JP2010057347A - Manual generation type exercise bike - Google Patents

Manual generation type exercise bike Download PDF

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JP2010057347A
JP2010057347A JP2008251628A JP2008251628A JP2010057347A JP 2010057347 A JP2010057347 A JP 2010057347A JP 2008251628 A JP2008251628 A JP 2008251628A JP 2008251628 A JP2008251628 A JP 2008251628A JP 2010057347 A JP2010057347 A JP 2010057347A
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generator
exercise bike
electricity
human
power
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Tsutomu Yagyu
勉 柳生
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MEIKO IND CORP Ltd
Meiko Sangyo Co Ltd
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MEIKO IND CORP Ltd
Meiko Sangyo Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a generating device which is independent of natural phenomena, because power generation by sun light and wind force which utilize natural phenomena in order to lessen the effect of global warming has such a problem that generating electric power is restricted depending on weather. <P>SOLUTION: An exercise bike is spread as a healthy countermeasure, so that this device and a generating device are combined to generate electricity by human power and store the generated electricity, and further, obtain the electricity without emitting CO<SB>2</SB>by using the electricity as needed. By integrating a generating device 11, a battery 9, and an exercise bike 6 and making the resultant device small and portable, the resultant device may be moved to a required place and disposed there without requiring the selection of a specific use place so as to convert a human energy to an electric energy and store the resultant electricity. Thereby, the battery storing the electricity can be carried when requiring an electric power and an illumination and other required electric power can be supplied. That is, a mobile power generating plant emitting no CO<SB>2</SB>can be made using an energy generated by converting the human energy to the electric energy. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

本発明は、近時一般社会でも家庭でも盛んに話題になっている環境問題やCO2の削減に寄与する目的で太陽や風力等の自然エネルギーを利用するのではなく、人の持っているエネルギーを電気エネルギーに変換し、人の力で電気を生み出して利用する目的の人力発電、充電装置に関するものである。  The present invention does not use natural energy such as solar or wind power for the purpose of contributing to environmental problems and CO2 reduction, which are becoming a hot topic in the general public and at home recently, but it uses human energy. The present invention relates to a human power generation and charging device for the purpose of converting into electric energy and generating and using electricity by human power.

最近数多く報道されている環境に優しいエネルギーやCO2の削減に役立つ技術はその多くは大がかりな設備を必要としたり設備に対して多額の費用を必要とする物が多いのが現状である。社会生活を維持する為に必要とされている電力を生み出すためには地下資源である石油、石炭等の鉱物資源を利用したり近代では原子力を利用したりしているがこれらの地球上の資源は無限に存在するものではなく、有限であり資源の枯渇が問題になっている、そしてこれらの資源を利用する結果として地球温暖化があり、CO2の発生が問題になっている、対策としてクリーンなエネルギーの利用、即ち自然エネルギーの利用が叫ばれている。  Many of the technologies that have been reported recently and that are useful for reducing environmentally friendly energy and CO2 require a large amount of equipment or a large amount of cost for the equipment. In order to generate electricity necessary to maintain social life, mineral resources such as petroleum and coal, which are underground resources, are used, and nuclear power is used in modern times. Does not exist infinitely, it is finite and resource depletion has become a problem, and as a result of using these resources, there is global warming, and the generation of CO2 is a problem. The use of natural energy, that is, the use of natural energy is screamed.

利用すべき対象として太陽光の利用、風力の利用、そして最近では河川の水力ではなく洋上の波力の利用などで発電を行い電気エネルギーを確保する研究が行われている。  Research has been conducted to secure electric energy by generating electricity through the use of sunlight, wind power, and the use of ocean wave power rather than river hydropower.

しかしながらこれらを利用するためには多大な設備費用が必要でその設備を製作するために必要とされる莫大なエネルギーは全て地球環境の悪化に繋がっている。  However, in order to use these, a huge equipment cost is required, and the enormous energy required to manufacture the equipment has all led to deterioration of the global environment.

多くのメーカーは少しでもCO2の排出を抑える努力を行い電力消費の少ない機器の開発、機器の待機電力の削減、インバーター効率の改善、等そして自動車メーカーは石油の消費を抑える為にハイブリット方式の車両の開発などの商品開発を行っている。  Many manufacturers make efforts to reduce CO2 emissions as much as possible, develop equipment with low power consumption, reduce standby power consumption of equipment, improve inverter efficiency, etc., and automakers use hybrid vehicles to reduce oil consumption We are developing products such as development.

前述した利用するための自然エネルギーは全てお天気次第という欠点を持っている、そして最大の問題は電気エネルギーに変換する変換効率が地球資源を利用する方法に対して非常に低い事が問題になっている  All of the natural energy to use mentioned above has the disadvantage that it depends on the weather, and the biggest problem is that the conversion efficiency to convert to electric energy is very low compared to the method using earth resources. Have

即ち費用対効果が期待されない現状が普及につながらない原因の一つになっている。  In other words, the current situation where cost effectiveness is not expected is one of the causes that does not lead to widespread use.

上記目的を達成するために、本発明は自然に存在するエネルギーを利用するのではなく効果的に電気的エネルギーを確保する手段を考えた。  In order to achieve the above object, the present invention has devised means for effectively securing electric energy rather than utilizing naturally existing energy.

この場合電気エネルギーを確保する必要があるがこの為には発電機が必要となる、そしてこの発電機を人力で回転させれば回転エネルギーを電気エネルギーに変換する事が可能となる。  In this case, it is necessary to secure electric energy. For this purpose, a generator is required, and if this generator is rotated manually, the rotational energy can be converted into electric energy.

この目的を達成する為に市場調査した結果、特許を取得した特殊形状の市販されている発電機を使用する事で初期の目的を達成する事が出来た。  As a result of market research to achieve this purpose, we were able to achieve the initial purpose by using a commercially available generator with a patented special shape.

上記の目的の為に入手した発電機はコアレス型永久磁石方式同期発電機でこれを2台背中合わせに中空円筒を介して取り付けてある、そして発電機中心軸の中から引き出した発電コイルのリード線を外部筐体内で並列又は直列に接続して目的の電気回路が構成されている。  The generators obtained for the above purposes are coreless permanent magnet type synchronous generators, two of which are attached back to back through a hollow cylinder, and the lead wires of the generator coil drawn out from the central axis of the generator Are connected in parallel or in series in the external casing to form a target electric circuit.

本発明の前記ならびにその他の目的と新奇な特徴は次の説明を添付図面と照らし合わせて読むと,より完全に明らかになるであろう。
ただし、図面はもっぱら解説の為のものであって、本発明の技術的範囲を限定するものではない。
The above and other objects and novel features of the present invention will become more fully apparent when the following description is read in conjunction with the accompanying drawings.
However, the drawings are for explanation only and do not limit the technical scope of the present invention.

以下、図面に示す実施の形態により本発明を詳細に説明する。  Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings.

図1、図2ないし図3の本発明の第1の実施の形態に於いて、一般に使用されている発電機は中心軸が回転軸となり外筐が固定されているが、本発明に使用した発電機1)では中心軸2)が固定軸で、外筐が回転部3)になっているので2個の発電機を背中あわせに中空円筒4)を介して組付ける場合に中心軸2)のブレが無く組み立てが容易であり、発電機を1個で組付けると片持ちになる為耐久力に問題が発生するが2個を背中合わせにして中空円筒4)を間に挟む事が出来るので小型車輪8)のゴムタイヤをこの中空円筒4)に接触させる事が可能となり容易に増速装置を構成する事が出来、かつ接触を確実にする為に両者間に発電機引きバネ10)を設けている。又2台の発電機が完全に同一のスピードで回転するので同一の電圧、電流を取り出せる事になるので出力の交流電圧をダイオードを使用して直流に変換しておけば、1台の発電機に比べ直列に接続すれば倍電圧となり並列に接続すれば2倍の電流を取り出す事が可能で使用者側として利用価値が高くなる。  In the first embodiment of the present invention shown in FIGS. 1 and 2 to 3, the generator generally used has a central axis as a rotation axis and the outer casing is fixed. In the generator 1), the central shaft 2) is a fixed shaft and the outer casing is a rotating part 3). Therefore, when two generators are assembled back to back via a hollow cylinder 4), the central shaft 2) It is easy to assemble without shaking, and can be cantilevered when assembled with a single generator, so there will be a problem with durability. The rubber tire of the small wheel 8) can be brought into contact with the hollow cylinder 4), so that a speed increasing device can be easily constructed, and a generator pulling spring 10) is provided between the two to ensure contact. ing. Also, since the two generators rotate at the same speed, the same voltage and current can be taken out, so if the output AC voltage is converted to DC using a diode, one generator If it is connected in series, it becomes a double voltage, and if it is connected in parallel, twice the current can be taken out, and the utility value becomes high as a user side.

以上は請求項1の発電ユニット装置11)に対する説明であるがこの発電ユニット装置を利用した商品に対しての説明を行う事にする。  The above is a description of the power generation unit device 11) of claim 1, but a description will be given for products using this power generation unit device.

最近は地震対策を如何にすべきか等が議論されているが人的被害や建築物に対する被害対策も大事であるが災害が発生した後の対策も重要な対策だと考えられる、即ち即座に困るのが水と電気で特に夜間に照明がないと盲目同然な行動を強いられる事になる、その時に発電場所を簡単に移動できる移動発電所的な装置が存在したとすれば非常に助かる事となるので、その対策として提案する方法が請求項1の内容である。即ち災害が発生し停電になった場合に、人力発電エアロバイクとバッテリーを電気を必要としている場所に移動設置して自転車コギを行えば発電ユニットから電気を取り出すことが出来るので照明その他の用途に直接使用するか、又はこれにより充電したバッテリー9)を必要な場所に運び照明その他必要な用途に使用する事で移動式簡易発電所として役立てる事が可能となる。太陽光発電パネルや風力発電機は必要な現場に移動設置する事は重量その他の関係で不可能なので、此処で提案する簡単に移動が出来る簡易発電所の能力が発揮出来る。  Recently, there have been discussions on how to take measures against earthquakes, but measures against human damage and damage to buildings are also important, but measures after a disaster is also considered to be an important measure. It would be very helpful if there was a mobile power plant-like device that could easily move around the power generation site at that time if it was water and electricity, especially if there was no lighting at night. Therefore, the method proposed as a countermeasure is the contents of claim 1. In other words, when a disaster occurs and a power outage occurs, you can take out the power from the power generation unit if you move and install the manpower generation exercise bike and battery to the place where you need electricity and perform the bicycle, so that it can be used for lighting and other purposes It can be used as a mobile power plant by using it directly or by transporting the charged battery 9) to a necessary place and using it for lighting or other necessary applications. Solar panels and wind power generators can not be moved and installed at the necessary site due to weight and other reasons, so the power plant's ability to move easily can be demonstrated.

次の提案事項は、最近電動自転車が環境対策にもなりCO2の削減対策にも役立つとして宣伝されているが搭載されたバッテリーを充電する為には家庭内の電気を使用しているのでCO2の削減に反する事になる、そこで電動自転車搭載バッテリーの充電に請求項1の人力発電エアロバイク6)を使用する事で家庭の電気を使用せずにバッテリーの充電が可能となる、その上2次的効果として自分の体力を使う事でメタボ対策にもなり、家庭内でフイットネス運動効果も期待できる。  The next proposal is recently being advertised that electric bicycles are both environmentally friendly and useful for reducing CO2 emissions. However, because the electricity used in the home is used to charge the battery, It would be against the reduction, so it would be possible to charge the battery without using household electricity by using the human-powered exercise bike 6) of claim 1 for charging the battery mounted on the electric bicycle. By using your physical strength as an effective effect, it will also be a measure against metabolic syndrome, and you can expect a fitness exercise effect at home.

フイットネスクラブ等ではエアロバイクを使用した運動が行われているがこの場合にはエアロバイクを使用している人の運動エネルギーはカロリーを消費するだけで何の役にも立ってはいない、若し此のエネルギーをバッテリーの充電に利用できれば一石二鳥の効果が生まれCO2削減に寄与する。エアロバイクを使用して健康増進に役立てようとしている人は、自分の健康増進対策がCO2の削減に役立つという一石二鳥の効果がある事を知る事により一層の励みになる、そして満充電したバッテリー9)を保管場所に集めておけば夜間の照明その他の必要な用途に応じて使用現場に運び現地で直ぐに利用できる。  In fitness clubs etc., exercise using an exercise bike is performed, but in this case the kinetic energy of the person using the exercise bike only consumes calories and does not serve anything. If this energy can be used to charge the battery, the effect of two birds with one stone will be born and contribute to CO2 reduction. Those who are trying to use their exercise bikes to improve their health will be encouraged more by knowing that their health promotion measures will help reduce CO2 and have two birds with one stone, and a fully charged battery 9 ) In the storage area, it can be transported to the site of use according to night lighting and other necessary uses and used immediately on site.

以上述べた各説明は請求項1に示した発電機2台を使用し車輪の回転を利用した増速効果を利用して発電機の回転数を上げその結果発生する電力を倍増させて効率よくバッテリーに充電を行うシステムを提案するものである。  Each of the explanations described above efficiently uses the two generators shown in claim 1 to increase the number of revolutions of the generator using the speed increasing effect utilizing the rotation of the wheels, and doubles the electric power generated as a result. A system for charging a battery is proposed.

以上の説明は発電機から電力を取り出す方法についての記述であるが次ぎに取り出す電力と発電機を回転させる人力の相関関係に付いて説明する。  The above description is a description of a method for extracting electric power from the generator, but the correlation between the electric power to be extracted next and the human power for rotating the generator will be described.

発電機から電気を取り出さない状態即ち無負荷状態ではペダルをふむ事に必要な体力は平地を走らせる自転車程度であるが電力を多く取り出すに従って、次第に上りの坂道が急峻になりペダルをふむ力が多く必要になる状態が発生する、即ち取り出す電力とペダルを回転させる人の力は比例する事になり此の相関関係を図5に示してある。  In the state where electricity is not taken out from the generator, that is, in the no-load state, the physical strength required to squeeze the pedal is about a bicycle that runs on flat ground.However, as more power is taken out, the upward slope becomes gradually steeper and the force to squeeze the pedal A situation that requires a lot is generated, that is, the power to be taken out is proportional to the power of the person who rotates the pedal, and this correlation is shown in FIG.

請求項3ではこの問題点を解決する方法を特許請求の範囲として提起している。詳細を解説すると、この関係を利用する事で自分の体力に会った発電力を選ぶ事が出来る、即ち接続されたバッテリーに与えられる発電機の出力電圧を高めればバッテリーに流れ込む電流が多くなり、出力電圧を低くすれば流れ込む電流は少なくなる、この様にバッテリーに流れ込む電流を制御する事で人力に適した発電力を得ることが可能となり、その方法としては発電機の出力電圧を制御装置のボリュームを加減する事により可変する事で可能となり、ペダルをこぐ人の体力にあった発電力が得られ、その関係を図6に示す。  Claim 3 proposes a method for solving this problem as claims. To explain in detail, by using this relationship, you can choose the power generation that meets your physical strength, that is, if you increase the output voltage of the generator given to the connected battery, more current flows into the battery, If the output voltage is lowered, less current flows. By controlling the current flowing into the battery in this way, it is possible to obtain power generation suitable for human power. The method is to adjust the output voltage of the generator to the control device. This can be achieved by changing the volume, and a power generation suitable for the physical strength of the person who pedals is obtained. The relationship is shown in FIG.

発明の異なる実施の形態Different embodiments of the invention

請求項1に示した人力発電エアロバイクの機能を利用した利用方法は色々考えられるが例えば風力発電の発電機として使用すれば都市型の低風速対応の、増速装置を組み込んだ垂直型発電装置の製作が容易になる。  There are various ways of using the function of the manpower generation exercise bike shown in claim 1, but for example, a vertical power generator incorporating a speed increasing device for a low wind speed of an urban type when used as a wind power generator. Is easy to manufacture.

又、水力発電特に洋上発電の場合は水流が遅いので増速装置が必要になるがベルト等を使用しない本提案は効果がある。  In the case of hydroelectric power generation, especially offshore power generation, the speed of the speed increasing device is necessary because the water flow is slow, but the present proposal without using a belt or the like is effective.

発明の効果The invention's effect

以上の説明から明らかなように、本発明にあっては次に列挙する効果が得られる。
(1)請求項1で構成された人力発電エアロバイクは一体型として単体で商品化出来るので小型軽量型の発電装置として各家庭に置いて利用する事でCO2の削減に協力する事が出来る。
(2)請求項1の構成要件で構成されているので、学校等でこのシステムを利用する事で生徒等の体力向上に役立つと同時に人力エネルギーがCO2の削減に役立つという実地学習になる。又2次的効果として学校で保管して授業に使用する事で、災害時に使用する目的では使用頻度が低い問題と保管場所の2つの問題解決に役立つ事となる。
(3)家庭では電動自転車の購入者が増えているが搭載しているバッテリーの充電に電気を使用するのでCO2の削減にならないと言う問題が有るが、本提案がこの問題の解決策となり、加えて家庭で無料でメタボ対策が可能となり健康増進の効果が生まれる。
(4)海外奥地の電気のない村落に対し、村の集会所に数台を置く事で昼間に村人が自転車コギでバッテリーに充電して持ち帰り夜間の照明に利用し、翌日に再びバッテリーを持参し充電し持ち帰り利用することで暗闇の生活から逃れる事が出来る。
(5)有料で利用しているフイットネスクラブのエアロバイクに発電ユニット装置を組み合わせる事でバッテリーを充電し、その充電量を測定してポイントとして使用者に還元する事で利用者も満足し施設側は充電されたバッテリーを夜間の照明その他に利用する事で経費節減となりCO2の削減に協力する事になって知名度を上げる効果がある。
As is clear from the above description, the present invention has the following effects.
(1) Since the human-powered exercise bike configured in claim 1 can be commercialized as a single unit as a single unit, it can be used as a small and light-weight power generation device in each home and can cooperate in reducing CO2.
(2) Since it is comprised by the requirements of Claim 1, it becomes a field study that it is useful for the physical strength improvement of a student etc. by using this system in a school etc., and at the same time human power energy is useful for reduction of CO2. In addition, as a secondary effect, it is stored at school and used for classes, so that it can be useful for solving two problems of low usage frequency and storage location for the purpose of use in a disaster.
(3) Although there are an increasing number of buyers of electric bicycles at home, there is a problem that it does not reduce CO2 because electricity is used to charge the installed battery, but this proposal is a solution to this problem, In addition, measures against metabolic syndrome can be taken free of charge at home, resulting in health promotion effects.
(4) For villages without electricity in remote areas outside the country, by placing several units at the village meeting place, the villagers can charge the battery with a bicycle hook during the day and take it home for use at night. Bring the battery again the next day. You can escape from the dark life by charging and taking it home.
(5) Charging a battery by combining a power generation unit with a fitness club exercise bike that is being used for a fee, measuring the amount of charge and returning it to the user as a point to satisfy the user The use of the charged battery for nighttime lighting and other purposes saves money and helps to reduce CO2 and increase the name recognition.

以上のような発明の効果の結果、現在のように運動効果のみを追求し人力エネルギーを無駄に捨てている愚を有効に活用し、自然界のエネルギーを利用すると共に人の持っているエネルギーを活用して地球温暖化とCO2の削減に少しでも貢献する事が出来れば本発明の効果が発揮される。  As a result of the effects of the invention as described above, the foolishness of pursuing only the exercise effect and discarding human energy as in the present is effectively utilized, and the natural energy and the energy possessed by the human are utilized. The effect of the present invention is exhibited if it can contribute even a little to global warming and CO2 reduction.

本発明の請求項1の人力発電エアロバイク装置を示す斜視図。1 is a perspective view showing a human power generation exercise bike device according to claim 1 of the present invention. 図1の装置に使用する発電ユニット装置の形態の斜視図。The perspective view of the form of the electric power generation unit apparatus used for the apparatus of FIG. 同じく本発明の請求項1の主要部の斜視図。Similarly, the perspective view of the principal part of Claim 1 of this invention. 図3の内部構造を示す斜視図。The perspective view which shows the internal structure of FIG. 電気的データーを示した図。The figure which showed the electrical data. 発電電圧と回転力との相関図。The correlation diagram of a generated voltage and rotational force.

符号の説明Explanation of symbols

1 発電機 2 中心軸
3 回転部 4 中空円筒
5 回路引き出し線 6 人力発電エアロバイク
7 発電機取り付け枠 8 小型車輪
9 バッテリー 10 発電機引きバネ
11 発電、充電ユニット装置 12 制御装置
13 可変ボリューム 14 ペダル
DESCRIPTION OF SYMBOLS 1 Generator 2 Center axis | shaft 3 Rotating part 4 Hollow cylinder 5 Circuit leader line 6 Manual power generation exercise bike 7 Generator mounting frame 8 Small wheel 9 Battery 10 Generator pulling spring 11 Power generation and charging unit device 12 Control device 13 Variable volume 14 Pedal

Claims (3)

ラジアル型コアレス永久磁石方式同期発電機を2台使用し、軸内からコイル引き出し線が引き出されている固定中心軸を外側に、回転部を内側にし2台の回転部の連結を中空円筒で連結し2台の発電機の固定中心軸をフレームによって連結し一体化した発電機ユニット装置を、健康増進の為に利用されているエアロバイクの回転部に連結し、発電機ユニット装置の中心部の円筒外周部をエアロバイクの回転部に取り付けた小型車輪のゴムタイヤに接触させ、エアロバイクのペダルを回転させる事により、これに接触している発電機が回転する事によって高速回転を行い発電し、此の発生した電力を外部に取り出し利用する構造の人力発電エアロバイク。  Two radial coreless permanent magnet type synchronous generators are used, the fixed central shaft from which the coil lead wire is drawn out from the shaft is on the outside, the rotating part is on the inside, and the two rotating parts are connected by a hollow cylinder Then, the generator unit device, which unites the fixed central shafts of the two generators with a frame, is connected to the rotating part of an exercise bike that is used for health promotion. The cylindrical outer peripheral part is brought into contact with a rubber tire of a small wheel attached to the rotating part of the exercise bike, and by rotating the exercise bike pedal, the generator that is in contact with this rotates at high speed to generate electricity, A human-powered exercise bike with a structure that uses the generated power to the outside. 請求項1に述べている発電機ユニットの1台の発電機を内部の発電装置を取り除いた回転部のみにした構造を使用した発電機ユニットを利用し、請求項1に記載された方法で発電を行う構造の人力発電エアロバイク。  A generator unit using a structure in which only one generator of the generator unit described in claim 1 is a rotating part from which an internal generator is removed is used to generate power by the method described in claim 1. A human-powered exercise bike with a structure to do. 請求項1に述べている発電機ユニットから取り出す電力は、ペダルを回転操作する人の体力によって決定されるので発電機からの出力電圧を計測し自分の体力に見合う電圧に可変ボリュームを操作する事で決定し、ペダルを操作する人の体力にあった発電機の出力を取り出す構造の人力発電エアロバイク。  Since the electric power taken out from the generator unit described in claim 1 is determined by the physical strength of the person who rotates the pedal, the output voltage from the generator is measured and the variable volume is operated to a voltage suitable for his physical strength. A human-powered exercise bike with a structure that extracts the output of the generator that matches the physical strength of the person who operates the pedal.
JP2008251628A 2008-08-29 2008-08-29 Manual generation type exercise bike Pending JP2010057347A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2008251628A JP2010057347A (en) 2008-08-29 2008-08-29 Manual generation type exercise bike

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Application Number Priority Date Filing Date Title
JP2008251628A JP2010057347A (en) 2008-08-29 2008-08-29 Manual generation type exercise bike

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JP2010057347A true JP2010057347A (en) 2010-03-11

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Family Applications (1)

Application Number Title Priority Date Filing Date
JP2008251628A Pending JP2010057347A (en) 2008-08-29 2008-08-29 Manual generation type exercise bike

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Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2012053259A1 (en) * 2010-10-18 2012-04-26 Nohara Toyomi Power generation unit and power-generating health appliance

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2012053259A1 (en) * 2010-10-18 2012-04-26 Nohara Toyomi Power generation unit and power-generating health appliance

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