JP4974017B1 - Fan-shaped buoyancy ship rotary drum water current generator - Google Patents

Fan-shaped buoyancy ship rotary drum water current generator Download PDF

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JP4974017B1
JP4974017B1 JP2011187948A JP2011187948A JP4974017B1 JP 4974017 B1 JP4974017 B1 JP 4974017B1 JP 2011187948 A JP2011187948 A JP 2011187948A JP 2011187948 A JP2011187948 A JP 2011187948A JP 4974017 B1 JP4974017 B1 JP 4974017B1
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ship
fan
seawater
power generation
sea
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JP2013027296A (en
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晴勇 島
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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
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
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Abstract

<P>PROBLEM TO BE SOLVED: To continue power generation operation by generating electric power with sea water taken in under the sea surface and discharging the inflow sea water. <P>SOLUTION: A fan-shaped buoyancy ship floating on the sea surface is constructed. On an inclined plane formed on the inner periphery side thereof, there are installed many sets each having a drum can in which intake sea water flows and a generator which generates electric power with the sea water. The sea water flowing into for the water flow power generation is discharged against the sea water pressure of a discharge section under the water surface by a pump action generated by rotating an external rotating fan installed outside the buoyancy ship. <P>COPYRIGHT: (C)2013,JPO&amp;INPIT

Description

本発明は外回転扇の回転による潮海水流の渦の発生により、大量の排海水を回転潮海流として排水を行なうものである。  In the present invention, a large amount of discharged seawater is drained as a rotating tidal current by the generation of a vortex in the tidal sea current due to the rotation of an outer rotating fan.

本発明は画期的な新技術である。  The present invention is a revolutionary new technology.

以上の通り図１〜４図により説明する。  This will be described with reference to FIGS.

本願発明は、水平面からみて扇形をなす円錐形の船の船内に水流発電機を設置をし、その喫水線３ｍ〜５ｍ下に海水取込口を設け、海水取込口から取り込んだ海水により発電を行い、発電後の排水を行なう為に、船の外部分に水平面からみて扇形をなす円錐形の筒を設け、当該筒を回転させる事により前記船と前記筒との間にて海水を回転させ船の船縁と船底部分にかけて渦海水流を起こし、その渦海水流が勢いよく回転を始めればその渦海水流が、水流発電機よりの排水を巻き込み、常時発電と排水が同時に行なわれる発電装置である。
また、排水の補助をするために、水流発電機の最下部に設置された空間に高圧空気を導入するようにしてもよい。In the present invention, a water current generator is installed in a conical ship that forms a fan shape when viewed from the horizontal plane, and a seawater intake is provided below the draft line 3 m to 5 m, and power is generated by the seawater taken from the seawater intake. In order to drain water after power generation, a conical cylinder that forms a fan shape when viewed from the horizontal plane is provided on the outer part of the ship, and the seawater is rotated between the ship and the cylinder by rotating the cylinder. This is a power generator that generates a vortex sea current between the ship's rim and the bottom of the ship, and if the vortex sea current starts to rotate vigorously, the eddy sea current entrains the wastewater from the water current generator and always generates power and drains simultaneously. is there.
Moreover, in order to assist drainage, high-pressure air may be introduced into a space installed at the bottom of the water current generator.

回転渦の発生により大量の排水が処理される事により、海中発電に於ける最大の懸案である排水処理が大きく前進をし、これからの発電に大きく貢献するものである。  By treating a large amount of wastewater due to the generation of rotating vortices, wastewater treatment, which is the biggest concern in subsea power generation, has greatly advanced, greatly contributing to future power generation.

大容量の発電を目指せばどうしても大量の排水処理になると思うが、思いもつかない一升瓶での回転力を利用して回転流とすれば簡単に排出さす事を思いついたもので、「外回転扇」を設け回転を行なえば、図の「タライ」の回転する様子を見ても浮力を利用しながら回転を行なえば必ず強力な回転渦海水流が得られて大量の排水が充分に行なわれるものである。  If we aim for large-capacity power generation, it will be a large amount of wastewater treatment, but I thought that it would be easy to discharge if I made a rotating flow using the unrecognizable rotating power in a one-bottle bottle. If the rotation is done with the `` Tarai '' in the figure, if you rotate while using buoyancy, you will always get a powerful rotating vortex seawater flow and a large amount of drainage will be performed sufficiently is there.

現実には誰１人として海中数ｍ下での発電なんか馬鹿にして話をしても相手にしてくれなかったものであるが、こんな簡単な発見でもこれからは多くの人が興味を持ってくれれば必ず近い将来には「海洋国家日本」を助ける事になると思います。
大発展可能な発電にとどまらず、農業に、当然漁業に又海中資源の開発等々に大自然に大きな負荷を掛けずに又原子力発電からの完全な撤退も可能となり、近い将来の火石燃料の高騰も充分に対応出来る事となる。In reality, no one was able to talk about power generation under the sea a few meters below, but I couldn't deal with it, but many people are interested in this simple discovery. I think that in the near future we will surely help the “marine nation Japan”.
It is possible to withdraw completely from nuclear power generation without imposing large loads on agriculture, of course, fishing, development of marine resources, etc. Will also be able to respond sufficiently.

扇形発電船の外側に外回転扇を設け、発電船との間に回転渦流を造り排水を行なうものである。An external rotary fan is provided outside the fan-shaped power generation ship, and a rotating vortex is created between the power generation ship and drainage. １ｋｍ×８００ｍの大規模船内における扇形発電機の設置図と外回転扇の祥細図、渦流の流入さす為の設置図である。It is an installation drawing of a fan generator in a large-scale ship of 1 km × 800 m, a detailed drawing of an external rotating fan, and an installation drawing for inflow of eddy currents. 扇形浮力船回転式発電設備内の回転発電機６４台と立置形ドラム缶水流発電機３０台の設置図と本立置形発電機よりの排水を処理を行なう為の「大深度深海水排出深海船」の祥細図である。Installation chart of 64 rotary generators and 30 standing drum water current generators in the fan-type buoyancy ship rotary power generation facility and “Deep seawater discharge deep sea ship” for processing waste water from this vertical generator It is a shoseki illustration. 海上部分より上記「大深度深海水排出深海船」迄発電施設の周辺部分に強力な『海中防圧壁』を設ければその内側の海水部分には水圧が殆んど無くなり、より大規模海中発電が大きく前進する。If a powerful “underwater pressure barrier” is installed in the periphery of the power generation facility from the sea part to the above-mentioned “Deep seawater discharge deep sea ship”, the seawater part inside it will be almost free of water pressure, making it larger in the sea. Power generation advances greatly.

〔図１〕図の通り扇形の船内にドラム缶水流回転式発電機を設け、大量に排出される海水処理の為に外側に「外回転扇」を設けその「外回転扇」が順調に回転渦流を起こし排水を完全に処理をする為の高速回転をするものである。
〔図２〕扇形浮力船内に於ける発電機内により強烈で効率よく回転渦海流の流入を図る為の設置図であり、回転潮流と回転渦力による大量の海水が高速で流入する事による高発電力を狙ったものである。
〔図３〕今後２ｋｍ×２ｋｍ等、扇形浮力船回転式発電設備と立置形ドラム缶水流発電機を併設する事により海上の荒天時台風時等にも充分対応出来るものであり、両発電設備の併設を目指し、扇形浮力船回転式発電機はどうしても、荒天時、台風時には弱いものと思われるのでその時の排水は立置形ドラム缶水流発電機用の排水口に排水を切り換えて常に両方の発電設備が常時発電を行なうものである。
〔図４〕海中発電での最大の問題は水圧と荒天時、台風時等の大きな波のうねり、又強烈な海水流等々あるが、図の様な発電設備の周囲を完全に包囲をすれば諸々の問題が大前進する。[Fig. 1] As shown in the figure, a drum-shaped water-flow rotating generator is installed in a fan-shaped ship, and an "external rotating fan" is installed outside to treat a large amount of discharged seawater. Rotating at a high speed to completely treat the drainage.
[Fig. 2] Installation diagram for inflow of a rotating eddy current in a generator in a fan-shaped buoyancy ship. It is aimed at power.
[Fig. 3] From now on, by installing a fan-shaped buoyancy ship rotary power generation facility and a standing drum water current generator, such as 2km x 2km, it will be able to cope with stormy weather and other typhoons at sea. The fan-shaped buoyancy ship rotary generator seems to be weak during stormy weather and typhoons, so the drainage at that time is switched to the drain for the standing drum water current generator so that both power generation facilities are always on It generates electricity.
[Fig. 4] The biggest problems with subsea power generation are water pressure, swells during stormy weather, typhoons, and strong sea currents, but if you completely surround the power generation facility as shown in the figure Various problems make great progress.

Claims (1)

本願発明は、水平面からみて扇形をなす円錐形の船の船内に水流発電機を設置をし、その喫水線３ｍ〜５ｍ下に海水取込口を設け、海水取込口から取り込んだ海水により発電を行い、発電後の排水を行なう為に、船の外部分に水平面からみて扇形をなす円錐形の筒を設け、当該筒を回転させる事により前記船と前記筒との間にて海水を回転させ船の船縁と船底部分にかけて渦海水流を起こし、その渦海水流が勢いよく回転を始めればその渦海水流が水流発電機よりの排水を巻き込み、常時発電と排水が同時に行なわれる発電装置。  In the present invention, a water current generator is installed in a conical ship that forms a fan shape when viewed from the horizontal plane, and a seawater intake is provided below the draft line 3 m to 5 m, and power is generated by the seawater taken from the seawater intake. In order to drain water after power generation, a conical cylinder that forms a fan shape when viewed from the horizontal plane is provided on the outer part of the ship, and the seawater is rotated between the ship and the cylinder by rotating the cylinder. A power generator that generates vortex seawater flow between the ship's rim and the bottom of the ship, and when the vortex seawater current starts to rotate vigorously, the vortex seawater current engulfes drainage from the water current generator, and power generation and drainage are always performed simultaneously.
JP2011187948A 2011-07-25 2011-07-25 Fan-shaped buoyancy ship rotary drum water current generator Expired - Fee Related JP4974017B1 (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014137062A (en) * 2013-01-17 2014-07-28 Seiyu Shima Large capacity drain due to double layer undersea space installation
JP5622132B1 (en) * 2013-12-03 2014-11-12 晴勇 島 Rotating fan power generator equipment utilizing two-stage maritime draft line

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH11117847A (en) * 1997-10-20 1999-04-27 Toshio Hatakeyama Water-jet type power generating device
JP2003278632A (en) * 2002-03-26 2003-10-02 Taiheiyo Cement Corp Power generation facility

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH11117847A (en) * 1997-10-20 1999-04-27 Toshio Hatakeyama Water-jet type power generating device
JP2003278632A (en) * 2002-03-26 2003-10-02 Taiheiyo Cement Corp Power generation facility

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014137062A (en) * 2013-01-17 2014-07-28 Seiyu Shima Large capacity drain due to double layer undersea space installation
JP5622132B1 (en) * 2013-12-03 2014-11-12 晴勇 島 Rotating fan power generator equipment utilizing two-stage maritime draft line

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