公昭52-131837 号公報( 不定愁訴治療部材) 、特開平5-154205号公報( 治療具) 、特開平8-117348号公報( 健康、医療用コイル) 、特開昭62-38178号公報( 皮膚刺激子) などが見られる。
特開平10−174722号公報 発明も名称 治療具及びテープ付治療具 この特許文献は最も近い特許文献である。その要旨は、「一方向電流整流素子と、該素子の周囲に設けられた電流補足プローブとを有して構成された治療具であって、一方向電流整流素子の両端子は、電流補足プローブを介して電気的導通状態に連結接続され、この一方向電流整流素子と電流補足プローブが一体となった治療具は、例えば絆創膏で表面に通気孔を持つ片面が粘着性のテープによって患部皮膚表面に一方向電流整流素子及び電流補足プローブさらには一方向電流整流素子の皮膚当接側に設けた凸部を押圧装着される構成である。」しかしながら、これは治療具の身体への装着などに難点が発生することがあり、いま一つ治療技術に足らない治療具とも評価される。 著者 吉元昭治、 書籍名 ダイオード療法 (副題弱電効果応用ペインコントロール) 発行所 エンタプライズ株式会社 発行年月日 1994年11月15日 この文献において主に参考とされる箇所は、「第5章MP鍼,イオンパンピング療法,第6章SSI(Skin Surface Instruments 療法,皮膚表面治療器具)と微小刺激,弱電現象、第7章ダイオード療法」であると考える。 さらに遡及すれば、800ガウス前後の磁力を発生する金属粒を患部に張り付ける方法もある。これは、磁力が患部を刺激して、血液中のイオンの流れに磁場を与え、血液の循環をスームズにするものがある。 そうして、血行不良を生じる原因は様々なものがあると考えられ、所謂生体から発生する電磁波に伴う生体電流の異常もその一つと推認され、生体電流の異常を改善するため、生体電流整流療法が知られている。
For example, poultices, massages, wrinkles, etc. are known as means for treating stiffness and pain in each part of the body, but all of them are intended to improve the circulation of the affected area and relieve the symptoms. is there.
In addition, as a document disclosed as a technique having a therapeutic means in recent times, the above-mentioned Japanese Utility Model Publication No. 52-131837 (indefinite complaint treatment member), Japanese Patent Application Laid-Open No. 5-154205 (treatment device), Japanese Patent Application Laid-Open No. 8-117348 No. (Health, Medical Coil), Japanese Patent Application Laid-Open No. 62-38178 (Skin Irritation), etc. can be seen.
JP, 10-174722, A The invention is also a title Therapeutic instrument and the therapeutic instrument with a tape This patent document is the nearest patent document. The gist of the present invention is “a treatment device having a unidirectional current rectifier element and a current supplement probe provided around the element, wherein both terminals of the unidirectional current rectifier element are current supplement probes. The treatment tool, which is connected and connected in an electrically conductive state via the unidirectional current rectifying element and the current supplementary probe, is, for example, an adhesive skin with an adhesive tape on one side of the affected skin surface. The unidirectional current rectifying element, the current supplement probe, and the convex portion provided on the skin contact side of the unidirectional current rectifying element are pressed and attached. ”However, this is useful for attaching the treatment tool to the body. Difficulties may occur, and it is also evaluated as a treatment tool that is inadequate for treatment technology. Author Shoji Yoshimoto, Book Title Diode Therapy (Subtitle Weak Electric Effect Applied Pane Control) Publication Enterprise Enterprise Co., Ltd. Date of issue November 15, 1994 The main reference in this document is “Chapter 5 MP5 , Ion pumping therapy, Chapter 6 SSI (Skin Surface Instruments therapy, skin surface treatment instrument) and microstimulation, weak electrical phenomenon, Chapter 7 diode therapy. Further retroactively, there is a method of attaching metal particles that generate a magnetic force of about 800 gauss to the affected area. In some cases, the magnetic force stimulates the affected area, giving a magnetic field to the flow of ions in the blood, and smoothing blood circulation. Thus, it is considered that there are various causes of poor blood circulation. Abnormalities in bioelectric current due to so-called electromagnetic waves generated from the living body are assumed to be one of them, and biocurrent rectification is performed to improve abnormalities in biocurrent. Therapy is known.

しかしながら、これまでの手段では、いずれも患者の生活の多様化に適応した治療具としては難があって、適切かつ効果的であるとは言えず、治療効果(成績)の上昇を図る上で今一つ欠落する機能であった。
そこで本発明は、これらの現況に鑑み、患者本人のQOL(Quality Of Life 生活の性質)を格段に向上させながら、適格に患部の疼痛を和らげ、美容的ダイエット効果等を含むようにして、活発な生活活動を続行しながらも、長時間(長期間)の治療を可能とし、明らかに治療効果が従前の治療手段に比較し、遙に向上するようにしたテープ付治療具を提供することをその目的とする。
However, none of the conventional means is suitable as a treatment tool adapted to diversification of patients' lives, and it cannot be said that it is appropriate and effective, and in order to increase the therapeutic effect (results). It was a missing feature.
Therefore, in view of the present situation, the present invention can improve the patient's QOL (Quality Of Life), while remarkably reducing pain in the affected area and including a cosmetic diet effect. The purpose is to provide a treatment device with a tape that enables long-term (long-term) treatment while continuing activities, and that the treatment effect is clearly improved compared to conventional treatment means. And

前記目的を解決するための手段として、請求項1記載の本発明は、一方向電流整流素子をその中央に配設し、この一方向電流整流素子の両極性端子より伸延して導線の外周表面を金,銀,チタン,プラチナなどのいずれかの金属でメッキを施した線分のそれぞれを円形状に曲げ、前記一方向電流整流素子をその中心として外延部周囲に周回する電流捕捉プローブを備え、前記一方向電流整流素子と前記電流捕捉プローブから成る治療具を、柔軟性のある繊維質の緩衝材に開設した凹部に据え置き、前記治療具を身体の患部に添付できる繊維質布、可撓性革板などから作るサポータの表面に前記固着させ、前記治療具をさらに複数個設けりとともに、前記治療具が直接患部に圧接できるようにして、このサポータを帯状に形成し前記患部に緊縛して構成したことを特徴とするテープ付治療具である。
請求項2記載の本発明は、前記凹部の深さと前記柔軟性のある繊維質の弾力性について、前記患部の症状と配設する前記治療具の数に応じて変化させて成ることを特徴とする請求項1に記載のテープ付治療具である。
請求項3記載の本発明は、前記凹部に着脱自在な接着性部材を敷付けておき、前記治療具を自由に交換されるようにしたことを特徴とする請求項1に記載のテープ付治療具。
請求項4記載の本発明は、前記サポータの帯状両端を着脱自在な部材を配設し、前記患部に着脱自在にしたことを特徴とする請求項1に記載のテープ付治療具である。
請求項5記載の本発明は、前記治療具に配設する前記一方向電流整流素子の整流極性の方向を、適宜にアットランダムに配置したことを特徴とする請求項1に記載のテープ付治療具である。
As a means for solving the above-mentioned object, the present invention according to claim 1 is characterized in that a unidirectional current rectifying element is arranged at the center, and is extended from the bipolar terminals of the unidirectional current rectifying element so as to extend on the outer peripheral surface of the conducting wire. A current trapping probe is provided that bends each line segment plated with a metal such as gold, silver, titanium, or platinum into a circular shape, and circulates around the outer extension with the one-way current rectifying element as the center. A fiber cloth that can be attached to an affected part of a body, and a treatment tool comprising the one-way current rectifying element and the current capturing probe is placed in a recess provided in a flexible fibrous cushioning material; The supporter is made of a leather strap and is fixed to the surface, and a plurality of the treatment tools are provided, and the treatment tool can be directly pressed against the affected area, and the supporter is formed in a band shape and is bound to the affected area. A tape with treatment device characterized by being configured Te.
The present invention according to claim 2 is characterized in that the depth of the recess and the elasticity of the flexible fiber are changed according to the symptoms of the affected area and the number of the treatment tools to be arranged. The treatment tool with a tape according to claim 1.
The present invention according to claim 3 is characterized in that a removable adhesive member is laid in the recess so that the treatment tool can be freely replaced. Ingredients.
The present invention according to claim 4 is the therapeutic device with a tape according to claim 1, wherein a member that is detachable is disposed at both ends of the supporter so as to be detachable from the affected area.
The present invention according to claim 5 is characterized in that the direction of the rectifying polarity of the one-way current rectifying element disposed in the treatment device is appropriately and randomly arranged. It is a tool.

従来の治療技術が単に極性の方向のみを重視していたり、単にパットでの患部への治療具の貼付であったりで、それらの治療効果の向上には時間と成果の飛躍に少なからずの障壁があったと考えるのも、あながち誇張ではないように思われる。
ここにおいて本発明者らは、これまでの治療手法の発想からの障壁を乗り越えて、身体の痛痒の因って生起する身体系統のツボを外れなく補捉でき、かつ身体の活動の拠点となる手足、つまり腕部,脚部,腰部などいかなる痛痒箇所に、確実に治療具を着脱自在に装着可能にし、全く健康な通常な生活を補償しながら、痛痒箇所の回復・軽快に寄与でき、しかも肥満体質についてもダイエット効果をもたらすようにして成るテープ付き治療具と言える。
The conventional treatment technology only emphasizes only the direction of polarity, or simply affixing the treatment tool to the affected area with a pad, and there are not a few barriers to the leap in time and results in improving the treatment effect It seems that there is no exaggeration to think that there was.
Here, the present inventors can overcome the barriers from the idea of the conventional treatment method, capture the points of the body system caused by body pain, and become a base of physical activity The treatment tool can be detachably attached to any painful area such as limbs, that is, arms, legs, waist, etc., and it can contribute to recovery / lightening of the painful area while compensating for a completely healthy normal life. It can be said that it is a treatment device with a tape that is designed to bring about a diet effect for obesity.

人体細胞は音、熱、光、血液の変化、温度変化等が人体に加えられると、これが刺激となって細胞活動が活発になり、生体電流、生体電磁波を発し健康時の単一細胞電圧は−90mV、外的刺激を受けると瞬間的(2/100sec)で+20mV程度まで上昇、その後もとの状態に戻るので、この現象を細胞群でみれば特定の細胞に+110mVの電圧変動が生じたときに、隣接した細胞にそれが伝達されるから、たとえば10個の細胞を集めると+1100mVで1.1Vの異常電圧を発生となり、この異常電圧が肩凝りや腰痛時の原因、つまり痛痒となっているから、この血行不良を解決すれば、患部の治療が可能になる。
そこで、本発明者らは、先の細胞群からこの異常電圧を捕捉することで治療効果を創出するとともに、治療具を患部に貼り付けることに、特別の手法を採用し、患部を押圧しながら、かつ身体を自由に活動させながらも、痛痒部の軽快回復とダイエット効果までももたらす、これまでに症例を見ない卓越したサポータ付治療具を医療現場に提供することができる。
When a human body cell is subjected to sound, heat, light, blood changes, temperature changes, etc., it stimulates and activates cellular activity, emits biocurrent and bioelectromagnetic waves, and the single cell voltage during health is -90 mV, when an external stimulus is applied, it rises to about +20 mV instantaneously (2/100 sec), and then returns to the original state. If this phenomenon is observed in a cell group, a voltage fluctuation of +110 mV occurs in a specific cell. Sometimes it is transmitted to adjacent cells. For example, if 10 cells are collected, an abnormal voltage of 1.1V is generated at +1100 mV, and this abnormal voltage causes stiff shoulders and back pain, that is, itching. Therefore, if this poor circulation is solved, the affected area can be treated.
Therefore, the present inventors create a therapeutic effect by capturing this abnormal voltage from the previous cell group, and adopt a special method to apply the treatment tool to the affected area while pressing the affected area. In addition, it is possible to provide a medical treatment site with an excellent supporter that has never seen a case so far, while also allowing the body to move freely, and to bring about a light recovery of the painful part and a diet effect.

このようにして、人体に治療具を貼付する部位はツボや疼痛点がよいと言われているが、ツボの場所は個人差があり、少しずつ異なることもあって、素人にはツボの位置を探すことは難しい。そこで、治療具を複数個装着したサポータを患部に緊縛することで、ツボに貼付できる可能性が高くなるのであり、今までの治療具の貼付手段としての粘着テープなどからなるパッチを使用して患部に貼付していたのでは、このパッチの欠点がいくつか指摘されて来たのである。つまり、パッチに治療具をセットすることが面倒であり、特に老人には負担であったし、蒸れてカブレ易いため、肌の弱い人は長時間装着できなかったし、入浴などの際に着脱する手間がかかっていたのである。そこで本発明は、サポータタイプに改良することでこれらの難点を全て克服し、パッチに治療具をセッットする必要がなくなり、通気性が改善されて、カブレ難くなり、治療具の遺失などもしにくくなり、着脱が容易になって、従来形式のこの種治療具に比し特段の治療効果の飛躍が認められる。   In this way, it is said that the site where the treatment tool is applied to the human body has good acupoints and pain points, but the location of the acupuncture varies depending on the individual and may vary little by little. It is difficult to look for. Therefore, by binding a supporter with multiple treatment devices to the affected area, the possibility of being attached to the acupuncture point is increased. Using a patch made of adhesive tape or the like as a pasting means for treatment devices. Affixed to the affected area, several drawbacks of this patch have been pointed out. In other words, it is troublesome to set the treatment tool on the patch, especially for the elderly, and it is easy to get stuffy and foggy, so people with weak skin could not wear it for a long time, and it was attached and detached when taking a bath It took a lot of work to do. Therefore, the present invention overcomes all these difficulties by improving the supporter type, eliminates the need to set a treatment tool on the patch, improves air permeability, makes it difficult to fog, and makes it difficult to lose the treatment tool. It becomes easy to attach and detach, and a remarkable leap in therapeutic effect is recognized as compared with this type of conventional treatment device.

以下、本発明の各実施の形態を図に基づいて詳細に説明する。
全ての図面において、同一符号は同一若しくは相当部材を示す。
本発明者らは、疼痛患者らの切実な悩みと、それらに対応する要望を数多く、アンケートを採り、生体電流及びそれによる生体電磁波などをつぶさに検討し、カット・アンド・トライを夥しく繰り返し、以下の実施例によって、理想的なテープ付治療具を具現することになる。
Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
In all the drawings, the same reference numerals indicate the same or corresponding members.
The inventors of the present invention have a lot of serious troubles with pain patients and requests corresponding to them, taking questionnaires, examining bioelectric current and bioelectromagnetic wave caused by it, and repeatedly repeating cut and try, The following examples will realize an ideal treatment device with a tape.

図1は本発明の実施例1に係るサポータ付治療具を示す平面図で、図1(a) はその表面図、図1(b) はその裏面図、図1(c) は図1(a) の一部を示す図である。
図1に示すように治療具1は、一方向電流整流素子( たとえばダイオードなど) 2と、この一方向電流整流素子1の両極極性端子から伸延させて一方向電流整流素子2の周囲を円形に囲んだ電流捕捉プローブ3から形成される。
そして複数個の治療具1は、緩衝材から成る緩衝シート4の表面の長手方向にに、それぞれ設けられた凹部4aに適宜の間隔を保って配設されている。この緩衝シート4は身体に治療具1を密着させ自由な身体の運動にも離脱しないように保持する長方形のサポータ5に縫綴して固着されており、サポータ5の長手方向の両端部には、その裏表端末を着脱自在に結合させる粘着部材6a,6b が固着されていて、両粘着部材6a,6b を係合すれば、長時間の密着保持も可能である。
治療具1における一方向電流整流素子1は金などが鍍金されており、一方向電流整流素子1が補捉する生体電流の多寡に応じて適当に方向を変化さる、つまりプローブ端末3a,3b 〔後掲の図3参照〕の位置を適宜変位させるとよい。
FIG. 1 is a plan view showing a treatment tool with a supporter according to Embodiment 1 of the present invention, FIG. 1 (a) is a front view thereof, FIG. 1 (b) is a rear view thereof, and FIG. 1 (c) is FIG. It is a figure which shows a part of a).
As shown in FIG. 1, the treatment device 1 includes a unidirectional current rectifying element (for example, a diode) 2 and a circular terminal around the unidirectional current rectifying element 2 by extending from the bipolar terminals of the unidirectional current rectifying element 1. Formed from an enclosed current capture probe 3.
The plurality of treatment devices 1 are arranged at appropriate intervals in the recessed portions 4a provided in the longitudinal direction of the surface of the buffer sheet 4 made of a buffer material. This buffer sheet 4 is fixed by sewing to a rectangular supporter 5 that keeps the treatment tool 1 in close contact with the body and holds it so that it does not disengage from free body movements. If the adhesive members 6a and 6b for detachably connecting the back and front terminals are fixed and the adhesive members 6a and 6b are engaged with each other, the adhesive members 6a and 6b can be kept in close contact for a long time.
The unidirectional current rectifying element 1 in the treatment instrument 1 is plated with gold or the like, and changes its direction appropriately according to the amount of bioelectric current captured by the unidirectional current rectifying element 1, that is, probe terminals 3a, 3b [ It is preferable that the position of FIG.

図2は、本発明の実施例2としてのサポータが長大な形状にされたサポータ付治療具を表す平面図で、図2(a)はその表面に治療具を1列に配設した形状図、図2(b) はその表面に治療具を2列に配設した形状図を示す。
このような形態のサポータ付治療具は、身体の腰部,太股部などの治療に適する。
緩衝シート4に上に配設される治療具1の列の数、各列の個数は疼痛の症状に適応して処方される。
FIG. 2 is a plan view showing a treatment tool with a supporter in which the supporter according to the second embodiment of the present invention has a long shape, and FIG. 2A is a shape diagram in which treatment tools are arranged in a row on the surface. FIG. 2 (b) shows a shape diagram in which treatment devices are arranged in two rows on the surface.
Such a treatment tool with a supporter is suitable for the treatment of the lower back, the crotch and the like of the body.
The number of rows of the treatment devices 1 disposed on the buffer sheet 4 and the number of each row are prescribed in accordance with pain symptoms.

図3は、本発明に係る治療具の詳細を示す斜視図である。
緩衝シート4に開孔された素子挿入用凹部4aは、疼痛の程度を考慮して埋め込まれる一方向電流整流素子1の深さを調節する。
凹部4aの底面には着脱自在な接着部材を敷つめるのもよい。
また、プローブ端末の位置も微妙に変位させて人体電流の補捉に変化を来すようにもしている、すなわち、図1,図2ではそれらの配列は整然と配列させているが、状況に応じてアットランダムに配置した方が良い場合もある。
FIG. 3 is a perspective view showing details of the treatment tool according to the present invention.
The element insertion recess 4a opened in the buffer sheet 4 adjusts the depth of the unidirectional current rectifying element 1 embedded in consideration of the degree of pain.
A removable adhesive member may be laid on the bottom surface of the recess 4a.
In addition, the position of the probe terminal is also slightly displaced to change the capture of the human body current. That is, in FIG. 1 and FIG. 2, the arrangement is orderly arranged, but depending on the situation It may be better to place them randomly.

図4は、本発明になる治療具とその近傍における生体電流の解析図である。
その詳細を説明すれば次の通りである。
たとえば、治療具1のプローブ3のプローブ端末3a側がプラス電位になった瞬間を考える。生体電流の中で治療具1に流入する治療電流is1は、ダイオード2を順方向にわずかのダイオード順方向抵抗Rd を経て整流されてダイオード電流i2 は流れるけれども、サポータ4の緊縛による両プローブ3が圧縮されて相互の表面に接触が生じ、このプローブ接触抵抗R3a3bをへたプローブ接触電流i3a3bが側流する。
FIG. 4 is an analysis diagram of the bioelectric current in the vicinity of the treatment tool according to the present invention.
The details will be described as follows.
For example, consider the moment when the probe terminal 3a side of the probe 3 of the treatment instrument 1 becomes a positive potential. The treatment current is1 flowing into the treatment instrument 1 in the bioelectric current is rectified through the diode 2 through a small diode forward resistance Rd and the diode current i2 flows, but both probes 3 due to the binding of the supporter 4 As a result of the compression, contact occurs between the surfaces, and the probe contact current i3a3b flows through the probe contact resistance R3a3b.

しかし、ダイオード順方向抵抗Rd に比し、プローブ接触抵抗R3a3bははるかに大きい。従って治療電流is1のほとんどはダイオード電流i2 となって、ダイオード(一方向整流素子)2を流通することになる。
一方、両プローブ端末3a3bにおける生体皮膚表面近傍などを流れる表皮電流is3は、両プローブ端末3a3b間における表面抵抗Rsab が甚だ大きいので、無視できるほど小さい。つまり、
Rd ≪R3a3b≪Rsab であり、
i2 ≫i3a3b≫is3
となる。
However, the probe contact resistance R3a3b is much larger than the diode forward resistance Rd. Therefore, most of the treatment current is1 becomes the diode current i2 and flows through the diode (one-way rectifying element) 2.
On the other hand, the skin current is3 flowing near the surface of the living body skin at both probe terminals 3a3b is so small that it can be ignored because the surface resistance Rsab between the probe terminals 3a3b is very large. That means
Rd << R3a3b << Rsab
i2 >> i3a3b >> is3
It becomes.

そして、両プローブ端末3a3b間における表面抵抗Rsab は、皮膚への付着圧力の多少によって変化し、可変抵抗といえる。
このようにして、両プローブ端末3a3bの間における生体電位差および生体表面抵抗Rsab ならびにプローブ接触抵抗R3a3bの変動に対応して、治療電流is1、is2( 両電流は勿論等しい)は変化しながら流通する。
図5は本発明になる治療具を身体の腕部,脚部にそれぞれ装着した状態図であり、図6は本発明の治療具を身体の腰部に緊縛した状態図を背部から見た図である。
このようにして、本発明に成る治療具1は生体皮膚表面への圧接が確実になされ、かつ神経系統のツボのいずれかに貼付される確率が大きいので、疼痛緩和効果の向上が大いに期待できることが一目して理解されるとともに、治療のやり方が日常生活に支障来すことのない、すなわちQOLが少しも損なわれることない治療手段と言える。
The surface resistance Rsab between the probe terminals 3a3b varies depending on the pressure of adhesion to the skin and can be said to be a variable resistance.
In this way, the treatment currents is1 and is2 (both currents are of course equal) circulate while changing in accordance with the biopotential difference between the probe terminals 3a3b and the fluctuation of the biosurface resistance Rsab and the probe contact resistance R3a3b.
FIG. 5 is a state diagram in which the treatment tool according to the present invention is attached to the arm and leg of the body, and FIG. 6 is a view of the state of the treatment tool of the present invention bound to the waist of the body as viewed from the back. is there.
In this way, the treatment tool 1 according to the present invention is surely brought into pressure contact with the surface of the living body and has a high probability of being applied to any one of the acupoints of the nervous system. Is understood at a glance, and it can be said that the treatment method does not interfere with daily life, that is, QOL is not impaired at all.

ここで、半導体で形成されたチップ状の一方向性整流素子2を疼痛部に貼付すると鎮痛効果があることが臨床〔玉川大学工学部,青山大学理工学部,京都大学大学院社会医学院,福井県立大学)でも実証されている。「新しい試みとして、生体電流を補捉プローブ3を具えた一方向性整流素子2からなる治療具1を、身体のツボと思われる箇所に貼付して、身体のダイエット効果を確かめた。   Here, it is clinical that there is an analgesic effect when a chip-shaped unidirectional rectifying element 2 made of semiconductor is applied to the pain part [Tamagawa University Faculty of Engineering, Aoyama University School of Science and Engineering, Kyoto University Graduate School of Social Medicine, Fukui Prefectural University ) Has also been demonstrated. “As a new attempt, a treatment tool 1 comprising a unidirectional rectifying element 2 provided with a probe 3 for capturing a bioelectric current was applied to a point that seems to be a point on the body, and the diet effect of the body was confirmed.

その方法は次の通りである。
被験者として女子8名、男子2名の健康な成人を対象とし、倫理的な配慮を行い、インフォーマルな同意を得た上で、協力をしてもらい、実験期間は7日間で身体に治療具1を貼り続け実験を行った。治療具1はは厚さ1mm、長さ3mmの一方向性整流素子(半導体チップ)2に附属した金メッキ線の身体電流の補捉プローブ(コイル)3を直径9mmの円形として、半導体チップ2をその中心部に置いた円形チップ(治療具1)とした。この円形チップを1回につき、8個から一番多い人で36個を使用した、被験者は一日中、身体に治療具1(チップ)を貼付し、かぶれを防ぐために毎回貼付場所を代えた。
The method is as follows.
Targeting healthy adults of 8 girls and 2 boys as subjects, with ethical considerations and informed consent, with cooperation, and a treatment device on the body in 7 days The experiment was carried out with 1 attached. The treatment tool 1 has a 1 mm thick, 3 mm long unidirectional rectifying element (semiconductor chip) 2 and a gold-plated wire body current capturing probe (coil) 3 having a 9 mm diameter circular shape. A circular tip (therapeutic device 1) placed at the center was used. The test subjects used the circular tip at a time from 8 to 36 people, and the test subject applied the treatment tool 1 (tip) to the body throughout the day, and changed the application location every time to prevent rash.

さらに、貼付する場所と治療具1(半導体チップ)を貼った個数は被験者によって多少異なった。貼付した箇所は腹部、背中、足のダイエットに関係すると思われるツボである。
測定は体重、体脂肪、内臓脂肪、胴回り(ウエスト、リンパ下、お臍下)、足回り(太もも、膝上)の寸法について7日間で効果が現れた5名について検討した。治療具1(半導体チップ)を貼付する前と貼付を開始してから最もダイエット効果があると見られた最小値を抽出して、その違いをt検定で統計処理した。被験者については肥満タイプであるるかどうかの診断は行わない。かつ、食事は普通に食べてもらい、カロリーの計算は行わなかった。左足に治療具1(半導体チップ)4個を足のツボと思われる箇所に貼付して放射温度計を用いて、両足の皮膚温度の上昇経過を調べた。
Furthermore, the place to stick and the number which stuck the treatment tool 1 (semiconductor chip) differed a little with each test subject. The affixed points are points that seem to be related to the diet of the abdomen, back and legs.
The measurement was conducted on five persons who had an effect on the body weight, body fat, visceral fat, waist circumference (waist, lymph, and navel), and leg (thigh, above knee) in 7 days. The minimum value that was found to have the most diet effect was extracted before and after the treatment tool 1 (semiconductor chip) was attached, and the difference was statistically processed by t-test. The subject is not diagnosed as being obese. And the meal was eaten normally, and calories were not calculated. Four treatment tools 1 (semiconductor chips) were attached to the left foot at a point that seems to be an acupoint of the foot, and a radiation thermometer was used to examine the progress of the skin temperature of both feet.

その結果として、体重、内臓脂肪の変化は日数による変動は少なかった。体脂肪は比較的減少傾向が見られた。足回りの太ももの平均寸法が4.3 cm減少し、膝関節の上部の太さは経は平均寸法が2.7 cm減少し、いずれも有意(p<0.05)な減少がみられた。胴回りの寸法(ウエストで平均2.4cm 、リンパ下で平均5cm、お臍下で平均3cm)の減少が見られたが、有意差は得られなかった。手触りではセルライトの減少が見られなかった。右足の治療具1(半導体チップ)4個の貼付によって、足の部分的な皮膚の温度は貼付してから20分経過後に0.3 ℃上昇した。   As a result, changes in body weight and visceral fat did not fluctuate with days. Body fat showed a relatively decreasing trend. The average size of the thigh around the undercarriage was reduced by 4.3 cm, and the thickness of the upper part of the knee joint was reduced by an average size of 2.7 cm, both of which showed a significant (p <0.05) decrease. There was a decrease in waist circumference (average 2.4 cm at waist, average 5 cm under lymph, average 3 cm under navel), but no significant difference was obtained. There was no decrease in cellulite on the touch. By applying four treatment tools 1 (semiconductor chips) for the right foot, the temperature of the partial skin of the foot increased 0.3 ° C. 20 minutes after the application.

このようにして、治療具1(半導体チップ)は体重の減少よりも、身体の胴回りや足回りを細めてくれる作用があり、ダイエット効果がることが示唆された。温度上昇により、脂肪の燃焼が良くなったのではないかと考えられる。」
さらに、21世紀におけるリハビリテーション医療の位置づけの一こまとして、疼痛部門において福岡大学病院リハビリテーション部での成果の報告がある。 それは、「治療具1(半導体チップ)の鎮痛効果についての治療報告である。目的は、リハビリテーション医療を必要とする患者の多くは、身体各部の疼痛を有し、リハビリテーション施行時の障害となっているので、治療具1(半導体チップ)を疼痛部に貼付してその効果を判定することにある。
In this way, it was suggested that the treatment tool 1 (semiconductor chip) has a function of narrowing the waist and the legs of the body rather than the weight loss, and has a diet effect. It is thought that the burning of fat improved due to the temperature rise. "
Furthermore, as a part of the position of rehabilitation medicine in the 21st century, there is a report on the results at the Department of Rehabilitation at Fukuoka University Hospital in the Pain Division. It is a treatment report on the analgesic effect of the treatment tool 1 (semiconductor chip). The purpose is that many patients who require rehabilitation medical care have pain in various parts of the body, which is an obstacle during rehabilitation. Therefore, the treatment tool 1 (semiconductor chip) is affixed to the pain part and the effect is determined.

対象は、肩こり、腰痛を主とした各種の慢性疼痛患者92名( 年齢25〜82才、平均56才、男30名, 女62名)であり、内10名は同一形状のダミー品を使用したプラセボとした。
治験方法は、厚さ1mm、長さ3mmの一方向整流素子(ダイオード)2に附属したコイル・身体電流補足プローブ3を9mmの円形とし、ダイオード2ををその中心部に置いた円形の治療具1(半導体チップ)とした。
この治療具1を症状に応じて疼痛部に2〜数個貼付した。被験者の判定評価は、ビジュアル アナログ スケール(visual analog scale VAS方式)で0〜10までの目盛りを設定した。10を貼付前の状態とし、症状の消失を0 とし、数値による貼付後24時間後の改善変化を検査した。0〜3 …著しい有用性、4 〜6 …有用、7〜8…一応の有用性、9〜10…無効とした。
The subjects were 92 patients with various types of chronic pain, mainly shoulder stiffness and low back pain (age 25-82 years, average 56 years, 30 men, 62 women), and 10 of them used dummy items of the same shape. Was a placebo.
The clinical trial method consists of a coil / body current supplementary probe 3 attached to a unidirectional rectifying element (diode) 2 having a thickness of 1 mm and a length of 3 mm, and a circular treatment device in which the diode 2 is placed at the center thereof. 1 (semiconductor chip).
Two to several treatment tools 1 were affixed to the pain area depending on the symptoms. The evaluation of the subjects was set on a scale of 0 to 10 on the visual analog scale (VAS method). 10 was the state before application, the disappearance of the symptom was 0, and the change in improvement was examined 24 hours after application by numerical values. 0-3: Significant usefulness, 4-6: Useful, 7-8: Temporary usefulness, 9-10: Invalid.

その結果として、0〜3 は17名(21 %) 、4 〜6 は46名(56 %) 、7〜8は13名(16 %) であり、プラセボ10名は全て無効であった。また治療具1の貼付による副作用は認められなかった。
このようにして、93%の被験者に有用性が認められた。鎮痛のメカニズムとしては治療具1(半導体チップ)の一方向性整流素子2が疼痛部にに生じる生体電流の異常を調整すると思われている。鎮痛効果のあった被験者の疼痛部の血流は血流計で測定すると増加しており、圧痛部の筋硬度計で測定すると硬度の減少がみられた。疼痛治療の有用な手段のひとつとなりうるとおもわれたと」ある。
As a result, 0-3 were 17 (21%), 4-6 were 46 (56%), 7-8 were 13 (16%), and all 10 placebos were invalid. In addition, no side effects were observed when the treatment tool 1 was applied.
In this way, 93% of the subjects were useful. As an analgesic mechanism, it is considered that the unidirectional rectifying element 2 of the treatment device 1 (semiconductor chip) adjusts the abnormality of the bioelectric current generated in the pain part. The blood flow in the pain area of the subject who had an analgesic effect increased when measured with a blood flow meter, and the hardness decreased when measured with a muscle hardness meter in the tender area. I thought it could be a useful tool for pain treatment. "

かくして本発明によれば、本発明者らは、先の細胞群からこの異常電圧を捕捉することで治療効果を創出するとともに、治療具を患部に貼り付けることに、特別の手法を採用し、患部を押圧しながら、かつ身体を自由に活動させながらも、痛痒部の軽快回復とダイエット効果までももたらす、これまでに症例を見ない卓越したサポータ付治療具を医療現場に提供することができる。   Thus, according to the present invention, the inventors create a therapeutic effect by capturing this abnormal voltage from the previous cell group, and adopt a special technique to paste the treatment tool on the affected area, It is possible to provide the medical field with an excellent supporter that has never seen a case so far, while pressing the affected area and allowing the body to move freely, and also to improve the painful area and improve the diet. .

さらに言えば、人体に治療具を貼付する部位はツボや疼痛点がよいと言われているが、ツボの場所は個人差があり、少しずつ異なることもあって、素人にはツボの位置を探すことは難しいのを、治療具を複数個装着したサポータを患部に緊縛することで、ツボに貼付できる可能性が高くし、今までの治療具の貼付手段としてのパッチを使用した患部への貼付に代えて、患部に確実かつ複数個の治療具をセットすることが可能になり、特に老人への装着の負担をなくし、蒸れてカブレ易いこともなくなり、肌の弱い人でも長時間装着でき、入浴などの際に着脱する手間もなくなり、従来形式のこの種の治療具に比し、治療具の複数個の配置によるツボの確保と装着の容易さと患部の運動に支障がなくなり、自在な日常生活の中での治療が施行できQOLの向上と、特段の治療効果の飛躍が認められる。   Furthermore, it is said that the site where the treatment tool is affixed to the human body has good points and pain points, but the location of the points varies from person to person and may vary little by little. Although it is difficult to find, by attaching a supporter with multiple treatment tools to the affected area, there is a high possibility that it can be applied to the acupuncture point, and to the affected area using a patch as a pasting means of treatment tools so far Instead of sticking, it becomes possible to set multiple treatment tools reliably on the affected area, eliminating the burden of wearing especially for the elderly, and avoiding the tendency to get stuffy and foggy, and even people with weak skin can wear it for a long time. Compared to this type of treatment tool of the conventional type, there is no need to attach and detach when taking a bath, etc. Treatment in daily life is enforced And the improvement of QOL, the leap of special therapeutic effect is observed.

本発明の実施の形態1に係るサポータ付治療具を示す平面図で、図1(a) はその表面図、図1(b) はその裏面図、図1(c) は図1(a) の一部を示す図BRIEF DESCRIPTION OF THE DRAWINGS It is a top view which shows the treatment tool with a supporter concerning Embodiment 1 of this invention, FIG.1 (a) is the front view, FIG.1 (b) is the back view, FIG.1 (c) is FIG.1 (a). Figure showing a part of 本発明の実施の形態2としてのサポータが長大な形状にされたサポータ付治療具を表す平面図で、図2(a)はその表面に治療具を1列に配設した形状図、図2(b) はその表面に治療具を2列に配設した形状図FIG. 2 (a) is a plan view showing a treatment tool with a supporter in which the supporter according to the second embodiment of the present invention has a long shape, and FIG. 2 (a) is a shape diagram in which treatment devices are arranged in a row on the surface, FIG. (b) is a shape diagram with treatment devices arranged in two rows on the surface. 本発明の実施の形態に係る治療具の詳細を示す斜視図The perspective view which shows the detail of the treatment tool which concerns on embodiment of this invention 本発明の実施の形態に係る治療具とその近傍における生体電流の解析図Analytic diagram of bioelectric current in the vicinity of the treatment tool according to the embodiment of the present invention 本発明になる治療具を身体の腕部,脚部にそれぞれ装着した状態図図Diagram of the treatment device according to the present invention mounted on the arm and leg of the body 本発明の治療具を身体の要部に緊縛した状態を背部から見た図The figure which looked at the state which bound the treatment tool of the present invention to the principal part of the body from the back.

符号の説明Explanation of symbols

1 本発明の治療具(半導体チップ)
2 一方向整流素子(ダイオード)
3 プローブ(電流補捉素子)
3a,3b プローブ端末
4 緩衝シート
4a 素子挿入用凹部
5 サポータ
6a,6b 粘着部材
1 Treatment Device (Semiconductor Chip) of the Present Invention
2 Unidirectional rectifier (diode)
3 Probe (current trapping element)
3a, 3b probe terminal
4 Buffer sheet
4a Recess for element insertion 5 Supporter
6a, 6b Adhesive member

Claims (5)

一方向電流整流素子をその中央に配設し、
この一方向電流整流素子の両極性端子より伸延して導線の外周表面を金,銀,チタン,プラチナなどのいずれかの金属でメッキを施した線分のそれぞれを円形状に曲げ、
前記一方向電流整流素子をその中心として外延部周囲に周回する電流捕捉プローブを備え、
前記一方向電流整流素子と前記電流捕捉プローブから成る治療具を、柔軟性のある繊維質の緩衝材に開設した凹部に据え置き、
前記治療具を身体の患部に添付できる繊維質布、可撓性革板などから作るサポータの表面に固着させ、
前記治療具をさらに複数個設けるとともに、かつ前記治療具が直接患部に圧接できるようにして、
このサポータを帯状に形成し前記患部に緊縛して構成したことを特徴とするテープ付治療具。
A unidirectional current rectifier is arranged in the center,
Bend each line segment that extends from the bipolar terminal of this unidirectional current rectifying element and plated the outer peripheral surface of the conducting wire with one of the metals such as gold, silver, titanium, platinum,
A current capturing probe that circulates around the outer extension around the one-way current rectifier element;
The treatment tool composed of the one-way current rectifying element and the current capturing probe is placed in a recess formed in a flexible fibrous cushioning material,
The treatment tool is fixed to the surface of a supporter made of a fiber cloth, a flexible leather board, etc. that can be attached to the affected part of the body,
A plurality of the treatment tools are provided, and the treatment tools can be directly pressed against the affected area,
A treatment tool with a tape, wherein the supporter is formed in a band shape and is bound to the affected area.
前記凹部の深さと前記柔軟性のある繊維質の弾力性について、前記患部の症状と配設する前記治療具の数に応じて変化させて成る
ことを特徴とする請求項1に記載のテープ付治療具。
2. The tape attachment according to claim 1, wherein the depth of the recess and the elasticity of the flexible fiber are changed according to the symptoms of the affected area and the number of the treatment tools to be arranged. Treatment tool.
前記凹部に着脱自在な接着性部材を敷付けておき、前記治療具を自由に交換されるようにした
ことを特徴とする請求項1に記載のテープ付治療具。
The treatment tool with a tape according to claim 1, wherein an adhesive member that is detachable is laid in the recess, and the treatment tool can be freely replaced.
前記サポータの帯状両端を着脱自在な部材を配設し、前記患部に着脱自在にした
ことを特徴とする請求項1に記載のテープ付治療具。
The treatment tool with a tape according to claim 1, wherein a member that is detachable at both ends of the supporter is disposed so as to be detachable from the affected area.
前記治療具に配設する前記一方向電流整流素子の整流極性の方向を、適宜にアットランダムに配置した
ことを特徴とする請求項1に記載のテープ付治療具。
The treatment device with a tape according to claim 1, wherein the direction of the rectification polarity of the unidirectional current rectifying element disposed in the treatment device is appropriately and randomly arranged.
JP2005187558A 2005-06-28 2005-06-28 Therapeutic device with supporter Pending JP2007006915A (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
JP2005187558A JP2007006915A (en) 2005-06-28 2005-06-28 Therapeutic device with supporter
PCT/JP2006/312684 WO2007000957A1 (en) 2005-06-28 2006-06-20 Treatment tool with supporter

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2005187558A JP2007006915A (en) 2005-06-28 2005-06-28 Therapeutic device with supporter

Publications (1)

Publication Number Publication Date
JP2007006915A true JP2007006915A (en) 2007-01-18

Family

ID=37595208

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2005187558A Pending JP2007006915A (en) 2005-06-28 2005-06-28 Therapeutic device with supporter

Country Status (2)

Country Link
JP (1) JP2007006915A (en)
WO (1) WO2007000957A1 (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009195650A (en) * 2008-02-19 2009-09-03 Shinobu Ito Composition for external use
JP2013520270A (en) * 2010-02-24 2013-06-06 シネロン メディカル リミテッド Body controlling device

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5734236U (en) * 1980-08-07 1982-02-23
JPS6122603Y2 (en) * 1981-06-22 1986-07-07
JPS63135180A (en) * 1986-11-28 1988-06-07 竹間 藤一 Medical tool using electric parts
JPH10174722A (en) * 1996-10-16 1998-06-30 San Field:Kk Medical treatment equipment and medical treatment equipment with tape

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009195650A (en) * 2008-02-19 2009-09-03 Shinobu Ito Composition for external use
JP2013520270A (en) * 2010-02-24 2013-06-06 シネロン メディカル リミテッド Body controlling device

Also Published As

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