JP2006214421A - System for lowering fuel consumption and for low exhaust gasification using high density plus ion - Google Patents
System for lowering fuel consumption and for low exhaust gasification using high density plus ion Download PDFInfo
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- JP2006214421A JP2006214421A JP2005054559A JP2005054559A JP2006214421A JP 2006214421 A JP2006214421 A JP 2006214421A JP 2005054559 A JP2005054559 A JP 2005054559A JP 2005054559 A JP2005054559 A JP 2005054559A JP 2006214421 A JP2006214421 A JP 2006214421A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
Description
本発明は燃焼機関の低燃費化及び低排気ガス化システムに関するもので、さらに詳しくは自動車等の内燃機関や温風機、焼却炉等の外燃機関に供給される混合気の酸化を高め且、燃焼性を高めることによる燃焼出力の向上と完全燃焼に近づけることによる排気ガスの異臭軽減及び微粒子の発生軽減を図るシステムに関するものである。 The present invention relates to a low fuel consumption and low exhaust gas system of a combustion engine. More specifically, the present invention increases the oxidation of an air-fuel mixture supplied to an internal combustion engine such as an automobile, an external combustion engine such as a warm air machine and an incinerator, and the like. The present invention relates to a system for improving combustion output by enhancing combustibility, reducing off-gas odor and reducing generation of fine particles by approaching complete combustion.
現在の地球は車社会や産業が急激に進みそれに伴う化石燃料の消費が著しく我国ではすでに9000万台以上の自動車が生活手段として活躍しているこの数値は増えることはあっても減じることはない、過去現在と莫大な石油資源の消費をしてきた、未来においてはこの限りある資源を温存しながら新たな資源を開発しなければならない、しかし今現在を生きている我々はかかる資源を効率よく利用し、地球のために排気ガスを浄化し空気を綺麗にする事が望まれている。 In the present earth, the automobile society and industry are advancing rapidly, and the consumption of fossil fuel accompanying it is remarkable. In Japan, more than 90 million cars are already active as a means of living. This number will increase, but will not decrease. In the future, we have consumed a huge amount of oil resources in the past, and in the future we have to develop new resources while preserving these limited resources, but we are now using these resources efficiently For the earth, it is desired to purify the exhaust gas and clean the air.
これによる健康被害も各地で発生している事から抜本的な対策が迫られている、自動車に関しては低燃費化のため電子制御、低排気ガス化のため触媒コンバータ等が開発されてはいるが、十分な成果が出ていない、且将来に向かって燃料電池エンジンが開発されているがまだ価格、安全面等の解決しなければならない問題が山積みであり、実用化には長期年月を要することが予想される。 As a result of the health damage caused by this, drastic measures are being urged. For automobiles, electronic control for reducing fuel consumption and catalytic converters for reducing exhaust gas have been developed. However, fuel cell engines have not been fully produced, and fuel cell engines have been developed for the future, but there are still many problems that must be solved in terms of price, safety, etc. It is expected that.
発明者はこの問題に永年にわたり研究を重ねた結果、燃焼に供給する混合気に高密度のプラスイオンを放出させ、混合気の酸化を促進させ、且完全燃焼に近づけることで燃焼性が少なくとも15%から30%の割合で向上することをはじめ、燃焼に伴い生じる微粒子の発生が著しく減少すること等を数多の実験で究明した。 As a result of many years of research on this problem, the inventor has released a high-density positive ion into the air-fuel mixture supplied to the combustion, promotes the oxidation of the air-fuel mixture, and brings the combustibility to at least 15 by bringing it close to complete combustion. In many experiments, it has been clarified that the generation of fine particles caused by combustion is remarkably reduced.
現在の燃焼機関は燃費を念頭に高度にコンピューター化が図られているためかかる技術を応用することで極めて安価且、簡単にもっとも効率良く高密度のプラスイオンを発生させ低燃費化と低排気ガス化が実現出来ることに想到した即ち本発明は燃焼機関に供給される混合気に高密度のプラスイオンを放出させて、高燃焼性による低燃費化と低排気ガス化を簡便且、安価に実現できるシステムを提供できることにある。 The current combustion engine is highly computerized with fuel efficiency in mind, so by applying such technology, it is extremely inexpensive and easily generates the most efficient and high-density positive ions to reduce fuel consumption and exhaust gas. In other words, the present invention enables high-combustibility, low fuel consumption and low exhaust gas emissions by simply and inexpensively releasing high-density positive ions into the air-fuel mixture supplied to the combustion engine. It is to be able to provide a system that can.
上述の課題を解決するために用いた技術的手段は燃焼機関に供給される混合気に少なくとも50ヘルツ以上のパルス信号と、且少なくとも1000V以上のプラス高電圧直流を放出極に付加して高密度のプラスイオンを放出させ、混合気の高酸化を図る。放射効率の安定のため放射装置は放電離隔距離やイオンの直進性維持の目的で装置固定が必須である。さらに自動車等発電装置を搭載し、且混合気の燃焼点火の目的で高電圧発生装置を付加してる場合は本発明の高電圧の発生装置の代替え装置として活用できる。 The technical means used to solve the above-mentioned problem is to add a pulse signal of at least 50 Hertz to the air-fuel mixture supplied to the combustion engine and a plus high voltage direct current of at least 1000 V or more to the discharge electrode to increase the density. The positive ions are released, and the mixture is highly oxidized. In order to stabilize the radiation efficiency, the radiation device must be fixed for the purpose of maintaining the discharge separation distance and the straightness of ions. Further, when a power generator such as an automobile is mounted and a high voltage generator is added for the purpose of combustion ignition of the air-fuel mixture, it can be used as an alternative to the high voltage generator of the present invention.
以下に本発明を図により説明すれば図1は本発明の電源装置、図2は燃焼機関に対しての設置状態を示している、本発明は高密度のプラスイオンを内燃機関に送り込むが少なくとも4000万個/CCから数億個/CCのプラスイオンを燃焼する容器の容量及び燃焼空気の量によって選択決定し、低燃費化、低排気ガス化を図るシステムである。 The present invention will be described below with reference to the drawings. FIG. 1 shows the power supply device of the present invention, FIG. 2 shows the installation state with respect to the combustion engine, and the present invention feeds high-density positive ions into the internal combustion engine. It is a system that achieves low fuel consumption and low exhaust gas by selecting and deciding according to the capacity of the container that burns 40 million / CC to several hundred million / CC positive ions and the amount of combustion air.
燃焼空気に放射された高密度のプラスイオンは空気中の水分の水素に作用しH1からHnと結合反応する、従って水素等の原子が増えることで燃焼温度を上昇させ完全燃焼に近づけることが出来る。 The high-density positive ions radiated to the combustion air act on the hydrogen of the moisture in the air and combine and react with H1 to Hn. Therefore, by increasing the atoms such as hydrogen, the combustion temperature can be raised and close to complete combustion. .
放射極の形状は図3に示すが放射効率向上のため極は炭素繊維でブラシ状とし、その本数により放射量を調節する。また金属の針とした場合は材質として望まれる物質は高温、高電圧そして酸化しづらいもので、実験時にはチタンとタングステンの両方を試し両者遜色ないものと判断した、又その放射する場所は直接燃焼する部位に近いほうが望ましいが燃焼機関の機能上それが不可能な場合は他の場所で放射し風道等で搬送し、燃焼空気に混入することのも可能である。 The shape of the radiation pole is shown in FIG. 3, but the pole is made of carbon fiber brush for improving radiation efficiency, and the amount of radiation is adjusted by the number of the poles. In the case of a metal needle, the desired material is high temperature, high voltage, and difficult to oxidize. During the experiment, both titanium and tungsten were tested and judged to be inferior. It is desirable to be close to the site where the heat is applied, but if this is not possible due to the function of the combustion engine, it is possible to radiate it at another location, transport it through an air passage, etc., and mix it with the combustion air.
以下に本発明を用いてガソリンエンジンとディーゼルエンジンを各々搭載した車両で燃費実験を行った状態の一部を説明する、実験に用いた車両のガソリン車はH社製排気量2000CC、既走行65300Kmで、該車両のインテークマ二ホールドにプラスイオン放出極を取付、該プラスイオン放出極は9KV、パルス数25Kヘルツのプラス高電圧高パルスを付加させ、約4000万個/CCの高密度プラスイオンを放射した。
ディーゼル車はN社製排気量2500CC、既走行117000Kmで、該車両のインテークマ二ホールドにプラスイオン放出極を取付、該プラスイオン放出極は16KV、パルス数25Kヘルツのプラス高電圧高パルスを付加させ、約1億個/CCの高密度プラスイオンを放射した、測定方法は一定の距離を走行しプラスイオンを放射した時と放射しない時の燃料消費量で計算し各々燃費をだしたもので、測定結果は表1の通り高酸化に伴い燃焼が完全燃焼に近づいて、出力が大幅に向上した状態で必要以上に加速しないでプラスイオンを放射しない状態と同じ速度感を維持出来た結果、燃費の向上に繋がっていることを表している、同じく排気ガスに伴う微粒子もスモークテスターにて計測することで明らかに減少し、且排気ガス独特の異臭が消えている。In the following, a part of the state where the fuel consumption experiment was carried out on a vehicle equipped with a gasoline engine and a diesel engine using the present invention will be described. The gasoline vehicle of the vehicle used in the experiment is a displacement of 2000CC manufactured by Company H, and already traveling 65300km Then, a positive ion emission electrode is attached to the intake hold of the vehicle, the positive ion emission electrode is added with a positive high voltage high pulse of 9 KV and a pulse number of 25 KHz, and a high density positive ion of about 40 million pieces / CC. Radiated.
The diesel vehicle has a displacement of 2500CC manufactured by N company and has already traveled 117,000km, and a positive ion discharge electrode is attached to the intake hold of the vehicle. The positive ion discharge electrode has a positive high voltage high pulse of 16KV and a pulse number of 25K hertz. The measurement method radiates about 100 million high density positive ions / CC. The measurement method is to calculate the fuel consumption when traveling positive distance and when positive ions are not emitted and to calculate the fuel consumption. The measurement results are as shown in Table 1. Combustion approaches complete combustion with high oxidation, and as a result of maintaining the same speed feeling as in the state of not emitting positive ions without accelerating more than necessary with the output greatly improved, The particulates associated with the exhaust gas, which indicates that this leads to an improvement in fuel consumption, are clearly reduced by measuring with a smoke tester and are unique to the exhaust gas. Smell has disappeared.
プラスイオンの放射で燃焼効果が高まる現象を、ブンゼン灯の空気取入口に高濃度のプラスイオン放射する装置を設置し、ブンゼン灯の点火後にイオン放射をON−OFFし、その炎の状態を観察することで検証した。その結果、高濃度のプラスイオンを放射した場合より放射しない方が炎の状態が鋭角になり、燃焼速度が遅くなっている事が判明した。即ち高濃度のプラスイオンを放射する事は燃焼温度に明らかに影響を与えている事が実証出来た。前記燃焼速度の変化のメカニズムとしては燃焼空気中の水分が高密度プラスイオンにより分解し
速度を上昇させることで燃焼温度を上昇させている事が確認された。Install a device that emits high-concentration positive ions at the air intake of the Bunsen lamp to observe the phenomenon that the combustion effect is enhanced by the emission of positive ions, and turn on and off the ion radiation after igniting the Bunsen lamp and observe the state of the flame It verified by doing. As a result, it was found that the flame state became sharper and the combustion rate was slower when not emitting high concentrations of positive ions than when emitting high concentrations of positive ions. That is, it was proved that emitting high concentrations of positive ions clearly affected the combustion temperature. The mechanism of change in the combustion speed is that moisture in the combustion air is decomposed by high-density positive ions.
It was confirmed that the combustion temperature was raised by increasing the speed.
マイクロコンピュータ1にて高パルス少なくとも25Kヘルツのパルス数を確保トランス2にて200Vまで昇圧整流しコンデンサー3、ダイオード4にてさらに昇圧且つ直流とし、少なくとも5000V以上の高電圧を放射極2Aに付加し放射針3Bを会して高密度のプラスイオンを放射し燃焼空気をラジカル化させ、低燃費化低排気ガス化を図るシステムとする。 The microcomputer 1 ensures a high pulse number of at least 25 KHz. The
本発明の燃焼機関の低燃費化装置は簡便でコスト面に優れており、燃焼機関の低燃費化や低排出ガス化を図れる。即ち燃焼に伴う燃え易い空気を造り出す事で燃焼出力の向上或いは低燃費化を図る事が出来且つ、排気ガスの異臭軽減、微粒子の発生軽減で大気汚染の改善、地球環境の清浄化や石油資源の効果的な利用、資源枯渇の延命に資する。 The fuel consumption reduction device for a combustion engine according to the present invention is simple and excellent in cost, and can reduce the fuel consumption and emission gas of the combustion engine. In other words, it is possible to improve the combustion output or reduce fuel consumption by creating flammable air that accompanies combustion, reduce the odor of exhaust gas, reduce the generation of fine particles, improve air pollution, clean the global environment and oil resources Contributes to the effective use of resources and the prolongation of resource depletion.
1 マイクロコンピューター
2 トランス
3 コンデンサー
4 ダイオード
1A エアークリーナー
2A プラスイオン放射極
3A 点火プラグ
4A ピストン
5A 吸入バルブ
6A 排気バルブ
7A バーナー
8A 燃焼炉
9A 煙突
1B 高電圧、高パルス電源
2B 絶縁体
3B 放射針
1C 放射装置固定器具
2C ダクトDESCRIPTION OF SYMBOLS 1
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Cited By (1)
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CN113613512A (en) * | 2019-01-23 | 2021-11-05 | 愚连队技术株式会社 | Processing apparatus, processing method, and powder body |
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CN113613512A (en) * | 2019-01-23 | 2021-11-05 | 愚连队技术株式会社 | Processing apparatus, processing method, and powder body |
CN113613512B (en) * | 2019-01-23 | 2023-10-13 | 愚连队技术株式会社 | Processing device, processing method, and powder |
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