JP2009222046A - Power generation device utilizing waste heat source - Google Patents

Power generation device utilizing waste heat source Download PDF

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JP2009222046A
JP2009222046A JP2008104104A JP2008104104A JP2009222046A JP 2009222046 A JP2009222046 A JP 2009222046A JP 2008104104 A JP2008104104 A JP 2008104104A JP 2008104104 A JP2008104104 A JP 2008104104A JP 2009222046 A JP2009222046 A JP 2009222046A
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power
liquid
electric power
tank
source
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Sadao Fujiwara
貞雄 藤原
Keizo Ikeda
圭三 池田
Noriaki Baba
伯明 馬場
Osamu Yamazaki
修 山崎
Kunio Matsunaga
州央 松永
Masahiro Matsunaga
全央 松永
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MN Engineering Co Ltd
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MN Engineering Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To solve the problems that solar batteries are widely used as energy saving devices for supplying electric power to houses, instead of electric power currently supplied to general houses and business institutions by power companies, while solar water heaters as energy saving facilities for supplying heat, actually somewhat different from electricity, are currently seen on the roofs of part of general houses only for the purpose to save electric power, the solar batteries being still too expensive to be popularized in spite of the benefits of subsidies because of the recent runaway cost of oil which is considered to be up rather than down in the future according to power companies. <P>SOLUTION: Only small part of general households use electric power supplied by solar batteries or others instead of electric power supplied by power companies. This power generation device comprises a rotative power body using a natural gravity principle based on a weight difference between volatile material and liquid for really operating a generator to supply electric power to households. This aims to stably supply required electric power to general households. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

本発明は、地球規模の環境汚染はもとより、有限資源として枯渇が心配され始めた化石燃料や、後処理が問題となる原子力などの燃料資源を一切使用せずに、自然界に太古より普遍の原理として存在する重力などの原理を応用し、地球環境に与える環境汚染やエントロピーを出来る限り最小限に抑えることに挑戦した電気エネルギーの生成技術に関するものである。  The present invention is not limited to environmental pollution on a global scale, but uses fossil fuels that have started to be worried about being exhausted as finite resources, or nuclear fuels that are problematic for post-processing. It is related to the generation technology of electric energy that applied the principles such as gravity that existed to challenge the environmental pollution and entropy to the global environment as much as possible.

産業革命以来、世界は著しい発展を遂げ、人々の生活もより豊かになったが、生活の豊かさに比例して家庭における電気の使用量は急速に増大している。工業においても経済の発展と共に、各種の工場生産は益々盛んになると同時に、電気の使用量も増大している。又環境関係では必ず議題となる世界的なCO2問題においても、そのCO2を吸収すべき林業や農業生産においてさえ拡大増産すれば、当然化学肥料や農薬などをはじめとした工業製品が大量に消費され、その生産や流通関連など途中経路を含め大量の石油消費や排ガスを伴う。これらの一連の関連工場はその生産を拡大する為、当然生産工場における使用電力量は益々増大する。流通業界においても競争の激化により店舗の照明は昼間から光々と輝き、その上顧客の満足度、贅沢度はより新鮮さを求め、その鮮度維持の為のあらゆる装置が大量の電力を消費している。又一歩家庭に入れば、かって理想の家庭と想われていた大量の白物家電が、今や有り余り大容量の電力を消費し、これらの高額家電も、なんら抵抗も無く日常的に粗大ごみとして大量に廃棄物として処理される時代となった。 昨今では一般家庭でも100Vから200Vの電気を必要とする時代となり、使用電力量は10kW/日を超える時代となった。建築物もより高級化し冷暖房は常備品となり、東京などでは冷房機などが排出する排熱などで都内の気温が上昇するほど電力を必要としている。国道などは雨水の浸透や蒸発や気化熱など、自然界の浄化作用は不可能なほど整備されてしまい、国交省などは自然界の保護よりも予算消化にその努力を傾注し、今や大量のマイカー時代となり益々化石燃料の消費は増大している。自動車業界も化石燃料に代わる車として電気自動車を開発しているが、しかしこれらの一見クリーンな電気も、全て有限資源である化石燃料をそのエネルギー源としており、一方世界ではクリーンなエネルギーとして原子力が確かに注目されてきたが、これとて肝心の核廃棄物の処理については、いまだに根本の解決策が見当たらないのが現状である。これら多くの課題を抱える今日のエネルギー問題に対し、いずれは枯渇する有限資源を必要としない発電源としては、太陽光の熱エネルギーを利用した太陽熱温水器や、ソーラーにより発電した電力を、そのまま電力として利用する考え方などが今日主流ではあるが、これらとて現在の大電力事情に代わる様な代替エネルギーとしては、未だ一般の家庭の電力を賄うほど潤沢ではないのが現状である。本発明のような永久磁石と揮発性液体の状態変化を回転の動力源とした思想はほとんど見当たらない。又、先願特許には特開平6−127306号公報、特開2006−38277号公報などがあるが、これらは電磁石や太陽電池を応用したものであり、本発明と根本的に思想を異にするものである。又特開2007−82924号公報など水の気化熱を利用した反復運動などは元々明治以来の平和鳥の原理そのものである。
今日、世界のグローバル化は化石燃料の高騰を呼び、バイオマスエネルギーに対しても今や投機の対象となりエネルギーの不安定化は紛争の起因とも成りかねないのが世界の現状でありこれらエネルギー関係は早急なる根本解決が叫ばれている。しかし未だ妙案も無く、特に世界的に急増しつつある人類に必要な地球に優しいバイオマス燃料も食料問題と絡みエネルギー問題は益々複雑化している今日、本発明はこれらの問題に対して解決策の一つとして一石を投じるものである。
Since the industrial revolution, the world has undergone remarkable development and people's lives have become richer, but the amount of electricity used in homes has been increasing rapidly in proportion to the abundance of life. In the industry, as the economy develops, production of various factories becomes more and more active, and the amount of electricity used is also increasing. In addition, even in the global CO2 problem, which is always an agenda for environmental issues, a large amount of industrial products such as chemical fertilizers and agricultural chemicals are naturally consumed if production increases even in forestry and agricultural production where CO2 must be absorbed. It involves a large amount of oil consumption and exhaust gas including intermediate routes such as production and distribution. Since these series of related factories expand their production, the amount of power used in the production factories naturally increases. Even in the distribution industry, the lighting of the store shines brightly from daytime due to intensifying competition, and customer satisfaction and luxury demands freshness, and all devices for maintaining the freshness consume large amounts of power. ing. Also, once you enter the home, a large amount of white goods that were once thought to be ideal homes now consume a large amount of power, and these expensive home appliances are also routinely bulky without any resistance. It has become an era when a large amount of waste is treated. Nowadays, it has become an era in which ordinary households need electricity of 100V to 200V, and the amount of power used exceeds 10 kW / day. Buildings have become more sophisticated and air conditioning becomes a permanent item, and in Tokyo and other places, electricity is needed as the temperature in Tokyo rises due to exhaust heat exhausted by air conditioners and the like. National roads, etc. have been developed to the extent that purification of nature is impossible, such as rainwater penetration, evaporation and heat of vaporization. The consumption of fossil fuels is increasing. The automobile industry has also developed electric vehicles as an alternative to fossil fuels, but these seemingly clean electricity sources are all derived from fossil fuels, which are finite resources, while in the world nuclear power is the cleanest energy source. Although it has certainly attracted attention, there is still no fundamental solution for the treatment of essential nuclear waste. In response to today's energy problems with many of these issues, as a power generation source that does not require finite resources that will eventually be depleted, solar water heaters that use the thermal energy of sunlight and power generated by the solar power However, as an alternative energy that can replace the current high-power situation, it is still not abundant enough to cover the power of ordinary households. There is almost no idea that the change in the state of the permanent magnet and the volatile liquid is a power source for rotation as in the present invention. Prior patents include JP-A-6-127306 and JP-A-2006-38277, which are applied to electromagnets and solar cells, and are fundamentally different from the present invention. To do. Moreover, the repetitive movement using the heat of vaporization of water such as Japanese Patent Application Laid-Open No. 2007-82924 is the principle of the peace bird since the Meiji period.
Today, globalization calls for soaring fossil fuels. Biomass energy is now a target of speculation, and instability of energy can cause conflicts. The fundamental solution to be screamed. However, there is still no clever idea, especially the earth-friendly biomass fuel necessary for human beings that are increasing rapidly worldwide. The food problem and the energy problem are becoming more and more complicated today, and the present invention provides a solution to these problems. One stone is thrown as one.

特開平6−127306号公報JP-A-6-127306 特開2006−38277号公報JP 2006-38277 A 特開2007−82924号公報JP 2007-82924 A

本発明はかかる問題点に鑑みてなされたもので、その目的は地球環境に重大な影響を及ぼす化石燃料や原子力などの天然資源をほとんど使用せずに、自然界に太古より普遍の原理として誰もが認める原理を応用し、地球環境に与える環境汚染の恐れが無く、且つその装置たるや時代の感覚を採り入れやすい、出来る限り負荷の掛からない簡易な装置で、広範囲な普及を図る為の価格帯も考慮し、シンプルで故障も少なく設置も容易で、且つ耐久性の高い製品技術を提供するものである。The present invention has been made in view of such problems, and its purpose is to use almost no natural resources such as fossil fuels and nuclear power, which have a significant impact on the global environment, and as a universal principle in nature since ancient times. Applying the principles recognized by, the price range for widespread use with a simple device that is as easy as possible to incorporate the sense of the times and the device as it is, with no fear of environmental pollution to the global environment. In view of this, it is intended to provide a product technology that is simple, has few failures, is easy to install, and has high durability.

文明根源の利器たる電力に関する上記問題点は、下記構成の本発明の発電機によって解決することができる。すなわち、有限資源として枯渇が心配され始めた化石燃料や、後処理が問題となる原子力などの消耗資源を一切使用せずに、又地球環境に与える環境汚染やエントロピーを出来る限り無くし、普遍の原理を応用した本発明の発電機は、且つ広範囲な普及を目指す為、部品点数を極力抑え低価格での製品化を十分考慮し、出来るだけ設備投資を抑えた簡易な装置とし、一般家庭や中小企業の年間電力料金で十分償却できる製品化のため、シンプル部品とし、且つ故障の少ない、いわゆる半永久的にメンテナンスフリーとする製品化を目指すと同時に、風力や太陽熱など自然気象条件に制約されないで常時発電を可能としたことを特徴とする小型発電装置である。The above-mentioned problems relating to the electric power that is the source of civilization can be solved by the generator of the present invention having the following configuration. In other words, it is a universal principle that does not use any fossil fuels that have started to be worried about exhaustion as finite resources, or any consumable resources such as nuclear power, which requires post-processing, and eliminates environmental pollution and entropy as much as possible to the global environment. The generator of the present invention that applies the above is a simple device that minimizes the equipment investment as much as possible by reducing the number of parts as much as possible, aiming for widespread use, and reducing the capital investment as much as possible. Aiming to commercialize products that can be fully depreciated by the company's annual electricity bill, with simple parts and few failures, so-called semi-permanently maintenance-free products, and at the same time, without being constrained by natural weather conditions such as wind and solar heat It is a small power generator characterized by enabling power generation.

一般家庭や小規模事業所などにおける消費電気量は10kW/h程度あれば十分であり、本発明の発電装置を家庭や小規模事業所に設置することにより、年間の電気使用料金の数年分で十分償却が可能であり、家計費や事業所経費を削減することはもとより、町工場などにおいては本発明装置を複数台設置することにより、わが国産業の基礎を支える中小企業の経費削減や競争力向上効果には十分その可能性があり、かつてわが国の成長基盤となった中小企業の輸出力も再び向上し、何よりもその利用発電分だけ、化石燃料の消費も削減され、原子力に頼る度合いも少なくなり、ひいては大気汚染などの環境問題の解決にも貢献することが可能となり、本技術を世界に広めることにより環境問題はもとより、わが国産業の基礎体力をも改善することとなり、家庭はもとより産業界にも多大なる貢献を果たす技術である。It is enough if the amount of electricity consumed in ordinary households or small-scale offices is about 10 kW / h. By installing the power generation device of the present invention in a home or small-scale office, the annual electricity usage fee is several years. In addition to reducing household expenses and office expenses, installing multiple devices of the present invention in town factories, etc. will reduce costs and competition for SMEs that support the foundation of Japanese industry. There is a possibility that the power improvement effect is sufficient, and the export power of SMEs that once became the foundation of Japan's growth has improved again, and above all, the consumption of fossil fuel has been reduced by the amount of power generation used, and the degree to which it depends on nuclear power As a result, it will be possible to contribute to solving environmental problems such as air pollution. By spreading this technology to the world, not only environmental problems but also the basic physical strength of Japanese industry will be improved. Thing becomes, home is a technique to fulfill even Naru significant contribution to the well industry.

図1は、本発明発電機の構造説明の側面図と正面図であり本発明発電機の構造とその作用機能を図面で説明する。図1の側面図は本発明の全体概要側面図であり発電機1と連結し、回転数アップの為の歯車機構2と、回転作動源となるバーベルセット5−1を連結するカム又はクラッチ3と、回転立ち上がりの誘導用風車6の全体側面図であり、回転軸4を中心に持つ複数のバーベルセット5−1が4組回転軸にセットされ、図1の正面図において右方向周りの回転運動を起こす側面概要図であり、この場合、バーベルセット5−2が熱源7の位置に来た時、廃湯や排ガスなど他の場所から誘導された伝導性熱源体または移動熱源体8により加熱部7が加熱され、同加熱位置に入ったバーベル端の液体容器内の揮発性液体は急速に加熱され気化し、その容器内の気化体12(図3)は導管11内を経由し、空洞で連結する対極上部の容器5−6に移動する為、下方に位置する加熱部5−4は軽くなり全体が右回転を始める。この場合の熱源は気体、液体、固体を問わず要は他の場所にある熱源が導管8を経由して、加熱部7を周辺環境より少なくとも5℃以上の差を生み出せば良い。以上の順序を追いバーベルセットの両端容器内の揮発体が正面図右側の液体5−2と左側気体5−5との重量差により右回転が始まる。一方同回転運動はカム又はクラッチ機構から歯車機構を通じて発電機を回転させ起電する。よって夜間帯など電力が不用のときはクラッチ4若しくはカムを遮断すれば良い。FIG. 1 is a side view and a front view for explaining the structure of the generator of the present invention. The structure of the generator of the present invention and its function will be described with reference to the drawings. The side view of FIG. 1 is an overall schematic side view of the present invention. The cam or clutch 3 is connected to the generator 1 to connect the gear mechanism 2 for increasing the rotational speed and the barbell set 5-1 serving as a rotational operation source. And a plurality of barbell sets 5-1 having the rotation shaft 4 as the center are set on the four rotation shafts, and are rotated clockwise in the front view of FIG. 1. In this case, when the barbell set 5-2 comes to the position of the heat source 7, it is heated by a conductive heat source body or a moving heat source body 8 derived from other places such as waste water and exhaust gas. The part 7 is heated and the volatile liquid in the liquid container at the end of the barbell entering the heating position is rapidly heated and vaporized, and the vaporized body 12 (FIG. 3) in the container passes through the inside of the conduit 11 and becomes a cavity. Move to the container 5-6 above the counter electrode , Overall lighter heating unit 5-4 located below starts to right rotation. In this case, the heat source may be a gas, liquid, or solid, but a heat source in another place may cause a difference of at least 5 ° C. or more from the surrounding environment through the conduit 8 in the heating unit 7. Following the above sequence, the volatile matter in the both-end containers of the barbell set starts to rotate clockwise due to the weight difference between the liquid 5-2 on the right side of the front view and the left gas 5-5. On the other hand, the rotational motion generates electricity by rotating the generator from the cam or clutch mechanism through the gear mechanism. Therefore, the clutch 4 or the cam may be disconnected when the electric power is unnecessary such as at night.

以上揮発体を気化し回転軸を中心に、気体と液体との重量差による回転運動を起こすための身近な熱源または温度差を起こす為の冷媒としては、地下数メートルの夏場の冷風、又は冬場の温風など、利用する温度は周辺環境の変化に適宜あわせて対応すれば良い。いわゆる回転起動源となるバーベル左右の温度差はその地域や、季節変動に応じた身近な環境を適宜利用すればよいのであるが、欲を言えばその温度差は10℃以上あるほうが効果的である。例えば冬の北海道などでは零下の外気に比較しそれ以上の暖かい廃熱や、地下数メートルの10℃以上ある暖かい地下熱との温度差を利用すればよい。例えば沸点約11℃のエチルメチルエーテルなどの揮発性液体を1/3程度充填した図1の液体タンク5−2又は5−3では液状態体であるが5−4の位置で加熱によりタンク内の気化が始まると同時に気化体は対極側5−6に気化移動を始め、移動すると周辺温度により冷却され液化し重量が重くなり5−2の方向へと回転移動し、更に5−2の位置からの液体タンクは5−3そして5−4と回転移動し再び加熱され気体となって軽量化しタンク5−5の位置に移動した時点で、連結する空洞パイプ連結管での揮発体の気体移動と液化の同時進行が起こり左右タンク内の気体と液体との重量差により回転運動がはじまる。通常バーベル内の揮発性液体充填側タンク内は揮発性液体を1/3程度充填し、一方の対極側の空洞タンク内は空気より重いエーテル気化体が入ってくるので既存の空気は圧力調整を兼ねたクッションタンク15で調整する。このクッションタンク15は伸縮自在で圧力調整を兼ねたもので圧力調節弁でもあり数百倍に膨張する気化体の収納袋機能を持つ。またバーベルセット本体には少し耐圧性を持たせると同時に、バーベルの材質は合成材でも金属系材でも封入液体に侵食されない素材なら良いが液体タンク容器並びに加熱或いは冷媒容器は熱伝導性の良い銅やアルミ材が好ましいと同時に、液体タンクと加熱若しくは冷媒タンクの接触面積を極力広げるか、又は図2並びに図3の様にフィンなどのひれを付け熱効率を高めると回転がより速くなる。又パワー不足には連結管のアームを延ばせば回転モーメントも上がる。回転方向は右でも左回りでも原理は同じであるが要は発電機の回転方向に合わせればよい。尚フライホイール9は発電機の回転の安定化と持続性向上のため出来れば取り付けた方が良い。As a refrigerant for evaporating volatiles and causing rotational motion around the rotation axis due to the difference in weight between gas and liquid due to weight difference or a temperature difference, cold air in summer several meters below ground or winter The temperature to be used, such as hot air, can be appropriately adapted to changes in the surrounding environment. The temperature difference between the left and right barbells, which is the so-called rotation start source, can be used in a familiar environment according to the region and seasonal variations as appropriate. However, it is more effective if the temperature difference is 10 ° C or more. is there. For example, in winter Hokkaido and the like, it is sufficient to use a warm waste heat that is higher than the outside air below zero, or a temperature difference with a warm underground heat of 10 ° C or more that is several meters below the ground. For example, the liquid tank 5-2 or 5-3 in FIG. 1 filled with about 1/3 of a volatile liquid such as ethyl methyl ether having a boiling point of about 11 ° C. is a liquid state body, but is heated in the tank at the position 5-4. As soon as the vaporization starts, the vaporized body begins to vaporize and move to the counter electrode side 5-6. When the vaporized body moves, it is cooled by the ambient temperature, becomes liquefied, becomes heavy, and rotates in the direction 5-2. The liquid tank from Rotate moves 5-3 and 5-4 and is heated again to become a gas, lightens and moves to the position of the tank 5-5. Simultaneously, the liquefaction proceeds and the rotational motion starts due to the weight difference between the gas and the liquid in the left and right tanks. Normally, the volatile liquid filling side tank inside the barbell is filled with about 1/3 of the volatile liquid, and the ether air vapor heavier than the air enters the hollow tank on the one side of the counter electrode. It is adjusted with the cushion tank 15 that also serves. This cushion tank 15 is telescopic and also serves as a pressure regulator, and is also a pressure regulating valve, and has a storage bag function of a vaporized body that expands several hundred times. In addition, the barbell set body should have a little pressure resistance. At the same time, the material of the barbell can be any material that does not erode into the encapsulated liquid, whether it is a synthetic material or a metal material. At the same time, the rotation speed becomes faster if the contact area between the liquid tank and the heating or refrigerant tank is increased as much as possible, or fins are added as shown in FIGS. 2 and 3 to increase the thermal efficiency. If the arm of the connecting pipe is extended for insufficient power, the rotational moment increases. The principle is the same whether the rotation direction is clockwise or counterclockwise, but the point is to match the rotation direction of the generator. The flywheel 9 should be attached if possible to stabilize the rotation of the generator and improve the sustainability.

以上が本発明の発電原理であるが、排熱など余分な熱があれば加熱部7の温度上昇に利用し、その分回転数を上げることに利用すればよい。温暖な地方においては冬季でも地熱は11℃前後ありこの温度を利用するのも良い。夜と昼の温度差の逆転はセンサーによる切り替えダンパーを利用すればよい。又、排熱などがふんだんにあればエーテル系液体に代わるアルコールや水溶液でもよい。蒸発効率を上げるためバーベルの液体タンクは球体でなく表面積を増す為の凹凸をつけた容器でどぶ漬けが、より効果的である。又、発電量を増す為に、バーベルセット5−1の風車体を並列に並べ、タイミングをずらして作動するようにセットすれば連続性も高まるし、フライホイール9により回転もより安定する。又バーベルセット内に揮発性液体を充填する際、内部エアーは出来るだけ揮発性気体と差し替えたほうが効率がよい。The above is the power generation principle of the present invention. If there is excess heat such as exhaust heat, it can be used to increase the temperature of the heating unit 7 and to increase the number of rotations accordingly. In temperate regions, geothermal heat is around 11 ° C even in winter and this temperature can be used. To reverse the temperature difference between night and day, a switch damper with a sensor may be used. Further, alcohol or an aqueous solution may be used instead of the ether-based liquid if there is a lot of exhaust heat. In order to increase the evaporation efficiency, it is more effective to immerse the liquid tank of the barbell in a concavo-convex container for increasing the surface area instead of a sphere. Further, in order to increase the amount of power generation, if the wind bodies of the barbell set 5-1 are arranged in parallel and set so as to operate at different timings, the continuity is increased and the rotation is further stabilized by the flywheel 9. When filling the barbell set with a volatile liquid, it is more efficient to replace the internal air with a volatile gas as much as possible.

実施例によって本発明を説明する。
発電機の構造:図1の構造
模型店並びにプラモデル店やホームセンターを回り透明のプラスチック容器、プラスチックパイプ、歯車類やギヤー付きモーターを仕入れエーテルは商社から缶入りを仕入れ、ほとんど図1と同様な模型を試作し、バーベルセットもどきを取り付けテストをした結果、バーベルセットにはかなりの精巧さと大型化が必用であることは判明したがバーベルセットの作動により電流計の針が大きく作動し発電能力が十分あることが確認できた。
The examples illustrate the invention.
Generator structure: Going around the structural model store in Fig. 1 and plastic model stores and home centers, purchasing transparent plastic containers, plastic pipes, motors with gears and gears, ether is canned from a trading company, almost the same model as in Fig. 1 As a result of testing and mounting the barbell set, it was found that the barbell set requires considerable sophistication and size enlargement, but the operation of the barbell set caused the ammeter needle to operate greatly and the power generation capacity to be sufficient It was confirmed that there was.

以上記したように、一般の家庭における消費電気量は5〜10kW/h程度あれば十分であり、本発明装置一式の利用により現在の年間電気料金の数年分でその償却は十分可能で有り、家計費の削減に寄与することはもとより、産業界においても本発明の大型発電機を複数台設置することによって、わが国産業の基礎を支える中小企業の経費削減にも貢献し、ひいては中小企業の輸出力も向上し、何よりもその分、化石燃料の消費が削減され、原子力に頼る度合いも少なくなり、大気汚染などの環境問題の解決にも貢献することが可能となり、本技術を世界に広めることにより環境問題はもとより、わが国産業の基礎体力をも改善することとなり、電力利用の有利性と共に本装置を応用とした産業機器分野においても産業界には多大なる利用が期待出来る技術分野である。As described above, the amount of electricity consumed in a general household is sufficient if it is about 5 to 10 kW / h, and the current annual electricity bill can be amortized for several years by using the set of the present invention device. In addition to contributing to the reduction of household expenses, the installation of multiple large generators of the present invention in the industry also contributes to the cost reduction of SMEs that support the foundation of Japanese industry. Export capability will improve, and above all, the consumption of fossil fuel will be reduced, the degree of reliance on nuclear power will be reduced, and it will be possible to contribute to the resolution of environmental problems such as air pollution. As a result, the basic physical strength of Japanese industry will be improved as well as environmental problems. It is expected to be art.

本発明の発電装置に関する構造概要の側面図と正面図です。It is the side view and front view of the structure outline regarding the electric power generating apparatus of this invention. 液体タンクが回転し加熱部に入って熱源又は循環型熱源若しくは伝導熱源により加熱される状態の側面図である。It is a side view of a state in which a liquid tank rotates and enters a heating unit and is heated by a heat source, a circulating heat source or a conduction heat source. バーベル両端タンク内の液体又は気体が移動する為、柔軟材パイプにより連結された状態であり中央部分の袋は気体を収容する伸縮性のクッションタンクであるSince the liquid or gas in the both ends of the barbell moves, it is connected by a flexible material pipe, and the bag in the center part is an elastic cushion tank that accommodates gas バーベルが垂直の静止状態から自動的に右回りの回転運動を起動させる為、液体タンクの重心を縦方向センターラインより右寄りに変芯させた状態であるThe barbell is in a state where the center of gravity of the liquid tank is shifted to the right from the vertical center line in order to automatically activate clockwise rotation from a vertical stationary state.

符号の説明Explanation of symbols

1 発電機
2 歯車機構
3 クラッチ又はカム
4 回転軸
5−1 バーベルセット側面図
5−2 バーベルセット正面図水平状態
5−3 バーベルセット正面図液体タンク右下がり状態
5−4 バーベルセット正面図液体タンク最下部揮発化する状態
5−5 バーベルセット正面図液体タンク内が気化した状態
5−6 バーベルセット正面図タンク内が気化され最軽量状態
6 回転起動用風車
7 加熱部
8 熱源伝導部又は加熱用液体循環経路
9 フライホイール
10 タンク連結管ジャバラ部分(連結管交錯部分)
11 液体タンクと空洞タンクとの連結管
12 揮発性液体の液体状態タンク
13 初動回転誘導型変芯容器の例
14 空洞側タンク
15 圧力調整用クッションタンク
DESCRIPTION OF SYMBOLS 1 Generator 2 Gear mechanism 3 Clutch or cam 4 Rotating shaft 5-1 Barbell set side view 5-2 Barbell set front view horizontal state 5-3 Barbell set front view Liquid tank lowering state 5-4 Barbell set front view Liquid tank Bottom 5 Volatilized state 5-5 Barbell set front view Liquid tank is vaporized 5-6 Barbell set front view Tank is vaporized and lightest state 6 Rotating windmill 7 Heating unit 8 Heat source conduction unit or for heating Liquid circulation path 9 Flywheel 10 Tank connecting pipe bellows part (connecting pipe crossing part)
DESCRIPTION OF SYMBOLS 11 Connection pipe | tube of a liquid tank and a hollow tank 12 Liquid state tank 13 of a volatile liquid 14 Example of initial motion rotation induction type eccentric container 14 Hollow side tank 15 Cushion tank for pressure adjustment

Claims (5)

フライホイールを装着した発電機と、回転数増幅用の歯車機構と、発電機並びに該歯車機構の回転源となる揮発性液体を内蔵した液体タンク、並びに該揮発性液体の移動兼気化用空間を持つ空洞タンクと両タンク同士を連結する柔軟性の空洞連結パイプ、並びに該歯車機構と両タンク付き連結パイプとの回転運動を連結若しくは遮断する電磁チャック又は一方向クラッチ或いはカム機構を装備した発電装置。A generator equipped with a flywheel, a gear mechanism for amplifying the number of rotations, a generator, a liquid tank containing a volatile liquid serving as a rotation source of the gear mechanism, and a space for moving and vaporizing the volatile liquid A power generation apparatus equipped with a hollow tank having a flexible pipe and a flexible hollow connection pipe for connecting the two tanks, and an electromagnetic chuck or a one-way clutch or cam mechanism for connecting or blocking the rotational movement between the gear mechanism and the connection pipe with both tanks . 揮発性液体を内蔵する液体タンクと気化用空洞タンクとを連結する柔軟性空間パイプ即ち柔軟性連結管で結合された空洞バーベルの中心を軸としてバーベル両端タンク内の液体と気体の重量差を回転動力源とし、回転作動源となる揮発性液体の、気化を促進するための専用の熱媒体、若しくは他の熱源から導管により熱を導入された熱媒体熱を熱源または冷媒とする請求項1に記載の発電装置。Rotating the weight difference between the liquid and gas in the both ends of the barbell around the center of the hollow barbell connected by the flexible space pipe that connects the liquid tank containing the volatile liquid and the vaporizing hollow tank The heat source or the refrigerant is a heat medium dedicated to promoting vaporization of a volatile liquid serving as a power source or a rotational operation source, or heat medium heat introduced from another heat source through a conduit. The power generator described. 空洞バーベル両端の液体タンク若しくは気体タンク内に封入され密閉された揮発性液体で、エチルメチルエーテルをはじめとする−30〜160℃沸点のエーテル類若しくはエーテル化合物などに類する揮発性液体を使用し、揮発ガス体と液体の重量差を回転源動力とする請求項1に記載の発電装置。A volatile liquid sealed in a liquid tank or gas tank at both ends of a hollow barbell and sealed, using a volatile liquid similar to ethers or ether compounds having a boiling point of −30 to 160 ° C. including ethyl methyl ether, The power generation device according to claim 1, wherein a difference in weight between the volatile gas body and the liquid is used as a rotation source power. 自然界の季節変動若しくは地域間格差などによる、自然界の温度変化に対応して可逆的に液体若しくは気体に変わる機能をもつ揮発性液体を回転動力源とし、その回転体の回転起動を風力やソーラー電力若しくはその他の動力により起動する請求項1に記載の発電装置Volatile liquid that has the function of reversibly changing to liquid or gas in response to temperature changes in nature due to seasonal fluctuations in nature or regional disparities, etc. is used as a rotational power source, and the rotation of the rotating body is driven by wind power or solar power. Or a power generator according to claim 1 that is activated by other power. 微振動でも自動的に初動回転が起こるよう液体タンクの重心位置を縦方向センターラインより回転方向に偏心させた請求項1に記載の発電装置2. The power generation device according to claim 1, wherein the center of gravity of the liquid tank is decentered in the rotational direction from the longitudinal center line so that initial rotation automatically occurs even with slight vibration.
JP2008104104A 2008-03-14 2008-03-14 Power generation device utilizing waste heat source Pending JP2009222046A (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2013510981A (en) * 2009-11-15 2013-03-28 ダイヴァーガ・エナジー・コーポレーション Low temperature difference rotary engine
CN103414402A (en) * 2013-08-29 2013-11-27 成都市工业职业技术学校 Diffusion pump heater
CN104009673A (en) * 2014-06-09 2014-08-27 北京林业大学 Power supply device for forest environment monitoring sensor
KR101435709B1 (en) 2012-01-25 2014-09-01 김상훈 Using waste heat from the generator temperature
CN105262373A (en) * 2015-10-10 2016-01-20 汤瑞祥 Solar water heater power generation device

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2013510981A (en) * 2009-11-15 2013-03-28 ダイヴァーガ・エナジー・コーポレーション Low temperature difference rotary engine
KR101435709B1 (en) 2012-01-25 2014-09-01 김상훈 Using waste heat from the generator temperature
CN103414402A (en) * 2013-08-29 2013-11-27 成都市工业职业技术学校 Diffusion pump heater
CN104009673A (en) * 2014-06-09 2014-08-27 北京林业大学 Power supply device for forest environment monitoring sensor
CN105262373A (en) * 2015-10-10 2016-01-20 汤瑞祥 Solar water heater power generation device

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