JP3110410U

JP3110410U - Cycling shoes

Info

Publication number: JP3110410U
Application number: JP2005000643U
Authority: JP
Inventors: 聰益游
Original assignee: 聰益游
Priority date: 2005-02-14
Filing date: 2005-02-14
Publication date: 2005-06-23
Anticipated expiration: 2011-02-14

Abstract

【課題】血液の循環を促進する循環靴を提供する。
【解決手段】制御装置１及び靴２から組成される。靴２の足踏み面に、複数の極性導電薄片２１、極性導電薄片２２を設ける。各極性導電薄片２１、極性導電薄片２２は皆、導電材料で接続され、集中のように靴の表面２５又は靴のヒール２６に配置され、中、低周波の按摩が提供可能である。制御装置１は靴２の表面、又は靴のヒール２６に隠され、しかも、直接、ワイヤコントロール又はリモートコントロールが可能である。制御装置１と電池台座は一体化又は分離式のように構成され、ほかの周辺の導電用具と結合するように使用可能である。靴２には、切替スイッチが設けられるので、一足の二つ靴が直列に接続される。よって、足底、両足、肢体の局部又は全部は血液、元気の循環のために按摩される。
【選択図】図１PROBLEM TO BE SOLVED: To provide a circulation shoe for promoting blood circulation.
It is composed of a control device 1 and a shoe 2. A plurality of polar conductive thin pieces 21 and a polar conductive thin piece 22 are provided on the stepping surface of the shoe 2. Each of the polar conductive flakes 21, polar conductive flakes 22 are all connected with a conductive material and arranged in a concentrated manner on the shoe surface 25 or the shoe heel 26 to provide medium and low frequency massage. The control device 1 is hidden on the surface of the shoe 2 or the heel 26 of the shoe, and can be directly wire-controlled or remote-controlled. The control device 1 and the battery pedestal are configured to be integrated or separated, and can be used to be coupled with other peripheral conductive tools. Since the shoe 2 is provided with a changeover switch, two pairs of shoes are connected in series. Therefore, the sole, both feet, and the local part or all of the limbs are massaged for circulation of blood and spirit.
[Selection] Figure 1

Description

本考案は、元気、血液の循環靴の設計に関し、特に足底、両足、肢体の局部又は全部を血液、元気の循環のために按摩するという中、低週波の按摩靴に関する。 The present invention relates to a design of a spirit and blood circulation shoe, and more particularly, to a low-frequency massage shoe in which the sole, both legs, and a local part or all of the limbs are massaged for circulation of blood and energy.

従来から、既知の靴、例えば、スリッパ、サンダル、運動靴、皮靴、山登り靴又はレジャー靴など様々な靴はただ履くためのファンクションを持ち、足底又は下肢体の元気、血液の循環などほかの機能を提供することができない。また、既知の按摩靴はほぼ、靴の底面に、複数の凸粒子又は磁石を設置する。複数の凸粒子又は磁石を経由して、足底を接触して押し、按摩の効果を得る。 Conventionally, various shoes such as slippers, sandals, athletic shoes, leather shoes, mountain climbing shoes or leisure shoes have a function to wear, such as vitality of the sole or lower limbs, blood circulation, etc. Can not provide the function. Also, the known Satsuma shoes are generally provided with a plurality of convex particles or magnets on the bottom of the shoes. Via a plurality of convex particles or magnets, the sole is contacted and pushed to obtain the effect of the massage.

しかしながら、従来の按摩靴は、ユーザの足底の苦痛をいつも招くので、使用の効果が理想的であると言いきれず、つまり、足底又は下肢体の元気、血液の循環を本当に促進することが難しい。 However, conventional Satsuma shoes always cause pain in the user's sole, so it cannot be said that the effect of use is ideal, that is, it really promotes the vitality of the sole or lower limbs, blood circulation Is difficult.

したがって本考案の目的は、元気、血液の循環を促進可能な循環靴を提供することにある。 Accordingly, an object of the present invention is to provide a cycling shoe that can promote the circulation of blood and blood.

上述の目的を達成するために本考案の請求項に循環靴は、制御装置、靴から組成される。靴の足踏み面に、複数の極性導電薄片を設ける。各極性導電薄片が皆、導電材料で接続され、集中のように靴の表面又は靴のヒールに配置されるので、制御装置と導電相通、結合すると、中、低周波の按摩が提供可能である。制御装置は靴の表面に配置され、又は靴のヒールに隠され、しかも、直接に操作可能で、ワイヤコントロール又はリモートコントロールが可能である。制御装置と電池台座は一体化又は分離式のように構成され、ほかの周辺の導電用具と結合するように使用可能である。靴には、切替スイッチが設けられるので、一足の二つ靴が直列のように接続される。よって、足底、両足、肢体の局部又は全部を血液、元気の循環のために按摩する。 In order to achieve the above object, the circulating shoe according to the claims of the present invention is composed of a control device and a shoe. A plurality of polar conductive flakes are provided on the stepping surface of the shoe. Each polar conductive flake is connected by a conductive material and placed on the shoe surface or shoe heel in a concentrated manner so that it can provide medium and low frequency friction when coupled with the control device in conductive communication. . The control device is located on the surface of the shoe or hidden behind the shoe heel and can be operated directly, allowing wire control or remote control. The control device and the battery pedestal are configured as a single unit or a separate type, and can be used to be combined with other peripheral conductive tools. Since the shoes are provided with a change-over switch, two pairs of shoes are connected in series. Therefore, the soles, both feet, and local or all of the limbs are massaged for circulation of blood and spirit.

以下、本考案の実施例を図面に基づいて説明する。
図１、図２に示すように本考案の第一実施例による循環靴は制御装置１を靴２の靴面２５に設置する。これは制御装置１、靴２から組成される。主に、靴２の足踏み面に、複数の極性導電薄片２１、極性導電薄片２２を設ける。各極性導電薄片２１、極性導電薄片２２は皆、導電材料２１１、導電材料２２１で接続され、集中のように靴２の選定部位に設けられ、複数の向き合う導電ボタン２３を構成する。集中の導電ボタン２３が制御装置１に導電、相通、結合すると、各極性導電薄片２１、極性導電薄片２２は中、低周波の按摩を提供することが可能である。靴２には、極性の切替スイッチ２４を設ける。各極性導電薄片２１、極性導電薄片２２は平素、独立の異なる正、負極性である。極性の切替スイッチ２４を経由して、切り換えて変更すると、各極性導電薄片２１、極性導電薄片２２は同一極性となって、一足の二つ靴２を直列に接続、組合可能とする。左右の靴２がそれぞれ独立の正負極性を持つので、週波電流は左右足の肢体を通過し、元気、血液の循環のために、両足の全部を按摩する。対して、極性切替スイッチ２４を使用しないと、各靴２は皆、独立の異なる正負極性を具有するので、片足、両足の足底を局部に元気、血液の循環のために按摩する。 Embodiments of the present invention will be described below with reference to the drawings.
As shown in FIGS. 1 and 2, the circulating shoe according to the first embodiment of the present invention has the control device 1 installed on the shoe surface 25 of the shoe 2. This is composed of the control device 1 and the shoe 2. A plurality of polar conductive thin pieces 21 and a polar conductive thin piece 22 are mainly provided on the stepping surface of the shoe 2. The polar conductive thin pieces 21 and the polar conductive thin pieces 22 are all connected by a conductive material 211 and a conductive material 221, and are provided at selected portions of the shoe 2 in a concentrated manner to constitute a plurality of conductive buttons 23 facing each other. When the central conductive button 23 is conductive, in communication and coupled to the control device 1, each polar conductive flake 21, polar conductive flake 22 can provide medium and low frequency friction. The shoe 2 is provided with a polarity switch 24. Each of the polar conductive thin pieces 21 and the polar conductive thin pieces 22 is flat and independently has different positive and negative polarities. When switching and changing via the polarity changeover switch 24, the polar conductive thin pieces 21 and the polar conductive thin pieces 22 have the same polarity, so that two pairs of shoes 2 can be connected and combined in series. Since the left and right shoes 2 have independent positive and negative polarities, the week-wave current passes through the limbs of the left and right feet, and massages both feet for vitality and blood circulation. On the other hand, when the polarity changeover switch 24 is not used, each shoe 2 has independent and different positive and negative polarities, so that the soles of both feet and both feet are locally energized for blood circulation.

制御装置１は主に、中枢のＩＣを配置する。ＩＣでパルスを伝送し、インダクションコイル、コンデンサーを充電、放電させ、高圧が生じる。また、プログラムで、パルスのひろさ（約1HZー150HZ）を制御するので、強弱の按摩感じを発生させる。ゆえに、制御装置１は複数の制御キー１１を持ち、それぞれ電流の増強（up）又は低減（down）、制御時間の設定、按摩モードの選定を行う。制御装置１はＬＣＤ表示板１２を有し、操作、制御モードを表す。また、内部の回路で、パルス高圧を提供し、複数の接続端子１３ａとなる出力端を構成する。制御装置１の接続端子１３ａは導電ボタン２３に合わせて、導電接続のように結ぶ以外、ほかの補助の粘着ユニット２０１、粘着ユニット２０２も採用可能で、制御装置１と靴２を安定かつ丈夫に結合することを確保する。しかも、その制御装置１は自身１を開閉するための電源スイッチ１４を有する他、二つ又は二つ以上の外部接続ソケット１５も有する。外部接続ソケット１５を経由し、接続ワイヤで、導電手袋又は導電バー３３など周辺の導電用具に結合、使用することが可能である。（以下の掲示の実施例における図１１、図１２に示すような内容と同じである）。 The control device 1 mainly arranges a central IC. A pulse is transmitted by the IC, and the induction coil and the capacitor are charged and discharged, and a high voltage is generated. In addition, the program controls the pulse width (approximately 1HZ-150HZ), so it produces a strong and weak feeling. Therefore, the control device 1 has a plurality of control keys 11, and each performs the increase (up) or decrease (down) of the current, the setting of the control time, and the selection of the Satsuma mode. The control device 1 has an LCD display board 12 and represents operation and control modes. Further, an internal circuit provides pulsed high voltage and constitutes an output end that becomes a plurality of connection terminals 13a. The connection terminal 13a of the control device 1 can be connected to the conductive button 23 in the same manner as the conductive connection, and other auxiliary adhesive units 201 and 202 can also be used. Ensure to join. Moreover, the control device 1 has a power switch 14 for opening and closing itself 1 and also has two or more external connection sockets 15. The external connection socket 15 can be connected to a peripheral conductive tool such as a conductive glove or a conductive bar 33 with a connection wire and used. (This is the same as the contents shown in FIGS. 11 and 12 in the embodiment shown below).

上述の実施は制御装置１を外部露出のように、靴面に設けるが、図３、図４に示す第二実施例のように、制御装置１を靴２のヒール２６に隠して埋め込むことも可能である。それは靴のヒール２６に、収容孔２６１を加工して、制御装置１を挿入して収容する。その収容孔２６１に、予め回路基板２６２、ワングループの導電接続端子２６３を配置し、導電材料２１１、導電材料２１２に接続する。制御装置も対応するように、導電接続端子１３を設ける（図５、図６参照）。そして、制御装置１を収容孔２６１に嵌め込んだあとで、導電接続端子２６３と導電接続端子１３との接続を形成する。制御装置１のパネルから、直接に操作、制御可能で、元気、血液の循環のために按摩する。 In the above-described implementation, the control device 1 is provided on the shoe surface so as to be exposed to the outside. However, as in the second embodiment shown in FIG. 3 and FIG. Is possible. In the shoe heel 26, the accommodation hole 261 is processed and the control device 1 is inserted and accommodated. A circuit board 262 and one group of conductive connection terminals 263 are arranged in advance in the accommodation hole 261 and connected to the conductive material 211 and the conductive material 212. Conductive connection terminals 13 are provided so as to correspond to the control device (see FIGS. 5 and 6). And after fitting the control apparatus 1 in the accommodation hole 261, the connection of the conductive connection terminal 263 and the conductive connection terminal 13 is formed. It is possible to operate and control directly from the panel of the control device 1 and to massage for vitality and blood circulation.

図５、図６に示すように、本第二実施例の制御装置１について説明する。制御装置１のパネルに、複数の制御キー１１、ＬＣＤ表示板１２、後端の導電接続端子１３を設ける他、一つの電源スイッチ１４、二つ又は二つ以上の外部接続ソケット１５、一つの延長ワイヤソケット１６も有する。導電接続端子１３は回路基板２６２につなぐように、接続ポート１７を形成する（図７、図８を参照）。電源スイッチ１４で、制御装置１を開閉する。ＬＣＤ表示板１２で、操作、制御のモードを表す。導電接続端子１３は靴のヒールの収容孔２６１における導電接続端子２６３にマッチするように配置される。延長ワイヤソケット１６は延長ワイヤ１６１のコンネクター１６２にマッチするように対応するので、延長ワイヤ１６１の接続を利用すれば、制御装置１を取り出し、ワイヤコントロールの組合となる。接続ポート１７はもう一本の接続ワイヤ１７１の接続を提供するので、一足の左右靴２を直列に接続することが可能である。（図９を参照） As shown in FIGS. 5 and 6, the control device 1 of the second embodiment will be described. A panel of the control device 1 is provided with a plurality of control keys 11, an LCD display board 12, a conductive connection terminal 13 at the rear end, one power switch 14, two or more external connection sockets 15, and one extension. It also has a wire socket 16. A connection port 17 is formed so that the conductive connection terminal 13 is connected to the circuit board 262 (see FIGS. 7 and 8). The control device 1 is opened and closed by the power switch 14. The LCD display board 12 represents operation and control modes. The conductive connection terminal 13 is disposed so as to match the conductive connection terminal 263 in the shoe heel receiving hole 261. Since the extension wire socket 16 corresponds to match the connector 162 of the extension wire 161, if the connection of the extension wire 161 is used, the control device 1 is taken out and becomes a combination of wire controls. Since the connection port 17 provides connection of another connection wire 171, it is possible to connect a pair of left and right shoes 2 in series. (See Figure 9)

本考案の第三実施例は図１０に示すように、制御装置１を二つの延長ワイヤソケット１６を設けてもよい。そして、二本の延長ワイヤ１６１をそれぞれ接続させ、制御装置１を靴の収容孔２６１から取り出し、左右の二つ靴２を制御し、ワンバイツーというワイヤコントロール組合を形成する。 In the third embodiment of the present invention, the control device 1 may be provided with two extension wire sockets 16 as shown in FIG. Then, the two extension wires 161 are connected to each other, the control device 1 is taken out from the shoe housing hole 261, and the two left and right shoes 2 are controlled to form a one-by-two wire control combination.

図１１、図１２に示すように本考案の第四実施例では、制御装置１に設ける二つの外部接続ソケット１５はそれぞれ接続ワイヤ３１を経由し、導電の手袋３２（図１１を御参照）又は導電バー３３（図１２を御参照）など周辺の導電用具に結合して使用可能である。それで、二手のはめ又は握りを提供し、全身の元気、血液の循環のために、按摩する効果が得られる。 As shown in FIGS. 11 and 12, in the fourth embodiment of the present invention, the two external connection sockets 15 provided in the control device 1 are connected to the conductive gloves 32 (see FIG. 11) or via the connection wires 31, respectively. It can be used by being coupled to a peripheral conductive tool such as a conductive bar 33 (see FIG. 12). Therefore, it provides a second-hand fit or grip, and has the effect of massaging for whole body vitality and blood circulation.

図１３は本考案の第五実施例を示す。靴２の足踏み面に、二つの極性導電薄片２１、極性導電薄片２２を設けることを示す。各靴２は独立の異なる正負極性ので、足底、両足、肢体の局部又は全部を血液、元気の循環のために按摩する。一方、図１４に示すように、極性の切替スイッチ２４を経由して、切り換えて変更し、しかも、接続ワイヤ１７１で、左右の靴２を直列に接続、組合すると、各極性導電薄片２１、極性導電薄片２２が同一極性となって、一足の左右の靴２がそれぞれ独立の正負極性を持つので、週波電流は左右足の肢体を通過し、元気、血液の循環のために、両足の全部を按摩する。 FIG. 13 shows a fifth embodiment of the present invention. It shows that two polar conductive thin pieces 21 and a polar conductive thin piece 22 are provided on the stepping surface of the shoe 2. Since each shoe 2 has independent positive and negative polarity, the sole, both feet, and local or all of the limbs are massaged for circulation of blood and spirit. On the other hand, as shown in FIG. 14, when the right and left shoes 2 are connected and combined in series with the connection wire 171 via the polarity changeover switch 24, the polar conductive thin pieces 21, polar Since the conductive thin piece 22 has the same polarity and the left and right shoes 2 have independent positive and negative polarities, the weekly current passes through the limbs of the left and right legs, and the whole of both feet is used for the vitality and blood circulation. Satsuma.

制御装置１は、直接に、靴２の靴面２５又は靴のヒール２６に付け、あるいはヒール２６に埋め込んで、また制御装置１を引き出して、ワイヤコントロールのアセンブリを提供する以外、リモートコントロール操作、制御を採用することも可能であり、図１５、図１６に示すように、同じ使用目的を達成する。その実施について、ただ、リモートコントロール操作、制御装置４と制御装置１との間に、ワイヤレスの発射器、受信センサーを追加することも可能である。 The control device 1 is directly attached to or embedded in the shoe surface 25 of the shoe 2 or the heel 26 of the shoe, and the control device 1 is pulled out to provide a wire control assembly. It is also possible to employ control and achieve the same purpose of use as shown in FIGS. For its implementation, it is also possible to add a wireless launcher, a receiving sensor between the remote control operation, the control device 4 and the control device 1.

本考案の第六実施例では制御装置１の実施のときに、電源供給の電池台座を直接に制御装置１の殻体に入れて、一体化のように構成しあるいは、図１７に示すように、制御装置１と電源供給の電池台座１８を分離するように構成することも可能である。つまり、電池１８１と制御装置１を分離させ、靴のヒール２６に隠して設ける。また、靴のヒール２６の上端又はいずれの側に、カバー２６４を設置し、利便に電池１８１を変更する。 In the sixth embodiment of the present invention, when the control device 1 is implemented, the power supply battery pedestal is directly put into the shell of the control device 1 so as to be integrated, or as shown in FIG. It is also possible to separate the control device 1 and the power supply battery pedestal 18 from each other. That is, the battery 181 and the control device 1 are separated from each other and are hidden on the heel 26 of the shoe. Further, a cover 264 is installed on the upper end of the shoe heel 26 or on either side thereof, and the battery 181 is changed conveniently.

上述の埋め込みタイプの制御装置１の二つ側壁に、嵌め込み溝１９が設けられている。ヒール２６の収容孔２６１の内壁に、相互に配合する嵌め薄片（図面に示せず）も設置される。嵌め込み溝１９に嵌め薄片を対応するように嵌めあうと、埋め込みタイプの制御装置１は安定的に、収容孔２６１に入るので、制御装置１の振動を避ける。 The fitting groove 19 is provided on the two side walls of the embedded type control device 1 described above. On the inner wall of the accommodation hole 261 of the heel 26, fitting thin pieces (not shown in the drawing) mixed with each other are also installed. If fitting thin pieces are fitted in the fitting grooves 19, the embedded type control device 1 stably enters the receiving hole 261, so that vibration of the control device 1 is avoided.

図１９に示すように本考案の第七実施例では、靴２の足踏み面の極性導電薄片２１、極性導電薄片２２に、さらに、選定の導電つぼ２７１を具有する絶縁の靴パッド２７を敷く。導電つぼ２７１は中空孔（絶縁の靴パッド２７を絶縁薄片体として）又は導電の物質を満ちに入れる。足底を絶縁の靴パッド２７に押す場合に、各導電つぼ２７１を経由して、ただ足部の特定つぼを週波で按摩する。つまり、導電つぼ２７１に接触しない足のほかの部位は導電しない。 As shown in FIG. 19, in the seventh embodiment of the present invention, an insulating shoe pad 27 having a selected conductive pot 271 is laid on the polar conductive thin piece 21 and the polar conductive thin piece 22 of the foot surface of the shoe 2. The conductive crucible 271 is filled with a hollow hole (insulating shoe pad 27 as an insulating flake) or a conductive material. When the sole is pushed against the insulating shoe pad 27, the specific crucible of the foot portion is merely massaged with a week wave via each conductive crucible 271. That is, other parts of the foot that do not contact the conductive crucible 271 are not conductive.

本考案に掲示する技術は按摩靴の形態組成に関連する場合に、自由に変更又は変えても、前掲の実施例に限られない。例えば、図２０に示すような靴２ａは二つ折りの形態の靴面２５１、靴面２５２で、雄、雌の粘着帯２８１、粘着帯２８２に合わせて粘着するので、靴面の弛み程度を調整して、快適に着脱可能である。 The technology posted in the present invention is not limited to the above-described embodiment, even if it is freely changed or changed when it relates to the morphological composition of Satsuma shoes. For example, a shoe 2a as shown in FIG. 20 has a shoe surface 251 and a shoe surface 252, which are folded in two, and adheres to the male and female adhesive bands 281 and 282 so that the degree of looseness of the shoe surface is adjusted. And can be attached and detached comfortably.

図２１は異なるスタイルの靴２ｂを掲示する。同じ推理で、本考案はスリッパ、サンダル、運動靴、皮靴、山登り靴又はレジャー靴など様々な靴に適用可能である。平素、靴は本来の履き機能を維持するが、制御装置１を結ぶと、制御装置１の操作、制御モードを経由して、中、低周波で、足部のつぼを按摩する効果を遂げる。 FIG. 21 posts shoes 2b of different styles. By the same reasoning, the present invention can be applied to various shoes such as slippers, sandals, sports shoes, leather shoes, mountain climbing shoes or leisure shoes. Flats and shoes maintain their original wearing function. However, when the control device 1 is connected, the effect of crushing the heel of the foot is achieved through the operation and control mode of the control device 1 at medium and low frequencies.

図２２は本考案の構造を適用して導電の手袋３２に合わせて使うと、周波で全身の元気、血液を按摩する効果を果たすと言うことを掲示する。
しかしながら、以上掲示する内容はただ本考案の実施例だけで、本考案の技術範疇を制限しない。類似の応用、技術手段で、簡易に変更、換えても、本考案の技術範疇に含まれる。 FIG. 22 shows that when the structure of the present invention is applied and used in conformity with the conductive gloves 32, the whole body's vitality and blood can be massaged at a frequency.
However, the contents posted above are only examples of the present invention and do not limit the technical scope of the present invention. Even if it is simply changed or replaced by similar applications and technical means, it is included in the technical category of the present invention.

（本考案の効果）
本考案では靴は制御装置に結合して組成される。靴の足踏み面に、複数の導電薄片を設ける。各極性導電薄片が皆、導電材料で接続され、集中のように靴の表面又は靴のヒールなどのいずれの選定部位に配置されるので、制御装置と導電相通、結合すると、足底、両足、肢体を血液、元気の循環のために按摩する。 (Effect of the present invention)
In the present invention, the shoe is combined with the control device. A plurality of conductive thin pieces are provided on the foot of the shoe. Each polar conductive flake is connected by a conductive material and is placed at any selected site, such as the shoe surface or shoe heel, like a concentrator, so that it communicates with the control device, when coupled, the sole, both feet, The limbs are massaged for the circulation of blood and energy.

本考案は、靴に極性切替スイッチを設けるので、靴の足踏み面の導電薄片の極性を切り換えて変更する。しかも、一足の左右二つ靴を直列に接続、組合するので、足底、両足、肢体の局部又は全部を血液、元気の循環のために按摩する。 According to the present invention, since the polarity changeover switch is provided in the shoe, the polarity of the conductive thin piece on the footstep surface of the shoe is changed and changed. In addition, since the two shoes on the left and right are connected and combined in series, the sole, both feet, and local or all of the limbs are massaged to circulate blood and spirit.

本考案では、制御装置は直接にパネルで操作、制御可能であるが、ワイヤ制御、リモートコントロールの組合応用も可能である。
本考案では制御装置と電源供給の電池台座は一体化又は分離式を採用し構成する。
本考案では制御装置は導電手袋又は導電バーなど周辺の導電用具に結合、使用することが可能で、全身の血液、元気の循環のために按摩する。 In the present invention, the control device can be directly operated and controlled by the panel, but a combined application of wire control and remote control is also possible.
In the present invention, the control device and the power supply battery pedestal are configured to be integrated or separated.
In the present invention, the control device can be connected to and used with a peripheral conductive device such as a conductive glove or a conductive bar, and is agitated for circulation of blood and energy throughout the body.

本考案では、靴の足踏み面の極性導電薄片に、さらに、選定の導電つぼを有する絶縁の靴パッドを敷くので、足部の特定つぼを週波で按摩する。 In the present invention, an insulating shoe pad having a selected conductive vase is further laid on the polar conductive flakes of the footstep surface of the shoe, so that the specific vase of the foot is massaged with a weekly wave.

本考案の第一実施例による循環靴において、制御装置を靴面に設置する分解立体図である。In the circulation shoe according to the first embodiment of the present invention, FIG. 図１のアセンブリ立体図である。FIG. 2 is an assembly three-dimensional view of FIG. 1. 本考案の第二実施例による循環靴において、制御装置を靴のヒールに設置する分解立体図である。FIG. 5 is an exploded view of the control device installed on the heel of the shoe in the circulating shoe according to the second embodiment of the present invention. 図３のアセンブリ立体図である。FIG. 4 is an assembly three-dimensional view of FIG. 3. 本考案の第二実施例による循環靴において、埋め込む方式の制御装置を示す立体図である。FIG. 5 is a three-dimensional view showing an embedded control device in a circulating shoe according to a second embodiment of the present invention. 図５の別の角度からみた立体図である。It is the three-dimensional view seen from another angle of FIG. 本考案の第二実施例による循環靴において、制御装置を靴のヒールに設置してある状態を示す説明図である。It is explanatory drawing which shows the state which has installed the control apparatus in the heel of shoes in the cycling shoes by 2nd Example of this invention. 本考案の第二実施例による循環靴において、制御装置を靴のヒールに設置してあるほかの状態を示す説明図である。In the circulation shoe according to the second embodiment of the present invention, it is an explanatory view showing another state in which the control device is installed on the heel of the shoe. 本考案の第二実施例による循環靴において、一足の二つ靴を直列に接続して組合う立体説明図である。In the circulation shoe according to the second embodiment of the present invention, it is a three-dimensional explanatory diagram in which two shoes of one pair are connected in series. 本考案の第三実施例による循環靴において、一つの制御装置を一足の二つ靴に合わせて、ワンバイツーというワイヤコントロール状態で使用する説明図である。In the circulating shoe according to the third embodiment of the present invention, one control device is used for a pair of two shoes and used in a wire control state of one-by-two. 本考案の第四実施例による循環靴において、導電の手袋と結合するように使うアセンブリ説明図である。FIG. 10 is an explanatory view of an assembly used for coupling with a conductive glove in a circulating shoe according to a fourth embodiment of the present invention. 本考案の第四実施例による循環靴において、導電のバーと結合するように使うアセンブリ説明図である。FIG. 10 is an explanatory view of an assembly used for coupling with a conductive bar in a circulating shoe according to a fourth embodiment of the present invention. 本考案の第五実施例による循環靴において、一足の二つ靴をそれぞれ独立の異なる正、負極性に設置してある状態の説明図である。In the circulating shoe according to the fifth embodiment of the present invention, it is an explanatory diagram of a state in which two shoes of one pair are installed in different positive and negative polarities. 本考案の第五実施例による循環靴において、極性導電薄片を変更して、同一極性の状態を形成する状態の説明図である。In the circulating shoe according to the fifth embodiment of the present invention, it is an explanatory view of a state in which the state of the same polarity is formed by changing the polar conductive flakes. 本考案の第五実施例による循環靴において、ワイヤレスリモートコントロールの操作、制御を採用する説明図である。It is explanatory drawing which employ | adopts operation and control of wireless remote control in the cycling shoes by 5th Example of this invention. 本考案の第五実施例による循環靴において、ワイヤレスリモートコントロールの操作、制御を採用する説明図である。It is explanatory drawing which employ | adopts operation and control of wireless remote control in the cycling shoes by 5th Example of this invention. 本考案の第六実施例による循環靴において、制御装置と電池が分離、構成される状態を示す説明図である。FIG. 10 is an explanatory diagram illustrating a state in which a control device and a battery are separated and configured in a circulating shoe according to a sixth embodiment of the present invention. 図１７の電池を取り出した状態を示す説明図である。It is explanatory drawing which shows the state which took out the battery of FIG. 本考案の第七実施例による循環靴において、靴の足踏み面に、絶縁のパッドを敷く状態を示す説明図である。FIG. 10 is an explanatory view showing a state in which an insulating pad is laid on a stepping surface of a shoe in a circulating shoe according to a seventh embodiment of the present invention. 本考案の実施例の変形例であって、二つ折りの靴面を設ける例を示す説明図である。It is explanatory drawing which is a modification of the Example of this invention, Comprising: The example which provides a double-folded shoe surface. 本考案の実施例の変形例であって、異なるスタイルの靴に適用した例を示す説明図である。It is a modification of the Example of this invention, Comprising: It is explanatory drawing which shows the example applied to the shoes of a different style. 本考案の実施例の変形例であって、導電の手袋に適用した例を示す説明図である。It is a modification of the Example of this invention, Comprising: It is explanatory drawing which shows the example applied to the electroconductive glove.

Explanation of symbols

１制御装置、２靴、４リモートコントロール操作制御装置、１１制御キー、１２ＬＣＤ表示板、１３接続端子、１４電源スイッチ、１５外部接続ソケット、１６延長ワイヤソケット、１７接続ポート、１８電池台座、１９嵌め込み溝、２１極性導電薄片、２２極性導電薄片、２３導電ボタン、２４切替スイッチ、２５靴面、２６靴のヒール、２７絶縁の靴パッド、３１接続ワイヤ、３２導電手袋、３３導電バー、１６１延長ワイヤ、１６２コンネクター、１７１接続ワイヤ、１８１電池、２０１粘着ユニット、２１１導電材料、２２１導電材料、２５１二つ折り靴面、２６１収容孔、２６２回路基板、２６３接続端子、２６４カバー、２７１導電つぼ、２８１雄の粘着帯、２８２雌の粘着帯 DESCRIPTION OF SYMBOLS 1 Control apparatus, 2 shoes, 4 Remote control operation control apparatus, 11 Control key, 12 LCD display board, 13 Connection terminal, 14 Power switch, 15 External connection socket, 16 Extension wire socket, 17 Connection port, 18 Battery base, 19 Insertion groove, 21 polar conductive flake, 22 polar conductive flake, 23 conductive button, 24 changeover switch, 25 shoe surface, 26 shoe heel, 27 insulating shoe pad, 31 connecting wire, 32 conductive glove, 33 conductive bar, 161 extension Wire, 162 Connector, 171 Connection wire, 181 Battery, 201 Adhesive unit, 211 Conductive material, 221 Conductive material, 251 Folded shoe surface, 261 Housing hole, 262 Circuit board, 263 Connection terminal, 264 Cover, 271 Conductive vase, 281 Male adhesive band, 282 Female sticky Dressing

Claims

A control device (1) and a shoe (2);
A plurality of polar conductive flakes (21) and polar conductive flakes (22) are provided on the stepping surface of the shoe (2), and the heel (26) of the shoe (2) is provided with a receiving hole (261). 261) is preliminarily provided with a circuit board (262) and a group of conductive connection terminals (263). The polar conductive flakes (21), the conductive material (211) of the polar conductive flakes (22), and the conductive material (221) are provided. Conductive connection terminal (13) is provided so that the control device (1) can be connected,
After fitting the control device (1) in the receiving hole (261), the conductive connection terminal (263) forms a connection with the conductive connection terminal (13), and is connected to the control device (1). ,
The control device (1) provides a pulse high voltage via an internal circuit to configure the output end,
Since the output end is electrically connected to the conductive connection terminal (263) of the shoe (2) by the conductive connection terminal (13), it is necessary to massage the sole, both feet, the local part or all of the limbs for circulation of blood and spirit. Characteristic cycling shoes.

The control device (1) has a central IC, transmits a pulse by the IC, charges and discharges the induction coil and capacitor, generates a high voltage, and controls the pulse width by a program. The cycling shoe according to claim 1.

A panel of the control device (1) is provided with a plurality of control keys (11), an LCD display board (12), a conductive connection terminal (13) at the rear end, and one power switch (14), two or two The above external connection socket (15), further comprising one extension wire socket (16),
The conductive connection terminal (13) forms a connection port (17) to connect to the circuit board (262),
The conductive connection terminal (13) is arranged to match the conductive connection terminal (163) in the shoe heel receiving hole (261),
2. Circulating shoe according to claim 1, characterized in that the extension wire socket (16) corresponds to match the connector (162) of the extension wire (161) and forms a wire control combination.

The shoe (2) is provided with a polarity changeover switch (24), and controls the polarity of each polarity conductive thin piece (21) and the polarity conductive thin piece (22) by switching between positive and negative polarities. Circulating shoes.

2. The circulating shoe according to claim 1, wherein a storage hole (261) is provided in a heel (26) of the shoe (2), and the control device (1) is inserted and stored.

The control device (1) can be used by being connected to a peripheral conductive tool such as a conductive glove (32) or a conductive bar (33) by inserting it into the socket (16) of the extension wire via the connection wire 31. The circulating shoe according to claim 1.

2. Circulating shoe according to claim 1, characterized in that the control device (1) is capable of wireless remote control.

The fitting groove (19) is provided on the two side walls of the control device (1), and the fitting thin pieces to be mixed with each other are also installed on the inner wall of the accommodation hole (261) of the shoe heel (26). 2. Circulating shoe according to claim 1, characterized in that the device (1) is embedded in the receiving hole (261).

The circulation according to claim 1, wherein an insulating shoe pad (27) provided with a predetermined conductive pot (271) is further laid on the polar conductive flakes (21) and the polar conductive flakes (22) of the shoe (2). shoes.

The circulating shoe according to claim 1, characterized in that the insulating shoe pad (27) is an insulating flake and the conductive crucible (271) is a hollow hole.

10. Circulating shoe according to claim 9, characterized in that the conductive crucible 271 of the insulating shoe pad (27) is filled with a conductive material.

A control device (1) and a shoe (2);
A plurality of polar conductive flakes (21) and polar conductive flakes (22) are provided on the stepping surface of the shoe (2), and each polar conductive flake (21) and polar conductive flake (22) are all conductive materials (211), Connected with conductive material (221), provided at the selected part of the shoe (2) to concentrate,
A plurality of conductive buttons (23) facing each other, and the central conductive button (23) is electrically connected, connected, coupled to the control device (1);
The control device (1) provides a pulse high voltage via an internal circuit, and constitutes an output end serving as a plurality of connection terminals (13a),
The circulating shoe is characterized in that the output end is conductive and coupled to the conductive button (23) of the shoe (2), so that the sole, both feet, or a local part of the limb body is massaged for circulation of blood and spirit.

13. Circulating shoe according to claim 12, characterized in that the control device (1) is coupled to the shoe surface (25) of the shoe (2).

The battery pedestal (18) of the control device (1) is separated from the control device (1) and is hidden by the shoe heel 26 alone,
13. Circulating shoe according to claim 12, characterized in that a cover (264) is provided on the heel (26) of the shoe.

13. The shoe (2) is provided with a polarity changeover switch (24), and can be controlled by switching the polarity of each polarity conductive thin piece (21) and polarity conductive thin piece (22). Cycling shoes.

The circulating shoe according to claim 12, wherein the control device has two or more external connection sockets (15) and can be used by being connected to surrounding conductive tools.