JP2010017489A - Multifunctional massaging machine for exclusive use for arms - Google Patents

Multifunctional massaging machine for exclusive use for arms Download PDF

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JP2010017489A
JP2010017489A JP2008183260A JP2008183260A JP2010017489A JP 2010017489 A JP2010017489 A JP 2010017489A JP 2008183260 A JP2008183260 A JP 2008183260A JP 2008183260 A JP2008183260 A JP 2008183260A JP 2010017489 A JP2010017489 A JP 2010017489A
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massage
arm
shaft
palm
acupressure
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JP5302583B2 (en
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Rikio Kurihara
力雄 栗原
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a multifunctional massaging machine for exclusive use for arms in which an interdigital area and palm massaging mechanism interlocked by a single power source, a massaging mechanism performing acupressure of acupoints in hands and arms and an arm massaging mechanism are compactly designed on a single base and can handily be used. <P>SOLUTION: The multifunctional massaging machine for exclusive use for arms comprises an arm acupressure mechanism, an arm massaging mechanism, a palm massaging mechanism, and an interdigital area massaging mechanism provided on the base and is provided with a driver and a driving force transmission means. An eccentric cam having a projecting part is attached to the driving shaft connected to a motor to move up and down an acupressure means. The driving force of the motor is transmitted to an arm massaging roller having a massaging shaft through a bevel gear and to the palm massaging mechanism and the interdigital area roller through a pulley and a belt. A main shaft and slave shaft radially arranged around the main shaft are rotated by interlocking them by gears to massage the interdigital areas. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

本発明は前腕、すなわち肘から先端部分にかけてマッサージを施すマッサージ機に関する。   The present invention relates to a massage machine that performs massage from the forearm, that is, the elbow to the tip.

より詳しくは前腕のツボの指圧、腕、手のひらのマッサージ及び指間のマッサージ機構を有する腕専用の多機能マッサージ機に係る発明である。   More specifically, the present invention relates to an arm-only multifunction massage machine having forearm acupressure, arm and palm massage, and a massage mechanism between fingers.

手や腕は身体の中でも最も使用している部分であり、デスクワークにけるパソコンやマウスの操作による手首や指の疲れ、肩凝りなどの症状に悩む人々の数が増加している。
又手には身体中の神経が集中しており、前腕のツボ指圧や手のひらのマッサージ、指の間のマッサージが全身の疲れを緩和し、腰痛や冷え性、内臓の慢性疾患の軽減に効果があることが知られている。そこで、現在に至るまで多数のマッサージ機が開発されている。 Hands and arms are the most used parts of the body, and an increasing number of people are suffering from symptoms such as fatigue of wrists and fingers and stiff shoulders due to the operation of computers and mice in desk work.
In addition, nerves in the body are concentrated in the hand, forearm pressure of the forearm, massage of the palms, massage between the fingers alleviates fatigue of the whole body and is effective in reducing back pain, coldness, and chronic diseases of the internal organs It is known. Therefore, many massage machines have been developed up to now.

例えば回転駆動する施療子を有する足指間のマッサージ機がある（特許文献１）。   For example, there is a massage machine between toes having a treatment element that is driven to rotate (Patent Document 1).

又、本体ケースに回転自在に軸支された凹凸付きのマッサージ軸体をモータによって回転させ、指又は手のひらをマッサージするマッサージ機がある（特許文献２）。   There is also a massage machine that massages a finger or palm by rotating a massage shaft body with projections and depressions rotatably supported by a main body case by a motor (Patent Document 2).

又、保持体に取り付けた指圧体を施療部上において、腕又は錘等で押さえて指圧を行う指圧器がある（特許文献３）。   Moreover, there is a shiatsu device that performs acupressure by pressing the acupressure body attached to the holding body with an arm or a weight on the treatment portion (Patent Document 3).

更に手や腕のマッサージ手段を有する椅子式マッサージ機において手又は腕に対してポイント押しを施すための突起部や手のひらの合谷のツボを圧迫する突起部が設けられているものがある（特許文献４）。
特開２０００−１５７５８７号公報 特開平５−２６１１３５号公報 特開平１０−１５０３０号公報 特開２００５−１７７２７９号公報 Furthermore, in a chair type massage machine having a hand or arm massage means, there is provided a protrusion for pressing a point on the hand or the arm or a protrusion for pressing the pressure point of the palm (Patent Document). 4).
JP 2000-157487 A Japanese Patent Laid-Open No. 5-261135 Japanese Patent Laid-Open No. 10-15030 JP 2005-177279 A

特許文献1の足指間のマッサージ機を手指間のマッサージ機に応用することは可能かとも考えられるが、この文献に記載された発明のように施療子が単体の回転軸からなる場合は、摩擦力が大きく指の間の皮膚を傷めることになる。又、この発明の請求項4において施療子に回転、湾曲などの複雑な動作を行わせる構造について記載されているが、機構が複雑なものとなりコスト高と成るおそれがある。   Although it is considered possible to apply the massage machine between the toes of Patent Document 1 to the massage machine between fingers, if the treatment element is composed of a single rotating shaft as in the invention described in this document, The frictional force is large and the skin between the fingers will be damaged. Further, in claim 4 of the present invention, a structure for causing the treatment element to perform complicated operations such as rotation and bending is described. However, there is a possibility that the mechanism becomes complicated and the cost is increased.

特許文献３に記載された指圧器は、効果的な指圧を行うことを目的として開発されたものであるが、押圧手段は腕や錘などによるもので機械的に得られるものではなく指圧を行う人の疲労が大きい。   The acupressure device described in Patent Document 3 was developed for the purpose of performing effective acupressure, but the pressing means is based on an arm, a weight, or the like, and is not mechanically obtained but performs acupressure. Human fatigue is great.

最後に椅子式マッサージ機の一機能として、突起による腕や手の押圧機構を有するものがあるが、押圧手段が空気袋によるものでありソフトな施療感となりツボ指圧効果としては物足らないものがある。その上、椅子式マッサージ機は高額で場所もとるため手軽に利用することが難しい。   Lastly, as a chair-type massage machine, there is one that has an arm and hand pressing mechanism with protrusions, but the pressing means is due to an air bag, and it becomes a soft treatment feeling and an acupuncture acupressure effect is unsatisfactory is there. In addition, chair-type massage machines are expensive and take place, making it difficult to use easily.

又、上述のように腕や手のマッサージ機の単機能を有するマッサージ機はあるが腕専用の多機能を一台に備えたマッサージ機はなかった。   In addition, as described above, there is a massage machine having a single function of the arm or hand massage machine, but there is no massage machine having a single function for the arm.

そこで、本発明では指間や手のひらのマッサージ、手、腕のツボ指圧などを行うマッサージ手段を一台にまとめると共にコンパクトに設計し、手軽に利用することを可能にした。   Accordingly, in the present invention, massage means for performing finger massage, palm massage, hand and arm pressure points, etc. are integrated into a single unit and designed to be compact and easy to use.

基台の上に腕指圧機構、腕マッサージ機構、手のひらマッサージ機構及び指間マッサージ機構を設けると共に駆動装置と駆動力伝達手段を備える。   An acupressure mechanism, an arm massage mechanism, a palm massage mechanism, and an inter-finger massage mechanism are provided on a base, and a driving device and a driving force transmission means are provided.

モータに接続した駆動軸に凸部を有する偏心カムを取り付けて、指圧手段を上下動させる。ベベルギアを介してモータの駆動力をマッサージ軸体を備えた腕マッサージローラに伝達し、プーリとベルトを介して手のひらマッサージ機構と指間ローラ機構に伝える。主軸とこれの周りに放射状に配した従属軸とから成る指間ローラをギアで連動させて回転させ、指間のマッサージを行うのである。   An eccentric cam having a convex portion is attached to the drive shaft connected to the motor, and the acupressure means is moved up and down. The driving force of the motor is transmitted to the arm massage roller provided with the massage shaft body via the bevel gear, and is transmitted to the palm massage mechanism and the inter-finger roller mechanism via the pulley and the belt. The inter-finger roller consisting of the main shaft and the subordinate shafts arranged radially around it is rotated in conjunction with a gear to perform inter-finger massage.

一台に腕のマッサージ及び指圧、手のひらのマッサージ及び指の間のマッサージ機構が設けられているため、手のほとんどの部分のマッサージが本願のマッサージ機一台で行うことができる。   Since one arm massage and finger pressure, palm massage, and finger massage mechanism are provided, most parts of the hand can be massaged with one massage machine of the present application.

基台の上にコンパクトに設計できるために、設置場所に困らずまた、軽量で持ち運びでき、どこででも手軽に腕や手のマッサージが可能である。   Because it can be designed compactly on the base, it can be easily carried around anywhere, and it can be easily carried around and can be easily massaged anywhere.

ひとつの駆動手段であるモータですべての機構が同時に動くため、一人の使用者が両手、両腕を同時にマッサージできる、また、向かい合わせ等になって複数の人が同時にマッサージを行える。   Since all the mechanisms move simultaneously with a motor that is one driving means, one user can massage both hands and arms at the same time, and multiple people can massage at the same time, such as facing each other.

駆動源がモータひとつであるため複数のマッサージ機構をコンパクトに配備でき省スペース化を実現できるのである。   Since the drive source is a single motor, a plurality of massage mechanisms can be arranged in a compact manner, and space saving can be realized.

以下、本発明の最適な実施の形態について図面を参照しながら詳述する。   DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment of the present invention will be described in detail with reference to drawings.

図１はマッサージ機１の全体を示す概略正面図で、図２が同、平面図である。マッサージ機１は基台２の上に主な機構である腕指圧機構４、指圧時の腕の保持台３、前腕のマッサージ機構５、手のひらマッサージ機構6及び７、そして指間マッサージ機構８、駆動源である電動モータ９及び動力伝達機構１０を設けて成る。   FIG. 1 is a schematic front view showing the entire massage machine 1, and FIG. 2 is a plan view of the same. The massage machine 1 is driven by an arm acupressure mechanism 4 which is a main mechanism on the base 2, an arm holding base 3 at the time of acupressure, a forearm massage mechanism 5, palm massage mechanisms 6 and 7, and a finger massage mechanism 8. An electric motor 9 and a power transmission mechanism 10 as a source are provided.

前述のとおり、本願は腕専用の多機能マッサージ機である。以下、それぞれの機能を順に説明する。   As described above, the present application is a multifunction massage machine dedicated to arms. Hereinafter, each function will be described in order.

まず、ケーシング11内に内設し、基台２に取り付けられたモータ９の回転は駆動軸12によって腕指圧機構４に伝えられる。モータ９から延設した電源コード13の先端にはマッサージ機の電源のオンオフやモータの回転速度を変えることができるコントローラ1４を取り付ける。このコントローラ１４には連続作動時間を設定するタイマーを設けてもよい。モータ９を低速回転させると施療強さの弱いマッサージとして、又、高速回転させると施療強さの強いマッサージとして使用者に感覚されるため、モータの回転速度を変化させることでマッサージに強弱をつけることができるのである。又、モータ熱を冷却させるモー
タファンをケーシングに取り付けることが望ましい（図示せず）。 First, the rotation of the motor 9 installed in the casing 11 and attached to the base 2 is transmitted to the acupressure mechanism 4 by the drive shaft 12. At the tip of the power cord 13 extending from the motor 9 is attached a controller 14 that can turn on / off the massage machine and change the rotational speed of the motor. The controller 14 may be provided with a timer for setting a continuous operation time. When the motor 9 is rotated at a low speed, it is perceived by the user as a massage with a weak treatment strength, and when the motor 9 is rotated at a high speed, the user feels as a massage with a strong treatment strength. It can be done. It is desirable to attach a motor fan for cooling the motor heat to the casing (not shown).

図３が腕指圧機構４の説明図である。駆動軸１２に嵌合した偏心カム15には複数の凸部１６が設けられている。偏心カム１５の回転により施療手段１８が腕保持台３に接近、離間し、施療手段先端部１８aが凸部１６に接触する時に腕保持台3に載せた腕のツボを指圧するのである。最適な指圧時間は1秒程度である。指圧時間が長すぎるとかえって痛みを生じることがあるからである。一秒程度の強い指圧を２、３回連続で行うことで快適な押圧感が得られるのである。但し、押圧時間や連続して指圧を行う回数などは偏心カム15に設ける凸部１６の大きさや数によって適宜変更可能である。   FIG. 3 is an explanatory diagram of the arm acupressure mechanism 4. A plurality of convex portions 16 are provided on the eccentric cam 15 fitted to the drive shaft 12. The treatment means 18 approaches and separates from the arm holding base 3 by the rotation of the eccentric cam 15, and the acupoints of the arm placed on the arm holding base 3 are acupressured when the treatment means distal end portion 18 a contacts the convex portion 16. The optimal acupressure time is about 1 second. This is because if the acupressure time is too long, it may cause pain. A comfortable pressing feeling can be obtained by applying strong acupressure for about one second a few times in succession. However, the pressing time and the number of times of continuous finger pressure can be appropriately changed depending on the size and number of the convex portions 16 provided on the eccentric cam 15.

一端１８aが偏心カム１５に接触する鎌形の指圧手段１８の他端１８ｂは筒状中空体に形成されており、付勢手段であるバネ17を巻装した軸状の施療子１９を摺動自在に内設している。   The other end 18b of the sickle-shaped acupressure means 18 whose one end 18a contacts the eccentric cam 15 is formed in a cylindrical hollow body, and a shaft-shaped treatment element 19 around which a spring 17 as an urging means is wound is slidable. It is installed inside.

指圧手段１８は基台２に立設した支持杆２０に取り付けた略鎌型の指圧手段保持具２１によって保持されている。指圧手段１８に設けた摺動溝１８cと指圧手段保持具２１に設けた摺動溝（図示せず）を連通した後、連結軸２２で支持杆２０に取り付ける。偏心カム１５の回転に伴って指圧手段１８が連結軸２２に沿って揺動運動を繰り返すのである。   The acupressure means 18 is held by a substantially sickle-type acupressure means holder 21 attached to a support rod 20 erected on the base 2. After the sliding groove 18 c provided in the acupressure means 18 communicates with the sliding groove (not shown) provided in the acupressure means holder 21, it is attached to the support rod 20 by the connecting shaft 22. As the eccentric cam 15 rotates, the acupressure means 18 repeats a swinging motion along the connecting shaft 22.

また、指圧する腕を置く腕保持台３の下部には腕保持台３を上下動させる高さ調整機構が設けられている。   Further, a height adjusting mechanism for moving the arm holding table 3 up and down is provided below the arm holding table 3 on which the arm to be pressed is placed.

この機構の説明図となるのが図４の分解斜視図である。   FIG. 4 is an exploded perspective view illustrating the mechanism.

ギア２９を嵌挿した高さ調整軸３０が一対の軸受け（図示せず）を解してベース３１に回動自在に軸支されている。高さ調整軸３０の両端には一対の操作杆３２が取り付けられており、操作杆３２を上下動させると高さ調整軸３０が正逆両方向へ回転する。摺動軸２５を内設した、腕載置台３を保持する保持筒２３の周面の一部を切り欠いて平面２３bとする。当該平面２３bに、溝を多数設けたラック２４を取り付け、ギア２９を噛合させながら操作杆３２を上下動させると、ベース３１に立設した摺動軸２５に添って保持筒２３が上下に移動するのである。   A height adjusting shaft 30 into which the gear 29 is inserted is pivotally supported on the base 31 through a pair of bearings (not shown). A pair of operating rods 32 are attached to both ends of the height adjusting shaft 30. When the operating rod 32 is moved up and down, the height adjusting shaft 30 rotates in both forward and reverse directions. A part of the peripheral surface of the holding cylinder 23 that has the sliding shaft 25 and holds the arm mounting table 3 is cut out to be a flat surface 23b. When the rack 24 having a large number of grooves is attached to the flat surface 23b and the operating rod 32 is moved up and down while meshing the gear 29, the holding cylinder 23 moves up and down along the slide shaft 25 standing on the base 31. To do.

腕載置台３の高さ調整機能を設けたことで、腕の太さや柔らかさ、凝りの程度による指圧感の違い、たとえば、腕の太い人は痛みを感じ、腕の細い人は物足らないといった不都合が生じず、性別や腕の太さ等の違いを問わず、使用者の所望する最適な強さで指圧を行うことができるのである。さらに同じ使用者であっても肘から腕の先端にかけて、また、手の甲や手のひらのツボの指圧も可能となるのである。コントローラによるモータ回転速度の変更とあわせてより微妙なマッサージの強弱の調整ができるのである。   The height adjustment function of the arm placing table 3 provides a difference in the acupressure feeling due to the thickness and softness of the arm and the degree of stiffness. For example, a person with a thick arm feels pain and a person with a thin arm is unsatisfactory. Thus, acupressure can be performed with the optimum strength desired by the user regardless of differences in gender, arm thickness, and the like. Furthermore, even the same user can perform acupressure from the elbow to the tip of the arm, and the pressure points on the back of the hand and the palm. Along with the change of the motor rotation speed by the controller, it is possible to adjust the strength of the massage more delicately.

保持筒２３には長手方向に４本の孔２３aが穿設されており、付勢手段であるつるまきバネ２８が自然長を圧縮した状態でそれぞれ挿入されている。保持筒２３に被覆するプラスチックカバー２７にはラック２４を露出させる切り欠き部２７ｂが設けられている。   Four holes 23a are formed in the holding cylinder 23 in the longitudinal direction, and helical springs 28 as urging means are inserted in a state where the natural length is compressed. The plastic cover 27 that covers the holding cylinder 23 is provided with a notch 27 b that exposes the rack 24.

保持筒２３をカバー２７で覆った後、腕載置台３のねじ孔３ａ、３ａとカバー２７のねじ孔２７ａ、２７ａ及び保持筒のねじ穴２３a、２３aを連通し、連結ねじ２６、２６で保持筒２３に載置台３（図４には表示せず）を固定するのである。   After the holding cylinder 23 is covered with the cover 27, the screw holes 3 a and 3 a of the arm mounting table 3 communicate with the screw holes 27 a and 27 a of the cover 27 and the screw holes 23 a and 23 a of the holding cylinder and are held by the connecting screws 26 and 26. The mounting table 3 (not shown in FIG. 4) is fixed to the cylinder 23.

腕の指圧を行う施療子１９の先端にはゴム製のキャップ３３がはめ込まれており、これにより指圧時の腕の当たりが良くなる。さらに、バネ１７や載置台保持筒２３に内装したつるまきバネ２８の付勢力により施療子１９の押圧力に逃げを生じさせることができる。
従って機械的な指圧であっても指圧力が強くなりすぎて事故や怪我につながる恐れがないのである。 A rubber cap 33 is fitted at the distal end of the treatment element 19 that performs finger pressure on the arm, thereby improving the contact of the arm during finger pressure. Further, the pressing force of the treatment element 19 can be caused to escape by the urging force of the helical spring 28 incorporated in the spring 17 or the mounting table holding cylinder 23.
Therefore, even if the finger pressure is mechanical, the finger pressure becomes too strong and there is no risk of an accident or injury.

偏心カム１５を嵌着した回転軸１２の動きは軸１２に嵌合したベベルギア４３を介して腕のマッサージ機構５へと伝達される。   The movement of the rotary shaft 12 fitted with the eccentric cam 15 is transmitted to the arm massage mechanism 5 via the bevel gear 43 fitted to the shaft 12.

ベベルギア４３と直行する角度で噛合するベベルギア４４を嵌合した回転軸３５には軸心方向に放射状に配設された施療手段を有するローラ３４aが取り付けられている。ローラ３４aの回転軸３５の回転はプーリ３６からベルト３７を介してもう一つのローラ３４ｂの回転軸３８に取り付けたプーリ３９に伝えられ、ローラ３４aと３４ｂは同時に回転するのである。この実施形態ではマッサージローラの数を二つにしたが、ひとつでもまた三つ以上設けてもかまわない。   A roller 34 a having treatment means arranged radially in the axial direction is attached to a rotating shaft 35 fitted with a bevel gear 44 that meshes at an angle perpendicular to the bevel gear 43. The rotation of the rotating shaft 35 of the roller 34a is transmitted from the pulley 36 via the belt 37 to the pulley 39 attached to the rotating shaft 38 of the other roller 34b, and the rollers 34a and 34b rotate simultaneously. In this embodiment, the number of massage rollers is two, but one or three or more massage rollers may be provided.

ローラ３４a、３４bに取り付けた施療手段であるマッサージ軸体には本例では二種類の形状があり、中央部が膨らみ両端が細くなった軸体４０と表面に突起を設けた軸体４１を交互に複数本配設して、二つのローラを構成している。   The massage shaft, which is a treatment means attached to the rollers 34a and 34b, has two types of shapes in this example. The shaft body 40 with the center portion bulging and the ends narrowed and the shaft body 41 with protrusions on the surface are alternately arranged. A plurality of rollers are arranged to form two rollers.

基台２上に固定された腕載置台４２上には開口部４２aを二箇所設け、腕載置台４２に腕を乗せると、台の下部で回転する軸体４０、４１が腕に接触してローリングマッサージを行うのである。   Two openings 42a are provided on the arm mounting base 42 fixed on the base 2, and when the arm is put on the arm mounting base 42, the shafts 40 and 41 rotating at the lower part of the base come into contact with the arm. A rolling massage is performed.

使用者は手のひらを下に向けたり上に向けたりして腕の表裏や、載置台４２上で腕を前後させて前腕のあらゆる部分をマッサージできるのである。   The user can massage all parts of the forearm by turning the palm down or up and moving the arm back and forth on the mounting table 42.

次に、手のひらマッサージ機構６及び７の説明に移る。
手のひらマッサージ機構を駆動させる駆動軸５１は軸受けとなるケーシング５２及び支持柱５３によって支持されて、基台２の上方に配置される（図１、図５）。 Next, a description will be given of the palm massage mechanisms 6 and 7.
A drive shaft 51 that drives the palm massage mechanism is supported by a casing 52 and a support column 53 serving as bearings, and is disposed above the base 2 (FIGS. 1 and 5).

ケーシング５２の左右には二種類の手のひらローラ４５、４６が設けられている。ローラ４５は多数の軸体４７を駆動軸５１の軸心方向から放射状に配置したものであり、手のひらローラ４５の手前に設けられた手のひら載置台４８に手首を置いて手のひら全体をローラ４５に乗せてマッサージを行う。   Two types of palm rollers 45 and 46 are provided on the left and right sides of the casing 52. The roller 45 has a large number of shafts 47 arranged radially from the axial direction of the drive shaft 51. Place the wrist on the palm mounting table 48 provided in front of the palm roller 45 and place the entire palm on the roller 45. And massage.

一方、ローラ４６は表面に多数の突起を有する三本の軸体４９から構成され、こちらは軸体全体を手で握ることにより手のひらマッサージを行う。ローラ４６を握る力を変えることで、使用者自身がマッサージの強弱を容易に調整可能である。さらに、それぞれの軸体４９が軸心５０によって軸支されているためローラ４６全体の回転と共にそれぞれの軸体４９の回転によるマッサージ効果も期待できるのである。   On the other hand, the roller 46 is composed of three shaft bodies 49 having a large number of protrusions on the surface, which performs palm massage by grasping the entire shaft body with a hand. By changing the force for gripping the roller 46, the user can easily adjust the strength of the massage. Further, since each shaft body 49 is pivotally supported by the shaft center 50, a massage effect by the rotation of each shaft body 49 as well as the rotation of the entire roller 46 can be expected.

ローラ４５、４６の駆動力は腕マッサージ機構５から伝達される。   The driving force of the rollers 45 and 46 is transmitted from the arm massage mechanism 5.

モータ９の回転が腕マッサージ機構の駆動軸３５の端部に取り付けたプーリ５４と手のひらマッサージ回転軸５１に取り付けたプーリ５５へとベルト５６を介して伝えられるのである。   The rotation of the motor 9 is transmitted via a belt 56 to a pulley 54 attached to the end of the drive shaft 35 of the arm massage mechanism and a pulley 55 attached to the palm massage rotation shaft 51.

プーリ等の動力伝達機構１０はケーシング５７によって覆われている。   The power transmission mechanism 10 such as a pulley is covered with a casing 57.

最後に指間マッサージ機構８について図５ないし図７を参照しながら説明する。   Finally, the inter-finger massage mechanism 8 will be described with reference to FIGS.

図５が手のひらマッサージ機構及び指間マッサージ機構の概略図、図６が指間マッサー
ジローラの平面図、図７が指間マッサージローラにおける回転軸の拡大説明図である。 FIG. 5 is a schematic diagram of the palm massage mechanism and the inter-finger massage mechanism, FIG. 6 is a plan view of the inter-finger massage roller, and FIG. 7 is an enlarged explanatory view of the rotation shaft of the inter-finger massage roller.

図５に示すように手のひらローラの駆動軸５１の回転が同軸に嵌着したベベルギア５８と直交する方向に噛合するベベルギア５９を嵌合した指間ローラの主軸となる駆動軸６０に伝達される。   As shown in FIG. 5, the rotation of the drive shaft 51 of the palm roller is transmitted to the drive shaft 60 which is the main shaft of the inter-finger roller fitted with a bevel gear 59 meshed in a direction orthogonal to the bevel gear 58 fitted coaxially.

指間ローラは中心となる駆動軸６０とその周囲に放射状に配した４本の従属軸６１からなる。主軸となる駆動軸６０と従属軸６１の上端部は上方に設けた軸受け６２によって軸支されている。主軸下部に取り付けたギア６３と従属軸下部に嵌合したピニオンギア６４が噛合し主軸と共に４本の従属軸が回転するのである。   The inter-finger roller is composed of a driving shaft 60 as a center and four dependent shafts 61 arranged radially around the driving shaft 60. The upper ends of the drive shaft 60 and the dependent shaft 61 as the main shaft are supported by bearings 62 provided above. The gear 63 attached to the lower portion of the main shaft and the pinion gear 64 fitted to the lower portion of the dependent shaft mesh with each other, and the four dependent shafts rotate together with the main shaft.

使用者は、指載せ台６７の上に手のひらを置き、指の間に指間ローラを挟みこんで手を前後させ、指と指との間のマッサージを行うのである。指載せ台６７の上には滑り止めの布６６が貼着されてある。そのほかのマッサージを行う台も適宜滑り止めあるいは手のあたりを柔らかくするために、布等で被覆することが望ましい。   The user places a palm on the finger rest 67 and sandwiches a finger roller between the fingers to move the hand back and forth to perform massage between the fingers. An anti-slip cloth 66 is stuck on the finger rest 67. It is desirable to cover other massage tables as appropriate with a cloth or the like in order to prevent slipping or to soften the hands.

一本の軸の回転による指間マッサージでは摩擦力が大きくなりすぎて指の間の皮膚を傷める恐れがあるが、本願の指間ローラでは複数の従属軸の回転によって指の間を複数個所同時にマッサージできるため痛みを感じることなく適度な使用感を持ってマッサージを行えるのである。   Finger massage by rotation of one axis may cause excessive frictional force and damage the skin between the fingers. Because it can be massaged, it can be massaged with an appropriate feeling of use without feeling pain.

上述の多機能を備えた腕専用マッサージ機は基台の上に各種マッサージ手段を適宜配置してコンパクトに設計可能である。   The above-mentioned multi-functional arm massage machine can be designed compactly by appropriately arranging various massage means on the base.

マッサージ機構の配置はこの実施の形態に限定されるものではなく、一のモータの駆動力を様々な伝達手段によって伝達し、すべての機構が連動できる配置であれば適宜組み合わせて応用可能である。   The arrangement of the massage mechanism is not limited to this embodiment, and any combination can be applied as long as the arrangement is such that the driving force of one motor is transmitted by various transmission means and all the mechanisms can be interlocked.

又、ハンドルなどの提げ手を設けると手軽に持ち運びができるため、時間や場所に制限されずにマッサージを受けることができる。また下部にツボの本やタオルなどを収納するスペースを設けると共にキャスターを取り付けると移動可能でありながら安定感のあるマッサージ機が完成する。   In addition, when a handle such as a handle is provided, it can be easily carried, so that it is possible to receive a massage without being limited by time or place. In addition, a space for storing acupuncture books, towels, etc. is provided at the bottom and a caster is attached to complete a massage machine that is movable but stable.

このように本願のマッサージ機はデスクトップあるいは据え置きタイプのマッサージ機に製造可能であるが、いずれもコンパクトに作ることができるために場所をとらず、手軽にマッサージを施せるのである。   Thus, although the massage machine of this application can be manufactured to a desktop or a stationary type massage machine, since all can be made compact, it can take a place easily and can massage.

本願は腕の指圧、手のひら及び指間などの腕専用のマッサージ機に利用可能である。 The present application can be used for a massage machine dedicated to arms such as acupressure of the arms, palms, and fingers.

マッサージ機の概略斜視図。The schematic perspective view of a massage machine. 同、平面図。FIG. 腕指圧機構の説明図。Explanatory drawing of an acupressure mechanism. 腕保持台高さ調節機構の分解斜視図。The disassembled perspective view of an arm holding stand height adjustment mechanism. 手のひらマッサージ機構及び指間マッサージ機構の概略説明図。Schematic explanatory drawing of a palm massage mechanism and a finger massage mechanism. 指間マッサージローラの平面図。The top view of a massage roller between fingers. 指間マッサージローラの説明図。Explanatory drawing of a massage roller between fingers.

符号の説明Explanation of symbols

１、マッサージ機 ２、基台
３、腕保持台 ４、腕指圧機構
５、腕マッサージ機構 ６、７、手のひらマッサージ機構
８、指間マッサージ機構 ９、モータ
１０、動力伝達機構 １５、偏心カム
１８、指圧手段 １９、施療子
１２、３５、３８、５１、６０、駆動軸
３４a、３４b、ローラ（腕用）
４５、４６、ローラ（手のひら用）
４３、４４、５８、５９、ベベルギア
３６、３９、５４、５５、プーリ
３７、５６ベルト 1, massage machine 2, base 3, arm holding base 4, arm acupressure mechanism 5, arm massage mechanism 6, 7, palm massage mechanism 8, finger massage mechanism 9, motor 10, power transmission mechanism 15, eccentric cam 18, Acupressure means 19, treatment elements 12, 35, 38, 51, 60, drive shafts 34a, 34b, rollers (for arms)
45, 46, roller (for palm)
43, 44, 58, 59, bevel gears 36, 39, 54, 55, pulley 37, 56 belt

Claims (2)

基台の上に腕指圧機構、腕マッサージ機構、手のひらマッサージ機構及び指間マッサージ機構を設けると共に一の駆動装置と駆動力伝達手段を備えたことを特徴とする腕専用の多機能マッサージ機。   An arm-only multifunction massager provided with an acupressure mechanism, an arm massage mechanism, a palm massage mechanism, and an inter-finger massage mechanism on a base and provided with one drive device and drive force transmission means. 駆動手段のモータ軸に嵌着した、凸部を有する偏心カムによって揺動する施療手段と、腕載置台からなる腕指圧機構と、
ギアを介して偏心カム駆動軸と連動する腕マッサージ回転軸に、マッサージ軸体を環状に配してなるローラを取り付けた腕マッサージ機構と、
腕マッサージ回転軸に取り付けた動力伝達手段を介して駆動する手のひらマッサージ回転軸に、マッサージ軸体を環状に配したローラを取り付けた手のひらマッサージ機構と、
手のひらマッサージ回転軸に取り付けたギアを介して駆動する主軸となる指間ローラ軸の周囲に、主軸と連動する複数の従属軸を取り付けた指間ローラ機構を、
基台の上に備えた腕専用の多機能マッサージ機。 Treatment means that is fitted to the motor shaft of the drive means and swings by an eccentric cam having a convex portion; an arm acupressure mechanism comprising an arm placement table;
An arm massage mechanism in which a roller formed by annularly arranging a massage shaft body is attached to an arm massage rotation shaft interlocked with an eccentric cam drive shaft via a gear,
A palm massage mechanism in which a roller having a massage shaft body arranged annularly is attached to a palm massage rotation shaft that is driven via a power transmission means attached to the arm massage rotation shaft, and
An inter-finger roller mechanism in which a plurality of subordinate shafts linked to the main shaft are attached around the inter-finger roller shaft to be driven through a gear attached to the palm massage rotation shaft,
Multi-function massage machine for the arm on the base.
JP2008183260A 2008-07-14 2008-07-14 Multifunctional massage machine for arms Active JP5302583B2 (en)

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US8889339B2 (en) 2011-03-25 2014-11-18 Fujifilm Corporation Resist pattern forming method, resist pattern, crosslinkable negative chemical amplification resist composition for organic solvent development, resist film and resist-coated mask blanks
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JP2016521605A (en) * 2013-06-03 2016-07-25 オシム・インターナショナル・リミテッド How to drive a massage chair
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Publication number Priority date Publication date Assignee Title
JP2012081149A (en) * 2010-10-14 2012-04-26 Nakamura Sangyo Gakuen Hand massaging robot
US8889339B2 (en) 2011-03-25 2014-11-18 Fujifilm Corporation Resist pattern forming method, resist pattern, crosslinkable negative chemical amplification resist composition for organic solvent development, resist film and resist-coated mask blanks
JP2016521605A (en) * 2013-06-03 2016-07-25 オシム・インターナショナル・リミテッド How to drive a massage chair
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CN114470660B (en) * 2022-01-19 2023-08-08 南京市蓝业科技有限公司 Arm strain recovery equipment for medical rehabilitation department

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