JP2023114952A - Fluid machinery - Google Patents
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- 239000012530 fluid Substances 0.000 title claims abstract description 87
- 230000007246 mechanism Effects 0.000 claims abstract description 12
- 230000002093 peripheral effect Effects 0.000 claims abstract description 12
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims abstract description 8
- 229910052742 iron Inorganic materials 0.000 claims abstract description 4
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- 230000000630 rising effect Effects 0.000 claims 1
- 238000010248 power generation Methods 0.000 description 29
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 26
- CURLTUGMZLYLDI-UHFFFAOYSA-N Carbon dioxide Chemical compound O=C=O CURLTUGMZLYLDI-UHFFFAOYSA-N 0.000 description 20
- 239000007789 gas Substances 0.000 description 12
- 229910002092 carbon dioxide Inorganic materials 0.000 description 10
- 239000001569 carbon dioxide Substances 0.000 description 10
- 230000006378 damage Effects 0.000 description 8
- 239000000428 dust Substances 0.000 description 8
- 230000005540 biological transmission Effects 0.000 description 6
- 238000010586 diagram Methods 0.000 description 6
- 239000007788 liquid Substances 0.000 description 6
- 230000005611 electricity Effects 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 4
- 230000007613 environmental effect Effects 0.000 description 4
- 239000000446 fuel Substances 0.000 description 4
- 239000002920 hazardous waste Substances 0.000 description 4
- 238000004519 manufacturing process Methods 0.000 description 4
- 239000000843 powder Substances 0.000 description 4
- 241000271566 Aves Species 0.000 description 2
- 239000002028 Biomass Substances 0.000 description 2
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- 230000029553 photosynthesis Effects 0.000 description 2
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Abstract
Description
本発明は流動体を、旋回流動装置、を備えた筒に導き、旋回流動せせることによる、流動体の旋回流動力を、回転流動エネルギーに変換することに関する。The present invention relates to converting a swirling flow force of a fluid into a rotating flow energy by introducing a fluid into a cylinder equipped with a swirl flow device and causing it to swirl.
流動体の流動力を、利用する機械のなかで、水の流動に落差を与え、流動圧力を得て、羽根に受け留め 連続的に流動する流動力を、直動する軸を回転させる流体機械の水車がある。Among the machines that use the flow force of a fluid, a fluid machine that gives a head to the flow of water, obtains flow pressure, and receives it on the blades. water wheel.
水車には、フランシス水車、斜流水車、デリア水車、プロペラ水車、カプラン水車、チューブラ水車、など反動型、があり、ベルトン水車、クロスロー水車、などの衝動形があります。Turbines include reaction types such as Francis turbines, diagonal flow turbines, Delia turbines, propeller turbines, Kaplan turbines, and tubular turbines, and impulse types such as Belton turbines and cross-row turbines.
山間部に設置する小水力発電で、落ち葉が水路をふさぐ，難題を解決した、特許技術のサイフォン式小水力発電が開発されています。
ＩＮＰＩＴ１ 三重県知財総合支援窓口が関係 している特許技術ですが、詳細は不明。A patented siphon-type small hydroelectric power station has been developed to solve the difficult problem of fallen leaves clogging waterways in small hydroelectric power stations installed in mountainous areas.
INPIT1 This is a patented technology related to the Mie Prefecture Intellectual Property Comprehensive Support Desk, but the details are unknown.
登録番号：特許第６１８１８９５号
導水路を流れる水力で稼働する［水力駆動除塵装置］で塵芥を集塵水路により、自動的に除塵するシステムが開発されている。Registration number: Patent No. 6181895 A system has been developed that automatically removes dust through a dust collecting waterway using a [hydraulic driven dust remover] operated by water power flowing through a water conduit.
流動体の流動力を、利用する機械のなかで、風車は、大気・空中を流動する 流動力の圧力を得て、羽根で受け留め、連続する流動力で、直動する軸を回転させる流体機械である。Among the machines that utilize the flow force of fluids, a wind turbine obtains the pressure of the flow force that flows in the atmosphere and air, receives it with blades, and uses the continuous flow force to rotate a linearly moving shaft. Machine.
風車には、プロペラ型、オランダ型、セイルウイング型、多翼型、などの水平軸駆動の風車があり、クロスフロー型、サポ二ウス型、ダリウス型、ジャイロミル型、パドル型、などの垂直駆動の、風車がある。Wind turbines include propeller type, Holland type, sail wing type, multi-blade type, etc., and horizontal axis drive wind turbines. There is a windmill that drives it.
風力を渦度に変換させる力にして振動を発生させ、発電する、ブォーテックス・ブレードレス、が開発されている。Vortex bladeless has been developed to generate power by converting wind force into vorticity to generate vibration.
風の方向に、影響を受けることなく、風の力が、プロペラのない、円柱や、球状物体に当たると、形状に沿って、上昇・下降、気流が発生するマグナス効果を活用する垂直軸型マグナス風力発電機が開発されている。
特許文献不明。Vertical axis type Magnus that utilizes the Magnus effect that rises, falls, and air currents occur along the shape when the force of the wind hits a cylindrical or spherical object without a propeller without being affected by the direction of the wind. Wind power generators are being developed.
Patent document unknown.
特許出願 特願２０１３―１１２６２（Ｐ２０１３―１１２６２Ａ）
登り風力発電（横回転風車）Patent application Japanese Patent Application 2013-11262 (P2013-11262A)
Uphill wind power generation (horizontal rotation windmill)
流体機械である、水車、と 風車の、従来からの現在までの技術は、そのすべてが、流体である、水・空気の、流動力をそのまま、受け留め、連続する流動力を活用するものであり活用には限界がある。・The technology of water turbines and wind turbines, which are fluid machines, from the past to the present, all receive the fluid force of water and air, which are fluids, as they are, and utilize the continuous fluid force. There are limits to its use.・
水の流動力を、活用する流体機械としての水車として、大型の水力発電は、水利権、発電した電力の売電事業で系統連系、利用先が遠方、調速機、制御装置、保護装置、変電設備、補機、建築物（建屋）などの、初期投資が高騰、維持管理、住民参加、などの課題を抱えている。As a water turbine as a fluid machine that utilizes the flow force of water, large-scale hydroelectric power generation is used for water rights, grid connection in the power sales business of generated power, distant users, speed governor, control device, protection device , Substation facilities, auxiliary equipment, buildings (buildings), etc., the initial investment is soaring, and there are issues such as maintenance and resident participation.
原子力発電や 火力発電による電力を使い、下部調整池から 上部調整池へ揚水して、総電力需要のうち、ピーク時の需要を賄う揚水発電がある、純粋の水力発電ではない。It is not a purely hydroelectric power plant, as there is a pumped-storage power plant that uses electricity from nuclear power plants and thermal power plants, pumps water from the lower reservoir to the upper reservoir, and covers the peak demand of the total power demand.
中・小・水力発電は 大型と違い、候補水系の数が多い利点がある、課題は事業化計画検討開始から、運転開始までの期間が、５年から８年間を要する。
このために、予算が実施される 時期には、計画当初より割高になるケースもあり、計画そのものを断念を余儀無くされることもあり、また、電力会社の系統連系が、成立しない為、中断するケースもある。・Unlike large-scale hydroelectric power plants, medium- and small-scale hydropower plants have the advantage of having a large number of candidate river systems.
For this reason, when the budget is implemented, there are cases where the plan is more expensive than the initial plan, and the plan itself has to be abandoned. Some cases do.・
水力発電は、他の自然エネルギー利用の風力・太陽光・波力・地熱などと比べて、温室化効果ガス排出係数が最小である、原子力発電と比較しても小さい。
中小の水力発電の新規計画は多く、予定されている、しかし、河川は、大水系よりも電力を利用する地点に距離は近いけれども、離れていることには、変わりがないこと課題を多く抱えていることにも、変わりはない。Hydroelectric power generation has the lowest greenhouse gas emission factor compared to other renewable energy sources such as wind, solar, wave and geothermal power, and is small even compared to nuclear power generation.
There are many new plans for small and medium-sized hydroelectric power generation, and they are planned. There is no change in the fact that
身近な水系を利用できる、水の流動力を活用する、流体機械の水車としての、小型の水力発電として、フランシス水車を応用したマイクロ水力発電機が開発されている。A micro-hydroelectric power generator applying a Francis turbine has been developed as a small-sized hydroelectric power generator as a hydraulic machine of a fluid machine that can utilize the flow force of water and can use familiar water systems.
洋上風力発電は利用地点に遠距離の難点は、送電設備に多大の費用、騒音・台風・地震などの、自然災害・費用の課題があり、野鳥への障害・自然景観の破壊の課題があり難題を抱えているDisadvantages of offshore wind power generation include the large cost of power transmission facilities, the problems of natural disasters and costs such as noise, typhoons, and earthquakes, and the problems of damage to wild birds and destruction of the natural landscape. have a problem
太陽光発電システムは、大規模になる程、自然環境を破壊し、犠牲にして成り立っていて利用地点からの距離の課題は費用効率を著しく低下させ、施設が永久使用できず部材の耐久性寿命の課題を抱え、有害廃棄物処理の問題は社会的である。The larger the scale of the solar power generation system, the more it destroys the natural environment and is built at the expense of it. , and the problem of hazardous waste disposal is social.
燃料となる植物の燃焼段階でのＣＯ２ 排出と、植物の成長過程での、光合成による、ＣＯ２の吸収量が相殺され、ＣＯ２排出は相殺され 排出 無しに等しいは、燃焼の段階だけを取り上げ、使用した植物が元通りに再生することを前提の理屈を前提に、している、「バイオマス燃料発電」は植物の栽培のサイクル・加工・輸送のサイクルに排出される、二酸化炭素（ＣＯ２）の排出の計算を抜きにした構想ではないか？である。The CO2 emissions during the combustion stage of plants used as fuel and the absorption of CO2 by photosynthesis during the plant growth process are offset, and the CO2 emissions are offset. Based on the premise that the plant will regenerate to its original state, "biomass fuel power generation" emits carbon dioxide (CO2) emitted in the cycle of plant cultivation, processing and transportation. Isn't it a concept without the calculation of is.
本発明は、視点を、台風、つむじ風、竜巻の旋回流動力の、威力・壮絶な、様態に視点を置き、宇宙がもたらす、現象に鑑み考案した、ものであります。従って、既存、あるいは特願されているものとは相容れない新規のものを提供するものです。The present invention has been devised in view of the phenomena brought about by the universe, with a view to the power and fierceness of the swirling fluid force of typhoons, whirlwinds, and tornadoes. Therefore, we provide something new that is incompatible with existing or patented things.
流動体を受け入れる筒には、流体の動き、流動を、備えてある中心部の筒の外周壁に向かい等角螺旋（対数螺旋）を描くように、数枚の螺旋形状の羽目板を施し、この羽目板と羽目板の、空隙を流動体は、螺旋形状に倣い旋回流動力を生成し、旋回流動回転エネルギーに変換します。The tube that receives the fluid is provided with several helical siding panels so that the movement and flow of the fluid can be drawn in an equiangular spiral (logarithmic spiral) toward the outer peripheral wall of the provided central tube. The fluid in the gap between the siding planks follows the spiral shape to generate a swirling flow force, which is converted into swirling flow rotational energy.
この下流には、回転中心筒と 回転外周筒の二重筒で構成される回転二重筒本体を備えて、自在に回転します。
受け入れる流動体は、回転中心筒の中部分と、回転中心筒と、回転外周筒の間に施されている、数枚の螺旋形状の羽目板の空隙（間）・と、
この回転外周筒の外周に位置する固定筒との空隙（間）を旋回流動する、３通りの流路を同じ方向への旋回流動する仕組みです。Downstream of this is a rotating double cylinder body consisting of a rotating central cylinder and a rotating outer cylinder, which rotates freely.
The fluid to be received is the middle part of the rotation center tube, the gap between several spiral siding boards provided between the rotation center tube and the rotation outer tube,
It is a mechanism that causes swirling flow in the same direction in three flow paths, which is the space between the rotating outer cylinder and the fixed cylinder located on the outer periphery.
回転する二重筒の、回転外周筒の外壁には数箇所の 凹みが施され、磁石を埋め込むことが出来るように設計されています。［００２６］
回転二重筒本体の、回転中心筒の内径には旋回流動を促す流動路が施されて中心固定軸に、施されこの回転中心筒の外周には、旋回流動を促す、羽目板を挿入する溝が設けてあり、内径と外径との厚み（肉厚）の部と、外周筒の肉厚部と、には、受け止め支え役にも、兼ねる、回転を容易にする為の、滑りボウルベアリングを受け入れる（嵌合）溝が加工されている。The outer wall of the rotating outer cylinder of the rotating double cylinder has several dents and is designed so that magnets can be embedded. [0026]
A flow passage that promotes swirling flow is provided on the inner diameter of the rotating center tube of the rotating double tube main body, and the center fixed shaft is provided with a groove for inserting a siding plate that promotes swirling flow. A sliding bowl bearing is provided in the thickness (thickness) part between the inner and outer diameters and the thick part of the outer cylinder, which also serves as a receiving support and facilitates rotation. A (fitting) groove is machined to accept the
回転二重筒本体の回転中心筒と、回転外周筒の間には、回転中心筒の外周に螺旋の溝の部分にはめこまれた螺旋形状の、数枚の羽目板は流体の受け入れ口から排出口まで、旋回的に施されていて、この羽目板と 羽目板 の空隙（間）の旋回流動路を流動する、流動体の旋回流動力は他の２旋回流動力流体と相まって、回転二重筒本体の強い回転エネルギーを、生成する。Between the rotation center cylinder and the rotation outer cylinder of the rotation double cylinder main body, several spiral-shaped siding plates fitted in the spiral grooves on the outer periphery of the rotation center cylinder are discharged from the fluid receiving port. The swirling flow force of the fluid, which is swirlingly applied to the outlet and flows in the swirling flow path of the gap between the siding planks and the siding planks, is combined with the other two swirling flow forces of the fluid to form the rotating double tube main body. generates a strong rotational energy of
この発明の 流体機械は、回転する為の軸受、回転軸を必要としない、回転機構は，無摺動であり、３通り流動体の流動力と、ボウルベアリングを、主体とした点接触により、回転二重筒本体の回転は支えられる。The fluid machine of this invention does not require bearings or rotating shafts for rotation. The rotation mechanism is non-sliding. Rotation of the rotating double tube body is supported.
回転二重筒本体の回転外周筒の外側に空隙を設け 設置してある固定筒には 外壁に鉄板を抱えた導電コイルを設置してあり、回転二重筒本体 ともに回転する磁石の作用により発電を生み出し、発電機を兼ね備えた，特質ある流体機械。An air gap is provided outside the rotating outer cylinder of the rotating double cylinder main body, and a conductive coil with an iron plate is installed on the outer wall of the installed fixed cylinder. A unique fluid machine that creates and also functions as a generator.
この流体機械は、気体、液体、粉体、を選ばず、少量から 大流量まで、管を流動する流体には 全てに活用できて、各家庭に導入されている、水道管に設置が可能で、蓄電池を生産し、照明器具・テレビ、音響機器・パソコンなどに活用する事が出来て革命的であり、洋上風力発電の遠隔地、環境破壊・太陽光発電の、有害廃棄物の課題、中小河川水力発電の課題の、多大な設備費などの費用、環境破壊・送電ロスを解消・省くことが可能である。This fluid machine can be used for all fluids that flow through pipes, from small to large flow rates, regardless of gas, liquid, or powder. , Storage batteries can be produced and used for lighting equipment, televisions, audio equipment, personal computers, etc., which is revolutionary. It is possible to eliminate or eliminate the problems of river hydroelectric power generation, such as large equipment costs, environmental destruction, and transmission loss.
流体機械そのものが、発電装置であり、回転部が滑りボウルベアリングによる、点接触機構であり、軸の回転、軸受との摺動摩擦の解消は、工学的に効率が良い。
活用範囲を広げることが出来る。
液体・気体・、粉体の、流動する流動管に装着が可能。The fluid machine itself is a power generator, and the rotating part is a point contact mechanism with a sliding bowl bearing. Elimination of sliding friction with the rotation of the shaft and the bearing is efficient from an engineering point of view.
The range of use can be expanded.
It can be attached to a flow tube in which liquids, gases, and powders flow.
この発明の流体機械は、移動体、電車・自動車・船舶・飛行体・自転車などに搭載して、移動することによる、必然的に、流動体を受け入れることを活用する事が可能で、時速３６キロメートルの移動体は、流体機械が、受け取る気体の風速は３６メートルであり、多大な回転、エネルギーを生成して、大電力を生み出すことが期待できること。ともに、電気自動車の普及の「あとおし」をすることになります。
この流体機械の外の円周に、流動体入り口（受け入れ口）を、大きく、排出口を小さくした旋回流動の、推進装置としても活用できる。The fluid machine of the present invention can be mounted on a mobile object such as a train, automobile, ship, flying object, bicycle, etc., and by moving, inevitably, it is possible to utilize the fact that it accepts fluid, and the speed is 36 per hour. A kilometer moving body can be expected to generate a large amount of power by generating a large amount of rotation and energy because the fluid machine receives a gas wind speed of 36 meters. Together, we will do the "back" of the popularization of electric vehicles.
It can also be used as a propulsion device for swirl flow with a large fluid inlet (receiving port) and a small outlet on the outer circumference of the fluid machine.
ビル 風 の 活用は 人が活用する身近にある、エネルギーであり、仕事に、イベントなどに、必要な 電気を、電力を、屋上などの４端辺に 装着して電力を生み出し、充電装置を設備することで蓄電池を活用することにより、夜間でも、電力を蓄える事が出来る。The use of building wind is energy that is familiar to people and is necessary for work and events. Electric power is generated by installing it on the four edges of the roof, etc., and charging equipment is installed. By using the storage battery, it is possible to store power even at night.
国が進める大災害時に、供給不足になる、電力の補給に、電車などの移動体に充電装置と共に、装着して大量生産した、蓄電池の活用と、 太陽光発電や、洋上風力発電が、機能不全に陥った際の、供給補給が、大水道管・大量ガス流動管に装着して大電力の生成が可能である。
先進国では人類、が 築いた活用できる、エネルギーが身近にあります、管を流動させる、気体・液体、を 活用する方法を、新たな、仕組みを提供することを、述べるものです。
気体を活用する、移動体、と同様です、大電力から、小電力の蓄電池の大量生産が実現することにより、解決しようとする課題の 地球環境破壊、遠方からの送電ロス、諸費用の負担、設備の耐久性に、問題の有害廃棄物などの課題は、新たな難題と共に、おおきな国民の損失である。
これらを補うことが蓄電池の量産で、あるいは、直接の代替えを実現する様に、してエネルギー革命となる。In the event of a large-scale disaster promoted by the national government, there will be a shortage of power supply. In order to supply power, mass-produced storage batteries attached to moving bodies such as trains together with charging devices, and mass-produced storage batteries, solar power generation, and offshore wind power generation will function. It is possible to generate a large amount of power by attaching it to a large water pipe or a large volume gas flow pipe to replenish the supply in the event of failure.
It states that in developed countries, human beings have built and utilized energy close at hand, and that we will provide a new mechanism for how to use gases and liquids, such as flowing pipes.
Similar to moving bodies that use gas, the realization of mass production of large to small power storage batteries will solve the problems of global environmental destruction, transmission loss from distant places, burden of various expenses, Issues such as equipment durability, hazardous waste issues, etc., along with new challenges, are at great public cost.
Supplementing these with mass production of storage batteries, or realizing a direct replacement, will lead to an energy revolution.
本発明は流動体を、旋回流動装置、を備えた筒に導き、旋回流動させることによる、流動体の旋回流動力を、回転流動エネルギーに変換することに関する。 The present invention relates to converting a swirl flow force of a fluid into a swirl flow energy by guiding the fluid to a cylinder equipped with a swirl flow device and causing it to swirl.
流動体の流動力を、利用する機械のなかで、水の流動に落差を与え、流動圧力を得て、羽根に受け留め 連続的に流動する流動力を、直動する軸を回転させる流体機械の水車がある。 Among the machines that use the flow force of a fluid, a fluid machine that gives a head to the flow of water, obtains flow pressure, and receives it on the blades. water wheel.
水車には、フランシス水車、斜流水車、デリア水車、プロペラ水車、カプラン水車、チューブラ水車、など反動型、があり、ベルトン水車、クロスロー水車、などの衝動形があります。 Turbines include reaction types such as Francis turbines, diagonal flow turbines, Delia turbines, propeller turbines, Kaplan turbines, and tubular turbines, and impulse types such as Belton turbines and cross-row turbines.
山間部に設置する小水力発電で、落ち葉が水路をふさぐ，難題を解決した、特許技術のサイフォン式小水力発電が開発されています。
ＩＮＰＩＴ１ 三重県知財総合支援窓口が関係している特許技術ですが、詳細は不明。
A patented siphon-type small hydroelectric power station has been developed to solve the difficult problem of fallen leaves clogging waterways in small hydroelectric power stations installed in mountainous areas.
INPIT1 This is a patented technology related to the Mie Prefecture Intellectual Property Comprehensive Support Desk, but the details are unknown.
登録番号：特許第６１８１８９５号
導水路を流れる水力で稼働する［水力駆動除塵装置］で塵芥を集塵水路により、自動的に除塵するシステムが開発されている。
Registration number: Patent No. 6181895 A system has been developed that automatically removes dust through a dust collecting waterway using a [hydraulic driven dust remover] operated by water power flowing through a water conduit.
流動体の流動力を、利用する機械のなかで、風車は、大気・空中を流動する流動力の圧力を得て、羽根で受け留め、連続する流動力で、直動する軸を回転させる流体機械である。 Among the machines that utilize the flow force of fluids, a wind turbine obtains the pressure of the flow force that flows in the atmosphere or air, receives it with blades, and uses the continuous flow force to rotate a linearly moving shaft. Machine.
風車には、プロペラ型、オランダ型、セイルウイング型、多翼型、などの水平軸駆動の風車があり、クロスフロー型、サポ二ウス型、ダリウス型、ジャイロミル型、パドル型、などの垂直駆動の、風車がある。 Wind turbines include propeller type, Holland type, sail wing type, multi-blade type, etc., and horizontal axis drive wind turbines. There is a windmill that drives it.
風力を渦度に変換させる力にして振動を発生させ、発電する、ブォーテックス・ブレードレス、が開発されている。 Vortex bladeless has been developed to generate power by converting wind force into vorticity to generate vibration.
風の方向に、影響を受けることなく、風の力が、プロペラのない、円柱や、球状物体に当たると、形状に沿って、上昇・下降、気流が発生するマグナス効果を活用する垂直軸型マグナス風力発電機が開発されている。
特許文献不明。
Vertical axis type Magnus that utilizes the Magnus effect that rises, falls, and air currents occur along the shape when the force of the wind hits a cylindrical or spherical object without a propeller without being affected by the direction of the wind. Wind power generators are being developed.
Patent document unknown.
流体機械である、水車、と風車の、従来からの現在までの技術は、そのすべてが、流体である、水・空気の、流動力をそのまま、受け留め、連続する流動力を活用するものであり活用には限界がある。 The technology of water turbines and wind turbines, which are fluid machines, from the past to the present, all receive the flow force of water and air, which are fluids, as they are, and utilize the continuous flow force. There are limits to its use .
水の流動力を、活用する流体機械としての水車として、大型の水力発電は、水利権、発電した電力の売電事業で系統連系、利用先が遠方、調速機、制御装置、保護装置、変電設備、補機、建築物（建屋）などの、初期投資が高騰、維持管理、住民参加、などの課題を抱えている。 As a water turbine as a fluid machine that utilizes the flow force of water, large-scale hydroelectric power generation is used for water rights, grid connection in the power sales business of generated power, distant users, speed governor, control device, protection device , Substation facilities, auxiliary equipment, buildings (buildings), etc., the initial investment is soaring, and there are issues such as maintenance and resident participation.
原子力発電や火力発電による電力を使い、下部調整池から上部調整池へ揚水して、総電力需要のうち、ピーク時の需要を賄う揚水発電がある、純粋の水力発電ではない。 It is not a pure hydroelectric power generation, as it uses electricity from nuclear power generation and thermal power generation and pumps water from the lower reservoir to the upper reservoir to cover the peak demand of the total power demand.
中・小・水力発電は大型と違い、候補水系の数が多い利点がある、課題は事業化計画検討開始から、運転開始までの期間が、５年から８年間を要する。
このために、予算が実施される時期には、計画当初より割高になるケースもあり、計画そのものを断念を余儀無くされることもあり、また、電力会社の系統連系が、成立しない為、中断するケースもある。
Unlike large-scale hydroelectric power plants, medium- and small-scale hydroelectric power plants have the advantage of having a large number of candidate river systems.
For this reason, when the budget is implemented, there are cases where the plan is more expensive than the initial plan, and the plan itself is forced to be abandoned. Some cases do .
水力発電は、他の自然エネルギー利用の風力・太陽光・波力・地熱などと比べて、温室化効果ガス排出係数が最小である、原子力発電と比較しても小さい。
中小の水力発電の新規計画は多く、予定されている、しかし、河川は、大水系よりも電力を利用する地点に距離は近いけれども、離れていることには、変わりがないこと課題を多く抱えていることにも、変わりはない。
Hydroelectric power generation has the lowest greenhouse gas emission factor compared to other renewable energy sources such as wind, solar, wave and geothermal power, and is small even compared to nuclear power generation.
There are many new plans for small and medium-sized hydroelectric power generation, and they are planned. There is no change in the fact that
身近な水系を利用できる、水の流動力を活用する、流体機械の水車としての、小型の水力発電として、フランシス水車を応用したマイクロ水力発電機が開発されている。 A micro-hydroelectric power generator applying a Francis turbine has been developed as a small-sized hydroelectric power generator as a hydraulic machine of a fluid machine that can utilize the flow force of water and can use familiar water systems.
洋上風力発電は利用地点に遠距離の難点は、送電設備に多大の費用、騒音・台風・地震などの、自然災害・費用の課題があり、野鳥への障害・自然景観の破壊の課題があり難題を抱えている。 Disadvantages of offshore wind power generation include the large cost of power transmission facilities, the problems of natural disasters and costs such as noise, typhoons, and earthquakes, and the problems of damage to wild birds and destruction of the natural landscape. i have a problem.
太陽光発電システムは、大規模になる程、自然環境を破壊し、犠牲にして成り立っていて利用地点からの距離の課題は費用効率を著しく低下させ、施設が永久使用できず部材の耐久性寿命の課題を抱え、有害廃棄物処理の問題は社会的である。 The larger the scale of the solar power generation system, the more it destroys the natural environment and is built at the expense of it. , and the problem of hazardous waste disposal is social.
燃料となる植物の燃焼段階でのＣＯ２排出と、植物の成長過程での、光合成による、ＣＯ２の吸収量が相殺され、ＣＯ２排出は相殺され排出無しに等しいは、燃焼の段階だけを取り上げ、使用した植物が元通りに再生することを前提の理屈を前提に、している、「バイオマス燃料発電」は植物の栽培のサイクル・加工・輸送のサイクルに排出される、二酸化炭素（ＣＯ２）の排出の計算を抜きにした構想ではないか？である。 CO2 emissions in the combustion stage of plants used as fuel and absorption of CO2 by photosynthesis in the growth process of plants are offset, and CO2 emissions are offset and equal to no emissions. Based on the premise that the plant will regenerate to its original state, "biomass fuel power generation" emits carbon dioxide (CO2) emitted in the cycle of plant cultivation, processing and transportation. Isn't it a concept without the calculation of is.
本発明は、視点を、台風、つむじ風、竜巻の旋回流動力の、威力・壮絶な、様態に視点を置き、宇宙がもたらす、現象に鑑み考案した、ものであります。従って、既存、あるいは特願されているものとは相容れない新規のものを提供するものです。 The present invention has been devised in view of the phenomena brought about by the universe, with a view to the power and fierceness of the swirling fluid force of typhoons, whirlwinds, and tornadoes. Therefore, we provide something new that is incompatible with existing or patented things.
流動体を受け入れる筒には、流体の動き、流動を、備えてある中心部の筒の外周壁に向かい等角螺旋（対数螺旋）を描くように、数枚の螺旋形状の羽目板を施し、この羽目板と羽目板の、空隙を流動体は、螺旋形状に倣い旋回流動力を生成し、旋回流動回転エネルギーに変換します。 The tube that receives the fluid is provided with several helical siding panels so that the movement and flow of the fluid can be drawn in an equiangular spiral (logarithmic spiral) toward the outer peripheral wall of the provided central tube. The fluid in the gap between the siding planks follows the spiral shape to generate a swirling flow force, which is converted into swirling flow rotational energy.
この下流には、回転中心筒と回転外周筒の二重筒で構成される回転二重筒本体を備えて、自在に回転します。
受け入れる流動体は、回転中心筒の中部分と、回転中心筒と、回転外周筒の間に施されている、数枚の螺旋形状の羽目板の空隙（間）と、この回転外周筒の外周に位置する固定筒との空隙（間）を旋回流動する、３通りの流路を同じ方向への旋回流動する仕組みです。
Downstream of this is a rotating double-tube body consisting of a rotating center cylinder and a rotating outer cylinder, which rotates freely.
The fluid to be received is the middle part of the rotation center tube, the gap between the rotation center tube, and the several spiral siding boards provided between the rotation center tube and the rotation outer tube, and the outer periphery of this rotation outer tube. It is a mechanism that makes swirling flow in the same direction in three channels, which is swirling in the gap (between) with the fixed cylinder.
回転する二重筒の、回転外周筒の外壁には数箇所の凹みが施され、磁石を埋め込むことが出来るように設計されています。
回転二重筒本体の、回転中心筒の内径には旋回流動を促す流動路が施されて中心固定軸に、施されこの回転中心筒の外周には、旋回流動を促す、羽目板を挿入する溝が設けてあり、内径と外径との厚み（肉厚）の部と、外周筒の肉厚部と、には、受け止め支え役にも、兼ねる、回転を容易にする為の、滑りボウルベアリングを受け入れる（嵌合）溝が加工されている。
The outer wall of the rotating outer cylinder of the rotating double cylinder has several dents and is designed so that magnets can be embedded .
A flow passage that promotes swirling flow is provided on the inner diameter of the rotating center tube of the rotating double tube main body, and the center fixed shaft is provided with a groove for inserting a siding plate that promotes swirling flow. is provided, and in the thickness (thickness) part of the inner and outer diameters and the thick part of the outer cylinder, there is a sliding bowl bearing that also serves as a receiving support and facilitates rotation. A (fitting) groove is machined to accept the
回転二重筒本体の回転中心筒と、回転外周筒の間には、回転中心筒の外周に螺旋の溝の部分にはめこまれた螺旋形状の、数枚の羽目板は流体の受け入れ口から排出口まで、旋回的に施されていて、この羽目板と羽目板の空隙（間）の旋回流動路を流動する、流動体の旋回流動力は他の２旋回流動力流体と相まって、回転二重筒本体の強い回転エネルギーを、生成する。 Between the rotation center cylinder and the rotation outer cylinder of the rotation double cylinder main body, several spiral-shaped siding plates fitted in the spiral grooves on the outer periphery of the rotation center cylinder are discharged from the fluid receiving port. The swirling flow force of the fluid, which is swirlingly applied to the outlet and flows in the swirling flow path between the siding boards and the space between the siding boards, is combined with the other two swirling flow forces to form the rotating double tube main body. generates a strong rotational energy of
この発明の流体機械は、回転する為の軸受、回転軸を必要としない、回転機構は，無摺動であり、３通り流動体の流動力と、ボウルベアリングを、主体とした点接触により、回転二重筒本体の回転は支えられる。 The fluid machine of this invention does not require bearings or rotating shafts for rotation. The rotation mechanism is non-sliding. Rotation of the rotating double tube body is supported.
回転二重筒本体の回転外周筒の外側に空隙を設け設置してある固定筒には外壁に鉄板を抱えた導電コイルを設置してあり、回転二重筒本体とともに回転する磁石の作用により発電を生み出し、発電機を兼ね備えた，特質ある流体機械。 A conductive coil holding an iron plate is installed on the outer wall of the fixed cylinder, which is installed with a gap outside the rotating outer cylinder of the rotating double cylinder main body, by the action of a magnet that rotates with the rotating double cylinder body A unique fluid machine that generates electricity and doubles as a generator.
この流体機械は、気体、液体、粉体、を選ばず、少量から大流量まで、管を流動する流体には全てに活用できて、各家庭に導入されている、水道管に設置が可能で、蓄電池を生産し、照明器具・テレビ、音響機器・パソコンなどに活用する事が出来て革命的であり、洋上風力発電の遠隔地、環境破壊・太陽光発電の、有害廃棄物の課題、中小河川水力発電の課題の、多大な設備費などの費用、環境破壊・送電ロスを解消・省くことが可能である。 This fluid machine can be used for all fluids that flow through pipes, from small to large flow rates, regardless of gas, liquid, or powder. , Storage batteries can be produced and used for lighting equipment, televisions, audio equipment, personal computers, etc., which is revolutionary. It is possible to eliminate or eliminate the problems of river hydroelectric power generation, such as large equipment costs, environmental destruction, and transmission loss.
流体機械そのものが、発電装置であり、回転部が滑りボウルベアリングによる、点接触機構であり、軸の回転、軸受との摺動摩擦の解消は、工学的に効率が良い。
活用範囲を広げることが出来る。
液体・気体・、粉体の、流動する流動管に装着が可能。
The fluid machine itself is a power generator, and the rotating part is a point contact mechanism with a sliding bowl bearing. Elimination of sliding friction with the rotation of the shaft and the bearing is efficient from an engineering point of view.
The range of use can be expanded.
It can be attached to a flow tube in which liquids, gases, and powders flow.
この発明の流体機械は、移動体、電車・自動車・船舶・飛行体・自転車などに搭載して、移動することによる、必然的に、流動体を受け入れることを活用する事が可能で、時速３６キロメートルの移動体は、流体機械が、受け取る気体の風速は３６メートルであり、多大な回転、エネルギーを生成して、大電力を生み出すことが期待できること。ともに、電気自動車の普及の「あとおし」をすることになります。
この流体機械の外の円周に、流動体入り口（受け入れ口）を、大きく、排出口を小さくした旋回流動の、推進装置としても活用できる。
The fluid machine of the present invention can be mounted on a mobile object such as a train, automobile, ship, flying object, bicycle, etc., and by moving, inevitably, it is possible to utilize the fact that it accepts fluid, and the speed is 36 per hour. A kilometer moving body can be expected to generate a large amount of power by generating a large amount of rotation and energy because the fluid machine receives a gas wind speed of 36 meters. Together, we will do the "back" of the popularization of electric vehicles.
It can also be used as a propulsion device for swirl flow with a large fluid inlet (receiving port) and a small outlet on the outer circumference of the fluid machine.
ビル風の活用は 人が活用する身近にある、エネルギーであり、仕事に、イベントなどに、必要な電気を、電力を、屋上などの４端辺に装着して電力を生み出し、充電装置を設備することで蓄電池を活用することにより、夜間でも、電力を蓄える事が出来る。 Utilization of building wind is familiar energy that people use, and necessary electricity for work, events, etc. is generated by attaching it to the four edges of the roof, etc., and installing a charging device. By using the storage battery, it is possible to store power even at night.
国が進める大災害時に、供給不足になる、電力の補給に、電車などの移動体に充電装置と共に、装着して大量生産した、蓄電池の活用と、太陽光発電や、洋上風力発電が、機能不全に陥った際の、供給補給が、大水道管・大量ガス流動管に装着して大電力の生成が可能である。
先進国では人類、が築いた活用できる、エネルギーが身近にあります、管を流動させる、気体・液体、を活用する方法を、新たな、仕組みを提供することを、述べるものです。
気体を活用する、移動体、と同様です、大電力から、小電力の蓄電池の大量生産が実現することにより、解決しようとする課題の地球環境破壊、遠方からの送電ロス、諸費用の負担、設備の耐久性に、問題の有害廃棄物などの課題は、新たな難題と共に、おおきな国民の損失である。
これらを補うことが蓄電池の量産で、あるいは、直接の代替えを実現する様に、してエネルギー革命となる。
In the event of a large-scale disaster promoted by the national government, there will be a shortage of power supply, and the use of storage batteries mass-produced with charging devices attached to moving bodies such as trains, solar power generation, and offshore wind power generation will function. It is possible to generate a large amount of power by attaching it to a large water pipe or a large volume gas flow pipe to replenish the supply in the event of failure.
It states that in developed countries, human beings have built energy that can be used, and that we will provide a new mechanism for making pipes flow and utilizing gases and liquids.
Similar to moving bodies that use gas, mass production of large to small power storage batteries will lead to the problems of global environmental destruction, transmission loss from distant places, burden of various expenses, Issues such as equipment durability, hazardous waste issues, etc., along with new challenges, are at great public cost.
Supplementing these with mass production of storage batteries, or realizing a direct replacement, will lead to an energy revolution.
Claims (4)
この旋回流動下流に、旋回流動を形成する数枚の、螺旋形状を成す羽目板を填め込んだ、回転中心筒と、外周壁の数箇所に、磁石を設置した回転外周筒と、で形成する、回転二重筒本体、と
この回転二重筒本体の外側に、流動体が旋回流動する空隙を設けて、外周壁に鉄板を抱えた導電コイルを、設置した「固定筒」とで 構成され生成させた、旋回流動体 をこの、回転二重筒本体に流入させ、前記螺旋形状の羽目板と羽目板との空隙で形成された、旋回流動路、を連続的に、旋回流動させながら、排出すること、により、旋回流動力で、磁石を抱えた回転二重筒本体が、回転流動力により、回転して、導電コイルに作用する。
この形成された仕組みにより、電力を、生み出す、発電機の流体機械。
ボウルベアリングを設置した固定筒に回転二重筒本体が、挟まれ支えられ、回転旋回流動体の回転流動力で、回転二重筒本体を回転させ、回転エネルギーを、生成することを特徴とするA double tube main body is formed by providing a central tube and an outer peripheral tube to which several spiral siding panels are attached for swirling the fluid to be taken in and utilized by any means, and the outer periphery of the central tube. A mechanism that swirls to draw an equiangular spiral (logarithmic spiral) toward the wall,
At the downstream of this swirling flow, a rotating central cylinder in which several helical siding boards that form the swirling flow are inserted, and a rotating outer cylinder with magnets installed at several places on the outer peripheral wall. It is composed of a rotating double cylinder main body, and a "fixed cylinder" in which a conductive coil with an iron plate is installed on the outer peripheral wall by providing a gap for the fluid to swirl on the outside of this rotating double cylinder body. The swirling fluid is caused to flow into the rotating double cylinder main body, and discharged while continuously swirling the swirling flow path formed by the gap between the spiral-shaped siding boards and the siding boards. Due to , the rotating double cylinder main body holding the magnet rotates due to the swirling flow force and acts on the conductive coil.
A generator fluid machine that generates electric power with this formed mechanism.
A rotary double cylinder main body is sandwiched and supported by a fixed cylinder in which a bowl bearing is installed, and the rotary double cylinder body is rotated by the rotating flow force of the rotating swirling fluid, thereby generating rotational energy.
流動体取り入れ口の面積を大きくして、大量に取り入れ、回転エネルギーを生み出す、とともに、排出側の面積を絞ることにより、旋回流動力の、高速排出は推進力を生成する、ことを特徴とし、
非常時には、流動体取り入れ口を閉じることが出来ることを特徴とする、流体機械。1. A fluid machine characterized by causing a swirling flow of a fluid to be introduced into a rotary fitting portion between a fixed side, such as a fixed central shaft and a fixed cylinder, and a rotary double cylinder main body, and is structurally structurally It is not only used for installation, but also attached to moving bodies such as trains, automobiles, ships, airplanes, and bicycles. is large to take in a large amount to generate rotational energy, and by narrowing the area of the discharge side, the swirling flow force, high-speed discharge generates propulsion,
A fluid machine characterized by being able to close a fluid intake in an emergency.
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| JP2006322394A (en) * | 2005-05-19 | 2006-11-30 | Toyota Motor Corp | Exhaust pipe structure used for turbine engine |
| JP2011503423A (en) * | 2007-11-16 | 2011-01-27 | エレメンタル・エナジー・テクノロジーズ・リミテッド | Generator |
| WO2018117148A1 (en) * | 2016-12-23 | 2018-06-28 | 三森株式会社 | Wind power generating device and rotor module for same |
| JP2018123819A (en) * | 2017-01-30 | 2018-08-09 | 泰工技研工業株式会社 | Flow body compressor and electric generator utilizing flow torque of spiral revolution flow body |
| CN110719873A (en) * | 2017-08-10 | 2020-01-21 | 保罗·奈瑟 | Device and method for fluid manipulation |
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2022
- 2022-02-05 JP JP2022027251A patent/JP7391123B2/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2006322394A (en) * | 2005-05-19 | 2006-11-30 | Toyota Motor Corp | Exhaust pipe structure used for turbine engine |
| JP2011503423A (en) * | 2007-11-16 | 2011-01-27 | エレメンタル・エナジー・テクノロジーズ・リミテッド | Generator |
| WO2018117148A1 (en) * | 2016-12-23 | 2018-06-28 | 三森株式会社 | Wind power generating device and rotor module for same |
| JP2018123819A (en) * | 2017-01-30 | 2018-08-09 | 泰工技研工業株式会社 | Flow body compressor and electric generator utilizing flow torque of spiral revolution flow body |
| CN110719873A (en) * | 2017-08-10 | 2020-01-21 | 保罗·奈瑟 | Device and method for fluid manipulation |
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