JP3128743U - Fluid magnetic processing equipment - Google Patents

Fluid magnetic processing equipment Download PDF

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JP3128743U
JP3128743U JP2006009251U JP2006009251U JP3128743U JP 3128743 U JP3128743 U JP 3128743U JP 2006009251 U JP2006009251 U JP 2006009251U JP 2006009251 U JP2006009251 U JP 2006009251U JP 3128743 U JP3128743 U JP 3128743U
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立志 高橋
國雄 大島
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立志 高橋
株式会社川口化成
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Abstract

【課題】簡単な構造で且つ安価に流体磁気処理装置を提供する。
【解決手段】燃料供給経路を流動する燃料中に含まれるイオン化分子のクラスターは、流体磁気処理装置によって形成される強力磁界を連続的に、例えばN・Sの異極乃至N・N及びS・S同極のように対向する磁界に、交互に印加され、さらに外装内空隙内包の微量放射性物質の流体に及ぼす電磁波を同時に印加せしめ、複合的にイオン化を加速させ流動することにより、ローレンツ力をうける、そのためにクラスターは、正イオンと負イオンとに解離され1種のプラズマ状態となって微粒子化する。
【選択図】図1
Provided is a fluid magnetic processing apparatus with a simple structure and at low cost.
A cluster of ionized molecules contained in a fuel flowing in a fuel supply path continuously generates a strong magnetic field formed by a hydromagnetic processing device, for example, N · S heteropolarity to N · N and S ·. The Lorentz force is applied by alternately applying to the magnetic fields facing each other like the S-polarity, and simultaneously applying electromagnetic waves exerted on the fluid of the minute amount of radioactive material contained in the outer space inside the exterior, thereby accelerating ionization and flowing. Therefore, the clusters are dissociated into positive ions and negative ions and become a kind of plasma to be finely divided.
[Selection] Figure 1

Description

本考案は、磁石より発生する磁気及びイオンを応用した磁気処理に関するものである。  The present invention relates to magnetic processing using magnetism and ions generated from a magnet.

従前、磁気処理装置として、例えば水の磁気処理装置や燃料の磁気処理装置が既に知られている。  Conventionally, as a magnetic processing apparatus, for example, a magnetic processing apparatus for water and a magnetic processing apparatus for fuel are already known.

水乃至燃料に、磁気力の印加により処理するようにした場合、次のような作用がある。  When water or fuel is treated by applying magnetic force, the following effects are obtained.

スケールの付着防止作用、磁気力の印加により水がイオン化し、その影響によりスケールの基になる水中のカルシウム、シリカその他の溶質成分がコロイド状になる。このため管内壁等で結晶スケールにならずスラッジ状になって浮遊し、水流によって容易に洗い流すことができるようになる。したがって管内壁面を常に清浄な状態に保つことができる。  Water is ionized by the action of preventing the adhesion of scale and the application of magnetic force, and the influence causes calcium, silica and other solute components in the water, which is the basis of the scale, to be colloidal. For this reason, it does not become a crystal scale on the inner wall of the pipe or the like but floats in a sludge form and can be easily washed away by a water flow. Therefore, the inner wall surface of the pipe can always be kept clean.

ガス、揮発油、灯油、軽油、重油等の燃料を磁気力の印加により処理するようにした場合、磁界内を燃料が通過する際に、燃料を構成する分子や粒子等の正負の電荷、スピン、磁気モーメント、双極子モーメント等の分子特性による種々の挙動に変化を与えることができ、分子や粒子の相互の親和力もしくは疑結力が平均化されて燃焼効率を向上させることができる。その結果、燃料の節約が可能となり、またNOxも低減される(特許文献1参照)。  When fuel such as gas, volatile oil, kerosene, light oil, and heavy oil is processed by applying magnetic force, positive and negative charges such as molecules and particles constituting the fuel, spin when the fuel passes through the magnetic field It is possible to change various behaviors depending on molecular characteristics such as magnetic moment, dipole moment, etc., and the mutual affinity or suspicion of molecules and particles can be averaged to improve combustion efficiency. As a result, fuel can be saved and NOx can be reduced (see Patent Document 1).

特開昭57−122216号公報  Japanese Patent Laid-Open No. 57-122216

簡単な構造で且つ安価に流体磁気処理装置を提供し、該流体磁気処理装置において、流体に分子レベルの電磁波乃至磁気力を印加して、流体を小分子集団化し、並びに、液体燃料などの炭素間結合を解離小分子化することにより、本来持っている好ましい特性を引き出し、燃費を踏まえ燃焼の質的向上を図ることを目的とするものである。  Provided is a fluid magnetic processing apparatus with a simple structure and at a low cost. In the fluid magnetic processing apparatus, a molecular level electromagnetic wave or magnetic force is applied to the fluid to collect the fluid into small molecules, and carbon such as liquid fuel. By dissociating the intermolecular bonds into small molecules, it is intended to bring out desirable characteristics inherently and to improve the quality of combustion based on fuel consumption.

本考案は、前記課題を解決するための手段として、燃料供給経路を流動する燃料中に含まれるイオン化分子のクラスターは、流体磁気処理装置によって形成される磁界を連続的に、例えばN・Sの異極乃至N・N及びS・S同極のように対向する磁界に交互に印加され、同時に流体磁気処理装置の外装内空隙に、内包する微量放射性物質で、その成分組成体に微量放射性物質の370Bq毎グラム以内であり、ラジウム、トリウム、セレニウム、コバルト、ゲルマニウムの何れか2種類以上のイオン処理が可能な鉱石乃至セラミックスを含み、これより産生する電磁波を同時に印加せしめ、複合的にイオン化を加速させて流動することによりローレンツ力をうけるよう構成するものである、そのためクラスターは正イオンと負イオンとに解離され1種のプラズマ状態となって微粒子化する、したがって微粒子化した燃料の表面積が増大します、すなわち気液接触面積が増えて酸化しやすくなると共に、内燃機関燃焼室において霧状に広がり、火炎燃焼伝達速度を速くする、したがって燃焼を良好なものとすることができ、完全燃焼させることが可能としたものである。  According to the present invention, as means for solving the above-described problem, the cluster of ionized molecules contained in the fuel flowing through the fuel supply path continuously generates a magnetic field formed by the hydromagnetic processing device, for example, N · S. A very small amount of radioactive material that is applied alternately to opposite magnetic fields, such as different polarities or N / N and S / S homopolarities, and at the same time, is contained in a void inside the exterior of the fluid magnetic processing apparatus, 370Bq per gram, including ores or ceramics capable of ion treatment of any two or more of radium, thorium, selenium, cobalt and germanium, and simultaneously applying electromagnetic waves produced from this, ionizing multiple It is configured to receive Lorentz force by flowing at an accelerated speed, so the cluster is dissociated into positive ions and negative ions As a result, the surface area of the atomized fuel is increased, that is, the surface area of the atomized fuel is increased, that is, the gas-liquid contact area is increased, and it is easy to oxidize. The combustion transmission speed is increased, and therefore the combustion can be improved and complete combustion can be achieved.

流体磁気処理装置にして、流体流入管経路の形状が扁平にして流体導入する該経路を望ましくは、扁平経路互角90度を交互に複数配置し構成したもので、異なる極性乃至同極性の磁極面をすべての扁平経路に対向し固着した、発生する磁力線が流体に直交する方向であって、設定された磁束密度450mTと対向する同じ450mTの磁界が流体を挟んで構成される、相互対向磁場の面的作用によりローレンツ力を最大限に印加せしめる、したがって同流体に励起する起電力による流体改質を図るものである、さらに該装置の安全性を踏まえゲルマニウムで蔽い電気的絶縁体として構成したものである、ほかに安全、機能性の更なる質的向上を図り、丸みを帯びた筒状体で外装具備した、当該外装内空隙に微量放射性物質を充填し、該充填組成体に微量放射性物質の370Bq毎グラム以内であり、ラジウム、トリウム、セレニウム、コバルト、ゲルマニウムの何れか2種類以上のイオン処理が可能な鉱石乃至セラミックスを含み、是より産生する電磁波を複合的に印加せしめる構成で、該筒状外装部材組成を磁気乃至電磁波漏れを防止する為の、磁気及び電磁波遮蔽組成体を具備した、流体磁気処理装置であることを特徴としたものである。  In the fluid magnetic processing apparatus, the path for introducing the fluid with the shape of the fluid inflow pipe path being flat is desirably configured by alternately arranging a plurality of flat paths at equal angles of 90 degrees. Of the opposing magnetic field, in which the generated magnetic field lines are perpendicular to the fluid, and the same magnetic field of 450 mT facing the set magnetic flux density of 450 mT is sandwiched between the fluids. In order to maximize the Lorentz force by the surface action, and therefore to improve the fluid by electromotive force excited in the same fluid, further, it was configured as an electrical insulator covered with germanium based on the safety of the device In addition, to further improve the quality of safety and functionality, the exterior is equipped with a rounded cylindrical body, the inside void is filled with a small amount of radioactive material, and the filling is performed. The composition is within 370Bq / g of trace radioactive material and contains ores or ceramics that can be processed with at least two kinds of ions of radium, thorium, selenium, cobalt, germanium, and compositely applied electromagnetic waves produced It is a fluid magnetic processing apparatus having a magnetic and electromagnetic wave shielding composition for preventing magnetic leakage or electromagnetic wave leakage of the cylindrical exterior member composition with a caulking configuration.

本考案による、流体磁気処理装置を流出した磁気処理済液体燃料は、その磁気処理と同時にイオン化処理が可能な多元素が共存する、微量放射性物質で、その成分組成体に微量放射性物質の、370Bq毎グラム以内であって、ラジウム、トリウム、セレニウム、コバルト、ゲルマニウムの何れか2種類以上のイオン処理が可能な鉱石乃至セラミックスを含み、これより産生する電磁波を同時に印加されるので、複合的にイオン化を加速させて流動することによりローレンツ力を受ける、そのためクラスターは、正イオンと負イオンとに解離され1種のプラズマ状態となって微粒子化する、したがって微粒子化した燃料の表面積が増大するので、液体燃料の炭素間結合を解離することが可能となり、炭素分子の小分団化が達成される、すなわち完全燃焼を容易にすることにより、燃費を踏まえ燃焼の質的向上を図ることができ、有害ガスの排出が低減できるなど大きな特徴を奏するものとなる。  The magnetically processed liquid fuel that has flowed out of the fluid magnetic processing apparatus according to the present invention is a trace radioactive material in which multiple elements that can be ionized simultaneously with the magnetic treatment coexist. Within 1 gram, it contains ores or ceramics that can be treated with at least two kinds of ions of radium, thorium, selenium, cobalt, and germanium. As a result, the cluster is dissociated into positive ions and negative ions and becomes a single plasma state to be atomized, thus increasing the surface area of the atomized fuel. It becomes possible to dissociate the carbon-carbon bonds of the liquid fuel, and a small segmentation of carbon molecules is achieved. By facilitating complete combustion, it is possible to improve the quality of the light of the fuel combustion, emissions of harmful gases is intended to achieve the great features like can be reduced.

考案の実施するための最良の形態Best mode for carrying out the invention

該考案は、流体磁気処理装置にして、流体流導管形状が扁平にして流導した該経路を望ましくは扁平経路互角90度を交互に複数配置し、異なる極性乃至同極性の磁極面をすべての扁平経路に対向固着し構成する、発生する磁力線が流体に直交する方向であって、設定された磁束密度450mTと対向する450mTの磁界が流体を挟んで相互に面的作用せしめる、したがって同流体に励起する起電力による改質を図るものである、さらに該装置の安全性を踏まえゲルマニウムで蔽い電気的絶縁体とし、丸みを帯びた筒状体で外装し形状的安全性を具備した構成で、さらに該外装内空隙に微量放射性物質を充填し、その成分組成体に微量放射性物質の370Bq毎グラム以内であり、ラジウム、トリウム、セレニウム、コバルト、ゲルマニウムの何れか2種類以上のイオン処理が可能な鉱石乃至セラミックスを含み、これより産生する電磁波を同時に印加せしめた、該筒状外装部材組成を磁気及び電磁波漏れを防止する為の、遮蔽組成体を具備した構成であることを特徴とした、流体磁気処理装置であることを奏する。  The present invention is a fluid magnetic processing apparatus in which a fluid flow conduit shape is flattened and a plurality of such paths are desirably arranged alternately at 90 ° flattened paths, and magnetic pole faces of different polarities or the same polarity are arranged on all sides. The generated magnetic field lines are formed in a direction perpendicular to and fixed to the flat path, and the magnetic field of 450 mT facing the set magnetic flux density of 450 mT causes the fluid to face each other across the fluid. It is intended to be modified by an electromotive force that is excited. In addition, based on the safety of the device, it is covered with germanium to form an electrical insulator, and it is packaged with a rounded cylindrical body to provide shape safety. Further, a small amount of radioactive material is filled in the space in the exterior, and the component composition is within 370 Bq per gram of the small amount of radioactive material, and radium, thorium, selenium, cobalt, germanium A shielding composition for preventing magnetism and electromagnetic wave leakage of the cylindrical exterior member composition, including ores or ceramics capable of ion treatment of any two or more, and simultaneously applying electromagnetic waves produced therefrom. The present invention provides a fluid magnetic processing apparatus characterized by having a configuration.

当該考案の1実施例を表現したもので、下記の例によって本考案が実施例だけに限定されるものではない。  It represents one embodiment of the present invention, and the present invention is not limited to the embodiment by the following example.

以下、本考案に係わる実施の形態を添付図面に従って1実施例を説明する。図1は、本考案の実施形態に係わる流体磁気処理装置を示す。この流体磁気処理装置は、燃料タンクから燃料ポンプによって圧送された液体燃料は、流入口4を経て流体磁気処理装置内に導入される、導入した液体燃料は扁平経路2に於いて、異なる極性で磁気力の印加を受け、さらに扁平経路互角90度8には所定の隙間が形成され流動を妨げない形状に成型されている、扁平経路2を通過して交互に複数の永久磁石1,6,7と配置されている。  Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings. FIG. 1 shows a hydromagnetic processing apparatus according to an embodiment of the present invention. In this fluid magnetic processing apparatus, the liquid fuel pumped from the fuel tank by the fuel pump is introduced into the fluid magnetic processing apparatus through the inlet 4, and the introduced liquid fuel has a different polarity in the flat path 2. A plurality of permanent magnets 1, 6 are alternately passed through the flat path 2, which is subjected to the application of magnetic force and is formed into a shape in which a predetermined gap is formed at a flat path equidistant angle of 90 ° 8 and the flow is not hindered. 7 is arranged.

この構成により、燃料供給経路の流体磁気処理装置内の異なる極性の永久磁石1及び同極性永久磁石7の磁極面を扁平経路2すべてに対向固着し構成されている、該装置の発生する磁力線は流体に直交する方向であって、設定された永久磁石7磁束密度450mTと対向する450mTの永久磁石7の磁界が扁平経路2の流体を挟んで、交互に印加され流動することによりローレンツ力をうける、そのためクラスターは、正イオンと負イオンとに解離され1種のプラズマ状態となって微粒子化する、したがって微粒子化した燃料の表面積が増大するので、すなわち気液接触面積が増えて酸化しやすくなる、したがって同液体燃料に励起する起電力による流体改質を図るものである、さらに該装置の安全性を踏まえ、丸みを帯びた筒状外装体3で内包し、ゲルマニウムで筒状外装体3の内壁を蔽い電気的絶縁体10とした、ほかに機能性の更なる質的向上を図り、当該外装内空隙に微量放射性物質11を充填し、その成分組成体に微量放射性物質の370Bq毎グラム以内であり、ラジウム、トリウム、セレニウム、コバルト、ゲルマニウムの何れか2種類以上のイオン処理が可能な鉱石乃至セラミックスを含み、電磁波を同時に印加せしめた、該筒状外装部材組成を磁気乃至電磁波漏れを防止する為の、遮蔽組成体を具備した構成で、流体磁気処理装置の出口5を経て燃焼装置に至る。  With this configuration, the magnetic field lines generated by the apparatus are configured such that the magnetic pole surfaces of the permanent magnets 1 and 7 of the same polarity in the hydromagnetic processing apparatus in the fuel supply path are fixedly opposed to all the flat paths 2. The magnetic field of the permanent magnet 7 of 450 mT opposite to the set permanent magnet 7 and the magnetic flux density 450 mT set in the direction perpendicular to the fluid is subjected to Lorentz force by being alternately applied and flowing across the fluid in the flat path 2. Therefore, the clusters are dissociated into positive ions and negative ions and become a single plasma state to be atomized, and therefore the surface area of the atomized fuel increases, that is, the gas-liquid contact area increases and it becomes easy to oxidize. Therefore, in order to achieve fluid reforming by an electromotive force excited in the liquid fuel, in consideration of the safety of the apparatus, the round cylindrical outer casing 3 Encapsulated and covered the inner wall of the tubular outer package 3 with germanium to make an electrical insulator 10, in addition to further improving the functionality, filling the void in the outer package with a small amount of radioactive material 11, The component composition contains 370 Bq of trace radioactive material within each gram, and contains ores or ceramics capable of ion treatment of any two or more of radium, thorium, selenium, cobalt, germanium, and electromagnetic waves are simultaneously applied. The cylindrical exterior member composition is provided with a shielding composition for preventing magnetic leakage or electromagnetic wave leakage, and reaches the combustion device through the outlet 5 of the fluid magnetic treatment device.

本考案の実施形態に係わる流体磁気処理装置の実施例を示す横断面図である。It is a cross-sectional view which shows the Example of the fluid magnetic processing apparatus concerning embodiment of this invention. 本考案の流体磁気処理装置の1部切欠実施例を示す斜視図である。It is a perspective view which shows the 1 part notch Example of the fluid magnetic processing apparatus of this invention.

符号の説明Explanation of symbols

1永久磁石
2扁平経路
3筒状外装体
4流入口
5流出口
6永久磁石
7永久磁石
8扁平経路互角90度
9外装口止め具
10ゲルマニウム絶縁体
11微量放射性物質
DESCRIPTION OF SYMBOLS 1 Permanent magnet 2 Flat path 3 Cylindrical exterior body 4 Inflow port 5 Outflow port 6 Permanent magnet 7 Permanent magnet 8 Flat path equal angle 90 degrees 9 Outer mouth stopper 10 Germanium insulator 11 Trace radioactive material

Claims (5)

流体流導管に、異なる極性の磁極面を対向させ、発生する磁力線が流体に直交する方向であり、少なくとも1対の永久磁石で構成される流体磁気処理装置であって、設定された強度の磁界が流体を挟んで互いに作用することによって、同流体に励起する起電力による印加を特徴とする、流体磁気処理装置。A magnetic fluid processing apparatus having a magnetic field having a set strength, wherein a magnetic pole surface having a different polarity is opposed to a fluid flow conduit, and a generated magnetic field line is in a direction perpendicular to the fluid, and is composed of at least one pair of permanent magnets. A fluid magnetic processing apparatus characterized by applying an electromotive force that excites the fluid by acting on each other with the fluid sandwiched therebetween. 流体流導管に、同じ極性の磁極面を対向させ、発生する磁力線が流体に直交する方向であり、少なくとも1対の永久磁石で構成される流体磁気処理装置であって、設定された強度の磁界が流体を挟んで互いに作用することによって、同流体に励起する起電力による印加を特徴とする、流体磁気処理装置。A fluid magnetic processing apparatus having a magnetic field with a set strength, wherein a magnetic pole surface having the same polarity is opposed to a fluid flow conduit, a generated magnetic field line is in a direction perpendicular to the fluid, and is composed of at least one pair of permanent magnets. A fluid magnetic processing apparatus characterized by applying an electromotive force that excites the fluid by acting on each other with the fluid sandwiched therebetween. 流体流導管に、異なる極性乃至同極性の磁極面を対向させ、螺旋状に複数の磁石を配し固着して構成される流体磁気処理装置であって、発生する磁力線が流体に直交する方向であり、設定された強度の磁界が流体を挟んで互いに作用することによって、同流体に励起する起電力による印加を特徴とする、流体磁気処理装置。A fluid magnetic processing apparatus configured by arranging a plurality of magnets in a spiral shape and fixing them to a fluid flow conduit so that magnetic pole surfaces of different polarities or the same polarity are opposed to each other, wherein the generated magnetic force lines are perpendicular to the fluid. A fluid magnetic processing apparatus, characterized in that a magnetic field having a set intensity acts on both sides of a fluid to act on each other by an electromotive force that excites the fluid. 流体流導管の経路を扁平互角90度の交互に複数配置し、該経路すべてに異なる極性乃至同極性の磁極面を対向させ固着して構成される、流体磁気処理装置であって、該経路に発生する磁力線が流体に直交する方向であり、設定された強度の磁界が流体を挟んで互いに作用することによって、同流体に励起する起電力により印加して成る流体磁気処理装置であり、該装置をゲルマニウムで蔽い電気的絶縁体を具備した構成であることを特徴とする、流体磁気処理装置。A fluid magnetic processing apparatus comprising a plurality of fluid flow conduit paths arranged alternately at a flat angle of 90 degrees and a magnetic pole surface having a different polarity or the same polarity facing and fixed to all of the paths. A fluid magnetic processing apparatus in which a generated magnetic field line is in a direction perpendicular to a fluid, and a magnetic field having a set intensity is applied by an electromotive force that excites the fluid by acting on each other with the fluid interposed therebetween. A fluid magnetic processing apparatus characterized by having a structure in which an electrical insulator is covered with germanium. 流体流導管の経路を扁平互角90度の交互に複数配置し、該経路すべてに異なる極性乃至同極性の磁極面を対向させ固着して構成される、流体磁気処理装置であって、該経路に発生する磁力線が流体に直交する方向であり、設定された強度の磁界が流体を挟んで互いに作用することによって、同流体に励起する起電力により印加して成る流体磁気処理装置であり、該装置を筒状体で外装し、該装置と筒状体内空隙に微量放射性物質を充填し、該充填組成体に微量放射性物質の370Bq毎グラム以内であり、ラジウム、トリウム、セレニウム、コバルト、ゲルマニウムの何れか2種類以上の鉱石乃至セラミックスを含み、産生する電磁波を複合的に同流体に印加せしめ、該筒状外装部材組成を磁気及び電磁波漏れを防止する為の、遮蔽組成体を具備した構成であることを特徴とする、流体磁気処理装置。A fluid magnetic processing apparatus comprising a plurality of fluid flow conduit paths arranged alternately at a flat angle of 90 degrees and a magnetic pole surface having a different polarity or the same polarity facing and fixed to all of the paths. A fluid magnetic processing apparatus in which a generated magnetic field line is in a direction perpendicular to a fluid, and a magnetic field having a set intensity is applied by an electromotive force that excites the fluid by acting on each other with the fluid interposed therebetween. Is packaged with a cylindrical body, and a small amount of radioactive material is filled in the gap between the device and the cylindrical body, and the filling composition is within 370 Bq per gram of the radioactive material, and any of radium, thorium, selenium, cobalt, germanium Shielding composition for containing two or more kinds of ores or ceramics, and applying electromagnetic waves produced to the same fluid in a composite manner to prevent magnetic and electromagnetic wave leakage of the cylindrical exterior member composition Characterized in that it is a provided with the structure, the fluid magnetic treatment device.
JP2006009251U 2006-10-16 2006-10-16 Fluid magnetic processing equipment Expired - Fee Related JP3128743U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114506910A (en) * 2022-02-15 2022-05-17 子和生物科技(珠海横琴)有限公司 Supermagnetic dissociation electron polymerization resetting sequencing device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114506910A (en) * 2022-02-15 2022-05-17 子和生物科技(珠海横琴)有限公司 Supermagnetic dissociation electron polymerization resetting sequencing device

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