JP3192911U

JP3192911U - Therapeutic exercise equipment

Info

Publication number: JP3192911U
Application number: JP2014002366U
Authority: JP
Inventors: 義人辻野
Original assignee: ラクルス有限会社
Filing date: 2014-04-17
Publication date: 2014-09-11
Anticipated expiration: 2024-04-17

Abstract

【課題】高温多湿の最適の運動環境と有効な高濃度酸素供給を行うことで効率的な減量目的を達成できる治療用運動装置を提供する。
【解決手段】運動治療室４の温度を４５℃±５℃に維持するように空調機構５を制御し、且つ、前記運動治療室の湿度を５０％±５℃に維持するように空調機構を制御し、運動治療室の湿度は、運動治療室に設けた水供給機構８からの水分噴霧供給によって維持されるように制御されながら、吸気機構３として、着脱が簡便な鼻腔挿入用ノズル９を用いて直接に治療者の鼻に酸素濃度３２％±５％の高濃度酸素を供給するようにした。
【選択図】図１The present invention provides a therapeutic exercise apparatus capable of achieving an efficient weight loss objective by performing an optimal exercise environment of high temperature and high humidity and supplying an effective high concentration oxygen.
An air conditioning mechanism is controlled so as to maintain the temperature of the exercise treatment room at 45 ° C. ± 5 ° C. and the humidity of the exercise treatment room is maintained at 50% ± 5 ° C. The nasal cavity insertion nozzle 9 can be easily attached and detached as the intake mechanism 3 while being controlled so that the humidity of the exercise treatment room is maintained by the water spray supply from the water supply mechanism 8 provided in the exercise treatment room. It was used to supply high concentration oxygen with an oxygen concentration of 32% ± 5% directly to the nose of the therapist.
[Selection] Figure 1

Description

本考案は、特に減量を主たる目的とする治療用運動装置に関する。 The present invention relates to a therapeutic exercise apparatus that is mainly intended for weight loss.

美容或いは健康維持のための肥満解消には、副作用の心配のある医薬品などではなく、運動による脂肪の燃焼除去が好ましいことは良く知られている。
減量としては、所謂有酸素運動が有効であるが、多くは、ランニングや軽い体操を行うのが一般的であり、こうした運動は、心臓に対する負担の問題もあり、必ずしも全ての治療者に対して適合する方法でもない。
そこで、トレーニングジムなどで、足漕ぎ方式の自転車等で適度の軽負荷をかけて運動を行ったり、ランニングマシーンや水泳を行ったりする方法も試みられている。
その他に、種々のトレーニング機器が開発され、腰や大腿部にベルトを巻回し、これを振動させたりする方法も採用されている。It is well known that for the elimination of obesity for beauty or health maintenance, it is preferable to burn and remove fat by exercising rather than pharmaceuticals that have side effects.
As a weight loss, so-called aerobic exercise is effective, but in many cases, it is common to perform running and light exercises, and this exercise also has a problem of burden on the heart, and it is not necessarily for all therapists. It's not a suitable method.
In view of this, attempts have been made to exercise at a light weight load, such as in a training gym, or to run a running machine or swim.
In addition, various training devices have been developed, and a method of winding a belt around the waist and thighs and vibrating it is also employed.

こうしたトレーニング機器や治療機器を用いる方法としては、例えば、次の技術が提案されている。
特開平９−１０８２８７．実開平５−７６４３２． As a method of using such training equipment and treatment equipment, for example, the following techniques have been proposed.
JP-A-9-108287. Japanese Utility Model Publication 5-76432.

こうした機器のうち、筋力アップを図るトレーニング機器は、通常、高負荷のものが多く、脂肪燃焼のための有酸素運動を行うという点においては有意義であるが、単なるダイエットを目的とした減量方法としては、一般人、特に、スポーツを行っていない者にとっては苦痛に感じるものであると共に筋肉運動が長くなると呼吸回数が少なくなって、酸素摂取量が激減し、疲れが溜まり易くなって、好ましくない。
また、美容目的の機器、例えば、人体の各所を刺激する振動マシーンやベルトを用いた振動機器では、上述した脂肪燃焼による減量効果が低いということも知られている。Among these equipment, training equipment that increases muscle strength is usually high-load, and is significant in terms of aerobic exercise for fat burning, but as a weight loss method for mere dieting purposes. This is unpleasant for the general public, especially those who do not play sports, and when the muscular exercise becomes longer, the number of breathing decreases, the oxygen intake decreases drastically, and fatigue tends to accumulate.
It is also known that cosmetic devices such as a vibration machine that stimulates various parts of the human body and a vibration device using a belt have a low weight loss effect due to fat burning described above.

そこで、本考案者は、脂肪燃焼に優れ、治療者への負担が軽くて済むような運動方法がないものかと研究を重ねた結果、単なる運動ではなく、優れた脂肪燃焼を伴う運動を行うには、通常の空気を吸入するのではなく、高濃度の酸素を吸引することが効果的であることを見出し、次の新たなシステムを提案した。
特開２００７−１８５４５７．即ち、電動運動機器を用いると同時に人体に対して高濃度酸素ガスを供給することが、優れた有酸素運動を行い、脂肪燃焼を効果的に行うことができることを見出した。Therefore, as a result of repeated research on whether or not there is an exercise method that excels in fat burning and can reduce the burden on the therapist, the present inventor has conducted exercise with fat burning instead of mere exercise. Found that it was effective to inhale high concentration of oxygen instead of inhaling normal air, and proposed the following new system.
JP2007-185457. That is, it has been found that supplying a high concentration oxygen gas to the human body at the same time as using an electric exercise device can perform excellent aerobic exercise and effectively burn fat.

Problems that the device tries to solve

上述した特許文献３の技術を長期に亘って実施していたところ、減量治療として優れた点は認められたが、減量には比較的日数を要することがあり、更なる改善が求められることになった。
また、高濃度酸素の供給については、実施に際して、実施例の説明にあるようにマスク状の酸素供給部材を使用して、顔面の中央部を覆う形状であるため、鼻部、口周部に発汗を来たし、不快感を与えること、圧迫感も生じることから、改善が求められていた。When the technique of Patent Document 3 described above was carried out over a long period of time, an excellent point as a weight loss treatment was recognized, but it may take a relatively long number of days for weight loss, and further improvement is required. became.
As for the supply of high-concentration oxygen, since it is a shape that covers the central part of the face using a mask-like oxygen supply member as described in the embodiment, it is applied to the nose and mouth area. Since sweating, discomfort, and a feeling of pressure also occurred, improvement was demanded.

また、有酸素運動は、筋肉の収縮、弛緩によるものであるから、自力にせと、外力付与にせよ、筋肉を実際に動かすことが必要であると共に減量効果を発揮させるには、発汗作用が効果的に行われなければならないことが分かったが、このような発汗作用は、単なる運動だけでなく、その環境条件が重要であることが分かってきた。 In addition, since aerobic exercise is due to muscle contraction and relaxation, it is necessary to actually move the muscle, whether it is self-powered or external force applied, and sweating is effective to exert a weight loss effect It has been found that such a sweating action is not only simple exercise, but also its environmental conditions are important.

本考案は、上述の現状に鑑み、長期の実施を通して最適の運動環境を模索すると共に有効な酸素供給を行うように研究を重ね、効率的な減量目的の達成を行い得ることを目的とする。 In view of the above-mentioned present situation, the present invention aims to search for an optimal exercise environment through long-term implementation and to carry out research to effectively supply oxygen, thereby achieving an efficient weight loss objective.

Means for solving the problem

本考案にかかる治療用運動装置は、区画された運動治療室（４）の内部に運動機器（１）を配置し、治療者の人体に対して振動乃至屈伸動作が行い得るようにし、高濃度酸素ガス供給機構（２）から治療者に酸素を供給する吸気機構（３）を設け、前記運動治療室（４）を空調するべく空調機構（５）を設けて治療者の運動環境を調整するようにし、前記運動治療室（４）の温度を４５℃±５℃に維持するように前記空調手段（５）を制御し、且つ、前記運動治療室（４）の湿度を５０％±５℃に維持するように前記空調手段（５）を制御し、前記運動治療室（４）の湿度は、前記運動治療室（４）に設けた水供給手段（８）からの水分噴霧供給によって維持されるように制御され、前記吸気手段（３）を鼻腔挿入用ノズル（９）で構成して直接に治療者の鼻に酸素濃度が３２％±５％の高濃度酸素を供給するようにした治療用運動装置であって、
前記吸気機構（３）が、個別の鼻腔に挿入できる鼻腔挿入用ノズル（９）に繋がる二股分岐の分岐管（３ａ）を介して前記鼻腔挿入用ノズル（９）から高濃度酸素が直接に供給されるように構成されていることを特徴とする。The therapeutic exercise apparatus according to the present invention has an exercise device (1) disposed in a partitioned exercise treatment room (4) so that vibration or bending / extension motion can be performed on the human body of the therapist, and the concentration is high. An intake mechanism (3) for supplying oxygen to the therapist from the oxygen gas supply mechanism (2) is provided, and an air conditioning mechanism (5) is provided to air-condition the exercise treatment room (4) to adjust the exercise environment of the therapist. The air conditioning means (5) is controlled so as to maintain the temperature of the exercise treatment room (4) at 45 ° C. ± 5 ° C., and the humidity of the exercise treatment room (4) is 50% ± 5 ° C. The air conditioning means (5) is controlled so as to maintain the humidity, and the humidity of the exercise treatment room (4) is maintained by a water spray supply from a water supply means (8) provided in the exercise treatment room (4). The intake means (3) is constituted by a nasal cavity insertion nozzle (9) and A therapeutic exercise apparatus for supplying oxygen concentration of 32% ± 5% to the nose of the therapist.
The intake mechanism (3) directly supplies high concentration oxygen from the nasal cavity insertion nozzle (9) via a bifurcated branch pipe (3a) connected to a nasal cavity insertion nozzle (9) that can be inserted into an individual nasal cavity. It is comprised so that it may be carried out.

本考案にいう運動治療室は、区画された室を形成するものであればよく、勿論出入りのための開閉扉を設けてあり、空調機構の機能が生かされる形態であればよい。
上記運動機器は、ベルト方式や床板振動形式或いはペダル漕ぎの自転車形式など、身体に負荷をかける形態であれば既存の種々の運動機器を用いてよい。
上記高濃度酸素ガス供給機構は、近年、小型の酸素発生装置も開発されており、こうした形態の手段を用いているが、簡易なボンベ形態が一般的に有用であり、ボンベ形態を使用してもよい。
上記吸気機構は、ここでは、鼻腔挿入用のノズルを用いているが、顔面中央部を被覆するマスク形態でなければ、どの具体構造でも適宜のものを用いてよい。
また、上記空調機構は、一般の温度制御が可能なエアコンなどでよく、且つ、湿度についても検知可能で、且つ、除湿機能が付加されたものが好ましい。
また、高濃度酸素は、通常の大気の酸素濃度約２０％に対し、ここでは、３２％±５％とするのが、種々の実験結果から好ましいことが分かっている。The exercise treatment room referred to in the present invention only needs to form a compartmented room, and of course may be provided with an opening / closing door for entering and exiting so as to make use of the function of the air conditioning mechanism.
As the exercise equipment, various existing exercise equipment may be used as long as a load is applied to the body such as a belt system, a floor board vibration type, or a pedal-riding bicycle type.
The high-concentration oxygen gas supply mechanism has been developed in recent years, and a small oxygen generator has been developed, and this form of means is used. However, a simple cylinder form is generally useful, and the cylinder form is used. Also good.
Here, the inhalation mechanism uses a nozzle for inserting a nasal cavity, but any specific structure may be used as long as it is not in the form of a mask that covers the center of the face.
The air-conditioning mechanism may be a general air-conditioner that can control temperature, can detect humidity, and has a dehumidifying function added.
Further, it has been found from various experimental results that the high concentration oxygen is preferably 32% ± 5% with respect to the normal atmospheric oxygen concentration of about 20%.

Effect of device

本考案によれば、運動治療室の温度を４２℃±５℃とし、湿度を５０％±５％の高温多湿条件とすると共に酸素濃度約３０％の高濃度酸素を直接に鼻腔から供給することで、運動機器による身体の筋肉運動における脂肪燃焼を促進しながら発汗作用を効率よく誘発させて、優れた減量効果を発揮させることができるに至った。また、こうした高温多湿下での運動は、筋肉を柔軟化し、肉離れといった不都合を未然に回避させる効果も期待できる。尚、高濃度酸素は、本考案の目的達成のために常時供給しなければならないものではなく、鼻腔挿入用ノズルを選択的に着脱し、間歇的に供給されるようにしてもよい。
本考案のその他の利点は、以下の実施例の説明から明らかとなろう。According to the present invention, the temperature of the exercise treatment room is set to 42 ° C. ± 5 ° C., the humidity is set to a high temperature and high humidity condition of 50% ± 5%, and high concentration oxygen having an oxygen concentration of about 30% is directly supplied from the nasal cavity. Thus, the sweating action is efficiently induced while promoting the fat burning in the muscular movement of the body by the exercise equipment, and the excellent weight loss effect can be exhibited. In addition, such exercise under high temperature and high humidity can be expected to have an effect of softening muscles and avoiding inconveniences such as meat separation. It should be noted that the high concentration oxygen is not always supplied to achieve the object of the present invention, but may be supplied intermittently by selectively attaching and detaching the nasal cavity insertion nozzle.
Other advantages of the present invention will become apparent from the description of the following examples.

Implementation of the invention

本考案においては、前記分岐管（３ａ）には、スライド可能なカーソル様の調節部材３ｂが設けられ、前記鼻腔挿入用ノズル（９）を鼻腔に装着し、頭部乃至頸部へ巻回装着した際にスライドさせて頭部乃至頸部への締め付けにより巻回保持を行い易くするように構成されていることが好ましい。
このように構成することで、装着時のフィット感が得られ、治療者の運動に際しても簡単に外れ難くなり、快適に運動可能となる。
また、前記鼻腔挿入用ノズル（９）が、先端が小径のサイ頭円錐形状に形成され、鼻腔への適合装着を可能にするように構成されていることによって、鼻腔への挿入装着を容易にすると共に鼻腔に対する適合性が良好となり、高濃度酸素の供給が確実に行い得易くなる利点がある。
勿論、個別に鼻腔から高酸素が供給されることで、従来のマスク型のような不快な被覆感がなくなり、マスク内に発汗するような事態を避けて、且つ、確実に高酸素が供給できる。In the present invention, the branch pipe (3a) is provided with a slidable cursor-like adjusting member 3b, and the nasal cavity insertion nozzle (9) is attached to the nasal cavity and wound around the head or neck. In this case, it is preferable to be configured so that it can be easily held by being slid and tightened to the head or neck.
By configuring in this way, a fit feeling at the time of wearing can be obtained, and it becomes difficult to come off easily even during the exercise of the therapist, and it becomes possible to exercise comfortably.
In addition, the nasal cavity insertion nozzle (9) has a tip having a small-diameter rhinocephalic conical shape, and is configured to be adapted to fit into the nasal cavity, thereby facilitating insertion and insertion into the nasal cavity. In addition, there is an advantage that compatibility with the nasal cavity is improved, and it is easy to reliably supply high concentration oxygen.
Of course, by supplying high oxygen separately from the nasal cavity, there is no unpleasant covering feeling as in the conventional mask type, and it is possible to reliably supply high oxygen while avoiding the situation of sweating in the mask. .

本考案にかかる治療用運動装置の全体を示す概略斜視図。1 is a schematic perspective view showing an entire therapeutic exercise apparatus according to the present invention. 本考案にかかる治療用運動装置の要部を示す概略斜視図。The schematic perspective view which shows the principal part of the exercise apparatus for treatment concerning this invention. 本考案にかかる治療用運動装置の要部の一使用形態を示す概略斜視図。The schematic perspective view which shows one usage pattern of the principal part of the therapeutic exercise apparatus concerning this invention.

本考案の治療用運動装置の好適実施例について、以下、図面を参照して詳述する。
図１に示すように、この装置は、区画された運動治療室４の内部に、人体に対して運動を促す運動機器１を配置し、治療者の人体に対して振動乃至屈伸動作が行い得るようにし、高濃度酸素ガス供給手段２から治療者に酸素を供給する吸気機構３を設け、前記運動治療室４を空調するべく空調機構５を設けて治療者の運動環境を調整するようにし、且つ、運動治療室４の湿度を維持するために水供給機構８から構成されている。A preferred embodiment of the therapeutic exercise apparatus of the present invention will be described in detail below with reference to the drawings.
As shown in FIG. 1, in this apparatus, an exercise device 1 that promotes exercise for a human body is arranged inside a partitioned exercise treatment room 4, and vibration or bending / extension operation can be performed on the human body of the therapist. And an intake mechanism 3 for supplying oxygen to the therapist from the high-concentration oxygen gas supply means 2 and an air-conditioning mechanism 5 for air-conditioning the exercise treatment room 4 to adjust the exercise environment of the therapist, In addition, a water supply mechanism 8 is configured to maintain the humidity of the exercise treatment room 4.

上記高濃度酸素ガス供給機構２としては、ここでは、吸着剤（オキシファイブ・商品名）を用いた吸着方式の既存の酸素Ｐ．Ｓ．Ａ．（商品名：ベルスイング）で、大気から窒素ガスを分離するが、その反作用として酸素濃度が９０〜９５％以上の酸素ガスを得ることができるものであり、酸素供給の能力は、毎分４リットル乃至１００リットル程度である。しかし、一般の酸素ガスボンベを用いてもよい。何れの手段を用いるときも既存のレギュレータによって、大気との混合で、酸素濃度を好適な３０％に調整して用いることになる。 As the high-concentration oxygen gas supply mechanism 2, here, the existing oxygen P.D. of the adsorption system using an adsorbent (oxyfive, trade name) is used. S. A. (Product name: Bell swing), nitrogen gas is separated from the atmosphere. As a reaction, oxygen gas having an oxygen concentration of 90 to 95% or more can be obtained, and the oxygen supply capacity is 4 per minute. About 1 to 100 liters. However, a general oxygen gas cylinder may be used. When any means is used, the oxygen concentration is adjusted to a suitable 30% by mixing with the atmosphere using an existing regulator.

前記電動運動機器１は、略水平の軸心Ｐ１、ここでは、両足の間を通る縦方向で、上下に所定の回転角度範囲で反復回動する踏み板１Ａを備えている。この踏み板１Ａは、機器１の本体に内蔵された電動モーター（図外）によって強制駆動

される範囲の技術であるのでその詳細説明を省く。こうした前記電動運動機器１に代え、自転車のペダルに負荷をかけ、負荷調節するタイプの美容用に開発された運動機器、その他の既存の機器を用いてよい。The electric exercise apparatus 1 includes a tread plate 1A that repeatedly rotates up and down within a predetermined rotation angle range in a vertical direction passing between both feet in a substantially horizontal axis P1, in this case. This tread board 1A is forcibly driven by an electric motor (not shown) built in the main body of the device 1.

Since this is a technology within the scope of the description, a detailed description thereof will be omitted. Instead of the electric exercise equipment 1, exercise equipment developed for cosmetics that applies a load to a bicycle pedal and adjusts the load, and other existing equipment may be used.

そして、前記吸気機構３は、酸素濃度調節機構３Ａ（レギュレータ）を介して鼻腔挿入用ノズル９により鼻腔に直接高濃度酸素を供給するようにされており、該鼻腔挿入用ノズル９と前記高濃度酸素ガス供給機構２とを繋ぐ吸気チューブ３Ｃとから構成されている。前記鼻腔挿入用ノズル９は、個々の鼻腔に挿入されるもので、公知の構造のものでよいが、途中で二股分岐された分岐管３ａとされており、スライド可能なカーソル様の調節部材３ｂによって、頭部へ装着した際の巻回保持を行い易くされ、個々の鼻腔に挿入されるものである。そのため、前記ノズル９は、先端がサイ頭円錐形に形成され、鼻腔への装着性、適合性を配慮されている。
図２、図３に示す如く、そこに設けられる酸素濃度調節機構３Ａは、ここでは、大気取り入れ口３ａを絞り調節するニードルタイプの開閉部材（ネジ操作）で構成している。しかし、所定の混合比率、例えば、酸素濃度が３０％から３５％となるように、酸素ガスの供給量に見合った開口を複数個開けておくような手段としてもよい。The inhalation mechanism 3 is configured to supply high concentration oxygen directly to the nasal cavity by the nasal cavity insertion nozzle 9 via the oxygen concentration adjustment mechanism 3A (regulator). An intake tube 3C that connects the oxygen gas supply mechanism 2 is formed. The nasal cavity insertion nozzle 9 is inserted into each nasal cavity and may have a known structure. However, the nasal cavity insertion nozzle 9 is a branch tube 3a that is bifurcated in the middle, and is a slidable cursor-like adjustment member 3b. Therefore, it is easy to hold the winding when it is attached to the head, and it is inserted into each nasal cavity. Therefore, the tip of the nozzle 9 is formed in the shape of a rhinocephalic cone, and consideration is given to attachment to the nasal cavity and compatibility.
As shown in FIGS. 2 and 3, the oxygen concentration adjusting mechanism 3 </ b> A provided therein is constituted by a needle-type opening / closing member (screw operation) for restricting the air intake port 3 a. However, a means may be provided in which a plurality of openings corresponding to the supply amount of oxygen gas are formed so that a predetermined mixing ratio, for example, the oxygen concentration is 30% to 35%.

更に、本実施例においては、前記電動運動機器１を囲繞する運動治療室４と、該運動治療室４を室温よりも高い温度に設定する空調機構５とが設けられている。この空調機構５は、除湿機能も備えたタイプのもので、室内の湿度が高すぎると除湿機能を発揮し、所要の湿度５０％（±５％）になるように除湿が行われる。尤も、湿度が低すぎる場合には、水供給機構８によって、水分が室内に噴霧供給されることになる。
この水供給機構８は、ブロアでもって水を噴霧させる構成のものであるが、機械的な加圧方式或いは圧縮空気発生手段で水を噴霧する形態としてもよい。
この実施例では、上記運動治療室４には、前記高濃度酸素ガス供給機構２が備えられているが、これは、運動治療室４の外に配置し、前記吸気チューブ３Ｃを運動治療室４の中に導入するようにしてもよい。Furthermore, in this embodiment, an exercise treatment room 4 surrounding the electric exercise equipment 1 and an air conditioning mechanism 5 for setting the exercise treatment room 4 to a temperature higher than room temperature are provided. This air-conditioning mechanism 5 is of a type having a dehumidifying function. When the indoor humidity is too high, the dehumidifying function is exhibited, and dehumidification is performed so that the required humidity is 50% (± 5%). However, when the humidity is too low, the water supply mechanism 8 supplies water to the room by spraying.
The water supply mechanism 8 is configured to spray water with a blower, but may be configured to spray water using a mechanical pressurization method or compressed air generating means.
In this embodiment, the exercise treatment room 4 is provided with the high-concentration oxygen gas supply mechanism 2, which is disposed outside the exercise treatment room 4, and the intake tube 3 </ b> C is connected to the exercise treatment room 4. You may make it introduce in.

そして、前記空調機構５は、前記運動治療室４の外部に設置されており、該運動治療室４を４２℃から±５℃の範囲で温度調節するよう構成された、実質的にヒーター及び循環用のブロアから成るものである。尚、この空調機構５について、運動治療室４の内部に設置してよいことは勿論であり、この場合には、ヒーター機能のみでよい。図１において、６は、吸引孔、７は温風の排気口である。
この空調機構５は、室内昇温のために電熱ヒーターなどの加熱手段を併用してもよい。The air-conditioning mechanism 5 is installed outside the exercise treatment room 4 and is configured to adjust the temperature of the exercise treatment room 4 in a range of 42 ° C. to ± 5 ° C. It consists of a blower for use. Of course, this air-conditioning mechanism 5 may be installed inside the exercise treatment room 4, and in this case, only the heater function is required. In FIG. 1, 6 is a suction hole and 7 is a hot air exhaust port.
The air-conditioning mechanism 5 may be used in combination with heating means such as an electric heater for raising the temperature in the room.

上記システムを用いて運動治療を行った一例の結果を次に示す。
測定に際しては、体組成測定器（ＢＯＣＡ：商品名）を用いた。
電動運動機器１としては、踏み板がその左右端で上下に反復動（ほぼ振動の形態）し、主に腹部に振動を付与する機器が用いられた。
室温：４５℃
室内湿度：５０％
高濃度酸素：３０％
体重：９１．５Ｋｇ
ウエスト：９８ｃｍ
体脂肪率：２６．５
運動治療時間：平均２０分／日
運動治療日数：１４日
結果：
体重８３．３Ｋｇ
ウエスト：９１ｃｍ
体脂肪率：２３．４
上記体重変動については、発汗に伴う減量も含まれる。
この実験データによれば、従来技術における減量効果との比較で、更に改善されて優れたものとなったことが明らかとなった。The result of an example of exercise treatment using the above system is shown below.
For the measurement, a body composition measuring instrument (BOCA: trade name) was used.
As the electric exercise device 1, a device in which a footboard repeatedly moves up and down at its left and right ends (substantially in the form of vibration) and mainly applies vibration to the abdomen.
Room temperature: 45 ° C
Indoor humidity: 50%
High concentration oxygen: 30%
Weight: 91.5Kg
Waist: 98cm
Body fat percentage: 26.5
Exercise treatment time: Average 20 minutes / day Exercise treatment days: 14 days Result:
Weight 83.3Kg
Waist: 91cm
Body fat percentage: 23.4
The weight fluctuation includes weight loss associated with sweating.
According to this experimental data, it was clarified that it was further improved by comparison with the weight loss effect in the prior art.

本考案によれば、美容目的、肥満解消の健康目的など、減量を目指す治療者に効果的であり、一般のトレーニングクラブや、美容室、プロのスポーツクラブなど、種々の現場に導入でき、その応用範囲は広い。 According to the present invention, it is effective for therapists aiming at weight loss, such as beauty purpose and health purpose to relieve obesity, and can be introduced into various sites such as general training clubs, beauty salons, professional sports clubs, etc. The application range is wide.

１：運動機器
２：高濃度酸素ガス供給手段
３：吸気手段
３ａ：分岐管
４：運動治療室
５：空調手段
８：水供給手段
９：鼻腔挿入用ノズル1: Exercise equipment 2: High-concentration oxygen gas supply means 3: Intake means 3a: Branch pipe 4: Exercise treatment room 5: Air conditioning means 8: Water supply means 9: Nose insertion nozzle

本考案においては、前記分岐管（３ａ）には、スライド可能なカーソル様の調節部材（３ｂ）が設けられ、前記鼻腔挿入用ノズル（９）を鼻腔に装着し、頭部乃至頸部へ巻回装着した際にスライドさせて頭部乃至頸部への締め付けにより巻回保持を行い易くするように構成されていることが好ましい。
このように構成することで、装着時のフィット感が得られ、治療者の運動に際しても簡単に外れ難くなり、快適に運動可能となる。
また、前記鼻腔挿入用ノズル（９）が、先端が小径の截頭円錐体形状に形成され、鼻腔への適合装着を可能にするように構成されていることによって、鼻腔への挿入装着を容易にすると共に鼻腔に対する適合性が良好となり、高濃度酸素の供給が確実に行い得易くなる利点がある。
勿論、個別に鼻腔から高酸素が供給されることで、従来のマスク型のような不快な被覆感がなくなり、マスク内に発汗するような事態を避けて、且つ、確実に高酸素が供給できる。In the present invention, the branch pipe (3a) is provided with a slidable cursor-like adjusting member (3b) , and the nasal cavity insertion nozzle (9) is attached to the nasal cavity and wound around the head or neck. It is preferable to be configured so that it can be easily held by being slid and tightened to the head or neck when being worn.
By configuring in this way, a fit feeling at the time of wearing can be obtained, and it becomes difficult to come off easily even during the exercise of the therapist, and it becomes possible to exercise comfortably.
In addition, the nasal cavity insertion nozzle (9) is formed in a truncated cone shape with a small diameter and is configured to be fitted to the nasal cavity so that it can be easily inserted into the nasal cavity. In addition, there is an advantage that compatibility with the nasal cavity is improved and high-concentration oxygen can be reliably supplied.
Of course, by supplying high oxygen separately from the nasal cavity, there is no unpleasant covering feeling as in the conventional mask type, and it is possible to reliably supply high oxygen while avoiding the situation of sweating in the mask. .

そして、前記吸気機構３は、酸素濃度調節機構３Ａ（レギュレータ）を介して鼻腔挿入用ノズル９により鼻腔に直接高濃度酸素を供給するようにされており、該鼻腔挿入用ノズル９と前記高濃度酸素ガス供給機構２とを繋ぐ吸気チューブ３Ｃとから構成されている。前記鼻腔挿入用ノズル９は、個々の鼻腔に挿入されるもので、公知の構造のものでよいが、途中で二股分岐された分岐管３ａとされており、スライド可能なカーソル様の調節部材３ｂによって、頭部へ装着した際の巻回保持を行い易くされ、個々の鼻腔に挿入されるものである。そのため、前記ノズル９は、先端が截頭円錐体に形成され、鼻腔への装着性、適合性を配慮されている。
図２、図３に示す如く、そこに設けられる酸素濃度調節機構３Ａは、ここでは、大気取り入れ口３ａを絞り調節するニードルタイプの開閉部材（ネジ操作）で構成している。しかし、所定の混合比率、例えば、酸素濃度が３０％から３５％となるように、酸素ガスの供給量に見合った開口を複数個開けておくような手段としてもよい。The inhalation mechanism 3 is configured to supply high concentration oxygen directly to the nasal cavity by the nasal cavity insertion nozzle 9 via the oxygen concentration adjustment mechanism 3A (regulator). An intake tube 3C that connects the oxygen gas supply mechanism 2 is formed. The nasal cavity insertion nozzle 9 is inserted into each nasal cavity and may have a known structure. However, the nasal cavity insertion nozzle 9 is a branch tube 3a that is bifurcated in the middle, and is a slidable cursor-like adjustment member 3b. Therefore, it is easy to hold the winding when it is attached to the head, and it is inserted into each nasal cavity. Therefore, the tip of the nozzle 9 is formed into a truncated cone , and consideration is given to fitting and adaptability to the nasal cavity.
As shown in FIGS. 2 and 3, the oxygen concentration adjusting mechanism 3 </ b> A provided therein is constituted by a needle-type opening / closing member (screw operation) for restricting the air intake port 3 a. However, a means may be provided in which a plurality of openings corresponding to the supply amount of oxygen gas are formed so that a predetermined mixing ratio, for example, the oxygen concentration is 30% to 35%.

Claims

The exercise equipment (1) is arranged inside the partitioned exercise treatment room (4) so that the human body of the treatment person can be vibrated or bent and stretched, and the high concentration oxygen gas supply mechanism (2) is used to treat the treatment person. An inspiratory mechanism (3) for supplying oxygen is provided, and an air conditioning mechanism (5) is provided to air-condition the exercise treatment room (4) to adjust the exercise environment of the therapist, and the exercise treatment room (4) The air-conditioning means (5) is controlled so as to maintain the temperature of 45 ° C. ± 5 ° C. and the air-conditioning means (5) so as to maintain the humidity of the exercise treatment room (4) at 50% ± 5 ° C. ), The humidity of the exercise treatment room (4) is controlled to be maintained by the supply of water spray from the water supply means (8) provided in the exercise treatment room (4), and the intake means ( 3) Consists of a nasal cavity insertion nozzle (9), with an oxygen concentration of 32% directly in the nose of the therapist A therapeutic exercise apparatus that supplies high concentration oxygen of ± 5%,
The intake mechanism (3) directly supplies high concentration oxygen from the nasal cavity insertion nozzle (9) via a bifurcated branch pipe (3a) connected to a nasal cavity insertion nozzle (9) that can be inserted into an individual nasal cavity. It is comprised so that it may be, The exercise apparatus for treatment characterized by the above-mentioned.

The branch pipe (3a) is provided with a slidable cursor-like adjusting member 3b, and the nasal cavity insertion nozzle (9) is attached to the nasal cavity and is slid when wound around the head or neck. The therapeutic exercise device according to claim 1, wherein the exercise device is configured to facilitate winding and holding by tightening the head or neck.

3. The nasal cavity insertion nozzle (9) according to claim 1 or 2, characterized in that the tip is formed in a small-diameter rhinocephalic conical shape and adapted to fit into the nasal cavity. The therapeutic exercise device as described.