JP4684494B2 - Conductor set for electrical stimulator and electrical stimulator provided with the same - Google Patents

Conductor set for electrical stimulator and electrical stimulator provided with the same Download PDF

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JP4684494B2
JP4684494B2 JP2001256525A JP2001256525A JP4684494B2 JP 4684494 B2 JP4684494 B2 JP 4684494B2 JP 2001256525 A JP2001256525 A JP 2001256525A JP 2001256525 A JP2001256525 A JP 2001256525A JP 4684494 B2 JP4684494 B2 JP 4684494B2
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conductor
adsorption
electric
electrical
connector
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JP2003062090A (en
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啓介 三宅
昭宣 友野
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オージー技研株式会社
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Description

【0001】
【産業上の利用分野】
本発明は、電気刺激装置をもって人体表皮に吸着導子を吸着し低周波通電治療を行なう際の電気刺激装置用導子セット及びこれを備えた電気刺激装置に関する。
【0002】
【従来の技術】
従来技術の特開平9−117514号公報には、導子と、報知器からなる報知器付低周波治療器、及び、負圧コネクターと低周波コネクターとを一組にした吸引コネクターが開示されている。
【0003】
【発明が解決しようとする課題】
従来技術の吸引コネクターは、チューブと電線が一個の吸引コネクターに接続されたので、チューブと電線に個別にコネクターが設けられるものに比して、差し込み作業が簡単になっている。
【0004】
しかし、一本のチューブを一個のコネクターに接続しているので、一台の低周波治療器に多数セットの吸着導子を使用するものの場合、複数個の吸着導子とそのコネクターの整合確認に多くの手数が掛かかり、又、導子コネクターの一々の差し込み作業に多くの手数が掛かかり、不都合であった。
【0005】
本発明の目的は、吸着導子の取り扱いが容易で、故障の少ない電気刺激装置用導子セット及びこれを備えた電気刺激装置を提供することにある。
【0006】
【課題を解決するための手段】
即ち本発明は、人体皮膚表面に装着する複数の吸着導子(3)と、吸着導子(3)の電気回路(31)及び管路回路(32)を電気刺激装置本体(18)へ接続する導子コネクター(1)を有する電気刺激装置用導子セット(2)において、
一個の導子コネクター(1)には吸着導子(3)のカップ内部に連通し負圧を与える管路接続部(11)及び吸着導子(3)の電極に接続され低周波電力を与える電気接続部(12)がそれぞれ一つ突起状に配設されており、
管路接続部(11)に複数の吸着導子(3)の管路回路(32)の基端を接続し、且つ電気接続部(12)に複数の吸着導子(3)の電気回路(31)の基端を接続する構成により、一個の導子コネクター(1)を本体受け部(22)に差し込むことで複数の吸着導子(3)を電気刺激装置本体(18)へ接続可能とし、
導子コネクター(1)に管路回路(32)を分岐する分岐部(15)が設けられることを特徴とする電気刺激装置用導子セットである。
又、複数の吸着導子(3)はそれぞれ電気刺激装置本体(18)へ電気回路(31)及び管路回路(32)を導くための可撓性のある導子コード(4)を有し、
一個の導子コネクター(1)に複数の吸着導子(3)の導子コード(4)を接続する。
又、導子コネクター(1)に設けられた電気接続部(12)と管路接続部(11)とを、別部位に併設した。
又、先端に電極が接続される電線(10)は管路回路(32)としてのチューブ(9)の外部に併設され、電気刺激装置本体(18)から吸着導子(3)に至る管路回路(32)に電気導通部(31b)及び電気接点部(31a)が存在しない。
又、電気刺激装置用導子セットと、電気刺激装置本体(18)を備えたことを特徴とする電気刺激装置である。
【0007】
【作用】
本発明の電気刺激装置17を使用して患者に低周波治療を施す。電気刺激装置17に繋がる吸着導子3を、患者表皮に吸着し低周波電流を通電する。
【0008】
導子コネクター1は、複数の吸着導子3の管路回路32及び電気回路31を電気刺激装置本体18へ差し込み接続する。前記管路回路32は、電気刺激装置17に内蔵された吸引ポンプ20による負圧を吸着導子3に伝達し、前記電気回路31は、電気刺激装置17に内蔵された低周波電源19による低周波電力を吸着導子3に伝達する。
【0009】
吸着導子3の管路回路32及び電気回路31の複数個が導子コネクター1に接続される。即ち、一個の導子コネクター1に、前記管路回路32及び電気回路31の複数個が接続され、複数個の吸着導子3が接続されるものである。この構成は、電気刺激装置17が持つ負圧及び低周波電力を、複数個の吸着導子3に分配する。
【0010】
吸着導子3は、患者表皮に吸着し、電気刺激装置17が有する低周波電力をもって患者に通電する。即ち、電気刺激装置17に導子コネクター1を接続すると、電気刺激装置17が有する負圧と低周波電力が、管路回路32及び電気回路31を介して複数の吸着導子3に伝導し、吸着導子3の吸着カップ5は患者表皮に吸着する。
【0011】
吸着カップ5内に配設された二個の電極6(=6a、6b)は、吸着カップ5が人体に吸着している時、含水スポンジ8を介して人体に導通し、低周波電流を患者に通電する。
【0012】
吸着導子3は、吸着導子3の電気回路31及び管路回路32を電気刺激装置本体18へ導く導子コード4を有する。導子コード4は、吸着導子3を導子コネクター1に接続する可撓性の有る長尺部材であり、電気回路31及び管路回路32を包含する部材である。
【0013】
導子コード4は、一個の導子コネクター1に複数個接続され、電気刺激装置本体18が有する負圧と低周波電力を、複数の吸着導子3に伝導する。
【0014】
導子コネクター1とは別に設けた分岐部15には、複数の導子コード4が接続される。前記分岐部15は、電気刺激装置本体18が有する負圧を、該分岐部15に繋がる複数の吸着導子3へ分岐し伝導する。
【0015】
導子コネクター1に設けられた電気接続部12と管路接続部11とを、別部位に並設する。導子コネクター1には、電気接続部12と管路接続部11が並設されているので、該導子コネクター1を電気刺激装置本体18へ差し込み接続する時、電気接続部(12)と管路接続部(11)が一挙に差し込める。
【0016】
管路接続部11は、電気刺激装置17が発生する負圧を該電気刺激装置17から導子コード4へ接続し伝導する。電気接続部12は、電気刺激装置17が発生する低周波電力を該電気刺激装置17から導子コード4へ接続し伝導する。
【0017】
導子コネクター1のうちの電気接続部12のみを導子コネクター1から分離し別体に設け、電気接続コネクター27となしている。電気接続コネクター27と導子コネクター1は可撓な電線10で繋がれている。上記構成の電気接続コネクター27は、導子コネクター1とは別の操作で電気刺激装置本体18へ差し込む。
【0018】
電線10を配管用チューブ9の外部に併設し、電気刺激装置17から吸着導子3に至る管路回路32に、電気導通部31b及び電気接点部31aが存在しない構成である。上記構成の電気回路31(=電気導通部31b及び電気接点部31a)は、管路回路32に触れない。
【0019】
詳しく述べると、カップ内部29には含水スポンジ8が取り付けられているため、管路回路32には水分が存在する。電気回路31の電気接点部31aは、電極6の端子30に止着する部位であり、カップ内部29から外部へ突出した部位である。又、電線10は、チューブ9の外部に併接され、このような構成の電気回路31及び電線10は前記水分に接触しない。
【0020】
導子コネクター1に設けられた分岐部15は、管路を複数の導子コード4へ分岐する。即ち、分岐部15は、電気刺激装置本体18が発生した負圧を導子コネクター1へ伝導し、導子コネクター1内に伝導された負圧を、複数のチューブ9へ分岐・伝導し、更に、複数の吸着導子3に吸着作用を与える。
【0021】
【実施例】
図1、2、3に本発明の第1実施例の吸着導子セット2を示している。吸着導子セット2は、導子コネクター1と、導子コネクター1に繋がる同構成の二本の導子コード4と、二本の導子コード4にそれぞれ一個ずつ繋がる同構成の吸着導子3とからなる。
【0022】
吸着導子3は、吸着カップ5と、カップ内部29に設けられる二個の電極6(=電極6a、電極6b)と、受け部7と、カップ内部29に連通し負圧を与える管路回路32と、電極6に接続され低周波電力を与える電気回路31とからなる。前記電気回路31は、導電部材でなり電極6に電力を導く電気導通部31bと、該電気導通部31bと電極6の接続部である電気接点部31aとを有する。通電治療時にはカップ内部29に導電性を有する適宜な含水スポンジ8が収納される。
【0023】
導子コネクター1は、硬質な樹脂容器と、該樹脂容器の正面外側には、円筒材でなり適宜長に突起した一個の管路接続部11と、丸棒形状で適宜長さに突起した一個の電気接続部12とが並設される。
【0024】
導子コネクター1には、一個の入り口13と該入り口13に連通する二個の出口管14を有する分岐部15が内蔵され、前記入り口13は、前記管路接続部11に接続される。
【0025】
分岐部15に係る二個の出口管14には、それぞれチューブ9の基端が接続される。即ち、一個の分岐部15に、二本のチューブ9が接続される。チューブ9の先端には吸着カップ5が繋がっているので、一個の分岐部15に二個の吸着カップ5が繋がることになる。
【0026】
電気接続部12には四本の電線10の各基端が接続され、該各電線10は、各導子コード4の外被体25の中であって、チューブ9の外側に二本ずつ挿入され、外被体25と同長に延設されている。
【0027】
導子コード4を構成する一本のチューブ9及び二本の電線10の各先端は、前記吸着導子3の受け部7に係着される。前記チューブ9は吸着カップ5内を負圧になし、二本の電線10は一個のカップ内部29にある二個の電極6a、6bのそれぞれの端子30に低周波電力を付与する。一本のチューブ9、及び二本の電線10の各基端は、一個の前記導子コネクター1に取着される。
【0028】
図3に示す電気刺激装置17は、電気刺激装置本体18と、吸引ポンプ20と、低周波電源19等でなる。前記電気刺激装置本体18には、導子コネクター1を受ける本体受け部22が設けられる。
【0029】
本体受け部22と吸引ポンプ20の間にはホース21が接続され、本体受け部22と低周波電源19の間には筐体内電線23が接続される。本体受け部22に掛かっている負圧と低周波電力は、該本体受け部22に差し込まれる導子コネクター1へ伝導され、更に、導子コネクター1から導子コード4等を介して吸着導子3へ伝導される。
【0030】
尚、管路回路32には、通常の使用時には負圧の空気が存在するが、空気に代わって水又は水蒸気等が存在することもある。図3中、16はキャスター、24は操作・表示パネルである。
【0031】
電気刺激装置17を用いて低周波治療を施すに際し、電気刺激装置本体18の本体受け部22に導子コネクター1を差し込む。一個の導子コネクター1を差し込む作業によって、管路接続部11と電気接続部12とを一挙に差し込み接続できる。
【0032】
即ち、上記差し込みにより、管路接続部11は負圧を、電気刺激装置本体18側から吸着導子3側へと伝導し、電気接続部12は低周波電力を、電気刺激装置本体18側から吸着導子3側へと伝導する。負圧管路は負圧を有しこれをもって吸着導子3に吸引作用を生じさせ、電気路は低周波電力を有しこれをもって吸着導子3の電極6を加電する。
【0033】
一個の導子コネクター1に二個の吸着導子3が接続されているので、一個の導子コネクター1を差し込めば、二個の吸着導子3の接続が完了する。
【0034】
電気接続部12の電気路に付いては、一個の吸着導子3当たり二個の電極6が設けられている故に、四個の電極6(=電極6aと電極6b、及び、電極6cと電極6d)に係る四本の電線10が電気接続部12に繋がれている。又、該電線10は、二個の導子コネクター1にそれぞれ二本ずつに分かれて、二個の吸着導子3内の電極6に繋がれ、該電極6に電力を付与する。前記電線10は、カップ内部29及びチューブ9内の水又は水分に接触しない。
【0035】
又、管路接続部11の負圧管路には分岐部15が接続され、該分岐部15によって、負圧管路を二本のチューブ9へ分岐する。即ち、分岐部15は、該分岐部15に伝導された負圧(=吸引力)を、二本のチューブ9に分岐し、二本のチューブ9を介して二個の吸着カップ5に付与する。
【0036】
図4に示す第1参考例は、第1実施例に係る導子コネクター1内の分岐部15を除去し、前記導子コネクター1とは別に、導子コード4の中途部へコード分岐部26を設けたものである。
【0037】
コード分岐部26は、負圧管路を分岐するものである。コード分岐部26の入口側は一本の導子コード4で導子コネクター1に接続され、出口側には二本の導子コード4が接続される。
【0038】
導子コード4の中途部にあるコード分岐部26に係属する電線10は、入口側(=導子コネクター1側)も出口側(=吸着導子3側)も四本である。
【0039】
又、コード分岐部26係属するチューブ9は、入口側が一本、出口側が二本である。入口側の一本のチューブ9には四本の電線10が併設され、出口側の、二本のチューブ9のそれぞれには二本の電線10が併設される。電線10は吸着導子3内の各電極6に一本ずつ接続される。
【0040】
図5に示す第2参考例は、第1実施例の導子コネクター1のうちの電気接続部12のみを導子コネクター1から分離し、別体の電気接続コネクター27として設けたものである。
【0041】
第2参考例では、電気接続コネクター27が、管路接続部11及び分岐部15から分離独立した樹脂容器に設けられる。該電気接続コネクター27から導子コネクター1までは電線10で接続される。又、第2参考例では、導子コネクター1は具体的には管路用コネクター28となる。
【0042】
管路用コネクター28には、導子コード4が二本接続され、該導子コード4のそれぞれの先端には吸着導子3が接続される。第3実施例の場合は、一個の導子セット2に電気用コネクター27と管路用コネクター28の二個のコネクターがある。電気刺激装置本体18と導子セット2を接続する際は、本体受け部22に前記二個のコネクターを差し込む。
【0043】
【発明の効果】
本発明によれば、一個の導子コネクター1には吸着導子3のカップ内部に連通し負圧を与える管路接続部11及び吸着導子3の電極に接続され低周波電力を与える電気接続部12がそれぞれ一つ突起状に配設されており、管路接続部11に複数の吸着導子3の管路回路32の基端を接続し、且つ電気接続部12に複数の吸着導子3の電気回路31の基端を接続する構成により、一個の導子コネクター1を本体受け部22に差し込むことで複数の吸着導子3を電気刺激装置本体18へ接続可能とし、導子コネクター1に管路回路32を分岐する分岐部15を設ける構成としたので、導子コネクター1と電気刺激装置本体18との接続が、少ない回数の差し込み作業で行なえ、通電準備作業の軽減が図れ、好都合である。
【0044】
又、導子コネクター1に管路回路32を分岐する分岐部15が設けられたものである。前記導子コネクター1は、本体受け部22に差し込み接続するが、管路を分岐したことにより、吸着導子3数に比して導子コネクター1の個数が半減し、該導子コネクター1と本体受け部22との接続箇所が少なくなった。そのため、接続操作が楽になり、又、接続部分の故障も少なくなり、又、負圧部分での空気漏れも減り、好都合である。
【0045】
本発明によれば、導子コネクター1に、吸着導子3が接続された導子コード4を複数本接続するものである。従来技術は複数本の導子コードとこれと同数の導子コネクターを扱っていたが、本発明では、複数の導子コード4を一個の導子コネクター1に接続したので、導子コネクター1と電気刺激装置本体18との接続が、少ない回数の差し込み作業で行なえ、通電準備作業の軽減が図れ、好都合である。
【0046】
又、従来は一個の吸着導子に一個の導子コネクターが繋がっていたので、複数の吸着導子が有る中、選択した吸着導子及び導子コードと、これらに繋がる導子コネクターとを一々整合確認しなければならず面倒であったが、本発明では、複数本の導子コード4を一個の導子コネクター1に接続したので、導子コネクター1の個数が半減し、吸着カップ5と導子コネクター1との整合確認が簡単容易になり、好都合である。
【0047】
本発明によれば、導子コネクター1は、管路接続部11と電気接続部12とが併設されてなるから、本体受け部22へ導子コネクター1を接続する作業が、一個の導子コネクター1の差し込み作業で済み、吸着導子セット2の準備が容易になり、好都合である。
【0048】
本発明によれば、先端に電極が接続される電線10は管路回路32としてのチューブ9の外部に併設され、電気刺激装置本体18から吸着導子3に至る管路回路32に、電気導通部31b及び電気接点部31aが存在しない。よって、一個の導子コネクター1内において、管路接続部11と、電気接続部12が別部材として設けられ、負圧の伝達路の水分から電気の伝達路が分離し、電線10が水分に接触しないので、電気路が接触不良を起こすことなく、吸着導子3の通電が良好に行なえ、好都合である。又、負圧の伝達路外に電気の伝達路が有るので、スケールやゴミ等によって管路が詰まることなく、吸着導子3の吸着が良好に行なえ、好都合である。
【0049】
また、本発明は上記の電気刺激装置用導子セットと、電気刺激装置本体18を備えたことを特徴とする電気刺激装置であり、本発明を干渉低周波通電治療に用いると有益である。即ち、干渉低周波通電治療は、一方の二個の電極6a、6bでなる一方人体通電路に対して、他方二個電極6c、6dでなる他方人体通電路を交差させ、該交差部に干渉電流を起こし患者に刺激を付与するものである。
【0050】
干渉低周波通電治療時は一個の吸着カップ5内に二個の電極6を並設して構成された吸着導子3を二個用いる。干渉低周波治療に本発明を用いれば、導子コードの縺れなどが少なく、二個の導子コネクター1を電気刺激装置本体18に差し込むと吸着導子セット2の接続が完了するので、通電準備に係る手数が軽減でき、好都合である。
【図面の簡単な説明】
【図1】本発明の第1実施例を示す断面図である。
【図2】本発明の第1実施例に係る導子コネクターの正面図である。
【図3】本発明の第1実施例に係る電気刺激装置の側面図である。
【図4】本発明の第1参考例に係る吸着導子セットの外観図である。
【図5】本発明の第2参考例に係る吸着導子セットの外観図である。
【符号の説明】
1 導子コネクター
2 吸着導子セット
3 吸着導子
4 導子コード
9 チューブ
10 電線
11 管路接続部
12 電気接続部
13 入り口
14 出口管
15 分岐部
18 電気刺激装置本体
26 コード分岐部
27 電気接続コネクター
31 電気回路
31a 電気接点部
31b 電気導通部
32 管路回路
[0001]
[Industrial application fields]
The present invention relates to a lead set for an electrical stimulation device and an electrical stimulation device provided with the same, when an adsorption conductor is adsorbed on the human epidermis with an electrical stimulation device to perform low-frequency energization treatment.
[0002]
[Prior art]
Japanese Patent Application Laid-Open No. 9-117514 discloses a low frequency treatment device with an alarm composed of a conductor, a notification device, and a suction connector that combines a negative pressure connector and a low frequency connector. Yes.
[0003]
[Problems to be solved by the invention]
In the suction connector of the prior art, since the tube and the electric wire are connected to one suction connector, the insertion work is simpler than that in which the connector is separately provided for the tube and the electric wire.
[0004]
However, since one tube is connected to one connector, if multiple sets of adsorption conductors are used for one low frequency treatment device, it is necessary to check the alignment of multiple adsorption conductors and their connectors. It took a lot of work, and it took a lot of work to insert each conductor connector, which was inconvenient.
[0005]
An object of the present invention is to provide a conductor set for an electrical stimulation device that is easy to handle an adsorption conductor and has few failures, and an electrical stimulation device including the same.
[0006]
[Means for Solving the Problems]
That is, according to the present invention, the plurality of adsorption conductors (3) to be mounted on the human skin surface, the electric circuit (31) and the duct circuit (32) of each adsorption conductor (3) to the electric stimulator main body (18). In a conductor set (2) for an electrical stimulator having a conductor connector (1) to be connected,
One conductor connector (1) is connected to the inside of the cup of the adsorption conductor (3) and is connected to the pipe connection portion (11) for applying a negative pressure and the electrode of the adsorption conductor (3) to give low frequency power. Each of the electrical connection portions (12) is arranged in a protruding shape,
The base ends of the pipe circuits (32) of the plurality of adsorption conductors (3) are connected to the pipe connection section (11), and the electric circuits (3) of the plurality of adsorption conductors (3) are connected to the electric connection section (12). 31) By connecting the base end of the single conductor connector (1) into the main body receiving portion (22), a plurality of adsorption conductors (3) can be connected to the electrical stimulator main body (18). ,
A conductor set for an electrical stimulator, wherein the conductor connector (1) is provided with a branching portion (15) for branching the pipeline circuit (32) .
Each of the plurality of adsorption conductors (3) has a flexible conductor cord (4) for guiding the electric circuit (31) and the conduit circuit (32) to the electric stimulator body (18). ,
The conductor cords (4) of the plurality of adsorption conductors (3) are connected to one conductor connector (1).
Moreover, the electrical connection part (12) provided in the conductor connector (1) and the pipe line connection part (11) were provided in another site.
Moreover, the electric wire (10) to which an electrode is connected at the tip is provided outside the tube (9) as a pipeline circuit (32), and the pipeline from the electric stimulator main body (18) to the adsorption conductor (3) The circuit (32) does not have the electric conduction part (31b) and the electric contact part (31a).
The electrical stimulation device includes an electrical stimulation device lead set and an electrical stimulation device body (18).
[0007]
[Action]
The patient is given low frequency therapy using the electrical stimulator 17 of the present invention. The adsorption conductor 3 connected to the electrical stimulation device 17 is adsorbed to the patient's epidermis and a low frequency current is applied.
[0008]
The conductor connector 1 inserts and connects the conduit circuit 32 and the electric circuit 31 of the plurality of adsorption conductors 3 to the electric stimulator main body 18. The conduit circuit 32 transmits a negative pressure by the suction pump 20 built in the electrical stimulation device 17 to the adsorption conductor 3, and the electrical circuit 31 is low by the low-frequency power source 19 built in the electrical stimulation device 17. The frequency power is transmitted to the adsorption conductor 3.
[0009]
A plurality of conduit circuits 32 and electrical circuits 31 of the adsorption conductor 3 are connected to the conductor connector 1. That is, a plurality of conduit circuits 32 and electric circuits 31 are connected to one conductor connector 1, and a plurality of adsorption conductors 3 are connected. This configuration distributes the negative pressure and low frequency power of the electrical stimulation device 17 to the plurality of adsorption conductors 3.
[0010]
The adsorption conductor 3 is adsorbed on the patient's epidermis and energizes the patient with the low frequency power of the electrical stimulator 17. That is, when the conductor connector 1 is connected to the electrical stimulation device 17, the negative pressure and low frequency power of the electrical stimulation device 17 are conducted to the plurality of adsorption conductors 3 via the pipeline circuit 32 and the electrical circuit 31, The adsorption cup 5 of the adsorption conductor 3 is adsorbed on the patient's epidermis.
[0011]
The two electrodes 6 (= 6a, 6b) arranged in the suction cup 5 are conducted to the human body through the water-containing sponge 8 when the suction cup 5 is adsorbed to the human body, and the low frequency current is supplied to the patient. Energize to.
[0012]
The adsorption conductor 3 has a conductor cord 4 that guides the electric circuit 31 and the pipe circuit 32 of the adsorption conductor 3 to the electric stimulator main body 18. The conductor cord 4 is a flexible long member that connects the adsorption conductor 3 to the conductor connector 1, and is a member that includes an electric circuit 31 and a pipeline circuit 32.
[0013]
A plurality of conductor cords 4 are connected to one conductor connector 1, and conduct negative pressure and low frequency power of the electric stimulator main body 18 to the plurality of adsorption conductors 3.
[0014]
A plurality of conductor cords 4 are connected to a branch portion 15 provided separately from the conductor connector 1. The branch portion 15 branches and conducts the negative pressure of the electrical stimulator main body 18 to the plurality of adsorption conductors 3 connected to the branch portion 15.
[0015]
The electrical connection part 12 and the pipe line connection part 11 provided in the conductor connector 1 are arranged in parallel in different parts. Since the electrical connector 12 and the conduit connection 11 are arranged in parallel in the conductor connector 1, when the conductor connector 1 is inserted and connected to the electrical stimulator main body 18, the electrical connector (12) and the pipe are connected. The road connection part (11) can be plugged in at once.
[0016]
The pipe connection part 11 connects the negative pressure generated by the electrical stimulation device 17 from the electrical stimulation device 17 to the conductor cord 4 and conducts it. The electrical connection unit 12 connects low-frequency power generated by the electrical stimulation device 17 from the electrical stimulation device 17 to the conductor cord 4 and conducts it.
[0017]
Of the conductor connector 1, only the electrical connection portion 12 is separated from the conductor connector 1 and provided separately and serves as an electrical connection connector 27. The electrical connector 27 and the conductor connector 1 are connected by a flexible electric wire 10. The electrical connection connector 27 configured as described above is inserted into the electrical stimulator main body 18 by an operation different from that of the conductor connector 1.
[0018]
The electric wire 10 is provided outside the piping tube 9, and the electric conduction part 31 b and the electric contact part 31 a are not present in the pipe circuit 32 extending from the electric stimulator 17 to the adsorption conductor 3. The electric circuit 31 (= electric conduction portion 31 b and electric contact portion 31 a) having the above configuration does not touch the pipeline circuit 32.
[0019]
More specifically, since the hydrated sponge 8 is attached to the inside 29 of the cup, moisture is present in the pipeline circuit 32. The electric contact portion 31 a of the electric circuit 31 is a portion that is fixed to the terminal 30 of the electrode 6, and is a portion that protrudes outward from the cup interior 29. Moreover, the electric wire 10 is joined together outside the tube 9, and the electric circuit 31 and the electric wire 10 of such a structure do not contact the said water | moisture content.
[0020]
A branch portion 15 provided in the conductor connector 1 branches the pipe line to a plurality of conductor cords 4. That is, the branching portion 15 conducts the negative pressure generated by the electrical stimulator main body 18 to the conductor connector 1, and branches and conducts the negative pressure conducted in the conductor connector 1 to the plurality of tubes 9. The adsorption action is given to the plurality of adsorption conductors 3.
[0021]
【Example】
1, 2 and 3 show the adsorption conductor set 2 of the first embodiment of the present invention. The adsorption conductor set 2 includes a conductor connector 1, two conductor cords 4 having the same configuration connected to the conductor connector 1, and an adsorption conductor 3 having the same configuration connected to each of the two conductor cords 4. It consists of.
[0022]
The adsorption conductor 3 includes a suction cup 5, two electrodes 6 (= electrode 6 a and electrode 6 b) provided in the cup interior 29, a receiving portion 7, and a conduit circuit that applies negative pressure to the cup interior 29. 32 and an electric circuit 31 connected to the electrode 6 and providing low frequency power. The electric circuit 31 includes an electric conduction portion 31 b that is a conductive member and guides electric power to the electrode 6, and an electric contact portion 31 a that is a connection portion between the electric conduction portion 31 b and the electrode 6. An appropriate water-containing sponge 8 having electrical conductivity is accommodated in the cup interior 29 during energization treatment.
[0023]
The conductor connector 1 includes a hard resin container, one pipe connecting portion 11 made of a cylindrical material and protruding in an appropriate length on the front outer side of the resin container, and one piece protruding in an appropriate length in a round bar shape. Are connected in parallel.
[0024]
The conductor connector 1 incorporates a branch portion 15 having a single inlet 13 and two outlet pipes 14 communicating with the inlet 13, and the inlet 13 is connected to the pipe line connecting portion 11.
[0025]
The proximal ends of the tubes 9 are respectively connected to the two outlet pipes 14 related to the branch portion 15. That is, two tubes 9 are connected to one branch part 15. Since the suction cup 5 is connected to the tip of the tube 9, two suction cups 5 are connected to one branch portion 15.
[0026]
The base ends of the four electric wires 10 are connected to the electric connection portion 12, and the electric wires 10 are inserted into the outer cover body 25 of each conductor cord 4 and two outside the tube 9. It is extended to the same length as the outer cover body 25.
[0027]
The respective ends of one tube 9 and two electric wires 10 constituting the conductor cord 4 are engaged with the receiving portion 7 of the adsorption conductor 3. The tube 9 creates a negative pressure in the suction cup 5, and the two electric wires 10 apply low frequency power to the terminals 30 of the two electrodes 6 a and 6 b in one cup inside 29. The base ends of one tube 9 and two electric wires 10 are attached to one conductor connector 1.
[0028]
The electrical stimulation device 17 shown in FIG. 3 includes an electrical stimulation device main body 18, a suction pump 20, a low frequency power source 19, and the like. The electric stimulator main body 18 is provided with a main body receiving portion 22 for receiving the conductor connector 1.
[0029]
A hose 21 is connected between the main body receiving portion 22 and the suction pump 20, and an in-housing electric wire 23 is connected between the main body receiving portion 22 and the low frequency power source 19. The negative pressure and low frequency power applied to the main body receiving portion 22 are conducted to the conductor connector 1 inserted into the main body receiving portion 22, and further from the conductor connector 1 through the conductor cord 4 and the like. Conducted to 3.
[0030]
In the pipeline circuit 32, negative pressure air is present during normal use, but water or water vapor may be present instead of air. In FIG. 3, 16 is a caster, and 24 is an operation / display panel.
[0031]
When performing low frequency treatment using the electrical stimulation device 17, the conductor connector 1 is inserted into the body receiving portion 22 of the electrical stimulation device body 18. By the operation of inserting one conductor connector 1, the pipe connection portion 11 and the electrical connection portion 12 can be inserted and connected all at once.
[0032]
That is, by the above insertion, the pipe connection portion 11 conducts negative pressure from the electrical stimulation device body 18 side to the adsorption conductor 3 side, and the electrical connection portion 12 sends low frequency power from the electrical stimulation device body 18 side. Conducted to the adsorption conductor 3 side. The negative pressure line has a negative pressure and causes an attracting action on the adsorption conductor 3, and the electric path has a low-frequency electric power to apply an electrode 6 to the adsorption conductor 3.
[0033]
Since two adsorption conductors 3 are connected to one conductor connector 1, if one conductor connector 1 is inserted, the connection of the two adsorption conductors 3 is completed.
[0034]
Regarding the electrical path of the electrical connection portion 12, since two electrodes 6 are provided for each adsorption conductor 3, four electrodes 6 (= electrode 6a and electrode 6b, and electrode 6c and electrode 6) are provided. The four electric wires 10 according to 6d) are connected to the electric connecting portion 12. The electric wires 10 are divided into two conductor connectors 1 and connected to the electrodes 6 in the two adsorption conductors 3 to apply electric power to the electrodes 6. The electric wire 10 does not come into contact with water or moisture in the cup interior 29 and the tube 9.
[0035]
Further, a branching section 15 is connected to the negative pressure pipe of the pipe connection section 11, and the branching section 15 branches the negative pressure pipe into two tubes 9. That is, the branch part 15 branches the negative pressure (= suction force) conducted to the branch part 15 to the two tubes 9 and applies them to the two suction cups 5 through the two tubes 9. .
[0036]
In the first reference example shown in FIG. 4, the branch portion 15 in the conductor connector 1 according to the first embodiment is removed, and separately from the conductor connector 1, the cord branch portion 26 is connected to the middle portion of the conductor cord 4. Is provided.
[0037]
The cord branch part 26 branches the negative pressure line. The entrance side of the cord branch portion 26 is connected to the conductor connector 1 by a single conductor cord 4, and the two conductor cords 4 are connected to the outlet side.
[0038]
The electric wires 10 associated with the cord branching portion 26 in the middle portion of the conductor cord 4 are four on the inlet side (= conductor connector 1 side) and on the outlet side (= adsorption conductor 3 side).
[0039]
The tube 9 associated with the cord branching section 26 has one inlet side and two outlets. Four electric wires 10 are attached to one tube 9 on the inlet side, and two electric wires 10 are attached to each of the two tubes 9 on the outlet side. One electric wire 10 is connected to each electrode 6 in the adsorption conductor 3 one by one.
[0040]
In the second reference example shown in FIG. 5, only the electrical connection portion 12 of the conductor connector 1 of the first embodiment is separated from the conductor connector 1 and provided as a separate electrical connection connector 27.
[0041]
In the second reference example , the electrical connection connector 27 is provided in a resin container separated and independent from the pipe line connection portion 11 and the branch portion 15. The electrical connection connector 27 to the conductor connector 1 are connected by an electric wire 10. In the second reference example , the conductor connector 1 is specifically a conduit connector 28.
[0042]
Two conductor cords 4 are connected to the pipe connector 28, and the suction conductor 3 is connected to each end of the conductor cord 4. In the case of the third embodiment, one conductor set 2 has two connectors, an electrical connector 27 and a conduit connector 28. When the electrical stimulator main body 18 and the conductor set 2 are connected, the two connectors are inserted into the main body receiving portion 22.
[0043]
【The invention's effect】
According to the present invention, one conductor connector 1 is connected to the inside of the cup of the adsorption conductor 3 to provide a negative pressure and to the electrode connection of the adsorption conductor 3. Each of the portions 12 is provided in a protruding shape, the proximal ends of the pipeline circuits 32 of the plurality of adsorption conductors 3 are connected to the pipeline connection portion 11, and the plurality of adsorption conductors are connected to the electrical connection portion 12. the configuration of connecting the third base end of the electric circuit 31, and connectable plurality of adsorption Shirubeko 3 to electrostimulation device body 18 by inserting the one of Shirubeko connector 1 to the main body receiving portion 22, Shirubeko connector 1 Since the branch portion 15 for branching the pipeline circuit 32 is provided in the main body, the connection between the conductor connector 1 and the electric stimulator main body 18 can be performed with a small number of insertion operations, and the energization preparation operation can be reduced. It is.
[0044]
Further, the branch connector 15 for branching the pipeline circuit 32 is provided in the conductor connector 1. The conductor connector 1 is inserted and connected to the main body receiving portion 22, but by branching the pipe, the number of the conductor connectors 1 is halved compared to the number of adsorption conductors 3. The number of connection points with the main body receiving portion 22 is reduced. Therefore, the connection operation is facilitated, the failure of the connection portion is reduced, and air leakage at the negative pressure portion is reduced, which is convenient.
[0045]
According to the present invention , a plurality of conductor cords 4 to which the adsorption conductors 3 are connected are connected to the conductor connector 1. The prior art has dealt with a plurality of conductor cords and the same number of conductor connectors. In the present invention, since a plurality of conductor cords 4 are connected to one conductor connector 1, the conductor connector 1 and Connection with the electric stimulator main body 18 can be performed with a small number of insertion operations, and the energization preparation operation can be reduced, which is convenient.
[0046]
In addition, since one conductor connector is conventionally connected to one adsorption conductor, there are a plurality of adsorption conductors. Among the adsorption conductors, the selected adsorption conductor and conductor cord, and the conductor connectors connected to these one by one. In the present invention, since a plurality of conductor cords 4 are connected to one conductor connector 1, the number of conductor connectors 1 is reduced by half, and the suction cup 5 and Conformity confirmation with the conductor connector 1 becomes easy and convenient.
[0047]
According to the present invention, since the conductor connector 1 is provided with the pipe connection portion 11 and the electrical connection portion 12, the operation of connecting the conductor connector 1 to the main body receiving portion 22 is performed by one conductor connector. One insertion work is sufficient, and the preparation of the adsorption conductor set 2 is facilitated, which is convenient.
[0048]
According to the present invention, the electric wire 10 to which the electrode is connected at the tip is provided outside the tube 9 as the conduit circuit 32, and is electrically connected to the conduit circuit 32 extending from the electrical stimulator main body 18 to the adsorption conductor 3. The part 31b and the electrical contact part 31a do not exist. Therefore, in one conductor connector 1, the pipe connection part 11 and the electric connection part 12 are provided as separate members, the electric transmission path is separated from the moisture of the negative pressure transmission path, and the electric wire 10 becomes moisture. Since the contact does not occur, the adsorption conductor 3 can be energized satisfactorily without causing a contact failure in the electric path, which is convenient. Further, since there is an electric transmission path outside the negative pressure transmission path, the adsorption conductor 3 can be favorably adsorbed without clogging the pipe line due to scale, dust, or the like, which is convenient.
[0049]
In addition, the present invention is an electrical stimulation apparatus comprising the above-described electrical stimulation apparatus conductor set and the electrical stimulation apparatus main body 18, and it is useful when the present invention is used for interference low-frequency energization therapy. That is, in the interference low-frequency electrification treatment, the one human body energization path composed of one two electrodes 6a and 6b intersects the other human body energization path composed of the other two electrodes 6c and 6d and interferes with the intersection. It causes an electric current to give stimulation to the patient.
[0050]
At the time of interference low-frequency energization treatment, two adsorption conductors 3 constituted by arranging two electrodes 6 in one adsorption cup 5 are used. If the present invention is used for interference low-frequency treatment, there is little twisting of the conductor cord, and the connection of the adsorption conductor set 2 is completed when the two conductor connectors 1 are inserted into the electrical stimulator body 18, so that preparation for energization is made. This is advantageous because the number of steps can be reduced.
[Brief description of the drawings]
FIG. 1 is a cross-sectional view showing a first embodiment of the present invention.
FIG. 2 is a front view of a conductor connector according to a first embodiment of the present invention.
FIG. 3 is a side view of the electrical stimulation apparatus according to the first embodiment of the present invention.
FIG. 4 is an external view of an adsorption conductor set according to a first reference example of the present invention.
FIG. 5 is an external view of an adsorption conductor set according to a second reference example of the present invention.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Conductor connector 2 Adsorption conductor set 3 Adsorption conductor 4 Conductor cord 9 Tube 10 Electric wire 11 Pipe connection part 12 Electrical connection part 13 Entrance 14 Outlet pipe 15 Branch part 18 Electrical stimulator body 26 Cord branch part 27 Electrical connection Connector 31 Electrical circuit 31a Electrical contact part 31b Electrical conduction part 32 Pipe circuit

Claims (5)

人体皮膚表面に装着する複数の吸着導子(3)と、各吸着導子(3)の電気回路(31)及び管路回路(32)を電気刺激装置本体(18)へ接続する導子コネクター(1)を有する電気刺激装置用導子セット(2)において、
一個の導子コネクター(1)には吸着導子(3)のカップ内部に連通し負圧を与える管路接続部(11)及び吸着導子(3)の電極に接続され低周波電力を与える電気接続部(12)がそれぞれ一つ突起状に配設されており、
管路接続部(11)に複数の吸着導子(3)の管路回路(32)の基端を接続し、且つ電気接続部(12)に複数の吸着導子(3)の電気回路(31)の基端を接続する構成により、一個の導子コネクター(1)を本体受け部(22)に差し込むことで複数の吸着導子(3)を電気刺激装置本体(18)へ接続可能とし、
導子コネクター(1)に管路回路(32)を分岐する分岐部(15)が設けられることを特徴とする電気刺激装置用導子セット。
A plurality of adsorption conductors (3) to be attached to the surface of the human skin, and a conductor connector for connecting the electric circuit (31) and the conduit circuit (32) of each adsorption conductor (3) to the electric stimulator body (18) In the electric stimulator set (2) having (1),
One conductor connector (1) is connected to the inside of the cup of the adsorption conductor (3) and is connected to the pipe connection portion (11) for applying a negative pressure and the electrode of the adsorption conductor (3) to give low frequency power. Each of the electrical connection portions (12) is arranged in a protruding shape,
The base ends of the pipe circuits (32) of the plurality of adsorption conductors (3) are connected to the pipe connection section (11), and the electric circuits (3) of the plurality of adsorption conductors (3) are connected to the electric connection section (12). 31) By connecting the base end of the single conductor connector (1) into the main body receiving portion (22), a plurality of adsorption conductors (3) can be connected to the electrical stimulator main body (18). ,
A conductor set for an electrical stimulator, wherein the conductor connector (1) is provided with a branch portion (15) for branching the pipeline circuit (32) .
複数の吸着導子(3)はそれぞれ電気刺激装置本体(18)へ電気回路(31)及び管路回路(32)を導くための可撓性のある導子コード(4)を有し、
一個の導子コネクター(1)に複数の吸着導子(3)の導子コード(4)を接続することを特徴とした請求項1記載の電気刺激装置用導子セット。
Each of the plurality of adsorption conductors (3) has a flexible conductor cord (4) for guiding the electric circuit (31) and the conduit circuit (32) to the electric stimulator body (18),
The conductor set for an electric stimulator according to claim 1, wherein the conductor cords (4) of the plurality of adsorption conductors (3) are connected to one conductor connector (1).
導子コネクター(1)に設けられた電気接続部(12)と管路接続部(11)とを、別部位に併設したことを特徴とする請求項1または請求項2記載の電気刺激装置用導子セット。  3. The electrical stimulation device according to claim 1, wherein the electrical connection part (12) and the pipe line connection part (11) provided in the conductor connector (1) are provided in separate parts. A guide set. 先端に電極が接続される電線(10)は管路回路(32)としてのチューブ(9)の外部に併設され、電気刺激装置本体(18)から吸着導子(3)に至る管路回路(32)に電気導通部(31b)及び電気接点部(31a)が存在しないことを特徴とする請求項1ないし請求項3のいずれか一項に記載の電気刺激用導子セット。  An electric wire (10) to which an electrode is connected at the tip is provided outside the tube (9) as a pipeline circuit (32), and a pipeline circuit (from the electrical stimulator body (18) to the adsorption conductor (3) ( The electrical stimulation conductor set according to any one of claims 1 to 3, wherein the electrical conduction part (31b) and the electrical contact part (31a) are not present in 32). 請求項1ないし請求項4のいずれか一項に記載の電気刺激装置用導子セットと、電気刺激装置本体(18)を備えたことを特徴とする電気刺激装置。An electrical stimulation device comprising the electrical stimulation device conductor set according to any one of claims 1 to 4 and an electrical stimulation device body (18).
JP2001256525A 2001-08-27 2001-08-27 Conductor set for electrical stimulator and electrical stimulator provided with the same Expired - Lifetime JP4684494B2 (en)

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Publication number Priority date Publication date Assignee Title
KR200481950Y1 (en) * 2016-04-14 2016-11-29 김창수 Low Frequency Therapy

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JP5317179B2 (en) * 2008-10-21 2013-10-16 ミナト医科学株式会社 Electrostimulator with electrode identification function

Citations (1)

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JPH05160U (en) * 1991-06-24 1993-01-08 九州日立マクセル株式会社 Therapeutic device

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05160U (en) * 1991-06-24 1993-01-08 九州日立マクセル株式会社 Therapeutic device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR200481950Y1 (en) * 2016-04-14 2016-11-29 김창수 Low Frequency Therapy

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