JPS59125568A - Magnetic treatng apparatus - Google Patents

Magnetic treatng apparatus

Info

Publication number
JPS59125568A
JPS59125568A JP57233228A JP23322882A JPS59125568A JP S59125568 A JPS59125568 A JP S59125568A JP 57233228 A JP57233228 A JP 57233228A JP 23322882 A JP23322882 A JP 23322882A JP S59125568 A JPS59125568 A JP S59125568A
Authority
JP
Japan
Prior art keywords
magnetic field
magnetic
current
source
independent
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP57233228A
Other languages
Japanese (ja)
Other versions
JPS6232946B2 (en
Inventor
松田 貫太
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP57233228A priority Critical patent/JPS59125568A/en
Publication of JPS59125568A publication Critical patent/JPS59125568A/en
Publication of JPS6232946B2 publication Critical patent/JPS6232946B2/ja
Granted legal-status Critical Current

Links

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 この発明は、磁界を発生するための磁界発生瀬音、多数
個使用した磁気治療器に関するものである。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a magnetic therapy device that uses a large number of magnetic field generators for generating magnetic fields.

従来公知の磁気バンド磁気マフt1磁気マクラ磁気腹巻
き、磁気敷布、磁気服等は、永久磁石を使用したもので
あった。永久磁石では、磁界の強さ、周波数、波形等の
磁界の諸元をかえることができなくて、治療体に加える
磁界に制限ができて、適当な磁界を加えられなかったり
、長時間使用のため治療の慣用性を呈したりする。従っ
て、治療効果をあげるのに時間がかかるの欠点があった
Conventionally known magnetic bands, magnetic muffs, magnetic pillows, magnetic belly wraps, magnetic sheets, magnetic clothing, etc., use permanent magnets. With permanent magnets, it is not possible to change the magnetic field specifications such as magnetic field strength, frequency, waveform, etc., which limits the magnetic field applied to the treatment object, making it difficult to apply an appropriate magnetic field, or when using it for a long time. Therefore, the treatment may become habitual. Therefore, it has the disadvantage that it takes time to achieve a therapeutic effect.

又、公知の磁気治療器には、磁界の強さ、周波数、波形
等の磁界諸元をかえて、磁気治療全行うものもあった。
Furthermore, some known magnetic therapy devices perform complete magnetic therapy by changing magnetic field specifications such as magnetic field strength, frequency, and waveform.

例えば、昭和56年特許出願公告第29552号等は、
その例である。又、公知の磁気治療器には、あらかじめ
モードの異なる磁界を多数個用意してこれらをある期n
!I fおいて、交互に又は順番に加えて磁気治療を行
うものもあった。
For example, Patent Application Publication No. 29552 of 1982, etc.
This is an example. In addition, in known magnetic therapy devices, a large number of magnetic fields with different modes are prepared in advance and these are applied over a certain period of time.
! In some cases, magnetic therapy was applied alternately or sequentially.

例えば、昭和56年特許出願公告第8621号等はその
例である。この場合において、磁界を加える場所につい
て考慮がなされていなかった。例えば、被治療者が肩こ
りと同時に神経痛で足がいたい場合において、全身と患
部に加える磁界、あるいけ肩と足に加える磁界は当然ち
がうはずであり、このような治療には対応できなかった
。又、一つの疾患でも身体全体を整えながら同時に阻部
を治療する場合もあり、この時の身体全体と用部に加え
る磁界は当然違い、このような治療には対応できなかっ
た。又、一つの患部でも磁界を加える方向を変えて満遍
無く加えれば、一方向から加えるよりは、患部の生体M
4織を広範囲に刺激することになり、治療効果をあ一1
又、治療の慣用性を防ぐこともできる。この場合、公知
の磁気治療器では、患部に取付けられた磁界発生源を再
びつけ替えしなければならない不便さがあった。又、一
つの患部でも磁界分布を変えて加えれば、治療の慣用性
を防ぐこともできるし、又、患部の重要な部分とさほど
重要でない部分あるいけ磁界を必要としない部分等に区
分して加えることができ、合理的であり、治療方法とし
て好ましい。
For example, Patent Application Publication No. 8621 of 1984 is an example. In this case, no consideration was given to the location where the magnetic field is applied. For example, if a patient suffers from stiff shoulders and neuralgia that makes him unable to use his legs, the magnetic fields applied to the whole body and the affected area, or the magnetic fields applied to the shoulders and legs, would naturally be different, and such treatment could not be applied. Furthermore, even for a single disease, there are cases in which the whole body is adjusted and the body parts are treated at the same time, and the magnetic fields applied to the whole body and the body parts are, of course, different, and this kind of treatment cannot be applied. Also, if you change the direction of applying the magnetic field and apply it evenly to one affected area, it will be easier to apply the magnetic field to the affected area than from one direction.
It stimulates a wide range of 4 tissues, increasing the therapeutic effect.
It can also prevent treatment habituation. In this case, known magnetic therapy devices have the inconvenience of having to replace the magnetic field generation source attached to the affected area. In addition, by applying different magnetic field distributions even to the same affected area, it is possible to prevent the treatment from becoming repetitive, or to divide the affected area into important parts and less important parts, or parts that do not require a magnetic field. It can be added, is reasonable, and is preferred as a treatment method.

公知の磁気治療器は、このように2個所以上の場所に全
く異なった磁界を同時に加えたり、一つの場所でも多方
向から磁界を加えたり、又、磁界分布を変更して加えた
りすることができなかった。
In this way, known magnetic therapy devices can apply completely different magnetic fields to two or more locations at the same time, apply magnetic fields from multiple directions to one location, or apply magnetic fields by changing the magnetic field distribution. could not.

そのために、既述したように疾患によっては、治療効果
を十分発揮できない結果で終わるものが多かった。
For this reason, as mentioned above, depending on the disease, there are many cases in which the therapeutic effect cannot be fully exerted.

この発明の磁気治療器は、上記の欠点を改善して治療効
果をあげようとするものである。即ち、各々独立した前
記磁界発生源を、多数個配置して、磁界分布、磁界の強
さ、周波数、波形、位相、磁界発生時間等の磁界諸元を
変更して、患部に加え上記欠点を改善した磁気治療器を
提供するものである。
The magnetic therapy device of the present invention aims to improve the above-mentioned drawbacks and increase the therapeutic effect. That is, by arranging a large number of independent magnetic field generation sources, and changing the magnetic field specifications such as magnetic field distribution, magnetic field strength, frequency, waveform, phase, and magnetic field generation time, it is possible to eliminate the above-mentioned defects in addition to the affected area. An improved magnetic therapy device is provided.

(3) 以下、その構成と作用について述べる。(3) The structure and operation will be described below.

この発明の磁気治療器の構成を1図に示す。The configuration of the magnetic therapy device of this invention is shown in FIG.

単数側又は多数個から成り各々独立した定常電流又は変
動電流を発生できる電流源工と、多数個から成り各々独
立した前記電流に対応して、磁界を発生するようにされ
た磁界発生源Mと、前記電流源工と前記磁界発生源Mの
接続を変更できる接続変更群Sと前記電流源■において
、定常電流の場合は大きさを、変動電流の場合は周波数
(周期)、位相、大きさ、波形を制御し、又、必要によ
り前記磁界発生源Mの磁極の出し入れを制御するための
制御群Cからなるものである。
A current source M consisting of a single side or a plurality of units, each capable of generating an independent steady current or a fluctuating current; and a magnetic field generating source M consisting of a large number of units, each of which is adapted to generate a magnetic field in response to the independent current. , the connection change group S that can change the connection between the current source and the magnetic field generation source M, and the current source ■, the magnitude in the case of a steady current, and the frequency (period), phase, and magnitude in the case of a fluctuating current. , a control group C for controlling the waveform and, if necessary, for controlling the insertion and removal of the magnetic pole of the magnetic field generation source M.

本磁気治療器の動作は、基本的には、磁界発生源Mの単
体毎にあるいは複数個毎に1強さが同じ又は異なる定常
磁界を、あるいけ周波数(周期)強さ、波形、位相が同
じ又は異なる変動磁界を、時間的に一定に発生できるの
である。
Basically, the operation of this magnetic therapy device is to apply a steady magnetic field of the same or different strength to each magnetic field generation source M or multiple magnetic field sources M, or to apply a constant magnetic field of the same or different strength to each magnetic field source M, or to change the frequency (period) strength, waveform, and phase. The same or different varying magnetic fields can be generated constantly over time.

磁界発生源Mの単体毎にあるいは複数個毎に、定常磁界
の場合はその強さを、変動磁界の場合はその強さ、周波
数(周期)、波形、位相の異なる( 4 ) 磁界を、あらかじめ設定調整して多数個用意し、その磁
界をある時間間隔をおいて、交互にあるいは順番に、そ
して周期的に発生できるのである。
For each single magnetic field generation source M or for each plurality of magnetic field sources M, in the case of a steady magnetic field, the strength is determined in advance, and in the case of a fluctuating magnetic field, the strength, frequency (period), waveform, and phase of the magnetic field are different (4). By adjusting the settings and preparing a large number of them, it is possible to generate their magnetic fields alternately, sequentially, and periodically at certain time intervals.

磁界発生源Mから単体毎にあるいは複数個毎にある時間
間隔をおいて、又はある周期をもって順番に、あるいは
交互に1強さの一定の定常磁界、あるいけ周波数(周期
)、強さ、波形、位相が一定の変動磁界を、場所、方向
あるいけ磁界分布を変えて発生できるのであると共に之
等の上記各動作を組合せた動作をさせることもできるの
である。
A constant steady magnetic field of one strength, or frequency (period), strength, waveform, is generated from the magnetic field source M for each single unit or multiple units at certain time intervals, in order with a certain period, or alternately. , a variable magnetic field with a constant phase can be generated by changing the location, direction, or magnetic field distribution, and it is also possible to perform a combination of the above operations.

今この磁気治療器の笑施例を示すと次のとおりである。The following is an example of this magnetic therapy device.

例えば、各々独立した磁界発生源Mf、多数個、マプト
、ふとん、まくら、腹巻き、敷布、毛布、衣類、バンド
、べμト等の収納体KK、2図(a)のような配置に入
れれば、各々の磁界発生源M K加える電流の向きによ
抄、2図(1))から2図(θ)のように、磁界の分布
、方向は多様になる。このような配置による多様な磁界
の分布は、比較的治療体が平坦であって、深部に強い磁
界を必要としない場合に適する。例えば、肩こりとか腰
痛などの場合には、PM8時からPM11時まで、患部
の中心部に、2図(b)のような分布で、磁束密度50
ガウス、周波数IHzの正弦波変動磁界と、2図tel
のような分布で磁束密度50ガウス、周波数Q、5Hz
の指数関数的変化の変動磁界を10分間隔をおいて交互
に加えながら、患部以外の背中全体には2図(りのよう
な分布で磁束密度50ガウスの定常磁界を加え、PM1
1時からAM4時までは、患部の中心部に前記変動磁界
を、それ以外の場所には、肩背中、腰へと、30分間隔
に場所を変えて順番に、前記定常磁界を加えることがで
きる。
For example, if each independent magnetic field generation source Mf, a large number of magnetic field sources Mf, a storage body KK for futons, pillows, belly wraps, bed sheets, blankets, clothing, bands, etc. are arranged as shown in Figure 2 (a), , the distribution and direction of the magnetic field vary depending on the direction of the current applied to each magnetic field generation source MK, as shown in Figure 2 (1) to Figure 2 (θ). The various magnetic field distributions provided by such an arrangement are suitable when the object to be treated is relatively flat and does not require a strong magnetic field deep inside. For example, in the case of stiff shoulders or lower back pain, from 8 PM to 11 PM, a magnetic flux density of 50
Gauss, a sinusoidal varying magnetic field with a frequency of IHz, and Fig. 2 tel
With a distribution like this, magnetic flux density is 50 Gauss, frequency Q is 5Hz
While applying a fluctuating magnetic field of exponential change at 10-minute intervals alternately, a steady magnetic field with a magnetic flux density of 50 Gauss was applied to the entire back except for the affected area, with a distribution as shown in Figure 2.
From 1:00 a.m. to 4:00 a.m., the variable magnetic field is applied to the center of the affected area, and the steady magnetic field is applied to other locations, such as the shoulders, back, and waist, in order at 30-minute intervals. can.

又、足、手、胴体などのように軸長い形状の治療体の場
合には、例えば、既述したように各々独立した磁界発生
源Mを、多数個、腹巻き、バンドベルト等の収納体Kに
収納し前記治療体に巻きつけて、治療を行うことも可能
である。3図(a)は、4極の場合の、その例◆である
。ところで、例えば、大腿部骨折治療のように、空隙が
大きく、しかも骨の中心点に磁束密度200ガウス程度
の強い磁界を必要とする場合には、磁極と磁極の間を強
磁性体で接ぎ、前記磁性体にもコイ/l/をまき、起磁
力を強化することも可能である。3図(b)は、4極の
場合の例である。この場合、例えば磁極全2極とした場
合の磁界分布は3図(0)から3図(りのように々す、
磁me4極とした場合の磁界分布は8図(りから3図(
g)のようになる。なお、2極とした場合の必要でない
磁極の強磁性体は、3図(C)又は3図(d)のように
、矢印の方向に下げれる性能を有する。又、例えば、3
図(e)において、治療体の上半分け2極として、定常
磁界を加え、血液の運動によって発生する起電力を血液
中に得て、下半分には他の2極により、周波数IHz、
強さは前記定常磁界と同じの正弦波変動磁界を加え、前
記上半分で得た起電力とけ物理的に異なる起電力を発生
することも可能である。このように多様な磁界分布を、
ある期間をおいて、交互に又は順番釦加えることも可能
であり、又、一つの磁界の分布でも、例えば、8図((
1)において、磁界発生源M1、M4の間で作った磁界
を磁界発生源M、、M、で(7) 作り、さらに次の場所例順次移動しながらつくることも
可能である。なお、既述し次ように、治療体の深部に強
い磁界を必要としない時は、2図(a、1のように磁界
発生源Mを、多数個、収納体Kに収納することにより、
上記のような磁界を発生することも、もちろん可能であ
る。又、上記磁界と磁界の周波数(周期)、位相、強さ
、波形、磁界発生時間等を組合せて、治療体に加えるこ
とも可能である。
In addition, in the case of a treatment object with a long axis such as a leg, hand, or torso, for example, as described above, a large number of independent magnetic field generation sources M may be provided, and a storage body K such as a belly band or a band belt may be used. It is also possible to carry out treatment by storing it in a container and wrapping it around the treatment body. Figure 3 (a) is an example ◆ in the case of four poles. By the way, for example, when the gap is large and a strong magnetic field with a magnetic flux density of about 200 Gauss is required at the center of the bone, such as when treating a femoral fracture, it is recommended to connect the magnetic poles with a ferromagnetic material. It is also possible to sow carp /l/ in the magnetic material to strengthen the magnetomotive force. FIG. 3(b) is an example of a four-pole case. In this case, for example, the magnetic field distribution when the magnetic poles are all two poles is as shown in Figure 3 (0) to Figure 3 (Figure 3).
The magnetic field distribution when the magnetic me is set to 4 poles is shown in Figure 8 (Figure 3).
g). In addition, the ferromagnetic material of the unnecessary magnetic pole in the case of two poles has the ability to be lowered in the direction of the arrow, as shown in FIG. 3(C) or FIG. 3(d). Also, for example, 3
In figure (e), two poles in the upper half of the treatment body apply a steady magnetic field to obtain the electromotive force generated by the blood movement in the blood, and the other two poles in the lower half apply a steady magnetic field at a frequency of IHz,
It is also possible to generate an electromotive force that is physically different from the electromotive force obtained in the upper half by applying a sinusoidally varying magnetic field with the same strength as the steady magnetic field. In this way, various magnetic field distributions,
It is also possible to add buttons alternately or in order after a certain period of time, and even with one magnetic field distribution, for example, Fig. 8 ((
In 1), the magnetic field created between the magnetic field generating sources M1 and M4 can be created by the magnetic field generating sources M, , M, (7), and it is also possible to create the magnetic field while moving sequentially to the following locations. As already mentioned and as follows, when a strong magnetic field is not required deep in the treated body, by storing a large number of magnetic field generating sources M in the storage body K as shown in Fig. 2 (a, 1),
It is of course possible to generate a magnetic field as described above. Further, it is also possible to combine the above-mentioned magnetic field and the frequency (period), phase, strength, waveform, magnetic field generation time, etc. of the magnetic field and apply it to the treatment object.

このように、本磁気治療器は多様な動作ができる。これ
は、治療体の形、大きさ、あるいけ疾患の種類軽重等に
幅広く、かつ、正確に対応できるものである。又、遠隔
作用に治療、あるいは治療の慣用性の防止にも役立つも
のである。
In this way, this magnetic therapy device can perform various operations. This can be applied widely and accurately to the shape and size of the object to be treated, as well as the type and severity of the disease. It is also useful for treating distant effects or preventing the habit of treatment.

本磁気治療器は、このように治療効果をあげることがで
きる。
This magnetic therapy device can improve therapeutic effects in this way.

【図面の簡単な説明】[Brief explanation of the drawing]

図面は本発明の一笑施例を示すものであって、第1図は
本発明磁気治療器の構成図、第2図は磁界発生源の配置
及び磁界分布状態を示す説明図、(8) 第8図は同上の例示図である。 1・・・コイ/L/2・・・強磁性体  工、■、工n
・・・電流源  M、、M、、M、、M、、M +1、
MI、、Mn、Mn tSMnt 、Mnn HH+磁
界発生源  K・・・収納体  Z・・・治療体S・・
・接続変更群  C・・・制御群  N・・・N極  
S・・・S極 特許出願人 松 1)貫 太 之 1.事件の表示 昭和/−7年     4キ願 第:z33zzJ’号
8 補正をする者 4代理 人 5、補正命令の日付 昭和  年  月  口重 7、補正の内容 補  正  の  内  容 書の「特許請求の範囲」を下記のようにも。 1、 単数側又は複数個からなり各々独立した定常電流
又は変動電流を発生できる電流源と、]からなり各々独
立した前記電流に対応して磁界を発生することができる
ようにした磁界発生源と、前記磁界発生源と前記電流源
う続変更ができる機能を有する接続変更二を備えること
によシ患部に磁界を加え勾場所或は磁界の分布、方向等
を変更させて−” −”;療を行うことを特徴とする磁
気治療器−個又は複数個からなυ各々独立した定−又は
変動電流を発生できる電流源と、複数個からなり各々独
立した前記電流に対応して磁界を発生することができる
ようにした生湯と前記磁界発生源と前記電流源と 変更ができる機能を有する接続変更装 −−−備えた電気回路において定常電流の場合の大きさ
を、変動電流の場合は周波数、位相、大きさ、波形を制
御し、また、必要により前記磁界発生源の磁極の出し入
れを制御するための制御群を附加したことを特徴とする
磁気治療器 2、 明細書第2頁第10行に「磁気バンド磁気マット
、磁気マフラ」とあるを「磁気バンド、磁気マット、磁
気マフラ、」と補正する。 3、明細書第5頁第3行から第12行に「単数個又は多
数個から成り・・・・・・・制御群Cからなるものであ
る。」とあるを[単数個又は多数個から成り各々独立し
た定常電流又は変動電流を発生できる電流源(I>と多
数個から成り各々独立した前記電流に対応して、磁界を
発生するようにされた磁界発生源(財)と、前記電流源
(I)と、前記磁界発生源etの接続を変更できる接続
変更装置(8)が、必須要件であり、この場合接続変更
装置(8)は、スイッチ、磁石にリレー、半導体等を使
用した切替素子を含むし、又、そのスイッチング制御に
は、手動、或はマルチ八イブレータによる二つのスイッ
チング素子の制御等(発振回路を利用したもの)タイマ
によるスイッチング素子の制御等(タイマを利用したも
の)周期の異なる複数の基本的パルスをアンド回路(論
理回路)に入れその論理的演算によるスイッチング素子
の制御等(論理回路を利用したもの)電子計算機による
スイッチング制御等(電子計算機を利用したもの)の自
動も含まれる。又上記必須要件項を満たす電気回路に、
前記電流源(I)において定常電流の場合は大きさを、
変動電流の場合は周波数(周期)、位相、大きさ、波形
を制御し、又必要により前記磁界発生源に)の磁極の出
し入れを制御したり、前記接続変更装置の接続変更を制
御したりするための制御群(Qを付加した構成を考える
ことも可能であり、この場合、制御群0は、前記接続変
更装置(8)のところに述べたように切替素子又は制御
を含むものである。」と補正する。 4、明細書第6頁第8行から第10行に[磁界分布を変
えて・・・−・・・動作をさせることもできるの(2) である」とあるを1磁界分布を変えて発生できるのであ
る。又、之等の上記各動作を組合せた動作をさせること
もできるのである。」と補正する。 5、 明細書第7頁第10行から第11行に「肩背中、
」とあるを「肩、背中、」と補正する。 6、 明細書第8頁第10行に「性能を」とあるを「性
能も」と補正する。 7、 明細書第10頁第3行に「Ml、M2、M3、M
4、Mlt 、Mlt、MnlMn I 、Mn l 
、Mllns Ml n ・@ a @ @ Jと補正
する。 8、 明細書第10頁第5行に「S−m−接続変更群」
とあるを「S・・・・−・・・接続変更装置」と補正す
る。 (4)−396− (3)
The drawings show an embodiment of the present invention, and FIG. 1 is a configuration diagram of the magnetic therapy device of the present invention, FIG. 2 is an explanatory diagram showing the arrangement of the magnetic field generation source and the state of magnetic field distribution, and (8) FIG. FIG. 8 is an illustrative diagram of the same as above. 1...Carp/L/2...Ferromagnetic material, ■, engineering n
...Current source M,,M,,M,,M,,M+1,
MI,, Mn, Mn tSMnt, Mnn HH+Magnetic field source K...Storage body Z...Treatment body S...
・Connection change group C...Control group N...N pole
S...S pole patent applicant Matsu 1) Tayuki Kan 1. Indication of the case Showa/-7 Years 4 Request No.: z33zzJ' No. 8 Person making the amendment 4 Agent 5 Date of the amendment order Showa Year Month Weight 7 Contents of the amendment ``Patent claim'''Range' as below. 1. A current source consisting of a single side or a plurality of units, each capable of generating an independent steady current or a fluctuating current; , by providing a connection changer having a function of changing the connection between the magnetic field generation source and the current source, a magnetic field is applied to the affected area and the gradient position or the distribution, direction, etc. of the magnetic field are changed. A magnetic therapy device characterized by performing medical therapy - a current source that can generate independent constant or fluctuating currents, consisting of one or more units, and a magnetic field that generates a magnetic field in response to the independent currents, each consisting of a plurality of units. In an electric circuit equipped with a connection change device having a function of changing the hot water, the magnetic field generation source, and the current source, the magnitude in the case of a steady current, and the magnitude in the case of a fluctuating current, can be changed. Magnetic therapy device 2, characterized in that a control group is added to control the frequency, phase, magnitude, and waveform, and if necessary, to control the insertion and removal of the magnetic pole of the magnetic field generation source, page 2 of the specification. In line 10, "magnetic band magnetic mat, magnetic muffler" is corrected to "magnetic band, magnetic mat, magnetic muffler." 3. On page 5 of the specification, from line 3 to line 12, the phrase "composed of a control group C consisting of a single or a plurality of control groups." A current source (I>), each of which is capable of generating an independent steady current or a fluctuating current; A connection change device (8) that can change the connection between the source (I) and the magnetic field generation source et is an essential requirement, and in this case, the connection change device (8) uses a switch, a relay for a magnet, a semiconductor, etc. It includes a switching element, and its switching control includes manual control, control of two switching elements by a multi-occurrer (using an oscillator circuit), control of the switching element by a timer (using a timer, etc.) ) Control of switching elements by putting multiple basic pulses with different periods into an AND circuit (logic circuit) and logical operations (using logic circuits) Switching control using electronic computers (using electronic computers) This also includes automatic electrical circuits that meet the above essential requirements.
In the case of a steady current in the current source (I), the magnitude is
In the case of a fluctuating current, it controls the frequency (period), phase, magnitude, and waveform, and if necessary controls the insertion and removal of magnetic poles (to the magnetic field generation source), and controls the connection change of the connection change device. It is also possible to consider a configuration in which a control group (Q) is added for the connection change device (8), in which case the control group 0 includes the switching element or control as described in the connection change device (8). 4. In the specification, page 6, line 8 to line 10, it says "It is also possible to operate by changing the magnetic field distribution (2)." 1 Magnetic field distribution It can also be generated by changing the above-mentioned motions.It is also possible to perform a combination of the above-mentioned motions." back,
'' should be corrected to ``shoulders, back,''. 6. On page 8, line 10 of the specification, the phrase "performance" should be amended to read "performance as well." 7. On page 10 of the specification, line 3, “Ml, M2, M3, M
4, Mlt, Mlt, MnlMn I, Mn l
, Mllns Ml n ・@ a @ @ J. 8. "S-m-Connection Change Group" on page 10, line 5 of the specification
The text has been corrected to read "S...--connection change device." (4)-396- (3)

Claims (1)

【特許請求の範囲】[Claims] 1 単数例又は複数個からなり各々独立した定常電流又
は変動電流を発生できる電流源と、複数個からなり各々
独立した前記電流に対応して磁界を発生することができ
るようKした磁界発生源と、前記磁界発生源と前記電流
源とを接続変更ができる機能を有する接続変更装置とを
備えることにより患部に磁界を加える場所或は磁界の分
布、方向等を変更させて磁気治療を行うととを特徴とす
る磁気治療器2 単数個又Fi、?v数個からカり各々
独立した定常電流又は変動電流を発生できる電流源と、
複数個からなり各々独立したln前記電流に対応を備え
た電流源において定常電流の場合の大きさを変動電流の
場合は周波数、位相、大きさ、波形を制御し、オた、必
要により前記磁界発生源の磁極の出し入れを制御するた
めの制御群を附加したことを特徴とする磁気治療器
1. A single current source or a plurality of current sources each capable of generating an independent steady current or fluctuating current, and a plurality of magnetic field generation sources each capable of generating a magnetic field in response to the independent current. , a connection change device having a function of changing the connection between the magnetic field generation source and the current source is provided to perform magnetic therapy by changing the location where the magnetic field is applied to the affected area, or the distribution, direction, etc. of the magnetic field. Magnetic therapy device 2 featuring single or Fi, ? A current source capable of generating an independent steady current or fluctuating current from several units;
A current source consisting of a plurality of units, each independent of the current source, controls the magnitude in the case of a steady current, and the frequency, phase, magnitude, and waveform in the case of a fluctuating current, and also controls the magnetic field as necessary. A magnetic therapy device characterized by adding a control group for controlling the insertion and removal of the magnetic pole of the source.
JP57233228A 1982-12-29 1982-12-29 Magnetic treatng apparatus Granted JPS59125568A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP57233228A JPS59125568A (en) 1982-12-29 1982-12-29 Magnetic treatng apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP57233228A JPS59125568A (en) 1982-12-29 1982-12-29 Magnetic treatng apparatus

Publications (2)

Publication Number Publication Date
JPS59125568A true JPS59125568A (en) 1984-07-19
JPS6232946B2 JPS6232946B2 (en) 1987-07-17

Family

ID=16951756

Family Applications (1)

Application Number Title Priority Date Filing Date
JP57233228A Granted JPS59125568A (en) 1982-12-29 1982-12-29 Magnetic treatng apparatus

Country Status (1)

Country Link
JP (1) JPS59125568A (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6122869A (en) * 1983-12-08 1986-01-31 ロ−ベルト・ボツシユ・ゲゼルシヤフト・ミツト・ベシユレンクテル・ハフツング Magnetic field treating device
JPS61180048U (en) * 1985-04-28 1986-11-10
JPS6218150U (en) * 1985-07-17 1987-02-03
JPS6331676A (en) * 1986-07-28 1988-02-10 松村 義男 Therapeutic device by rotary magnetic field

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6236347U (en) * 1985-08-21 1987-03-04

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0714250U (en) * 1993-08-18 1995-03-10 株式会社ユニシアジェックス Flywheel

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0714250U (en) * 1993-08-18 1995-03-10 株式会社ユニシアジェックス Flywheel

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6122869A (en) * 1983-12-08 1986-01-31 ロ−ベルト・ボツシユ・ゲゼルシヤフト・ミツト・ベシユレンクテル・ハフツング Magnetic field treating device
JPS61180048U (en) * 1985-04-28 1986-11-10
JPS6218150U (en) * 1985-07-17 1987-02-03
JPH0221081Y2 (en) * 1985-07-17 1990-06-07
JPS6331676A (en) * 1986-07-28 1988-02-10 松村 義男 Therapeutic device by rotary magnetic field
JPH0311236B2 (en) * 1986-07-28 1991-02-15 Matsumura Yoshio

Also Published As

Publication number Publication date
JPS6232946B2 (en) 1987-07-17

Similar Documents

Publication Publication Date Title
US5707333A (en) Method for reducing sensation in a human body part using magnetism
US5817000A (en) Magnetic therapy device
EP0039206B1 (en) Magnetic treatment device
US5084003A (en) Magnetic massage therapy device
US7601114B2 (en) Apparatus and method for enhancing tissue repair in mammals
US4177796A (en) Magnetic thermal vibrational device for the treatment of arthritis and the like
US20030095022A1 (en) Static magnetic field, method of creation, and resting surface therein
US20060129022A1 (en) Method and apparatus for therapeutic treatment of inflammation and pain with low flux density, static electro-magnetic fields
US20060224215A1 (en) Digital electromagnetic pulse generator
US20030217754A1 (en) Device for magnetic and electric field shielding
WO2006026827A2 (en) Device for magnetic treatment
WO1989006554A1 (en) Electrostimulating device
JPH01104277A (en) Method for curing or alleviating disease, pain or illness and magnet which is applied to particar part of human body for cure or alleviation of disease, pain or illness
CA1177895A (en) Apparatus for enhancement of in-vivo anti-cancer drug therapy
JPS59125568A (en) Magnetic treatng apparatus
US6579222B2 (en) Magnetic treatment device and method
EP1161967A1 (en) Electromedical treatment applicator
EP1364679A2 (en) Device for generating multiple magnetic fields used in magnetotherapy, and magneto acupuncture
Shah et al. Lodestones, quackery, and science: Electrical stimulation of the ear before cochlear implants
CN207270416U (en) Medical improved elastic force waistline
JPS6122869A (en) Magnetic field treating device
JP6200982B2 (en) underwear
JPH0151269B2 (en)
CN213527148U (en) Thermal magnetic vibrator treatment head and treatment device
KR910000464Y1 (en) Belt for using treatment