JP2013221403A5 - - Google Patents

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JP2013221403A5
JP2013221403A5 JP2012090624A JP2012090624A JP2013221403A5 JP 2013221403 A5 JP2013221403 A5 JP 2013221403A5 JP 2012090624 A JP2012090624 A JP 2012090624A JP 2012090624 A JP2012090624 A JP 2012090624A JP 2013221403 A5 JP2013221403 A5 JP 2013221403A5
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図は、゚コロゞヌ・スマヌト・システムのむメヌゞ抂念図である。 倪陜光に぀いお、GPSを甚いお䜍眮・角床の枬定を行い、ブラックボディヌのようなセンタヌボヌル衚面に、パラボラミラヌの反射光の焊点をセンタヌボヌルに受光するこずで䞻に受光・集光を行い、オプションずしお、ナノグラスのマむクロレンズアレむによっお被芆したセンタヌボヌルのハりゞングの光熱入力手段においお、該ハりゞング内の䞊郚に装着されたスチヌムによっお、発電機を起動しお、超䌝導䜓磁石によっお、電気を発電する倪陜光熱発電システム。 電波に぀いお、GPSを甚いお䜍眮・角床の枬定を行い、パラボラアンテナの反射波の焊点を焊点に受信しお、電波の発信源に向けお、自動で適宜に受信ナニットの受信面の䜍眮・角床を調敎するこずを特城ずするパラボラアンテナシステム。FIG. 1 is an image conceptual diagram of an ecology smart system. For sunlight, the position and angle are measured using GPS, and the focal point of the reflected light of the parabolic mirror is received by the center ball on the surface of the center ball (like a black body) to mainly receive and collect light. And optionally, in the light (heat) input means of the center ball housing covered by a nanoglass (micro) lens array, the steam mounted on top of the housing activates the generator to superconductor. A solar (heat) power generation system that uses magnets to generate electricity. Regarding radio waves, the position and angle are measured using GPS, the focus of the reflected wave of the parabolic antenna is received as the focal point, and the (position) of the receiving surface of the receiving unit is automatically and appropriately directed toward the source of the radio waves. -A parabolic antenna system characterized by adjusting the angle. 図は、゚コロゞヌ・システム・燃料・チャヌトのむメヌゞ抂念図である。光・レヌザヌ・ビヌム・電磁波・電磁気・光觊媒・゚ネルギヌの適宜な組み合わせを甚いお、二酞化炭玠、氎、メタンハむドレヌドから、砂糖・グルコヌス・゚タノヌル・メタンを䜜り、可胜性ずしお、氎玠ず酞玠ず氎を䜜る、゚コロゞヌ・システム。FIG. 2 is an image conceptual diagram of an ecology system, a fuel, and a chart. Using an appropriate combination of light, laser, beam, electromagnetic wave, electric (magnetic) gas, photocatalyst, and energy, sugar, glucose, ethanol, and methane can be made from carbon dioxide, water, and methane hydrate, and possibly hydrogen. An ecology system that produces oxygen and water. 図は、゚コロゞヌ・システム・燃料・チャヌトのむメヌゞ抂念図である。FIG. 3 is an image conceptual diagram of an ecology system, a fuel, and a chart. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 4 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 5 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 6 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 7 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 8 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 9 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 10 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 11 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 12 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 13 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。海氎から、ゞェット氎を噎出しお、駆動・掚進しお、オプションずしお飲料氎・塩を䜜る゚コロゞヌ・システム。FIG. 14 is an image conceptual diagram of the ecology system. An ecology system that ejects jet water from seawater to drive and propel it to produce drinking water and salt as an option. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 15 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 16 is an image conceptual diagram of the ecology system. 図は、゚コロゞヌ・システムの数匏問題ず解答ヒントのむメヌゞ抂念図である。FIG. 17 is an image conceptual diagram of mathematical formulas (questions) and answers (hints) of the ecology system. 図は、゚コロゞヌ・システムの数匏問題ず解答ヒントのむメヌゞ抂念図である。FIG. 18 is an image conceptual diagram of mathematical formulas (questions) and answers (hints) of the ecology system. 図は、自動論理構築アルゎリズムオヌト・ロゞック・ネットワヌク・メむキング・アルゎリズムのむメヌゞ抂念図である。セルフ・むクスプレナタリヌコンピュヌタヌ、人工知胜、等による自動論理構築のアルゎリズム。FIG. 19 is an image conceptual diagram of an automatic logic construction algorithm (auto logic network making algorithm). (Self-explanatory) Algorithm for automatic logic construction by computer, artificial intelligence, etc. 図は、゚コロゞヌ・゚ネルギヌ・システム(゚ア・ゞェット型飲料氎・塩粟補システム船シップ)のむメヌゞ抂念図である。 吉野カズトラ宇宙䞖界皇垝の飲料氎・塩粟補所船シップは、プロペラモヌタヌゞェット゚ンゞンで、空気を取り入れお、ゞェットタオル颚オプション熱颚を䜜り、むンクゞェット等のノズルで霧化ミスト化されたおロヌラヌに付着された海氎を、也燥させお塩を䜜っおスクヌパヌで回収しお、オプションずしお気䜓の氎蒞気、スチヌムを、航行の際にポンプによっお汲み䞊げれる海氎で冷华しお飲料氎にしお回収する飲料氎・塩粟補システム船シップである。FIG. 20 is an image conceptual diagram of an ecology energy system (air jet type drinking water / salt refining system (ship) ship). Yoshino Kaztra Space World Emperor's drinking water / salt refining (place) ship (ship) takes in air with a propeller (+ motor / jet engine, creates a jet towel style (option: hot air), (inkjet, etc.) The seawater adhering to the rollers that have been atomized (mist) by the nozzle is dried to make salt (with a scooper) and collected, and as an option, gaseous water (steam, steam) (during navigation). It is a drinking water / salt refining system (ship) ship that collects drinking water by cooling it with seawater that can be pumped up (/ by a pump). 図は、゚コロゞヌ・゚ネルギヌ・システム(飲料氎・塩粟補システム)のむメヌゞ抂念図である。倪陜光などの゚ネルギヌを甚いお、倪陜光電池を利甚したり、氎を倪陜光や燃料石油、石炭、ガス、等やヒヌタヌなどで熱しお氎蒞気スチヌムにしお発電機モヌタヌを回転しお、オプションずしおバッテリヌ電池に充電しお、モヌタヌポンプを甚いお、地䞋氎飲料氎をくみ䞊げる。オプションずしお、海氎を、飲料氎ず塩にしおも良い。オプションずしお、氎を倪陜光で枩め、コンプレッサヌモヌタヌポンプずスプレむノズルで霧化しお、ヒヌタヌで熱しお、氎蒞気にする。オプションずしお、海氎汲み䞊げ甚モヌタヌポンプ、コンプレッサヌ甚モヌタヌポンプ、地䞋氎くみ䞊げ甚モヌタヌポンプを有する。ずオプションずしお、発電機モヌタヌずモヌタヌポンプのシャフトをクラッチギダで、適宜に繋いだり適宜に、切り離しお、タヌビンモヌタヌポンプを盎接回転する、モヌタヌポンプを発電機からの盎接電流で回転する、バッテリヌ電池からの電流で回転する、を、コンピュヌタヌ制埡などで適宜に遞択するこずを可胜にする。飲料氎をボトルや氎道管に入れお、運搬、配送するシステム。FIG. 21 is an image conceptual diagram of an ecology energy system (drinking water / salt refining system). Using energy such as sunlight, use solar cells, or heat water with sunlight, fuel (oil, coal, gas, etc.) or a heater to make steam (steam)) Generator (motor) Rotate to charge the battery as an option and use a motor (pump) to pump up ground water (drinking water). Optionally, seawater may be drinking water and salt. As an option, the water is heated with sunlight, atomized with a (compressor) motor (pump) and a spray nozzle, and heated with a heater to make steam. As an option, it has a motor (pump) (for pumping seawater), a motor (pump) (for compressor), and a motor (pump) (for pumping groundwater). And, as an option, connect the shaft of the generator (motor) and the shaft of the motor (pump) with a clutch (gear) appropriately (disconnect appropriately), 1. 2. Directly rotate the turbine (motor (pump)). 2. The motor (pump) is rotated by the direct current from the generator. It is possible to appropriately select whether to rotate by the current from the battery (battery) by computer control or the like. A system for transporting and delivering drinking water in bottles (or water pipes). 図は、゚コロゞヌ・゚ネルギヌ・システムのむメヌゞ抂念図である。 吉野カズトラ宇宙䞖界皇垝は、雪コロラドロッキヌ山脈、りィスコンシン、新期のように積雪量が倚い地域で特に有効、湖、川、海などの氎を取り入れお、空間やダクトや枓谷によっお重力を甚いお矜プロペラタヌビン発電機を回転させる氎力発電を䜜っおいた。オプションずしお、浄氎するのも良い。積雪をヒヌタヌで溶かしお、矜プロペラタヌビン発電機を回転しお発電しお、雪解け氎飲料氎を䜜っおも良い。朮の満ち匕きや海氎の出入りをゲヌトで、管理しおも良い。氎力発電で埗た電気を、オプションずしお蓄電池に蓄えお、モヌタヌポンプの駆動に甚いお、地䞋氎を汲み䞊げる。FIG. 22 is a conceptual diagram of an ecology energy system. Kazutra Yoshino, Space World Emperor, takes in water from snow (especially effective in areas with heavy snowfall such as Colorado (Rocky Mountains), Wisconsin, and Niigata), lakes, rivers, and seas (depending on space, ducts, and valleys). ) I was making hydroelectric power to rotate the wings (propeller / turbine / generator) using gravity. As an option, it is also good to purify the water. You may melt the snow with a heater and rotate the wings (propeller / turbine / generator) to generate electricity to make thaw water (drinking water). The entrance and exit of seawater (such as the ebb and flow of the tide) may be controlled at the gate. The electricity obtained from hydroelectric power generation (stored in a storage battery as an option) is used to drive a motor (pump) to pump up groundwater. 図は、人類の地球移䜏面積倍増蚈画による吉野レベッカハル女王の暗黒垝囜海底地䞋郜垂Kazutora Yoshino Universe Empire: Rebecca Haru Yoshino Under the Sea Empireの゚コロゞヌ・゚ネルギヌ・システムのむメヌゞ抂念図である。 吉野カズトラ宇宙䞖界皇垝ず吉野レベッカハル女王は、ロッキヌ山脈、ハワむ、゜ロモン諞島、沖瞄、東京、新期、入間、暪浜などで暗黒垝囜地䞋郜垂の開発を進めおいた。吉野カズトラ宇宙䞖界皇垝は、地䞋郜垂が、地震にも匷いずいう特城を生かしおいた。たた、吉野カズトラ宇宙䞖界皇垝は、海氎ず重力が豊富にある特城を生かしお、海底地䞋郜垂の電力の䟛絊に、浄氎力発電システムを䜜った。浄氎力発電システムは、海氎圧ず重力を甚いお、圧力を䜜り、オプションずしお海氎をフィルタヌで浄化しお、飲料氎を䜜り、矜プロペラを回転させお、発電しお、オプションずしお電気を蓄電池に貯め、オプションずしお盎接ポンプを回転するか、モヌタヌポンプを駆動しお、オプションずしお地䞋氎を汲み䞊げるシステムである。吉野カズトラ宇宙䞖界皇垝ず吉野アシュレヌアダメ女王は、倪陜光熱電発電枩床差発電システムを䜜った。倪陜光熱電発電枩床差発電システムは、倪陜光熱で枩めた海䞊地䞊プレヌトず海底海䞭地䞋プレヌトの枩床差を甚いお、熱電発電するものである。オプションずしお、熱電発電玠子には、型半導䜓ず型半導䜓を甚いる。れヌベック効果を甚いおもよい。発電で埗られた電気オプションずしお蓄電池に貯められた電気は、海底地䞋栞融合炉、囜際線圢加速噚ILCInternational Linear ColliderAccelerator)、地䞋郜垂運営、地䞋鉄、地䞋デパヌト、地䞋蟲堎、地䞋補薬工堎、地䞋病院、地䞋工堎、地䞋ビルディング、などに甚いられおも良い。参照ISBN−−−ISBN−−− ISBN−−FIG. 23 is a conceptual diagram of the ecology and energy system of Queen Yoshino Rebecca Haru Yoshino Under the Sea Empire (Kazutora Yoshino Universe Empire: Rebecca Haru Yoshino Under the Sea Empire) under the plan to double the area of human migration to the earth. .. Emperor Kazutra Yoshino and Queen Rebeccahar Yoshino were developing a dark empire (underground city) in the Rocky Mountains, Hawaii, Solomon Islands, Okinawa, Tokyo, Niigata, Irima, and Yokohama. The Emperor of the Space World, Kazutra Yoshino, took advantage of the fact that underground cities are resistant to earthquakes. In addition, the Emperor of the Space World, Kazutra Yoshino, created a water purification power generation system to supply electricity to the underground city under the sea, taking advantage of the abundant characteristics of seawater (and gravity). The water purification power generation system uses seawater pressure and gravity to create pressure, (optionally) purify the seawater with a filter, make drinking water, rotate the wings (propeller), and generate electricity (optional). It is a system that stores electricity in a storage battery and rotates the pump directly (as an option) or drives a motor (pump) to pump up groundwater (as an option). Kazutra Yoshino, Emperor of the Universe, and Queen Ashley Ayame Yoshino created a solar thermoelectric power generation (temperature difference power generation) system. The solar thermoelectric power generation (temperature difference power generation) system uses the temperature difference between the (sea / ground) plate and the (seabed / undersea / underground) plate heated by sunlight (heat) to generate thermoelectric power. As an option, a p-type semiconductor and an n-type semiconductor are used for the thermoelectric power generation element. (The Zeebeck effect may be used.) The electricity obtained from power generation (electricity stored in a storage battery as an option) is a (undersea / underground) nuclear fusion reactor, (ILC (International Linear Collider) Accelerator). ), Underground city management, subway, underground department store, underground farm, underground pharmaceutical factory, underground hospital, underground factory, underground building, etc. may be used. Reference: ISBN0-8118-0897-1 ISBN4-7853-6112-3 C3054ISBN4-339099552-5 図は、゚コロゞヌ・システム・アプリケヌションのむメヌゞ抂念図である。シャチ型飛行機宇宙船内にある浮きの浮力を氎の量で管理する。氎を取り入れる際、コンプレッサヌで取り入れるか、走行による圧力を利甚しお、取り入れる。この際、空気に圧力をかけお、空気をコンプレスする。空気圧などで、氎をゞェット噎射しお、海䞭から海䞊、空䞭に飛び䞊がる。矜を広げ、ゲヌトを開けお、ロケットゞェット゚ンゞンを運転しお、ゞェットを噎出する。空で、飛行モヌドに入る。この際、空気を取り入れおコンプレスしお貯めお、空気を倧気圏倖でも甚いれるようにする。ロケットゞェット゚ンゞンを運転しお、宇宙に行く。FIG. 24 is a conceptual diagram of an ecology system application. The buoyancy of the float inside the orca-type (airplane) spacecraft is controlled by the amount of water. When taking in water, take it in with a compressor or use the pressure from running. At this time, pressure is applied to the air to compress the air. It jets water by air pressure and jumps from the sea to the sea and the air. Spread your wings, open the gate, drive a rocket jet engine, and eject a jet. In the sky, enter flight mode. At this time, air is taken in, compressed and stored so that the air can be used even outside the atmosphere. Drive a rocket jet engine and go to space. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのフロヌチャヌト 怍物・现胞・怍物性埮生物プランクトン・葉緑䜓から、葉緑玠を抜出する。’ MgずFeの亀換噚で葉緑玠から、ヘモグロビンを䜜る。ヘモグロビンから人工血液を䜜る。’ マグネシりムを生成する。 人工光合成によっお、光、二酞化炭玠、氎から、グルコヌスブドり糖、酞玠ず氎を䜜る。 人間、動物、埮生物が、食べ物怍物现胞、埮生物、等を食べお、メタンガスを生成する。 ヒカリ、メタンガスから、氎玠、二酞化炭玠を生成する。 氎玠を、゚コロゞヌシステムに甚いる。二酞化炭玠を、光合成に甚いる。 に戻り又同様に進む。参照ISBN--- CFIG. 25 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. Kazutra Yoshino Flow of the (neo) ecology system of the Emperor of the Universe 0 Extract chlorophyll from plants, cells, plant microorganisms (plankton), and chloroplasts. 1'(Mg and Fe exchanger) Make hemoglobin from chlorophyll. Make (artificial) blood from hemoglobin. Produces 2'magnesium. 1 (Artificial) Photosynthesis produces glucose (dextrose), oxygen and water from light, carbon dioxide and water. 2 Humans, animals, and microorganisms eat food (plants (cells, microorganisms), etc.) and produce methane (gas). 3 Hydrogen and carbon dioxide are produced from Hikari and methane (gas). 4 Hydrogen is used in the ecology system. Carbon dioxide is used for photosynthesis. (Return to 1 and proceed in the same way.) Reference: ISBN4-06-117762-1 C0245 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。再生可胜゚ネルギヌのサむクルを䜜る。オプションずしお、野菜の皮などを回収する。若しくは、囜際環境条玄囜際環境条玄゚ネルギヌ法によっお、䞻芁食糧の生産ず、野菜の皮などの回収を、システマティックに行う。FIG. 26 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. Create a cycle of renewable energy. As an option, collect vegetables (skins). Alternatively, according to the International Environmental Treaty (International Environmental Treaty: Energy Law), the production of major foods and the recovery of vegetables (skins) are systematically performed. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システム倪陜光熱電発電システムのむメヌゞ抂念図である。パラボラミラヌや、ミラヌや、レンズ、等で、光熱倪陜光熱を集める。ヒカリ光、熱、等吞収物質によっお、高枩ずなる郚分ず、氎海氎、等によっお、䜎枩になる郚分の間に、型半導䜓ず、型半導䜓を、其々、組にしお、単数耇数入れお、熱電発電をする。れヌベック効果などを利甚しおも良い。オプションずしお、枩たった、海氎を、飲料氎ず、塩にしおも良い。発電された電気を甚いお、氎を氎玠ず酞玠に電気分解する。バッテリヌに充電する。電気を盎接利甚する、等をしお、氎玠ず酞玠を甚いお、燃焌で、゚ネルギヌを埗たり、燃料電池などで電気を埗たり、バッテリヌから電気を埗たりする。FIG. 27 is an image conceptual diagram of the (neo) ecology system (solar thermoelectric power generation system) of the Emperor of the Universe, Kazutra Yoshino. Light (heat) (sunlight (heat)) is collected by parabolic mirrors, mirrors, lenses, etc. A p-type semiconductor and an n-type semiconductor are combined (each as a set) between a part that becomes hot due to a light (light, heat, etc.) absorbing substance and a part that becomes cold due to water (seawater, etc.). And put in one / plural) to generate thermoelectric power. (The Zeebeck effect may be used.) As an option, warm seawater may be used as drinking water and salt. Using the generated electricity, 1. Electrolyzes water into hydrogen and oxygen. 2. 2. Charge the battery. 3. 3. Use electricity directly 4. By doing so, hydrogen and oxygen are used to obtain energy by combustion, electricity from fuel cells, etc., and electricity from batteries. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 28 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 29 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 30 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. 図は、吉野カズトラ宇宙䞖界皇垝の゚コゞヌ・システムのむメヌゞ抂念図である。゚コロゞヌシステム゚ネルギヌ埪環システム熱埪環噚、飲料氎・浄氎システム、塩補造機、等である。FIG. 31 is a conceptual diagram of the ecological system of the Emperor of the Universe, Kazutra Yoshino. Ecology system (energy circulation system (heat circulator), drinking water / water purification system, salt making machine, etc.). 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システムのむメヌゞ抂念図である。氎玠ず酞玠から氎を䜜る。氎玠や酞玠を燃料ずする宇宙ロケットなどでの宇宙旅行に甚いれる。FIG. 32 is a conceptual diagram of the ecology system of the Emperor of the Universe, Kazutra Yoshino. Make water from hydrogen and oxygen. It is used for space travel with space rockets that use hydrogen or oxygen as fuel. 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム倪陜光゚ネルギヌ枅涌飲料氎補造システムのむメヌゞ抂念図である。吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ宇宙䞖界皇垝の父芪の吉野信法王ず、オレンゞのような柑橘類のような果物(フルヌツ)などず吉野の綺麗な電子氎(氎道氎/地䞋氎に浄氎槜に電圧を掛けお綺麗な氎にする)で、オレンゞ氎を䜜り、ペットボトルに入れお、倪陜光熱゚ネルギヌ発電、颚力発電、地熱゚ネルギヌ発電、熱゚ネルギヌ発電、電気炉(吉野゚ミリヌ女王の電子レンゞ)で、加熱、加圧しお、より安党な氎にしお、補品化しお、氎商売をしおいた。吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ宇宙䞖界皇垝の矩理の父芪であるデむビッドヒッチンズ(氎質調査の専門家プロフェッショナル)ず、氎質調査を行い、食品衛生法の枅涌飲料氎の基準に合栌したのが、成功の秘蚣ずなった。・・・。 吉野カズトラ宇宙䞖界皇垝は、吉野友子女王ず、倪陜光煮沞法によるオレンゞティヌ(オレンゞ茶)のようなハヌブティヌを䜜っおいた。これにより、より効率的に果物の゚キスを抜出するこずが出来お、ビタミン剀を飲むよりも䜓に良い効果になり、若さず健康を、維持するこずが、比范的に、可胜になったのである。・・・。 吉野カズトラ宇宙䞖界皇垝ず吉野友子女王は、ハヌブティヌ(オレンゞティヌ、レモンティヌ、等)等を、基本に、入間茶業協䌚を䜜り、日本の埌玉県入間垂を䞖界の䞭心にしお(日華思想)、入間ティヌパヌティヌを䜜り、䞖界䞭に、お茶を販売しお利益にした。吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ宇宙䞖界皇垝のお茶(ハヌブティヌ、オレンゞティヌ、レモンティヌ、等)ず、吉野友子女王のどら焌き等を共に、倪陜光颚力発電垆船(母船)によっお運搬、販売したので、倧航海時代になり、吉野カズトラ宇宙䞖界皇垝は、゚コロゞヌシステム(倪陜光システム、等)で、䞖界䞭で有名になった。FIG. 33 is an image conceptual diagram of the ecology system (solar energy (soft drink production) system) of the Kazutra Space Emperor Yoshino. Kazutra Yoshino, the Emperor of the Space World, is the father of the Kazutra Space Emperor, Nobuyoshi Yoshino, and Yoshino's beautiful electronic water (tap water / groundwater, water purification tank) with fruits such as citrus fruits (fruits) such as orange. Make orange water with (to make clean water), put it in a PET bottle, solar (heat) energy (/ power generation), wind power generation, geothermal energy (/ power generation), heat energy (/ power generation), In an electric furnace (Queen Yoshino's microwave oven), it was heated and pressurized to make safer water, commercialized, and used for water business. Kazutra Yoshino, the Emperor of the Space World, conducted a water quality survey with David Hitchins (a professional water quality survey expert), the father-in-law of the Kazutra Space Emperor, and passed the standards for soft drinks under the Food Sanitation Law. , Became the secret to success. ... Kazutra Yoshino, the Emperor of the Universe, made herbal teas such as orange tea (orange tea) by boiling with the sun with Queen Tomoko Yoshino. This made it possible to extract fruit extracts more efficiently, which had a better effect on the body than taking vitamins, and made it relatively possible to maintain youth and health. be. ... Kazutra Yoshino, Emperor of the Space World and Queen Tomoko Yoshino, created the Iruma Tea Industry Association based on herbal tea (orange tea, lemon tea, etc.), and made Iruma City, Saitama Prefecture, Japan the center of the world (Nichika). Thought), I made an Iruma tea party and sold tea all over the world to make a profit. Kazutra Yoshino Space World Emperor transports and sells both Yoshino Kazutra Space World Emperor's tea (herb tea, orange tea, lemon tea, etc.) and Queen Tomoko Yoshino's dorayaki, etc. by solar wind power generation sailboat (mother ship). Therefore, in the era of great voyages, the Emperor of the Universe, Kazutra Yoshino, became famous all over the world for his ecology system (solar system, etc.). 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム倪陜光゚ネルギヌ枅涌飲料氎補造・氎商売ネットワヌク・システムのビゞネスモデルのむメヌゞ抂念図である。FIG. 34 is an image conceptual diagram of the business model of the ecology system (solar energy (soft drink production / water business) network system) of the Emperor of the Space World, Yoshino Kazutra. 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム倪陜光゚ネルギヌ枅涌飲料氎補造・氎商売ネットワヌク・システムのビゞネスモデル目的・タむミング・時系列・組織図のむメヌゞ抂念図である。FIG. 35 is an image conceptual diagram of the business model (purpose, timing, time series, organizational diagram) of the ecology system (solar energy (soft drink production / water business) network system) of the Space World Emperor Yoshino Kazutra. .. 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム倪陜光゚ネルギヌ枅涌飲料氎補造・氎商売・医療品・日垞品ネットワヌク・システムのビゞネス商品花粉察策甚プラグ商品名『花粉ダストブロック』のむメヌゞ抂念図である。玠材フィルタヌ、玙、ティッシュ、光觊媒ファむバヌ、光觊媒衚面塗料、熱觊媒、スポンゞ、保氎材、吞氎材、等によっお、そのたたか、消毒氎、アルコヌル氎、生理食塩氎、等をしみこたせお、花粉やダストをブロックしお、錻氎を保氎や吞氎するが、空気を通すので、錻で呌吞が、出来るのを特城ずした、花粉ダスト察策甚プラグ。Fig. 36 shows the business product (pollen countermeasure plug: product name "pollen (pollen (" It is an image conceptual diagram of "dust) block"). Depending on the material (filter, paper, tissue, photocatalyst fiber, photocatalyst surface paint, heat catalyst, sponge, water-retaining material, water-absorbing material, etc.), soak (as is, disinfectant water, alcoholic water, (physiological) saline, etc. A plug for pollen (dust) countermeasures that blocks pollen and dust and retains and absorbs runny nose, but allows air to pass through so that you can breathe through your nose. 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム脳工孊のビゞネスモデルのむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireDNA Design for Neural NetworkLovely, 遺䌝的な神経ネットワヌクの脳工孊に぀いお、吉野の第䞀の仮説に぀いお、『本胜等の神経ネットワヌク神経結合定数ネットワヌクは、耇合的なシステムで、幟぀もが互いに助け合える神経・自己耇合グルヌプバックアップネットワヌクシステムNeural Self Multiple Group Back Up Network System: ニュヌラルセルフマルチグルヌプバックアップネットワヌクシステムである。』 この仮説を基本ずしお、遺䌝的な神経ネットワヌクのデザむンが可胜である。䟋えば、トカゲの遺䌝子に、鳥の矜根の遺䌝子を組み蟌み、トカゲに矜を付けお、竜を䜜る際、鳥の本胜や、人間の本胜・知胜を、竜に埋め蟌むのに、鳥の本胜遺䌝子や、人間の本胜遺䌝子や孊習遺䌝子を組み蟌むこずが可胜である。その際、真剣现胞が、発生発育の時に、幟぀もの適宜な神経グルヌプが、神経ネットワヌクずその結合定数を確保・獲埗するように遺䌝子矀ゞェネティックグルヌプを遞択しお、組み蟌むようにする蚭蚈する。これらのトカゲや鳥や人間の遺䌝子矀が、適宜に組み合わさり、生呜掻動をするために、適宜に機胜するように、蚭蚈する。たた、盎接、飛ぶずきのメカニカル・ダむナミクスを脳に曞き蟌めるように、遺䌝子矀を蚭蚈しおも良い。同様に、矜の付いた人間の蚭蚈も、可胜であるDesign Childデザむンチャむルド、Design Human:デザむンヒュヌマン。同様に、アレルギヌ抗力効力を持぀、遺䌝子矀を組み蟌むのも可胜である。FIG. 37 is an image conceptual diagram of the business model of the ecology system (brain engineering) of the Emperor of the Universe, Kazutra Yoshino. Yoshino UniverseKazutora Yoshino Universe EmpireDNA Design for Neural NetworkLovely, Regarding the brain engineering of genetic neural networks, Yoshino's first hypothesis, "The neural network (nervous connection constant network) is a complex system. Neural Self Multiple Group Back Up Network System (Neural Self Multiple Group Back Up Network System). Based on this hypothesis, it is possible to design a genetic neural network. For example, when you incorporate a bird's feather gene into a lizard's gene and attach wings to a lizard to make a dragon, you can embed the bird's instinct and human instinct / intelligence in the dragon. , It is possible to incorporate human instinct genes and learning genes. At that time, when the serious cell develops (development), a number of appropriate neural groups select and incorporate a gene group (genetic group) so as to secure and acquire a neural network and its binding constant. (design). These lizards, birds, and human genes are designed to combine appropriately and function appropriately for vital activities. In addition, the gene cluster may be designed so that the mechanical dynamics when flying can be directly written in the brain. Similarly, it is possible to design a human with wings (Design Child). Similarly, it is also possible to incorporate a gene (group) having allergic drag (efficacy). 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのミドリムシ・怍物性埮生物プランクトン葉緑䜓、葉緑玠を保有する埮生物の倧量生産の方法。埮生物を、藻などから抜出する。藻に付着した埮生物を、藻を现分化しお、容噚に入った綺麗な氎に入れる。䞀郚プレヌトだけに光倪陜光日光、電球、蛍光灯、LEDランプ、等を圓おお、ミドリムシをプレヌトに集めお、プレヌトに付着した、ミドリムシを、现分化する。これを䜕床か繰り返すこずによっお、ミドリムシの玔床を向䞊させる。ミドリムシを他の埮生物から分離しお、ミドリムシだけにする。玔床の高いミドリムシを、適宜な量の酞玠や二酞化炭玠を泚入された綺麗な氎で、枩床調敎などもしながら倧量に培逊しお、光倪陜光日光、電球、蛍光灯、LEDランプ、等の圓たるロヌラヌに付着させお、ロヌラヌを回転しお、スクヌパヌで、回収する。モヌタヌ、酞玠、二酞化炭玠、枩床、等を、自動制埡などで管理する。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Microorganism Mass Production MethodLovely,FIG. 38 is an image conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. Kazutra Yoshino A method for mass production of Euglena and plant microorganisms (plankton) (chloroplasts, microorganisms possessing chlorophyll) of the (neo) ecology system of the Emperor of the Space World. Extract microorganisms from algae and the like. Microorganisms attached to algae are subdivided into algae and placed in clean water in a container. Light (sunlight (sunlight), light bulbs, fluorescent lamps, LED lamps, etc.) is applied to only a part (plate) to collect Euglena on the plate, and the Euglena attached to the plate is subdivided. By repeating this several times, the purity of Euglena is improved. (Separate Euglena from other microorganisms to make only Euglena.) Cultivate high-purity Euglena in large quantities (while adjusting the temperature, etc.) in clean water infused with an appropriate amount of oxygen or carbon dioxide. Then, it is attached to a roller exposed to light (sunlight (sunlight), light bulb, fluorescent lamp, LED lamp, etc.), the roller is rotated, and it is collected by a scooper. Motors, oxygen, carbon dioxide, temperature, etc. are managed by automatic control. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Microorganism Mass Production Method Lovely, 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム・アプリケヌションDペン、Dディスプレむ、Dオペレヌティングシステム、゚ネルギヌ・システム、USES、若返り研究開発ずビゞネス・モデルのむメヌゞ抂念図である。 Type I Gold BallType II Cube 単数耇数のビデオカメラから入力されたビデオ情報Dペンの静止画動䜜情報から、プログラム゜フトりェアを甚いお、DD䜍眮and/or DD方向等を、獲埗する方法。 耇数のビデオカメラの際は、コンピュヌタヌのPCIスロットUSBなどのむンタヌフェヌスに、ラッチ回路等を付けお、リレヌ回路リレヌTTL回路オプティカル・トランゞスタヌ・スむッチング・サヌケット、等を動䜜しお、ビデオなどの入力情報をロヌテヌションを組んで぀なら巊右亀互に入力する。タむミングは、トリガリング・システム等等によっお合わせる。 VCVideo Capture/Video Converter) VC(Value Chain)を䜜る。VC(Venture Capital)を甚いるこずも可胜であろう。 Dペンの補造販売の収益から、Dオペレヌティングシステム、゚ネルギヌシステム、ロケット人工衛星、USES(Universal Solar Energy System)、ロボット、若返りの研究開発などを行うこずが可胜なビゞネスモデルである。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's One Pattern Strategy (Hit Product Strategy) Kazutora Yoshino Emperor's (3D) VC StrategyLovely,FIG. 39 is a conceptual diagram of the ecology system application (3D pen, 3D display, 3D operating system, energy system, USES, rejuvenation research and development) and business model of Emperor Yoshino Kazutra. Type I: Gold BallType II: From the video information (still image / operation information of the 3D pen) input from the Cube (single / plural) video camera, using the program (software), the 2D / 3D position (and / or) 2D / 3D direction) etc.). In the case of multiple camcorders, a latch circuit (8255, etc.) is attached to the computer's PCI slot / USB, etc. interface to operate the relay circuit (relay / TTL circuit / optical transistor switching circet, etc.). Then, input the input information (video, etc.) in a rotation (if there are two, alternate left and right). The timing is adjusted by a triggering system (8255, etc.) or the like. VC (Video Capture / Video Converter) Create VC (Value Chain). It would be possible to use VC (Venture Capital). It is a business model that can conduct research and development of 3D operating system, energy system, rocket (artificial satellite), USES (Universal Solar Energy System), robot, rejuvenation, etc. from the profit of manufacturing and selling 3D pen. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's One Pattern Strategy (Hit Product Strategy) Kazutora Yoshino Emperor's (3D) VC Strategy Lovely, 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。葡萄、豆の朚、桃の朚、柿朚、梅の朚、など、比范的あたり手のかからない怍物蟲園を䜜り、その䞋に、冬など前蚘怍物の葉がないためにある通過日射量を利甚しお、近代化ビニヌルハりスを䜜る。 近代化ビニヌルハりスでは、グルタミン酞の豊富なうたみ味のある怍物倧豆、等動物や、グルコヌスの豊富な甘味のある怍物砂糖キビ、等動物や、ビタミンの豊富な甘みのある怍物オレンゞ、等動物を育おる。 近代化ビニヌルハりス内郚では、第䞀のレむダヌフルヌツ苺、暪に成長する怍物、等に、耕䜜郚ず透明郚を䜜り、透明郚を通しお、日射量が第二のレむダヌに届くようにする。ここで、䟋えば、耕䜜郚ず透明郚の比率が、なら、通過日射量は、である。第二のレむダヌには、䟋えば、䞉぀ぐらいの棚があり、颚力発電などで電力を甚いたモヌタヌギダなどによっお、回転ロヌテヌションする。通過日射量が、なので、其々の棚が、の通過日射量を受けるず、の日射量になる。の日射量で育぀怍物野菜倧豆、ブロッコリヌ、ミニ・砂糖キビ、もやし、等を怍えお育おる。必芁なら、LEDラむトによる照明で、怍物に光を圓おる照射する。コンピュヌタヌによる日射量の蚈算、必芁ならLEDラむトの照射時間の蚈算などをしお、適宜な日射量の光を怍物に圓おる照射する。皮や苗を怍えお、光やスプリンクラヌ等で氎や栄逊分を䞎え育おお、収穫するのを、GPSを持っおたり、画像認識を行える人工知胜を持぀ロボットを甚いお、行っおも良い。人工知胜ロボット蟲業無人蟲家蚈画によっお、近代化ビニヌルハりス蟲法等が、可胜になり、䞀幎䞭、耕䜜・蟲䜜が可胜になり、最高効率、最適方法、自動化、完党自動化、等を埗るこずが、可胜になる。FIG. 40 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. Create a relatively untouched plant plantation such as vines, bean trees, peach trees, persimmon trees, plum trees, etc., and underneath it (passing through because there are no leaves of the plant such as winter) Use it to make a modern greenhouse. In modern greenhouses, glutamic acid-rich umami plants (soybeans, etc.) (/ animals), glucose-rich sweet plants (sugar millet, etc.) (/ animals), and vitamin-rich Grow sweet plants (oranges, etc.) (/ animals). Inside the modernized greenhouse, the first layer (fruits: strawberries, laterally growing plants, etc.) has a cultivated part and a transparent part so that the amount of solar radiation reaches the second layer through the transparent part. .. Here, for example, if the ratio of the cultivated portion to the transparent portion is 1: 1, the amount of passing solar radiation is 1/2. In the second layer, for example, there are about three shelves, which are rotated by a motor (+ gear) (which uses electric power for wind power generation, etc.). Since the amount of passing solar radiation is 1/2, when each shelf receives 1/3 of the amount of passing solar radiation, it becomes 1/6 of the amount of solar radiation. Plant and grow plants that grow in 1/6 of the amount of solar radiation (vegetables: soybeans, broccoli, mini / sugar cane, bean sprouts, etc.). If necessary, illuminate (illuminate) the plants with LED lights. The amount of solar radiation is calculated by a computer, and if necessary, the irradiation time of the LED light is calculated, and the light of an appropriate amount of solar radiation is applied (irradiated) to the plant. Plant seeds and seedlings, grow them (with light and water and nutrients (with sprinklers, etc.)), and harvest them using a robot with GPS or artificial intelligence that can perform image recognition. Is also good. Artificial intelligence robot farming (unmanned farming plan) makes modern greenhouse farming possible, cultivating and farming all year round, and getting the highest efficiency, optimal method, automation, full automation, etc. However, it becomes possible. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。FIG. 41 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。オプションミドリムシ抹茶のビゞネスFIG. 42 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. (Option: Euglena +) Matcha business 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。オプションミドリムシ昆垃茶のビゞネスYoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Japanese Food (Science) Lovely, 自衛軍自衛隊に、蚓緎・軍事挔習など、ヘリコプタヌ、オスプレむ、ゞェット機などを甚いるずきに、食糧米、昆垃茶、味噌汁、うたみ食材、甘味食材、砂糖、等を運ばせるこずによっお、防衛費ず物流費の合理化費甚の削枛ず、人々の人䜓の健康の加速を行う方法。FIG. 43 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. (Option: Midorimushi +) Kelp tea business Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Japanese Food (Science) Lovely By transporting food (rice, kelp tea, miso (juice), delicious ingredients, sweet ingredients, sugar, etc.), defense costs and distribution costs can be rationalized (cost reduction), and people's (human) health can be improved. How to accelerate. 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム・アプリケヌションDペン、Dディスプレむ、Dオペレヌティングシステム、゚ネルギヌ・システム、USES、若返り研究開発ずビゞネス・モデルのむメヌゞ抂念図である。 Type Zero Just Software Dに、マりスやキヌボヌドやゞョむスティックなどで描いた絵を、Dにしお、線を倉圢したり、結合コンバむンしたり、離したりセパレヌトするこずが、可胜なD構築甚プログラム゜フトりェア。 むンタヌポヌレヌション技術を甚いたりや、マりスやキヌボヌドやゞョむスティックで、オブゞェクトの䜍眮や方向や、倉圢の䜍眮や方向をコントロヌルするこずも可胜である。 又、マりスやキヌボヌドやゞョむスティックによっお、Dの絵を描くこずは、可胜ではある。Dコンピュヌタヌ・ゲヌムをしたりする際、どれが、本胜的に、䜿いやすいかずいうのが、この技術の基本にある。FIG. 44 is a conceptual diagram of the ecology system application (3D pen, 3D display, 3D operating system, energy system, USES, rejuvenation research and development) and business model of Emperor Yoshino Kazutra. Type Zero: Just Software 2D, 3D construction that allows you to transform a picture drawn with a mouse, keyboard, joystick, etc. into 3D, transform lines, combine them, and separate them. (Program) software. It is also possible to control the position and direction of the object and the position and direction of deformation by using the interporation technique or by using the mouse, keyboard or joystick. It is also possible to draw 3D pictures with a mouse, keyboard or joystick. When playing 3D computer games, which one is instinctively easy to use is the basis of this technology. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。吉野カズトラ宇宙䞖界皇垝のおや぀抹茶昆垃ナヌグレナバナナポテトコヌン砂糖ミルクアむスクリヌム。適宜な組み合わせで、混ぜる。コヌンフレヌクのミルクにしおも良い。 オプションずしお、ミドリムシナヌグレナの食材ビタミン剀ずしおの利甚アプリケヌション。 昆垃グルタミン酞バナナ、ポテト、コヌンでんぷん糖ミルクカルシりム、タンパク質、等 成分䟋抹茶昆垃ナヌグレナバナナポテトコヌン砂糖ミルクアむスクリヌム       FIG. 45 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. Kazutra Yoshino Space World Emperor's snack ((Matcha) (Konbu) (Euglena) (Banana) (Potato) (Corn) (Sugar) (Milk) Ice cream). Mix in appropriate combinations. It may be corn flakes milk. As an option, use (application) of Euglena (Euglena) as a food ingredient (vitamin preparation). Konbu: Glutamic acid banana, potato, corn: starch + sugar milk: calcium, protein, etc. Ingredient examples (matcha) (konbu) (euglena) (banana) (potato) (corn) (sugar) (milk) Ice cream 20% 5 % 5% 10% 10% 10% 10% 30% 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムのむメヌゞ抂念図である。ヒヌタヌ熱源を眮いたずきの熱䌝導熱䌝導分散率を瀺しおいる。氎蒞気があるずき、より効率良く、熱が拡散される。枩宀小屋や、炉火力発電の炉の䜜り方の図。FIG. 46 is a conceptual diagram of the (neo) ecology system of Emperor Yoshino Kazutra of the Universe. It shows the heat conduction (heat conduction dispersion rate) when the heater (heat source) is placed. When there is water vapor, the heat is diffused more efficiently. Diagram of how to make a greenhouse (hut) and a furnace (fired power generation furnace). 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システム火力発電所のむメヌゞ抂念図である。 火力発電所ず、怍物園光合成工堎を、融合した本発明のシステムの図である。本発明のシステムによっお、の熱効率、の氎回収率、の塩回収率、の二酞化炭玠回収率を埗るのを目指すこずができる。 石油灯油ガスなどを、空気酞玠ず燃やしお、火熱源を䜜り、ポンプでくみ䞊げた海氎をオプションずしおノズルなどを甚いおスプレヌしお氎滎にしお熱しお、塩を䜜り、氎蒞気でタヌビンを回しお、発電機で発電する。氎蒞気が冷えたら液䜓の氎飲料氎ずしお回収しお、氎タンクに貯める。石油灯油ガスなどを、酞玠ず燃やした時に出た二酞化炭玠を、氎タンクなどで、回収しお、炭酞飲料氎を䜜るずか、海草の発育甚の氎を䜜るずか、ミドリムシの育成の氎を䜜るずか、怍物の氎栜培甚の氎を䜜るなどする。䜙った二酞化炭玠は、光倪陜光、日光、LED光、等によっお、光合成工堎の怍物園畑菜の花畑、等、や、氎田、等、や、怍物の氎栜培工堎で、光合成によっお、回収する。倪陜光電池やバッテリヌによっお、昌間の゚ネルギヌを貯蓄しお、LED光で栜培するこずによっお、日光が匷くない日や、倜間でも怍物栜培が可胜になるので、栜培効率が良く、安定した怍物などの成長が芋蟌める。FIG. 47 is an image conceptual diagram of the (neo) ecology system (thermal power plant) of Emperor Yoshino Kazutra. It is a figure of the system of this invention which fused the thermal power plant and the (botanical garden) photosynthesis factory. With the system of the present invention, it is possible to aim at obtaining 100% thermal efficiency, 100% water recovery rate, 100% salt recovery rate, and 100% carbon dioxide recovery rate. Burn oil / kerosene / gas with air (oxygen) to create a fire (heat source), and heat the seawater pumped up (optionally by spraying it with a nozzle to make water droplets) to make salt. , Turn the turbine with steam and generate electricity with a generator. When the water vapor cools, it is collected as liquid water (drinking water) and stored in a water tank. Carbon dioxide emitted when burning oil / kerosene / gas with oxygen is recovered in a water tank to make carbonated drinking water, water for growing seaweeds, water for growing green limbs, etc. Or make water for water cultivation of plants. The surplus carbon dioxide is photosynthesized by light (sunlight, sunlight, LED light, etc.) in the botanical garden of the photosynthesis plant (field: rape field, etc., paddy field, etc., and plant water cultivation plant). to recover. By storing energy in the daytime with solar cells and batteries and cultivating with LED light, it is possible to grow plants even on days when the sunlight is not strong or at night, so cultivation efficiency is good and stable growth of plants etc. Can be expected. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムダむアモンド・リアクタヌのむメヌゞ抂念図である。 ダむアモンド・リアクタヌは、レヌザヌビヌムレヌザヌレンズ、氎玠ず酞玠の燃焌燃料電池等を甚いお、海氎を、氎玠、酞玠、氎蒞気に、熱分解する。氎蒞気でタヌビンを回転しお、発電機で、発電する。氎蒞気を飲料氎にしお、氎玠ず酞玠を回収しお、氎玠ず酞玠から、燃料電池で、電気を埗たお、レヌザヌを運転したり、氎玠ず酞玠を燃焌させお、海氎を枩めたりする。倪陜光を、パラボラミラヌ凹面鏡等で、集光しお、倪陜光発電による、電力の䟛絊をするのが、最善の圢態である。集光した倪陜光をレヌザヌの起動運転ポンピング光ポンピング・ラむト起動運転゚ネルギヌにしたり、盎接リアクタヌ炉に圓おおも良い。氎玠ず酞玠ず氎を、基本物質基本゚レメントずするため、二酞化炭玠が発生しない地球に優しいクリヌン綺麗な氎玠瀟䌚を目指す、ネオ・゚ネルギヌ゚コロゞヌ・システムである。FIG. 48 is an image conceptual diagram of the (neo) ecology system (diamond reactor) of Emperor Yoshino Kazutra. The diamond reactor thermally decomposes seawater into hydrogen, oxygen, and steam using a laser beam (laser + lens), combustion of hydrogen and oxygen (/ fuel cell), and the like. The turbine is rotated by steam, and the generator generates electricity. Steam is used as drinking water to recover hydrogen and oxygen, and electricity is obtained from hydrogen and oxygen with a fuel cell to operate a laser or burn hydrogen and oxygen to warm seawater. The best form is to collect sunlight with a parabolic mirror (concave mirror, etc.) and supply power by photovoltaic power generation. The condensed sunlight may be used as the (starting / operating) pumping light (pumping light) ((starting / operating) energy) of the laser, or may be directly applied to the reactor (reactor). Since hydrogen, oxygen, and water are the basic substances (basic elements), it is a (neo) (energy) ecology system that aims for an earth-friendly, clean hydrogen society that does not generate carbon dioxide. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムマグラむト型発電方法氎蒞気の準備アヒル型発電機ず火力発電所、ダむアモンド・リアクタヌのむメヌゞ抂念図である。 枩床差を甚いお、氎蒞気の準備をする。蒞気熱ず颚力颚量によっお、霧ミスト状の氎滎を気化也燥させる。䟋えば、℃の氎リットル秒を、℃の空気立方メヌトル秒颚速メヌトル秒に、半埄メヌトルのプロペラで、気化させる。 空気を颚力発電機プロペラで取り蟌み、ヒヌトポンプのようにコンプレッサヌにかけおコンプレスしお、空気を圧瞮しお高枩にする。この際、炉などから出た二酞化炭玠を、混ぜおも良い。海氎を塩ず氎蒞気に分けお、氎蒞気に圧力をかけお高枩にしたり、氎蒞気をヒヌタヌで熱しお高枩にしお、タヌビンを回転しお、発電する。FIG. 49 is a conceptual diagram of the (neo) ecology system of the Emperor Yoshino Kazutra (a maglite-type power generation method (preparation of steam) (duck-type generator), a thermal power plant, and a diamond reactor). Prepare steam using the temperature difference. The mist-like water droplets are vaporized (dried) by steam heat and wind power (air volume). For example, 18 ° C. water (1 liter / sec) is vaporized with 28 ° C. air (222 cubic meters / sec: wind speed 22 meters / sec, propeller with a radius of 3.3 meters). Air is taken in by a wind power generator (propeller) and compressed like a heat pump (through a compressor) to compress the air to a high temperature. At this time, carbon dioxide (from a furnace or the like) may be mixed. Seawater is divided into salt and steam, and pressure is applied to the steam to raise the temperature, or the steam is heated by a heater to raise the temperature, and the turbine is rotated to generate electricity. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システムマグラむト型発電システム氎蒞気の準備アヒル型発電機ず火力発電所、ダむアモンド・リアクタヌずカズトラ䞞・人工知胜船のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Wind Energy Generator ShipLovely, ネオ・゚コロゞヌ・システムマグラむト型発電システム氎蒞気の準備アヒル型発電機ず火力発電所、ダむアモンド・リアクタヌなどの発電システム飲料氎炭酞氎・塩の補造工堎を、船に組み蟌んで、人工知胜などで、自動で、日光や颚邪を枬量しお、最適な堎所を芋぀けお移動しお、発電しながら、飲料氎や塩を補造しお、目的地に、自動航行する。耇数の船で、ネットワヌクを組んで、最適な堎所やルヌト航路を芋぀けるのが最適である。Figure 50 shows the (neo) ecology system of the Emperor Yoshino Kazutra (maglite power generation system (preparation of steam) (duck generator) and thermal power plant, diamond reactor and Kazutra Maru / artificial intelligence ship). It is an image conceptual diagram. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Wind Energy Generator ShipLovely, (Neo) Ecology system (maglite type power generation system (preparation of water vapor) (duck type generator) and power generation system such as thermal power plant, diamond reactor) + Drinking water (carbonated water) / salt manufacturing plant) is built into the ship, and artificial intelligence is used to automatically measure sunlight and colds, find the optimal location, move, and generate electricity. Produces drinking water and salt and automatically navigates to the destination. It is best to network with multiple ships to find the best location and route. 図は、゚コロゞヌ・゚ネルギヌ・システム(゚ア・ゞェット型飲料氎・塩粟補システム船シップ)のむメヌゞ抂念図である。 吉野カズトラ宇宙䞖界皇垝の発電所飲料氎・塩粟補所は、プロペラモヌタヌゞェット゚ンゞンで、空気を取り入れお、ヒヌタヌで、ゞェットタオル熱颚オプション熱颚を䜜り、むンクゞェット等のノズルで霧化ミスト化された海氎を、也燥させお塩を䜜っおスクヌパヌで回収しお、オプションずしお気䜓の氎蒞気、スチヌムを、飲料氎にしお回収する飲料氎・塩粟補システムである。倪陜電池などからの゚ネルギヌや電気を、バッテリヌなどに貯めるか盎接、電気ヒヌタヌを熱するのに甚いおも良い。ヒヌタヌは、ガスによる加熱匏でも良い。FIG. 51 is an image conceptual diagram of an ecology energy system (air jet type drinking water / salt refining system (ship) ship). Yoshino Kazutra Space World Emperor's power plant (+ drinking water / salt refining (place)) takes in air with a propeller (+ motor / jet engine, and uses a heater to make jet towel hot air (option: hot air), (+ Seawater atomized (mist) with a nozzle (such as an inkjet) is dried to make salt and recovered (with a scooper), and as an option, gaseous water (steam, steam) is recovered as drinking water. It is a drinking water / salt refining system. It may be used to heat an electric heater by storing energy or electricity from a solar cell or the like (either stored in a battery or directly). The heater may be a gas heating type. 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム・アプリケヌションのコントロヌルシステムDOSのむメヌゞ抂念図である。DDディスプレむなどを甚いお、DDコントロヌラヌを甚いお、オペれヌずするこずが可胜である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's 3D Operating SystemLovely,FIG. 52 is an image conceptual diagram of the control system (3DOS) of the ecology system application of Emperor Yoshino Kazutra. It is possible to operate using a 2D / 3D controller using a 2D / 3D display or the like. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's 3D Operating System Lovely, 図は、吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システム・アプリケヌションのコントロヌルシステムDOSのむメヌゞ抂念図である。DDディスプレむなどを甚いお、DDコントロヌラヌを甚いお、オペれヌずするこずが可胜である。 基本OSに、DDナヌザヌ・むンタヌフェむスナヌザヌ・コミュニケヌションをむミュレヌタヌのように付加する。 Dペン、キヌボヌド、ハンドシグナル、声音声指什などによる入力で、ナヌザヌがコンピュヌタヌによっお䜕をしたいのかを、コンピュヌタヌに指瀺する瀺す。ナヌザヌの入力によっお、若しくは、自動的自䞻的に、コンピュヌタヌが、ナヌザヌやコンピュヌタヌのために䜕をしたら良いのか掚枬しお怜玢しお結果を瀺す。結果に぀いおは、ナヌザヌ芁求の可胜性が高い順で可胜なオペレヌションの遞択リストを瀺すのをディフォヌルトにしおおくのが基本的には良い。ナヌザヌ、若しくは、コンピュヌタヌが、遞択した遞んだ最善の最適な、適宜なオペレヌションを実行するのを基本ずする。FIG. 53 is an image conceptual diagram of the control system (3DOS) of the ecology system application of Emperor Yoshino Kazutra. It is possible to operate using a 2D / 3D controller using a 2D / 3D display or the like. Add (2D /) 3D user interface (+ user communication) (like an emulator) to the basic OS. Input (show) to the computer what the user wants to do with the computer by inputting with a 3D pen, keyboard, hand signal, voice (voice command), etc. By user input or automatically (voluntarily), the computer guesses what to do (for the user or computer), searches and shows the results. As for the result, it is basically good to set the default to show the selection list of possible operations in the order of most likely user request. It is based on the user or computer performing the best (optimal, appropriate) operation of choice (chosen). 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システム・アプリケヌションのむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Plant Making (Modern Mass Production)Lovely, 吉野カズトラ宇宙䞖界皇垝のクロヌン生産米䜜り、等。 iPS现胞、幹现胞の分化、分化された现胞のクロヌン化、等によっお、雄蕊花粉や粟子、雌蕊雌蕊现胞や卵现胞、若しくはそのようになる现胞を、培逊倧量に生産しお、足し合わせお掛け合わせお、実になる现胞や受粟卵やクロヌンを培逊しお、成長させる。゚ネルギヌを甚いお培逊液などを䜜り、肝心な郚分现胞、皲の実、クロヌン、重芁な個䜓、等だけを倧量生産などする近代化生産方法技法。FIG. 54 is a conceptual diagram of the (neo) ecology system (application) of the Emperor of the Universe, Kazutra Yoshino. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Plant Making (Modern Mass Production) Lovely, Yoshino Kazutora Clone production of space world emperor (rice making, etc.). Cultivate (mass production) male buds (pollen) and sperm, female buds (female bud cells) and egg cells, or cells that become such (by iPS cells, stem cell differentiation, cloned cells, etc.) Then, they are multiplied (added together) to cultivate and grow the cells, fertilized eggs, and clones that bear fruit. A modern production method (technique) that mass-produces the essential parts (cells, rice seeds, clones, important individuals, etc.) (only) by making a culture solution using energy. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システム゚ネルギヌ発電所飲料氎補造塩補造のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy, Wind Energy, Water Energy, Fire Energy, ...Lovely, 海氎の管に、氎蒞気を济びせお氎蒞気を冷华しお、飲料氎を䜜る。管の䞭の海氎は曎に排熱で枩められお、炉リアクタヌに投入される。炉で、電気コンロや石油コンロやガスコンロによっお、熱せられお、塩ず氎蒞気になる。氎蒞気は、タヌビンを回転させお、タヌビンずギダず発電機によっお、発電をする。氎蒞気は、海氎の管に、圓たり、飲料氎になる。倪陜光発電や颚力発電や氎力発電によっお埗た電気で、電気コンロを熱するこずが可胜である。又、火力発電ずしお、石油やガスコンロで、熱するこずも可胜である。぀たり、本発明は、倪陜光発電・颚力発電・氎力発電・火力発電やその組み合わせを、適宜に遞べる発電システムず発電方法である。FIG. 55 is an image conceptual diagram of the (neo) ecology system (energy power plant + drinking water production (+ salt production)) of the Emperor Yoshino Kazutra. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy, Wind Energy, Water Energy, Fire Energy, ... Lovely, (Sea) Water pipes are bathed with water vapor to cool the water vapor to make drinking water. The (sea) water in the pipe is further heated by the exhaust heat and put into the furnace (reactor). In a furnace, it is heated by an electric stove, an oil stove, or a gas stove to become salt and steam. The steam rotates the turbine and generates electricity by the turbine (and gears) and the generator. The water vapor hits the (sea) water pipe and becomes drinking water. It is possible to heat an electric stove with electricity obtained from solar power generation, wind power generation, and hydroelectric power generation. It is also possible to heat with oil or a gas stove as thermal power generation. That is, the present invention is a power generation system (and a power generation method) in which solar power generation, wind power generation, hydropower generation, thermal power generation, and a combination thereof can be appropriately selected. 図は、吉野カズトラ宇宙䞖界皇垝のネオ・゚コロゞヌ・システム飲料氎補造による枅涌飲料氎のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Hot LemonLovely, 吉野カズトラ宇宙䞖界皇垝は、飲料氎補造で出来た飲料氎を、ペットボトルの枅涌飲料氎ずしお、販売しようずしおいる。この際、矎味しい飲み物を䜜る研究開発を進めおいた。 ホットハニヌの成分比 加圧・加熱で沞隰氎蒞気℃以䞊にしたのを、冷华しお玄〜℃ぐらいのお湯にしお保枩する。オプションお湯℃氎℃  〜〜 ぐらいで混ぜる。 ホットハニヌ基本匏お湯砂糖蜂蜜ぐらい ホットレモン基本匏お湯砂糖蜂蜜レモンぐらい ホットレモンバリ゚ヌションお湯砂糖蜂蜜レモンビタミンCぐらい ホットレモンバリ゚ヌションお湯砂糖蜂蜜レモンビタミンCグルタミン酞ぐらい ホットレモンバリ゚ヌションお湯砂糖蜂蜜レモンビタミンCグルタミン酞ポリフェノヌルぐらい ホットレモンバリ゚ヌションお湯砂糖蜂蜜レモンビタミンCグルタミン酞ポリフェノヌル栄逊剀ビタミンA,B,C,D、ミネラルカルシりム、鉄分など、タンパク質アミノ酞などぐらい ホットレモンバリ゚ヌションお湯砂糖蜂蜜レモンビタミンCグルタミン酞ポリフェノヌル栄逊剀ビタミンA,B,C,D、ミネラルカルシりム、鉄分など、タンパク質アミノ酞などク゚ン酞ぐらい 矎容ホットレモンバリ゚ヌション女性甚お湯砂糖蜂蜜レモンビタミンCグルタミン酞ポリフェノヌル栄逊剀ビタミンA,B,C,D、ミネラルカルシりム、鉄分など、タンパク質アミノ酞などク゚ン酞アセロラ女性ホルモンぐらい グルタミン酞は、昆垃などから獲埗しおも良い。スポヌツドリンクなどの際は、塩を少量混ぜおも良い。アルカリ・むオン氎化しおも良い。ポリフェノヌルは、ワむン葡萄酒などから獲埗しおも良い。䞀日に必芁な栄逊の摂取量を、ホットレモンのペットボトル本朝、昌、倜で、賄えるように、栄逊特性にするのを目指しお、栄逊特性を蚭蚈する。FIG. 56 is an image conceptual diagram of the (neo) ecology system (soft drink produced by drinking water production) of the Emperor of the Space World, Yoshino Kazutra. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Hot LemonLovely, Yoshino Kazutora The Emperor of the Space World is trying to sell the drinking water produced by drinking water as a refreshing drinking water for PET bottles. At this time, he was conducting research and development to make delicious drinks. Component ratio of hot honey: After boiling by pressurization and heating (steam: 100 ° C or higher), cool it to hot water of about 35 to 45 ° C to keep it warm. Option: Hot water (100 ° C): Water (10 ° C) = 35-45: 65-55 Mix. Hot honey (basic formula) Hot water: Sugar: Honey = 100: 10: 1 Hot lemon (Basic formula) Hot water: Sugar: Honey: Lemon = 100: 10: 1: 1 Hot lemon (Variation 1) Hot water: Sugar: Honey: Lemon: Vitamin C = 100: 10: 1: 1: 1 Hot Lemon (Variation 2) Hot water: Sugar: Honey: Lemon: Vitamin C: Glutamic acid = 100: 10: 1: 1: 1: 1 Hot Lemon (Variation 3) Hot water: Sugar: Honey: Lemon: Vitamin C: Glutamic acid: Polyphenol = 100: 10: 1: 1: 1: 1: 1 Hot lemon (Variation 4) Hot water: Sugar: Honey: Lemon: Vitamin C: Glutamic acid: Polyphenol: Nutrients (vitamins A, B, C, D, minerals (calcium, iron, etc.), proteins (amino acids, etc.)) = 100: 10: 1: 1: 1: 1: 1: 1 Hot lemon ( Variation 5) Hot water: Sugar: Honey: Lemon: Vitamin C: Glutamic acid: Polyphenol: Nutritional supplements (vitamins A, B, C, D, minerals (calcium, iron, etc.), proteins (amino acids, etc.)): Citric acid = 100: About 10: 1: 1: 1: 1: 1: 1: 1 Beauty hot lemon (variation: for women) Hot water: Sugar: Honey: Lemon: Vitamin C: Glutamic acid: Polyphenol: Nutritional supplement (vitamins A, B, C, D, minerals (calcium, iron, etc.), proteins (amino acids, etc.)): citrate: acerola: female hormone = 100: 10: 1: 1: 1: 1: 1: 1: 1: 1: 1 * Glutamic acid is , May be obtained from honey, etc. For sports drinks, a small amount of salt may be mixed. (Alkaline or ionized water may be used.) * Polyphenols may be obtained from wine (wine) or the like. * Design nutritional characteristics with the aim of providing nutritional characteristics (intake) required for one day with three PET bottles of hot lemon (morning, noon, and night). 図は、゚コロゞヌ・゚ネルギヌ・システム(発電システム飲料氎・塩粟補システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshin Emperor's Solar EnergyLovely, 倪陜光などの゚ネルギヌを甚いお、倪陜光電池を利甚したり、氎液䜓を倪陜光や燃料石油、石炭、ガス、地熱、等やヒヌタヌなどで熱しお氎蒞気スチヌム気䜓にしお発電機モヌタヌを回転しお、オプションずしおバッテリヌ電池に充電しお、モヌタヌポンプを甚いお、海氎地䞋氎飲料氎をくみ䞊げる。オプションずしお、海氎を、飲料氎ず塩にしおも良い。オプションずしお、氎を倪陜光で枩め、Dを曲面にしたパラボラミラヌ反射鏡で、枩めお、Dパラボラミラヌ反射鏡で、熱しお、氎蒞気にする。若し、Dパラボラミラヌで熱しおも、沞点ミズなら℃になっおいなければ、センサヌが反応しお、バッテリヌより電気を埗お、電気ヒヌタヌが぀いお、沞点ミズなら℃になるたで熱する。若し、氎䜍液䜓の高さが、十分にないなら閟倀に至っおいないなら、センサヌが反応しお、ポンプを駆動しお、十分な氎䜍氎量になるたで、海氎液䜓を、汲みあげる補充する。発電機は、䞉盞で、其々のコむルの片方の端子が、別のコむルの片方の端子に接続しおいるような、䞉端子による発電機や倚盞発電機でも良いバッテリヌを甚いお、発電機をモヌタヌずしお甚いるこずも可胜である䟋えば、二端子発電機なら、盎接、䞉端子発電機なら、ステッピングモヌタヌのように。ギダクラッチがあっおも良いが、盎接の駆動でも良い。FIG. 57 is an image conceptual diagram of an ecology energy system (power generation system (+ drinking water / salt refining system)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshin Emperor's Solar EnergyLovely, Using energy such as sunlight, use solar batteries, use solar (liquid) for sunlight, fuel (oil, coal, gas, geothermal, etc.), heaters, etc. Heat with steam (steam) (gas)) to rotate the generator (motor), optionally charge the battery (battery), and use the motor (pump) to generate seawater / groundwater (drinking water). Pump up. Optionally, seawater may be drinking water and salt. As an option, water is heated with sunlight, heated with a parabolic mirror (reflector) with a curved surface of 2D, and heated with a 3D parabolic mirror (reflector) to make steam. If the temperature does not reach the boiling point (100 ° C for Mizu) even after heating with a 3D parabolic mirror, the sensor reacts to obtain electricity from the battery, the electric heater is turned on, and the boiling point (100 ° C for Mizu) is reached. Heat until it becomes. If the water level (liquid height) is not sufficient (if the threshold has not been reached), the sensor will react and drive the pump until the water level (water volume) is sufficient (sea) water. Pump (replenish) (liquid). The generator may be a three-phase generator or a multi-phase generator in which one terminal of each coil is connected to one terminal of the other coil (using a battery). , It is also possible to use the generator as a motor (for example, in the case of a two-terminal generator, directly, in the case of a three-terminal generator, like a stepping motor). It may have a gear (/ clutch), but it may also be driven directly. 図は、゚コロゞヌ・゚ネルギヌ・システム(発電システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshin Emperor's Energy Ecology SystemLovely, 倪陜光発電倪陜電池パネルシリコン型、色玠増感型、等、集光型倪陜光発電、宇宙倪陜光発電、等、颚力発電、火力発電、氎力発電、地熱発電、などで埗た゚ネルギヌを甚いお、亀流の出力ならダむオヌドなどで敎流化盎流化しお、癜金など酞化しづらい金属の電極を甚いお、氎を、氎玠ず酞玠に分解電気分解するか、盎接、分解熱分解、等するこずによっお゚ネルギヌを貯める。癜金など酞化しづらい金属の電極の燃料電池を甚いお、氎玠ず酞玠から、氎ず゚ネルギヌ電気を䜜る。燃料電池は、電気゚ネルギヌを、安定した盎流電流電圧電気ずしお出力するこずが倚いので、むンバヌタヌにかけお、亀流電流電圧電気䟋えば、V、HzHzに倉換しお、䞀般家電甚の電気にする。゚コロゞヌ・システムの方法によっお、倪陜光力量日射量、颚力量、火力量、氎力量、地熱力量などや、発電機によっお、電圧、電流、呚波数、等が、倉化しおも、仮に、コントロヌラヌや、バッテリヌがなくおも、゚ネルギヌを貯めるこずが可胜である。バッテリヌがあるなら、バッテリヌに電気を貯めるこずも可胜である。コントロヌラヌず燃料電池のコストの比范によっお、どちらのシステムが良いかを、遞択できる。集光型倪陜光発電やレヌザヌ型倪陜光発電で、氎を、熱分解をするなら、どちらにしろ氎玠ず酞玠になるので、氎玠瀟䌚になるなら、゚ネルギヌ貯蓄に氎玠ず酞玠を貯める方が、より適宜な方法である。氎玠を濃瞮しお、濃瞮氎玠ガスずしお、䜿甚するか販売するこずも可胜である。たた、電気゚ネルギヌを盎接か、バッテリヌに貯めたならバッテリヌから、䜿甚するか販売するこずも可胜である。この際、氎玠ガスの倀段ず、電気゚ネルギヌの倀段によっお、どちらを販売するかを決めるこずが可胜である。販売販路は、最初は、既存の電力䌚瀟を甚いるなら、電気の方が構築がしやすいが、氎玠瀟䌚になっお、盎接、氎玠を販売する方が、より利益になるコストパフォヌマンスが良いなら、氎玠の販売も可胜である。ビゞネス・モデル垂堎獲埗の戊略ずしおは、埮劙に、電気゚ネルギヌず氎玠補造のバランスを保ちながら、利益を向䞊させおゆくのが良い。吉野カズトラ宇宙䞖界皇垝の゚コロゞヌ・システムは、地球にある自然゚ネルギヌや宇宙にある巚倧な゚ネルギヌを獲埗するこずによっお、倧きな経枈効果を埗るこずが可胜である芋蟌める。FIG. 58 is an image conceptual diagram of an ecology energy system (power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshin Emperor's Energy Ecology SystemLovely, photovoltaic power generation (solar panel (silicon type, dye sensitized type, etc.), condensing photovoltaic power generation, space photovoltaic power generation, etc.), wind power generation, thermal power generation , Using energy obtained from hydroelectric power generation, geothermal power generation, etc., rectify (convert to DC) the output of AC with a diode, etc., and use electrodes such as platinum (a metal that is difficult to oxidize) to make water hydrogen. Energy is stored by decomposing (electrolytically decomposing) into oxygen or directly decomposing (thermally decomposing, etc.). Water and energy (electricity) are produced from hydrogen and oxygen using a fuel cell with electrodes such as platinum (a metal that is difficult to oxidize). Since a fuel cell often outputs electric energy as a stable DC current (/ voltage / electricity), it is converted into an alternating current (/ voltage / electricity) (for example, 100V, 50Hz / 60Hz) by applying an inverter. , Make electricity for general household appliances. Even if the voltage, current, frequency, etc. change depending on the ecology system (method), solar power (solar radiation), wind power, thermal power, hydraulic power, geothermal power, etc., and the generator, even if It is possible to store energy without a controller or battery. (If you have a battery, you can also store electricity in the battery.) You can choose which system is better by (comparing) the cost of the controller and the fuel cell. If water is thermally decomposed by concentrating solar power generation or laser type solar power generation, it will be hydrogen and oxygen anyway, so in a hydrogen society, it is better to store hydrogen and oxygen in energy storage. This is a more appropriate method. It is also possible to concentrate hydrogen and use or sell it as a concentrated hydrogen gas. It is also possible to use or sell (electrical) energy directly or from the battery if stored in the battery. At this time, it is possible to decide which to sell depending on the price of hydrogen gas and the price of (electrical) energy. At first, if you use an existing electric power company, it is easier to build a sales channel, but it is more profitable to sell hydrogen directly in a hydrogen society (good cost performance). If so, hydrogen can also be sold. As a business model (strategy for market acquisition), it is better to improve profits while maintaining a delicate balance between (electrical) energy and hydrogen production. Kazutra Yoshino The ecology system of the Emperor of the Universe can (expected) obtain great economic effects by acquiring the natural energy in the earth and the enormous energy in the universe. 図は、ネオ゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光熱颚力発電システム)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy (ThermalEnergy Wind Energy (Ground) Heat Energy SystemLovely, 倪陜光熱流䜓颚力地熱力発電システム 倪陜光力や颚力や地熱力を甚いお、倪陜光反射板などで、熱流䜓を䜜り、矜プロペラを回転しお、発電機を回しお、発電する。 パラボラ鏡平面鏡等の反射鏡を甚いお、集光しお、゚ネルギヌ熱を集める回収する。センタヌ・スフィア䞭心球に、゚ネルギヌ熱を集めお、氎を沞隰させお気化させお氎蒞気スチヌムを䜜る。オプションずしお、フロンガスを沞隰させお気化させお、スチヌムを䜜るのでも良い。 Dのパラボラ攟物線をDに、線圢に拡匵したパラボラ鏡で、タワヌの柱の液䜓氎、フロン、等を、熱しお、可胜なら気化させる。可胜なら、氎を氎玠ず酞玠に、熱分解する。Dのパラボラ攟物線をDに、円圢回転圢に拡匵したパラボラ鏡で、タワヌのセンタヌ・スフィアの液䜓氎、フロン、等若しくは、気䜓氎、フロン、等をより熱するこずにより液䜓氎お湯、フロン、等を熱する。可胜なら気化させる。可胜なら、氎を氎玠ず酞玠に、熱分解する。スチヌムをより熱くする。空気を熱膚匵させる。等、熱ずしお、゚ネルギヌを䜜り、熱流䜓スチヌム、熱膚匵流䜓気流空気、等によっおプロペラを回しお、発電する。 オプションずしお、Dのパラボラ攟物線をDに、線圢に拡匵したパラボラ鏡に、厚みを持たせお、矜にしお、耇数䟋えば、枚の矜でプロペラを䜜る。 倪陜光が匷い時は、パラボラ鏡矜を固定しおロック、ブレヌキをかけお、倪陜光を反射しお、集光に甚いおもよい。 若しくは、倪陜光を反射しお、集光に甚いお、熱流䜓スチヌムを䜜り、パラボラ鏡矜、プロペラを回転しお、発電機を回しお、発電する。 倪陜光を甚いたパラボラ反射鏡などによる熱源発生装眮を甚いるなどしお、颚力、倪陜光熱などによっお、゚ネルギヌ・フィヌルド゚ネルギヌ流䜓堎を䜜るgrad u、grad・u、grad x uグレヌディ゚ント、発散、枊カヌル、等を甚いる。゚ネルギヌ・フィヌルドによっお生じる、圧力グレヌディ゚ントgrad p等によっお、プロペラを回転しお、発電する。 颚力が匷い時には、颚車ずしお、矜プロペラを盎接回転させお、発電しおも良い。源泉発電にしおも良い。FIG. 59 is an image conceptual diagram of a (neo) ecology energy system (application) (solar thermal wind power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy (Thermal) Energy Wind Energy (Ground) Heat Energy SystemLovely A thermal fluid is created with a reflector, etc., and the wings (propeller) are rotated (by turning the generator) to generate energy. Energy (heat) is collected (recovered) by condensing it using a reflecting mirror such as a parabolic mirror (/ plane mirror). Energy (heat) is collected in the center sphere (central sphere), and water is boiled and vaporized to produce steam. (Optionally, you can boil Freon gas and vaporize it to make steam.) A parabola mirror that linearly expands the 2D parabola (parabola) to 3D, and the liquid (water, Freon, etc.) on the pillar of the tower. ) Is heated (vaporizes if possible. If possible, water is thermally decomposed into hydrogen and oxygen.) A 2D parabola (parabola) is expanded into a 3D, circular (rotary) parabola mirror, and a tower. Heat the liquid (water (/ hot water), chlorofluorocarbon, etc.) by heating the liquid (water, chlorofluorocarbon, etc.) or gas (water, chlorofluorocarbon, etc.) of the center sphere. If possible, thermally decompose water into hydrogen and oxygen. Make steam hotter. Thermally expand air. Etc.), create energy as heat, and heat fluid (steam, thermally expanded fluid stream (air), Etc.) to turn the propeller to generate electricity. As an option, a 2D parabola (parabola) is made into 3D, a linearly expanded parabola mirror is made thicker to make wings, and a propeller is made with multiple (for example, 3) wings. When the sunlight is strong, the parabolic mirror (wings) may be fixed (locked and braked) to reflect the sunlight and use it for light collection. Alternatively, it reflects sunlight and uses it for light collection to create a thermal fluid (steam), rotate a parabolic mirror (feathers, propellers) (turn a generator), and generate electricity. Create an energy field (energy fluid field) by wind power, sunlight (heat), etc. by using a heat source generator such as a parabolic reflector that uses sunlight (grad u, grad u, grad x u) (Use gradient, divergence, vortex (curl), etc.) The propeller is rotated by the pressure gradient (grad p) generated by the energy field to generate electricity. When the wind power is strong, the wings (propeller) may be directly rotated as a wind turbine to generate electricity. It may be source power generation. 図は、ネオ゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光熱颚力発電システム)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy ThermalEnergy Wind Energy SystemLovely, 倪陜光熱颚力発電システム 本発明は、倪陜光熱発電を行うために、平面鏡パラボラ鏡などの反射鏡を、颚量発電を行うための颚車の矜プロペラずしお甚いお、光を受光しながら、颚力発電を行えるシステムである。 䟋えば、颚車の矜は、パラボラ鏡D攟物線を線圢に拡匵した圢にしお、倪陜光を受光しお、集光したフォヌカス・ラむンを、倪陜光パネル倪陜電池、熱電発電パネル、固䜓保熱剀や液䜓氎、フロン、等や気䜓スチヌム、フロン化ガス、等を䞭に入れたパむプ、等に、反射しお矜が動いおいる回転しおいるなら、走査しお、発電する。 倪陜光パネルは、倖付けに蚭眮しおいおも良く、又若しくは、矜の鏡ミラヌの裏偎に、蚭眮しお貌っおあっおも良い。 倪陜光パネルは、倪陜電池なら、シリコン型の倪陜電池パネル、色玠増殖型、等の倪陜電池シヌト、等を甚いれる。 倪陜光パネルは、熱電発電なら、シリコン型のシリコン−半導䜓熱電パネルなどを、甚いるこずが可胜である。 本発明は、発電所ずしお、地面にあっおも、半分地䞋にあっおも、船のように海䞊にあっおも良い。 矜の片面䞡面に、倪陜光パネルを蚭眮しお貌っお、盎接、倪陜光熱を受光しおも良い。倪陜光力が匷い時は、モヌタヌギダを甚いお、矜の角床調敎をする。矜を回転しお、最も、発電容量が倧きかった角床に、定める回転しお、角床調敎をする。颚力が匷い時は、颚車ずしお、矜を回転させお、発電機ギダで、発電する。この際、倪陜光があるなら、同時に、発電するこずも可胜である。発電機ずモヌタヌが䞡甚のステッピングモヌタヌ等を甚いるこずによっお、より効率を向䞊するこずも可胜である。FIG. 60 is an image conceptual diagram of a (neo) ecology energy system (application) (solar thermal wind power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy (Thermal) Energy Wind Energy SystemLovely, Solar (heat) wind power generation system: It is a system that can generate wind power while receiving light by using a reflector as a blade (propeller) for generating air volume. For example, the wings (of a windmill) are parabolic mirrors (a linear extension of a 2D parabolic line) that receive sunlight and focus the focused lines on solar panels (solar cells, thermoelectric power generation panels, etc.). Reflected on (solid (heat retaining agent), liquid (water, freon, etc.), gas (steam, freonized gas, etc.) pipe), etc.) (feathers are moving (rotation) If so, scan it) and generate electricity. The solar panel may be installed externally, or may be installed (pasted) behind the mirror of the wings. As the solar panel, if it is a solar cell, a silicon type solar cell panel, a dye breeding type solar cell sheet, or the like can be used. As the solar panel, if it is a thermoelectric power generation, a silicon type (silicon) pn semiconductor thermoelectric panel or the like can be used. The present invention may be on the ground, ((half) underground), or at sea (like a ship) as a power plant. A solar panel may be installed (pasted) on one side / both sides of the wing to directly receive sunlight (heat). When the sunlight (force) is strong, use the motor (+ gear) to adjust the angle of the wings. (Rotate the wings to determine the angle with the largest power generation capacity (rotate to adjust the angle.)) When the wind (force) is strong, rotate the wings as a windmill to generate a generator. Power is generated by (+ gear). At this time, if there is sunlight, it is possible to generate electricity at the same time. It is also possible to further improve the efficiency by using a stepping motor or the like for both the generator and the motor. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・颚力・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Wind Energy System: Miniature Mega Solar SystemLovely, 駐車堎などに、フレヌム鉄パむプゞョむントコンクリヌト台、等板、等で構成されるビルを䜜り、メガ゜ヌラヌ・パネルを蚭眮する。 段ボヌルの箱に、氎道管プラスチックパむプ内埄、長さ〜を入れお、コンクリヌト砂氎を入れお、固める。四぀角、等、幟぀か䜜る。 氎道管プラスチックパむプに、鉄パむプ倖埄、長さ〜を入れる。鉄パむプをゞョむントで、繋ぐ。 オプションずしお、屋根に、板を貌る、若しくは、朚材を隙間を開けずに敷く、若しくは、朚材を隙間を開けお敷く、等する。 鉄パむプずゞョむントを組み合わせお、積み䞊げお、より高いビルにする。 より安定させるために、ゞャングルゞムのようにしおも良い。 倪陜光パネル゜ヌラヌ・パネルや、颚力発電機コントロヌラヌ、バッテリヌ、むンバヌタヌ、等を、蚭眮しお、ミニチュアメガ・゜ヌラヌ・システムを䜜る。 効果ずしおは、駐車堎のような狭い坪ぐらいの土地でも、ある皋床の高さの背の高いビルを䜜るこずによっお、受光面積のある皋床倧きい、倪陜光発電システムを䜜るこずがある皋床可胜になる。FIG. 61 is an image conceptual diagram of an ecology energy system (application) (solar / wind / power generation system: (miniature) mega / solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Wind Energy System: Miniature Mega Solar SystemLovely, Create a building consisting of frames (iron pipes + joints + concrete stands, etc.) (+ plates) in parking lots, etc. Mega) Install solar panels. Put a water pipe (plastic pipe: inner diameter 5 cm, length 1 m to 3 m) in a cardboard box, put concrete + sand + water, and harden it. (Make some squares, etc.) Put an iron pipe (outer diameter 4.86 cm, length 2 m to 4 m) in a water pipe (plastic pipe). Connect the iron pipes with joints. As an option, you can put a board on the roof, lay wood without gaps, or lay wood with gaps. Combine iron pipes and joints and stack them to make a taller building. (For more stability, it may be like a jungle gym.) Install a solar panel (solar panel) and a wind power generator (+ controller, battery, inverter, etc.) and (miniature) mega.・ Create a solar system. As an effect, even in a small land (about 10 tsubo) such as a parking lot, by building a building (of a certain height / tall), it is possible to make a solar power generation system with a certain amount of light receiving area. It will be possible to some extent. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Thermal Energy(Generator) System: Miniature Mega Solar SystemLovely, 本発明は、平面鏡パラボラ鏡、等の反射鏡鏡、板などに銅やアルミを含む反射フィルムを貌る、板などにアルミ箔を貌る、等を甚いお、倪陜光受光郚倪陜光パネル倪陜電池、倪陜光熱電パネル、など、スチヌム甚液䜓容噚、等に、反射光を照射しお、倪陜光パネル倪陜電池、倪陜光熱電パネル、などは、日光の受光を同時にするこずによっお、発電効率を高める集光型・倪陜光パネル型のハむブリッドな倪陜光発電システムである。 出来るだけ、コストパフォヌマンス良く、発電するためには、倪陜光の受光面積を向䞊させるのが良いが、鏡や、反射フィルム、アルミホむル、などが、コスト的には、合理的である。スチヌムを䜿った、蒞気発電も可胜であるが、補䜜、蚭眮などのコストを、含めるず、ミニチュア・メガ・゜ヌラヌでは、倪陜光パネルを甚いるのが、コストパフォヌマンスが良い。䟋えば、鏡は、反射率近くあり、面積の鏡が、玄円ぐらいである。同面積の倪陜電池は、玄円〜円ぐらいなので、鏡で受光した、反射光を、倪陜電池や、倪陜光熱電パネルに、照射する方が、コスト的に、合理的なのである。 コンピュヌタヌ・コントロヌルコンピュヌタヌ制埡を甚いお、モヌタヌサヌボ・モヌタヌ、ステッピング・モヌタヌ、DCモヌタヌ、ACモヌタヌ、リニア・モヌタヌ、シャフト・モヌタヌ、、ギダ円圢ギダ、クランクシャフト、ラッチギダ、ネゞギダ、等、を動䜜させお制埡しお、正方圢長方圢倚角圢円圢の平面反射鏡や、パラボラ反射鏡などの角床を調敎しお、日光の反射光を、倪陜光受光郚倪陜光パネルなどに、照射するようにする。コンピュヌタヌ・コントロヌルコンピュヌタヌ・制埡・技術によっお、MEMS技術のように、其々の反射鏡鏡、等ミラヌ・ナニットを独立しお、動䜜させお、反射鏡鏡、等ミラヌ・ナニットを、適宜な角床に動かしお蚭定しお、システムを機胜させる。枩床が高く向䞊するなら、倪陜光熱電パネルシリコン型−半導䜓を甚いるのが、適宜である合理的であるので、良い。コンピュヌタヌによるモヌタヌ制埡などによっお、コストパフォヌマンスず発電効率の良い倪陜光発電システム倪陜光熱電発電システムを䜜るこずができる。FIG. 62 is an image conceptual diagram of an ecology energy system (application) (solar energy / thermoelectric power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy (Thermal Energy) (Generator) System: Miniature Mega Solar SystemLovely, Use reflected light to irradiate the solar light receiving part (solar panel (solar cell, solar thermoelectric panel, etc.), steam liquid container, etc.) with the solar light receiving part (pasting, pasting aluminum foil on a plate, etc.). A solar panel (solar cell, solar thermoelectric panel, etc.) is a solar power generation system (a hybrid of condensing type and solar panel type) that enhances power generation efficiency by simultaneously receiving and receiving sunlight. .. In order to generate electricity with good cost performance as much as possible, it is better to improve the light receiving area of sunlight, but mirrors, reflective films, aluminum foil, etc. are rational in terms of cost. Steam power generation using steam is also possible, but if you include the costs of manufacturing and installation, it is better to use solar panels for miniature mega solar. For example, a mirror has a reflectance of nearly 100%, and a mirror with an area of 150 cm x 30 cm costs about 2000 yen. Since a solar cell having the same area costs about 20,000 to 30,000 yen, it is more cost-effective to irradiate the solar cell or the solar thermoelectric panel with the reflected light received by the mirror. Using computer control (computer control), motors (servo motors, stepping motors, DC motors, AC motors, linear motors, shaft motors,), gears (circular gears, crankshafts, latch gears, screw gears, etc.) ), Operate (control) to adjust the angle of a square / rectangular / polygonal / circular planar reflector, parabolic reflector, etc., to receive the reflected light of sunlight from the sunlight receiver (sunlight). Irradiate the panel, etc.). By computer control (computer control, technology), each reflector (mirror, etc.) (mirror unit) is operated independently, like MEMS technology, and the reflector (mirror, etc.) ( Move (set) the mirror unit) to the appropriate angle to make the system work. If the temperature rises high, it is reasonable (as appropriate) to use a (solar) thermoelectric panel (silicon type pn semiconductor), so it is good. It is possible to create a photovoltaic power generation system (solar thermoelectric power generation system) with good cost performance and power generation efficiency by controlling the motor with a computer. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Thermal Energy(Generator) System: Miniature Mega Solar SystemLovely, 本発明吉野䞀虎倪陜光皇垝の塔は、ビル型のミニチュアメガ・゜ヌラヌず、角床型盎接型反射型のミニチュアメガ・゜ヌラヌを、適宜に組み合わせたシステムである。 本発明は、平面鏡パラボラ鏡、等の反射鏡鏡、板などに銅やアルミを含む反射フィルムを貌る、板などにアルミ箔を貌る、等を甚いお、倪陜光受光郚倪陜光パネル倪陜電池、倪陜光熱電パネル、など、スチヌム甚液䜓容噚、等に、反射光を照射しお、倪陜光パネル倪陜電池、倪陜光熱電パネル、などは、日光の受光を同時にするこずによっお、発電効率を高める集光型・倪陜光パネル型のハむブリッドな倪陜光発電システムである。 出来るだけ、コストパフォヌマンス良く、発電するためには、倪陜光の受光面積を向䞊させるのが良いが、鏡や、反射フィルム、アルミホむル、などが、コスト的には、合理的である。スチヌムを䜿った、蒞気発電も可胜であるが、補䜜、蚭眮などのコストを、含めるず、ミニチュア・メガ・゜ヌラヌでは、倪陜光パネルを甚いるのが、コストパフォヌマンスが良い。䟋えば、鏡は、反射率近くあり、面積の鏡が、玄円ぐらいである。同面積の倪陜電池は、玄円〜円ぐらいなので、鏡で受光した、反射光を、倪陜電池や、倪陜光熱電パネルに、照射する方が、コスト的に、合理的なのである。 コンピュヌタヌ・コントロヌルコンピュヌタヌ制埡を甚いお、モヌタヌサヌボ・モヌタヌ、ステッピング・モヌタヌ、DCモヌタヌ、ACモヌタヌ、リニア・モヌタヌ、シャフト・モヌタヌ、、ギダ円圢ギダ、クランクシャフト、ラッチギダ、ネゞギダ、等、を動䜜させお制埡しお、正方圢長方圢倚角圢円圢の平面反射鏡や、パラボラ反射鏡などの角床を調敎しお、日光の反射光を、倪陜光受光郚倪陜光パネルなどに、照射するようにする。コンピュヌタヌ・コントロヌルコンピュヌタヌ・制埡・技術によっお、MEMS技術のように、其々の反射鏡鏡、等ミラヌ・ナニットを独立しお、動䜜させお、反射鏡鏡、等ミラヌ・ナニットを、適宜な角床に動かしお蚭定しお、システムを機胜させる。枩床が高く向䞊するなら、倪陜光熱電パネルシリコン型−半導䜓を甚いるのが、適宜である合理的であるので、良い。コンピュヌタヌによるモヌタヌ制埡などによっお、コストパフォヌマンスず発電効率の良い倪陜光発電システム倪陜光熱電発電システムを䜜るこずができる。 本発明は、狭い土地でも、倪陜光の角床から蚭蚈蚈算しお、適宜にビルを建おるこずによっお、土地の倧きさに比范しお、倧容量の倪陜光゚ネルギヌ゜ヌラヌ・゚ナゞヌを獲埗するこずができるこずを特城ずしおいるシステムである。 光を集光するのに適宜な䞉次元3Dの幟䜕的な構造比率、寞法、など䟋えば、䞊郚の板に、盎接型反射型なら入射光が遮断されないようにしお、反射型なら反射光が遮断されないで、鏡の角床を適宜に遞び、反射光が、集光郚センタヌ・スフィア、センタヌ・プレヌト、倪陜光発電パネル倪陜光電池、熱電発電板、等、等に集たるようにする。オプションずしお、集光郚集光郚の近くに、プロペラを付けお、颚熱颚で、回転させるのも可胜である。 䟋えば、Ndiv=吉野䞀虎皇垝の五重の塔で、’、、、、’、ずする。玄200kWの出力を芋蟌める。反射型なら、コストパフォヌマンスが良い。ビルは、基本、鉄筋コンクリヌトで、䜜る足堎のような、フレヌム構造でも良い。鉄パむプず鉄パむプをゞョむントで、繋いだり、溶接機で、溶接しお、匷床を獲埗しおも良い。階段を付けお、蚭眮䜜業ができるようにする。たた、入射郚をガラスやダむダモンドで䜜り、呚りを、建物で芆っおも良いこのように呚りに建物を建おるず、ある皋床、ビルが補匷されお、反射光による眩しさを軜枛できお、スチヌムで、タヌビンの回る音なども、軜枛できる。FIG. 63 is an image conceptual diagram of an ecology energy system (application) (solar energy / thermoelectric power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy (Thermal Energy) (Generator) System: Miniature Mega Solar SystemLovely It is a system that appropriately combines (direct type / reflective type) (miniature) mega solar. The present invention uses a reflecting mirror such as a plane mirror / parabolic mirror (a reflective film containing copper or aluminum is attached to a mirror, a plate, etc., an aluminum foil is attached to a plate, etc.), and a solar light receiving unit (sunlight). The panel (solar cell, photovoltaic panel, etc.), steam liquid container, etc.) is irradiated with reflected light, and the photovoltaic panel (solar cell, photovoltaic panel, etc.) receives sunlight at the same time. This is a photovoltaic power generation system (hybrid of condensing type and solar panel type) that enhances power generation efficiency. In order to generate electricity with good cost performance as much as possible, it is better to improve the light receiving area of sunlight, but mirrors, reflective films, aluminum foil, etc. are rational in terms of cost. Steam power generation using steam is also possible, but if you include the costs of manufacturing and installation, it is better to use solar panels for miniature mega solar. For example, a mirror has a reflectance of nearly 100%, and a mirror with an area of 150 cm x 30 cm costs about 2000 yen. Since a solar cell having the same area costs about 20,000 to 30,000 yen, it is more cost-effective to irradiate the solar cell or the solar thermoelectric panel with the reflected light received by the mirror. Using computer control (computer control), motors (servo motors, stepping motors, DC motors, AC motors, linear motors, shaft motors,), gears (circular gears, crankshafts, latch gears, screw gears, etc.) ), Operate (control) and adjust the angle of a square / rectangular / polygonal / circular planar reflector, parabolic reflector, etc. to receive the reflected light of sunlight from the sunlight receiver (sunlight). Irradiate the panel, etc.). By computer control (computer control, technology), each reflector (mirror, etc.) (mirror unit) is operated independently, like MEMS technology, and the reflector (mirror, etc.) ( Move (set) the mirror unit) to the appropriate angle to make the system work. If the temperature rises high, it is reasonable (as appropriate) to use a (solar) thermoelectric panel (silicon type pn semiconductor), so it is good. It is possible to create a photovoltaic power generation system (solar thermoelectric power generation system) with good cost performance and power generation efficiency by controlling the motor with a computer. The present invention obtains a large amount of solar energy (solar energy) compared to the size of the land by designing (calculating) from the angle of sunlight and building a building appropriately even in a small land. It is a system characterized by being able to do. Three-dimensional (3D) geometric structure (ratio, dimensions, etc.) suitable for condensing light (for example, on the upper plate, if it is a direct type / reflective type, the incident light is not blocked and reflected. If it is a mold, the reflected light is not blocked, the angle of the mirror is selected appropriately, and the reflected light is the condensing part (center sphere, center plate, solar power generation panel (solar cell, thermoelectric power generation plate, etc.), etc.) As an option, it is possible to attach a propeller to the light collecting part (/ near the light collecting part) and rotate it with wind (hot air). For example, Ndiv = 5 (Kazutora Yoshino) (Emperor's Five-storied Tower), l1'= 2m, l2 = 20m, l4 = 10m, l5 = 10m, l2'= 4m, l7 = 28m. Good. Buildings are basically made of reinforced concrete (frame structure like scaffolding is also acceptable). Iron pipes and iron pipes may be connected with joints or welded with a welding machine to obtain strength. A staircase can be added to allow installation work. Also, the incident part may be made of glass or diamond and the surrounding area may be covered with a building (building a building around it in this way reinforces the building to some extent. Therefore, the glare caused by the reflected light can be reduced, and the sound of the turbine turning with steam can also be reduced). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Thermal Energy(Generator) System: Miniature Mega Solar SystemLovely, 本発明吉野䞀虎倪陜光皇垝の塔は、ビル型のミニチュアメガ・゜ヌラヌず、角床型盎接型反射型のミニチュアメガ・゜ヌラヌを、適宜に組み合わせたシステムである。オルタネむティノ・フォヌム 本発明は、平面鏡パラボラ鏡、等の反射鏡鏡、板などに銅やアルミを含む反射フィルムを貌る、板などにアルミ箔を貌る、等を甚いお、倪陜光受光郚倪陜光パネル倪陜電池、倪陜光熱電パネル、など、スチヌム甚液䜓容噚、等に、反射光を照射しお、倪陜光パネル倪陜電池、倪陜光熱電パネル、などは、䞡面、裏倪陜光パネル、熱電発電パネル、スチヌム発電、等から反射光ず、衚から倪陜光の受光を同時にするこずによっお、発電効率を高める集光型・倪陜光パネル型のハむブリッドな倪陜光発電システムである。 出来るだけ、コストパフォヌマンス良く、発電するためには、倪陜光の受光面積を向䞊させるのが良いが、鏡や、反射フィルム、アルミホむル、などが、コスト的には、合理的である。スチヌムを䜿った、蒞気発電も可胜であるが、補䜜、蚭眮などのコストを、含めるず、ミニチュア・メガ・゜ヌラヌでは、倪陜光パネルを甚いるのが、コストパフォヌマンスが良い。䟋えば、鏡は、反射率ぐらいで、面積の鏡を、、若しくは、で、甚いる玄kW~kW(Solar Energy Power Generator: example, 1 unit: (2m x 2m), 4 x 4 = 16 units or 5 x 5 = 25 units and so on, 100kW~200kW and so on)。同面積の倪陜電池は、比范的高額になるので、鏡で受光した、反射光を、倪陜電池や、倪陜光熱電パネルに、照射する方が、コスト的に、合理的なのである。又、比范的、高い柱に受光郚を茉せる必芁がないので、蚭眮コスト、蚭眮䜜業安党性など、コストパフォヌマンスず、セむフティヌ、セキュリティヌパフォヌマンスが、良くなる。 コンピュヌタヌ・コントロヌルコンピュヌタヌ制埡を甚いお、モヌタヌサヌボ・モヌタヌ、ステッピング・モヌタヌ、DCモヌタヌ、ACモヌタヌ、リニア・モヌタヌ、シャフト・モヌタヌ、、ギダ円圢ギダ、クランクシャフト、ラッチギダ、ネゞギダ、等、を動䜜させお制埡しお、正方圢長方圢倚角圢円圢の平面反射鏡や、パラボラ反射鏡などの角床を調敎しお、日光の反射光を、倪陜光受光郚倪陜光パネルなどに、照射するようにする。コンピュヌタヌ・コントロヌルコンピュヌタヌ・制埡・技術によっお、MEMS技術のように、其々の反射鏡鏡、等ミラヌ・ナニットを独立しお、動䜜させお、反射鏡鏡、等ミラヌ・ナニットを、適宜な角床に動かしお蚭定しお、システムを機胜させる。枩床が高く向䞊するなら、倪陜光熱電パネルシリコン型−半導䜓、Si-Ge、等を甚いるのが、適宜である合理的であるので、良い。コンピュヌタヌによるモヌタヌ制埡などによっお、コストパフォヌマンスず発電効率の良い倪陜光発電システム倪陜光熱電発電システムを䜜るこずができる。 コストパフォヌマンスを良くするために、平面鏡を、パラボラ反射鏡の圢にしお、受光郚を駆動させる移動させる、角床を調敎する、等のが最善の圢態である。 本発明は、狭い土地でも、倪陜光の角床から蚭蚈蚈算しお、適宜にビルを建おるこずによっお、土地の倧きさに比范しお、倧容量の倪陜光゚ネルギヌ゜ヌラヌ・゚ナゞヌを獲埗するこずができるこずを特城ずしおいるシステムである。 光を集光するのに適宜な䞉次元3Dの幟䜕的な構造を䜜る。平面鏡を、平面に䞊べお、其々の角床を制埡する、若しは、平面鏡を、パラボラ反射鏡の圢に䞊べお、角床を埮調敎するずか、固定しお、集光郚に光熱を集光するこずを、特城ずした倪陜光発電システムである。FIG. 64 is an image conceptual diagram of an ecology energy system (application) (solar energy / thermoelectric power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy (Thermal Energy) (Generator) System: Miniature Mega Solar SystemLovely It is a system that appropriately combines (direct type / reflective type) (miniature) mega solar. (Alternative Foam) The present invention uses a reflector such as a plane mirror / parabolic mirror (pasting a reflective film containing copper or aluminum on a mirror, plate, etc., pasting aluminum foil on a plate, etc.) and sunlight. The light receiving part (solar cell, solar thermoelectric panel, etc.), steam liquid container, etc. is irradiated with reflected light, and the solar panel (solar cell, solar thermoelectric panel, etc.) is The power generation efficiency is improved by simultaneously receiving the reflected light from both sides and the back (solar panel, thermoelectric power generation panel, steam power generation, etc.) and the sunlight from the front side (condensing type / solar panel type hybrid). ) It is a solar power generation system. In order to generate electricity with good cost performance as much as possible, it is better to improve the light receiving area of sunlight, but mirrors, reflective films, aluminum foil, etc. are rational in terms of cost. Steam power generation using steam is also possible, but if you include the costs of manufacturing and installation, it is better to use solar panels for miniature mega solar. For example, as a mirror, a mirror having a reflectance of about 100% and an area of 200 cm x 200 cm is used at 4x4 or 5x5 (about 100kW to 200kW) (Solar Energy Power Generator: example, 1 unit: (2m x 2m), 4). x 4 = 16 units or 5 x 5 = 25 units and so on, 100kW ~ 200kW and so on). Since a solar cell having the same area is relatively expensive, it is more cost-effective to irradiate the solar cell or the solar thermoelectric panel with the reflected light received by the mirror. Further, since it is not necessary to mount the light receiving portion on a relatively high pillar, (installation cost, installation work safety, etc.), (cost) performance and (safety, security) performance are improved. Using computer control (computer control), motors (servo motors, stepping motors, DC motors, AC motors, linear motors, shaft motors,), gears (circular gears, crankshafts, latch gears, screw gears, etc.) ), Operate (control) to adjust the angle of a square / rectangular / polygonal / circular planar reflector, parabolic reflector, etc., to receive the reflected light of sunlight from the sunlight receiver (sunlight). Irradiate the panel, etc.). By computer control (computer control, technology), each reflector (mirror, etc.) (mirror unit) is operated independently, like MEMS technology, and the reflector (mirror, etc.) ( Move (set) the mirror unit) to the appropriate angle to make the system work. If the temperature rises high, it is reasonable (as appropriate) to use a (solar) thermoelectric panel (silicon type pn semiconductor, Si-Ge, etc.), so it is good. It is possible to create a photovoltaic power generation system (solar thermoelectric power generation system) with good cost performance and power generation efficiency by controlling the motor with a computer. In order to improve cost performance, the best form is to make the plane mirror into a parabolic reflector and drive (move, adjust the angle, etc.) the light receiving part. The present invention obtains a large amount of solar energy (solar energy) compared to the size of the land by designing (calculating) from the angle of sunlight and building a building appropriately even in a small land. It is a system characterized by being able to do. Create a three-dimensional (3D) geometric structure suitable for condensing light. Arrange the plane mirrors on a plane to control the angle, or arrange the plane mirrors in the shape of a parabolic reflector to fine-tune or fix the angle and send light (heat) to the condensing part. It is a solar power generation system characterized by condensing light. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System (Building)Lovely, 本発明吉野䞀虎倪陜光皇垝の塔、ビル型ビルディングのミニチュアメガ・゜ヌラヌ・システムのフレヌム構造図である。 地盀などの確認をしお、枬量しお、土、砂利、などを平たくしお、コンクリヌトなどを敷き、土台を䜜りオプションずしお、鉄棒鉄パむプなどを、コンクリヌトに埋め蟌み、土台ず同時に、暪ず瞊ず高さの軞鉄棒、鉄パむプ、朚、柱などの構造も安定させる。鉄パむプを甚いお、呚りを瞁取った二重構造に、オプションずしお斜め補匷を入れお、其々の階にも、呚りを瞁取った二重構造の足堎鉄パむプに朚を取り付けるを䜜っお、其々の階の間に、階段を蚭眮しお、䜜業䞭も駆動䞭も安党で、安定したフレヌム構造を䜜る。其々の階から、クレヌンなどで、鉄パむプ等を、その階に持ちあげお、その階からその䞊次の階を䜜る。これを、耇数回繰り返しお、高局ビルディングにする。党䜓の構造を安定させる党䜓の構造が安定しおいるこずを確認する。鏡、倪陜光パネルなどの重さに耐えれおや、颚にあおられた時の圧力力に耐えれる、匷床匷さを持っおいる。適宜な方面䟋えば、東面偎、南面偎、西面偎、時間倉化倪陜方向倉動角床、等を向くように、倪陜光パネルや反射板平面鏡角床型、パラボラ型、等を蚭眮する適宜な䜍眮䟋えば、南方に集光郚を蚭眮する。䟋えば、のビルディング壁ず屋䞊倩井に、玄W〜Wぐらいの日射量が、降り泚いでくるので、若し、発電効率が〜なら、W〜Wぐらいの出力が、芋蟌める。FIG. 65 is an image conceptual diagram of an ecology energy system (application) (solar energy / thermoelectric power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System (Building) Lovely, This is a (frame) structural diagram of a (building) (miniature) mega solar system of the present invention (Kazutora Yoshino). .. Check the ground, etc., measure it, flatten the soil, gravel, etc., lay concrete, etc., make a base (optionally, embed an iron rod ((iron) pipe) etc. in the concrete), base At the same time, it also stabilizes the structure of horizontal, vertical and height axes (iron rods, (iron) pipes, wood, pillars). Double-structured scaffolding with (iron) pipes edging around, with diagonal reinforcement as an option, and double-structured scaffolding with edging around each floor (wood on (iron) pipes) And install stairs between each floor to create a safe and stable frame structure while working and driving. From each floor, use a crane or the like to lift (iron) pipes, etc. to that floor, and build the upper (next) floor from that floor. Repeat this multiple times to make a (high-rise) building. Stabilize the overall structure (make sure the overall structure is stable). It has the strength (strength) to withstand the weight of mirrors, solar panels, etc., and the pressure (force) when it is blown by the wind. Solar panels and reflectors (plane mirror angle type, etc.) so that they face the appropriate direction (for example, east side (side), south side (side), west side (side), time-varying sun direction (fluctuation angle), etc.) Install a parabolic type, etc. (install a condensing unit at an appropriate position (for example, to the south)). For example, about 350kW to 400kW of solar radiation falls on a 10mx10mx40m building (walls and rooftop (ceiling)), so if the power generation efficiency is 10% to 100%, the output will be about 35kW to 400kW. , Can be expected. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌやロケット発射台の建造物の䜜り方)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System (Building Building Method)Lovely, 建築物建造物を䜜る方法。 コンクリヌト砂氎空気若しくは、ケむ砂氎ガラス二酞化炭玠など、鉄パむプ若しくは、ステンレスパむプなどを、ゞョむントなどで、組み合わせお、フレヌムを䜜る。 建物の䜿甚幎数が、〜幎ぐらいたでなら、コストパフォヌマンスは、コンクリヌト砂氎空気、鉄パむプ、防氎性ペンキの方が良いが、建物の䜿甚幎数幎以䞊なら、錆びないようにステンレスパむプオプションずしお、DLCコヌティングを甚いお、劣化しずらいようにケむ砂氎ガラス二酞化炭玠CO2を甚いるのが、最善の圢態である。 I颚車の台をベランダのむクすテンションに䜜る方法。 IIミニチュアビルを䜜る方法。コンクリヌト、鉄ステンレスパむプなどを、ゞョむントなどで、組み合わせお、ベヌス・フレヌムを䜜る。鉄ステンレスパむプなどを、ゞョむントなどで、組み合わせお、階段を䜜り、アセンド・フレヌムを䜜る。鉄ステンレスパむプなどを、ゞョむントなどで、組み合わせお、フロア・フレヌムを䜜り、朚の板などを取り付けお、足堎床を䜜る。ベヌス・フレヌム、アセンド・フレヌム、フロア・フレヌムを、ナニットフレヌムずする。これを耇数回繰り返しお、ナニット・フレヌムを積み重ねお、耇数階の建物建造物を䜜る。䟋えば、のビルフレヌム・ビル、ロケット発射台、等を䜜る。 III雚氎を集めたり、地䞋氎を甚いたりしお、地䞋氎槜プヌルを䜜る。スキュヌバダむビングの緎習や、宇宙飛行無重力の緎習・蚓緎を行う。FIG. 66 is an image conceptual diagram of an ecology energy system (application) (solar / thermoelectric / power generation system: (miniature) how to make a mega-solar or rocket launch pad structure). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System (Building Building Method) Lovely, How to make a building. Concrete + sand + water + air (or silica sand + water glass + carbon dioxide), iron pipes (or stainless steel pipes), etc. are combined with joints to make a frame. If the building has been used for 45 to 60 years, concrete + sand + water + air, iron pipes, and waterproof paint are better for cost performance, but if the building has been used for 60 years or more, it will not rust. The best form is to use a stainless steel pipe (optional DLC coating) and use silica sand + water glass + carbon dioxide (CO2) to prevent deterioration. (I) How to make the base of the windmill into the tension of the balcony. (II) (Miniature) How to make a building. A base frame is made by combining concrete, iron (stainless steel) pipes, etc. with joints. Combine iron (stainless steel) pipes with joints to make stairs and make ascend frames. Combine iron (stainless steel) pipes with joints to make a floor frame, and attach wooden boards to make scaffolding (floor). The base frame, ascend frame, and floor frame are used as unit frames. Repeat this multiple times to stack unit frames to create a multi-story building. For example, make a 10mx10mx40m building (frame building, rocket launch pad, etc.). (III) Create a groundwater tank (pool) by collecting rainwater or using groundwater. (Scuba) Practice diving and practice / training in space flight (weightlessness). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光光熱電熱発電システム)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy (ThermalEnergy Generator SystemLovely, 倪陜光光熱電熱発電システム 倪陜光の反射光の集光出力のデヌタ システム モルティプル・ファクタヌ 比范出力サンプル 比范出力珟実的、珟実化 比范出力出力倍率・出力効率 I倪陜光発電倪陜電池 倍面積の鏡  V 〜  V 倍II倪陜光発電熱電発電 倍面積の鏡  V 〜  V 倍III倪陜光発電ダむナモ 倍面積の鏡  V 〜  V 倍 倉換効率がなら倍、倉換効率がなら倍 䟋えば、倍〜倍ぐらいの反射光を甚いる際は、I倪陜光発電システム倪陜電池シリコン埓来型システムよりも、II倪陜光熱電発電システムや倪陜電池III-V族化合物倚接合型システム、若しは、氎氎蒞気、スチヌムタヌビンダむナモを甚いおIII倪陜光熱発電システムダむナモ型を䜜るのが、特性的に優れおいる。 効率の改善化ず、コストパフォヌマンス的には、III倪陜光熱発電システムを䜜るのが、特性的に優れおいるポテンシャルも高いので、合理的である。 本発明の最善の圢態は、集光型のIII倪陜光熱発電システムである。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Semiconductor Panel vs Dynamo System)Lovely, 吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyの蚭蚈するハむパワヌ集光型倪陜光発電システムでは、埓来型の倪陜電池パネルが䞍可胜であった、発電量コストの比率を数倍にさせるこずが出来る。 吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyのハむパワヌ集光型倪陜光発電システムでは、埓来型の倪陜電池パネルを甚いた同じぐらいの発電量のメガ゜ヌラヌシステムの玄ぐらいのコストに近づけるこずが、珟実的に可胜であり、将来的には、理論的には、玄〜ぐらいに近づけるこずも可胜である。又、埓来、倪陜電池の補造の際にが排出されるのに察しお、吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyのハむパワヌ集光型倪陜光発電システム補造の際には、が排出されない。 吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyの倧型のハむパワヌ集光型倪陜光システムのメガ゜ヌラヌ 吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyの倧型のハむパワヌ集光型倪陜光発電システム集光パネル型ず集光ダむナモ型のメガ゜ヌラヌの匷みず匱み埓来型の倪陜電池のメガ゜ヌラヌずの比范 『吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyの倧型のハむパワヌ集光型倪陜光発電システム』 コスト サむズ 重さ 粟床 速床 耐久性 拡倧性 静音性 効率 (半導䜓鏡)集光半導䜓パネル型 ○ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ アルミ鏡集光電磁ダむナモ型 ◎ ◎ ◎ ◎ ◎ ◎ ◎ ○ ◎ 吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyの倧型のハむパワヌ集光型倪陜光発電システムのメガ゜ヌラヌを、埓来の倪陜光電池のメガ゜ヌラヌず比范するず、集光パネル型ず集光ダむナモ型のメガ゜ヌラヌの䞡方ずも、倧型であるなら、ハむパワヌ集光型倪陜光発電システムのメガ゜ヌラヌは、埓来の倪陜電池のメガ゜ヌラヌに察しお、匷みず同レベルはあるが、匱みはない。ハむパワヌ集光型倪陜光発電システムのダむナモ型は、広倧な土地で掻甚するためにも蚭蚈されおいるので、ある皋床音があっおも問題はないが、宅地甚に、ハむパワヌ集光型倪陜光発電システムの集光ダむナモ型のナニットは、発電効率が良く、防音性に優れおいるため静穏性でも、埓来型のメガ゜ヌラヌず、殆ど同レベルである。吉野䞀虎宇宙䞖界皇垝YoshinoAdvancedEnergyの倧型のハむパワヌ集光型倪陜光発電システムの集光ダむナモ型のメガ゜ヌラヌの本圓の匷みは、日射量が倚い氎蟺の近くの広い土地での発電の際、倧量の電気゚ネルギヌの生成をするのず同時に、倧量の雚氎や川や海氎などを浄氎しお飲料氎を䜜るこずが出来るこずである。 波及効果コストパフォヌマンスの良いハむパワヌ集光型倪陜光発電システムを開発するこずによる豊富なハむパワヌ゚ネルギヌ生産によっお、雚氎などの浄氎による飲料氎や砂糖などの゚ネルギヌ生産補造が可胜になり、日本やアメリカでの゚ネルギヌ掻動を基本ずした食生掻などの生掻の基盀を安定させるこずが可胜になる十分なカロリヌ摂取量の生産等を行える。飲料氎の䞍足によっお起きるず予想される囜際玛争に察しお、日本やアメリカで、ハむパワヌ倪陜光発電システムを甚いお、事前に飲料氎を倧量に補造・貯蔵するこずによっお、飲料氎の戊略的埋蔵量の増倧をしお、玛争時・戊時に察凊をするための準備するこずが可胜になる。日本やアメリカで、飲料氎埋蔵量や飲料氎生産胜力飲料氎獲埗胜力が十分にあれば、少なくずも囜際レベルの飲料氎奪取のための囜際玛争や戊争に巻き蟌たれないで枈む可胜性はある。又、ハむパワヌ集光型倪陜光発電システムによっお、日本やアメリカが、豊富な氎資源や゚ネルギヌを獲埗・貯蔵・保有するこずが出来るなら、囜際レベルの飲料氎の玛争や戊争を平和解決出来るだけの朜圚的な胜力を獲埗するこずが、可胜になる。ハむパワヌ集光型倪陜光発電システムは、囜際的にも色々な堎所特に赀道に近くお海岞沿いの堎所沖瞄、アラブの海岞、若しくは、日射量が倚い広倧な土地サハラ砂挠、アリゟナ砂挠、等でも、有効な方法なので、囜際的な゚ネルギヌ問題ず綺麗な飲料氎の䞍足の問題に、察凊できる可胜性もある。囜際的にも゚ネルギヌず綺麗な飲料氎の生産が可胜になる。又、集光型発電システムは、駆動時、補造時におけるの削枛にも圹立぀。又、ダむナモ・モヌタヌの補造によっお、゚ネルギヌ生産の増倧向䞊によっお、利益を向䞊できるなら、ダむナモ・モヌタヌの補造量の加速が可胜になる。ダむナモ・モヌタヌの組み立おなどの補造は工堎レベルず家庭レベルの䞡方で可胜であるため、加速的に、巚倧な雇甚垂堎を、創出するこずになり埗る。倧量のダむナモ・モヌタヌによっお、巚倧な゚ネルギヌ生産ができれば、䞖界特に、日本やアメリカの゚ネルギヌ問題は、解決する可胜性が十分ある。ダむナモ・モヌタヌの発電効率を数パヌセント向䞊するこずが出来お、そのダむナモ・モヌタヌを䜿甚するなら、倪陜光発電だけでなく、颚力発電、火力発電、氎力発電、海掋力発電、地熱発電、源泉バむナリヌ発電などの発電効率も、同時に数パヌセント向䞊させるこずが可胜になる。ダむナモ・モヌタヌの高効率化ずその䜿甚数の向䞊によっお、䞖界特に、日本やアメリカの経枈が、同時に数パヌセント向䞊するこずも可胜になる。FIG. 67 is an image conceptual diagram of an ecology energy system (application) (solar (light / thermoelectric / heat) power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy (Thermal) Energy Generator SystemLovely, Photovoltaic (light / thermoelectric / thermal) power generation system: Photovoltaic (light / thermoelectric / thermal) power generation system: Condensation (output) data of reflected light of sunlight: System x maltipple factor Comparative output (sample) Comparative output (realistic, realization) Comparative output (output magnification / output efficiency) (I) Photovoltaic power generation (solar cell) x 100 times (mirror of area) 1.0 V to 10.0 V 2 Double (II) Photovoltaic power generation (thermoelectric power generation) x100 times (mirror of area) 10.0 V ~ 100.0 V 10 times (III) Photovoltaic power generation (Dynamo) x100 times (mirror of area) 100.0 V ~ 1000.0 V 100 times (10 times if the conversion efficiency is 10%, 100 times if the conversion efficiency is 100%) When using reflected light (for example, about 100 times to 10,000 times), (I) Solar power generation system (II) Photovoltaic power generation system (or solar cell (III-V group compound (multi-junction) type) system), or (water (water vapor, steam)) rather than (solar cell (conventional silicon type) system) ) + Turbine +) It is characteristically excellent to make a (III) photovoltaic power generation system (Dynamo type) using Dynamo. In terms of efficiency improvement and cost performance, (III) solar thermal power generation system is excellent in characteristics (it is rational because it has high potential). The best form of the present invention is a condensing (III) solar thermal power generation system. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Semiconductor Panel vs Dynamo System) Lovely, Kazutora Yoshino The high-power concentrating photovoltaic system designed by YoshinoAdvancedEnergy uses conventional solar panels. The ratio of (power generation / cost), which was impossible, can be multiplied by several times. Yoshino Kazutora's high-power concentrating photovoltaic system from the World Emperor of the Space (YoshinoAdvancedEnergy) can approach the cost of about 70% of the cost of a mega-solar system with similar power generation using conventional solar panels. It is practically possible, and in the future, it is theoretically possible to approach about 25 to 45%. In addition, while conventional CO2 is emitted when manufacturing solar cells, CO2 is not emitted when manufacturing a high-power concentrating photovoltaic power generation system by Yoshino Advanced Energy. .. (Mega Solar of (Large) High Power Concentrating Solar System of Yoshino Kazutora Space World Emperor (YoshinoAdvancedEnergy)) (Large) High Power Concentrating Solar Power System of Yoshino Kazutora Space World Emperor (YoshinoAdvancedEnergy) Strengths and weaknesses of mega-solar (condensing panel type and condensing dynamo type) (comparison with mega-solar of conventional solar cells) Type solar power generation system ” Cost Size Weight Accuracy Speed Durability Enlargement Quietness Efficiency (Semiconductor mirror) Condensing <Semiconductor> Panel type ○ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ (Aluminum mirror) Condensing <electromagnetic> Dynamo type ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ○ ◎ Comparing the mega-solar of the (large) high-power concentrating photovoltaic power generation system of Yoshino AdvancedEnergy with the mega-solar of conventional solar cells, the condensing panel type and condensing dynamo type mega. If both solars are large, the high-power concentrating photovoltaic system Megasolar has the same level of strength as the conventional solar cell megasolar, but no weaknesses. (The dynamo type of high-power concentrating photovoltaic power generation system is designed for use in vast lands, so there is no problem even if there is some noise, but it is a high-power condensing type for residential land. The condensing dynamo type unit of the photovoltaic power generation system has good power generation efficiency and excellent soundproofing, so it is quiet, which is almost the same level as the conventional mega solar.) Kazuma Yoshino Space World Emperor ( The real strength of YoshinoAdvancedEnergy's (large) high-power concentrating PV system condensing dynamo-type mega-solar is that it produces a large amount of solar radiation (near the water's edge) on large lands. At the same time as generating (electrical) energy, it is possible to purify (a large amount of) rainwater, rivers, seawater, etc. to make drinking water. Ripple effect (1) Abundant high-power energy production by developing a high-power concentrating photovoltaic power generation system with good cost performance will enable the production and production of energy such as drinking water and sugar by purifying rainwater. It will be possible to stabilize the basis of life such as eating habits based on energy activities in Japan and the United States (it is possible to produce sufficient calorie intake, etc.). (2) In response to international conflicts that are expected to occur due to a shortage of drinking water, drinking water is produced and stored in large quantities in advance using a high-power solar power generation system in Japan and the United States. It will be possible to increase the strategic reserves of the system and prepare for dealing with conflicts and wars. (In Japan and the United States, if drinking water reserves and drinking water production capacity (drinking water acquisition capacity) are sufficient, there is a possibility that at least international conflicts and wars for the capture of drinking water at the international level will not be involved. Also, if Japan and the United States can acquire, store, and possess abundant water resources and energy through high-power concentrating solar power generation systems, peaceful resolution of international-level drinking water conflicts and wars. It will be possible to acquire as much (potential) capacity as possible.) (3) High-power concentrating solar power systems are available in various locations internationally (especially near the equator and along the coast). It is an effective method even in places (Okinawa, Arab coast, or vast land with a lot of sunlight (Sahara Desert, Arizona Desert), etc.), so it can be used for international energy problems and lack of clean drinking water. There is a possibility that it can be dealt with. It will be possible to produce energy and clean drinking water internationally. (4) The concentrating power generation system will also help reduce CO2 during driving and manufacturing (). 5) Also, if the production of drinking water can improve profits by increasing (improving) energy production, it will be possible to accelerate the production of drinking water. Manufacturing such as assembly of drinking water is at the factory level. It can create huge employment markets at an accelerated pace, both at the household level and at the household level. If a large amount of drinking water can produce huge energy, the world (especially Japan and the United States) There is a good chance that the energy problem of the , Water power generation, ocean power power generation, geothermal power generation, source binary power generation, etc. can be improved by several percent at the same time. It will also be possible for the economy of Japan and the United States) to improve by a few percent at the same time. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光光熱電熱発電システムコンピュヌタヌ制埡)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy (ThermalEnergy Generator System (Computer Control)Lovely, 倪陜光光熱電熱発電システムMEMS型のコンピュヌタヌ制埡 䟋えば、の反射鏡配列ミラヌ・アレむ、ミラヌ・マトリクスを甚いるなら、 倪陜の䜍眮や、モヌタヌギダの䜍眮鏡の䜍眮、出力デヌタ、等、をセンサヌ等で読み取ったデヌタを、を介しお、コンピュヌタヌCPUに入力しお、解析、蚈算、情報凊理などしお、を介しお、適宜な情報電圧デヌタ等を、カヌド・セレクタヌ機胜によっお、適宜なモヌタヌ・ドラむバヌ・ボヌドのDAコンバヌタヌに出力しお、適宜なナニットのモヌタヌ・ドラむバヌ・ボヌドずモヌタヌを制埡する。タむマヌでルヌプにしおもよい。 フロヌ・チャヌト スタヌト → タむマヌに合わせお、倪陜の䜍眮や、モヌタヌギダの䜍眮鏡の䜍眮、出力デヌタ、等、をセンサヌ等で読み取る。 → コンピュヌタヌは、必芁なら、を介しお、モヌタヌギダの䜍眮角床があるべき所に移動するように、カヌド・セレクタヌで、適宜なカヌドを遞び、適宜なDAコンバヌタヌに、適宜な電圧を出力する。 → カヌド・セレクタヌは、、スむッチ機胜で、DAコンバヌタヌドラむバヌトランゞスタヌず適宜なモヌタヌぞの接続をしお、モヌタヌギダ鏡を駆動する。 → タむマヌに合わせお、必芁なら、リピヌトする。 プログラムコンセプトif (timer == t + T1*delta_t) {for (i = 1; i <17; i++) { Card_Selector_Address = function_(i); output(PortC(II), Card_Selector_Address); output(PortA, Output_Value_A(i)); output(PortB, Output_Value_B(i)); output(PortC(I), Output_Value_C(I)(i)); プログラムむンタヌフェヌスint i;int iv1;int iv2;int iv3;int Sun;int Motor_Location;int Power_Amount;int Card_Selector_Address;int Output_Value_A(17, 360, 360, 255);int Output_Value_B(17, 360, 360, 255);int Output_Value_C(17, 360, 360, 255);Sun=1;Motor_Location=2;Power_Amount=3;Card_Selector_Address=1;Output_Value_A(17)=0;Output_Value_A(17)=0;Output_Value_A(17)=0;if (timer == t + T1*delta_t) { iv1=input(Data_Package(Sun)); iv2=input(Data_Package(Motor_Location)); iv3=input(Data_Package(Power_Amount));for (i = 1; i <17; i++) { Card_Selector_Address = function_(i, iv1, iv2, iv3); output(PortC(II), Card_Selector_Address); output(PortA, Output_Value_A(i, iv1, iv2, iv3)); output(PortB, Output_Value_B(i, iv1, iv2, iv3)); output(PortC(I), Output_Value_C(I)(i, iv1, iv2, iv3)); プログラムオルタヌネティノint i;int iv1;int iv2;int iv3;int Sun;int Motor_Location;int Power_Amount;int Card_Selector_Address;Function Data_Package(4);Function Output_Value (4,17, 360, 360, 255);Sun=1;Motor_Location=2;Power_Amount=3;Card_Selector_Address=1;Output_Value_A(17)=0;Output_Value_A(17)=0;Output_Value_A(17)=0;if (timer == t + T1*delta_t) { iv1=input(Data_Package(Sun)); iv2=input(Data_Package(Motor_Location)); iv3=input(Data_Package(Power_Amount));for (i = 1; i <17; i++) { Card_Selector_Address = function_(i, iv1, iv2, iv3); output(PortC(II), Card_Selector_Address); output(PortA, Output_Value(1, i, iv1, iv2, iv3)); output(PortB, Output_Value(2, i, iv1, iv2, iv3)); output(PortC(I), Output_Value(3, i, iv1, iv2, iv3));FIG. 68 is an image conceptual diagram of an ecology energy system (application) (solar (light / thermoelectric / heat) power generation system: computer control). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar (Light) Energy (Thermal) Energy Generator System (Computer Control) Lovely, Solar (light / thermoelectric / thermal) power generation system (computer control (MEMS type)): For example, 4x4 reflection If a mirror array (mirror array, mirror matrix) is used, the data obtained by reading the position of the sun, the position of the motor (+ gear) (position of the mirror), output data, etc. with a sensor etc. is read via 8255. Then, it is input to the computer (CPU), analyzed, calculated, processed, etc., and appropriate information (voltage data) etc. is input via 8255 by the card selector function of the appropriate motor driver board. Output to the D / A converter to control the motor driver board and motor of the appropriate unit. You may loop with a timer. Flow chart: Start → Read the position of the sun, the position of the motor (+ gear) (the position of the mirror), the output data, etc. with a sensor etc. according to the timer. → If necessary, select the appropriate card with the card selector so that the computer moves the position (angle) of the motor (+ gear) to the place where it should be, via 8255, and (appropriate) D / A. Output an appropriate voltage to the converter. → The card selector is a switch function that connects the D / A converter (+ driver (transistor)) to an appropriate motor to drive the motor (+ gear) (+ mirror). → Repeat if necessary according to the timer. Program (concept): if (timer == t + T1 * delta_t) {for (i = 1; i <17; i ++) {Card_Selector_Address = function_ (i); output (PortC (II), Card_Selector_Address); output (PortA) , Output_Value_A (i)); output (PortB, Output_Value_B (i)); output (PortC (I), Output_Value_C (I) (i));}} Program (interface) int i; int iv1; int iv2; int iv3 ; int Sun; int Motor_Location; int Power_Amount; int Card_Selector_Address; int Output_Value_A (17, 360, 360, 255); int Output_Value_B (17, 360, 360, 255); int Output_Value_C (17, 360, 360, 255); Sun = 1; Motor_Location = 2; Power_Amount = 3; Card_Selector_Address = 1; Output_Value_A (17) = 0; Output_Value_A (17) = 0; Output_Value_A (17) = 0; if (timer == t + T1 * delta_t) {iv1 = input (Data_Package (Sun)); iv2 = input (Data_Package (Motor_Location)); iv3 = input (Data_Package (Power_Amount)); for (i = 1; i <17; i ++) {Card_Selector_Address = function_ (i, iv1, iv2) , iv3); output (PortC (II), Card_Selector_Addres s); output (PortA, Output_Value_A (i, iv1, iv2, iv3)); output (PortB, Output_Value_B (i, iv1, iv2, iv3)); output (PortC (I), Output_Value_C (I) (i, iv1) , iv2, iv3));}} Program (Alternative) int i; int iv1; int iv2; int iv3; int Sun; int Motor_Location; int Power_Amount; int Card_Selector_Address; Function Data_Package (4); Function Output_Value (4,, 17, 360, 360, 255); Sun = 1; Motor_Location = 2; Power_Amount = 3; Card_Selector_Address = 1; Output_Value_A (17) = 0; Output_Value_A (17) = 0; Output_Value_A (17) = 0; if (timer = = t + T1 * delta_t) {iv1 = input (Data_Package (Sun)); iv2 = input (Data_Package (Motor_Location)); iv3 = input (Data_Package (Power_Amount)); for (i = 1; i <17; i ++) {Card_Selector_Address = function_ (i, iv1, iv2, iv3); output (PortC (II), Card_Selector_Address); output (PortA, Output_Value (1, i, iv1, iv2, iv3)); output (PortB, Output_Value (2,, iv3)) i, iv1, iv2, iv3)); output (PortC (I), Output_Valu e (3, i, iv1, iv2, iv3));}} 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Building: Chair Type)Lovely, 本発明吉野䞀虎倪陜光皇垝の塔、怅子型ビルディングのミニチュアメガ・゜ヌラヌ・システムのフレヌム構造図である。 倪陜光パネルマトリクス、若しくは、鏡配列ミラヌ・アレむ、ミラヌ・マトリクスを眮いおも、十分な匷床を持ちながら、コストパフォヌマンスの良いフレヌムの構造を䜜る獲埗する。 最善の圢態が、怅子型である。怅子型が、東を向いおいるなら、背もたれの郚分を䞡面で䜿えお、座る郚分の片面が䜿える。南向き片面に、もう䞀枚、背もたれを远加しおも良い。 鏡配列ミラヌ・アレむ、ミラヌ・マトリクスを甚いお、MEMS型のコンピュヌタヌ制埡を行い、効率の良い発電機ダむナモを甚いるなら、十分な、利益が芋蟌める。FIG. 69 is an image conceptual diagram of an ecology energy system (application) (solar energy / thermoelectric power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Building: Chair Type) Lovely, the present invention (Kazutora Yoshino), chair type (building) (miniature) mega solar system (frame) It is a structural drawing. Even if a solar panel (matrix) or a mirror array (mirror array, mirror matrix) is placed, a frame structure with good cost performance is created (acquired) while having sufficient strength. The best form is the chair type. If the chair type faces east, you can use the backrest on both sides and the seat on one side. You may add another backrest to the south (one side). If a mirror array (mirror array, mirror matrix) is used for computer control (MEMS type) and an efficient generator (dynamo) is used, sufficient profit can be expected. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Building Foot Ball Type)Lovely, 本発明吉野䞀虎倪陜光皇垝の塔、怅子型ビルディングのミニチュアメガ・゜ヌラヌ・システムのフレヌム構造図である。 倪陜光パネルマトリクス、若しくは、鏡配列ミラヌ・アレむ、ミラヌ・マトリクスを眮いおも、十分な匷床を持ちながら、コストパフォヌマンスの良いフレヌムの構造を䜜る獲埗する。 コストパフォヌマンスを良くするなら、最善の圢態が、フットボヌル型である。柱ポヌルの郚分が、回転匏になっおいお、倪陜の方向を向くように、コンピュヌタヌモヌタヌギダ制埡しおも良い。 鉄パむプ氎道管パむプ朚、等を、ゞョむントで繋げる、若しくは、溶接によっお、接合させるくっ付ける。これによっお、本の鉄パむプで、匷床が十分な構造を、䜜れる。 必芁なら䞋郚二本の脚の内埄に入る倖埄の延長パむプを繋いで、拡匵しお安定させおも良いが、脚の代わりに、柱ポヌルの台の郚分を、地䞋に埋め蟌み、コンクリヌトなどで固めおも良い。 䞊郚ず䞋郚を、グラりンドで䜜り、䞋郚を立おお、固定しお、䞊郚を䞊からクレヌン車で吊るしお若しくは、家の近くなら、ベランダや、屋䞊などから吊るしお、取り付けるこずが、可胜である。 倪陜光パネルを甚いるなら倪陜の方向を向くように、柱ポヌルや倪陜光パネルの角床をコンピュヌタヌ制埡するこず可胜なら、ある皋床の利益は芋蟌める。 鏡配列ミラヌ・アレむ、ミラヌ・マトリクスを甚いお、MEMS型のコンピュヌタヌ制埡を行い、効率の良い発電機ダむナモを甚いるなら、十分な、利益が芋蟌める。 吉野カズトラ宇宙䞖界皇垝の䞀蚀『フットボヌル型は、倪陜光発電のフレヌム・ベヌスに甚いるこずが出来お、又、ダむナモ・モヌタヌのロヌテヌション・ベヌスに甚いるこずが出来るので、開発には、䞀石二鳥䞀挙䞡埗である。』FIG. 70 is an image conceptual diagram of an ecology energy system (application) (solar energy / thermoelectric power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Building Foot Ball Type) Lovely, the present invention (Kazutora Yoshino), chair type (building) (miniature) mega solar system (frame) It is a structural drawing. Even if a solar panel (matrix) or a mirror array (mirror array, mirror matrix) is placed, a frame structure with good cost performance is created (acquired) while having sufficient strength. If you want to improve cost performance, the best form is the football type. A computer (+ motor + gear) may be controlled so that the pillar (pole) part is a rotary type and faces the direction of the sun. Iron pipes (/ water pipes / wood, etc.) are connected (attached) by joints or by welding. As a result, a structure with sufficient strength can be created with seven iron pipes. If necessary, you can extend and stabilize it by connecting an extension pipe with an outer diameter that goes into the inner diameter of the lower two legs, but instead of the legs, the basement part of the pillar (pole) is embedded underground and concrete. You may harden it with such as. The upper part and the lower part can be made on the ground, the lower part can be erected, fixed, and the upper part can be hung from above with a crane (car) (or, if it is near the house, hung from the balcony or rooftop) and attached. , It is possible. If you use solar panels (if you can computer control the angles of the pillars and solar panels to face the sun), you can expect some benefit. If a mirror array (mirror array, mirror matrix) is used for computer control (MEMS type) and an efficient generator (dynamo) is used, sufficient profit can be expected. A word from Emperor Kazutra Yoshino: "The football type can be used as a frame base for solar power generation and as a rotation base for dynamo motors, so for development, two birds with one stone ( It is a win-win). 』\ 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光・熱電・発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Building: King Chair Type)Lovely, 吉野カズトラ宇宙䞖界皇垝の光ず氎ず電気 本発明吉野䞀虎倪陜光皇垝の塔、王の怅子型ビルディングバルコニヌ型のミニチュアメガ・゜ヌラヌ・システムのフレヌム構造図である。 倪陜光パネルマトリクス、若しくは、鏡配列ミラヌ・アレむ、ミラヌ・マトリクスを眮いおも、十分な匷床を持ちながら、コストパフォヌマンスの良いフレヌムの構造を䜜る獲埗する。 特に最善の圢態が、王の怅子型バルコニヌ型である。怅子型が、東を向いおいるなら、背もたれの郚分を䞡面で䜿えお、座る郚分の片面が䜿える。南向き片面に、もう䞀枚、背もたれを远加しおも良い。 鏡配列ミラヌ・アレむ、ミラヌ・マトリクスを甚いお、鏡配列の其々の鏡の角床やポゞション、䜍眮を、駆動手段モヌタヌステッピングモヌタヌ、等、リニア・モヌタヌ、シャフト・モヌタヌ、゜レノむド、リニアステヌゞ、等を甚いお、調敎しおMEMS型のコンピュヌタヌ制埡を行い、効率の良い発電機ダむナモを甚いるなら、十分な、利益が芋蟌める。 オプションずしお、集光郚ブラック・ボックス、ブラック・スフィア、等をリニアステヌゞモヌタヌステッピングモヌタヌ、等、リニア・モヌタヌ、シャフト・モヌタヌ、゜レノむド、等で、ポゞションを移動しお、より光が集たるずころに、移動しおも良い。集光郚ぞ氎スチヌムフロン化ガス等を、送る際、ポゞションの蚭定が可胜なように、スプリング型スプリング状のホヌスホワむト・スネヌク、等を蚭眮する。 王の怅子型バルコニヌ型は、屋根や、パネル局の床で、雚氎を回収しお、りォヌタヌ・タンク貯氎槜に貯める。雚氎を、倪陜光で、枩めお、スチヌムを䜜り、プロペラタヌビンを回し、発電機ダむナモ・モヌタヌで発電しお、コントロヌラヌで、に倉換しおバッテリヌに貯めお、むンバヌタヌで、にしお、送電売電する。スチヌムを回収しお、飲料氎蒞留氎を䜜る。たた、発電機ダむナモ・モヌタヌ、コントロヌラヌから来る電気を甚いお、バッテリヌだけでなく、氎を、電気分解しお、氎玠ず酞玠にしお、貯蔵しおも良くお、゚ネルギヌを必芁に応じお、氎玠ず酞玠を反応させお燃料電池で、発電しお、むンバヌタヌで、にしお、送電売電する。 王の怅子型バルコニヌ型は、埌玉県入間垂䞋藀沢−の吉野信法王の家ず庭の土地に合わせるず、䟋えば、庭に合わせお、長さ〜高さ〜幅〜ぐらいにしお、バルコニヌの床の高さは、〜ぐらいで、ミラヌ・アレむの高さは、ぐらいで、バルコニヌのフレヌム倪陜光が通る隙間で、足台ずなる幅に现めのフレヌムを幟぀か敷くは、〜ぐらいにする。鉄パむプず、氎道管の組み合わせになる。りォヌタヌ・タンクは、長さ〜高さ〜幅〜ぐらいにする。発電甚スチヌムによる飲料氎補造機に甚いるりォヌタヌ・タンクず、氎の氎玠ず酞玠ぞの電気分解甚のりォヌタヌ・タンク氎玠タンク酞玠タンクを、䜵甚するず、䞀挙䞡埗である。FIG. 71 is an image conceptual diagram of an ecology energy system (application) (solar energy / thermoelectric power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Building: King Chair Type) Lovely, Yoshino Kazutora Space World Emperor's Light, Water and Electricity: The present invention (Yoshino Kazutora Solar Energy Emperor's Tower), King's Chair Type (Building: King Chair Type) It is a (frame) structural diagram of a (miniature) mega solar system of a building) (bench type). Even if a solar panel (matrix) or a mirror array (mirror array, mirror matrix) is placed, a frame structure with good cost performance is created (acquired) while having sufficient strength. The best form is the king's chair type (balcony type). If the chair type faces east, you can use the backrest on both sides and the seat on one side. You may add another backrest to the south (one side). Using a mirror array (mirror array, mirror matrix), the 2D / 3D angle (or 3D position, position) of each mirror in the mirror array can be determined by driving means (motor (stepping motor, etc.), linear motor). , Shaft motors, solenoids, linear stages, etc.), adjusted (with computer control (MEMS type)), and efficient generators (dynamos) can be fully profitable. As an option, the light collector (black box, black sphere, etc.) can be moved to the 2D / 3D position with a linear stage (motor (stepping motor, etc.), linear motor, shaft motor, solenoid, etc.). You may move to a place where more light gathers. A spring-type (spring-shaped) hose (white snake, etc.) is installed so that the 3D position can be set when sending water (steam) / (fluorocarbon gas), etc. to the condensing unit. The king's chair type (balcony type) collects rainwater on the roof and the floor of the panel layer and stores it in a water tank (water tank). Heat rainwater with sunlight to make steam, turn a propeller (turbine), generate electricity with a generator (dynamo motor), store it in a battery (converted to DC with a controller), and use an inverter. , 100V (50Hz / 60Hz) for power transmission (selling). Collect steam to make drinking water (distilled water). Also, using electricity coming from a generator (dynamo motor) and controller, not only the battery but also water may be electrolyzed into hydrogen and oxygen for storage, and energy may be stored as needed. , (Reacting hydrogen and oxygen) generates electricity with a fuel cell, makes it 100V (50Hz / 60Hz) with an inverter, and transmits (sells) electricity. The king's chair type (balcony type) fits the land of Yoshino Nobuho's house (and garden) at 550-11 Shimofujisawa, Iruma City, Saitama Prefecture, for example, (length) (8m-10m) according to the garden. ) X (height) (8m-12m) x (width) (3m-4m), the balcony floor height is about 3m-3.5m, and the mirror array height is 3. At about 5m, the balcony frame (a gap where sunlight passes and some narrow frames are laid to the width of the footrest) should be about 3.5m-4m. It is a combination of an iron pipe and a water pipe. The water tank should be about length (1 m to 2 m) x height (4 m to 12 m) x (width) (3 m to 4 m). If you use a water tank used for a drinking water making machine using steam for power generation and a water tank + hydrogen tank + oxygen tank for electrolyzing water into hydrogen and oxygen, you can get both benefits at once. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光倪陜電池、熱電パネル発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System Lovely, 吉野カズトラ宇宙䞖界皇垝の集光型倪陜光発電システムである。 静音、集光手段などによっお出力向䞊、シリコン、半導䜓などの、倪陜光パネル発電ナニット倪陜光電池ナニット、熱電発電パネルナニットなど配列、アレむの䜿甚率を最適化しお、コストパフォヌマンスを良くするこずを、目的ずした集光型倪陜光発電システムである。 鏡平面鏡、パラボラ鏡、レンズフルネルレンズ、マむクロアレむレンズなどの集光手段によっお、倪陜光を集め、倪陜光パネルに照射しお、出力を向䞊する。メカニカルな郚分が、鏡の䜍眮や角床の調敎や、倪陜光パネルの䜍眮や角床の調敎だけなので、静音で、倪陜光発電パネルアレむの出力向䞊になる。FIG. 72 is an image conceptual diagram of an ecology energy system (application) (concentrating solar (solar cell, thermoelectric panel) power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System Lovely, Yoshino Kazutora This is a concentrating solar power generation system of the Emperor of the Universe. Increased output by quietness, condensing means, etc., and optimized the usage rate of solar panel power generation units (solar cell units, thermoelectric power generation panel units, etc.) (arrangements, arrays) to improve cost performance. It is a concentrating photovoltaic power generation system whose purpose is to improve. Sunlight is collected by a condensing means such as a mirror (plane mirror, parabolic mirror) or a lens (fullnel lens, microarray lens) and irradiates the solar panel to improve the output. Since the mechanical part is only the adjustment of the position and angle of the mirror and the adjustment of the position and angle of the solar panel, it is quiet and the output of the photovoltaic power generation panel (array) is improved. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光倪陜電池、熱電パネル発電システムの配線図ミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System Lovely, 吉野カズトラ宇宙䞖界皇垝の集光型倪陜光発電システムの配線図である。発電機ダむナモ、ダむナモ・モヌタヌや倪陜光パネルによる発電が可胜である。 発電機ダむナモ、ダむナモ・モヌタヌや倪陜光パネルをコントロヌラヌに接続する。オプションずしお、鏡の䜍眮や角床の調敎機構をコントロヌラヌに接続する。オプションずしお、集光郚の䜍眮や角床の調敎機構をコントロヌラヌに接続する。 バッテリヌをコントロヌラヌに、接続する。電気パヌツは、基本、バッテリヌから埗る。バッテリヌをむンバヌタヌパワヌコンディショナヌに接続する。むンバヌタヌパワヌコンディショナヌを、売電メヌタヌ蚈量噚に接続する。売電メヌタヌ蚈量噚を配電線に接続する。FIG. 73 is an image conceptual diagram of an ecology energy system (application) (wiring diagram of a condensing solar (solar cell, thermoelectric panel) power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System Lovely, Yoshino Kazutora This is a wiring diagram of the concentrating solar power generation system of the Emperor of the Universe. It is possible to generate electricity using a generator (dynamo, dynamo motor) or a solar panel. Connect a generator (dynamo, dynamo motor) or solar panel to the controller. As an option, connect a mirror (position and angle adjustment mechanism) to the controller. As an option, connect the light collector (position and angle adjustment mechanism) to the controller. Connect the battery to the controller. Electrical parts are basically obtained from the battery. Connect the battery to the inverter (power conditioner). Connect the inverter (power conditioner) to the power selling meter (measuring instrument). Connect the power selling meter (measuring instrument) to the distribution line. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光倪陜電池、熱電パネル発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Balcony (Lens/Reflector) Style)Lovely, 吉野䞀虎宇宙䞖界皇垝のバルコニヌ型倪陜光発電システムは、倧面積にある倪陜光゚ネルギヌを、コンピュヌタヌ制埡された集光手段反射鏡やレンズを甚いお、高濃床゚ネルギヌに、䞀床、若しくは、耇数回濃瞮するこずを特城技術ずする。 反射鏡型は、䟋えば、倪陜光を、其々がコンピュヌタヌ制埡された耇数の反射鏡平面鏡を甚いお、パラボラ鏡に集めお光を反射させお集光的に集めお、オプションずしお、パラボラ鏡の光をレンズで集めお、光熱を、集光郚に照射する。集光郚は、ブラック・ボックスブラック・スフィア、等、若しくは、倪陜光パネル倪陜電池、熱電発電パネル等で、良い。 レンズ型は、䟋えば、バルコニヌに配列した、レンズレンズ・アレむを、甚いお、倪陜光を集光させる。其々がコンピュヌタヌ制埡されたレンズは、光を䞀点パネルの䞀面、若しくは、パネルの耇数面に、集光させる。レンズ虫めがねのようなレンズを甚いお、集光しおも良い。又、フルネルレンズ・シヌト等を曲面を描くように蚭眮しお、集光しおも良い。レンズの間に隙間を䜜りレンズが円圢なら、角の間隔等に隙間ができる、ある皋床の光が、䞭庭地面䞋郚、等に、届くようにしお、葡萄、等、匱い光でも育぀ような怍物を栜培するこずが可胜である。又、光を集光するスペヌスの角床以倖に、日光が、照射する堎所があり埗るので、梅の朚畑などを、バルコニヌの䞋に、䜜るのも可胜である。梅の朚は、レンズで集光された、発電甚の光を劚げないように、高さの調敎䟋えば、バルコニヌがぐらいなら、梅の朚は、ぐらいの高さに切っお揃える。などの手入れをしおも良い。売電で埗た収益を甚いお、梅の朚畑をより倧きくしお行くのも可胜である。売電をするのを基本ずしおも良いが、倪陜光の日射量からくる熱を、盎接熱利甚などしお、熱加工、プラスチック補品の補造をしたり、雚氎を浄化したり、海氎から、飲料氎ず塩を生産するこずも可胜である。FIG. 74 is an image conceptual diagram of an ecology energy system (application) (concentrating solar (solar cell, thermoelectric panel) power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Balcony (Lens / Reflector) Style) Lovely, Kazutora Yoshino It is characterized by concentrating (once or multiple times) to high-concentration energy using a condensing means (reflector or lens). The reflector type, for example, collects sunlight in a parabolic mirror using multiple reflectors (plane mirrors), each of which is controlled by a computer, and reflects the light to collect it in a condensed manner (optionally). The light of the parabolic mirror is collected by a lens), and the light (heat) is applied to the condensing part. The light collecting unit may be a black box (black sphere, etc.), a solar panel (solar cell, thermoelectric power generation panel, etc.), or the like. In the lens type, for example, a lens (lens array) arranged on a balcony is used to collect sunlight. Each computer-controlled lens focuses light on one point (one side of the panel or multiple sides of the panel). (Lens: A lens such as a magnifying glass may be used to collect light. Alternatively, a full-nel lens sheet or the like may be installed so as to draw a curved surface to collect light.) Gap between lenses (If the lens is circular, there will be gaps between the corners, etc.) so that a certain amount of light can reach the courtyard (ground (bottom), etc.), and plants that grow even with weak light, such as grapes. It is possible to cultivate. In addition to the space (angle) that collects light, there may be places where sunlight irradiates, so it is possible to create a plum tree (field) or the like on the balcony (under). Adjust the height of the plum tree so that it does not interfere with the light collected by the lens for power generation (for example, if the balcony is about 3 m, cut the plum tree to a height of about 2.5 m. You may take care of them.) It is also possible to make the plum trees (fields) larger by using the profits obtained from selling electricity. You may sell electricity (basically), but you can use the heat generated by the amount of solar radiation (directly) for heat processing, manufacturing plastic products, and purifying rainwater. It is also possible to produce drinking water and salt from seawater. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光倪陜電池、熱電パネル発電システム颚力発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System + Wind Energy Generator SystemLovely, 吉野カズトラ宇宙䞖界皇垝の発電システムは、倪陜光発電ず、颚力発電ずを䞀緒に合わせた、オタマゞャクシ型ブラック・スフィア集光球しっぜ矜を甚いお、颚の向きを向くオタマゞャクシによっお、颚車のプロペラの片偎をカバヌしお隠しお、グレヌディ゚ントを䜜り、颚力発電するのず、倪陜光の集光郚を䞡立させお、塔の先端に䜜るこずによっお、゚ネルギヌを埗るこずを特城ずした、䞀挙䞡埗なシステムであるこずも可胜である。FIG. 75 is an image conceptual diagram of an ecology energy system (application) (concentrated solar (solar cell, thermoelectric panel) power generation system + wind power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System + Wind Energy Generator SystemLovely, Yoshino Kazutora Space World Emperor's power generation system is a combination of solar power generation and wind power generation. + Tail feathers) are used to cover (hide) one side of the propeller of the wind turbine with an Otamajakushi that faces the direction of the wind to create a gradient, and both generate wind power and condense sunlight. It is a system that is profitable at once (it is also possible), which is characterized by obtaining energy by making it at the tip of the tower. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光倪陜電池、熱電パネル発電システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Krystal Hikari Yoshino Queen's The Church of Emily Yoshino)Lovely, 吉野カズトラ宇宙䞖界皇垝の集光型倪陜光発電システムず吉野クリスタルヒカリ女王の吉野゚ミリヌ教䌚 レンズ・アレむ配眮の図ず、フレヌム構造の蚭蚈図である。 瞊長暪長高さバヌゞョン アメリカ合衆囜、りィスコンシン州、プラットビル吉野゚ミリヌ女王の家バヌゞョン 日本囜、新期県吉野綟子将軍ず吉野䞖瀌菜セレナ副将軍の家バヌゞョン 日本囜、埌玉県入間垂䞋藀沢−吉野信法王の家 建築しやすいように、の比率を甚いお、を半埄ずしお、球面を䜜る。レンズ・アレむの其々のレンズを、球面の其々の䜍眮に぀いお、基本的に垂盎に、若しくは、角床を付けお、配眮する。 䟋えば、瞊長を半分が、、高さ、暪長ずするず、察角線がになり、を半埄ずしお、円匧を描くず、瞊長を半分が、、高さ暪長のドヌム建築物が出来る。焊点距離が、のレンズ・アレむを、ドヌムに、基本的には垂盎に、適宜な䜍眮ず角床で、配眮する。倪陜が、真南に来た時倧䜓ぐらいに、焊点が、䞀臎するように、レンズ・アレむを蚭眮する。倪陜の角床Θ,φず、レンズによっお、出おくる、焊点誀差をσΘ,φずする。 レンズ・アレむは、固定匏、若しくは、マニュアル、若しくは、制埡などによるオヌトの可動匏。 オプションずしお、コンピュヌタヌ・コントロヌルで、レンズ・アレむの其々のレンズの䜍眮や角床を調敎する。焊点誀差をσΘ,φ軜枛最適化しお、発電効率を良くする。 オプションずしお、コンピュヌタヌ・コントロヌルで、集光郚集光球、倪陜光パネル倪陜電池、熱電発電パネル、等の䜍眮や角床を調敎する。受光効率ζΘ,φ向䞊最適化させお、発電効率を良くする。FIG. 76 is an image conceptual diagram of an ecology energy system (application) (concentrating solar (solar cell, thermoelectric panel) power generation system: (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Krystal Hikari Yoshino Queen's The Church of Emily Yoshino) Lovely, Yoshino Kazutora Space World Emperor's Condensing Solar Energy System and Yoshino Crystal Hikari Queen's Yoshino Emily Church: Lens Array It is a layout diagram and a design diagram of the frame structure. Vertical x Horizontal x Height 8mx8mx5m Version: United States, Wisconsin, Prattville (Queen Yoshino Emily's house) 8mx6mx5m Version: Japan, Niigata Prefecture (House of General Ayako Yoshino and Deputy General Yoshino Serena) 8mx3mx5m Version: 550-11 Shimofujisawa, Iruma City, Saitama Prefecture, Japan (House of Nobuyoshi Yoshino) To make it easier to build, use a ratio of 3: 4: 5 and make a spherical surface with 5 as the radius. Place each lens in the lens array essentially vertically (or at an angle) with respect to each position on the sphere. For example, if the vertical length is 8 m (half is 4 m), the height is 3 m, and the height is 3 m (horizontal length 3, 6, 8 m), the diagonal line becomes 5 m, and if a circle (arc) is drawn with 5 m as the radius, the vertical length is 8 m (horizontal length 3, 6, 8 m). A dome (building) with a height of 5m (horizontal length 3,6,8m) can be created. A lens array with a focal length of 5 m is placed on the dome (basically vertically) at the appropriate position and angle. When the sun comes (true) south (around 12:00), install the lens array so that it is in focus. Let σ (Θ, φ) be the focal error that appears depending on the angle of the sun (Θ, φ) and the lens. The lens array is fixed or movable (manual or controlled). Optionally, use computer control to adjust the (position and) angle of the lens array (each lens). Focus error is reduced (/ optimized) by σ (Θ, φ) to improve power generation efficiency. As an option, adjust the (position and) angle of the condensing unit (condensing bulb, solar panel (solar cell, thermoelectric power generation panel, etc.)) with computer control. Improve (/ optimize) the light receiving efficiency ζ (Θ, φ) to improve the power generation efficiency. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光倪陜電池、熱電パネル発電システムの反射鏡Lens + MirrorParabola Mirror、レンズ鏡凹面鏡ミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Reflector:(Lens + Mirror) = (Parabola Mirror))Lovely, 反射鏡レンズ鏡や、パラボラ・ミラヌを甚いお、倪陜光を反射させお、集光しお、発電を行う倪陜光発電システム。 倪陜光の反射は、反射鏡で行うが、パラボラ・ミラヌを甚いお集光するのは、集光効率が良くお、レンズずミラヌ平面鏡を䞀䜓にしお合わせお集光するのは、コストパフォヌマンスが良い。 レンズずミラヌ平面鏡䞀䜓型の反射鏡は、パラボラ・ミラヌの反射鏡の玄倍ぐらいのコストパフォヌマンスが良い。぀たり、䟋えば、玄〜盎埄のレンズずミラヌ平面鏡䞀䜓型は、ナニット、玄円〜円ぐらいだずするず、パラボラ・ミラヌは、玄円〜円ぐらいである。倪陜光反射鏡ナニットを、倧量に耇数甚いるずきは、コストパフォヌマンスが良い反射鏡は、レンズずミラヌ平面鏡䞀䜓型の方になる。レンズ反射フィルムの組み合わせにするず、よりコストパフォヌマンスが良くなる。集光型反射鏡型やレンズ型倪陜光発電システムは、レンズの焊点距離が、より長い方が、より倚くの反射鏡を蚭眮できるため、発電量を倧きくできる。レンズの焊点距離が長いレンズを、倧量生産するず、よりコストパフォヌマンスが、良くなる。FIG. 77 shows an ecology energy system (application) (condensing solar (solar cell, thermoelectric panel) reflecting mirror ((Lens + Mirror) = (Parabola Mirror), (lens + mirror) = ( It is an image conceptual diagram of (concave mirror)): (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Reflector: (Lens + Mirror) = (Parabola Mirror)) Lovely, Reflecting sunlight with a reflector (lens + mirror or parabola mirror) A solar power generation system that collects light and generates power. Reflection of sunlight is performed by a reflector, but focusing using a parabolic mirror has good focusing efficiency, and it is not possible to collect light by combining the lens and mirror (plane mirror) (integrated). , Good cost performance. A reflector with a lens and a mirror (plane mirror) is about 10 times more cost effective than a parabolic mirror reflector. In other words, for example, if a lens with a diameter of about 10 cm (~ 20 cm) and a mirror (plane mirror) integrated type costs about 100 yen (~ 200 yen) per unit, a parabolic mirror costs about 1000 yen (~ 2000 yen). Is. When a large number (plural) solar reflector units are used, the reflector with good cost performance is the one with a lens and a mirror (plane mirror) integrated. The combination of lens and reflective film improves cost performance. In a condensing type (reflecting mirror type or lens type) solar power generation system, the longer the focal length of the lens, the more reflecting mirrors can be installed, so that the amount of power generation can be increased. Mass production of lenses with long focal lengths will improve cost performance. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光発電システムEシステムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireEmily Yoshino Queen + Kazutora Yoshino Emperor's 3E (Economy, Ecology, Energy) SystemLovely, 反射薄膜反射フィルムず薄い反射板を、組み合わせお、反射鏡ナニットパネルを䜜る。反射鏡ナニットパネルは、平面でも、パラボラDカヌブDカヌブでも良い。反射鏡の玠材は、金属系銀、アルミ、等である。アルミホむルや、ミラヌシヌトを、ナニットパネルベヌス板に貌る。䟋えば、若し、の反射鏡ナニットパネルミラヌシヌトプラスチック薄板のコスト玠材コスト補造コストは、玄円ぐらいなら、玄枚ナニット〜ナニット玄円を、玄に、配列させお、角床を調敎しお、パラボラ型、若しくは、MEMS型の反射鏡を䜜る。其々の反射鏡ナニットパネルは、固定匏、若しくは、可動匏コンピュヌタヌ制埡゜レノむドやモヌタヌを甚いお、コンピュヌタヌドラむバヌ回路電源で制埡・管理するである。反射鏡ナニットパネルアレむを、ぐらいの南向きに固定匏にするず、コストが比范的掛らないので、倩気が良い日の日䞭のコストパフォヌマンスは、良くなる局時的、局郚的には、コストパフォヌマンスが良い。玄〜ぐらいで、玄Wの倪陜光の゚ネルギヌなので、リットルの氎䟋えば、うどん、カップヌヌドル、むンスタントラヌメン、芋を吹かす、肉たんを吹かす、蒞しパンを吹かす、等の氎を分ぐらいで、沞かすこずが出来るので、ずりあえず、家庭レベルでは、料理には十分な゚ネルギヌ源熱、出力になる。ブラックボックスで、氎を氎蒞気スチヌムにしお、タヌビンずオプションのギダずダむナモ・モヌタヌを甚いお、発電する。これを、吉野カズトラ宇宙䞖界皇垝のEシステム゚コノミヌ・゚コロゞヌ・゚ネルギヌ(3E System) = (Economy, Ecology, Energy System)のペシノカズトラ゜ヌラヌナニットずする。䟋えば、玄ナニットペシノカズトラ゜ヌラヌナニットペシノカズトラ゜ヌラヌナニットペシノカズトラ゜ヌラヌナニットのペシノカズトラ゜ヌラヌナニットで、玄Wの倪陜光゚ネルギヌを埗るW発電効率の出力を埗るこずが出来るこずになる。FIG. 78 is an image conceptual diagram of an ecology energy system (application) (concentrated photovoltaic power generation system (3E system): (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireEmily Yoshino Queen + Kazutora Yoshino Emperor's 3E (Economy, Ecology, Energy) SystemLovely, Reflective thin film (reflective film) and thin reflector are combined to make a reflector unit panel. The reflector unit panel may be a flat surface or a parabola (2D curve / 3D curve). The material of the reflector is metallic (silver, aluminum, etc.). Attach aluminum foil or a mirror sheet to the unit panel base (board). For example, if the cost (material cost + manufacturing cost) of a 10 cm x 10 cm reflector unit panel (mirror sheet + thin plastic plate) is about 10 yen, about 1000 sheets (30 x 30 units to 32 x 32 units) will cost about 10,000 yen. Arrange them in a size of about 3mx3m and adjust the angle to make a reflector (parabolic type or MEMS type). Each reflector unit panel is fixed or movable (computer controlled (controlled and managed by a computer (+ driver (circuit + power supply) using a solenoid or motor)). If the reflector unit panel array is fixed to the south at around 12:00, the cost will be relatively low, so the cost performance during the daytime on a sunny day will be better (local and local). The cost performance is good.) About 3mx3m (~ 3.1mx3.1m) and about 14kW (solar energy), so 1 liter of water (for example, udon, cup noodles, instant ramen, potatoes) Since water such as blowing, blowing meat buns, blowing steamed bread, etc.) can be boiled in about 3 minutes, it becomes a sufficient energy source (heat, output) (for the time being, at home level, for cooking). In the black box, water is turned into steam (steam), and a turbine and a dynamo (motor) are used to generate electricity. This is the 1 Yoshino Kazutra Solar Unit of the 3E System of the Space World Emperor Yoshino Kazutra (Economy, Ecology, Energy System). For example, about 14 units of Yoshino Kazutra solar unit (4x4 Yoshino Kazutra solar unit = 16 Yoshino Kazutra solar unit (12mx12m Yoshino Kazutra solar unit)) obtains about 200kW of solar energy ((200kW) x ( The output of power generation efficiency) can be obtained). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光発電システムE・プリズム・システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。 Yoshino UniverseKazutora Yoshino Universe EmpireEmily Yoshino Queen + Kazutora Yoshino Emperor's 3E (Economy, Ecology, Energy) Prism SystemLovely, Type I) 倪陜光を、レンズや反射鏡で、集光しお䟋えば、玄倍〜倍、III-V族化合物接合倪陜電池接合、接合、接合・・・等に、照射しお、発電する。 䟋えば、接合なら、むンゞりムガリりムリン青、ガリりムヒ玠緑、むンゞりムガリりムヒ玠赀などである。 Type IIしかしながら、幎では、未だ、III-V族化合物接合倪陜電池の倧型化ず䜎コスト化ず実甚化が、容易でない。そこで、既に、実甚化されおいる宇宙甚倪陜電池囜際宇宙ステヌション甚倪陜電池、人工衛星甚倪陜電池やIII-V族化合物接合倪陜電池の耇数ナニットなどを甚いお、適宜な幅ず流速タむミングで、倪陜電池の衚面防氎加工されおいるに氎を流しお、倪陜電池を冷やしながら、発電する。氎ず倪陜電池の、゚ネルギヌ分配は、䟋えば、ずぐらいにする。集光型倪陜光発電で、レンズや反射鏡で、玄倍〜倍ぐらいに、光を濃瞮しおいるなら、の゚ネルギヌで、氎衚面の冷华氎をスチヌムにしお、タヌビンダむナモで発電しお、の゚ネルギヌで、倪陜電池による発電をする。 Type IIIしかしながら、宇宙甚倪陜電池や、III-V族化合物接合倪陜電池は、補造の際、積局するこずによっお、高コストになるため、倪陜光を、レンズや反射鏡の䜍眮や角床をコンピュヌタヌ制埡で、調敎しお、䜍眮や角床がコンピュヌタヌ制埡されたプリズムに照射しお、分光しお、青の波長の倪陜電池、緑の波長の倪陜電池、赀の波長の倪陜電池に、其々照射しお、倪陜電池で、発電する。可胜性ずしおは、䞀枚の倪陜電池に、瞊、若しくは、暪に、青、緑、赀甚の倪陜電池を、䞊べおも良い。䟋えば、むンゞりムガリりムリン青、ガリりムヒ玠緑、むンゞりムガリりムヒ玠赀などである。光の波長色分光は、二色や䞉色や四色や五色等でも良いが、䞉色青、緑、赀よりも倚くおも良くお、倪陜電池の波長に合わせお、分光する。特に、分光数が増えるず、積局の接合倪陜電池では、補造が容易ではない。コンピュヌタヌによるレンズや反射鏡やプリズムの䜍眮や角床の調敎しお発電するシステムの方が、III-V族化合物接合倪陜電池を甚いる発電より、コストパフォヌマンスが良いのである。本発明の倪陜光発電は、集光しお分光しお発電するのでも、若しくは、分光しお集光しお発電するのでも良い。集光・分光・受光発電、若しくは、分光・集光・受光発電である。 Type IV集光型倪陜光発電では、倍ずか数千倍の倪陜光の濃瞮率も可胜なので、ずか数の効率の改善も、倧きな出力の改善になる。このため、本発明は、吉野䞀虎宇宙䞖界皇垝のグレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌを甚いるこずも可胜である。グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌは、Type I、若しくは、Type IIIを改善しお、プリズムなどによっお略連続的に分光されお、所望の䜍眮に照射された略連続した波長の光を、光の吞収波長に合った略連続的な倪陜光電池によっお発電するこずを特城ずする。プリズムなどによっお略連続に分光された異なる波長を受光する䜍眮にある倪陜光電池玠材を、適宜な化孊的な玠材や濃床で、構成する。䟋えば、むンゞりム、ガリりム、リン、ヒ玠、などの濃床割合などを、適宜に蚭定する。むンゞりムガリりムリン青、ガリりムヒ玠緑、むンゞりムガリりムヒ玠赀の間の略連続的な䞭間色の波長にも察応する。補造の際、適宜な濃床の適地な所望の䜍眮ぞの配分に、遠心分離機などの慣性グレヌディ゚ント補造法むナヌシャ・グレヌディ゚ント・メ゜ヌドなどを甚いおも良い。 Type V吉野䞀虎宇宙䞖界皇垝のレンズ・プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌやミラヌ・プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌを甚いるこずも可胜である。プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌやミラヌ・プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌは、Type IVを、進化させお、集光機レンズやミラヌや分光噚プリズムや、グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌを、ミニナニットずしお配列アレむした倪陜電池である。レンズやミラヌやプリズムの䜍眮や角床は、固定匏も可胜だが、必芁なら、レンズやミラヌやプリズムの䜍眮や角床を、MEMS技術を甚いお、行い、適宜な光が、適宜な䜍眮や角床にある適宜な受光玠子に届くようにしお、倪陜電池で発電する。 Type VI吉野䞀虎宇宙䞖界皇垝のピュア・レンズ・プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌやピュア・ミラヌ・プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌを甚いるこずも可胜である。ピュア・プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌやピュア・ミラヌ・プリズム・グレヌディ゚ント・むンデックス・゜ヌラヌ・バッテリヌは、Type Vを、進化させお、より玔床の高い倪陜電池受光玠子を甚いる。䟋えば、分かりやすく衚珟的には、むンゞりムガリりムリン青、ガリりムヒ玠緑、むンゞりムガリりムヒ玠赀だが、実際には、むンゞりムガリりムリン250nm~700nmぐらいの青から赀の可芖光線領域、ガリりムヒ玠700nm~900nmぐらいの赀から赀倖線領域、むンゞりムガリりムヒ玠900nm~1300nmぐらいの赀倖線から遠赀倖線領域である。発電効率が〜ぐらいであるが、玔床を向䞊させるず、〜ぐらいに近づけるこずが、可胜である。光電効果や、光子からの電子の獲埗゚ネルギヌE=hv-Eth EeΜヌEth 若しくは、゚レクトロン、フリヌ゚ネルギヌなど における、受光玠子の玔床の向䞊によっお反応面積䜓積が増えお、Eeぞの倉換がより進み、発電効率が向䞊するからである。 たた、光子を量子井戞クりォンタム・りェル等に、封じ蟌めおトラップしお、確実に電子に、光子の゚ネルギヌが䌝達するようにしおも良い。 たた、䞭間局クりォンタム・ステップを甚いお、光子の゚ネルギヌによっお、電子がより効率良く、゚ネルギヌをステップアップする゚レクトロン・゚ネルギヌ・゚キサむト・ステヌトに䞊がっお行く電子が、より効率良く゚ネルギヌアップしお行く(クりォンタム・リヌプする)ようにしおも良い。 同時に、III-V族化合物等InGaAsPなどの玠材の濃床調敎や、それらの適宜な組み合わせにより、200nm~2000nm党域をカバヌするような発電玠子にしおも良い。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Lens/Mirror) Prism Gradient Solar BatteryKazutora Yoshino Emperor's Quantum Excitement + Quantum Leap, Solar BatteryLovely,FIG. 79 is an image conceptual diagram of an ecology energy system (application) (concentrated photovoltaic power generation system (3E prism system): (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireEmily Yoshino Queen + Kazutora Yoshino Emperor's 3E (Economy, Ecology, Energy) Prism SystemLovely, Type I) Condensing sunlight with a lens or reflector (for example, about 1000x to 2000x), A group III-V compound-bonded solar cell (3-junction, 4-junction, 5-junction, etc.) is irradiated to generate energy. For example, in the case of three junctions, indium gallium phosphide (blue), gallium arsenide (green), indium gallium arsenide (red), and the like. Type II) However, in 2013, it is still not easy to increase the size, reduce the cost, and put into practical use of the III-V group compound bonded solar cell. Therefore, using multiple units of space solar cells (solar cells for international space stations, solar cells for artificial satellites) and III-V group compound-bonded solar cells that have already been put into practical use, appropriate width and flow velocity (appropriate width and flow velocity) ( At (timing), water is poured on the surface of the solar cell (which is waterproofed) to cool the solar cell and generate power. The energy distribution between water and solar cells is, for example, about 30% and 70%. If the light is concentrated about 1000 to 2000 times with a lens or a reflector in a condensing solar power generation, use 30% energy to turn water (cooling water on the surface) into steam (). It generates electricity (with a turbine + dynamo) and uses 70% of the energy to generate electricity from solar cells. Type III) However, space solar cells and III-V group compound-bonded solar cells are expensive due to stacking during manufacturing, so sunlight is applied to the (position and) angle of the lens and reflector. Is computer-controlled, irradiates a prism whose (position and) angle is controlled by a computer, and disperses it into a blue wavelength solar cell, a green wavelength solar cell, and a red wavelength solar cell. , Irradiate each and generate power with a solar cell. As a possibility, blue, green, and red solar cells may be arranged vertically or horizontally on one solar cell. For example, indium gallium phosphide (blue), gallium arsenide (green), indium gallium arsenide (red), and the like. The wavelength (color) (spectral) of light may be two colors, three colors, four colors, five colors, etc., but may be more than three colors (blue, green, red), depending on the wavelength of the solar cell. , Spectrate. In particular, as the number of spectra increases, it is not easy to manufacture a laminated bonded solar cell. A system that uses a computer to adjust the (position and) angle of a lens, reflector, or prism to generate electricity is more cost effective than a system that uses a group III-V compound-bonded solar cell. The photovoltaic power generation of the present invention may be focused and separated to generate electricity, or may be separated and focused to generate power. (Condensing / spectroscopic / light receiving power generation or spectroscopic / condensing / light receiving power generation.) Type IV) Concentrating solar power generation can concentrate 1000 times or several thousand times the amount of sunlight, so 1 An improvement in efficiency of% or a few percent is also a significant improvement in output. Therefore, the present invention can also use the gradient index solar battery of the Emperor of the Universe, Kazumasa Yoshino. The graded index solar battery is an improvement of Type I or Type III, and is (omittedly) continuously separated by a prism or the like, and is irradiated to a desired position (omitted) with a continuous wavelength. It is characterized in that light is generated by a (omitted) continuous solar cell that matches the absorption wavelength of light. A solar cell material located at a position where it receives different wavelengths (omitted) continuously separated by a prism or the like is composed of an appropriate chemical material and concentration. For example, the concentration ratios of indium, gallium, phosphorus, arsenic, etc. are appropriately set. It also supports wavelengths of (abbreviated) continuous neutral colors between indium gallium phosphide (blue), gallium arsenide (green), and indium gallium arsenide (red). At the time of production, an inertial gradient manufacturing method (inertia gradient method) such as a centrifuge may be used for proper distribution (to a desired position) of an appropriate concentration. Type V) Kazutora Yoshino It is also possible to use the lens prism gradient index solar battery of the Emperor of the Universe or the mirror prism gradient index solar battery. Prism Gradient Index Solar Battery and Mirror Prism Gradient Index Solar Battery are an evolution of Type IV to include collectors (lenses and mirrors) and spectroscopes (prisms). , A solar cell in which a gradient index solar battery is arranged (array) as a (mini) unit. The position and angle of the lens, mirror, and prism can be fixed, but if necessary, the position and angle of the lens, mirror, and prism are set using MEMS technology, and the appropriate light is emitted at the appropriate position (or angle). ) (To an appropriate light receiving element) to generate power with a solar cell. Type VI) Kazutora Yoshino It is also possible to use the Pure Lens Prism Gradient Index Solar Battery of the Emperor of the Universe or the Pure Mirror Prism Gradient Index Solar Battery. Pure Prism Gradient Index Solar Battery and Pure Mirror Prism Gradient Index Solar Battery are an evolution of Type V to use purer solar cell light receiving elements. For example, infrared gallium phosphorus (blue), gallium arsenide (green), and indium gallium arsenide (red) are expressed in an easy-to-understand manner, but in reality, infrared gallium phosphorus (blue to red visible light region of about 250 nm to 700 nm). ), Gallium arsenide (red to infrared region of about 700 nm to 900 nm), indium gallium arsenide (infrared to far infrared region of 900 nm to 1300 nm). The power generation efficiency is about 40% to 50%, but if the purity is improved, it can be approached to about 80% to 100%. (Photoelectric effect and energy acquired from electrons from photons: E = hv-Eth) In Ee = hΜ-Eth (or electron, free energy, etc.), the reaction area (volume) increases due to the improvement in the purity of the light receiving element. This is because the conversion to Ee progresses and the power generation efficiency improves. Further, the photon may be confined (trapped) in a quantum well (quantum well) or the like so that the energy of the photon is surely transmitted to the electron. Also, using the middle layer (quantum step), the energy of the photon causes the electron to step up the energy more efficiently (going up to the electron energy excite state) (the electron is more efficient energy). You may try to go up) (quantum leap). At the same time, a power generation element that covers the entire range of 200 nm to 2000 nm may be obtained by adjusting the concentration of the material (concentration adjustment) of a group III-V compound or the like (InGaAsP or the like) and an appropriate combination thereof. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Lens / Mirror) Prism Gradient Solar BatteryKazutora Yoshino Emperor's Quantum Excitement + Quantum Leap, Solar BatteryLovely, 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光発電システムE・総合・システムミニチュアメガ・゜ヌラヌ)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's General Energy Generator SystemLovely, 本発明は、倪陜光、颚力、氎力、地熱、などで埗た゚ネルギヌで、氎等の液䜓や気䜓を熱しお枩めお、お湯や氎蒞気スチヌムを䜜り、保枩効果の高い魔法瓶のような容噚タンクに、䞀時的に保枩保存゚ネルギヌ保存するなどしお、適宜な時に、フロン化液䜓やガス等を甚いお、熱などの゚ネルギヌを取り出しお、発電しおも良い。魔法瓶によっお、バッテリヌの䜿甚容量を軜枛するこずが可胜になり、倪陜光等、比范的に倧電力を埗た時、䞀気に熱に保存しお、埌に、適宜に少しず぀、゚ネルギヌ倉換しお発電しお、コントロヌラヌなどからを盎接、むンバヌタヌに送電しお、を䜜ったり、バッテリヌを介しお、むンバヌタヌに送電しお、を䜜ったりしおも良い。FIG. 80 is an image conceptual diagram of an ecology energy system (application) (concentrated photovoltaic power generation system (3E, integrated system): (miniature) mega solar). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's General Energy Generator SystemLovely, The present invention heats (warms) liquids and gases such as water with energy obtained from sunlight, wind power, hydraulic power, geothermal heat, etc. Make steam) and store it in a container (tank) like a magic bottle with a high heat retention effect (temporarily) to keep it warm (energy storage), and use freonized liquid (or gas) etc. at appropriate times. , You may take out energy (such as heat) to generate electricity. The magic bottle makes it possible to reduce the capacity of the battery, and when a relatively large amount of power such as sunlight is obtained, it is stored at once (to heat), and then energy is converted little by little as appropriate. (Power generation), DC is directly transmitted from the controller etc. to the inverter to make 100V (50Hz / 60), or it is transmitted to the inverter via the battery to make 100V (50Hz / 60). May be. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光発電システムEシステムダブル発電システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's General Energy Generator System (Double Energy System)I. YoshinoAdvancedEnergy(KrystalHikariYoshinoQueen)II. KazutoraYoshinoUniverseEnergy(AshleyAyameYoshinoQueen)III.+III' KazutoraYoshinoUniverseEnergy(RebeccaHaruYoshinoQueen)Lovely, 本発明は、倪陜光、颚力、氎力、地熱、ガス、石油などで埗た゚ネルギヌで、氎等の液䜓や気䜓を熱しお枩めお、お湯や氎蒞気スチヌムを䜜り、保枩効果の高い魔法瓶のような圧力容噚圧力タンクに、䞀時的に圧力保存・保枩保存゚ネルギヌ保存するなどしお、適宜な時に、お湯氎を逆流させお、発電しおも良い。本発明のシステムは、スチヌム発電ず逆流発電が可胜なので、ダブル発電システムず蚀える。又、オプションずしお、適宜な時に、フロン化液䜓やガス等を甚いお、熱などの゚ネルギヌを取り出しお、発電しおも良い。魔法瓶によっお、バッテリヌの䜿甚容量を軜枛するこずが可胜になり、倪陜光等、比范的に倧電力を埗た時、䞀気に熱に保存しお、埌に、適宜に少しず぀、゚ネルギヌ倉換しお発電しお、コントロヌラヌなどからを盎接、むンバヌタヌに送電しお、を䜜ったり、バッテリヌを介しお、むンバヌタヌに送電しお、を䜜ったりしおも良い。 原氎を氎タンクに、泚入補絊する。倪陜光を圓おる、火を付けるなどしお、氎タンクの原氎を沞隰させお、スチヌムを䜜る。スチヌム発電をする。浄氎を䜜り、圧力タンクに保存する。倪陜光が圓たらなくなる、火を消すなどしお、圧力タンクの浄氎を、氎タンクに、逆流させる。逆流発電をする。浄氎を飲料氎ずしお、送り出す。 本発明は、熱や圧力を無駄にしないで、効率の良いダブル発電を行うこずを特城ずした発電システムである。FIG. 81 is an image conceptual diagram of an ecology energy system (application) (concentrated solar power generation system (3E system): double power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's General Energy Generator System (Double Energy System) I. Yoshino Advanced Energy (KrystalHikariYoshinoQueen) II. KazutoraYoshinoUniverseEnergy (AshleyAyameYoshinoQueen) III. Energy obtained from geothermal heat, gas, oil, etc. is used to heat (heat) liquids and gases such as water to create hot water and steam (steam), which are used in pressure containers (pressure tanks) such as magic bottles that have a high heat retention effect. , (Temporarily) pressure storage, heat retention storage (energy storage), etc. may be performed, and hot water (water) may be regurgitated at appropriate times to generate power. The system of the present invention can be said to be a double power generation system because it is capable of steam power generation and backflow power generation. Further, as an option, energy (such as heat) may be taken out to generate electricity by using a chlorofluorocarbon liquid (or gas) or the like at an appropriate time. The magic bottle makes it possible to reduce the capacity of the battery, and when a relatively large amount of power such as sunlight is obtained, it is stored at once (to heat), and then energy is converted little by little as appropriate. (Power generation), DC is directly transmitted from the controller etc. to the inverter to make 100V (50Hz / 60), or it is transmitted to the inverter via the battery to make 100V (50Hz / 60). May be. (0) Inject (replenish) raw water into the water tank. (1) Make steam by boiling the raw water in the water tank by exposing it to sunlight or igniting it. Generate steam power. Make purified water and store it in a pressure tank. (2) The purified water from the pressure tank is made to flow back into the water tank by extinguishing the fire or extinguishing the sunlight. Backflow power generation. The purified water is sent out as drinking water. The present invention is a power generation system (characterized by the feature) that efficiently (double) power generation is performed without wasting heat and pressure. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光発電システムEシステム金属半導䜓ダブル発電システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's General Energy Generator System (Metal/Semiconductor(Double) Energy System)I. YoshinoAdvancedEnergy(KrystalHikariYoshinoQueen)II. KazutoraYoshinoUniverseEnergy(AshleyAyameYoshinoQueen)III.+III' KazutoraYoshinoUniverseEnergy(RebeccaHaruYoshinoQueen)Lovely, 本発明は、倪陜光、颚力、氎力、地熱、ガス、石油などで埗た゚ネルギヌで、最初片方の金属鉄、金、銀、銅、アルミ、シリコン、等のプレヌトやワむダヌや半導䜓シリコン型半導䜓、P型半導䜓、N型半導䜓等を熱しお枩めお、自由電子ΔQ=Q1−Q2Sigma(i)[hΜi]なら、ΔE=ΔQ−EthSigma(j)[hΜej]、ずか、䟋えば、量子力孊的に、自由電子基底ステヌト→゚キサむトステヌト等を䜜り、次他方の片方の金属鉄、金、銀、銅、アルミ、シリコン、等のプレヌトやワむダヌや半導䜓シリコン型半導䜓、P型半導䜓、N型半導䜓等に、自由電子を移動させお、䞡方の金属のプレヌトやワむダヌや半導䜓の間に、電気電圧起電力、起電圧、電流を䜜る。オプションずしお、光熱吞収力の高い捕熱剀ずか保枩効果の高い保熱剀を、䞀時的にクヌロン力・圧力保存・クヌロン堎゚ネルギヌ保存するなどしお、適宜な時に、自由電子を逆流させお、発電しおも良い。本発明のシステムは、自由電子発電ず自由電子逆流発電が可胜なので、自由電子ダブル発電システムず蚀える。又、オプションずしお、正方向の電流だけ甚いお、゚ネルギヌを取り出しお、発電しおも良い。自由電子の保存を、キャパシタヌコンデンサヌによっお、行っおも、バッテリヌによっお行っおも良い。倪陜光の゚ネルギヌ等、比范的に倧電力を埗た時、䞀気に゚ネルギヌ、電気にしお保存しお、埌に、適宜に少しず぀、゚ネルギヌ倉換しお発電しお、コントロヌラヌなどからを盎接、むンバヌタヌに送電しお、を䜜ったり、バッテリヌを介しお、むンバヌタヌに送電しお、を䜜ったりしおも良い。 自由電子を保有する金属Ethが高くない方が良いを甚意する。 若しくは、自由電子を、最初片方のシリコンに泚入補絊する。自由電子を、次他方のシリコンから取り出す。぀たり、P型N型半導䜓ず、N型P型半導䜓を、䜜る。倪陜光を圓おる、火を付けるなどしお、最初片方の半導䜓自由電子䜙りの半導䜓を加熱しお、次他方の半導䜓自由電子䞍足の半導䜓に、自由電子を移動しお、電気電圧起電力、起電圧、電流を䜜る。自由電子の移動によっお発電をする。自由電子を、キャパシタヌコンデンサヌやバッテリヌに保存する保存しおも良い。倪陜光が圓たらなくなる、火を消すなどしお、キャパシタヌコンデンサヌやバッテリヌの自由電子を、次他方の金属プレヌトワむダヌや半導䜓から、最初片方の金属プレヌトワむダヌや半導䜓から、逆流させる。逆流発電をする。若しくは、キャパシタヌコンデンサヌやバッテリヌに保存された自由電子を、甚いおも掻甚しお電気にしおも良い。FIG. 82 is an image conceptual diagram of an ecology energy system (application) (concentrating photovoltaic power generation system (3E system): metal / semiconductor (double) power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's General Energy Generator System (Metal / Semiconductor (Double) Energy System) I. YoshinoAdvancedEnergy (KrystalHikariYoshinoQueen) II. KazutoraYoshinoUniverseEnergy (AshleyAyameYoshinoQueen) III. , Wind, hydraulic, geothermal, gas, petroleum, etc., the first (one) metal (iron, gold, silver, copper, aluminum, silicon, etc.) (plate or wire) or semiconductor (silicon type semiconductor) , P-type semiconductor, N-type semiconductor, etc.) and (free) electrons (ΔQ = Q1-Q2 = Sigma (i) [hΜi], then ΔE = ΔQ−Eth  Sigma (j) [hΜej] ], For example, quantum mechanically, (free) electrons (base state → excite state), etc.) are created, and one of the following (other) metals (iron, gold, silver, copper, aluminum, silicon, etc.) By moving (free) electrons to (plates and wires) and semiconductors (silicon semiconductors, P-semiconductors, N-semiconductors, etc.), between (both) metals (plates and wires) and semiconductors, Produces electricity (voltage (electromotive power, electromotive voltage), current). As an option, a heat-retaining agent with a high light (heat) absorption capacity or a heat-retaining agent with a high heat-retaining effect can be (temporarily) stored with Coulomb force, pressure storage, and Coulomb field energy, at appropriate times (free). ) You may generate electricity by backflowing electrons. The system of the present invention can be said to be a (free) electron double power generation system because it is capable of (free) electron power generation and (free) electron backflow power generation. Further, as an option, energy may be taken out to generate electricity by using only the current in the positive direction. (Free) Electrons may be stored by a capacitor (capacitor) or by a battery. When relatively large power such as solar energy is obtained, it is stored at once (energy, electricity), and later, energy is converted (generated) little by little as appropriate, and DC is output from the controller, etc. You may directly transmit power to the inverter to make 100V (50Hz / 60), or you may send power to the inverter via a battery to make 100V (50Hz / 60). (0) Prepare a metal that holds (free) electrons (it is better not to have a high Eth). Alternatively, (free) electrons are first injected (supplied) into (one) silicon. Extract (free) electrons from the next (other) silicon. (That is, make a P-type (/ N-type) semiconductor and an N-type (/ P-type) semiconductor.) (1) The first (one) semiconductor ((free)) by exposing it to sunlight or igniting it. (Semiconductor with excess electrons) is heated to move (free) electrons to the next (other) semiconductor (semiconductor with (free) electron shortage), and electricity (voltage (electromotive power, electromotive voltage), current) make. (Free) Generates electricity by moving electrons. (Free) Electrons are stored (/ may be stored) in a capacitor (capacitor) or battery. (2) The first (one) metal from the next (other) metal (plate / wire) or semiconductor is used to remove the (free) electrons of the capacitor (capacitor) or battery by extinguishing the fire or not being exposed to sunlight. Backflow from (plate / wire) or semiconductor. Backflow power generation. Alternatively, (free) electrons stored in a capacitor (capacitor) or a battery may be used (utilized for electricity). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光発電システムEシステム半導䜓発電システム、CIGS)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Semiconductor CIGS Solar Battery (Panel) System)Lovely, 本発明は、倪陜光を波長がぐらいになるように、波長の光倉換玠子黄緑色のガラス、等を、倪陜光ず、倪陜電池パネルの間に、挿入しおいるシステムである。 本発明は、オプションずしお、倪陜光を集光しお、倪陜光の党波長を、CIGS系ホンダの倪陜電池パネルが最も発電効率の良い玄の発電効率である黄緑色ぐらいになるように倉換しお黄緑色のガラス、等を甚いお、光倉換する、若しくは、倪陜光をレヌザヌチュヌブに照射しお、グリヌン・レヌザヌ光に光を倉換しお、CIGS系ホンダの倪陜電池パネルに、照射する。CIGS=銅、むンゞりム、ガリりム、セレンの半導䜓の倪陜電池パネル。本発明のシステムは、発電効率が、ぐらいにたでなるので、䞀石二鳥䞀挙䞡埗なシステムであり、方法である。 倪陜光を集光しお、倍から、倍に濃瞮した倪陜光を、CIGS系半導䜓に、照射しおも、冷华するれば、CIGS系は、ある皋床良い特性を瀺す。 基本裏偎から冷华するが、CIGS系は、熱にも匷いので、日射量が皋々の時曇りの日等は、冷华の必芁があるずは、限らない。 又、宇宙倪陜光発電システムUSESの人工衛星から、レヌザヌビヌム光を受光受信しお、その゚ネルギヌを濃瞮しお、半導䜓系むンゞりム系III-V系、CIGS系、等、等の倪陜光電池パネルで、発電しおも良い。FIG. 83 is an image conceptual diagram of an ecology energy system (application) (concentrated photovoltaic power generation system (3E system): semiconductor power generation system, CIGS). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Semiconductor CIGS Solar Battery (Panel) System) Lovely, Etc.) is inserted between the sunlight and the solar cell panel. In the present invention, as an option, the sunlight is focused and the entire wavelength of the sunlight is set to 550 nm (yellow), which is the most efficient (about 100%) power generation efficiency of the CIGS-based (Honda) solar cell panel. Convert it to about (green) (convert it to light using yellow-green glass, etc., or irradiate the laser tube with sunlight to convert the light to green laser light), and then CIGS. Irradiate the solar cell panel of the system (Honda). (CIGS = copper, indium, gallium, selenium semiconductor solar panels). Since the power generation efficiency of the system of the present invention reaches about 100%, it is a system and a method of two birds with one stone. Even if the (sun) light is condensed and the (sun) light concentrated 1000 to 10000 times is irradiated to the CIGS-based semiconductor and cooled, the CIGS-based semiconductor exhibits some good characteristics. Although it is cooled from the back side of the basics, the CIGS system is also resistant to heat, so it is not always necessary to cool it when the amount of solar radiation is moderate (cloudy days, etc.). In addition, laser (beam) light is received (received) from the artificial satellite of the space solar power generation system (USES), and the energy is concentrated (concentrated), and the semiconductor system (indium system (III-V system, CIGS system) , Etc.), etc.) may be used to generate power. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(集光型倪陜光発電システムEシステム半導䜓発電システム、CIGS)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Semiconductor (CIGS or III-V) Solar Battery (Panel) System)Lovely,本発明は、倪陜光を反射鏡で、反射させお、集光させお、半導䜓(CIGSやIII-V族化合物)倪陜電池で、発電するシステムである。FIG. 84 is an image conceptual diagram of an ecology energy system (application) (concentrated photovoltaic power generation system (3E system): semiconductor power generation system, CIGS). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Semiconductor (CIGS or III-V) Solar Battery (Panel) System) Lovely, The present invention is a semiconductor that reflects and condenses sunlight with a reflector. (CIGS and III-V group compounds) It is a system that generates electricity with solar cells. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(バむオマス発電システムず火力発電システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Biomass  oil(gas) System)Lovely, 吉野䞀虎宇宙䞖界皇垝のバむオマス発電システムの詊䜜機である。 本発明は、バむオマスで、火を焚き、若しくは、石油石炭ガス倩然ガス氎玠酞玠で、火を焚き、若しくは、その䞡方で、氎フロン化液䜓、等を沞かし、スチヌム蒞気を䜜っお、タヌビンを回転しお、ダむナモ・モヌタヌを回転にしお、発電する。 バむオマスは、麊わら、皲わら、朚の葉、芋の皮、竹、等で良い。バむオマスの困難な所は、バむオマスの回収に費甚が掛るこずであるが、䟋えば、幟぀かある小さな公園を纏めお、倧きな公園にするずかしお、朚の葉を集めやすくしお、倧きな公園の䞭心や隅や隣に、バむオマス火力発電所を䜜り、運搬に぀いおのコストパフォヌマンスを良くする公園、庭などの怍朚の手入れ、害虫駆陀などの際にも、バむオマスは、出るので、バむオマス小枝、葉、害虫、等を、燃やしお問題解決する。又、季節によっお、バむオマスの量が倉動するこずがあり埗るので、石油石炭ガス倩然ガス氎玠酞玠を燃やす火力発電所を、出力が安定させるために、䞊立させるのが良いコンピュヌタヌなどで、比率等を、垞に定期的に制埡しおも良い。たた、吉野カズトラ宇宙䞖界皇垝の指揮の元に、吉野囜際政府や日本政府は、環境条䟋、゚ネルギヌ法、等を定めお、庭の朚の手入れをする際に出る小枝、麊わら、皲わら、朚の葉萜ち葉、芋の皮、雑草、䜿った油、などのバむオマスを、週か月に䞀床ぐらいの割合で、䞖界䞭や日本䞭から、回収しお、バむオマス発電所で、燃やしお、氎やフロン化液䜓、等を沞かしお、タヌビンを回転しお、ダむナモ・モヌタヌを回転しお、発電する。FIG. 85 is an image conceptual diagram of an ecology energy system (application) (biomass power generation system and thermal power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Biomass + oil (gas) System) Lovely, Kazutora Yoshino This is a prototype of the biomass power generation system of the Emperor of the Universe. The present invention uses biomass to boil fire, petroleum / coal / gas / natural gas / hydrogen + oxygen to fire, or both to boil water (flonized liquid, etc.) and steam (steam). It makes steam), rotates a turbine, and rotates a dynamo motor to generate electricity. Biomass may be straw, rice straw, leaves, potato bark, bamboo, or the like. The difficult part of biomass is that it costs money to recover biomass, but for example, by combining several small parks into a large park, it is easier to collect leaves, and a large park (center) Biomass (thermal power) power plants will be built in the corners and next doors to improve the cost performance for transportation (even when caring for plants in parks and gardens, exterminating pests, etc.), biomass will be emitted, so biomass (twigs) , Leaves, pests, etc.), burn (problem) to solve). Also, since the amount of biomass may fluctuate depending on the season, it is better to have thermal power plants that burn oil / coal / gas / natural gas / hydrogen + oxygen side by side in order to stabilize the output (computer). The ratio etc. may be controlled (always / regularly) by such means. In addition, under the direction of Emperor Yoshino Kazutra, the International Government of Yoshino and the Government of Japan have established environmental regulations, energy laws, etc., and twigs, straw, etc. Biomass such as rice straw, leaves (fallen leaves), potato skins, weeds, and used oil are collected from all over the world and Japan at a rate of about once a week and burned at a biomass power plant. Then, water (or a fluorinated liquid, etc.) is boiled, the turbine is rotated, and the biomass motor is rotated to generate electricity. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(倪陜光、颚力バむオマス発電システムず火力発電システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Mini) Solar Energy Biomass Thermo Electricity Generator (System)Lovely, 吉野䞀虎宇宙䞖界皇垝の倪陜光、颚力バむオマス火力発電システムメむン本発明である。 本発明は、ミニチュアの海底火山ずメタノピュルス・カンドレリのようなメタン菌によっお、メタンを補造するこずを特城ずしたシステムである。 本発明は、燃料石油、ガス、倩然ガス、メタン、等ず酞玠によっお、゚ンゞンを回転しお、オプションずしお、ギダを介しお、発電機ダむナモ・モヌタヌを回転しお、発電する。倪陜光発電や、颚力発電や、燃料電池によっお埗た電気によっお、氎を電気分解しお、氎玠ず酞玠を䜜る。酞玠を、゚ンゞンに、送る。氎玠を、氎槜りォヌタヌ・タンクにある、氎海氎、等に、オプションずしお、氎玠フィルタヌを通しお入れる溶かす。゚ンゞンから排出された、二酞化炭玠ず氎を、氎槜りォヌタヌ・タンクにある、氎海氎、等に、オプションずしお、二酞化炭玠フィルタヌを通しお入れる溶かす。゚ンゞンの排熱を甚いお、氎槜りォヌタヌ・タンクにある、氎海氎、等を、枩める。゚ンゞンの代わりに、燃料電池でも良い。氎槜りォヌタヌ・タンクにある、氎海氎、等には、オプションずしおメタン菌育成増殖ハりスに、メタン菌䟋えば、メタノピュルス・カンドレリ嫌気性の超奜熱メタン菌、等が育成増殖されおいる。メタン菌は、氎玠ず二酞化炭玠から、メタンを補造する。メタンをメタンタンクに貯蔵する。メタン菌は、嫌気性であるこずが倚いので、システムを密封しおも倧䞈倫である。補造された、メタンは、゚ンゞンを回転するこずに、甚いおも良い。メタンを甚いお、燃料電池で、発電しおも良い。燃料やガス気䜓などの通り道である管チュヌブには、オプションずしお、バルブやポンプを付けお、最適化やシステム管理に、コンピュヌタヌ制埡をしおも良い。メタン菌の育成増殖条件に、合うように、海氎枩、pH、塩濃床、等を管理しおも良い。 システムを、船に、積んで、゚ンゞンを海での航行などに、甚いおも良い。゚ンゞンは、航行走行甚に、颚を䜜る、プロペラに、甚いおも良い。プロペラは、オプションずしお、ギダを介しお、ダむナモ・モヌタヌに繋げお、颚力発電甚に、甚いおも良い。 メタノピュルス・カンドレリの増殖条件AV19株 生育枩床 −℃ 至適℃ 育成最適 pH−至適 育成NaCl濃床 − 至適塩濃床FIG. 86 is an image conceptual diagram of an ecology energy system (application) ((solar, wind) biomass power generation system and thermal power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Mini) Solar Energy Biomass Thermo Electricity Generator (System) Lovely, Kazutora Yoshino This is the (solar, wind) biomass-fired power generation system of the Emperor of the Universe (main invention). The present invention is a system characterized in the production of methane by miniature submarine volcanoes and methanogens such as Methanopyrus candleri. The present invention uses fuel (oil, gas, natural gas, methane, etc.) and oxygen to rotate the engine (optionally via gears) and the generator (dynamo motor) to generate power. do. Water is electrolyzed to produce hydrogen and oxygen by solar power generation, wind power generation, and electricity obtained from fuel cells. Oxygen is sent to the engine. Hydrogen is added (dissolved) to water (seawater, etc.) in the aquarium (water tank) (optionally through a hydrogen filter). Carbon dioxide and water discharged from the engine are put (dissolved) into water (seawater, etc.) in the aquarium (water tank) (optionally through a carbon dioxide filter). The waste heat of the engine is used to heat the water (seawater, etc.) in the aquarium (water tank). (A fuel cell may be used instead of the engine.) For water (seawater, etc.) in the water tank (water tank), (optionally in the methane bacterium growth (growth) house), methane bacterium (for example, Methanopyrus). Candrelli (anaerobic hyperthermophilic methane bacterium, etc.) is being cultivated (proliferated). Methanogens produce methane from hydrogen and carbon dioxide. Store methane in a methane tank. (Methanogens are often anaerobic, so it is okay to seal (the system).) Methane produced may be used to rotate the engine. (Methane may be used to generate electricity with a fuel cell.) Optional valves and pumps are attached to the pipes (tubes) that are the paths for fuel and gas (gas) for optimization and system management. In addition, computer control may be used. (The (sea) water temperature, pH, salt concentration, etc. may be controlled to meet the growth (growth) conditions of methane bacteria.) The system is loaded on a ship, and the engine is navigated in the sea. May be used. The engine may be used as a propeller that creates wind for navigation (running). The propeller may be used for wind power generation by connecting to a dynamo motor (optionally via gears). Methanopyrus candreli growth conditions (AV19 strain): Growth temperature: 84-110 ° C (optimum 98 ° C) Growth optimum: pH 5.5-7 (optimum 6.5) Growth NaCl concentration: 0.2-4% (optimal) Optimal salt concentration 2%) 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(バむオマス発電システムず吉野カズトラ庭園防衛システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's DOD vs bugsLovely,吉野䞀虎庭園の防衛吉野䞀虎宇宙䞖界皇垝の庭園を、守るために、害虫を駆陀しお殺虫するシステムず方法である。コンピュヌタヌ、カメラ、ロボット人工知胜などで、空・海氎・陞からの、害虫の䟵入を怜知モニタヌしお、矜虫、アブラムシ、あり䟵入があり次第、レヌザヌキャノン、スチヌムキャノン、スプレむロボットアヌムハンド、超音波撃墜システム、はさみ、ガス火棒、などで、害虫を駆陀しお殺虫する。害虫の卵などがある小枝や葉、集めた朚の葉萜ち葉、等は、バむオマスずしお、スチヌムキャノンなどで、燃やしお焌き、スチヌムの圧力で害虫駆陀殺虫匟を発射するのに甚いたり、害虫迎撃ミサむル匟の発射に甚いたり、バむオマス発電に甚いたりしおも良い。朚梅の朚やリンゎの朚の呚りには、砂を敷き、察害虫甚の地雷を眮いたり、蟻地獄を飌ったりする。又、蜘蛛地蜘蛛なども可胜を飌っお、害虫を駆陀したり殺虫するのに、甚いおも良い。朚の呚りには、防虫剀防虫フィルムなどを、眮いたりしお、害虫が、地面から登っおこれないようにする。レヌザヌビヌム照射、倪陜光レンズやパラボラ鏡による倪陜光の集光照射、火炎攟射機、ガスラむタヌ、化孊兵噚、TNT、ダむナマむト、蟲薬散垃、ミサむルなどの火噚によっお、害虫を駆陀したり、焌き殺したりするのも、効果的である。ちなみに、朚の葉などを焌く際には、぀いでに、料理䟋えば、怎茞スヌプ䜜り、などなどするず、矎味しく、食事ができる可胜性もある。ちなみに、むナゎや蟻をタンパク質源ずしお食甚にする囜民もいるずいうこずである。暎力団を排陀するシステム、犯眪を排陀するシステム、テロリストを排陀するシステム、囜家からの䞍正を排陀するシステムにも、応甚が可胜である。FIG. 87 is an image conceptual diagram of an ecology energy system (application) (biomass power generation system and Yoshino Kazutra garden defense system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's DOD vs bugs Lovely, Yoshino Ichitora Garden Defense: Yoshino Ichitora A system (and method) for exterminating and killing pests in order to protect the garden of the Emperor of the Universe. Computers, cameras, robots (artificial intelligence), etc. detect (monitor) the invasion of pests from the sky, (sea) water, and land, and there are feather bugs, aphids, and as soon as there is invasion, laser cannons, steam cannons, etc. Use a spray robot arm hand, an ultrasonic shooting system, scissors, a gas (fire) stick, etc. to exterminate and kill pests. Twigs and leaves with pest eggs, collected leaves (fallen leaves), etc. are burned and burned with steam cannon etc. as biomass, used for firing pest control insecticide bullets with steam pressure, or intercepting pests. It may be used for launching missiles (bullets) or for biomass power generation. Sand is laid around trees (plum trees and apple trees), land mines for pests are placed, and ant hell is kept. In addition, spiders (such as ground spiders are also possible) may be kept and used to exterminate or kill pests. Place an insect repellent (insect repellent film) around the tree to prevent pests from climbing up from the ground. Exterminate and burn pests with firearms such as laser beam irradiation, sunlight (condensing sunlight with lenses and parabolic mirrors), flame radiators, gas lighters, chemical weapons, TNT, dynamite, pesticide spraying, missiles, etc. Killing is also effective. By the way, when you bake leaves, you may be able to eat deliciously by cooking (for example, making shiitake mushroom soup). By the way, some people eat locusts and ants (as a protein source). It can also be applied to systems that eliminate gangsters, crimes, terrorists, and injustices from the state. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(ホヌリヌデックず四぀葉のクロヌバヌ)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's YoshinoAdvancedEnergy HollyDeck (Transformer) + FourMirrors(Clover)Lovely, 吉野䞀虎宇宙䞖界皇垝のペシノアドバンスド゚ナゞヌのホヌリヌデック(トランスフォヌマヌ)ず四枚鏡四぀葉のクロヌバヌである。 アルミ反射鏡や鏡を集光に甚いる。パラボラのような圢にしお、集光した光を集光しお、数段階で集光しお行く。䟋えば、玄ぐらいのパラボラ圢のような反射鏡で倪陜光を集光しお、ぐらいのパラボラ圢の反射鏡に、圓おお、反射した光をぐらいのパラボラ圢の反射鏡に圓おお、集光する。䟋えば、ビンに入れた氎が、〜分ぐらいで、℃〜℃ぐらに、枩たった。 四枚の鏡を折りたたみ匏にしお広げるず、集光型のコンパクトミラヌになる。化粧甚にも甚いるこずが可胜なので、商品ずしお、「コンパクトで持ち運びが䟿利な『小型鏡』」ずしおも、販売するこずが可胜である。 ペシノアドバンスド゚ナゞヌのホヌリヌデック(トランスフォヌマヌ)ず四枚鏡四぀葉のクロヌバヌは、サンタンロヌションず共に甚いれば、コンパクトでコンビニ゚ントな家庭甚日焌けサロンずしおも有甚である。FIG. 88 is an image conceptual diagram of an ecology energy system (application) (Holy deck and four-leaf clover). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's YoshinoAdvancedEnergy HollyDeck (Transformer) + FourMirrors (Clover) Lovely, Kazutora Yoshino Space Emperor Yoshino Advanced Energy's Holy Deck (transformer) and four-leaf clover. Aluminum reflectors and mirrors are used for light collection. It is shaped like a parabola, and the collected light is condensed and condensed in several stages. For example, sunlight is condensed by a parabolic reflector of about 2mx2m, applied to a parabolic reflector of about 60cmx90cm, and the reflected light is applied to a parabolic reflector of about 40cmx90cm. , Condensing. For example, the water in the bottle warmed to 55 ° C to 70 ° C in about 20 to 30 minutes. When the four mirrors are folded and unfolded, it becomes a condensing compact mirror. Since it can also be used for makeup, it can be sold as a "compact and convenient" small mirror "". Yoshino Advanced Energy's Holy Deck (Transformers) and Four-leaf Clover (four-leaf clover) are also useful as a compact and convenient home tanning salon when used with Suntan Lotion. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の倪陜光発電システム(レンズ型))のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Lens)Lovely, 吉野䞀虎宇宙䞖界皇垝の倪陜光発電システム(レンズ型)が、瀺されおいる。レンズは、䞀般的なレンズや、フルネルレンズを甚いおも良い。 ここに、䞀般的なレンズの、䞀般匏が、瀺されおいる。本発明を補䜜する際のポむントは、、〜〜ぐらい、〜〜、なら、fo であるずいうこずを暗算的に、若しくは、゚クセルで、蚈算出来るので、倪陜光発電システムレンズ型で、焊点たでの距離に合う適宜なレンズを䜜りやすいずいうこずである。FIG. 89 is a conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, a solar power generation system (lens type) of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Lens) Lovely, Kazutora Yoshino The solar power generation system (lens type) of the Emperor of the Universe is shown. As the lens, a general lens or a full-nell lens may be used. Here, the general formula of a general lens is shown. The points when manufacturing the present invention are n = 1.5, (d = 1 mm to 1 cm to 10 cm), (h = 1 mm to 1 cm to 10 cm), | r1 | = | r2 |, | r1 | = Since the fact that | r2 | = fo can be calculated implicitly or by Excel, it is easy to make an appropriate lens that matches the distance to the focal point with a photovoltaic power generation system (lens type). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(ホヌリヌデックず四぀葉のクロヌバヌ)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's YoshinoAdvancedEnergy Large Parabola Mirror Manufacture MethodLovely, 本発明のポむントの䞀぀は、コストパフォヌマンス良く、集光をしお、発電をするシステムを䜜るこずである。このため、コストパフォヌマンス良く、反射鏡やレンズを䜜るこずが重芁になる。特に、パラボラ鏡を、コストパフォヌマンス良く䜜るのは、重芁である。吉野䞀虎宇宙䞖界皇垝は、YoshinoAdvancedSystemによるパラボラミラヌ鏡の補造方法に至った。䟋えば、空気で膚らたせるような颚船のような䞞い球を基に、石粉コンクリヌト陶噚の粘土プラスチックなどで、凹型のベヌスを䜜る。凹型のベヌスをそのたたにしおも、焌いおも良くお、凹型のベヌスに、アルミ箔を貌る。若しくは、凹型のベヌスにアルミ箔や柔らかくお薄いプラスチックフィルムを被せお、凞型を䜜る。凹型、凞型は、どちらが䞊䞋でも良い。箱等にコンクリヌト等を入れお、䞊から凹型をかぶせる方法、若しくは、凹型をベヌスに、箱等にコンクリヌト等を入れお、䞊から凞型をかぶせる方法のどちらも可胜である。凞型に、アルミ箔を敷き、枠にアルミを被せお、合わせお、石粉コンクリヌト陶噚の粘土プラスチックなどを泚入しお、固める。パラボラミラヌ今日が出来る。オプションずしお、炉で、ベヌスを焌いたり、アルミを溶かしたりしお、より滑らかな衚面にしおも良い。又、オプションずしお、研磚しお、光沢のある茝きのある衚面のアルミミラヌ鏡を補䜜・補造しおも良い。FIG. 90 is an image conceptual diagram of an ecology energy system (application) (Holy deck and four-leaf clover). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's YoshinoAdvancedEnergy Large Parabola Mirror Manufacture MethodLovely, One of the points of the present invention is to create a system that collects light and generates electricity with good cost performance. Therefore, it is important to make reflectors and lenses with good cost performance. In particular, it is important to make a parabolic mirror with good cost performance. Kazumasa Yoshino, the Emperor of the Space World, came up with a method for manufacturing a parabolic mirror using the Yoshino Advanced System. Based on a round ball (such as an inflatable balloon), make a concave base with stone powder / concrete / pottery (clay) / plastic. (You can leave the concave base as it is or bake it), and put aluminum foil on the concave base. Alternatively, cover the concave base with aluminum foil or a (soft and thin) plastic film to make a convex shape. Either the concave type or the convex type may be up or down. (A method of putting concrete or the like in a box or the like and covering it with a concave mold from above, or a method of putting concrete or the like in a box or the like and covering it with a convex mold from above based on the concave mold is also possible.) Convex mold Place aluminum foil on the frame, cover the frame with aluminum, and inject stone powder / concrete / pottery (clay) / plastic etc. to harden it. Parabolic mirror can be done today. Optionally, in a furnace, the base may be baked or the aluminum may be melted for a smoother surface. Further, as an option, an aluminum mirror mirror having a glossy and brilliant surface may be manufactured and manufactured by polishing. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の゚ネルギヌ燃料)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Fuel MapLovely,吉野䞀虎宇宙䞖界皇垝による良い゚ネルギヌ燃料の条件  倧量にある。 自然に存圚する。 ゚ネルギヌ密床が高い。 ゚ネルギヌの回収が盎に出来る。 発電蚭備が盎に䜜れる。 安党である。 運搬しやすい。 元の䟡栌があたりかからない。物理的な芁因ず蚀うより、垂堎によっお異なるので、ここでは、゚キストラポむント 点満点で優秀な゚ネルギヌ燃料は、石油、倩然ガス、石炭である。点は、原子力゚ネルギヌず海流゚ネルギヌである。 点は、倪陜光、颚力、バむオマス、氎玠である。FIG. 91 is a conceptual diagram of an ecology energy system (application) (energy fuel of the Emperor of the Universe, Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Fuel Map Lovely, Kazutora Yoshino Good energy fuel conditions by the Emperor of the Universe 1 1 Large quantity. 2 It exists naturally. 3 High energy density. 4 Energy can be recovered directly. 5 Power generation equipment can be built directly. 6 It is safe. 7 Easy to carry. (The price of 8 yuan is not so high. It depends on the market rather than physical factors, so here it is an extra point.) Oil, natural gas, and coal are excellent energy fuels out of 7 points. Six points are nuclear energy and ocean currents (energy). The five points are solar power, wind power, biomass, and hydrogen. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラミラヌず倪陜光発電システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoMirror (SolarEnergyGeneratorSystem)Lovely, 倪陜光の゚ネルギヌ密床があたり高くないずいう匱点を克服した倪陜光発電システムが、ペシノカズトラミラヌ倪陜光発電システムである。 レンズを茪切りにしお平たくしたのをフルネルレンズずいう。 パラボラ鏡を茪切りにしお平たくしたのをペシノカズトラミラヌずいう。 䟋えば、ペシノカズトラミラヌの補造方法は、光を反射させお焊点に集光する適宜な角床に蚈算されたギザギザのリング状の衚面に、アルミを貌っおも良い、若しくは、アルミを蒞着させおも良い。 ペシノカズトラミラヌは、倧量生産するなら、コストパフォヌマンス良く倧面積のペシノカズトラミラヌであっおも補造するこずが、可胜である。 倪陜光熱電発電蚭備システムに甚いるず、より効果が高い。぀たり、ペシノカズトラミラヌパネルで、倪陜光を反射させお、集光しお、集光郚倪陜光パネル倪陜電池、熱電発電、等、ブラックボックス氎などの液䜓やガスをスチヌムにしおタヌビン、ダむナモ・モヌタヌを回転しお発電するで、光熱を受光しお、発電する。 倪陜光の運搬のしやすさの改善倪陜光の運搬に぀いおは、宇宙倪陜光発電によるレヌザヌビヌムによっお克服する、たた、バッテリヌぞの貯蓄電力、電気、電子や氎玠ぞの倉換によっお克服するこずも可胜である。点の倪陜光熱゚ネルギヌ、点の氎玠を合わせるず、平均点ではなく、シナゞヌ効果で、点〜点になる。これが、吉野䞀虎宇宙䞖界皇垝の倪陜光゚ネルギヌ発電システム゚コロゞヌ・システム・アプリケヌションの本圓の力なのである。 本発明によっお、倪陜光゚ネルギヌず氎玠の組み合わせが、゚ネルギヌ燃料ずしお、優秀な石油レベルを超える、点〜点を埗るこずができるのである。 ここでのポむントは、石油は、幎ぐらいで枯枇化する可胜性があるが、倪陜光倪陜光のような恒星は、億幎ぐらい枯枇化しない可胜性があるので、人類にずっおは、倪陜光は、半氞久的な゚ネルギヌ源である。 本発明のペシノカズトラミラヌを甚いおいる倪陜光熱電発電蚭備システムは、自然界に存圚する氞続性に倧量の安党な倪陜光を集光するこずによっお゚ネルギヌ密床を高くするペシノカズトラプラスアルファな倪陜光発電蚭備システムであり、合理的であり、コストパフォヌマンスが良く、補造・蚭眮が盎に出来るシステムである。FIG. 92 is a conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, the Yoshino Kaztra mirror of the Emperor of the Space World and a solar power generation system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoMirror (SolarEnergyGeneratorSystem) Lovely, A solar power generation system that overcomes the weakness of the solar energy density is not very high. A full-nell lens is made by cutting a lens into round slices and flattening it. The parabolic mirror is cut into round slices and flattened, which is called the Yoshino Kaztra mirror. For example, in the method of manufacturing a Yoshino Kaztra mirror, aluminum may be attached or vapor-deposited on a jagged ring-shaped surface calculated at an (appropriate) angle at which light is reflected and focused on a focal point. You may let me. If the Yoshino Kaztra mirror is mass-produced, it is possible to manufacture even a large-area Yoshino Kaztra mirror with good cost performance. It is more effective when used for solar (heat (electric)) power generation equipment (system). In other words, the Yoshino Kaztra mirror (panel) reflects sunlight, collects it, and collects light (solar cells (solar cells, thermoelectric power generation, etc.), black box (liquid and gas such as water). It makes steam and rotates a turbine and a dynamo motor to generate electricity)), which receives light (heat) and generates electricity. Improving the ease of transporting sunlight: The transport of solar power is overcome by laser beams generated by space solar power generation, and by saving in batteries (electric power, electricity, electrons) and converting to hydrogen. It is also possible. (When 5 points of solar (heat) energy and 5 points of hydrogen are combined, the synergistic effect is 7 to 10 points instead of 5 points on average.) This is the solar energy of the Emperor of the Space World, Kazumasa Yoshino. It is the true power of the power generation system (ecology system (application)). According to the present invention, the combination of sunlight (energy) and hydrogen can obtain 7 to 10 points as an energy fuel, which exceeds the excellent petroleum level. The point here is that oil may be depleted in about 100 years, but sunlight (stars like the sun) may not be depleted in about 10 billion years, so for humankind. , Sunlight is a semi-permanent source of energy. The photovoltaic (heat (electric)) power generation facility (system) using the Yoshino Kaztra mirror of the present invention increases the energy density by condensing a large amount of safe sunlight that exists in nature for a long time. Yoshino Kaztra Plus Alpha is a photovoltaic power generation facility (system) that is rational, has good cost performance, and can be manufactured and installed directly. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラのゆで卵補造蚭備ボむルド゚ッグメむカ―倪陜光熱ボむリングシステム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoBoilingEggSystem (SolarEnergyGeneratorSystem)Lovely,吉野䞀虎宇宙䞖界皇垝のペシノカズトラのゆで卵補造蚭備ボむルド゚ッグメむカ―倪陜光熱ボむリングシステムは、卵を氎お湯容噚に入れお、アルミ反射鏡などで倪陜光を集めお、氎を沞かすなど沞隰した氎、スチヌムで、タヌビンずダむナモ・モヌタヌを回転しお発電をしおも良い、又、同時に、氎を浄氎しお飲料氎を䜜っおも良いしお、ゆで卵を䜜る装眮デバむス・蚭備システムである。吉野䞀虎宇宙䞖界皇垝の目的の䞀぀は、YoshinoAdvancedSystemを甚いお䞖界䞭に䞖界䞭のゆで卵を販売しお、十分な利益を埗るこずである。卵を運搬するのも、卵をゆでお運搬するのも、費甚は同じぐらいなので、逊鶏堎の䞭か近くに、ペシノカズトラのゆで卵補造蚭備ボむルド゚ッグメむカ―倪陜光熱ボむリングシステムを蚭眮すれば、十分な利益を芋蟌める。ビゞネス理論的には、䞀日、玄兆円の利益になる。仮に、逊鶏堎で䜜られた生卵等にサルモネラ菌などいるなら、販売の事前に熱凊理できるので、ゆで卵の補造は、健康衛生安党面での向䞊にもなる効果がある。特に、卵サンドむッチマペネヌズなどの補品を䜜るず、矎味しくサンドむッチを食べれお、加工食品ずしお付加䟡倀がより぀いお、合理的なビゞネスになり埗る。FIG. 93 is an image conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, a boiled egg production facility (boiled egg maker) of Yoshino Kazutora, the Emperor of the Space World, and a solar thermal boiling system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoBoilingEggSystem (SolarEnergyGeneratorSystem) Lovely, Kazutora Yoshino Boiled egg making equipment (boiled egg maker) Collect sunlight with an aluminum reflector to boil water (boiled water, steam may be used to rotate the turbine and dynamo motor to generate power, or at the same time, purify the water and drink water. It is a device / equipment (system) for making boiled eggs. One of the purposes of the Emperor of the Universe, Kazutora Yoshino, is to sell boiled eggs all over the world (using the Yoshino Advanced System) and make a good profit. The cost of transporting eggs is about the same as that of boiling eggs, so if you install a boiled egg maker (boiled egg maker) solar heat boiling system of Yoshino Kazutra in or near the poultry farm, you can do it. Sufficient profit can be expected. In business theory, the profit is about 1.7 trillion yen a day. (If raw eggs made in a poultry farm contain salmonella, etc., they can be heat-treated before they are sold, so boiled eggs (manufacturing) are also effective in improving health, health and safety.) If you make products such as egg sandwiches (mayonnaise), you can eat delicious sandwiches, add more value as processed foods, and become a rational business. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラのゆで卵補造蚭備ボむルド゚ッグメむカ―倪陜光熱ボむリングシステム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoBoilingEggSystem (SolarEnergyGeneratorSystem)Lovely,吉野䞀虎宇宙䞖界皇垝のペシノカズトラのゆで卵補造蚭備ボむルド゚ッグメむカ―倪陜光熱ボむリングシステムは、卵を氎お湯容噚に入れお、アルミ反射鏡などで倪陜光を集めお、氎を沞かすなど沞隰した氎、スチヌムで、タヌビンずダむナモ・モヌタヌを回転しお発電をしおも良い、又、同時に、氎を浄氎しお飲料氎を䜜っおも良いするオプション、ず同時に、オプションずしお、石油コンロ、バむオマスコンロ、ガスコンロなどで、火を焚いお氎を沞かすなど沞隰した氎、スチヌムで、タヌビンずダむナモ・モヌタヌを回転しお発電をしおも良い、又、同時に、氎を浄氎しお飲料氎を䜜っおも良いする、ゆで卵を䜜る装眮デバむス・蚭備システムである。吉野䞀虎宇宙䞖界皇垝の目的の䞀぀は、YoshinoAdvancedSystemを甚いお䞖界䞭に䞖界䞭のゆで卵を販売しお、十分な利益を埗るこずである。卵を運搬するのも、卵をゆでお運搬するのも、費甚は同じぐらいなので、逊鶏堎の䞭か近くに、ペシノカズトラのゆで卵補造蚭備ボむルド゚ッグメむカ―倪陜光熱ボむリングシステムを蚭眮すれば、十分な利益を芋蟌める。ゆで卵の補造は、健康衛生安党面での向䞊にもなる効果がある。特に、卵サンドむッチマペネヌズなどの補品を䜜るず、矎味しくサンドむッチを食べれお、加工食品ずしお付加䟡倀がより぀いお、合理的なビゞネスになり埗る。FIG. 94 is an image conceptual diagram of an ecology energy system (application) (a boiled egg manufacturing facility (boiled egg maker) solar heat boiling system of Yoshino Kazutora, the Emperor of the Space World, Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoBoilingEggSystem (SolarEnergyGeneratorSystem) Lovely, Kazutora Yoshino Boiled egg making equipment (boiled egg maker) Collect sunlight with an aluminum reflector to boil water (boiled water, steam may be used to rotate the turbine and dynamo motor to generate electricity, or at the same time, purify the water and drink water. (Optional), and at the same time, as an option, use an oil stove, biomass stove, gas stove, etc. to boil water (boiling water, steam to rotate the turbine and dynamo motor). It is a device / equipment (system) for making boiled eggs that can generate electricity by generating electricity, or at the same time, purify water to make drinking water). One of the purposes of the Emperor of the Universe, Kazutora Yoshino, is to sell boiled eggs all over the world (using the Yoshino Advanced System) and make a good profit. The cost of transporting eggs is about the same as that of boiling eggs, so if you install a boiled egg maker (boiled egg maker) solar heat boiling system of Yoshino Kazutra in or near the poultry farm, you can do it. Sufficient profit can be expected. Boiled eggs (manufacturing) also have the effect of improving health, hygiene and safety. In particular, if you make a product such as an egg sandwich (mayonnaise), you can eat the sandwich deliciously, add value as a processed food, and it can be a rational business. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラのアルミ反射鏡パラボラ・卵型卵の枩め、焌き芋の保枩等)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoParabolaMirrorSystemLovely, 吉野䞀虎宇宙䞖界皇垝のペシノカズトラのパラボラヌミラヌシステム。アルミの箔を、パラボラ型のベヌスに貌る。ベヌスは、金属やガラスやカヌボンファむバヌやFRPやプラスチックやりレタン暹脂やポリ゚ステル暹脂で固い方が良いが、コストパフォヌマンスは、プラスチックやテヌプ玠材のような薄くお有る皋床なら柔らかくおも良い。颚船のような球に、アルミ箔を茉せお、ボンドやテヌプで固めお、圢䜜っおも良い。パラボラ型のベヌスに、アルミを蒞着させおも良い。日が匷い日ず時間午埌1200頃なら、卵の枩め、焌き芋の保枩等が可胜。YoshinoAdvancedEnergyのアルミ反射鏡パラボラ型、卵型、等により、コストパフォヌマンス良く、倪陜光を効率よく集光するこずが可胜である。FIG. 95 is an image conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, an aluminum reflector parabola of the space world emperor Yoshino Kazutra, an egg shape (warming of eggs, heat retention of roasted sweet potatoes, etc.)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoParabolaMirrorSystemLovely, Kazutora Yoshino Parabola mirror system of the Emperor of the Universe. Stick the aluminum foil on the parabolic base. The base should be hard with metal, glass, carbon fiber, FRP, plastic, urethane resin, or polyester resin, but the cost performance may be soft as long as it is thin like plastic or tape material. You can also put aluminum foil on a ball (like a balloon) and harden it with a bond or tape to shape it. Aluminum may be vapor-deposited on the parabolic base. If the day and time are strong (around 12:00 pm), you can warm the eggs and keep the roasted sweet potatoes warm. Yoshino Advanced Energy's aluminum reflectors (parabola type, egg type, etc.) enable good cost performance and efficient collection of sunlight. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラのアルミ反射鏡屏颚型日光济、日焌け甚、写真甚の反射鏡、保枩料理甚、等)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoPlateMirrorSystemLovely,吉野䞀虎宇宙䞖界皇垝のペシノカズトラのプレヌトミラヌシステム。アルミの箔を、平面の平らなベヌスに貌る。ベヌスは、パネル朚や金属やガラスやカヌボンファむバヌやFRPやプラスチックやりレタン暹脂やポリ゚ステル暹脂で構成されおいる。パネルは、蝶番等で、留めお、適宜な角床を䜜れるようにしおも良い。パネル数は、枚以䞊の耇数のモゞュヌルであるのが奜たしい。平面の型のベヌスに、アルミを蒞着させおも良い。日が匷い日ず時間午埌1200頃なら、日焌けなどするのにちょうどよい。等が可胜。YoshinoAdvancedEnergyのアルミ反射鏡屏颚型、パラボラ型、等により、コストパフォヌマンス良く、倪陜光を集光する倍増・増幅するこずが可胜である。Figure 96 shows the ecology energy system (application) (Kazutora Yoshino, the space world emperor Yoshino Kazutra's aluminum reflector type (sunbathing, sunburn, photographic reflector, heat retention (cooking), etc.)). It is an image conceptual diagram. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's KazutoraYoshinoPlateMirrorSystemLovely, Kazutora Yoshino The plate mirror system of the Emperor of the Universe. Stick the aluminum foil on a flat (flat) base. The base is composed of panels (wood, metal, glass, carbon fiber, FRP, plastic, urethane resin, polyester resin). The panel may be hinged or the like so that an appropriate angle can be created. The number of panels is preferably two or more (modules). Aluminum may be vapor-deposited on a flat mold base. If the day and time are strong (around 12:00 pm), it is a good place to get a sunburn. Etc. are possible. With Yoshino Advanced Energy's aluminum reflector (folding screen type, parabola type, etc.), it is possible to collect (double / amplify) sunlight with good cost performance. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラの反射鏡集光型倪陜光発電システムず集氎型浄氎システム)のむメヌゞ抂念図である。Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Smart System + Living House (Light Water System) Lovely, 吉野䞀虎宇宙䞖界皇垝のペシノカズトラの反射鏡集光型倪陜光発電システムず集氎型浄氎システムである。吉野カズトラ皇垝は、平面曲面ミラヌアルミ、等折りたたみ型、屏颚型、角床型、パラボラ型などの反射鏡を甚いお、集光型倪陜光熱発電システムを䜜り、同時に、反射鏡を甚いお、雚氎を収集しお、貯氎槜に貯めお、倪陜光発電システムで獲埗した゚ネルギヌの䞀郚を甚いお、浄氎した。倪陜光発電や雚氎収集の際、反射鏡の角床を適宜に調敎するのが重芁である。 吉野䞀虎宇宙䞖界皇垝のは、人工知胜などを甚いお、自䞻的に生きる家ずスマヌトシステムを構築しおいたのである。倪陜光パネルバッテリヌ゚コキュヌトむンバヌタヌ、等のホヌム・ネットワヌク 吉野䞀虎宇宙䞖界皇垝が䞀人で生きるなら、必芁なのは、の倪陜光パネル倪陜電池、熱電発電パネル、などが屋根などに枚あれが、になるので、日に平均時間の盎射日光が圓たれば、玄玄calの発電になるので、砂糖補造システム、食糧補造システムなどによっお、人工的に、砂糖や食べ物を䜜り、䞀日ごずの摂取量にするこずができる。玄の朚材を燃焌させお発電するず、玄Jぐらいになる。の倪陜光発電システムを䜜るこずが出来るなら、所垯を持ち家族で生掻するこずが出来る。又、䞀日にの氎を、摂取するなら、雚氎を貯めお、熱しお沞隰させお、飲料氎にする、若しくは、氎蒞気スチヌムで、発電しお、氎蒞気を回収しお、飲料氎にするこずが可胜である。の屋根に、雚が、分で降るなら、ぐらい以䞊貯めれば、日分以䞊の氎になる。雚氎で、シャワヌを济びたり、雚氎を沞かしお、シャワヌやお颚呂にしおも良い。砂糖補造システム、食糧補造システムも重芁である。蟲園、空䞭蟲園、宀内蟲園蟲䜜物などで、食物を䜜るこずも可胜である。 お颚呂に玄の氎の氎を入れお℃にするなら、消費電力は、である。これは、日に必芁な食事の摂取量ず、略、同じ量である。䞀回分お颚呂に入るのに、䞀日分の食事ず同じ゚ネルギヌが掛るなら、䞀日分、矎味しい食事を食べる方が良いであろう。若し、毎日、顔や髪を掗っおも、週間に䞀床だけお颚呂に入り、その分、矎味しい食事を食べたり、再生可胜゚ネルギヌ・システムの開発に甚いたり、浄氎しお、飲料氎を䜜る方が、未来の発展に繋がる可胜性が高い。 又、お颚呂に入った埌に、お湯が冷める前に、熱量を远加加算しお、沞隰させお、スチヌムで発電しお、スチヌムを回収しお、飲料氎にするなら、䞀石二鳥である。 たた、集光型倪陜光発電システムで、゚ネルギヌを氎に貯めお、お湯ずしお保存保熱しおおけば、倜間などでも、発電が可胜である。この際、保枩されたお湯を甚いお、シャワヌを济びたり、お颚呂に入り、そのお湯を、倪陜光で熱しお、スチヌムを䜜り、発電しお、スチヌムを回収しお、飲料氎を䜜るこずも可胜である。FIG. 97 is an image conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, a reflector concentrated solar power generation system and a water collecting type water purification system of Yoshino Kazutra, the Emperor of the Space World). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Smart System + Living House (Light Water System) Lovely, Kazutora Yoshino Space Emperor Yoshino Kazutora's reflector concentrating solar power generation system and water collecting type water purification system. Emperor Yoshino Kazutra created a concentrating solar (heat) power generation system using reflectors ((flat / curved) mirrors / aluminum, etc .: folding, wind, angle, parabola, etc.). At the same time, rainwater was collected using a reflector, stored in a water tank, and purified using a part of the energy acquired by the photovoltaic power generation system. It is important to adjust the angle of the reflector appropriately when generating solar power or collecting rainwater. Kazumasa Yoshino, the Emperor of the Universe, used artificial intelligence to build a house and a smart system to live independently. (Home network of solar panel + battery + eco-cute + inverter, etc.) Kazumasa Yoshino If the Emperor of the Space World lives alone, all that is needed is a 200W solar panel (solar cell, thermoelectric power generation panel, etc.) such as a roof. Since 20 sheets of solar panels will generate 4 kW, if they are exposed to direct sunlight for an average of 3 hours a day, they will generate about 12.6 MJ (= about 3000 kcal), which is artificial by a sugar production system, food production system, etc. You can make sugar and food and make it a daily intake. (If you burn about 1 kg of wood to generate electricity, it will be about 12.6 MJ.) (If you can make a 200 kW solar power generation system, you can have a family and live with your family.) If you ingest 3L of water a day, store rainwater and heat it to boil to make it drinking water, or generate electricity with steam (steam) and recover the water vapor to make it drinking water. Is possible. If it rains 1L in 1 minute on the roof of 12.6m ^ 2, if you store about 60L or more, it will be 20 days or more of water. You can take a shower with rainwater, or you can boil the rainwater to make a shower or bath. Sugar production systems and food production systems are also important. It is also possible to make food at farms, aerial farms, indoor farms (LED + crops), etc. If about 60 L of water (600 cm ^ 3 = 600 kg of water) is put in the bath and the temperature is set to 50 ° C., the power consumption is 12.6 MJ. This is approximately the same as the daily dietary intake. If taking a bath takes the same amount of energy as a day's meal, it's better to eat a day's worth of delicious food. Even if you wash your face and hair every day, you can take a bath only once a week, eat delicious food, use it for the development of renewable energy systems, purify water, and drink water. It is more likely that making it will lead to future development. Also, after taking a bath and before the hot water cools, if you add (add) the amount of heat, bring it to a boil, generate electricity with steam, collect the steam, and use it as drinking water, it is two birds with one stone. In addition, if the energy is stored in water and stored as hot water (heat retention) in a concentrating solar power generation system, power can be generated even at night. At this time, using warm water, take a shower or take a bath, heat the hot water with sunlight to make steam, generate electricity, collect steam, and make drinking water. Is also possible. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラの倪陜光発電システム)のむメヌゞ抂念図である。 Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Solar Energy Generator System Lovely, 吉野カズトラ宇宙䞖界皇垝の倪陜光発電システムである。 倪陜光パネル反射鏡、倪陜電池、熱電発電パネル、等やナニット、アレむ、マトリクス、等の䜍眮や角床を、駆動手段蚘憶合金、人工筋肉、電磁石、゜レノむド、モヌタヌギダ、クランクギダ、など、ネゞ型線圢モヌタヌ、などによっお、調敎する。 圢状蚘憶合金は、熱量に盞圓する䌞瞮性を瀺すため、倪陜光パネルの出力に察しお比范的、少量の熱量で、蚘憶合金を䌞瞮するこずが可胜なので、圢状蚘憶合金に掛る熱量に察しお、比范的倧きめの受光量出力を埗るこずが出来る倪陜光パネル反射鏡、倪陜電池、熱電発電パネル、等の䜍眮や角床を調敎するこずが可胜である。曲がった圢状蚘憶合金や蚘憶マテリアルや蚘憶プラスチックなどを䌞瞮させお、円的や線圢的な角床の調敎等をしおも良い。 倪陜光パネル反射鏡、倪陜電池、熱電発電パネル、等の角床Θずφを光の方向倪陜の方向に合わせお、で、時間的に調敎する倉化させるのが可胜である。 ヒヌタヌ等をもちいお、圢状蚘憶合金に、枩床に合わせお圢状を蚘憶させお圢状蚘憶合金を䜜るこずが可胜である。 最も倪陜光が匷い時間ぐらいの倪陜の䜍眮に合わせお、倪陜光パネル反射鏡、倪陜電池、熱電発電パネル、等のディフォヌルトの䜍眮ず角床にするのが、最善の圢態である。FIG. 98 is a conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, the solar power generation system of Yoshino Kazutra, the Emperor of the Space World). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Solar Energy Generator System Lovely, Yoshino Kazutora is a solar power generation system of the Emperor of the Universe. The position and angle of solar panels ((reflection) mirrors, solar cells, thermoelectric generation panels, etc.) (and units, arrays, matrices, etc.) can be determined by driving means (memory alloys, artificial muscles, electromagnets, solenoids, motors (+). Adjust by gear, crank gear, etc.), screw type linear motor, etc.). Since the shape memory alloy exhibits elasticity corresponding to the amount of heat, the memory alloy can be expanded and contracted with a relatively small amount of heat with respect to the output of the solar panel. It is possible to adjust the position and angle of a solar panel ((reflection) mirror, solar cell, thermoelectric power generation panel, etc.) that can obtain a relatively large amount of light received (output). A curved shape memory alloy (or a memory material, a memory plastic, etc.) may be expanded and contracted to adjust a circular or linear angle. Adjust (change) the angle (Θ and φ) of the solar panel ((reflection) mirror, solar cell, thermoelectric power generation panel, etc.) in 3D according to the direction of light (direction of the sun). It is possible to let). It is possible to make a shape memory alloy by storing the shape in a shape memory alloy according to the temperature by using a heater or the like. The position and angle of the default of the solar panel ((reflection) mirror, solar cell, thermoelectric power generation panel, etc.) should be adjusted according to the position of the sun when the sunlight is strongest (around 12:00). It is the best form. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のペシノカズトラの反射鏡集光型倪陜光発電システムず集氎型浄氎システム)のむメヌゞ抂念図である。 Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Smart System + Living House (Light Water System) Lovely, 海氎、川の氎、雚氎、井戞氎、氎道氎などの氎を、貯氎槜に貯め、ポンプで汲み䞊げお、チュヌブ管を通しお、集光郚黒䜓に入れお、集雚氎甚ず集光゚ネルギヌ甚などに蚭眮された適宜な角床を有する平面鏡などの鏡で、倪陜光を反射しお集光した光゚ネルギヌで、集光郚黒䜓にある氎を、枩め熱しお、氎蒞気スチヌムを䜜り、タヌビンギダずダむナモ・モヌタヌを回転しお、発電する。氎蒞気スチヌムは、空気で冷华しおも良い。氎蒞気スチヌムは、氎で冷华しおも良い。氎蒞気スチヌムを氎で冷华する際、前蚘チュヌブ管や貯氎槜ぞ氎を送るチュヌブ管などの氎で冷华するのも可胜である。この際、前蚘チュヌブ管は、スチヌムチュヌブ管に平行であっおも、スチヌム管の呚りを螺旋状に回っおいおも良い。若しくは、スチヌムチュヌブ管が、前蚘チュヌブに、平行であっおも、スチヌムチュヌブ管の呚りを螺旋状に回っおいおも良い。これによっお、排熱を利甚しお氎を枩めれるので氎が沞隰する準備ができるので、効率良く、発電できる。FIG. 99 is an image conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, a reflector concentrated solar power generation system and a water collecting type water purification system of Yoshino Kazutra, the Emperor of the Space World). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Smart System + Living House (Light Water System) Lovely, Seawater, river water, rainwater, well water, tap water, etc. Through, put it in the condensing part (black body), and reflect the sunlight with a mirror such as a plane mirror with an appropriate angle installed for collecting (rain) water and condensing (energy), etc. With the generated (light) energy, the water in the condensing part (black body) is heated (heated) to generate water vapor (steam), and the turbine (+ gear) and dynamo motor are rotated to generate power. The water vapor (steam) may be cooled by air. The water vapor (steam) may be cooled with water. When cooling water vapor (steam) with water, it is also possible to cool it with water such as a tube tube (mentioned above) or a tube tube that sends water to a water tank. At this time, the (mentioned) tube tube may be parallel to the steam tube tube or may spiral around the steam tube. Alternatively, the steam tube tube may be parallel to the tube or may spiral around the steam tube tube. As a result, the waste heat can be used to heat the water (because the water is ready to boil), so that power can be generated efficiently. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の「海の幞」などの食品研究開発金の茶挬けず倧人の茶挬け)のむメヌゞ抂念図である。Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Food Science Lovely, 吉野カズトラ宇宙䞖界皇垝の「海の幞」 振り掛け、茶挬け、うどん・蕎麊、牛䞌などぞの応甚が可胜。Yoshino Universe YoshinoAdvancedEnergy 吉野カズトラ宇宙䞖界皇垝の『海の幞』 商品名 『金の茶挬け』 高玚バヌゞョン 倧人の埡茶挬け 䞀般バヌゞョン 飲料氎ず塩の補造方法 補造方法オプションずしお、濟玙、砂利局砂局、フィルタヌ、むオン膜などで濟す→飲料氎を補造、塩を補造。 補造方法海氎を加熱加圧しお煮詰める玄分。→塩を補造。→蒞留氎→飲料氎を補造。 成分塩塩化ナトリりム、塩化マグネシりム、・・・、金等 塩に、ほんだしを混ぜお、海苔、ワカメ、昆垃などの「海の幞」などや也燥卵ゆで卵を也燥させた卵を现かくした食材などを塗す。→ 埡茶挬などにする。FIG. 100 is an image conceptual diagram of an ecology energy system (application) (food research and development such as "seafood" by Kazutora Yoshino, the Emperor of the Universe: gold chazuke and adult chazuke). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Food Science Lovely, Yoshino Kazutora Can be applied to sprinkle of "seafood" of the space emperor, chazuke, udon noodles, soba noodles, beef bowl, etc. Yoshino Universe YoshinoAdvancedEnergy Yoshino Kazutra Space World Emperor's "Seafood": Product Name: 1. "Kin no Chazuke" (luxury version) 2. Adult (O) Chazuke (general version) Drinking water and salt manufacturing method: Manufacturing method 1. (Optionally, filter with filter paper, (gravel layer + sand layer), filter, ion membrane, etc.) → Manufacture drinking water and salt. Manufacturing method 2. Heat (pressurize) seawater (100 ml) and boil (about 3 minutes). → Manufactures salt (3g). → Distilled water → Manufactures drinking water. Ingredients: Salt (sodium chloride, magnesium chloride, ..., gold), etc. Salt (3 g) is mixed with hondashi (10 g) to make "seafood" such as seaweed, wakame seaweed, and kelp, and dried eggs (boiled eggs). Apply the dried egg finely divided ingredients). → Make ochazuke. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の「海の幞」などの食品研究開発寿叞りニ補造)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Sushi ProjectLovely,吉野カズトラ宇宙䞖界皇垝は、寿叞りニ補造蚈画を進めおいた。海藻ワカメ、昆垃、ヒゞキ、等を飌育しお海氎濃床玄、海氎枩床玄℃〜℃、りニに食べさせお、ゞブロモメタンでりニを成長加速しお、りニを食材ずしお、寿叞や、お茶挬け、振り掛け、等に甚いた。 海氎の浄氎の際、飲料氎蒞留氎ず塩食塩、人工海氎の玠などを䜜るこずも可胜であり、食材に甚いるこずも可胜であり、再床人工海氎を䜜り、人工海氎を綺麗に保぀こずも可胜である。 この海藻、りニなどの人工飌育システムは、海を航行したり停泊する船などに搭茉するこずも可胜であり、家庭などの庭レベルも可胜である。オプションずしお、倪陜光発電、自然也燥空気也燥、颚力発電、バむオマス発電などを甚いるこずも可胜である。FIG. 101 is an image conceptual diagram of an ecology energy system (application) (food research and development such as “sea urchin” by Kazutora Yoshino, Emperor of the Universe: sushi (sea urchin production)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Sushi Project Lovely, Yoshino Kazutora Space World Emperor was working on a sushi (sea urchin production) project. Sea urchins (sea urchins, kelp, hijiki seaweed, etc.) are bred (sea urchin concentration about 3%, sea urchin temperature about 20 ° C (~ 25 ° C)), fed to sea urchins, and the growth of sea urchins is accelerated by dibromomethane. Was used as an ingredient in sushi (or, ochazuke, sprinkle, etc.). When purifying seawater, it is possible to make drinking water (distilled water) and salt (salt, artificial seawater source), and it can also be used as foodstuffs. It is also possible to keep it clean. This artificial breeding system for seaweeds, sea urchins, etc. can be mounted on ships sailing or mooring in the sea, and can also be installed at the garden level (at home, etc.). As an option, solar power generation, natural drying (air drying), wind power generation, biomass power generation, etc. can be used. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の食品研究開発葡萄氷、フロヌズン・グレヌプ、アむスの実)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Fruits Project (Grape Project)Lovely, 吉野カズトラ宇宙䞖界皇垝は、発電システムず同時に飲食業を発展させお、飲料氎蒞留氎、等を甚いお、枅涌飲料氎を䜜っおいた。ホットレモンやレモンティヌやグレヌプゞュヌスである。盎接、葡萄を凍らせたずころ、矎味しかったので、葡萄のゞュヌスを抜出しお、砂糖グラニュヌ糖を添加しお、シャヌベット状にしお、アむスの実を食べたずころ、より矎味しかった。海蟺の砂浜海の家など、日差しが匷い所で、塩分を含む、ゞュヌスやアむスを販売しお、熱䞭症察策をするのは、ある皋床なら可胜である。䌑日等に、浜蟺等で、うどんなどを食べたり、ゞュヌスを飲んだりしお、寛ぐこずも、良いのだろう。FIG. 102 is a conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, Food Research and Development of the Emperor of the Space World: Grape Ice, Frozen Grape, Ice Fruit). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Fruits Project (Grape Project) Lovely, Yoshino Kazutora Space World Emperor develops the food and beverage industry at the same time as the power generation system, and uses drinking water (distilled water, etc.) to make refreshing drinking water. rice field. Hot lemons, lemon tea and grape juice. When I frozen the grapes directly, it was delicious, so when I extracted the grape juice, added sugar (granulated sugar), made it into sherbet, and ate the ice cream, it was (more) delicious. It is possible to some extent to take measures against heat stroke by selling juice and ice cream containing salt in places with strong sunlight, such as beaches on the beach (seaside houses). It would be good to relax by eating udon noodles or drinking juice on the beach on holidays. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝のナノテクノロゞヌ研究開発人工筋肉)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Nano Technology ProjectLovely,吉野カズトラ宇宙䞖界皇垝は、ナノテクノロゞヌずロボット甚人工筋肉の研究開発を進めおいた。研究開発を進めるために、最初の頃は、人工筋肉を甚いた昆虫型飛行物䜓などを補䜜しおいた。 ヘモグロビンのような匷磁性䜓鉄などの原子や分子を有する分子有機分子などを、配列アラむンしお、ポリヘモグロビンのような物質有機物質などを䜜る。チュヌブやシヌト状にしおも良い。匷磁堎を掛けお、匷磁性䜓のスピンを揃えお、磁気モヌメントを揃えお、磁化させお、磁石有機磁石などを䜜る。コむル有機コむルなどず合わせお、ダむナモ・モヌタヌ有機ダむナモ・モヌタヌなどを䜜る。ナノやマむクロレベルでのミニチュア発電颚力発電、むオン発電、グレヌディ゚ント・プロトン発電やミニチュアモヌタヌ電気モヌタヌ、グレヌディ゚ント・プロトン・モヌタヌなどを甚いお、人工筋肉を䜜る。人工筋肉で、虫昆虫、甲虫、蜻蛉トンボ、などを䜜るこずも可胜である。FIG. 103 is a conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, Nanotechnology Research and Development of the Emperor of the Space World: Artificial Muscle). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Nano Technology Project Lovely, Yoshino Kazutora Space Emperor has been researching and developing nanotechnology and artificial muscles for robots. At the beginning, in order to advance research and development, we made insect-type flying objects using artificial muscles. Molecules (organic molecules, etc.) having a ferromagnetic material (atoms and molecules such as iron) such as hemoglobin are arranged (aligned) to form a substance (organic substance, etc.) such as polyhemoglobin. It may be in the form of a tube or sheet. A strong magnetic field is applied to align the spins of ferromagnets, align the magnetic moments, and magnetize them to make magnets (organic magnets, etc.). Make a dynamo motor (organic dynamo motor) together with a coil (organic coil). Artificial muscles are created using miniature power generation (wind power generation, ion power generation, gradient proton power generation) and miniature motors (electric motors, gradient proton motors, etc.) at the nano and micro levels. It is also possible to make insects (insects, beetles, dragonflies, etc.) with artificial muscles. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の食品研究開発焌き塩おにぎり)のむメヌゞ抂念図である。Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Food Science (Salt Rice Ball) Lovely,吉野カズトラ宇宙䞖界皇垝の保存食研究開発 吉野カズトラ宇宙䞖界皇垝は、ご飯を炊いお食べるずいう行為は、叀代においお、人々が、海氎を沞かしお塩を䜜る際、米を食量を確保するものフィラヌずしお、甚いお、保存食を䜜った、始たりきっかけだった可胜性があるず思っおいた。 焌き塩おにぎり 海氎を煮詰める。玄の塩 ・オプションご飯米、海藻昆垃、ワカメ、ヒゞキ、等、ほんだし、醀油、ガラスヌプ、みりん、お酒、等を海氎に混ぜお、煮詰める。おにぎり圢状にしお、熱でドラむ也燥させお、保存食にする。 䞀日に、䞀人分は、玄の塩。は、食事等に入っおいるので、ぐらい盎接摂取の必芁あり。 の塩で、玄人分の塩、若しくは、䞀人分で玄日分の塩。 焌き塩おにぎりを玄〜分割しお、ご飯などに混ぜお、食べるこずが可胜である。  熱䞭症察策には、汗などで、塩分が䜓倖に排出されおしたうので、塩分を含んだ氎等を飲んで察策する。 塩分を取りすぎた時は、野菜などカリりムを含む食材を食べお、塩分を䜓倖に排出する。 ぀たり、日光日差しが匷く、熱い日は、熱䞭症察策するなら、海に行き、海氎济をしお海氎で䜓を冷やしお濡らすなどしお、䜓枩を適宜に保ち、適宜な量の海氎塩ミネラル塩を飲んだりする方が、炎倩䞋の䞋で、蟲地に出お野菜を収穫しお、ビタミンやミネラルを取るより効果的である。海氎济に行った際、ビタミンやオロナミンビタミンなどのビタミンなどの栄逊ドリンクを飲むこずも良いのだろう。 吉野カズトラ宇宙䞖界皇垝は、自らの葡萄庭園の朚陰で、葡萄を食べながらポリフェノヌルなどの栄逊を取りながら、久しぶりに、寛んでいた。FIG. 104 is an image conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, Food Research and Development of the Emperor of the Space World: Grilled Salt Onigiri). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Food Science (Salt Rice Ball) Lovely, Yoshino Kazutora Space World Emperor's Preserved Food Research and Development When boiling seawater to make salt, I thought it might have been the beginning (trigger) of making a preserved food by using rice as a filler to secure the amount of food. Grilled salt rice balls: Boil 2L of seawater. (Approximately 60 g of salt): ・ Options: Rice (rice), seaweed (kelp, wakame seaweed, hijiki seaweed, etc.), Hon-Dashi, soy sauce, glass soup, mirin, liquor, etc. Shape it into a rice ball and dry it with heat to make it a preserved food. About 8g of salt per person per day. Since 5g is included in meals, it is necessary to take about 3g directly. 60g of salt is enough for about 20 people, or one person is enough for about 20 days. It is possible to divide the grilled salted rice balls into about 20 to 30 pieces, mix them with rice, and eat them. ps: As a measure against heat stroke, salt is discharged from the body due to sweat etc., so drink water containing salt and take measures. If you take too much salt, eat vegetables and other foods that contain potassium to expel the salt from your body. In other words, on hot days with strong sunlight, if you want to take measures against heat stroke, go to the sea, bathe in the sea, cool your body with seawater (wet it, etc.), keep your body temperature at an appropriate level, and take an appropriate amount. Drinking seawater (salt (mineral salt)) is more effective than going out to farmland to harvest vegetables and get (vitamins and) minerals under the scorching sun. When you go to the beach, you may want to drink energy drinks such as vitamins such as vitamin C (C1000) and oronamin C (vitamin B). Kazutra Yoshino, the Emperor of the Universe, was relaxing in the shade of his grape garden, eating grapes (while taking nutrition such as polyphenols) for the first time in a while. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の浄氎システム)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Automatic Water Purify SystemLovely, 吉野カズトラ宇宙䞖界皇垝は、雚や雪を集めお、浄氎するシステムを䜜っおいた。 建物などの屋根などで、雚や雪を集める。屋根に蚭眮された倪陜電池のカバヌパネルには、熱線が適宜な幅で敷いおある。これにより、倪陜光が、春倏秋冬、䞀幎䞭、昌間は、倚少なりずも倪陜光パネルに圓たるようにする。氎車発電機で、発電する。発電された電気をバッテリヌに貯めるなどしおも良い。氎雚氎、雪氎、滝氎、地䞋氎、川氎、海氎などを貯める。ポンプで氎を汲みだす。氎をりォヌタヌフィルタヌに掛けお、浄氎しお、飲料氎にする。若しくは、氎を電気分解しお、氎玠ず酞玠にしお、反応させお、飲料氎にする。オプション、重氎玠を䜜る。飲料氎をボトルに泚入しお、キャップを閉めお、箱に詰めお、出荷・販売する。フォヌクリフト、車、トラック、船、飛行機などの運搬手段を甚いおも良い。 p.s.モヌタヌギダを回転しお、ベルトコンベダヌを動かしお、りォヌタヌフィルタヌを適宜なタむミングで、新しくする。りォヌタヌフィルタヌは、円圢筒状が最適である。円圢筒状などのりォヌタヌフィルタヌをリボンに茉せお、氎が、隣のりォヌタヌフィルタヌに染み蟌たないようにしおも良い。FIG. 105 is an image conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, the water purification system of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Automatic Water Purify SystemLovely, Yoshino Kazutora Space World Emperor created a system to collect rain and snow to purify water. Collect rain and snow on the roofs of buildings. (The cover panel of the solar cell installed on the roof is covered with heat rays of appropriate width. This allows the sunlight to hit the solar panel to some extent during spring, summer, autumn and winter, all year round, and during the daytime. ) Generate electricity with a water wheel (+ generator). (The generated electricity may be stored in a battery.) Store water (rainwater, snowwater, waterfall, groundwater, river water, seawater, etc.). Pump out water. Filter the water with a water filter to purify it into drinking water. Alternatively, water is electrolyzed into hydrogen and oxygen and reacted to make drinking water. (Optional, make deuterium.) Pour drinking water into a bottle, close the cap, pack it in a box, and ship / sell it. Transportation means such as forklifts, cars, trucks, ships, and airplanes may be used. Rotate the p.s. motor (+ gear) to move the belt conveyor and renew the water filter at the appropriate time. The optimum water filter is circular (cylindrical). A circular (cylindrical) water filter may be placed on the ribbon to prevent water from seeping into the adjacent water filter. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション(吉野䞀虎宇宙䞖界皇垝の゚ネルギヌシステムのシンボル・ロゎ)のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's SDI + ISD + IDS (YoshinoAdvancedEnergy)Lovely, 吉野カズトラ宇宙䞖界皇垝のずず (YoshinoAdvancedEnergy) 石油䟡栌の高隰ずずペシノアドバンスド゚ナゞヌの台頭 吉野幞男や吉野信法王の頃、第二次䞖界倧戊の頃は、戊争は、玄幎ぐらい続くのが普通であった。アメリカ合衆囜は、栞兵噚原子爆匟や氎玠爆匟、等の開発ず補造によっお、玄カ月〜玄週間で、戊争を終結するこずが可胜になる皋の、砎壊力を身に付けた。アメリカ合衆囜は、ロシアずの冷戊を超えお、玄日の戊闘日のデザヌト・フォックス、等で、アメリカの敵囜を砎壊しお、戊争を終結するこずを身に付けた。巡航ミサむル空母からのの戊闘機による攻撃、等、基瀎軍事力も匷化しおいった。栞兵噚ず原子炉の研究開発が進み、により、栞゚ネルギヌは、原子力発電所や栞融合炉ずしお、平和利甚されるようになった。そしお、吉野カズトラ宇宙䞖界皇垝の指導の元に、アメリカ合衆囜は、新たな戊争のステヌゞに入っおいた。吉野カズトラ宇宙䞖界皇垝の開発した、高呚波γ波以䞊パルスレヌザヌ砲や吉野タむムマシンによっお、光速以䞊で、高次元のレヌザヌ・ネットワヌク・アルゎリズムを甚いお、軍事衛星などによっお、敵の人工衛星を、打ち萜ずすこずが、可胜になり、最初の玄秒で、実質的に戊争を終結するこずが可胜になっおいた。倧陞間匟道ミサむル、等等は、軍事衛星人工衛星のやレヌダヌに匷く頌っおいたので、軍事衛星が壊滅的になるず、実質的に、栞兵噚などによる戊争の継続が、囜ずしお困難になったためである。この頃、アメリカ合衆囜に反旗を翻すこずが出来る囜々やテロ組織は、䞀般的な囜境によっお区分されるものではなく、むしろ、意識や石油資本䞻矩などによる曖昧なバンド結束によっお束ねられる、石油資本の䞭東の囜々やタリバンやアルカむダある怪盗団等の組織になっおいた。アメリカ合衆囜は、アフガニスタン、むラク、シリアぞず、軍事介入を進めおいたが、䞭東をチェス盀ずした、列匷の囜々アメリカ、ロシア、欧州、シリア、䞭囜、サりゞアラビア、むラク、むラン、トルコ、アラブ、むスラ゚ル、等のチェスのような石油獲埗合戊ずなっおいた。そもそも、トリリオンダヌラヌの資本力の日本ず、トリリオンダヌラヌのアメリカ合衆囜が、トリリオンダヌラヌのむラクやむラク近郊の囜々を攻め萜ずそうずするのが、珟実的ではない無理が掛っおいるのかもしれないが、技術倧囜以前は経枈倧囜の日本をパヌトナヌずしお持぀アメリカ合衆囜は、匷気に軍隊のチェス駒をするこずが可胜になっおいた。吉野カズトラ宇宙䞖界皇垝のグルヌプの軍需産業は、特に、軍事を持っお、資源を確保するこずを、理想ずするグルヌプだった。吉野カズトラ宇宙䞖界皇垝は、平和的な亀枉によっお、石油や倩然資源等の獲埗をする方が予算的にも珟実的ず考えおいたのだが、軍需品軍需産業補品、぀たり、兵噚等の需芁も重芁であるこずもあり、ある皋床の調敎が必芁であった。぀たり、産業の振興に、第䞀陣ずしお、必芁最小限の兵噚を甚いお、第二陣ずしお、十分倧量の䞀般的商品を甚いお、第䞉陣ずしお、文明や文化や経枈や宗教の管理をする戊略であった。この際、投資家が囜々に安党に投資を出来るようにしたのが、であったが、等の傘䞋で、などによる条項の芏定を受けるのは、囜ずしおは、やっかいなものでもあった。ず、同時に、同時倚発テロ等の危険性を考慮しお、囜民の其々に等の個々のを配垃しお、囜民の其々がテロリスト化しないように、管理するのも重芁であった。これだけのこずを、囜際的にしおも、むラクやむラク近郊にあるトリリオンダヌラヌずいう石油の魅力は倧きく、囜々の介入は止たらず、䞭東地域党䜓は、安定化するどころか、火薬庫のようになっおいた。䞭東党䜓の䞍安定化ず原油䟡栌の高隰が、原油などを甚いる䌁業などの掻動や囜際瀟䌚に圱響しおいた。戊略的なマップを裏で䜜っおいたのが、であり、石油の高隰を導くこずにより、原子力゚ネルギヌの䜿甚を促す戊略だったのである。関連のフリヌメむ゜ンやスカルアンドボヌンが、アスぺルティヌに栞爆匟を蚭眮しお、・日本での東北関東倧震灜を起こしたずいう、噂を聞いたこずがあるほどである。しかしながら、原子力特に栞融合炉の開発を促進しながらも、吉野カズトラ宇宙䞖界皇垝は、ペシノアドバンスド゚ナゞヌを甚いお、吉野ミュヌゞックグルヌプ、吉野アヌティストグルヌプ、吉野カズトラ゚ンタヌテむメントグルヌプ等を䜜り、゚ンタヌテむメント音楜や歌やダンスや芞術や矎の基に、囜際的に広報掻動等を進め、吉野カズトラ宇宙䞖界皇垝や吉野クリスタルヒカリ女王の掻動を宣䌝しながら、平和的に、再生可胜゚ネルギヌの開発を進め、倪陜光、等や颚力やバむオマスや地熱を甚いた、゚ネルギヌ解決策を、着実に進めおいた。吉野カズトラ宇宙䞖界皇垝は、石油の高隰をむしろ、゚コロゞヌシステム氎玠瀟䌚の開発の起爆剀や爆颚゚ネルギヌに甚いた。吉野カズトラ宇宙䞖界皇垝は、や等を甚いお、囜際経枈の管理や、等を甚いお、囜際医療の管理もしおいた。吉野カズトラ宇宙䞖界皇垝は、自らの先祖の倩照倧芋神を祀る神道を、囜際的に展開や発展させお、吉野倩照囜際神道を新たに開発しお、囜際的に普及させ、囜々を平和に導いた。吉野カズトラ宇宙䞖界皇垝の埌継者ずなった、吉野クリスタルヒカリ女王、光を持っお、囜際的な平和を䜜り、維持管理するために、吉野アシュレヌアダメ女王は、新たな宇宙軍を創蚭しお、吉野レベッカハル女王は、軍事衛星人工衛星などによる戊争よりは、むしろ、宇宙芁塞や宇宙ロボットガンダム等や宇宙兵噚などによる、より匷固な宇宙軍事を開発しお、宇宙から、䞖界の平和を芋守り、宇宙䞖界を管理・支配した。・・・続く。FIG. 106 is an image conceptual diagram of an ecology energy system (application) (Kazutora Yoshino, a symbol logo of the energy system of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's SDI + ISD + IDS (YoshinoAdvancedEnergy) Lovely, Yoshino Kazutora Space World Emperor's SDI, ISD and IDS (YoshinoAdvancedEnergy) Soaring oil prices and the rise of IAEA and Yoshino Yoshino At that time, during World War II, the war usually lasted for about three years. With the development and manufacture of nuclear weapons (atomic bombs, hydrogen bombs, etc.), the United States has acquired the destructive power to end the war in about three months to three weeks. The United States has learned to end the war by destroying the enemy nations of the United States in about three days of battle (Desert Fox, etc. on the 70th) beyond the Cold War with Russia. (Cruise missiles * Attack by 170 fighters from aircraft carriers, etc., strengthened basic military power.) Research and development of nuclear weapons and nuclear reactors has progressed, and nuclear energy has been converted to nuclear power plants and fusion reactors by IAEA. As a result, it has come to be used peacefully. And, under the guidance of SDI, the Emperor of the Space World, Yoshino Kazutra, the United States has entered a new stage of war. Kazutra Yoshino Using a high-frequency (γ-wave or higher) pulse laser cannon and Yoshino time machine developed by the Emperor of the Space World, using a high-dimensional laser network algorithm at a speed of light or higher, using a military satellite, etc., to create an enemy artificial satellite. It was possible to shoot down, and in the first 3 seconds it was possible to virtually end the war. Intercontinental ballistic missiles (ICBM, etc.) relied heavily on the GPS and radar of military satellites (artificial satellites), so if the military satellites became devastating, the continuation of the war with nuclear weapons would be substantially continued. This is because it became difficult. Around this time, the countries and terrorist organizations that could rebel against the United States were not separated by general borders, but rather by vague bands (cohesion) of consciousness and oil capitalism, of oil capital. It was an organization such as the countries of the Middle East, the Taliban, and al-Qaeda (a phantom thief). The United States has been advancing military intervention in Afghanistan, Iraq, and Syria, but with the Middle East as a chess board, the powers of the powers (US, Russia, Europe, Syria, China, Saudi Arabia, Iraq, Iran, Turkey, Arab, It was an oil acquisition battle like chess in (Iraq, etc.). In the first place, it is unrealistic (it is unreasonable) for Japan with a capital of 20 trillion dollars and the United States of 40 trillion dollars to try to attack Iraq with 300 trillion dollars and countries near Iraq. Perhaps, the United States, which has Japan as a partner of technology powerhouse (formerly economic powerhouse), was able to play chess pieces of the army bullishly. The munitions industry of the Yoshino Kaztra Space World Emperor's group was, in particular, a group whose ideal was to have the military and secure resources. The Emperor of the Space World, Kazutra Yoshino, thought that it would be more realistic in terms of budget to acquire oil and natural resources through peaceful negotiations, but for munitions (munitions industry products, that is, weapons, etc.) Demand was also important and required some adjustment. In other words, for the promotion of industry, the first team uses the minimum necessary weapons, the second team uses a sufficiently large amount of general commodities, and the third team manages civilization, culture, economy, and religion. It was a strategy to do. At this time, it was ISD that made it possible for investors to invest safely in countries, but it is troublesome for the country to be subject to the provisions of ISD provisions such as ISID under the umbrella of TPP etc. But it was also. At the same time, considering the danger of simultaneous terrorist attacks, it is also possible to distribute IDS (individual ID) such as SSN to each of the people and manage it so that each of the people does not become a terrorist. It was important. Even internationally, the attractiveness of oil called 300 Trillion Darler in Iraq and its suburbs is great, the intervention of countries has not stopped, and the entire Middle East region has become more like a powder magazine rather than stabilizing. Was there. The destabilization of the entire Middle East and soaring crude oil prices have affected the activities of companies that use crude oil and the international community. Behind the scenes was the IAEA, a strategy that encouraged the use of nuclear energy by inducing soaring oil prices. I have even heard rumors that IAEA-related Freemasons and Skull and Bones have set up nuclear bombs on Asperty and caused March 11 (the Great Tohoku Kanto Earthquake in Japan). However, while promoting nuclear power (especially the development of fusion reactors), Kazutra Space World Emperor Yoshino created Yoshino Music Group, Yoshino Artist Group, Yoshino Kazutra Entertainment Group, etc. using Yoshino Advanced Energy (G). , Promote international publicity activities based on entertainment (music, song, dance, art, beauty), and promote peaceful reproduction while promoting Yoshino Kazutra Space World Emperor and Queen Yoshino Crystal Hikari (activities) We have been developing possible energies and steadily advancing energy solutions using solar power (USES, etc.), wind power, biomass, and geothermal heat. The Emperor of the Space World, Kazutra Yoshino, used the soaring price of oil as a detonator and blast energy for the development of an ecology system (hydrogen society). The Emperor of the Space World, Kazutra Yoshino, used the FRB and IMF to manage the international economy, and NIH to manage international medical care. Kazutra Yoshino, the Emperor of the Universe, has developed and developed the Shinto that enshrines his ancestor Amaterasu Omigami internationally, newly developed the Yoshino Amaterasu International Shinto, and spread it internationally to spread the nations. Leaded to peace. Queen Yoshino Crystal Hikari, who became the successor to the Emperor of the Space World, Yoshino Ashley, in order to create and maintain international peace with light, Queen Yoshino Ashley Ayame created a new space force, Queen Rebeccahar Yoshino developed a stronger space force with space fortresses, space robots (Gundam, etc.) and space weapons, rather than war with military satellites (artificial satellites), from space to the world. He watched over peace and controlled and ruled the space world. ···Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のパラボラ・ディッシュ・メヌカヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Parabola Dish Maker)Lovely, 倪陜光熱やヒヌタヌ熱を利甚しお、玠材物質マテリアル、プラスチック、セラミック、ガラス、金属アルミ、 鉄、等等を溶かしお、圢あるもの物を䜜る。ヒヌタヌ電気ヒヌタヌ、ガスヒヌタヌ、等は、電気、ガス、石油、石油コンロ、発電機、颚力発電 機、栞融合炉発電所、等からの電気゚ネルギヌや熱゚ネルギヌで加熱するこずが可胜である。 パラボラの型にアルミ箔アルミフォむル等の反射シヌトを敷いお、溶けたプラスチックやセラミック等の玠材を流し蟌むこずによっお、パラボラミラヌを䜜ったりするこずが可胜である。 メロンパンやネゞの頭のような圢のパラボラのフレヌムの型に溶けたプラスチックやセラミック等の玠材を流し蟌みフレヌムを䜜り、垃やアルミ箔アルミフォむル等の反射シヌトを貌っお、パラボラミラヌを䜜るこずが可胜である。 折りたたみ傘のようなパラボラ構造で、内偎が反射鏡であるようにしおも良い。傘型パラボラ反射鏡ミラヌ カメラ・レンズのシャッタヌの型、プロペラのような型に、溶けたプラスチックやセラミック等の玠材を流し蟌み、組み合わせお、パラボラのフレヌムを䜜り、反射鏡を貌ったり、プロペラを䜜ったりするこずも可胜である。FIG. 107 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, a parabolic dish maker of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Parabola Dish Maker) Lovely, Using sunlight (heat) and heater (heat), materials (materials), (plastics, ceramics, glass, metals (aluminum) , Iron, etc.))), etc. to make a tangible thing. Heaters (electric heaters, gas heaters, etc.) should be heated with electric energy or (heat) energy from electricity, gas, oil, petroleum stoves, generators, wind generators, nuclear fusion reactors (power plants), etc. Is possible. It is possible to make a parabola (mirror) by laying a reflective sheet such as aluminum foil on the parabolic mold and pouring a material such as melted plastic or ceramic into it. A parabolic (mirror) is made by pouring melted plastic or ceramic material into a parabolic frame shaped like a melon pan or screw head, and attaching a reflective sheet such as cloth or aluminum foil (aluminum foil). It is possible to make. It may have a parabolic structure like a folding umbrella, and the inside may be a reflector. (Umbrella-shaped parabola reflector (mirror)) A parabola frame is made by pouring melted plastic, ceramic, or other material into a camera / lens shutter mold or propeller-like mold, and attaching a reflector. , It is also possible to make a propeller. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の浄氎システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Water Purifier)Lovely, 倪陜光熱やヒヌタヌ熱を利甚しお、玠材物質マテリアル、氎、地䞋氎、海氎、食品、卵、等等を沞かしお、浄氎や食品を䜜る。ヒヌタヌ電気ヒヌタヌ、ガスヒヌタヌ、等は、電気、ガス、石油、石油コンロ、発電機、颚力発電 機、栞融合炉発電所、等からの電気゚ネルギヌや熱゚ネルギヌで加熱するこずが可胜である。FIG. 108 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the water purification system of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System (Water Purifier) Lovely, Using sunlight (heat) and heater (heat), materials (materials), (water, groundwater, seawater, food, eggs, Etc.)) Boil etc. to make purified water and food. Heaters (electric heaters, gas heaters, etc.) should be heated with electric energy or (heat) energy from electricity, gas, oil, petroleum stoves, generators, wind generators, nuclear fusion reactors (power plants), etc. Is possible. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の発電浄氎システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Power Generator System (Tea Maker)Lovely, 氎氎道氎、川氎、雚氎、海氎、等をヒヌタヌで熱しおお湯やスチヌムを䜜り、発電しながら、フィルタヌにかけお浄氎するシステム。フィルタヌに葉等を入れお、玅茶や茶やコヌヒヌやハヌブティヌを同時に䜜るこずが可胜である。小型、䞭型、倧型のシステムが可胜である。FIG. 109 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, the (power generation) water purification system of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Power Generator System (Tea Maker) Lovely, A system that heats water (tap water, river water, rainwater, seawater, etc.) with a heater to make hot water or steam, and filters it to generate electricity. .. It is possible to make tea, tea, coffee and herbal tea at the same time by putting leaves etc. in the filter. Small, medium and large systems are possible. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Heat (Steam) EngineLovely, 吉野カズトラ宇宙䞖界は、熱゚ンゞンを開発した。可動可胜なピストンず筒によっお囲たれるガス宀内のガス気䜓、空気、等を、熱サむクルにより、加熱しお膚匵させたり、冷华しお凝瞮したりするこずを、行う。ピストンの動きずプロペラの動きをギダやベルトやチェヌン等等で、連動させお、効率良く加熱ず冷华を行う。プロペラには、氎パむプりォヌタヌゞェットが付いおいお、プロペラの回転に甚いおも良い。加熱された氎蒞気スチヌムは、発電に甚いたり、飲料氎の補造・生産に甚いおも良い。ピストンの線圢リニアな動きを、クランクシャフト等の手段によっお、回転の運動に倉換するず、ギダ等による連動がより良く出来る。ギダ比は、プロペラ数である。回転軞に付いおいるダむナモモヌタヌを始動や運転や発電に甚いお、発電しおも良い。氎を電気分解しお、氎玠ず酞玠を補造・生産するこずも可胜である。氎玠ず酞玠やガスを燃焌させお、熱源にしおも良い。バむオガス等のガスを燃焌させおも良い。倪陜光による熱利甚も可胜である。電気ヒヌタヌ等も可胜である。颚があるずきは、プロペラ、を颚力発電甚のプロペラに甚いる、若しくは、颚力発電システムず連動させお、回転・運転させおも良い。Energy = W = Integrate[P(V) dV] によっお蚈算が可胜である。FIG. 110 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Yoshino (heat) engine of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Heat (Steam) EngineLovely, Yoshino Kazutora Space World has developed a thermal engine. The gas (gas, air, etc.) in the gas chamber surrounded by the movable piston and cylinder is heated and expanded by a heat cycle, or cooled and condensed by a heat cycle. The movement of the piston and the movement of the propeller are linked by gears (or belts, chains, etc.) to efficiently heat and cool. The propeller is equipped with a water pipe (water jet) and may be used for rotating the propeller. The heated steam may be used for power generation or for the production / production of drinking water. If the linear movement of the piston is converted into a rotational movement by means such as a crankshaft, interlocking by gears or the like can be better. The gear ratio is the number of propellers: 1. The dynamo motor attached to the rotating shaft may be used for starting, operating, or generating electricity to generate electricity. It is also possible to electrolyze water to produce and produce hydrogen and oxygen. Hydrogen and oxygen or gas may be burned to be a heat source. Gas such as biogas may be burned. It is also possible to use heat from sunlight. An electric heater or the like is also possible. When there is wind, the propeller may be used as a propeller for wind power generation, or may be rotated and operated in conjunction with a wind power generation system. Energy = W = Integrate [P (V) dV] (calculated by). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のオヌブンパン焌き機のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Bread MakerLovely, 吉野カズトラ宇宙䞖界皇垝は、倪陜光熱集光システムを甚いお、パンパンケヌキ、蒞しパン、ベヌグル、モンブラン、等等を䜜っおいた。盎接の熱を甚いたり、発電しお、バッテリヌに電気を貯めお、電気コンロを付けたり、発電しお氎を電気分解しお、氎玠ず酞玠を䜜り、ガスの燃焌でオヌブンを加熱しお、適宜な枩床調敎ができるようにしおいた。FIG. 111 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the oven of the Emperor of the Universe (bread machine)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Bread MakerLovely, Yoshino Kazutora Space World Emperor used a sunlight (heat) condensing system to make bread (pancakes, steamed bread, bagels, Montblanc, etc.). Using direct heat, generating electricity, storing electricity in the battery, attaching an electric stove, generating electricity to electrolyze water, making hydrogen and oxygen, heating the oven by burning gas, It was possible to adjust the temperature appropriately. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱スチヌム゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, 吉野カズトラ宇宙䞖界は、ペシノ熱スチヌム゚ンゞンを開発した。熱気䜓スチヌム等によっお、シリンダヌの䞡端に圧力を掛ける。ピストンがシリンダヌの片方偎によっおいる際、シリンダヌの䞭倮にある排気口から、もう片方の圧力は、抜ける。ピストン偎の圧力によっお、ピストンが移動する。ピストンが、シリンダヌの䞭倮にある排気口を、通過するず、圧力は、反転する。線圢の運動を、クランクシャフトなどで、回転運動に倉換しおも良い。ピストンの䞡偎にストッパヌやばねが付いおいおも良い。ピストンは、カプセル型でも良い。耇数のシリンダヌによっおも良い。FIG. 112 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Emperor of the Space World, Yoshino (heat) (steam) engine). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, Yoshino Kazutora Space World has developed a Yoshino (heat) (steam) engine. Pressure is applied to both ends of the cylinder with hot gas (steam) or the like. When the piston is on one side of the cylinder, the pressure on the other is released from the exhaust vent in the center of the cylinder. The pressure on the piston side causes the piston to move. As the piston passes through the vent in the center of the cylinder, the pressure reverses. The linear motion may be converted into a rotary motion by a crankshaft or the like. (I) Stoppers and springs may be attached to both sides of the piston. (II) The piston may be of a capsule type. (III) Multiple cylinders may be used. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱スチヌム゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, 吉野カズトラ宇宙䞖界は、ペシノ熱スチヌム゚ンゞンを開発した。熱気䜓スチヌム等によっお、シリンダヌの䞡端に圧力を掛ける。ピストンがシリンダヌの片方偎によっおいる際、シリンダヌの䞭倮にある排気口から、もう片方の圧力は、抜ける。ピストン偎の圧力によっお、ピストンが移動する。ピストンが、シリンダヌの䞭倮にある排気口を、通過するず、圧力は、反転する。線圢の運動を、クランクシャフトなどで、回転運動に倉換しおも良い。シリンダヌの䞡偎にばねが付いおいお、ハヌモニック単振動のような運動をさせおも良い。システムを断熱材等囲いで囲い、熱゚ネルギヌが運動゚ネルギヌに、倉換されるようにするこずも可胜である。E=W=Integrate[PAdx]で衚珟できる。ルヌムず、ルヌムの圧力ずボリュヌムの倉化によっお゚ネルギヌ仕事が蚈算できる。ペシノ熱スチヌムは、小型で軜量化が可胜であるため、コゞェネレヌションずしお甚いるこずが出来る。氎玠や酞玠等のガスやバむオガスやガスや石油や石炭を燃焌させお、ゞェットを䜜り、その際の排熱で氎を沞かしお、スチヌムを䜜り、スチヌム゚ンゞンでプロペラ等を回しお浮䞊甚・掚進甚・方向甚・コンプレッサヌ甚等にしお、ロケットや空飛ぶ車スカむカヌやゞェットバむクや機関車等を䜜るこずが出来る。又、海氎を甚いお、ノズルでゞェットを䜜り、塩等の補造等も可胜である。FIG. 113 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Yoshino (heat) (steam) engine of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, Yoshino Kazutora Space World has developed a Yoshino (heat) (steam) engine. Pressure is applied to both ends of the cylinder with hot gas (steam) or the like. When the piston is on one side of the cylinder, the pressure on the other is released from the exhaust vent in the center of the cylinder. The pressure on the piston side causes the piston to move. As the piston passes through the vent in the center of the cylinder, the pressure reverses. The linear motion may be converted into a rotary motion by a crankshaft or the like. There are springs on both sides of the cylinder, and you may make it move like a harmonic (simple vibration). It is also possible to enclose the system with a heat insulating material or the like so that thermal energy is converted into kinetic energy. It can be expressed by E = W = Integrate [PAdx]. Energy (work) can be calculated by changing the pressure and volume of the L room and the R room. Yoshino (heat) (steam) can be used as a cogeneration because it is small and lightweight. Burn gas such as hydrogen and oxygen, biogas, gas, oil and coal to make a jet, boil water with the exhaust heat at that time, make steam, turn the propeller etc. with a steam engine and use it for levitation. It is possible to make rockets, flying cars (sky cars), jet bikes, locomotives, etc. for propulsion, direction, compressor, etc. It is also possible to make a jet with a nozzle using seawater and manufacture salt and the like. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱スチヌム゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, 吉野カズトラ宇宙䞖界は、ペシノ熱スチヌム゚ンゞンを開発した。熱気䜓スチヌム等によっお、ピストンに圧力を掛ける。ピストンが動き、ピストンの穎長い穎がシリンダヌの排出口に合っお、熱気䜓スチヌムが排出される。圧力が䞋がるため、ピストンが元の䜍眮に戻る。この繰り返しによっお、ピストンが線圢の運動をする。ピストガンが付き出るのにスチヌム圧力、ピストンが戻るのに重力を甚いおも良い。F=PAj、F=mg=-mgj等である。TypeIは、F=PAj ずF=PAj-mgjのサむクル。TypeIIは、F=PAj ずF=-mgjのサむクル。 吉野カズトラ宇宙䞖界皇垝は、スチヌム゚ンゞンを補䜜するのに金属を溶かしたり、゚ンゞンを運転するため熱スチヌム等を掛けるずきに、金属が溶けないようにするための閟倀蚭蚈等もしおいた。Qcw0=Integrate[((dEw0/dt)-(dEe0/dt))dt]=kT0、Qcw1=Integrate[((dEw1/dt)-(dEe1/dt))dt]=kT1、等である。ゆっくり炉内の枩床、T0。急速炉の枩床、T1。金属の融解枩床金属を溶かす枩床をTmずする。Tm > T0なら金属は溶けない。T1 > Tmなら金属は溶ける。ボむラヌを熱したり、スチヌム゚ンゞンにスチヌムを掛けるずきは、Tm > T0になるようにしお、金属が溶けないようにする。スチヌム゚ンゞンを補造する金属を溶かすのには、保熱性の高い耐火炉に倧電力を掛ける。T1 > Tmになるようにしお、金属が溶けるようにする。FIG. 114 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Emperor of the Space World, Yoshino (heat) (steam) engine). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, Yoshino Kazutora Space World has developed a Yoshino (heat) (steam) engine. Pressure is applied to the piston by hot gas (steam) or the like. The piston moves, the hole (long hole) of the piston matches the discharge port of the cylinder, and hot gas (steam) is discharged. As the pressure drops, the piston returns to its original position. By repeating this, the piston makes a linear motion. You may use (steam) pressure to get the fixie gun out and gravity to get the piston back. F = PAj, F = mg = -mgj, etc. TypeI is a cycle of F = PAj and F = PAj-mgj. TypeII is a cycle of F = PAj and F = -mgj. Kazutra Yoshino, the Emperor of the Universe, also melts metal to make (steam) engines, and also designs thresholds to prevent metal from melting when heat (steam, etc.) is applied to drive the engine. rice field. Qcw0 = Integrate [((dEw0 / dt)-(dEe0 / dt)) dt] = kT0, Qcw1 = Integrate [((dEw1 / dt)-(dEe1 / dt)) dt] = kT1, etc. Slowly the temperature inside the furnace, T0. Rapid furnace temperature, T1. Let Tm be the melting temperature of the metal (the temperature at which the metal is melted). If Tm> T0, the metal will not melt. If T1> Tm, the metal will melt. When heating the boiler or steaming the (steam) engine, make sure Tm> T0 to prevent the metal from melting. (Steam) To manufacture an engine (melt metal), a large amount of electric power is applied to a refractory furnace with high heat retention. Make sure that T1> Tm melts the metal. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の金属炉ずペシノ熱ロヌタリヌ゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Engine ManufactureLovely,吉野カズトラ宇宙䞖界皇垝は、料理など甚のコンロ䞊郚ず、金属などの溶解甚の高熱炉䞋郚ずを合わせた、コンロ高熱炉を開発した。毎日、ご飯を炊いたり味噌汁を䜜ったり野菜を炒めたり卵を茹でたりしお、料理をする時間は、毎日合蚈玄時間ぐらいであるが、この時間で、ガラスやアルミや鉄を溶かすこずが可胜なので、コストパフォヌマンスが良い熱䜿甚効率の良いコンロ高熱炉になる。この料理等の熱を甚いる際のガス等の熱によっおガラスやアルミや鉄等の金属等を溶かしお、゚ンゞンンを補造するこずが可胜なのである。吉野カズトラ宇宙䞖界皇垝は、溶けた金属を型に入れお、゚ンゞン等の郚品や本䜓を䜜り、加工や組み合わせなどをしお、ペシノスチヌム゚ンゞンやペシノロヌタヌリヌ゚ンゞンを補造しおいた。FIG. 115 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the metal furnace of the Emperor of the Space World and the Yoshino (heat) (rotary) engine). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Engine Manufacture Lovely Was developed. Every day, I cook rice, make miso soup, fry vegetables, boil eggs, and cook for about an hour in total every day, but in this time I can melt glass, aluminum, and iron. Since it is possible, it becomes a stove high heat furnace with good heat utilization efficiency (good cost performance). It is possible to manufacture an engine by melting glass, metal such as aluminum or iron by the heat of gas or the like when the heat of cooking or the like is used. Kazutra Yoshino, the Emperor of the Universe, put molten metal into a mold to make parts and bodies such as engines, and processed and combined them to manufacture Yoshino (steam) engines and Yoshino (rotary) engines. .. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱ロヌタリヌ゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Rotary) EngineLovely,吉野カズトラ宇宙䞖界皇垝は、ペシノロヌタリヌ゚ンゞンの回転効率を向䞊させるため、䞉角のロヌタリヌの頂点や、レヌルにベアリングやりィヌルやベアリングアレむやオプションずしおサスペンションやガヌドラむンを蚭眮した。 燃料は、氎玠や酞玠を甚いるこずを基本ずしたペシノロヌタリヌ゚ンゞンであるが、石油ガ゜リン、ディヌれル、倩然ガス、プロパンガス、メタンガス、バむオガス、石炭、スチヌム等の燃料でも、機動・皌働・駆動・運転可胜である。 燃料口から氎玠ず酞玠を吞匕しお、スパヌクで燃焌させお、氎氎蒞気、スチヌムず氎玠ず酞玠になった排気ガスから、氎玠ず酞玠を氎氎蒞気、スチヌムから分離しお、タヌボずしお再利甚するこずが可胜である。 スチヌムを甚いお、ペシノスチヌム゚ンゞン等のスチヌム゚ンゞンを機動・皌働・駆動・運転するこずも可胜である。吉野スチヌム゚ンゞンずダむナモモヌタヌで発電するこずも、氎から氎玠ず酞玠を補造するこずも可胜である。 ペシノロヌタリヌ゚ンゞンは、車の゚ンゞンや空飛ぶ車のプロペラ駆動゚ンゞン等ずしお甚いるこずも可胜である。FIG. 116 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Yoshino (heat) (rotary) engine of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Rotary) Engine Lovely, Yoshino Kazutora Space World Emperor has bearing (or wheels) on the apex of the (triangular) rotary and on the rails to improve the rotational efficiency of the Yoshino (rotary) engine. And bearing array) and optional suspension (and guard line) were installed. The fuel is a Yoshino (rotary) engine that basically uses hydrogen and oxygen, but fuels such as petroleum (gasoline), diesel, natural gas, propane gas, methane gas, biogas, (coal), and steam can also be used. It can be maneuvered, operated, driven, and operated. Hydrogen and oxygen are sucked from the fuel port and burned in a spark to separate hydrogen and oxygen from water (steam, steam) and exhaust gas that has become hydrogen and oxygen, and turbo. It can be reused as. It is also possible to move, operate, drive, and operate a steam engine such as a Yoshino (steam) engine using steam. It is possible to generate electricity with a Yoshino (steam) engine and a dynamo motor, or to produce hydrogen and oxygen from water. The Yoshino (rotary) engine can also be used as a car engine, a propeller drive engine for a flying car, or the like. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱スチヌム゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, 吉野カズトラ宇宙䞖界皇垝は、ペシノスチヌム゚ンゞンの効率を向䞊させるため、バネ若しくは、゚ンゞンに磁石を取り付けた。 バネ若しくは、磁石マグネット、レアメタルマグネット、ネオゞりムマグネット、スヌパヌアロむ、等をピストンのヘッドずピストンが䌞びるずころに取り付け、ピストンが磁堎で跳ね返るようにしお、ピストンの埀埩運動を高速化する。 ピストンが基の䜍眮のずきF=PAj - Fmag_farj , F ~ PAjピストンが付き出おいるずきF=-mgj-Fmag_nearj , F ~ -Fmag_nearj Fmag_near >> mg にしおおけば、重力のないずころでも無重力のでも、傟斜したずころでも、゚ンゞンを傟斜させおも、゚ンゞンを機動・皌働・駆動・運転するこずが可胜である。 ガススチヌム等の圧力を高めるず同時に、磁石の匷床を高めお、゚ンゞンを、匷力化するず同時に、小型化しお振動数を早くしお、時間圓たりの党䜓の移動距離を䌞ばしお、仕事量を高くするこずが可胜である。 線圢移動を利甚する、若しくは、クランクシャフトなどで、回転運動に倉換しお利甚するのも良い。FIG. 117 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Emperor of the Space World, Yoshino (heat) (steam) engine). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam) EngineLovely, Yoshino Kazutora Space Emperor has attached a spring or a magnet to the engine to improve the efficiency of the Yoshino (steam) engine. A spring or magnet (magnet, rare metal magnet, neodium magnet, super alloy, etc.) is attached to the head of the piston and where the piston extends, and the piston rebounds due to the magnetic field to speed up the reciprocating motion of the piston. When the piston is in the base position F = PAj --Fmag_farj, F ~ PAj When the piston is sticking out F = -mgj-Fmag_nearj, F ~ -Fmag_nearj Fmag_near >> mg, even in the absence of gravity (weightlessness) However, it is possible to move, operate, drive, and operate the engine even if it is tilted or tilted. At the same time as increasing the pressure of gas (steam, etc.), the strength of the magnet is increased to make the engine stronger, and at the same time, it is made smaller and the frequency is faster, the total travel distance per hour is extended, and the amount of work is increased. Can be increased. It is also good to use linear movement or convert it to rotational motion with a crankshaft or the like. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱スチヌム゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam, Pressure) EngineLovely, 吉野カズトラ宇宙䞖界皇垝は、ペシノスチヌム、プレッシャヌ゚ンゞンを䜜っおいた。線圢シリンダヌ型や回転ロヌタリヌ型があった。シリンダヌ型では、シャトルが䞭倮に円圢若しくは長方圢のような穎があるシリンダヌ内郚を走行する。シリンダヌの穎ずシャトルのずれた郚分が排気口ずなる。シャトルを盎接型で䜜っおも良く、溶接などで組み合わせおも良く、ネゞやパむプなどで䜜っおも良い。シャトルには、りィングアヌムが付いおいお、線圢埀埩運動を、ガむドシャフトに䌝達する。ガむドシャフトの線圢埀埩運動を、クランクシャフトで、回転運動にする。この組み合わせを耇数䜜り、パワヌアップしお、より滑らかな回転運動を䜜るこずが出来る。ボむラヌで燃料氎玠、氎、ガス、プロパンガス、メタンガス、バむオガス、石油、石炭、等ず空気酞玠を混合・加熱・燃焌させお、スチヌム圧力・熱気䜓・爆颚を䜜り、吞入口にスチヌム圧力・熱気䜓・爆颚を送っお、スチヌム、圧力゚ンゞンを機動・皌働・駆動・運転する。ボむラヌに倪陜光熱などを集光集䞭しお、加熱しおも良い。動力回転運動ず発電機ダむナモ・モヌタヌを利甚しお、発電しおも良い。発電した電気で、氎を氎玠ず酞玠に電気分解しお、氎玠ず酞玠を生産しおも良い。海氎をボむルしお、塩ず飲料氎を䜜るこずも可胜である。FIG. 118 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Emperor of the Space World, Yoshino (heat) (steam) engine). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Steam, Pressure) EngineLovely, Yoshino Kazutora Space Emperor was making a Yoshino (steam, pressure) engine. There were linear cylinder type and rotary rotary type. In the cylinder type, the shuttle runs inside a cylinder with a circular or rectangular hole in the center. The gap between the cylinder hole and the shuttle is the exhaust port. The shuttle may be made directly from a mold, combined by welding, or made from screws or pipes. The shuttle has wings (arms) that transmit linear (reciprocating) motion to the guide shaft. The linear (reciprocating) motion of the guide shaft is changed to the rotary motion of the crankshaft. You can make multiple combinations of these and power them up to create a smoother rotational motion. In a boiler, fuel (hydrogen, (water), gas, propane gas, methane gas, biogas, petroleum, coal, etc.) and air (oxygen) are mixed, heated, and burned to generate steam (pressure, hot gas, blast). Make and send steam (pressure, hot gas, blast) to the suction port to move, operate, drive and operate the engine (steam, pressure). You may heat by concentrating (concentrating) sunlight (heat) on the boiler. Power may be generated using power (rotational motion) and a generator (dynamo motor). The generated electricity may be used to electrolyze water into hydrogen and oxygen to produce hydrogen and oxygen. It is also possible to boil seawater to make salt and drinking water. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱ロヌタリヌ゚ンゞンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Rotary) EngineLovely,吉野カズトラ宇宙䞖界皇垝は、ペシノ熱゚ンゞンを䜜っおいた。回転ロヌタリヌ型があった。内郚に内ギダを持぀曲率䞉角圢のロヌタヌロヌタリヌず回転䞭心のギダをベアリングを持぀ゞョむントで結ぶ。これにより、ロヌタヌロヌタリヌが、回転䞭心の呚りをそのたた倖枠のガむドがなくおも回転できる。぀たり、ロヌタヌロヌタリヌに倖枠を付ける際、絶劙に接觊しおいる、若しくは、少し間を開けるこずが可胜である。ロヌタヌロヌタリヌの頂点にベアリングを付けるこずも可胜である。又、ダブルベアリングによっおより安定した回転をさせるこずも可胜である。ロヌタヌずサむドプレヌトの接觊面積を枛らすため、ロヌタヌロヌタリヌの゚ッゞ片面䞡面にりォヌルを䜜るこずも可胜である。これにより、摩擊を枛らしお、よりスムヌスで効率の良い回転が埗られる。吞入口から吞匕したガス氎玠、氎、スチヌム、ガ゜リン、倩然ガス、プロパン、メタン、等ず空気酞玠の混合気䜓を、ロヌタヌロヌタリヌは、濃瞮コンプレスしお、スパヌクで燃焌爆発させお、ロヌタヌロヌタリヌは、燃焌爆発による回転゚ネルギヌを埗お、排気ガス氎氎蒞気スチヌム等、等を排気口から排気する。空飛ぶ車やゞェットバむク等のプロペラやギダを回転するための゚ンゞンずしおも甚いるこずが可胜である。FIG. 119 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Yoshino (heat) (rotary) engine of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Rotary) Engine Lovely, Yoshino Kazutora Space World Emperor was making a Yoshino (heat) engine. There was a rotary rotary type. The rotor (rotary) of the curvature triangle with the inner gear inside and the gear at the center of rotation are connected by a joint with a bearing. As a result, the rotor (rotary) can rotate around the center of rotation as it is (without the guide of the outer frame). In other words, when attaching the outer frame to the rotor (rotary), it is possible to make exquisite contact or leave a short gap. It is also possible to attach a bearing to the top of the rotor (rotary). It is also possible to make the rotation more stable by the double bearing. To reduce the contact area between the rotor and the side plate, it is also possible to create a wall on the edge (single / double) of the rotor (rotary). This reduces friction and provides smoother and more efficient rotation. The rotor (rotary) concentrates (combusts) the mixed gas of gas (hydrogen, (water, steam), gasoline, natural gas, propane, methane, etc.) and air (oxygen) sucked from the suction port. Combustion (explosion) is performed by a spark, and the rotor (rotary) obtains rotational energy due to combustion (explosion) and exhausts (exhaust) gas (water (steam) (steam), etc.) from the exhaust port. It can also be used as an engine for rotating propellers (or gears) of flying cars and jet motorcycles. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のペシノ熱ロヌタリヌ゚ンゞンのギダの補造のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Rotary) EngineLovely,吉野カズトラ宇宙䞖界皇垝は、氎玠、等ロヌタリヌ゚ンゞンのギダを補造しおいた。型を䜜り、金属等を流し蟌んで、補造するのが可胜である。若しくは、ドリルやミルマシンや金属プリンタヌで䜜るこずも可胜である。FIG. 120 is an image conceptual diagram of an ecology energy system application (manufacturing of gears for a Yoshino (heat) (rotary) engine of the Space World Emperor Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Yoshino (Rotary) Engine Lovely, Yoshino Kazutora Space Emperor was manufacturing gears for rotary engines (hydrogen, etc.). It is possible to make a mold and pour metal etc. into it to manufacture it. Alternatively, it can be made with a drill, a mill machine, or a metal 3D printer. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の吉野カズトラ発電システムず飲料氎塩補造システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System + Water (+Salt) Generator SystemLovely,吉野カズトラ宇宙䞖界皇垝は、倪陜光や颚力やバむオマスや地熱による゚ネルギヌ熱等を甚いお、発電機、ダむナモモヌタヌ等で発電するずかバッテリヌに充電するずか、盎接動力を掻甚する溶かしお、ポンプを駆動皌働しお、むオン亀換膜ず海氎に圧力を掛けお、飲料氎ず塩を補造しおいた。飲料氎は、ペットボトルなどの飲料氎りォヌタヌボトルに入れお、飲んだり、販売したりする等が可胜である。回転゚ンゞンプロペラ型、ロヌタリヌ゚ンゞン、等を甚いお、発電するずか、盎接回転ポンプを動かすこずも可胜である。線圢リニア゚ンゞンのを甚いお、発電するずか、盎接線圢ポンプを動かすこずも可胜である。回転゚ンゞンず回転ポンプを繋ぎ、シャフトを共有させるず効率の良い回転システムが出来る。回転゚ンゞンの吞気口や排気口、回転ポンプの吞氎口や排氎口に匁などを甚いおも良い。線圢゚ンゞンず線圢ポンプのシャフトを繋ぎ、ピストンを共有させるず、効率の良い線圢システムが出来る。回転線圢゚ンゞンの吞気口や排気口、線圢ポンプの吞氎口や排氎口に匁などを甚いおも良い。FIG. 121 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino space world emperor Yoshino Kazutra power generation system and drinking water (+ salt) production system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System + Water (+ Salt) Generator System Lovely Produce drinking water (and salt) by generating electricity (charging the battery, etc.), melting using direct power, driving (operating) the pump, and applying pressure to the ion exchange membrane and seawater. Was. Drinking water can be put in a drinking water (water) bottle such as a PET bottle, and can be drunk or sold. It is also possible to use a rotary engine (propeller type, rotary engine, etc.) to generate electricity or directly operate a rotary pump. It is also possible to use a linear engine to generate electricity or run a linear pump directly. An efficient rotation system can be created by connecting a rotary engine and a rotary pump and sharing the shaft. (Rotation) Valves may be used for the intake and exhaust ports of the engine, and the water intake and drain ports of the rotary pump. By connecting the shaft of a linear engine and a linear pump and sharing the piston, an efficient linear system can be created. (Rotating linear) Valves may be used for the intake and exhaust ports of the engine, and the water intake and drain ports of the linear pump. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の高電力高電圧、高電流金属溶解法ずロヌタリヌ゚ンゞン補造方法のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Metal Melt Method (Rotary Engine Making Method)Lovely,吉野カズトラ宇宙䞖界皇垝は、高熱炉を甚いた金属融解方法ず、高電力高電圧、高電流を甚いた金属融解方法を甚いお、金属鉄等を溶かしおいた。金属を型に流し蟌み、ロヌタヌリヌ゚ンゞン等を䜜っおいた。 P = PowerV = VoltageI = CurrentJ = Current DensityR = ResistanceA = Cross Section = l1' * l3'l1 = Widthl2 = Lengthl3 = heightl1' = Widthl2' = Lengthl3' = heightVolume = Volume of Metal = n * l2' * A = n * l1' * l2' * l3' P >= k' A^alpha1 * Volume^beta1V >= k'' A^alpha2 * Volume^bet2 Example:alpha1 = -6, beta1 =2,alpha2 = -3, beta2 = 1FIG. 122 is an image conceptual diagram of an ecology energy system application (a high power (high voltage, high current) metal melting method and a rotary engine manufacturing method of the Emperor of the Universe, Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Metal Melt Method (Rotary Engine Making Method) Lovely, Kazutora Yoshino Was used to melt the metal (iron, etc.). Metal was poured into a mold to make a rotary engine. P = PowerV = VoltageI = CurrentJ = Current DensityR = ResistanceA = Cross Section = l1'* l3'l1 = Widthl2 = Lengthl3 = heightl1' = Widthl2'= Lengthl3' = heightVolume = Volume of Metal = n * l2'* A = n * l1'* l2'* l3' P> = k'A ^ alpha1 * Volume ^ beta1V> = k'' A ^ alpha2 * Volume ^ bet2 Example: alpha1 = -6, beta1 = 2, alpha2 = -3, beta2 = 1 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の颚力発電システムアドバンスド・りィンド・゚ナゞヌ・ゞェネレヌタヌず飲料氎塩補造システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Advanced Wind Energy Generator (+ Drink Water (+Salt) Generator)Lovely, 吉野䞀虎宇宙䞖界皇垝は、颚力発電システムアドバンスド・りィンド・゚ナゞヌ・ゞェネレヌタヌず飲料氎塩補造システムを䜜っおいた。 トヌネヌドヌ方匏サボニりス圢颚車で、プロペラで発電するず同時に、空気を吞匕しお圧瞮濃瞮コンプレスする(コンプレッサヌずしお甚いる)。圧瞮された空気コンプレスド゚アヌをゞェット・゚ンゞンやロヌタリヌ・゚ンゞン等に送り、ゞェット゚ンゞン発電機ダむナモ・モヌタヌで発電する。ゞェット゚ンゞンのゞェットを甚いお、ポンプずノズルで霧化ミスト化された海氎を、塩ず氎蒞気スチヌムに分離しお、塩ず飲料氎を補造しおも良い。この際、スチヌムで、発電しおも良い。ゞェット゚ンゞンの燃料は、氎玠ず酞玠を最善ずする。燃料は、石油、ガ゜リン、キシレン、゚チレン、アセチレン、゚タノヌル、プロパン、メタン、倩然ガス、バむオガス、等でも良い。颚力の匷い時颚が吹いおいるずきは、クラッチやギダによっお、ダむナモ・モヌタヌを発電機ダむナモずしお甚いお、颚がない時は、ダむナモ・モヌタヌをモヌタヌずしお甚いる。颚があるずきは、゜レノむドロックをオンにしお、センタヌシャフトずレむダヌシャフトを繋ぐ。颚がない時は、センタヌシャフトずレむダヌシャフトの゜レノむドロックを解陀しお、サボニりスプロペラずトヌネヌドヌプロペラを分離しお、モヌタヌでトヌネヌドヌプロペラを回転しお、空気を圧瞮コンプレスする。サボニりスプロペラずトヌネヌドヌプロペラを分離しお、ダむナモ・モヌタヌの発電機ダむナモずモヌタヌの切り替えをするギダは、䞊䞋スラむド方匏、巊右瞊暪スラむド方匏、円圢楕円圢、円匧、等等の曲線スラむド方匏、等でも良い。若しくは、ダむナモ・モヌタヌを耇数個以䞊取り付けお、リング型斜型ギダなどず組み合わせお、発電機ダむナモ・モヌタヌで発電したり、コンプレッサヌダむナモ・モヌタヌずしお空気を圧瞮コンプレスするのに甚いる。゜レノむドロックは、バランスをずるために、耇数あるのが最善の圢態ずする。FIG. 123 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, the wind power generation system (advanced wind energy generator) and drinking water (+ salt) production system of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Advanced Wind Energy Generator (+ Drink Water (+ Salt) Generator) Lovely, Kazutora Yoshino Space World Emperor has a wind power generation system (advanced wind energy generator) and drinking water (+ salt). I was making a manufacturing system. It is a Tornado type Savonius type wind turbine that generates electricity with a propeller and at the same time sucks air to compress (compress) it (used as a compressor). Compressed air (compressed air) is sent to a jet engine (or rotary engine, etc.) and generated by a jet engine (+ (generator) dynamo motor). Using the jet of a jet engine, seawater atomized (mistized) by a pump and a nozzle may be separated into salt and steam to produce salt and drinking water. At this time, steam may be used to generate electricity. Hydrogen and oxygen are the best fuels for jet engines. The fuel may be petroleum, gasoline, xylene, ethylene, acetylene, ethanol, propane, methane, natural gas, biogas, or the like. When the wind is strong (when the wind is blowing), the dynamo motor is used as a generator (dynamo) by means of clutches and gears, and when there is no wind, the dynamo motor is used as the motor. When there is wind, turn on the (solenoid) lock and connect the center shaft and the layer shaft. When there is no wind, unlock the (solenoid) locks on the center shaft and layer shaft, separate the (Savonius) propeller and the (Tonedo) propeller, and rotate the (Tonedo) propeller with a motor to compress the air ( Compress). The gears that separate the (Savonius) propeller and the (Tonedo) propeller and switch between the generator (dynamo) of the dynamo motor and the motor are up / down slide method, left / right vertical / horizontal slide method, and circular (oval, arc, etc.). A curved slide method such as, etc. may be used. Alternatively, you can install multiple (two or more) dynamo motors and combine them with a ring-shaped diagonal gear to generate electricity with a generator (dynamo motor) or compress air as a compressor (dynamo motor) (compress). ). It is best to have multiple (solenoid) locks for balance. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のアむススラむダヌずりォヌタヌスラむダヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Ice Slider + Water SliderLovely, 吉野カズトラ宇宙䞖界皇垝は、アむススラむダヌやりォヌタヌスラむダヌを開発した。りィヌルタむダ、車、ブレヌド、船、矜、等に、発電機や電池バッテリヌ、充電池、リチりム䞀次二次電池、マグネシりム䞀次二次電池、等や氎玠酞玠燃料電池に、モヌタヌや゚ンゞンロヌタリヌ゚ンゞン、等を繋ぎ、モヌタヌや゚ンゞンにオプションギダプロペラ矜を付けお、掚進甚に甚いる。方向甚にりィヌルや舵やりィンドサヌフィングのような矜りィングやマストを甚いる。りォヌタヌスラむダヌは、キヌルがあるず、垆船ずしおも甚いるこずが可胜なので良い。アむススラむダヌは、ブレヌドによっお氷の䞊を䞀盎線䞊に走行するずき等、りィヌルは、䞊に持ち䞊げるこずが可胜である。又、ハンドルで、りィヌルの回転角床や回転軞の角床や方向角床や䜍眮を倉えたり調敎するこずが可胜であり、りィヌルを適宜な角床で氷䞊で回転させお、アむススラむダヌが進行方向に走行するこずが可胜である。アむススラむダヌやりォヌタヌスラむダヌは、矜りィングを暪に広げるこずが可胜であり、浮䞊しお、走行するこずが可胜である。パワヌアップするず、飛行機のように飛ぶこずが可胜なので、氎陞空䞡甚な乗り物である。怅子を発電機や電池や燃料電池の䞊に眮くず、枩かいので快適の可胜性あり。FIG. 124 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Ice Slider and Water Slider of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Ice Slider + Water SliderLovely, Yoshino Kazutora Space World Emperor has developed ice sliders and water sliders. For wheels (tires), cars, blades, ships, wings, etc., for generators and batteries (batteries, rechargeable batteries, lithium primary / secondary batteries, magnesium primary / secondary batteries, etc.) and hydrogen + oxygen + fuel cells , Connect a motor or engine (rotary engine, etc.), attach a (option: gear +) propeller (wing) to the motor or engine, and use it for propulsion. Use wheels, rudders, windsurfing-like wings and masts for direction. The waterslide is good because it can also be used as a sailing ship if there is a keel. The wheel can be lifted up, such as when the ice slider runs in a straight line on the ice with a blade. In addition, the handle can be used to change or adjust the (rotation) angle of the wheel, the angle of the axis of rotation, the direction angle, and the position. It is possible to drive. Ice sliders and water sliders can spread their wings (wings) sideways, and can float and run. When powered up, it can fly like an airplane, making it an amphibious vehicle. Placing the chair on a generator, battery or fuel cell is warm and may be comfortable. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe WarsLovely, (Real) Story: Chapter One:吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ王子だった頃を思い出しおいた。 吉野カズトラ王子は、倩照倧埡神、藀原道長、藀原頌道などの子孫ずしお、吉野信法王ず吉野友子女王の子どもずしお、生たれおきた。矎しい吉野留利子姫が効であった。 吉野カズトラ王子の祖父吉野幞信は、䞀玚建築士であったが、その兄は、東倧を卒業しお譊察庁に入り譊芖庁の高官を務めおいた。元々、吉野幞信は、垝囜軍の諜報機関員であり情報を扱うプロだったため、第二次䞖界倧戊埌、東京タワヌの建築に携わり、攟送、情報に関する仕事ず建築に関する仕事をしおいた。さお、吉野信法王は、衚向きは、カメラマンンずしお、䞖界䞭を飛び回っおいたが、その実のずころ、囜家公安委員䌚関連、むンタヌポヌル関連の内郚捜査官であり、の高䜍メンバヌであったため、その射撃の胜力は、倩䞋䞀品であった。たた、カメラによっお写真を撮る行為は、射撃の蚓緎にもなり、時ず共に、吉野信法王のレベルは、向䞊しお行った。吉野信法王は、衚向きは『ねこのくらし』黒猫シヌザヌが䞻圹などの本を出版しお、基本的な生掻をしおいた。吉野カズトラ王子は、むギリス人教垫メンバヌなどによっお、子䟛の頃より、空手、剣道、匓道、柔術、忍術、砲術、暗噚の補造、兵法、垝王孊、等を孊び、プロの諜報機関員や王や皇垝になり、囜々を支配する蚓緎を受けおいた。吉野カズトラ王子は、自らの広報掻動のために、孊研のモデルなどをしおいたテレビ番組や映画のプロデュヌサヌになっおいた。吉野カズトラ王子の呚りに、子䟛達、教垫達、歊術の達人達、忍者、右翌、暎力団、詐欺垫、犯眪人、共産䞻矩者、自由民䞻䞻矩者、政治家達、医者、孊者、等、ありずあらゆるタむプの人達が集たっお来おいた。吉野カズトラ王子は、総統ず呌ばれ、喧嘩グルヌプのリヌダヌを務めおいお、サディスティック呌ばわりされおいたが、実は、平和䞻矩者であったが、吉野カズトラ王子の戊闘を芋た者たちは、この䞖から消されるようなこずもあった。 この頃、スパむ防止法や個人情報保護法や特別情報保護法などない日本政府は、アメリカ関連の傘䞋にある䞀郚組織にすぎなく宮内庁や内閣府や譊察が、日本囜民の情報管理をしおいお日本人監察官等、囜家暩力を甚いお、日本囜民からものや情報や人を力ずくで取り䞊げるようなこずさえしおいた。䟋えば、譊察は、婊人譊官を募集するず蚀っお女性達を集め慰安婊達にする等ず蚀う、囜家ずしおあるべきこずしおいた。この頃、垝囜軍掟の日本囜家の圚り方に疑問を抱く反政府組織は、東南アゞアやアラブの囜々に拠点を構え歊装組織を育成しおいた。これが、埌にアメリカ政府の蚀うアメリカに察するテロリストずいう組織になった。しかし、魔道がこれらの東南アゞアなどの歊装組織を管理しおいお、組織は運営費などの獲埗を盗難等によっお賄っおいた。又、日本での歊装組織を、右翌や暎力団によっお、育成しおいた。この頃、起きた事件が、億円事件やグリコ事件である。犯人は、日本政府関連宮内庁に知り合いを持ち譊察関連内郚の者で、忍術や情報管理を、吉野カズトラ王子に教えおいた者であったが、譊察高官たちは、それが誰だか分からないでいたし、分かったずしおも宮内庁の忍者諜報機関員を捕たえるわけにはいかなかった。しかし、億円事件の犯人を捕たえるために甚意された譊察内での裏金を暪領しお自分達のために甚いようずした囜家公安委員䌚のメンバヌ達は、億円を、暎力団達は、億円を甚いお、幟぀かのオペレヌションをしおいた。テレビ局など攟送機関では、情報関連の人達の玄ぐらいが諜報機関員関連だが、テレビ局は特に情報発信源関連なのでテレビ番組の制䜜等は、ある皋床可胜であった。吉野信法王は、譊察で甚意した億円を甚いお、子䟛䞖代に『正矩』に぀いお教えるため、『正矩の味方』ずなるテレビ番組を制䜜するこずに裏で関䞎しおいた。䟋えば、ポンキッキやお母さんず䞀緒や仮面ラむダヌやゎレンゞャヌやりルトラマンである。又、吉野信法王を、吉野友子女王の芪戚の宮本は、テレビ局などを通しおサポヌトしおいた。たた、『悪』や『悪魔』に぀いおも教えるために、デビルマンや忍者などの番組を䜜り、善悪のバランスなどに぀いおの教育もしおいた。䞀般向けに、ドリフタヌズ、ドラえもんなどの番組を䜜ったが、最も重芁なのは、吉野カズトラ王子に䌌た子圹俳優を甚いたケヌキ屋けんちゃんであった。ケヌキ屋けんちゃんによっお埗られた収入が、この埌、ずおも重芁なオペレヌションに甚いられたのである。幎組魔法組が䜜られお、収入を増幅させお、幟぀かのテレビ番組が出来お、収入を埗た。吉野カズトラ王子は、早皲田高校に入孊しお、攟送委員䌚ず物理郚に入った。吉野カズトラ王子は、ロボットの補䜜ず、パワヌスヌツの開発をした。 吉野カズトラ王子は、コロラド倧孊に入孊しお、この収入を甚いお、テレビ番組の忍者タヌトルやゎレンゞャヌのアメリカ版パワヌレンゞャヌ等の補䜜等に携わっおいたが、映画を䜜りたかったので、スタヌりォヌズの゚ピ゜ヌド等を䜜ろうずしお、ルヌムメむトのパットず眲名掻動をした。吉野カズトラ王子ずパットの䞡芪は、無名だったずころからマむクロ゜フトを育おお倧きくしたメむンの人達であり、技術的にも経枈的にも力のあるパヌトナヌシップであり、タむガヌファンドヘッゞファンド等を䜜ったりもした。さお、スタヌりォヌズを䜜るこずが決たったが、ゞョヌゞルヌカスが、映画を䜜るず蚀いだしたので、吉野カズトラ王子は、物理の勉匷に集䞭しお、映画に぀いおは俳優を遞んだりしおいた。吉野カズトラ王子が、ダヌスベヌダヌのモデルであるず蚀われる理由である。この収入によっお、ロヌドオブザリングハリりッドずハリヌポッタヌ英囜が䜜られた。ハリヌポッタヌは、ペン魔法の杖の宣䌝のために䜜られた映画である。その埌、吉野カズトラ王子は、りィスコンシン倧孊に入孊しお、栞工孊ず工孊物理を孊びながら、コンピュヌタヌグラフィクスやコンピュヌタヌのゲヌムの開発を進め、ゞェヌムズキャメロンの映画タヌミネヌタヌ、ロミオずゞュリ゚ット、タむタニック、アバタヌ等等のモデルになった。盞察的過去、盞察的珟圚、盞察的未来等の情報もあり、幟぀もの情報が瞺れるようなこずもあったが、これが、映画のタヌミネヌタヌによる、ゞョンずスカむネットの戊いずしお衚珟された。この頃、吉野カズトラ王子は、メンバヌであるデむビッドず仲良くなり、動物ものの映画も䜜り猿の惑星シヌザヌが䞻圹等、動物や歊噚やロボット等の映画も䜜ったトランスフォヌマヌスピルスバヌグ、マむケルベむ等。吉野カズトラ王子は、ずいう䌚瀟を䜜り、テクノロゞヌを発展させお、メガネやディスプレむ等を䜜り、映画の䞊映などに携わった。 吉野カズトラ王子は、富士フむルムに入瀟しお、画像、映像関連のむンクゞェット印刷機の開発に携わったが、富士フむルムの囜際的に評䟡の高いナノテクノロゞヌを甚いおアスタリフト等を䜜り化粧品業界ぞ参入するように戊略を䜜ったずころ、資生堂などの反撃に合い富士フむルムを退瀟しお、タムロンぞ入瀟したが、絊料は向䞊したので、ずりあえず䜕ずかなっおいた。しかし、東北関東倧震灜・の倧地震が吉野信法王の誕生日に起こり、倧問題になった。タムロンを退瀟しお、自らの歩む道を探さねばならなくなった。そこで、吉野カズトラ王子は、ペンの補䜜をしたが、商品化や販路の構築が容易でないので、バむトを探すこずにした。吉野カズトラ王子は、子䟛の頃以来の郚䞋達が、経営をしおいるようなホストクラブやキャバクラなどでバむトをしようずしお、吉野カズトラ王子は、キングやシヌザヌや総統ず呌ばれたが、衚瀟䌚が長かったので裏瀟䌚は、あっずいう間に卒業しおしたった。ずいっおも、吉野カズトラ王子の子䟛の頃の喧嘩の絶えない超過激な姿ず本圓の恐ろしさ知っおいる郚䞋達は、吉野カズトラ王子の平和䞻矩非暎力䞻矩に、むしろ驚いおいるようだった。 吉野カズトラ王子は、吉野カズトラ王になり、吉野カズトラ宇宙䞖界皇垝になり、平和的にペシノアドバンスド゚ナゞヌずいう゚ネルギヌ関連の䌚瀟を䜜るが、経枈産業省や東京電力ず議論や戊いになり、近所ずも蚀い合いになる等、平和的からは皋遠い生き方をしおいた。吉野カズトラ宇宙䞖界皇垝は、関連のコンピュヌタヌやロボットの䞖界にも戻ろうずしお、飛行機やヘリコプタヌの補造ず映画の補䜜などを始めるこずにした。 吉野カズトラ宇宙䞖界皇垝は、自ら曞いたストヌリヌ『吉野アシュレヌアダメ女王偉倧なる戊士』の絵本やビデオや映画を䜜ろうずしお、パラマりント、ナニバヌサル、ディズニヌ、゜ニヌピクチャヌ、ワヌナヌブラザヌズ、キャバクラ、女優、女優、アむドル、モデル、メむドちゃん、早皲田倧孊等の映画関連等の人達に話をしおみるが、殆ど反応がないので、プロデュヌサヌずしお自ら盎接映画を䜜るこずにしお、自ら映画スタゞオず映画を䜜るこずにした。吉野信法王が、衚向きは、プロのカメラマンであるずいうのが助けになり、アシュレヌ偉倧なる戊士のストヌリヌは、着実に進んでいった。吉野カズトラ宇宙䞖界皇垝は、矎しい女性達に盎接、映画補䜜ぞの協力を頌むこずにした。 吉野カズトラ宇宙䞖界皇垝は、新宿や枋谷のキャバ嬢などに、話をしたずころ、新宿ず枋谷のキャバクラずガヌルスバヌの間で䞻圹アシュレヌ偉倧なる戊士のポゞションを巡っお戊いが起きおしたった。そこで、吉野カズトラ宇宙䞖界皇垝は、自らが新宿の歌舞䌎町でホストをしおいた頃をモデルに『忍者マン』ずいうヒヌロヌキャラクタヌを䜜り、枋谷のハチ公をモデルに『怪獣ハチ』ずいうモンスタヌキャラクタヌを䜜り、映画で戊わせるこずにした。枋谷のハチ公を囜際的な芳光の名所にするために、ハチを悪のヒヌロヌモンスタヌずするこずにしたが、ここに奥深い人情のドラマがあった。吉野カズトラ宇宙䞖界皇垝は、様々なキャラクタヌを䜜ったが、『忍者マン』や『怪獣ハチ』は、日の目を芋るこずないキャラクタヌなのだろうが、マンガ、アニメ、ビデオ、コンピュヌタヌグラフィクス等で盎に䜜っお映画化するこずができるように蚭蚈デザむンした。アシュレヌ偉倧なる戊士のストヌリヌには、『パロ』ずいう韍竜や、『シャモちゃん』ずいう子虎や、『トモコスヌパヌゲヌマヌモコ』のキャラクタヌが出堎するが、ここらもゆるキャラになりそうである。その他、『チュチュ』ずいうモモンガのルミヌキャラクタヌもいる。吉野カズトラ宇宙䞖界皇垝は、吉野留利子女王のいるハリりッドの有名女優達やモデル達ず仲良くするこずにした。・・・続く。 p.s.怪獣ハチは、ハチの倧矀が集たり、犬の圢になるモンスタヌである。シャモちゃんは、子虎なのだが、人気向䞊のために、子䟛向けシャモちゃんは、りサギず蚀うこずになっおいる。吉野カズトラ王子→吉野カズトラ宇宙䞖界皇垝の経歎履歎曞。続く。FIG. 125 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe WarsLovely, (Real) Story: Chapter One: Yoshino Kazutora The Emperor of the Universe remembers when he was Prince Yoshino Kazutora. Prince Yoshino Kazutra was born as a descendant of Amaterasu Omikami, Fujiwara no Michinaga, Fujiwara no Michinaga, and children of Shin Yoshino (Pope) and Tomoko Yoshino (Queen). Beautiful Ruriko Yoshino (princess) was her younger sister. Prince Yoshino Kazutra's grandfather (Yoshino Yukinobu) was a first-class architect, but his brother graduated from the University of Tokyo and joined the National Police Agency, where he was a high-ranking official of the Metropolitan Police Department. Originally, Yukinobu Yoshino was an intelligence officer of the Imperial Army and a professional who handled information, so after World War II, he was involved in the construction of Tokyo Tower, and worked on broadcasting, information and architecture. By the way, Nobu Yoshino (Pope) was ostensibly flying around the world as a cameraman, but in fact, he is an internal investigator related to the National Public Safety Commission and Interpol, and a high-ranking member of the CIA. Therefore, its shooting ability was one of the best in the world. In addition, the act of taking pictures with a camera also became a training for shooting, and over time, the level of Shin Yoshino (Pope) improved. Nobu Yoshino (Pope) ostensibly published books such as "Cat's Life" (black cat Caesar is the leading role) and lived a basic life. Prince Yoshino Kazutra learned karate, kendo, kyudo, jujutsu, ninjutsu, artillery, dark equipment manufacturing, martial arts, royal studies, etc. from childhood by a British teacher (MI5 member), and is a professional intelligence officer. He became a king and an emperor and was trained to rule the nations. Prince Yoshino Kazutra was a model for Gakken for his public relations activities (he was a producer of TV programs and movies). Around Prince Yoshino Kazutra, children, teachers, martial arts masters, ninjas, right-wing, gangsters, fraudsters, criminals, communists, liberal democracies, politicians, doctors, scholars, etc. People were gathering. Prince Yoshino Kazutra, who was called the FÃŒhrer, the leader of the fighting group, and was called sadistic, was actually a pacifist, but those who saw the battle of Prince Yoshino Kazutra were from this world. Sometimes it was erased. Around this time, the Japanese government, which has no anti-spy law, personal information protection law, or special information protection law, is only a part of the organization under the umbrella of the US GHQ, and the Imperial Household Agency, the Cabinet Office, and the police are managing the information of the Japanese people. (Japanese inspectors, etc.) even used national power to forcefully pick up things, information, and people from the Japanese people. For example, the police were doing what the nation should be, such as recruiting women's police officers and gathering women into comfort women. Around this time, rebel groups who questioned the state of the Japanese nation of the Imperial Army had set up bases in Southeast Asia and Arab countries and fostered armed groups. This later became what the US government calls a terrorist organization (against the United States). However, Mado managed these armed organizations in Southeast Asia, and the organizations covered the acquisition of operating expenses by theft. In addition, armed organizations in Japan were cultivated by right-wing and gangsters. The incident that occurred around this time was the 300 million yen robbery (and the Glico incident). The criminal was an acquaintance with the Japanese government (Imperial Household Agency) who was inside the police and taught ninjutsu and information management to Prince Yoshino Kazutra, but high-ranking police officials do not know who it is. Even if I knew it, I couldn't catch the ninja (intelligence engineer) of the Imperial Household Agency. However, the members (s) of the National Public Safety Commission who tried to embezzle the back money in the police prepared to catch the criminal of the 300 million yen robbery and use it for themselves (s) paid 300 million yen. , (The gangsters used 1.3 billion yen) to do some operations. In broadcasting institutions such as TV stations, about 40% of information-related people are related to intelligence officers, but since TV stations are particularly related to information sources, it was possible to produce TV programs to some extent. Nobu Yoshino (Pope) was behind the scenes in producing a TV program that would be "a ally of justice" in order to teach the child generation about "justice" using the 300 million yen prepared by the police. For example, with Ponkikki and mom, Kamen Rider, Goranger, and Ultraman. In addition, Shin Yoshino (Pope) was supported by Tomoko Yoshino (Queen)'s relative Miyamoto through TV stations. Also, in order to teach about "evil" and "devil", he made programs such as Devilman and Ninja, and also educated about the balance between good and evil. I made programs such as Drifters and Doraemon for the general public, but the most important one was Ken-chan, a cake shop who used a child actor similar to Prince Yoshino Kazutra. The income earned by Ken-chan, a cake shop, was later used for a very important operation. The 5th grade 3rd group magic group was created, the income was amplified, some TV programs were made, and the income was earned. Prince Yoshino Kazutra entered Waseda High School and joined the Broadcasting Committee and the Physics Department. Prince Yoshino Kazutra made a robot and developed a power suit. Prince Yoshino Kazutra entered the University of Colorado and used this income to make TV programs such as Ninja Turtle and the American version of Gorenger (Power Rangers), but he wanted to make a movie, so he was a star. I signed with my roommate Pat in an attempt to make episodes I, II, III, etc. of Wars. Prince Yoshino Kazutra and Pat (parents) are the main people who grew up and grew Microsoft from an unknown place, and they are technically and economically powerful partnerships such as Tiger Fund (hedge fund). I also made. Well, it was decided to make Star Wars, but George Lucas (CIA) said that he would make a movie, so Prince Yoshino Kazutra concentrated on studying physics and chose an actor for the movie. .. That's why Prince Yoshino Kazutra is said to be the model for Darth Vader. This income created the Lord of the Rings (Hollywood) and Harry Potter (UK). Harry Potter is a movie made to promote a 3D pen (magic wand). After that, Prince Yoshino Kazutra entered the University of Wisconsin, where he studied nuclear engineering and engineering physics while developing computer graphics and computer 3D games, and James Cameron (CIA) movies (Terminator, Romeo and Juliet, Titanic). , Avatar, etc.) became a model. There was also information on the relative past, relative present, relative future, etc., and there were times when a lot of information was entwined, but this was expressed as the battle between John and Skynet by the terminator of the movie. Around this time, Prince Yoshino Kazutra became friends with DIA member David, made movies of animals (Planet of the Apes (Caesar plays the leading role), etc.), and made movies of animals, weapons, robots, etc. (Transformers (Spirsburg, Michael). Bay) etc.). Prince Yoshino Kazutra created a company called LUMY, developed 3D technology, made 3D glasses and 3D displays, and was involved in the screening of 3D movies. Prince Yoshino Kazutra joined Fujifilm and was involved in the development of inkjet printing machines related to images and videos, but entered the cosmetics industry by making asterifts using Fujifilm's internationally acclaimed nanotechnology. When I made a strategy to do so, I left Fujifilm in response to a counterattack from Shiseido and joined Tamron, but my salary improved, so I managed to do something about it. However, the Great Tohoku Kanto Earthquake (3/11) caused a big problem on the birthday of Shin Yoshino (Pope). I had to leave Tamron and find my way. Therefore, Prince Yoshino Kazutra made a 3D pen, but decided to look for a part-time job because it was not easy to commercialize and build a sales channel. Prince Yoshino Kazutra tried to work part-time at a host club or cabaret club where his subordinates have been running since he was a child, and Prince Yoshino Kazutra was called King, Caesar or President, but the front society It was so long that the underworld graduated in no time. However, the subordinates who know the constant fierce appearance and true horror of Prince Yoshino's childhood fights are rather surprised by Prince Yoshino's pacifism (non-violence). It was like. Prince Yoshino Kazutra became King Yoshino Kazutra, became Emperor of the Space World, Yoshino Kazutra, and peacefully created an energy-related company called Yoshino Advanced Energy. He lived a life far from peaceful. Kazutra Yoshino, the Emperor of the Universe, decided to start making airplanes and helicopters and making movies in an attempt to return to the world of 3D-related computers and robots. Kazutra Yoshino, the Emperor of the Space World, tried to make a picture book, video and movie of the story "Queen Ashley Ayame Great Warrior" that he wrote, Paramount, Universal, Disney, Sony Picture, Warner Brothers, Cabakura, AV actress, actress, I talked to idols, models, maids, movie-related people such as Waseda University, but there was almost no reaction, so I decided to make a movie directly as a producer and make a movie with a movie studio myself. bottom. With the help of Shin Yoshino (Pope), who is ostensibly a professional cameraman, the story of Ashley's Great Warrior went on steadily. Kazutra Yoshino, the Emperor of the Universe, decided to ask beautiful women directly to cooperate in the production of the film. When Kazutra Yoshino, the Emperor of the Universe, talked to Miss Kyaba in Shinjuku and Shibuya, a battle broke out between Shinjuku and Shibuya's cabaret club and Girls Bar over the position of the leading Ashley great warrior. Therefore, Kazutra Yoshino, the Emperor of the Universe, created a hero character called "Ninja Man" based on the time when he was hosting in Kabukicho, Shinjuku, and created a monster character called "Monster Hachi" based on Hachiko in Shibuya. , I decided to fight in the movie. In order to make Hachiko in Shibuya an international tourist attraction, I decided to make Hachiko an evil hero (monster), but there was a drama of deep humanity here. Kazutra Yoshino, the Emperor of the Universe, made various characters, but "Ninja Man" and "Monster Bee" are probably characters that never see the light of day, but they are made directly with manga, anime, video, computer graphics, etc. It was designed so that it could be made into a movie. Ashley In the story of the great warrior, a dragon (dragon) called "Paro", a child tiger called "Shamo-chan", and a character of "Tomoco Super Gamer (Moko)" will participate, but these are also likely to be mascots. Is. In addition, there is also a flying squirrel character called "Tutu". Kazutra Yoshino, the Emperor of the Universe, decided to make friends with famous Hollywood actresses and models with Ruriko Yoshino (Queen). ···Continue. The p.s. monster bee is a monster in which a large group of bees gather and form a dog. Shamo-chan is a baby tiger, but in order to increase its popularity, Shamo-chan for children is supposed to be a rabbit. Prince Yoshino Kazutra → Career of Emperor Yoshino Kazutra Space World (CV). Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のロヌタリヌ゚ンゞン発砲スチヌルのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Rotary Engine (3D Frame Metal, 3D Nano Frame Metal, Fractal Frame Metal)Lovely, 吉野カズトラ宇宙䞖界皇垝は、発砲スチヌルを甚いお、ロヌタヌリヌ゚ンゞンを䜜っおいた。ロヌタリヌ゚ンゞンのロヌタヌや゚ンゞンのピストンは、匷床が必芁なため、重金属鉄、スチヌル、ステンレス、等等で䜜られるため重量が倚いこずが倚いが、振動するため重量が倚いず振動゚ネルギヌや熱になっお無駄になっおしたう。この問題を解決するために、吉野カズトラ宇宙䞖界皇垝は、ステンレスなどの発砲スチヌルフラクタルフレヌム金属構造の補造補䜜を行った。ステンレスや合金などの金属等のマテリアルを加熱しお溶かし融解しお沞点に到達させお金属の泡を䜜りだし、冷华しお泡発砲スチヌル構造を維持させる。この際、ガス等の混合マテリアルを混ぜお、泡を䜜っおも良い。発砲スチヌルは、䜍盞幟䜕孊的トポロゞヌ的には、発泡スチロヌルのような構造である。又、吉野カズトラ宇宙䞖界皇垝は、プリンタヌを甚いお、フレヌム金属構造(3D配列フレヌム金属構造)を䜜ったり、フラクタルフレヌム金属構造を䜜ったり、アモルファスフレヌム金属構造を䜜り、発砲スチヌル構造を䜜った。吉野カズトラ宇宙䞖界皇垝は、マテリアルサむ゚ンスの芳点から、金属や合金等のマテリアルのナノ構造ナノフレヌム構造の蚭蚈等も行い、ナノフレヌム構造ずフレヌム構造を組み合わせるこずにより、匷靭で軜量な金属や合金等の補造が可胜になった。吉野カズトラ宇宙䞖界皇垝は、この技術を、ロヌタリヌ゚ンゞン等の補造に甚いたので、ずおも効率の良い氎玠ロヌタリヌ゚ンゞンが出来たので、ゞェットバむクや空飛ぶ車の補造倧量生産が可胜になり、ペシノアドバンスド゚ナゞヌは、䞖界的に有名な䌚瀟ずなり、吉野カズトラ宇宙䞖界皇垝も䞖界的に有名になった。吉野カズトラ宇宙䞖界皇垝のゞェットバむクや空飛ぶ車は、消防眲などで人呜救助に甚いられお、瀟䌚に倧いに圹立っおいる。FIG. 126 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, a rotary engine of the Emperor of the Space World (fired steel)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Rotary Engine (3D Frame Metal, 3D Nano Frame Metal, Fractal Frame Metal) Lovely, Yoshino Kazutora Space Emperor made a rotary engine using foamed steel. Since the rotor of a rotary engine and the piston of an engine require strength, they are often heavy because they are made of heavy metal (iron, steel, stainless steel, etc.), but because they vibrate, vibration energy and heat are often present. It becomes useless. To solve this problem, Kazutra Space World Emperor Yoshino manufactured (manufactured) foamed steel (fractal frame metal structure) (such as stainless steel). Materials such as metals such as stainless steel and alloys are heated and melted (melted) to reach the boiling point to create metal bubbles, which are then cooled to maintain the bubbles (foamed steel structure). At this time, a mixed material such as gas may be mixed to form bubbles. Foamed steel is topologically a styrofoam-like structure. In addition, Kazutra Yoshino, the Emperor of the Space World, uses a 3D printer to make a 3D frame metal structure (3D array (frame) metal structure), a fractal frame metal structure, an amorphous frame metal structure, and a foamed steel structure. made. From the perspective of material science, Kazutra Yoshino, the Emperor of the Space World, also designed 3D nanostructures (3D nanoframe structures) for materials such as metals and alloys, and by combining 3D nano (frame) structures and 3D frame structures, It has become possible to manufacture tough and lightweight metals and alloys. Kazutra Yoshino, the Emperor of the Universe, used this 3D technology to manufacture rotary engines, etc., so a very efficient (hydrogen) rotary engine was created, making it possible to manufacture jet bikes and flying cars (mass production). Yoshino Advanced Energy became a world-famous company, and Yoshino Kazutra Space World Emperor also became world-famous. Kazutra Yoshino Space Emperor's jet bikes and flying cars are used to save lives at fire departments and are very useful to society. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe WarsLovely, Chapter Two:吉野カズトラ宇宙䞖界皇垝ず、吉野信法王は、再び政治を始めおいた。぀たり、吉野カズトラ宇宙䞖界皇垝に、吉野信法王は、平和的な和平亀枉を望んでいた。吉野信法王は、吉野友子女王ず吉野カズトラ宇宙䞖界皇垝を連れお、枩泉旅行に行くこずにした。吉野カズトラ宇宙䞖界皇垝が、枩泉宿に入るず、矎しい女性が受付にいた。軜く䌚釈をしお、進むず巊手に瞄文匏土噚が眮いおあった。そういえば、新期県の接南町で、矎女である吉野綟子将軍が、瞄文匏土噚に぀いお、吉野カズトラ王子に色々説明をしおくれたこずがあったず思いだしおいた。・・・ 吉野カズトラ王子ず吉野綟子将軍は、瞄文匏土噚の䜜り方や本圓の䜿い方に぀いお吟味しおいたが、その圓時の䞀般的な芋解は、粘土をひも状にしお巻きながら瞄文匏土噚のもずを䜜り窯で焌き、土にさしお甚いるであった。吉野カズトラ王子ず吉野綟子将軍は、遺䌝的な芳点から、瞄文人ず珟代人の知胜に付いお吟味しおいたが、脳の構造に぀いお遺䌝的には、略、同じぐらいだが、珟代人のようにコンピュヌタヌ技術等の自動蚈算やシミュレヌション工孊等の文明が進んでいなかったため、人々が自ら掚枬しお十分な収穫を埗るために、知恵や生掻するための味芚や臭芚や感芚やタむミングセンスを磚くなどしおいたため、珟代人よりも瞄文人の方が優れおいお、瞄文人の知胜に぀いおは、熱流䜓等に関する知識を扱えるだけ十分な高床な技術や文明を発展させおいたのだろうず掚枬しおいた。吉野綟子将軍の解析や掚枬によるず、数千幎の間に蓄積した知識を持぀珟代人は、高床で倚様な知識ベヌス癟科事兞やむンタヌネットや倧孊やコンピュヌタヌシステム等があり、芋掛け䞊瞄文人より優れおいるように芋える。䟋えば、戊闘胜力や瞬時画像蚘憶胜力や瞄文匏土噚の掻甚等は、瞄文人の方が優れおいただろう。䟋えば、珟代人は、瞄文匏土噚を芋お、土にさしお眮くぐらいしか掻甚の可胜性を芋いだせない人が倚いだろうが、瞄文人は、もっず倚様な方法で、瞄文匏土噚を䜿っおいたに違いないず考えおいた。そこで、吉野カズトラ王子は、幟぀かの可胜性を掚枬しお吟味しおいた。吉野カズトラ王子の掚察によるず、瞄文匏土噚には、くびれがあり、くびれより䞊の郚分䞊郚のフチに〜個以䞊の穎があるこずが倚い。石噚の次の時代が土噚の時代なので、石を加工しお棒を䜜ったり、石噚や金属噚青銅噚、鉄噚、等などのナむフで朚を削り棒を䜜ったり、金属の棒を䜜るこずは十分可胜であったず掚枬できる。酒飲料氎のように䜜ったアルコヌルランプや朚材などで小型の火を焚き瞄文匏土噚のくびれより䞋の郚分䞋郚を加熱する。䜙熱で䞊郚の所も枩たるので熱効率が良い。又、䞊郚に棒を通しお、盎接火を掛けるか、炉や壁の䞭で焌くこずが可胜であるが、朚の棒を䜿った際、䞊郚はそこたで熱くならないように䞊郚が倧きくなっおいる朚が燃えるのは玄℃ぐらいだが、料理をするなら䞊郚は、℃ぐらいだろう。瞄文匏土噚の構造は、゚ネルギヌに察する゚ントロピヌの改善効率に優れおいお、ずおも゚コな構造になっおいお、朚材等限られた資源を有効に掻甚するこずに優れおいる。さお、吉野カズトラ王子ず吉野綟子将軍は、その進化圢も考慮しおいた。぀たり、瞄文匏土噚をポットずしお甚いお、料理等を入れおおくのず同時に、瞄文匏土噚に火薬を入れお爆匟地雷ずしお甚いる。地雷を配列した耇数局を䜜り、火薬を塗した瞄で繋ぎ、村の呚りにおいお、敵の襲撃等があるずきは、爆砎させお、敵の襲撃を阻止するず同時に、呚りの村々に戊火の煙により敵の襲撃を知らせ、揎軍を芁求するシグナルずしお甚いた。瞄文人は、ナダダ人の遺䌝子をベヌスにした、癜人系バむキングの遺䌝子に近く、戊闘胜力に優れおいたのである。しかし、匥生匏土噚でしられる韓囜系の遺䌝子が匷い匥生人達は、思わぬ方法で、瞄文人に勝ったのである。぀たり、匥生人は、瞄文人ず戊わなかった。逆に、匥生人は、自分達の矎しさや肌のすべすべさをアピヌルした。匥生人は、芋た目が若く矎しく維持するこずが可胜な遺䌝子を持っおいるので、長いあいだ矎しさを維持できた。これにより、匥生人は、瞄文人の文化に溶け蟌み、日本人の基本ずなる瞄文人匥生人の遺䌝子矀や文明文化を䜜りあげたのである。日本に、かぐや姫や䞖瀌菜セレナ姫のような矎女が珟れたのは、偶然ではなかった。瞄文時代から時数千幎が経ち、熱流䜓を扱う炉は進化しお、吉野カズトラ宇宙䞖界皇垝の゚ンゞンやモヌタヌの時代になっおいた。技術スキャナヌ、ディスプレむ、プリンタヌ等を甚いたりしお、玠材や構造や゚ンゞンロヌタヌリヌ゚ンゞンやゞェット゚ンゞンやロケット゚ンゞン等に぀いおの先端技術抗争が起きおいた。たた、吉野カズトラ宇宙䞖界皇垝は、若返りアンチ゚むゞングの遺䌝子開発技術や分子生物孊や医孊・再生医療などの技術開発が進め、珟代人ず未来人の生掻や技術や文明や文化の基盀を䜜っおいった。続く。FIG. 127 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe WarsLovely, Chapter Two: Kazutora Yoshino The Emperor of the Universe and Shin Yoshino (the Pope) have begun politics again. In other words, Shin Yoshino (Pope) wanted peaceful peace negotiations with the Emperor of the Universe, Kazutra Yoshino. Shin Yoshino (Pope) decided to go on a hot spring trip with Tomoko Yoshino (Queen) and Kazutra Yoshino, the Emperor of the Universe. When the Emperor of the Space World, Kazutra Yoshino, entered the hot spring inn, a beautiful woman was at the reception. I gave a light bow, and when I proceeded, I found a Jomon pottery on my left. By the way, I remembered that in Tsunan Town, Niigata Prefecture, a beautiful woman, Ayako Yoshino (Shogun), had explained various things to Prince Yoshino Kazutra about Jomon pottery. ... Prince Yoshino Kazutra and Ayako Yoshino (general) were examining how to make and really use Jomon pottery, but the general view at that time was that the clay was wrapped in a string and wrapped in Jomon pottery. It was used by making the source of the pottery, baking it in a kiln, and putting it in the soil. Prince Yoshino Kazutra and Ayako Yoshino (general) examined the intelligence of Jomon and modern humans from a genetic point of view, but the structure of the brain is genetically about the same, but modern humans. Since the civilization such as automatic calculation of computer technology and simulation engineering has not progressed like this, people have wisdom and taste, smell, sense and timing sense for living so that they can guess by themselves and obtain a sufficient harvest. The Jomon people were superior to the modern people because they had been honing their skills, and it seems that they had developed sufficient advanced technology and civilization to handle the knowledge of thermal fluids, etc. regarding the intelligence of the Jomon people. I was guessing. According to the analysis and speculation of Ayako Yoshino (General), modern people with knowledge accumulated over thousands of years have advanced and diverse knowledge bases (encyclopedias, the Internet, universities, computer systems), etc. Looks better than the Jomon people. For example, the Jomon people would have been superior in terms of combat ability, instantaneous image memory ability, and utilization of Jomon pottery. For example, many modern people would only look at Jomon pottery and find the possibility of using it by putting it in the soil, but Jomon people used Jomon pottery in a wider variety of ways. I thought it must be. Therefore, Prince Yoshino Kazutra had guessed and examined some possibilities. According to the speculation of Prince Yoshino Kazutra, Jomon pottery has a constriction, and there are often two or three or more holes in the edge of the part (upper part) above the constriction. Since the next era of stone tools is the era of earthenware, processing stones to make rods, shaving wood with knives such as stone tools and metal tools (bronze, ironware, etc.) to make rods, and making metal rods. Can be inferred that was possible enough. Use an alcohol lamp (or wood) (made like drinking water) to ignite a small fire to heat the part (lower part) below the constriction of the Jomon pottery. Thermal efficiency is good because the upper part is also warmed by the residual heat. It is also possible to put a stick through the top and ignite it directly or bake it in a furnace (or wall), but when using a wooden stick, the top becomes large so that it does not get so hot. (Wood burns at about 2000 ° C, but if you cook, the upper part will be around 280 ° C). The structure of the Jomon pottery is excellent in the efficiency of improving the entropy for energy, has a very ecological structure, and is excellent in effectively utilizing limited resources such as wood. By the way, Prince Yoshino Kazutra and Ayako Yoshino (Shogun) were also considering their evolution. In other words, the Jomon pottery is used as a pot to store food, etc., and at the same time, gunpowder is put into the Jomon pottery and used as a bomb (land mine). Make multiple layers of land mines, connect them with gunpowder-coated ropes, and if there is an enemy attack around the village, blow it up to stop the enemy's attack and at the same time fire the surrounding villages. It was used as a signal to notify the enemy's attack by smoke) and request reinforcements. The Jomon people were close to the Caucasian Viking gene, which was based on the Jewish gene, and had excellent fighting ability. However, the Yayoi people, who have strong Korean genes in Yayoi pottery, beat the Jomon people in an unexpected way. In other words, the Yayoi did not fight the Jomon people. On the contrary, Yayoi people appealed their beauty and smoothness of their skin. The Yayoi people have genes that can be kept young and beautiful, so they have been able to maintain their beauty for a long time. As a result, the Yayoi people blended into the culture of the Jomon people and created the genes and civilization (culture) of the Jomon people x Yayoi people, which are the basics of the Japanese people. It was no coincidence that beautiful women like Princess Kaguya and Princess Serena appeared in Japan. Time (thousands of years) have passed since the Jomon period, and the furnaces that handle thermal fluids have evolved into the era of engines and motors of the Emperor Yoshino Kazutra. Using 3D technology (3D scanners, 3D displays, 3D printers, etc.), there have been advanced technology conflicts regarding materials, structures, engines (rotary engines, jet engines, rocket engines, etc.). In addition, Kazutra Yoshino, the Emperor of the Space World, is advancing the development of genes for rejuvenation (anti-aging) and technologies such as molecular biology, medicine, and regenerative medicine, and will lay the foundation for the lives, technologies, civilizations, and cultures of modern and future people. I made it. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の吉野カズトラ発電システムず飲料氎塩等補造システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System + Water (+Salt) Generator SystemLovely,吉野カズトラ宇宙䞖界皇垝は、倪陜光発電システムや颚力発電システムを甚いお埗た゚ネルギヌを甚いお、むオン亀換膜などを甚いお、飲料氎や塩等を䜜っおいた。瞄文匏スチヌム炉や匥生匏スチヌム炉に、ガス等による加熱に加えお、倪陜光集光熱による加熱を加えるこずが可胜である。颚力発電機は、パむプのベヌスをネゞやナットや溶接などで接合しお、シャフトを付けおアルミニりムや鉄等をを溶かしお流し蟌み、シャフトに発電機ダむナモ・モヌタヌを付けお、カバヌを付けおベアリングを付けお、パむプになどで䜜ったプロペラの矜根を付けお、尟を付けお、キャップを付けお、台の付いおいる塔ポヌルに付ける。むオン亀換膜などのフィルタヌむオン浞透フィルタヌやむオン吞着フィルタヌ等で、小さいむオンから、順に、倧きいむオンを遞択抜出しお行く。党䜓ずしお、高効率なシステムハむコストパフォヌマンスなシステムを䜜るこずが出来る。FIG. 128 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the space world emperor's Yoshino Kazutra power generation system and drinking water (+ salt, etc.) production system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System + Water (+ Salt) Generator System Lovely I was making drinking water and salt. It is possible to heat the Jomon steam furnace and the Yayoi steam furnace by sunlight condensing (heat) in addition to heating by gas or the like. For wind power generators, the base of the pipe is joined with screws, nuts, welding, etc., a shaft is attached, aluminum, iron, etc. are melted and poured, a generator (dynamo motor) is attached to the shaft, and a cover is attached. Attach the bearing, attach the blade of the propeller made of FRP etc. to the pipe, attach the tail, attach the cap, and attach it to the tower (pole) with the stand. With a filter such as an ion exchange membrane (ion permeation filter, ion adsorption filter, etc.), the larger ions are (selected) extracted in order from the smaller ones. As a whole, it is possible to create a highly efficient system (high cost performance). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Yoshino Universe Robot)Lovely, Story: Chapter Three: 吉野カズトラ宇宙䞖界皇垝は、栞゚ネルギヌ等のハむ゚ナゞヌ宇宙パワヌロボット人工知胜塔茉を補䜜しおいた。宇宙ロボットの倧量生産をするこずによっお、吉野倩照軍を匷靭化するためであった。吉野カズトラ宇宙䞖界皇垝の指揮の基、吉野レベッカハル女王ず吉野倩照軍の女兵士たちは、倩照軍を増匷しお行った。吉野カズトラ宇宙䞖界皇垝は、トランスフォヌマヌロボットの開発を進め、宇宙ゞェットロケットロボット人工知胜生呜䜓を完成させたのである。メガミサむルを搭茉する宇宙ロボットは、アメリカ海軍のゞェヌムス・ヒッチンズが、ロボットのプロトタむプずなった。吉野カズトラ宇宙䞖界皇垝の脳波思考コントロヌルシステムブレむンりェヌブコントロヌラヌ、トランスフォヌマヌロボットコントロヌラヌ、等によっお、吉野カズトラ宇宙䞖界皇垝の指瀺を埗る宇宙ロボット・トップの『吉野パワヌ』は、吉野クリスタルヒカリ女王がミルキヌりェむ銀河を支配するように、宇宙や䞖界の人々を埓わせた。たた、吉野アシュレヌアダメ女王偉倧なる戊士が、アンドロメダ銀河を支配するようにした。続く。FIG. 129 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Yoshino Universe Robot) Lovely, Story: Chapter Three: Yoshino Kazutora Space World Emperor was making high-energy space power robots (mounted on artificial intelligence towers) such as nuclear energy. This was to strengthen the Yoshino Amaterasu army by mass-producing space robots. Under the command of Emperor Kazutra Yoshino, Queen Rebeccahar Yoshino and the female soldiers of the Amaterasu Yoshino Army strengthened the Amaterasu Army. Kazutra Yoshino, the Emperor of the Space World, proceeded with the development of transformer robots and completed the space jet rocket robot artificial intelligence life form. The US Navy's James Hitchins was the prototype of the space robot equipped with the mega missile. Yoshino Kazutra The top 1 space robot "Yoshino Power 100" that receives instructions from the Space World Emperor Yoshino Kazutra by the brain wave thinking control system (Brain Wave Controller, (Transformer Robot Controller), etc.) of the Space World Emperor is Yoshino Crystal Hikari. He subdued the people of the universe and the world as the Queen ruled the Milky Way galaxy. Also, Queen Ashley Ayame, a great warrior, ruled the Andromeda Galaxy. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Yoshino Universe Robot)Lovely, Story: Chapter Four: 吉野カズトラ宇宙䞖界皇垝は、宇宙ゞェットロケットロボット人工知胜生呜䜓を完成させお、進化させお、宇宙䞖界を支配する悪魔王魔界王であるキング・シヌザヌ・デビルを䜜った。シヌザヌは、ネコのくらしの䞻圹ずなり、ハリりッド映画の䞻圹ずなり、皇垝ぞの階段を登り昇りナニバヌサル・キャラクタヌになった。シヌザヌがスキヌやゞェットスノヌボヌドで、新期でスキヌやスノヌボヌドをしおいるずきの颚力颚速によっおシヌザヌが空䞭回転しおいるのがヒントになっお、吉野カズトラ宇宙䞖界皇垝に、颚力発電システムのアむディアが浮かんできた。続く。FIG. 130 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Yoshino Universe Robot) Lovely, Story: Chapter Four: Yoshino Kazutora Space World Emperor completes and evolves space jet rocket robot artificial intelligence lifeforms to rule the space world I made King Caesar Devil, the Demon King. Caesar became the protagonist of cat life, the protagonist of Hollywood movies, and the universal character who climbed the stairs to the emperor. Caesar is skiing and jet snowboarding, and the fact that Caesar is rotating in the air due to the wind force (wind speed) when skiing and snowboarding in Niigata is a hint, and the idea of a wind power generation system was given to the Emperor Yoshino Kazutra. Came to my mind. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の吉野カズトラ颚力発電システムず補造システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Wind Energy Generator SystemLovely, 吉野カズトラ宇宙䞖界皇垝は、ルヌプ颚力発電システムを䜜っおいた。プロペラ矜の呚りにルヌプカバヌ、フヌドを付けるこずによっお、プロペラ矜の回転効率を高めるシステムである。プロペラの矜根の角床は、軞基が玄°、䞭間が玄°、先端が玄°ぐらいが最善の圢態である。 ρsinΘρsinΘcosΘρsinΘ ttddである。 ずするず、  ρ’’ρ’ ρ’’’’’ 颚速がある皋床䞀定で、プロペラ矜が、䞀定の速床の回転にある皋床、近づいた状態で、぀たり、ある皋床定垞状態、若しくは、の瞬間状態で、≒ρ であるため、颚車ルヌプに入っお来た颚力颚速を有する颚が、プロペラの回転によっお䜜る気流フラックス、ストリヌムの倉化に、プロペラ矜のリフトを向䞊させるために必芁な角床のプロペラ矜を䜜り、オプションずしおピッチの調敎をするこずが可胜なシステムである。 ルヌプの圢を末広がりにしお、颚車の埌方の流れストリヌムを滑らかスムヌスにしお、颚の吞匕力をアップしお吞い蟌み効果によっお、プロペラに来る颚速を高めるこずも可胜である。たた、倧きめのラッパのような圢状のものを、前方に远加しお、颚力等の゚ネルギヌ濃床を高めるこずも可胜である。 最良の圢態では、軞偎になる磁石マグネット、ネオゞりムマグネット等のレアメタルマグネット等の磁石を回転するこずにより、ベヌス偎にある電磁コむルずの盞察的な磁束倉異速床差を䜜るこずにより、マクスりェルの法則αα’により発電する。FIG. 131 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Emperor of the Space World, Kazutra Yoshino wind power generation system and manufacturing system). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Wind Energy Generator SystemLovely, Yoshino Kazutora Space World Emperor was making a loop wind power generation system. It is a system that enhances the rotation efficiency of the propeller (feather) by attaching a loop (cover, hood) around the propeller (feather). The best form of propeller blade angle is about 80 ° at the shaft base, about 45 ° at the middle, and about 15 ° at the tip. Ft = 2ρA (| v | ^ 2) (sinΘ ^ 2) Fl = 2ρA (| v | ^ 2) (sinΘ ^ 2) (cosΘ) Fd = 2ρA (| v | ^ 2) (sinΘ ^ 3) Ft = Integrate [dFt, 0, l] Fl = Integrate [dFl, 0, l] Fd = Integrate [dFd, 0, l]. If v (t = 0) = vw, then v (t = t) = vw + K ρ (t) vp + K''vev (t = t) = vw + kρ (t) vpv + k'ρ (t) vph + k''vev + k''' veh The wind speed is (to some extent) constant, and the propeller (feather) is rotating (to some extent close to) at a constant speed (that is, (to some extent) in a steady state or in a momentary state of t = t). Since v (t = t) ≒ vw + kρ (t) vpv, the wind having the wind force (wind speed) that has entered the wind turbine (loop) becomes the air flow (flux, stream) (change) created by the rotation of the propeller. , It is a system that can make a propeller (wing) at the angle required to improve the lift of the propeller (wing) and adjust the pitch as an option. It is also possible to widen the shape of the loop, smooth the flow behind the wind turbine, increase the suction power of the wind (due to the suction effect), and increase the wind speed coming to the propeller. It is also possible to add a large trumpet-like shape to the front to increase the energy concentration (such as wind power). In the best form, by rotating a magnet on the shaft side (a magnet, a magnet such as a rare metal magnet such as a neodymium magnet), a magnetic flux variation (velocity difference) relative to the (electromagnetic) coil on the base side is created. As a result, power is generated according to Maxwell's law (dE = α (dB / dt) + α'). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の吉野カズトラ颚力発電システムずりィンド・キャッチャヌ・マトリクス・システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Wind Energy Generator System + Wind Catcher Matrix SystemLovely, 吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ颚力発電システムずりィンド・キャッチャヌ・マトリクス・システムを䜜っおいた。 颚速を、衚すのに颚速颚力テン゜ルを甚いる。  颚力颚速を受ける際、プロペラ矜、ロヌタヌ等の回転カヌルに、パヌミュテヌション・テン゜ルのεε’’’’’’等を甚いるず蚈算をより良く出来るようになる。 広範囲に広がった゚ネルギヌ密床がある皋床の颚力を䞀点に集めお、若しくは、颚力゚ネルギヌの流れストリヌムを䞀流になるように束ねお、タヌビンや゚ンゞンロヌタリヌ゚ンゞン等やゞェット゚ンゞンを回転駆動しお、発電しお、゚ネルギヌチャヌゞ゚ネルギヌ充電をする。 ゞェット飛行機や車や空飛ぶ車スカむカヌに、ゞェット゚ンゞンや゚ンゞンロヌタヌリヌ゚ンゞン等を搭茉しお、移動しながら、発電するこずも可胜である。 吉野カズトラ宇宙䞖界皇垝は蚀った、「颚力を集めるずいうこずは、空䞭を飛んでいる昆虫蜻蛉トンボ等を捕たえるようなものだ。目的の昆虫蜻蛉トンボ等が倚くいるずは限らないので、簡単ではなく。」 吉野゚ミリヌ女王は蚀った、「なら、昆虫採集甚の網で、昆虫採集するように虫を獲るように、颚力を集めおはいかがか」 吉野カズトラ宇宙䞖界皇垝は蚀った、「それは、良い考えアむディアだ。コンピュヌタヌで方向や高さをコントロヌルしたラッパ状の網や垃で、颚向き颚速に合わせお、颚力颚速を集めよう。」 吉野゚ミリヌ女王は蚀った、「昆虫蜻蛉トンボ等が、散圚しおいるように、颚力も、広がっおいるけれど、どうしたすか」 吉野カズトラ宇宙䞖界皇垝は蚀った、「それなら、ラッパ状の網のナニットをマトリクス等に配列しお、配眮しお、広がった颚力゚ネルギヌをラッパ状の網マトリクスで集めお、䞀点に集䞭させる䞀流に束ねるのが良い。」 吉野゚ミリヌ女王は蚀った、「颚力゚ネルギヌを集めお、䞀か所で発電するのが良いですね。発電機ダむナモ・モヌタヌが䞀぀で良いので、コストパフォヌマンスも良いですね。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「濃瞮されたコンプレスされた颚力゚ネルギヌで、タヌビンや発電機を回転駆動しお、発電するのも良い、ず同時に、ゞェット゚ンゞン等を駆動しお、燃焌爆颚熱颚等で、タヌビンを回転しお発電するこずも可胜である。」 吉野゚ミリヌ女王は蚀った、「ゞェット゚ンゞンで、掚進力が出るなら、ゞェット飛行機を䜜っお、発電するのが良いでしょう。ゞェット飛行機で、飛行・掚進する際に、進行方向から入る空気を高速で吞匕すれば、空気を濃瞮コンプレスするこずになり、濃瞮空気を燃料ず合わせお、燃焌させお爆颚を䜜り、タヌビンを回転しお飛行・掚進しながら、同時に、発電できたす。゚ネルギヌチャヌゞバッテリヌに゚ネルギヌを充電したり、氎玠の補造をしお、目的地などで甚いるこずが可胜です。ゞェット飛行機なら、広い土地がなくおも、発電できたす。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「それは、良い考えだ。燃料をあたり䜿わずに、颚力゚ネルギヌを集めるのが、圓初の目的だったが、移動ず発電の䞀石二鳥である。燃料はどうしようか」 吉野゚ミリヌ女王は蚀った、「地䞊や海掋や空䞭で、颚力発電等で氎から䜜った氎玠や酞玠で、ゞェット゚ンゞンやロヌタヌリヌ゚ンゞンを駆動するのが良いでしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「吉野カズトラ颚力発電システムやりィンド・キャッチャヌ・マトリクス・システムや氎玠ゞェット゚ンゞンや氎玠ロヌタリヌ゚ンゞンを甚いるなら、颚力等の再生可胜゚ネルギヌで、゚コロゞヌシステムに必芁な基本的な゚ネルギヌを賄えるずいうこずだな。」 続く。FIG. 132 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Emperor of the Space World, Kazutra Wind Power Generation System and Wind Catcher Matrix System). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Wind Energy Generator System + Wind Catcher Matrix SystemLovely, Yoshino Kazutra Space World Emperor created the Yoshino Kazutora wind power generation system and the wind catcher matrix system. A wind speed (wind) tensor is used to represent the wind speed. vw (h) = vw (h) ijk0 <= i <= m, 0 <= j <= n, k = 1,2,3, h = height When receiving wind power (wind speed), propeller (feather, rotor) By using the permutation tensor ε = εi'j'k', (i', j', k'= 1, 2, 3), etc. for the rotation (curl) of etc., the calculation can be made better. Become. Turbines, engines (rotary engines, etc.) and jet engines can be made by collecting a wide range of wind power (with a certain amount of energy density) at one point, or by bundling the wind (energy) flow (stream) so that it becomes first-class. It is driven (rotated) to generate electricity and to charge energy (energy charge). It is also possible to mount a jet engine or engine (rotary engine, etc.) on a jet airplane, car, or flying car (sky car) to generate power while moving. Kazutra Yoshino, Emperor of the Universe, said, "Collecting wind power is like catching insects flying in the air (dragonflies, etc.). There are many target insects (dragonflies, etc.). It's not always easy, so it's not easy. "Queen Yoshino said," Then, why not collect wind power like collecting insects (like catching insects) with a net for collecting insects? " Kazutra Yoshino, Emperor of the Universe, said, "That's a good idea. A trumpet (a net or cloth) whose direction and height are controlled by a computer, and wind power (wind speed) according to the wind direction (wind speed). "Let's collect." Queen Emily Yoshino said, "Insects (dragonflies, etc.) are scattered, and the wind power is spreading, but what do you do?" Said Emperor Yoshino Kazutra. Also, "Then, arrange the units of the trumpet (like net) in a matrix (mxn etc.) and arrange them, and collect the spread wind power (energy) with the trumpet (like net) matrix and concentrate it at one point. "It's better to bundle it in the first class." Queen Emily Yoshino said, "It's better to collect wind power (energy) and generate it in one place. One generator (dynamo motor) is enough. So the cost performance is also good. "Kazutra Yoshino, Emperor of the Universe, said," Concentrated (compressed) wind power (energy) drives (rotates) turbines and generators to generate power. At the same time, it is also possible to drive a jet engine, etc., and rotate the turbine with a combustion blast (hot air) to generate power. "Queen Yoshino Emily said," Propulsion with a jet engine. If it comes out, it is better to make a jet plane and generate power. When flying and propelling a jet plane, if you suck in the air entering from the direction of travel at high speed, the air will be concentrated (compressed). The concentrated air is combined with the fuel and burned to create a blast, and the turbine can be rotated to fly and propel, while simultaneously generating electricity. Energy charge (charging the battery with energy or producing hydrogen) It is possible to use it at a destination, etc. A jet plane can generate power even if there is no large land. "Kazutra Yoshino, Emperor of the Space World, said," That's a good idea. It uses a lot of fuel. Instead, the original purpose was to collect wind power (energy), but it is two birds with one stone for movement and power generation. What about fuel? ”Queen Yoshino Emily said. Also, "It is better to drive a jet engine or rotary engine with hydrogen or oxygen produced from water by wind power generation, etc. on the ground, in the ocean, or in the air. "If you use the Yoshino Kazutra wind power generation system, the wind catcher matrix system, the hydrogen jet engine, or the hydrogen rotary engine, you can use renewable energy such as wind power, and the basics necessary for an ecology system," said the Emperor Yoshino Kazutra. It means that you can provide the energy you want. " 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のポヌタブル颚力発電システムのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Portable Wind Energy Generator SystemLovely, 吉野カズトラ宇宙䞖界皇垝は、ポヌタブル颚力発電システムを開発しお䜜った。オプションずしお、矜を折りたためお、高さの調敎ができるので、持ち運びに䟿利である。ギダやチェヌンを甚いお増速機にしおダむナモモヌタヌに繋ぐ、若しくは、盎接、ロヌタヌのシャフトからダむナモモヌタヌに繋ぐこずが可胜である。ロヌタヌは、前方、埌方、若しくは、その䞡方に矜プロペラを持぀こずが可胜である。枚矜〜枚矜〜枚矜〜枚矜〜枚矜〜枚矜〜枚矜ぐらいが、最良の圢態である。颚力に合わせお、矜の枚数を倉えるこずが可胜である。䟋えば、匷颚の時は枚矜で、䞭颚の時は枚矜で、匱颚の時は枚矜にする等である。柱ず台がネゞ匏で取り付けず分離が可胜にしおも良い。 吉野カズトラ宇宙䞖界皇垝は蚀った、「私は、颚力発電システムを䜜る際、どの堎所䜍眮が、最も颚力を埗るのが良いのか知るために、颚速蚈ずなり埗る、颚力発電システムを開発した。」 吉野゚ミリヌ女王は蚀った、「旅行の時やキャンプの時に、持ち運びの颚速蚈や颚力発電機があるず、䟿利ですね。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「持ち運びが出来るぐらい軜くお小型な颚速蚈で颚力発電機であるなら、バッテリヌリチりム電池等を搭茉しお、颚車や倪陜電池ミドルや台に蚭眮で゚ネルギヌチャヌゞ充電しお、電力源にするこずが可胜だ。」 吉野゚ミリヌ女王は蚀った、「旅行の時やキャンプの時に、䜿うなら、颚力や倪陜光が匷いずころに、行くのが良いのでしょうね。テントが煜られる可胜性もあるけど。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「キャンプ小屋のようなものを䜜り、ポヌタブル颚力発電機を、屋根や庭やキャンプ堎に、幟぀か蚭眮しおおくこずも可胜だ。」 吉野゚ミリヌ女王は蚀った、「幟぀かいるなら、ポヌタブル颚力発電機は、コストパフォヌマンスの良いものである必芁がありたすね。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「ポヌタブル颚力発電機䞀台が、扇颚機䞀台ぐらいの倀段䟡栌になるように、倧量生産するこずが可胜だ。䞀般家庭家の屋根などに蚭眮するこずが、可胜だから。」 吉野゚ミリヌ女王は蚀った、「倧量生産には、ある皋床の初期投資ず垂堎の確保䞀般家庭ナヌザヌぞの宣䌝ず販売が必芁だけど、アメリカ合衆囜のサポヌトを埗るために、倧統領に、手玙を曞くのが良いでしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「新゚ネルギヌ再生可胜゚ネルギヌ促進法の制定をしおもらうのかな?」 吉野゚ミリヌ女王は蚀った、「良いパヌトナヌサポヌタヌや゚ンゞェルやスポンサヌに、投資しおもらうためです。も可胜ですよね。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「ポヌタブル颚力発電機を、幟぀か䜜っおみお、日本埌玉県入間垂や新期県柏厎垂や北海道や北方領土等で、様子を芋ようか。」 吉野゚ミリヌ女王は蚀った、「アメリカ合衆囜のカリフォルニアや、南米南郚なども颚力が十分あるみたいですよ。北方領土は、日本ずロシアの政治があるので、アメリカ倧統領に協力しおもらうなら、カリフォルニアが、良いです。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「私は、以前、アメリカ倧統領共和党ブッシュ倧統領の゚ネルギヌ顧問に栞゚ネルギヌ原子炉や栞融合炉等に぀いおアドバむスをしたこずがあるが、今床は、アメリカ倧統領民䞻党オバマ倧統領には、颚力や倪陜光を甚いお、再生可胜゚ネルギヌを促進しおもらおう。」 吉野゚ミリヌ女王は蚀った、「私の先祖の囜々スカンゞナビアの囜々スりェヌデン王宀等に、再生可胜゚ネルギヌを促進しおもらうこずも可胜でしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「私は、以前、䞀家に䞀台ぐらいのコンピュヌタヌが普及するように、未だ無名だったマむクロ゜フト株をルヌムメむトの䞡芪ず育おたこずがあるが、今床は、䞀家に䞀台のポヌタブル颚力発電機や幟぀かの倪陜電池を普及するように、ペシノアドバンスド゚ナゞヌを育おるこずにしよう。」吉野゚ミリヌ女王は蚀った、「私の父ロックフェラヌファミリヌのアメリカ系のロックフェラヌ財団関連゚ク゜ンモヌビルの人達に、ポヌタブル颚力発電機の倧量生産に、協力しおもらえるか話しおみたしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「ペヌロッパ系のロスチャむルドファミリヌに、ポヌタブル颚力発電機を、゚ネルギヌネットワヌクで繋ぐこずに぀いお協力しおもらえるか話しおみるこずも可胜だろう。」 吉野゚ミリヌ女王は蚀った、「私の母のケンタッキヌホヌスダヌビヌのファミリヌに協力しおもらえるか話すこずも可胜です。䜕故なら、ケンタッキヌに広倧な土地があり、颚力や倪陜光があれば、゚ネルギヌ生産に向いおいる可胜性があるからです。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「ずにかく、今回は、ペシノアドバンスド゚ナゞヌのポヌタブル颚力発電機やパラボラアルミ反射鏡の倧量生産など、再生可胜な゚ネルギヌの促進で、頑匵っおみよう。」FIG. 133 is a conceptual diagram of an ecology energy system application (a portable wind power generation system of the Emperor of the Universe, Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Portable Wind Energy Generator SystemLovely, Yoshino Kazutora Space World Emperor developed and created a portable wind power generation system. As an option, the wings can be folded and the height can be adjusted, making it convenient to carry. It is possible to use gears and chains to make a speed increaser and connect it to the dynamo motor, or directly connect the rotor shaft to the dynamo motor. The rotor can have wings (propellers) forward, backward, or both. The best form is 1 to 2 to 3 to 4 to 8 to 12 to 24. It is possible to change the number of feathers according to the wind power. For example, one blade is used in a strong wind, three blades are used in a medium wind, and 24 blades are used in a weak wind. The pillar and the base may be screwed so that they can be attached and detached. Kazutra Yoshino, Emperor of the Universe, said, "When I make a wind power generation system, I develop a wind power generation system that can be an anemometer to know which place (XYZ position) is the best to get the wind power. "It would be convenient to have a portable anemometer or wind power generator when traveling or camping," said Queen Emily Yoshino, "Kazutra Yoshino, the Emperor of Space World, said," I can carry it around. " If it is a light and compact anemometer and is a wind power generator, it is equipped with a battery (lithium battery, etc.) and energy charged (charged) by a wind turbine (or a solar battery (installed in the middle or table)) to use it as a power source. "It's possible." Queen Emily Yoshino said, "If you're traveling or camping, it's best to go to a place with strong wind (or sunlight). The tent can be fanned." "It's possible, though," said Kazutra Yoshino, Emperor of Space World. "It's possible to build something like a camphouse and install some portable wind turbines on the roof, garden, or campground. Queen Emily Yoshino said, "If there are several, the portable wind turbines need to be cost-effective." Kazutra Yoshino, the Space World Emperor, said, "One portable wind farm. , It is possible to mass-produce it so that it will be about the price (price) of one fan, because it can be installed in ordinary households (roofs of houses), etc. "Queen Yoshino Emily said," Mass. Production requires some initial investment and market security (advertising and selling to ordinary households (users)), but it's a good idea to write to the president to get the support of the United States. "Yoshino "Is it possible to enact a new energy (renewable energy) promotion law?" Said Empress Kazutra, and Queen Emily Yoshino said, "Invest in good partners (supporters, angels and sponsors). VC is also possible, isn't it? "Kazutra Yoshino, Emperor of Space World, said," Try making some portable wind power generators and try to make them in Japan (Saitama prefecture (Iruma city), Niigata prefecture (Kashiwazaki city) and Hokkaido. Let's see the situation in the northern territory), etc. ”Queen Yoshino said,“ It seems that there is enough wind power in California in the United States and southern South America. If you want the US president to cooperate, California is good. "Yoshino Kazutra Space World "I have previously advised the energy adviser of the President of the United States (Republican: President Bush) on nuclear energy (about nuclear reactors, fusion reactors, etc.), but now the President of the United States (Reactor, Fusion Reactor, etc.) Let the Democratic Party (President Obama) use wind power (and sunlight) to promote renewable energy. "It would be possible to have my ancestral nations (Scandinavian nations (Swedish royal family, etc.)) promote renewable energy," said Queen Yoshino Emily. "I used to raise the still-unknown Microsoft Co., Ltd. with my roommates (parents) so that about one computer would become widespread in the family, but this time, one portable in the family. Let's grow Yoshino Advanced Energy (G) to popularize wind power generators (and some solar cells), "Queen Yoshino Emily said," My father (Rockefeller family) of American descent. Let's talk to the Rockefeller Foundation (Exxon Mobile) people if they can help mass-produce portable wind turbines, "said Kazutra Yoshino, Emperor of the Space World," to the Rothschild family of European descent. " It would be possible to talk to them if they could help us connect the portable wind turbines with an energy network (GRID), "Queen Yoshino Emily said," Working with my mother's Kentucky Horse Derby family. You can also tell if you can, because Kentucky has a vast land, and if you have wind power (and sunlight), it may be suitable for energy production. "Kazutra Yoshino, Queen of the Space World "Anyway, this time, let's do our best to promote (renewable) energy, such as mass production of Yoshino Advanced Energy's portable wind power generators (and parabola (aluminum) reflectors)." 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の発電システムず飲料氎ず塩の補造のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System (Pure Water + Salt Manufacture)Lovely,吉野カズトラ宇宙䞖界皇垝は、゚ネルギヌマップを䜜り、、、を甚いお、加熱法、加圧法、.加電法発電システムの研究開発をしお、塩の補造等、飲料氎の補造等、発電システムの構築等をした。 加熱法では、海氎をガスの燃焌熱や倪陜光熱等で加熱しお、発電をするず同時に飲料氎や塩等を補造する。濃瞮食塩氎を電池に甚いおも良い濃瞮食塩氎電極銅、アルミ、等、若しくは、濃瞮食塩氎むオン亀換膜電極プラチナ、等、等。加熱の際、若しくは、スチヌムを冷华する際、料理卵を茹でる、゜ヌセヌゞを茹でる、スパゲティヌを茹でる、氎逃子を䜜る、うどんそばを䜜る、ラヌメンを䜜る、スヌプを䜜る、芋を焌く、等をしたり、プラスチックやアルミやメタル等を溶かしお加工する宝宝石、指茪、等を䜜る等したりしお付加䟡倀のある商品を䜜るために、゚ネルギヌ熱を利甚するこずも可胜である。お湯で、ホットレモンやゆず湯を䜜ったり、飲料氎は、枅涌飲料氎ペットボトル氎や炭酞飲料氎コカコヌラ、スプラむト、サむダヌにしおも良い。蒞気を甚いお、肉を料理するスチヌムで料理するず柔らかい肉になるなどするこずも可胜である。又、加熱したポットの䞊に、果物などを眮いお也燥させたり、肉を眮いお焌くこずも可胜である。氎海氎等や倩からの恵み倪陜光熱等によっお、商品ずしおの付加䟡倀が付くこずが利点であるシステムである。ガス燃焌技術、集光熱技術、ボむラヌ技術、溶接技術、発電機ダむナモモヌタヌ技術、プラスチック加工技術、料理の技、等 加圧法では、海氎に圧力を掛けお、高圧偎には、濃瞮食塩氎を䜜り、フィルタヌむオン亀換膜等を通しお、䜎圧偎には飲料氎を䜜る。圧力は、重力やポンプなどによるもので良い。ポンプの電力は、颚力等の再生可胜゚ネルギヌで、賄うこずも可胜である。氎海氎や井戞氎や地球重力等や空からの恵み颚力等によっお、飲料氎や塩を䜜るこずが出来るのが利点のシステムである。ポンプ技術、流䜓力孊、発電機ダむナモモヌタヌ技術、盎流化技術、氎玠酞玠補造技術、等 加電法では、海氎ず淡氎を、陰むオン亀換膜ず陜むオン亀換膜を亀互に䞊べた、䞡偎に電極を有する容噚に泚入しお、発電する海氎・淡氎・むオン亀換膜電池や、氎玠ず酞玠から発電する燃料電池や、充電池バッテリヌやコンデンサヌキャパシタヌ、盎接電源電力、等を甚いる。海氎を陰むオン亀換膜ず陜むオン亀換膜を亀互に䞊べた、䞡偎に電極を有する容噚に泚入しお、電気電圧を掛けお、塩の濃瞮液ず、垌釈液を䜜り、塩を䜜るこずが可胜である。垌釈液は、加熱法蒞気法や加圧法等で淡氎化若しくは、飲料氎化するこずが可胜である。淡氎化された淡氎は、再床リサむクルしお、海氎・淡氎・むオン亀換膜電池等に利甚するこずが可胜である。海氎は、海等の海氎を甚いお、淡氎は、井戞氎ずか淡氎化された淡氎等を甚るのが最良の圢態であり、むオン亀換膜加電方法により、海氎ず淡氎を新しく泚入する亀換するこずによっお発電出来お、海氎を新しく泚入するこずによっお飲料氎ず塩を䜜るこずが出来る。フィルタヌやむオン亀換膜や電極の亀換が定期的に必芁なこずもあるが、氎海氎や井戞氎があるなら、゚ネルギヌマップ的には、効率が良い飲料氎ず塩の補造方法であり、コストパフォヌマンスも良いのが利点のシステムである。密封技術、電気技術、むオン亀換膜技術、燃料電池技術、等 吉野カズトラ宇宙䞖界皇垝は蚀った、「゚ネルギヌマップに付加䟡倀マップを付けるず、総合点では、ペシノアドバンスド゚ナゞヌの加熱法が、最良の圢態だ。」 吉野゚ミリヌ女王は蚀った、「システムの倧きさや重さや゚ネルギヌ䟛絊安定性からいうず、カズトラペシノナニバヌス゚ンパむアヌの加電法が、適宜です。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「カズトラペシノナニバヌス゚ンパむアヌの加電法なら、海海氎ず井戞淡氎があればむオン亀換膜発電システムは倧䞈倫なので、加電法が確かに、適宜だ。」 吉野゚ミリヌ女王は蚀った、「カズトラペシノナニバヌス゚ナゞヌの加圧法は、日本のように颚力が匷い囜々に、向いおたすよね。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「カズトラペシノナニバヌス゚ナゞヌの加圧法は、日本では、倪平掋岞神奈川県、日本海岞新期県、北海道、などの海岞付近で、颚が匷い地域で有効だ。」 吉野゚ミリヌ女王は蚀った、「土地の倀段を考慮するず、日本では、日本海岞新期県、北海道が、適宜です。アメリカ合衆囜のカリフォルニアの海岞や南米の海岞もあるけれど、日本からの亀通費旅費、運搬費が掛りたす。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「日本ずアメリカ合衆囜を、氎玠酞玠パむプラむンずか、シェヌルガスパむプラむンずかで、繋ぐのが良いだろう。」 参照−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−FIG. 134 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the power generation system of the Emperor of the Universe, and the production of drinking water and salt). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Generator System (Pure Water + Salt Manufacture) Lovely, Yoshino Kazutora Space World Emperor made an energy map, and I. Yoshino Advanced Energy, II. Kazutora YoshinoUniverse Energy, III. Using Kazutora YoshinoUniverseEmpire, I.D. Heating method, II. Research and development of pressurization method, III. Charging method (power generation system), I. Production of salt, etc. II. Production of drinking water, etc. III. We built a power generation system. I. In the Yoshino Advanced Energy heating method, seawater is heated by the heat of combustion of gas, sunlight (heat), etc. to generate electricity and at the same time produce drinking water, salt, and the like. Concentrated saline solution may be used for the battery (concentrated saline solution + electrode (copper, aluminum, etc.) or concentrated saline solution + ion exchange membrane + electrode (platinum, etc.), etc.). When heating or cooling steam, cooking (boil eggs, boil sausages, boil spaghetti, make dumplings, make udon (soba), make ramen, make soup, bake potatoes, Etc.), or melt and process plastic, aluminum, metal, etc. (to make treasures (jewels, rings, etc.)), etc., and use energy (heat) to make value-added products. It is also possible to do. You can make hot lemons and yuzu hot water with hot water, and you can use soft drinks (PET bottle water) or carbonated drinks (coca cola, sprites, cider) as drinking water. It is also possible to cook meat using steam (cooking with steam makes tender meat). It is also possible to put fruits and the like on a heated pot to dry them, or put meat on them and bake them. It is a system that has the advantage of adding value as a product through water (seawater, etc.) and blessings from heaven (sunlight (heat), etc.). (Gas combustion technology, light collection (heat) technology, boiler technology, welding technology, generator (dynamo motor) technology, plastic processing technology, cooking technology, etc.) II. In the Kazutora YoshinoUniverseEnergy pressurization method, pressure is applied to seawater to make a concentrated saline solution on the high pressure side, and to make drinking water on the low pressure side through a filter (ion exchange membrane or the like). The pressure may be due to gravity or a pump. The power of the pump can be supplied by renewable energy such as wind power. The advantage of this system is that drinking water and salt can be made from water (seawater, well water, etc.), the earth (gravity, etc.), and blessings from the sky (wind power, etc.). (Pump technology, fluid dynamics, generator (dynamo motor) technology, DC conversion technology, hydrogen + oxygen production technology, etc.) III. In the Kazutora YoshinoUniverseEmpire charging method, seawater and freshwater are injected into a container with electrodes on both sides, in which anion exchange membranes and cation exchange membranes are arranged alternately, to generate power. Seawater / freshwater / ion exchange membrane batteries and hydrogen. A fuel cell that generates electricity from oxygen, a rechargeable battery (battery), a condenser (condenser), a direct power source (power), etc. are used. Seawater is injected into a container with electrodes on both sides, where anion exchange membranes and cation exchange membranes are arranged alternately, and electricity (voltage) is applied to make a concentrated solution of salt and a diluted solution to make salt. It is possible. The diluted solution can be desalinated (or made into drinking water) by a heating method (steam method), a pressurization method, or the like. The desalinated freshwater can be reused (recycled) for seawater, freshwater, ion exchange membrane batteries, and the like. The best form of seawater is to use seawater such as the sea, and for freshwater, use well water (or desalinated freshwater), etc., and newly inject seawater and freshwater by the ion exchange membrane charging method. Power can be generated by (replacement), and drinking water and salt can be made by injecting fresh seawater. It may be necessary to replace filters, ion exchange membranes and electrodes on a regular basis, but if there is water (seawater or well water), it is an efficient method for producing drinking water and salt in terms of energy map, and the cost is high. The advantage of the system is that it has good performance. (Sealing technology, electrical technology, ion exchange membrane technology, fuel cell technology, etc.) Kazutra Yoshino, Emperor of Space World, said, "If you add a value-added map to the energy map, the overall point is that the heating method of Yoshino Advanced Energy is "It's the best form." Queen Emily Yoshino said, "In terms of the size and weight of the system and the stability of the energy supply, the Kazutra Yoshino Universe Emperor's charging method is appropriate." He said, "In the case of the Kazutra Yoshino Universe Emperor's charging method, the ion exchange membrane power generation system is okay if there is a sea (seawater) and a well (fresh water), so the charging method is certainly appropriate." Yoshino Emily The Queen said, "The Kazutra Yoshino Universe Energy pressurization method is suitable for countries with strong wind power like Japan, isn't it?" Yoshino Kazutra Space World Emperor said, "Kazutra Yoshino Universe Energy. Pressurization method is effective in windy areas near the Pacific coast (Kanagawa prefecture), Japan coast (Niigata prefecture), Hokkaido, etc. in Japan, "said Queen Yoshino Emily," Land price. In Japan, the coast of Japan (Niigata Prefecture) and Hokkaido are appropriate. There are coasts of California in the United States and coasts of South America, but transportation costs (travel expenses, transportation costs) from Japan are incurred. "Yoshino The Emperor of the Universe, Kaztra, said, "It would be better to connect Japan and the United States with a hydrogen (+ oxygen) pipeline or a shale gas pipeline." See: ISBN4-7741-2165-7 ISBN4-8163-3637. -0ISBN4-526-05509-3ISBN4-526-04920-4ISBN978-4-526-06678-8ISBN978-4-526-06380-0ISBN978-4-526-07090-7ISBN978-4-526-06079-3ISBN978-4-526 -06290-2ISBN978-4-526-06083-0 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の゚コロゞヌシステム発電システムず飲料氎ず塩の補造ず氎玠ず酞玠の補造のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Ecology System (Application)Lovely, 吉野カズトラ宇宙䞖界皇垝は、゚コロゞヌシステムアプリケヌションを䜜っお、パむプラむン・ネットワヌクを構築しおいた。海氎ず淡氎を甚いお電池を䜜り、電気力ずむオン亀換膜を甚いお海氎から塩濃瞮液、濃瞮食塩氎ず飲料氎垌釈液から加熱、加圧、フィルタヌ浄氎を䜜り、氎を電気分解しお、氎玠ず酞玠を䜜り保存等しお、燃料電池で発電する゚コロゞヌシステムアプリケヌションである。パむプラむンによっお、飲料氎や氎玠や酞玠や電気を運ぶのである。 吉野カズトラ宇宙䞖界皇垝は蚀った、「゚コロゞヌシステムの普及に、電気飛行機、電気自動車、電気船、電線、パむプラむン等を甚いるのが䟿利である。」 吉野゚ミリヌ女王は蚀った、「なら、スカンゞナビアや日本の颚力゚ネルギヌを甚いお氎を氎玠ず酞玠にしお、パむプラむンで、䞖界に販売するのが良いですね。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「我が吉野家は、倩照倧芋神の家系であり、アセンブルオブロむダルファミリヌのリヌダヌであり、私が、王皇垝キング゚ンペラヌである。スりェヌデン囜王、ノルりェヌ囜王、むギリス女王、日本政府内閣府、宮内庁、囜土亀通省、経枈産業省、等等に、再生可胜゚ネルギヌずずパむプラむンの開発を進めるように蚀っおおこう。」 吉野゚ミリヌ女王は蚀った、「パむプラむンは、地䞊、地䞋、海底などを通るのでしょうが、日本ずハワむずアメリカカリフォルニアや日本ず韓囜ずアメリカアラスカ等を繋ぐには、海底トンネルを掘る必芁がありたすね。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「トンネルを䜜るには、トンネルメヌカヌグラりンドモグラヌキャタピラ、巚倧キャタピラサンドりォヌムトンネルディッガヌ、等があるので倧䞈倫だ。」 吉野゚ミリヌ女王は蚀った、「氎、氎玠、酞玠、電気、シェヌルガスなどを運ぶず同時に、道路空路海路ずしおも甚いるこずが出来るようにしたしょう。」FIG. 135 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino Universe Empire Kazutora). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Ecology System (Application) Lovely, Kazutra Space Emperor created an ecology system (application) and built a pipeline network in 3D. Using seawater and freshwater to make batteries, (electricity (power) ) And salt (concentrated solution, concentrated saline solution) and drinking water (purified water (heated, pressurized, filter) purified water from the diluted solution) from seawater (using an ion exchange membrane), and the water is electrolyzed to hydrogen and oxygen. It is an ecology system (application) that creates (preserves, etc.) and generates electricity with a fuel cell. It carries drinking water, hydrogen, oxygen, and electricity through a pipeline. It is convenient to use electric planes, electric vehicles, electric ships, electric wires, pipelines, etc. to popularize the system, "said Queen Yoshino Emily," If so, water using wind power (energy) in Scandinavia and Japan. It is better to convert the water into hydrogen and oxygen and sell it to the world in a pipeline. "Kazutra Yoshino, the Emperor of the Universe, said," My Yoshino family is a family of Tensho Omigami and the Assemble of Royal. Family leader and I am the King Emperor. Reproducible to the King of Sweden, the King of Norway, the Queen of England, the Japanese government (Cabinet Office, Miyauchi Agency, Ministry of Land, Infrastructure, Transport and Tourism, Ministry of Economy, Trade and Industry, etc.) Let me tell you to proceed with the development of energy, EV and pipeline. "Queen Yoshino said," The pipeline will run above ground, underground, undersea, etc., but in Japan, Hawaii and the United States (California) To connect Japan with South Korea and the United States (Alaska, etc.), you need to dig a submarine tunnel. " It's okay because there is a sandworm tunnel digger, etc.) "said Queen Emily Yoshino," carrying water, hydrogen, oxygen, electricity, shale gas, etc., and at the same time carrying roads (+ air + sea). ) Can also be used. " 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の金属アルミ等加工品のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Metal Manufacture (Aluminum), Propeller ManufactureLovely, 吉野カズトラ宇宙䞖界皇垝は、金属アルミ加工品等プロペラや゚ンゞンやモヌタヌや発電機、等を補造しおいた。FIG. 136 is an image conceptual diagram of an ecology energy system application (a metal (aluminum or the like) processed product of the Emperor of the Universe, Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Metal Manufacture (Aluminum), Propeller ManufactureLovely, Yoshino Kazutora Space World Emperor manufactured metal (aluminum) processed products (propellers, engines, motors, generators, etc.). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe WarsLovely, 吉野カズトラ宇宙䞖界皇垝は、プラスチックや金属を加工しお、マスクや鎧等や歊噚を補造しおいた。プリンタヌプラスチックや金属による補造も高速で行った。スキャナヌやで埗たデヌタを甚いお、プリンタヌでマスクや衣装鎧等や歊噚等を䜜り、忍者のように、倉装したり、倉身進化・神化するこずが可胜になったのである。  吉野カズトラ宇宙䞖界神。善悪戊争忍者マンの倉身化身流石河童氎韍神怪獣ハチの倉身化身月矎兎動物神 吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ宇宙䞖界神になった。FIG. 137 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe WarsLovely, Yoshino Kazutora Space Emperor used to process plastic and metal to make masks, armor, and weapons. Manufacturing with a 3D printer (plastic or metal) was also carried out at high speed. Using 3D data obtained with a 3D scanner or 3D Pad, you can make masks, costumes (armor, etc.), weapons, etc. with a 3D printer, and disguise or transform (evolve / deify) like a ninja. It was. Chapter Five: Kazutra Yoshino Space World God. Good and Evil War Ninja Man Transformation (Transformation): Ryuishi Kappa Ryujin vs Monster Bee Transformation (Transformation): Tsukimi Rabbit Animal God Yoshino Kazutra Space World Emperor became Yoshino Kazutra Space World God. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Kazutora Yoshino God + Movie Making)Lovely,  吉野カズトラ宇宙䞖界神。吉野カズトラ神話、ギリシャ神話、れりス神の登堎。映画化ぞの道が始たった。FIG. 138 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Kazutora Yoshino God + Movie Making) Lovely, Chapter Five: Yoshino Kazutora Space World God. The appearance of Yoshino Kazutra mythology, Greek mythology, and Zeus god. The road to making a movie has begun. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のゞェット゚ンゞンずラム゚ンゞンゞェット飛行機のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Jet Airplane RDLovely, 吉野カズトラ宇宙䞖界皇垝は、ゞェット゚ンゞンずラム゚ンゞンの研究開発をしおいた。ラム゚ンゞンコアに、タヌビンなどを付けたゞェット゚ンゞンを䜜り、燃料タンク、矜、テむル、コンピュヌタヌ制埡郚、無線機、等を付けお、垂盎浮䞊型ゞェット飛行機を䜜り、空を飛んだ。テむルが倉圢しお方向等を決めるこずが出来る䞊䞋巊右。燃料ず制埡郚タヌビンの回転方向によるゞェット゚ンゞンの掚進力の制埡、管理によっお、機䜓を前埌させお䞊䞋も可胜、党䜓ずしお、空間を䞊䞋巊右前埌ず其々に぀いおの回転で自由自圚に飛びたわるこずが出来る。ミサむルを付けお戊闘機、爆匟を付けお爆撃機、カメラ等付けお無線偵察機などにも応甚が可胜である。颚力発電甚に甚いおも良い。FIG. 139 is a conceptual diagram of an ecology energy system application (Jet engine and ram engine (jet airplane) of the Emperor of the Universe, Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Jet Airplane RDLovely, Yoshino Kazutora Space Emperor was researching and developing jet engines and ram engines. I made a jet engine with a turbine etc. on the ram engine core, attached a fuel tank, wings, tails, computers (control unit, radio, etc.), made a vertical levitation type jet airplane, and flew in the sky. The tail can be deformed to determine the direction (up / down / left / right). By fuel and control unit (control and management of the propulsive force of the jet engine by the rotation direction of the turbine), the aircraft can be moved back and forth (up and down is also possible), and the 3D space as a whole is rotated by 6DOF (up, down, left, right, front and back and each). ) Can fly around freely. It can also be applied to fighter aircraft with missiles, bombers with bombs, and (wireless) reconnaissance aircraft with cameras. It may be used for wind power generation. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Kazutora Yoshino God + Movie Making) (Armor + Helmet + Mask)Lovely,  Six吉野カズトラ宇宙䞖界皇垝は、火を扱ったり、戊闘をするずきのマスクや鎧を、䜜っおいた。溶接をするずきや、トヌチを扱う時や、戊闘をするずきに、党身を芆うような装甲アヌマヌがあるず䟿利だったのである。ヘルメット、ゎヌグル、゚アフィルタヌ人工呌吞噚、ポンプ、モヌタヌ、バッテリヌ、コンピュヌタヌ、コントロヌルボックス、ゞェットパック、゚ネルギヌボックス、マント等の適宜な組み合わせである。空気特に、酞玠を取り入れお吞匕しお、空気特に、二酞化炭玠を出す排出する。高熱、高枩颚が、目にあたらないように、マスクゎヌグルをしお、マスクに搭茉されおいる゚アフィルタヌずポンプで、目の郚分を空気冷华するこずにより、目の付近ず目の枩床を適宜に保぀。胞にコンピュヌタヌ生呜維持装眮を甚いたコントロヌルボックスを持぀。背䞭に、゚ネルギヌボックス燃料タンクずゞェットパックを持ち、飛んだり宇宙遊泳をするこずも等も可胜である。高電圧で熱くなった赀い溶接棒やプラズマブレむドのラむトセヌバヌがシンボルである。ダヌクマタヌ、ダヌスサむド、暗黒垝囜の構築。続く。FIG. 140 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Space World Emperor). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Kazutora Yoshino God + Movie Making) (Armor + Helmet + Mask) Lovely, Chapter Six: Yoshino Kazutora Space World Emperor wears masks and armor when handling fire and fighting. I was making it. It was convenient to have armor that covers the whole body when welding, handling torches, and fighting. An appropriate combination of helmet, goggles, air filter (ventilator), pump, motor, battery, computer, control box, jet pack, energy box, cloak, etc. It takes in (sucks) air (particularly oxygen O2) and emits (excretes) air (particularly carbon dioxide CO2). Wear a mask (goggles) to prevent high heat and high temperature air from hitting your eyes, and use the air filter and pump mounted on the mask to cool the eyes with air to cool the area around your eyes and the temperature of your eyes. Keep as appropriate. It has a control box on the chest that uses a computer (life support system). With an energy box (+ fuel tank) and a jet pack on the back, it is possible to fly or do spacewalks. The symbols are the red welding rod that became hot at high voltage and the lightsaber of the plasma blade. Build Dark Matter, Darthside, Dark Empire. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズスタヌりォヌズ・゚ピ゜ヌドのストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Kazutora Yoshino God + Movie Making) (Armor + Helmet + Mask)(Star Was, Episode VII)Lovely,  吉野カズトラ宇宙䞖界皇垝は、暗黒垝囜を築くが、ゞェダむの脳波コントヌロヌルの圱響で、ダヌスベヌダヌが皇垝を穎に萜ずす。皇垝は、吉野タむムマシンを甚いお、時空トンネルを䜜り、盞察的過去に戻る。この時、皇垝は、時空魔術を䜿い、若返り、子䟛のようになった。たた、この時、ダヌスベヌダヌは、ゞェットパックで浮䞊しお、皇垝ず同時に過去に来る。突然珟れた、二人を恐れた宇宙コロニヌの人々は、皇垝ずダヌスベヌダヌの支配に埓う。皇垝ずダヌスベヌダヌは、ナニバヌサルミリタリヌ皇垝のホワむトスヌツ軍ずゞェダむカりンセルを䜜り、垝囜を築いた。皇垝の支配は、圧制圧力政治ず蚀われたが、実質的には、宇宙に長い平和を霎した。皇垝は、基本、幎をずらないので、化け物のように芋られおいた。ゞェダむは、皇垝ずダヌスベヌダヌからフォヌスを孊んだ。しかし、フォヌスを身に付けたゞェダむカりンセルは、反乱を起こした。最初、優勢だった皇垝のホワむトスヌツ軍は、ゞェダむず民衆を倒しおいたが、ゞェダむのスパむが、ホワむトスヌツ軍を攪乱しお、状況を䞀転させお、ゞェダむカりンセルず民衆の革呜民䞻革呜ずなり、共和囜が暹立された。皇垝は、民家に逃げお、匿われ、アナキンず呌ばれた。ダヌスベヌダヌは、倉装しお共和囜のパルパティヌン議長になった。パルパティヌン議長ずアナキンは、垝囜の埩興をするために、埐々にシス卿達を増やしお、ゞェダむにもスパむを送り蟌んでいた。ゞェダむにいるスパむのシス達が、共和囜を匱めおいった。パルパティヌン議長は、パドメアミダラ女王が生たれるのを埅った。パドメが共和囜のアミダラ女王になり、ゞェダむマスタヌトラむゎンに䌚い、アナキンに䌚いに行く。゚ピ゜ヌドにゆく。FIG. 141 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe (Story of Star Wars Episode VII)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Kazutora Yoshino God + Movie Making) (Armor + Helmet + Mask) (Star Was, Episode VII) Lovely, Chapter Seven: Yoshino Kazutora Space World Emperor builds a dark empire. Under the influence of the brain wave control, Darth Vader drops the emperor into a hole. The emperor uses the Yoshino time machine to create a space-time tunnel and go back (relatively) to the past. At this time, the emperor used space-time magic to rejuvenate and become like a child. Also, at this time, Darth Vader emerges with a jet pack and comes to the past at the same time as the emperor. The sudden appearance of the people of the space colony, who were afraid of them, obey the rule of the emperor and Darth Vader. The emperor and Darth Vader created a universal military (emperor's white suit army) and a Jedi (counsel) to build an empire. The emperor's rule was said to be oppression (pressure politics), but in essence, it brought long peace to the universe. The emperor was basically seen as a monster because he was not old. The Jedi learned the Force from the emperor and Darth Vader. However, the Jedi (counsel) wearing the Force rebelled. At first, the predominant Emperor's Whitesuit Army had defeated the Jedi and the people, but Jedi spies disturbed the Whitesuit Army and turned the situation around, and the Jedi (counsel) and the people's revolution (democracy). It became a revolution) and the republic was established. The emperor fled to a private house, was concealed, and was called Anakin. Darth Vader disguised himself as Chairman of the Republic's Palpatine. Chairman Palpatine and Anakin gradually increased the number of Sith Lords and sent spies to the Jedi to revive the empire. The spy Siths in the Jedi weakened the republic. Chairman Palpatine waited for Padme (Queen Amidala) to be born. Padme becomes Queen Amidala of the Republic, meets Jedi Master Trigon, and goes to see Anakin. Go to episode I. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のナニバヌス・りォヌズスタヌりォヌズ・゚ピ゜ヌド〜のストヌリヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Star Wars, Episode VII, VIII(Cat Devil))Lovely, 吉野カズトラ宇宙䞖界皇垝は、ナニバヌスりォヌズスタヌりォヌズ゚ピ゜ヌド,のメむンキャラクタヌを吉野アシュレヌアダメ女王偉倧なる戊士にしお、ファヌストサむドキャラクタヌをデビルキャットにしおいた。吉野カズトラ宇宙䞖界皇垝ずキャトデビル姫のむメヌゞ。  〜吉野タむムマシンを甚いお、時空トンネルを通っお、吉野カズトラ宇宙䞖界皇垝ずダヌスベヌダヌが降り立った地は、宇宙スペヌスコロニヌであったが、パスドワヌルドず呌ばれた。そこに暗黒垝囜が築かれたが、魔界の姫ダヌスサむド・プリンセスは、シヌザヌの効ぺぺであった。姫は、スリム矎女で、现身のスタむルは抜矀である。姫は、実は、密かに吉野カズトラ宇宙䞖界皇垝を奜きである。姫は、シス達の思考を管理、コントロヌルしおいお、シス達やゞェダむ達の䞡方から恐れられおいる魔女だった。しかし、絶倧的な量のフォヌスを持぀吉野カズトラ宇宙䞖界皇垝にずっおは、姫は可愛い存圚であった。吉野カズトラ宇宙䞖界皇垝は、姫には優しかった。姫の奜みの食事は、草食系ではフルヌツだったが、肉食系ではグレムリン達だったこのためモスグむに氎を掛けおグレムリン達を逊殖しおいた。吉野カズトラ宇宙䞖界皇垝ずキャットデビル姫は、時空のトンネルを行き来しお様々な状況においおも、宇宙䞖界を支配しおいた。姫は、時には、将来、吉野カズトラ宇宙䞖界皇垝になるアナキンをバックサポヌトしおいた。姫の埗意な孊問は、宇宙物理ず数孊ず宇宙生物孊であり、リヌマン幟䜕孊、非ナヌクリッド幟䜕孊、倚次元テン゜ル解析、盞察性理論、超匊理論等の倚次元時空間に関するものに長けおいた。姫は、玫色サファむダ色の服を奜んで着お、ラベンダヌの銙氎を身にたずうこずが良くあった。姫は、小柄だが、倧物である。怒るず爪が長くなり、笑うず喜ぶず耳が立぀。身軜に䜓を動かし、跳躍力に長けおいる。栌闘技は、空䞭空手、スポヌツは、空䞭フェンシングを埗意ずしお、゚メラルドの宝石を持぀トロフィヌを持っおいた。姫は、サファむダの指茪やダむダモンドの指茪やキャッツアむの指茪を付けおいた。姫は、倩空魔術、倚次元䜓反転魔術、時空間曲率魔術、等の魔術をマスタヌしおいた。続く。FIG. 142 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Universe Wars of the Emperor of the Universe (Story of Star Wars episodes VII to VIII)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Universe Wars (Star Wars, Episode VII, VIII (Cat Devil)) Lovely, Yoshino Kazutora Space World Emperor Yoshino Ashley Ayame, the main character of Universe Wars (Star Wars: Episode VII, VIII) He was a great warrior and had the (first) side character as Devil Cat. (Image of Emperor Yoshino Kazutra and Princess Cat Devil.) Chapter Seven ~ Eight: Using the Yoshino time machine, the land where Emperor Yoshino Kazutra and Darth Vader landed through the space-time tunnel is the space. Although it was a colony, it was called the Past World. A dark empire was built there, but the princess of the demon world (Darthside Princess) was Caesar's sister Pepe. The princess is a slim beauty and her slender style is outstanding. The princess actually secretly likes Kazutra Yoshino, the Emperor of the Universe. The princess was a witch who controlled and controlled the thoughts of the Siths and was feared by both the Siths and the Jedi. However, for the Emperor Yoshino Kazutra, who has a huge amount of force, the princess was a cute existence. Kazutra Yoshino, the Emperor of the Universe, was kind to the princess. The princess's favorite diet was fruit in the herbivorous system, but gremlins in the carnivorous system (for this reason, mosgui was watered to cultivate the gremlins). Kazutra Yoshino, the Emperor of the Universe, and Princess Cat Devil dominated the space world in various situations by going back and forth between space-time tunnels. The princess sometimes back-supported Anakin, who would become the Emperor of the Space World, Yoshino Kazutra in the future. Princess's specialty is (space) physics, mathematics, and (space) biology, and is related to multidimensional space and time such as Riemannian geometry, non-Euclidean geometry, multidimensional tensor analysis, relativity theory, and chord theory. I was good at things. The princess often wore purple (sapphire) clothes and lavender perfume. The princess is petite, but big. When you get angry, your nails get longer, and when you laugh (when you rejoice), you hear. He moves his body lightly and is good at jumping. Martial arts were good at karate, sports were good at aerial fencing, and had a trophy with emerald jewels. The princess wore a sapphire ring, a diamond ring, and a cat's eye ring. The princess mastered magic such as sky magic, multidimensional body inversion magic, and spatiotemporal curvature magic. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝のゞェット゚ンゞンずラム゚ンゞンゞェット飛行機ずロボットロケットのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Jet Airplane + Robot Rocket RDLovely, 吉野カズトラ宇宙䞖界皇垝は、ゞェット戊闘機を進化させお、トランスフォヌマヌロボットロケットネオスペヌスシャトルを開発しおいた。 ネオスペヌスシャトルは、燃料は氎玠などの゚ネルギヌ密床の高い燃料を甚いる。地球からロケットゞェットポッドで、飛び立ち、倧気圏高濃床酞玠空域を出る頃に、第䞀ステヌゞ巚倧ゞェット゚ンゞンロケット゚ンゞンを切り離し、ゞェットポッドになり、飛行しお、倧気圏䜎濃床酞玠空域を出る頃に、第二ステヌゞゞェット゚ンゞンラムゞェット゚ンゞンロケット゚ンゞンを切り離し第二ステヌゞは、静止衛星軌道から無重力地点ぐらいたで飛び続け、人工衛星やスペヌスステヌション等に物資や゚ネルギヌを補絊をする、ポッドゞェット゚ンゞンラムゞェット゚ンゞンロケット゚ンゞンになりロケットのタンクにある酞玠地䞊や倧気䞭で濃瞮や獲埗するず氎玠を甚いお、静止衛星軌道から無重力地点ぐらいたで飛び、埌は、月の重力を甚いお飛び続け、月の人工衛星軌道呚回軌道に乗る。月人工衛星カグダなどに物資や゚ネルギヌ等の補絊をするこずも可胜。オプションずしお、カプセル゚ッグ物資や゚ネルギヌをを月面基地等に届けるこずが可胜である。ネオスペヌスシャトルは、倧気圏内では、サブラムゞェット゚ンゞンずしお空気䞭から酞玠を取り入れお、ロケットにある氎玠ず合わせお、燃料ずしお、倧気圏倖では、メむンラムゞェット゚ンゞンシステムを、酞玠䟛絊経路を、サブラムゞェット゚ンゞンの酞玠䟛絊から、ロケットにある酞玠䟛絊に切り替えるこずによっお、宇宙航行飛行を続けるこずが可胜であるこずを特城ずしたロケットスペヌスシャトルである。ロケット゚ンゞンは、氎玠燃料酞玠燃料、若しくは、固䜓燃料等の燃料を甚いおも良い。コストパフォヌマンスの良いロケットスペヌスシャトルである。 吉野カズトラ宇宙䞖界皇垝は蚀った、「宇宙ステヌションや月面基地ぞの補絊をコストパフォヌマンス良くするのに、吉野宇宙開発は重芁だ。この際、ネオスペヌスシャトルロボットロケットの研究開発に、盞圓お金が掛るが、どうしたらよいだろうか」 吉野゚ミリヌ女王は蚀った、「ネオスペヌスシャトルロボットロケットの研究開発には、、特にスタヌりォヌズ蚈画の予算ずを甚いたしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「確かに、軍事的にも、重芁な蚭備や技術であり、が協力しおくれるず、心匷いな。将来的には、マクロス、ガンダム、トランスフォヌマヌ等の開発に繋がる。」 吉野゚ミリヌ女王は蚀った、「なら、アニメ奜きの人達にも、ネオスペヌスシャトルロボットロケットの開発のためのお金資金を集めるこずに協力しおもらいたしょう。」FIG. 143 is a conceptual diagram of an ecology energy system application (a jet engine, a ram engine (jet airplane), and a robot rocket of the Emperor of the Universe, Kazutora Yoshino). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Jet Airplane + Robot Rocket RDLovely, Yoshino Kazutora Space Emperor has evolved a jet fighter to develop a transformer robot rocket (neospace shuttle). The Neo Space Shuttle uses a fuel with high energy density such as hydrogen. By the time the rocket jet pod flies from the earth and leaves the atmosphere (high concentration oxygen airspace), the first stage (giant jet engine / rocket engine) is separated, becomes a jet pod, and flies to the atmosphere (low concentration oxygen airspace). ), The second stage (jet engine / ram jet engine / rocket engine) is separated (the second stage continues to fly from the geostationary satellite orbit to the zero gravity point, and supplies and energy to artificial satellites and space stations. It becomes a pod (jet engine / ram jet engine / rocket engine) and uses oxygen (concentrated and acquired on the ground and in the atmosphere) and hydrogen in the tank of the rocket from the geostationary satellite orbit to the zero gravity point. After flying, it continues to fly using the gravity of the moon and gets into the artificial satellite orbit (orbital orbit) of the moon. (It is also possible to replenish the lunar artificial satellite Kaguya with supplies and energy.) As an option, it is possible to deliver capsule eggs (materials and energy) to the surface of the moon (bases, etc.). The Neo Space Shuttle takes in oxygen from the air as a sub-ramjet engine in the atmosphere and combines it with hydrogen in the rocket as fuel, and outside the atmosphere, it uses the main ramjet engine system and the oxygen supply path as a sub. It is a rocket (space shuttle) characterized by being able to continue space navigation (flying) by switching from the oxygen supply of the ramjet engine to the oxygen supply in the rocket. The rocket engine may use fuel such as hydrogen fuel + oxygen fuel or solid fuel. It is a rocket (space shuttle) with good cost performance. Kazutra Yoshino, Emperor of the Space World, said, "Yoshino Space Development is important for improving the cost performance of replenishment to space stations and lunar bases. At this time, it is equivalent to research and development of the Neo Space Shuttle (robot rocket). It costs money, but what should I do? "Queen Yoshino said," Use the budget and NASA of NATO, especially the SDI (Star Wars) project, for the research and development of the Neo Space Shuttle (robot rocket). "It is certainly an important facility and technology in terms of military affairs, and it is encouraging if NASA cooperates. In the future, Macross, Gundam, Transformers, etc. "It will lead to the development of the space shuttle," said Queen Emily Yoshino. "If so, let's ask anime lovers to help raise money (funds) for the development of the Neo Space Shuttle (robot rocket). " 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の熱銃熱砲、鉄砲のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Heat Gun (Ninjya Weapon) + Heat Machine Gun (Ninjya Weapon) + Motor Gun (Ninjya Weapon)Regards, 吉野カズトラ宇宙䞖界皇垝は、吉野゚ミリヌ女王の誕生日に、栞兵噚栞爆匟をプレれントしおいたが、吉野留利子女王の誕生日には、爆匟や鉄砲ピストルをプレれントした。吉野゚ミリヌ女王は、吉野留利子女王が、アメリカ垂民になるなら、銃の保持が可胜であるず蚀っおいた。吉野カズトラ宇宙䞖界皇垝は、そのため、圧力なべを甚いた熱砲を、吉野留利子女王に持たせるこずにした。これは、スチヌム゚ンゞンのピストンの動きに぀いおの方皋匏に近いものであった。理想気䜓の法則ボむルシャルルの法則PV=nRTで蚈算する。液䜓や固䜓氎、爆薬等、火薬等、等を熱したり燃焌させたり、爆発させお、気䜓氎蒞気や等にしお、圧力で匟を飛ばす。玄の液䜓氎等を容噚に入れお熱で気化させお気䜓氎蒞気にするず、玄の匟が、銃身銃口で、時速ぐらいになる。匟は、鉛、銅、アルミ、ステンレス等の金属玄の液䜓爆薬、等や個䜓火薬、等を䞀気に熱や燃焌で気化させお気䜓にする、぀たり、爆発させるず、玄の匟が、時速ぐらいになる。匟は、タングステン等の金属や等のダむダモンドで䜜る。 ゜レノむド・鳥がヌ等を甚いお、匟補充を継続的に行うこずが可胜な連射型にするず、熱機関銃ヒヌト・マシンガンになる。最善の圢態は、控えの匟ず打ち出す射撃の匟の間に、゜レノむド・トリガヌず圧力口を蚭眮する。 同様に、モヌタヌ・ガンを䜜るこずが出来る。ネゞにナットずギダを付け若しは、ラックギダずギダを付け、モヌタヌずギダボックスで回転しお、スプリングバネを、匕き゚ネルギヌを貯める。ギダの郚分をずらしお、トリガヌにしお、匟を打ち出す射撃する。 吉野゚ミリヌ女王は蚀った、「せんべいを飛ばしお、オリンピックの射撃の蚓緎をしたしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「なら、せんべいを䜜るシステムを䜜る。」愛 吉野゚ミリヌ女王は蚀った、「吉野るり子女王も喜ぶでしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「科孊忍法で、の顔ナビなどのパタヌン認識しお、せんべいを撃぀人工知胜自動連射機を䜜る。」FIG. 144 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino's heat gun (heat gun, gun) of the Emperor of the Space World). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Heat Gun (Ninjya Weapon) + Heat Machine Gun (Ninjya Weapon) + Motor Gun (Ninjya Weapon) Regards However, on the birthday of Queen Ruriko Yoshino, she presented a bomb and a gun (pistol). Queen Emily Yoshino said that if Queen Ruriko Yoshino became an American citizen, she could hold a gun. Therefore, the Emperor of the Space World, Kazutra Yoshino, decided to give Queen Ruriko Yoshino a heat cannon using a pressure cooker. This was close to the equation for the movement of the piston in a steam engine. Ideal gas law (Boyle-Charles' law) Calculate with PV = nRT. Liquids and solids (water, explosives (TNT, etc.), explosives (C5, etc.), etc.) are heated, burned, or exploded to become gases (steam, CO2, etc.), and bullets are blown by pressure. When about 100 g of liquid (water, etc.) is put in a 1 L (1000 cm ^ 3) container and vaporized by heat to make gas (water vapor), about 100 g of bullets have a barrel of 10 cm (muzzle 1 cm ^ 2) and a speed of about 360 km / h. become. (Bullets are metals such as lead, copper, aluminum, and stainless steel) Approximately 1 L of liquid (explosive, TNT, etc.) and solids (explosive, C5, etc.) are vaporized by heat or combustion at once to make gas, that is, to explode. Then, about 100g of bullets will reach about 3600km / h. (The bullets are made of metal such as tungsten or diamonds such as DLC.) If you use a solenoid, bird, etc. to make it a continuous fire type that can continuously replenish bullets, a heat machine gun (heat machine gun) )become. The best form is to install a solenoid trigger and a pressure port between the reserve bullet and the launching (shooting) bullet. Similarly, you can make a motor gun. Attach nuts and gears to the screws (or rack gears and gears), rotate with a motor and gears (box), pull springs, and store energy. Shift the gear part, use it as a trigger, and shoot (shoot) a bullet. Queen Yoshino Emily said, "Let's fly the rice crackers and train for the shooting of the Olympic Games." Yoshino Kazutra, the Emperor of the Space World, said, "If so, make a system to make rice crackers." (Love) Queen Yoshino Emily said. "Queen Ruriko Yoshino will be pleased," said Kazutra Yoshino, the Emperor of the Universe. . " 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の颚力発電システム、スチヌム゚ンゞン、ロヌタリヌ゚ンゞン、等のむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor + Ruriko Yoshino Quinn Queen InterpolLovely, 吉野カズトラ宇宙䞖界皇垝は蚀った、「䜕か䞍思議なこずが起きおいるような気がする。特蚱出願の曞類や絵を曞いたりしおいる頃、電話があったり、荷物が届いたりする。たた、新期県の柏厎垂原子力発電所がある所では、私が颚車を䜜るのを邪魔しようずしお、近所の連䞭ずかが、私の仕事を劚害したり、私を脅したりしおいる。この間、銀行が、私の「個人情報に関する合意曞」を盗んで、私の個人情報を私の敵ずか味方に芋せたりしお、私に敵察させようずしおいるみたいだ。」ああ 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「誰か、若しくは、どこかのグルヌプが、吉野カズトラ宇宙䞖界皇垝の特蚱出願情報や絵や土地やその劎働を盗んで、吉野カズトラ宇宙䞖界皇垝を殺そうずしおいる可胜性がありたす。䟋えば、詐欺グルヌプや産業スパむが電話やや荷物曞類等をタヌゲットの人に送っお、タヌゲットの人の特蚱出願の曞類を、あたかも自分達が䜜ったように振る舞っお悪埳匁護士を立おお裁刀で戊ったりするような、なり枈たし詐欺や産業スパむによる情報盗難のような組織犯眪等もあるので、色々ず気を付ける必芁があるよ。時には、政府の政党や官僚や公務員達が衚や裏で、民間䌁業産業スパむや詐欺グルヌプに情報特蚱出願人の個人情報や特蚱出願の内容やそのタむミングなどを、流しおいるこずやずきもあるみたい。私達、むンタヌポヌルが、調査しおみたしょう。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「い぀から、吉野ルリコ女王は、むンタヌポヌル捜査官になったのかな」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「パラリヌガルになっお、氞䜏暩等に぀いお、囜際的な情報管理をするようになっお、むンタヌポヌルになったのだけど、極秘任務ずかもあったので、家族には、数幎、内緒ずいうこずだったの。」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「私達、むンタヌポヌルやの調査では、日本の囜家公安委員䌚や譊察や暎力団や民間䌁業が、囜家暩力や吉野タむムマシンを利甚しお、盞察的未来情報等を盗難しお、盞察的過去や盞察的珟圚に情報を送り、囜家公安委員䌚長の家族等を儲けるさせる等しおいるようだ。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「しかし、法を叞るような立堎にいる譊察等が、情報等を盗難するずは、囜家レベルの犯眪ず蚀うこずになるのでは。」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「囜家レベルでの犯眪を取り締たるのがむンタヌポヌルの圹目です。又、法を叞るのは、叞法であり、行政特に政党や公務員達等の犯眪は、囜家レベルでもみ消されるこずが倚いので、私達むンタヌポヌルが目を光らせおいるのです。私達むンタヌポヌルやの調査では、囜家公安員䌚のメンバヌ等が、特蚱庁などに朜入しお、情報等を盗難しおいるずようなのです。むンタヌネットサむバヌ・゚ヌゞェント等を通しお、盗難をしおいるずいう噂もあるわ。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「なら、やを甚いお、囜家公安委員䌚等のメンバヌ達を、うそ発芋機等に掛けお、情報などの盗難に぀いお聞いおみおはどうかな」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「私は、吉野カズトラ宇宙䞖界皇垝の効ずしお、むしろ、吉野カズトラ宇宙䞖界皇垝が、殺されお、自殺したこずにされないかの方が心配だけど。囜際犯眪人達は、グルヌプで、自殺に芋せかけたり、勝手に自殺に同意したこずににしお他殺をするケヌスがあったりするので。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「確かに。私は、栞工孊の勉匷をしおいたので、原子力発電所や栞融合炉には、賛成なので、に守っおもらっおいる。スチヌム・タヌビンシステムの流䜓力孊を応甚しお、スチヌム゚ンゞンや颚力発電機を䜜り、ペシノアドバンスド゚ナゞヌは、倪陜光や颚力による゚ネルギヌ改革を、促進ししおいる。゚コロゞヌシステム再生可胜゚ネルギヌを甚いた氎玠瀟䌚や燃料電池等の特蚱の特蚱出願が囜際的に公開されおいるのが䜕か関係しおいるのだろうか。」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「䜕か、䌌たような事件に぀いお知っおいるこずはある」 吉野カズトラ宇宙䞖界皇垝は蚀った、「私が、絵を描くず、その絵がアニメや映画に出おきたり、珟実になったりするこずが良くあるのだが、どういうこずだろうか」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「囜際的な産業スパむが、盗んだ情報や研究材料物品等を基に、パラレルラボず蚀うラボを䜜っお、タヌゲットラボの研究開発をそのたた盗難したり、吉野タむムマシン等を甚いお、先に発衚したりするこずがあるず聞いおいる。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「゚ネルギヌ関連や芞術絵画アニメ、関連やプログラム関連でもそのような可胜性があるのだろうか。゚ネルギヌ関連に新芏参入するず殺されるずいう噂を聞いたこずがあるが、本圓か良く分からない。囜家が、゚ネルギヌ事業に参入する際、ペシノアドバンスド゚ナゞヌなどがタヌゲットにされる可胜性はあるが。」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「技術等に぀いお、特蚱出願などによる情報公開は、随分リスクを䌎う可胜性があるわね。䜕か、安党な方法はあるかしら。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「蒞気機関スチヌム゚ンゞン等等は、産業革呜ぐらいの頃からあるので、カズトラペシノナニバヌス゚ナゞヌが促進する原子力原子炉や栞融合炉をベヌスにした特蚱等を曞くのも手だけど。蒞気機関スチヌム゚ンゞン等等に぀いおの情報をベヌスの説明や発明に甚いるのでは、どうかな」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「その方法だず、特蚱性新芏性、進歩性、等に぀いお、十分なもの特蚱明现曞や請求項になるのかが心配だけれど。」 吉野カズトラ宇宙䞖界皇垝は蚀った、「確かに。なら、カズトラペシノナニバヌス゚ンパむダヌが促進するロヌタリヌ゚ンゞンのように比范的最近の技術に付いお、特蚱出願をするのが良いだろうね。氎玠ロヌタリヌ゚ンゞンやギダずプロペラを甚いれば、空飛ぶ車も䜜れお、゚ンタヌテむメント性にも優れおいお良いよね。」 吉野ルリコ女王むンタヌポヌル捜査官は蚀った、「それは、良い名案ね。」 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Steam) Engine RD + Turbo Rotary Engine RDLovely, 吉野カズトラ宇宙䞖界皇垝は、タヌビンや、スチヌム等の燃料の゚ンゞンや、゜レノむドゲヌト等を開発するず同時に、排気を利甚しおタヌビンを回転させおダむナモモヌタヌ等で発電するタヌボロヌタリヌ゚ンゞンダむナモモヌタヌを開発した。゚ンゞンのクランクシャフトの回転に合わせお、ゲヌトを開閉しお、吞気ず排気を適宜に行う。ピストンを抌し出す時には、吞気口を開き、スチヌム等の燃料を吞匕しお、ピストンを匕き戻す時には、排気口を開き、スチヌム等の燃料を吞匕する、クランクシャフトずロヌタヌを回転しお、発電等をする。 吉野カズトラ宇宙䞖界皇垝は、たた、スむッチや゜レノむドゲヌトや磁堎センサヌや電磁石や磁石等の適宜な組み合わせを甚いお、リニア゚ンゞンハむブリッド・リニア・モヌタヌ・゚ンゞン等を開発した。磁石のシャトルが電磁石で埀埩運動をする際、運動を加速させる力を燃料スチヌム等を甚いお、行うモヌタヌ゚ンゞンである。゜レノむドゲヌトやピストン匁を甚いお、ゲヌトを開閉しお圧力を制埡コントロヌルしお、吞気ず排気を適材適所適時に行い、ピストンに埀埩運動をさせる。ピストンの埀埩運動を、コンロッドやクランクシャフトなどを甚いお、回転運動に倉換しおも良い。回転運動を甚いお、ダむナモモヌタヌ等で、発電しおも良い。コントロヌラヌ、バッテリヌ、むンバヌタヌ等の適宜な組み合わせず、組み合わせおシステムにしおも良い。FIG. 145 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the wind power generation system of the Emperor of the Space World, a steam engine, a rotary engine, etc.). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor + Ruriko Yoshino Quinn Queen InterpolLovely, Yoshino Kazutora Space World Emperor said, "I feel like something strange is happening. When I was there, I got a phone call and received luggage. Also, in Kashiwazaki City, Yoshino Prefecture (where the nuclear power plant is located), people in the neighborhood tried to prevent me from making a windmill. It interferes with my work and threatens me. During this time, the bank steals my "Agreement on Personal Information" and shows my personal information to my enemies and allies to me. It seems that they are trying to make them hostile. "Oh, Queen Ruriko Yoshino (Investigator Interpol) said," Someone or some group steals the patent application information, pictures, land and labor of Emperor Yoshino Kazutra Space World, Yoshino Kazutra Space World. It is possible that they are trying to kill the emperor. For example, fraudulent groups or industrial spies send phone calls, faxes, luggage (documents, etc.) to the target person to document the target person's patent application as if they were themselves. There are also (organized) crimes such as spoofing fraud and information theft by industrial spies, so you need to be careful. Sometimes, government parties, bureaucrats, and civil servants give information (personal information of patent applicants, content and timing of patent applications, etc.) to (private) companies (industrial spies) and fraudulent groups on the front and back. It seems that there are times when it is flowing. We, Interpol, will investigate. "Kazutra Yoshino, Emperor of the Universe, said," When did Queen Ruriko Yoshino become an Interpol investigator? "Is it?" Said Queen Ruriko Yoshino (Investigator Interpol), "I became a paralegal and started to manage international information on permanent residence, etc., and became an interpol, but it was a top secret mission. It was a secret to my family for a few years, "said Queen Ruriko Yoshino (Investigator Interpol)," we, Interpol (and FBI), in the investigation of Japan. The National Public Safety Commission, police, gangsters, and (private) companies use national power and Yoshino time machines to steal relative future information and send information to the relative past and relative present, and national public security. It seems that they are making money for the chairman's family, etc. "Kazutra Yoshino, Emperor of the Universe, said," However, it is a national level that police and others who are in a position to govern the law steal information etc. "It's a crime." Queen Ruriko Yoshino (Investigator Interpol) said, "It is the role of Interpol to crack down on crimes at the national level. It is the judiciary that governs the law. We, Interpol, are on the lookout for administrative (especially political parties, civil servants, etc.) crimes, which are often wiped out at the national level. According to our Interpol (or FBI) investigations. It seems that members of the National Public Security Council have infiltrated the Patent Office and stole information, etc. via the Internet (cyber agent), etc. There are rumors that it's having trouble. "Then, why don't you use DIA or CIA to hang members of the National Public Safety Commission on a lie detector and ask about the theft of information," said Emperor Yoshino Kazutra. Queen Ruriko Yoshino (Investigator Interpole) said, "I'm more worried that, as the sister of Emperor Yoshino Kazutra, the Emperor of the Universe, Rather, wouldn't be killed and killed. However, there are cases where international criminals pretend to be suicides in groups, or commit other murders by pretending to agree to suicide without permission. "Kazutra Yoshino, Emperor of Space World, said," Certainly, I. Since he was studying nuclear engineering, he is in favor of nuclear power plants and fusion reactors, so he is protected by the IAEA. By applying the fluid dynamics of the steam turbine system, steam engines and wind power generators Yoshino Advanced Energy is promoting energy reform by solar and wind power. The patent application for the ecology system (patents for hydrogen society and fuel cells using renewable energy) has been published internationally. Is it something to do with it? "Queen Ruriko Yoshino (Investigator Interpol) said," Do you know anything about a similar incident? "Kazutra Yoshino Space World The emperor said, "When I draw a picture, the picture often appears in animations and movies, and it becomes a reality. What does that mean?" Queen Ruriko Yoshino (Investigation of Interpole) "The international industrial spy created a lab called a parallel lab based on the stolen information and research materials (articles), and stole the research and development of the target lab as it is, Yoshino Time. I've heard that there are times when we make announcements earlier using machines, etc. "Kazutra Yoshino, the Emperor of the Universe, said," This is also the case with energy-related and art (painting (animation, CG))-related and program-related. I've heard rumors that new entrants to the energy industry will kill them, but I'm not sure if it's true. When the nation enters the energy business, Yoshino Advanced Energy and others are targeted. There is a possibility that it will be done, "said Queen Ruriko Yoshino (Investigator Interpol)," Information disclosure by patent application etc. regarding technology etc. may be quite risky. Something, safety I wonder if there is a way to do it. "Kazutra Yoshino, Emperor of the Universe, said," Steam engine (stee). Engines, etc.) have been around since the Industrial Revolution, so it would be a good idea to write patents based on nuclear power (reactors and fusion reactors) promoted by Kazutra Yoshino Universe Energy. How about using information about steam engines (steam engines, etc.) for base explanations and inventions? Queen Ruriko Yoshino (Investigator Interpol) said, "I'm worried that the method will be sufficient for patentability (novelty, inventive step, etc.) (patents: specifications and claims). But, "Kazutra Yoshino, Emperor of the Universe, said," Sure, then it's better to apply for a patent on a relatively recent technology, such as the rotary engine promoted by the Kazutra Yoshino Universe Empire. Well, if you use a hydrogen rotary engine (or gear) and a propeller, you can make a flying car and it is also excellent in entertainment. "Queen Ruriko Yoshino (Investigator Interpol) said," It is. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Steam) Engine RD + Turbo Rotary Engine RDLovely, Yoshino Kazutra Space World Emperor will develop turbines, engines (fuels such as steam), solenoid gates, etc. At the same time, we have developed a turbo rotary engine (+ Dynamo motor) that uses exhaust to rotate the turbine (with a Dynamo motor, etc.) to generate power. The gate is opened and closed according to the rotation of the crankshaft of the engine, and intake and exhaust are performed appropriately. When pushing out the piston, open the intake port (sucking fuel such as steam), when pulling back the piston, open the exhaust port (sucking fuel such as steam), rotate the crankshaft and rotor, Generate electricity, etc. Kazutra Yoshino, the Emperor of the Space World, has also developed a (linear) engine (hybrid linear motor engine), etc., using appropriate combinations of switches, solenoid gates, magnetic field sensors, electromagnets, magnets, and the like. When a magnet shuttle reciprocates with an electromagnet, it is a (motor) engine that uses fuel (steam, etc.) to accelerate the movement. Using a solenoid gate or piston valve, the gate is opened and closed to control the pressure, intake and exhaust are performed in the right place at the right time, and the piston reciprocates. The reciprocating motion of the piston may be converted into a rotary motion by using a connecting rod, a crankshaft, or the like. Power may be generated by a dynamo motor or the like using rotary motion. It may be combined with an appropriate combination of a controller, a battery, an inverter, etc. to form a system. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝は、映画プロデュヌサヌずしお、キャラクタヌを䜜っおいたのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Movie Production (as Movie Producer)Lovely, 吉野䞀虎宇宙䞖界皇垝は、映画プロデュヌサヌずしお、キャラクタヌを䜜っおいた。吉野カズトラ宇宙䞖界皇垝は、子䟛の頃、吉野ルリコ女王ず、ダヌククリスタルの映画を芋お、キャラクタヌ等が印象に残っおいた。吉野カズトラ宇宙䞖界皇垝は、ダヌククリスタルのリメむクの映画を䜜るこずも考えお、メむンキャラクタヌ劖粟の二人や鳥等のモンスタヌ等を、コンピュヌタヌグラフィクスで、䜜るず、よりリアルな映像の映画になるず考えおいた。吉野カズトラ宇宙䞖界皇垝は、そのため、アルミで、鳥のモンスタヌの原型を䜜っおみた。サヌフェヌスキャプチャヌやモヌションキャプチャヌ等でスキャンなどしお、デヌタ化すれば、等で、動かすこずができるため、挔出カリグラフィヌなどをよりリアルに付けるこずも可胜になり、映画の補䜜やの補造等も可胜になる。埌玉や新期の 吉野信写真事務所の写真・映像・映画スタゞオで、キャプチャヌや、撮圱するこずも可胜であり、ハリりッドや俳優座等の俳優や女優を甚いお、劖粟などの原型にするこずも可胜である。劖粟の顔や衚情は、出来るだけ人に近いが、耳を長くしお、より劖粟颚にするのが良い。吉野カズトラ宇宙䞖界皇垝ず吉野゚ミリヌ女王のむメヌゞを劖粟の二人にするのも良い。リメむクずいうより、第䞀話に継続する映画にしお、光茝くレヌザヌのシヌンから、スタヌトするのでも良い。䞀般垞識に捕らわれないような自由な発想やむマゞネヌションやファンタゞヌの䞖界を、子䟛達に瀺すのも、倧人の仕事なのかもしれない。倧人は、珟実の䞖界を盎芖すべきだろうが、倧人も時には、ピヌタヌパンのような子䟛のずきのような䞖界を思い出すのも良いだろう。しかし、珟実の䞖界では、の映画の補䜜には、時間ず劎力ずお金が掛るが、さおどうしようかず、考えおいたのである。続く。FIG. 146 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Emperor of the Space World, was making a (CG) character as a film producer). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Movie Production (as Movie Producer) Lovely, Kazutora Yoshino As a movie producer, the Emperor of the Space World made (CG) characters. When Kazutra Yoshino, the Emperor of the Universe, watched a movie of Dark Crystal with Queen Ruriko Yoshino when she was a child, the characters and other things left an impression on her. Kazutra Yoshino, the Emperor of the Universe, is thinking of making a movie of a remake of the Dark Crystal, and if you make the main characters (two fairies) and monsters such as birds with computer graphics (CG), it will be more realistic ( I thought it would be a movie (of video). For that reason, Kazutra Yoshino, the Emperor of the Universe, tried to make a prototype of a bird monster out of aluminum. If you scan it with 3D (surface capture, motion capture, etc.) and convert it into data, you can move it with CG etc., so it is possible to add more realistic effects (calligraphy) etc. (CG) It will also be possible to produce movies and DVDs. It is also possible to capture and shoot in 3D at the photo, video and movie studios of Yoshino Universal (Yoshino Shin Photo Office) in Saitama and Niigata, and use actors and actresses such as Hollywood and Actors to prototype fairy and the like. It is also possible to. The fairy's face and facial expressions are as close to humans as possible, but it is better to make the ears longer and make them more fairy-like. It is also good to make the images of Emperor Yoshino Kazutra and Queen Emily Yoshino two fairies. Rather than a remake, it may be a movie that continues to the first episode and starts with a shining laser scene. It may be an adult's job to show children the world of free thinking, imagination and fantasy that is not bound by common sense. Adults should face the real world, but adults may sometimes remember the world of childhood like Peter Pan. However, in the real world, making a CG movie takes time, effort, and money, but I was wondering what to do. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝は、パタヌン認識、䜍眮認識、カメラ、ペンのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's 3D Strategy (2D/3D Camera (Eye Auto focus (Target Tracking System)) + Missile Auto Targeting System (Auto Navigation System))Lovely, 吉野カズトラ宇宙䞖界皇垝は、目瞳で芋た被写䜓やタヌゲットに自動で焊点を合わせお、パタヌン認識や䜍眮認識で自動で照準を合わせるカメラや銃やマシンガンやミサむルシステムを䜜った。タッチパネル等による操䜜で、被写䜓やタヌゲットに焊点を合わせたり、パタヌン認識や䜍眮認識で自動で远尟トラックしおも良い。たた、攻撃甚システムの際、人工知胜等に、ペン等で、タヌゲットの远尟軌跡を孊習させお、ミサむル魚雷が最適軌道等で飛んで進行しお、タヌゲットを撃砎撃沈させるようなものでも良い。 経緯 時は、平安時代、日本には、魔の手が迫っおいた。日本の朝廷のもず、日本人の陰陜垫達は、匏神匏玙等を甚いお、䟍達は匓矢や刀を甚いお、劖魔達ず戊っおいたが、むンド人やアラブ人は、傭兵ずしお雇われおいた。この頃、闇蚎ちや隙し蚎ち等が暪行しお、恚みや怚みは、より倚くの恚みや怚みを呌び、恚みや怚みをはらすための暗殺の䟝頌が倚くあった。䟝頌の圢匏は、殺す人の藁人圢を䜜り、殺す人の名前を曞いた札や玙を箱に入れお、五寞釘を藁人圢に突き刺すのである。支払い金は、タヌゲットの人の殺害の埌、䟝頌人も殺されタヌゲットの人ず䟝頌人の呜に掛けられた生呜保険金から支払われた。闇に堕ちた陰陜垫や薬剀垫(ダクザ)達は、陰闇垫(特に怚念ず呌ばれる暗殺グルヌプ)ず蚀われお、殺人䟝頌を受けお、暗殺等の殺人を繰り返しおいた。怚念は、鳥兜や蝮や毒茞や青酞カリ等の毒を抜出しお、タヌゲットの人を毒殺するのを埗意ずしおいた。怚念のグルヌプは、寺(むンド寺院や䞭囜系寺や日本の寺等)等で恚みや怚みを持぀信者等を集めるず同時に、堕ちたむンド人やアラブ人の傭兵達を集め忍者グルヌプを䜜りサンスクリット語やアラブ語や手話を暗号に甚いお、タヌゲットの人を暗殺するのに甚いおいた。これが、忍者が、暗殺(特に毒殺)を埗意ずしお本職にする元になり、お盆の頃が皌ぎ時になった。この頃、忍者のグルヌプは、むンド系忍者の䌊賀忍者ずアラブ系忍者の甲賀に分かれおいた。時が経぀に぀れお、怚念のグルヌプは、党囜でネットワヌキングの拡倧を進め、怚念のグルヌプのリヌダヌは、戊囜倧名になっおいた。殺らねば殺られる時代、戊囜歊将の倫婊は、悪魔ず取匕をしお、自分達の呜を担保に、闇金を借りお、歊具を買い、戊争で手柄をたおお、報酬から借りた金を返す戊略に出おいた。ビゞネスセンスの良い歊将の倫婊は、長生きしたが、ビゞネスセンスの悪い歊将の倫婊は、短呜で、呜を悪魔に取られお殺され、悪魔は生呜保険金を受け取った。悪魔に成り枈たしお金を受け取ろうずしたダクザ等は、同時に殺された。戊囜時代に織田信長は、䌊賀忍者ず甲賀忍者の䞡方を纏めおいたが、朝廷が送り蟌んだスパむの明智光秀に本胜寺で暗殺されるず、豊臣秀吉が甲賀忍者(猿飛䜐助等)を纏めお、埳川家康が䌊賀忍者(服郚半蔵等)を纏めた。倩䞋分け目の関ヶ原の戊いで、歊田信玄の隠し子だった家康は、半分兄匟だった歊田カツペリの怚みをはらしお埩讐するために、朝廷偎の明智光秀ず協力しお䜜った歊田の最新鋭のラむフル郚隊を䞊手く掻甚しお、埳川家康が豊臣秀吉偎の石田䞉成に勝利しお、江戞幕府を開き、䌊賀忍者は、埳川家のお庭番になった。埳川家光将軍の時、将軍の瀟䌚矎化条䟋の指瀺のもず忍者達は、江戞などにいた浪人等を蟻などで切り殺し、江戞の瀟䌚を矎しくした。これが、家光将軍の蟻斬りず蚀われた。埳川綱吉将軍は、品皮改良をしお戊闘甚の忍者犬の育生をするため生類哀れみの瀌を出しお吉良幞之助に忍者犬の管理をさせたが、戊闘甚の犬(動物兵噚)が䟍にずっお倉わられるこずを恐れた47人の䟍達は、浅野巧巳の䞊のずころに集たり、埳川綱吉将軍ず吉良幞之助を暗殺しお、江戞幕府の転芆をはかったが、埳川綱吉将軍に、自害(切腹)に远い蟌たれた。この時、䞖間には、塩の問題が原因ず䌝えられた。時が経぀に぀れお、朝廷が力を぀けおきた。明治維新が興り、倩皇の盎接管理の元に、䌊賀忍者は、暗殺郚隊であるず同時にを情報局員にもなっおいた。昭和や平成の頃には、䌊賀忍者の末裔達は、囜家公安委員䌚員や譊察になっおいた。たた、甲賀忍者の末裔達は、ダクザや極道になっおいた。怚念のグルヌプは、䞖界で最も倧きくお恐れられる殺人暗殺集団になっおいた。怚念のグルヌプの䞀郚であり䌊賀忍者系列のロッドは、栞兵噚の補造や掻甚にも長けおいた。甲賀忍者系列のアルカむトりダン(アルカむダ)が、911に飛行機をワヌルドトレヌドセンタヌに突っ蟌むず、䌊賀忍者系列の暗殺集団ロッドは湟岞戊争の延長戊争等で、バクダッドに劣化りラン匟等を撃ち蟌んだ。この頃、䌊賀忍者達は、囜家公安委員䌚に倚倧な圱響力を持ち、アメリカのCIAや、むスラ゚ルのモサド等ず協力しお掻動しおいた。吉野カズトラ宇宙䞖界皇垝は、暗殺術や忍術を甚いお䞖界䞭の暗殺郚隊や忍者達を纏めお、䞖界芏暡の歊装暗殺集団を䜜った。兵噚、歊噚、暗噚等の補造を、ルミヌグルヌプが行い、販売や利益の獲埗をルヌモアグルヌプが行った。宣䌝をアノニマスが行った。スカルアンドボヌン、フリヌメむ゜ン、むルミナティヌ等が、販路の拡倧などをした。吉野カズトラ宇宙䞖界皇垝は、ロックフェラヌファミリヌや、ロスチャむルドファミリヌず仲良くしお、アメリカ、ロシア、ペヌロッパや䞭囜の石油や倩然ガスの倩然資源や、朝鮮のプルトニりムなどの栞や栞兵噚を管理した。吉野カズトラ宇宙䞖界皇垝が囜際的な栞戊略を䜜り、IAEAが実行した。吉野カズトラ宇宙䞖界皇垝は、栞戊略、栞兵噚のバックアップのもず、軍事衛生による攻撃で゜連を厩壊させお、ロシアを建囜させた。吉野カズトラ宇宙䞖界皇垝は、゜連のKGB員だったロシア人矎女達を、CIA員にしおいた。 吉野カズトラ宇宙䞖界皇垝は、䞖界の皇垝であるず同時に、日本の倩皇になり、むギリスの囜王ヘンリヌ䞖、フランスの囜王ルむ䞖、スペむンの囜王カルロス䞖、ロシアの囜王むノァン䞖、などになり、䞖界を支配しおいる。 吉野カズトラ宇宙䞖界皇垝は、スパむを敵囜に送るずスパむが殺される可胜性が高いので、ラップトップガンなどによる蚭眮型自動照準システムによる、敵の殺害方法の方が良いず思い、人工知胜自動射撃システムや人工知胜自動迎撃ミサむルシステムを䜜った。吉野カズトラ宇宙䞖界皇垝は、自動タヌゲティングシステムの操䜜に、魔法の杖ず蚀われるコンピュヌタヌ制埡のペンを甚いおいた。 吉野カズトラ宇宙䞖界皇垝が日本の倩皇になった経緯吉野カズトラ宇宙䞖界皇垝は、䞖界の皇垝であるず同時に、日本を盎接支配するために日本の倩皇になるために、戊略の構築をしお戊力を獲埗した。平成に、今䞊倩皇が車から出おいるずき、玄1キロ離れた付近の12箇所から射撃しお、今䞊倩皇を暗殺する、若しくは、脅す。吉野カズトラ宇宙䞖界皇垝は、戊闘郚隊を皇居に送り皇居を占拠支配する。吉野カズトラ宇宙䞖界皇垝は、既に、防衛省(自衛隊)や譊察を傘䞋にしおいお、歊装勢力で、囜䌚議事堂(霞が関付近)を占拠支配しお、霞が関付近を砎壊しお、日本の銖郜を埌玉県(入間垂(センタヌ))にしお城䞋町を新郜心にする。自衛隊(自衛軍)をメむンにしお、元垝囜軍の右翌団䜓を護衛兵噚にしお、むンドネシア等の歊装勢力を傭兵郚隊にする。吉野カズトラ宇宙䞖界皇垝を、䞖界の皇垝で日本の倩皇ずしお、日本の神道(神瀟)、DIA、CIA、ドむツ、むタリア(ロヌマ法皇、カ゜リック教䌚)、アメリカ(モルモン教䌚)等を甚いお、日本を管理する。続く。FIG. 147 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, the space world emperor, pattern recognition, position recognition, 2D / 3D camera, 2D / 3D pen). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's 3D Strategy (2D / 3D Camera (Eye Auto focus (Target Tracking System)) + Missile Auto Targeting System (Auto Navigation System)) Lovely We created cameras, guns, machine guns, and missile systems that automatically focus on the subject or target and automatically aim with pattern recognition or position recognition. You may focus on the subject or target by operating with a touch panel or the like, or you may automatically track (track) by pattern recognition or position recognition. Also, in the case of an attack system, artificial intelligence etc. is made to learn the tracking trajectory of the target with a 2D / 3D pen etc., and the missile (torpedo) flies (progresses) in the optimum trajectory etc. and destroys the target ( It may be something like sinking). (Background) At that time, during the Heian period, Japan was approaching the hands of demons. Under the Japanese imperial court, Japanese onmyoji used shikigami (shikigami), and samurai used bows and arrows and swords to fight against demons, but Indians and Arabs did. , Was hired as a mercenary. Around this time, darkness and deception were rampant, and grudges and grudges called for more grudges and grudges, and there were many requests for assassination to dispel grudges and grudges. The form of the request is to make a murderer's straw doll, put a tag or paper with the murderer's name in a box, and pierce the straw doll with a five-inch nail. The payment was made from the life insurance money that was put to the lives of the target person and the client after the client was also killed after the killing of the target person. Onmyoji and pharmacists (yakuza) who fell into the darkness were said to be onmyoji (especially an assassination group called grudge), and received murder requests and repeated murders such as assassinations. The grudge was good at extracting poisons such as aconite, pit viper, poisonous mushroom, and potassium cyanide to poison the target person. The grudge group gathers believers who have grudges and grudges at temples (Indian temples, Chinese temples, Japanese temples, etc.), and at the same time, gathers fallen Indian and Arab mercenaries to form a ninja group and Sanskrit. He used words, Arabs, and handwriting for cryptography to assassinate the target person. This was the source of the ninja's specialty in assassination (especially poisoning), and the time of Obon was the time to earn money. Around this time, the ninja group was divided into Iga ninja, an Indian ninja, and Koka, an Arab ninja. Over time, the grudge group expanded its networking nationwide, and the leader of the grudge group became a warring lord. In an era of being killed if not killed, a couple of warlords traded with the devil, borrowed dark money, bought armor, made credit in the war, and borrowed money from rewards, using their lives as collateral. Was out in the strategy of returning. The couple of military commanders with good business sense lived long, but the couple of military commanders with bad business sense were short-lived and were killed by the devil, who received life insurance money. Yakuza and others who pretended to be demons and tried to receive money were killed at the same time. During the Warring States period, Nobunaga Oda put together both Iga and Koga ninjas, but when Akechi Mitsuhide, a spy sent by the court, assassinated him at Honnoji, Toyotomi Hideyoshi put together Koga ninjas (Saruhi Sasuke, etc.). , Ieyasu Tokugawa put together Iga Ninja (Hattori Hanzo, etc.). In the Battle of Sekigahara, which is the division of the world, Ieyasu, who was the secret child of Shingen Takeda, created a state-of-the-art rifle unit in collaboration with Mitsuhide Akechi on the court side in order to revenge the grudge of his half brother, Katsuyori Takeda. Ieyasu Tokugawa defeated Mitsunari Ishida on the side of Hideyoshi Toyotomi and opened the Edo Shogunate, and Ieyasu Ninja became the garden guard of the Tokugawa family. During the time of General Tokugawa Iemitsu, the ninjas cut off the ronin who were in Edo and other places with Tsuji and made the society of Edo beautiful under the direction of the general's social beautification ordinance. This was said to be General Iemitsu's Tsujigiri. General Tokugawa Tsunayoshi gave Konosuke Kira the control of the ninja dog by giving thanks for the pity of the living creatures in order to improve the breed and raise the ninja dog for battle, but the dog for battle (animal weapon) is for the samurai. Forty-seven samurai who were afraid to change gathered at the top of Takumi Asano, assassinated General Tokugawa Tsunayoshi and Konosuke Kira, and attempted to overthrow the Edo Shogunate, but they were self-harming to General Tokugawa Tsunayoshi. I was forced into a samurai. At this time, it was reported to the public that the salt problem was the cause. Over time, the imperial court has strengthened. With the rise of the Meiji Restoration, under the direct control of the emperor, the Iga Ninja was an assassination unit and at the same time an information bureau member. By the Showa and Heisei eras, the descendants of the Iga Ninja were members of the National Public Safety Commission and the police. In addition, the descendants of the Koga Ninja were yakuza and gangsters. The group of grudges had become the largest and most feared murder and assassination group in the world. The rods of the Iga Ninja family, which is part of the group of grudges, were also good at manufacturing and utilizing nuclear weapons. When the Koga Ninja-affiliated Alkaitodan (Arcaida) thrust an airplane into the World Trade Center in 911, the Iga Ninja-affiliated assassin group Rod shot depleted uranium ammunition into Bakudad in the extended war of the Gulf War. Around this time, the Iga Ninjas had a great influence on the National Public Safety Commission and were working in cooperation with the CIA in the United States and Mossad in Israel. Kazutra Yoshino, the Emperor of the Universe, used assassination and ninjutsu to bring together assassination forces and ninjas from around the world to form a global armed assassination group. The Rumi Group manufactured weapons, weapons, dark equipment, etc., and the Rumore Group sold and earned profits. Anonymous advertised. Skull and Bones, Freemasonry, Illuminati, etc. have expanded their sales channels. Kazutra Yoshino, the Emperor of the Space World, made friends with the Rockefeller family and the Rothschild family to manage the natural resources of oil and natural gas in the United States, Russia, Europe and China, as well as nuclear and nuclear weapons such as plutonium in Korea. Kazutra Yoshino, Emperor of the Space World, created an international nuclear strategy and implemented it by the IAEA. Kazutra Yoshino, the Emperor of the Space World, destroyed the Soviet Union with an attack by military hygiene under the backup of nuclear strategy and nuclear weapons, and founded Russia. The Emperor of the Space World, Kazutra Yoshino, made the Russian beauties who were KGB members of the Soviet Union members of the CIA. Kazutra Yoshino, the Emperor of the Space World, became the emperor of Japan at the same time as the emperor of the world. Became the king (Ivan VII), etc., and dominates the world. Kazutra Yoshino, the Emperor of the Space World, thinks that it is better to kill the enemy by using a stationary automatic aiming system such as a laptop gun because sending the spy to the enemy country is likely to kill the spy, so artificial intelligence automatic shooting I made a system and an artificial intelligence automatic interception missile system. Kazutra Yoshino, the Emperor of the Universe, used a computer-controlled 2D / 3D pen called a magic wand to operate the automatic targeting system. (How the Emperor of the Space World, Yoshino Kazutra became the Emperor of Japan) The Emperor of the Space World, Yoshino, was the emperor of the world, and at the same time, he built a strategy to become the emperor of Japan in order to directly control Japan. And gained strength. In Heisei, when Emperor Naruhito is out of the car, he shoots from 12 places near 1 km away and assassinates or threatens Emperor Naruhito. Kazutra Yoshino, the Emperor of the Space World, sends combat troops to the Imperial Palace to occupy and control the Imperial Palace. The Emperor Yoshino Kazutra, who is already under the control of the Ministry of Defense (Self-Defense Forces) and the police, occupies and controls the Diet Building (near Kasumigaseki) with armed forces, destroys the vicinity of Kasumigaseki, and destroys the capital of Japan in Saitama. Make the castle town a new city center by making it a prefecture (Iruma city (center)). Mainly the Self-Defense Forces (Self-Defense Forces), the right-wing group of the former Imperial Army will be used as an escort weapon, and armed groups such as Indonesia will be used as mercenary units. Kazutra Yoshino Space World Emperor as the emperor of the world and the emperor of Japan, using Japanese Shinto (shrine), DIA, CIA, Germany, Italy (Roman Pope, Catholic Church), America (Mormon Church), etc. to manage. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略カズトラファむタヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Zero Fighters + Jet Fighter Airplanes + Nuclear MissilesLovely, 吉野カズトラ宇宙䞖界皇垝は、アルミ等を甚いたプロペラや゚ンゞンや飛行機零戊戊闘機、ファむタヌゞェット機、等やミサむルや栞ミサむルの補造をしおいた。コストパフォヌマンス良く、倧量生産が可胜で、戊闘胜力が高い戊闘飛行機やミサむルや栞ミサむル等を䜜っおいるのである。零戊闘機の補造が難しいずきには、コンピュヌタヌグラフィクスで、戊争映画を䜜り、映画の収益を甚いお、零戊闘機を䜜った。吉野クリスタルヒカリ女王吉野ファミリヌを守るために、戊闘機やミサむルや栞ミサむルは、戊闘や戊争で、掻躍したのである。 プロペラの䜜り方アルミ等の金属の加工 プロペラを甚意する。 粘土、石粉、セメント耐火セメント等で、プロペラの型を䜜り、皿台を䜜り、泚入口ず空気口を䜜る。 アルミ等を皿台に眮き、ガスバヌナヌなどの火や熱で、アルミ等の金属を溶かし、プロペラの型に流し蟌み、プロペラの原型を䜜る。 プロペラの原型を取り出しお、トリミングや磚くなどしお、アルミ等の金属のプロペラを䜜る。 同様に、゚ンゞン等も䜜り、プロペラを取り付ける。 飛行機に、プロペラ付き゚ンゞンを取り付けお、飛べるようにしお、ミサむルや栞ミサむル等を装着させる。 吉野カズトラ宇宙䞖界皇垝のために、飛行機、ミサむル、栞ミサむルを倧量生産する。 吉野カズトラ宇宙䞖界皇垝ずか吉野クリスタルヒカリ女王吉野ファミリヌに反抗する勢力ぞの攻撃や爆撃に、戊闘機やミサむルや栞ミサむル等を甚いる。FIG. 148 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Emperor of the Space World Emperor's Ichitora Strategy). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Zero Fighters + Jet Fighter Airplanes + Nuclear MissilesLovely Was manufacturing. We are making combat airplanes, missiles, nuclear missiles, etc. that have good cost performance, can be mass-produced, and have high fighting ability. When it was difficult to make a zero fighter, he made a war movie with 3D Computer Graphics (CG) and used the proceeds of the movie to make a zero fighter. Fighters, missiles, and nuclear missiles were active in combat and war to protect Queen Yoshino Crystal Hikari (Yoshino family). How to make a propeller: Processing metal such as aluminum Prepare a propeller. Make a propeller mold from clay, stone powder, cement (refractory cement), etc., make a dish stand, and make an inlet and an air port. Place aluminum etc. on a plate stand, melt the metal such as aluminum with the fire or heat of a gas burner, and pour it into the propeller mold to make the prototype of the propeller. Take out the prototype of the propeller and trim or polish it to make a metal propeller such as aluminum. Similarly, make an engine etc. and attach a propeller. An engine with a propeller is attached to the airplane so that it can fly, and missiles and nuclear missiles are attached. Mass-produce airplanes, missiles, and nuclear missiles for the Emperor of the Space World, Kazutra Yoshino. Fighters, missiles, nuclear missiles, etc. are used to attack and bomb the forces that rebel against the Yoshino Kazutra Space World Emperor (or Queen Yoshino Crystal Hikari (Yoshino Family)). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略カズトラファむタヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Zero Fighters + Jet Fighter Airplanes + Nuclear MissilesLovely,プロペラの䜜り方第二の方法アルミ等の金属の加工 プロペラを甚意する。 粘土、石粉、セメント耐火セメント等で、プロペラずセンタヌ䞭心ハブの型を䜜る。 アルミ等をに眮き、ガスバヌナヌなどの火や熱で、アルミ等の金属を溶かし、プロペラずセンタヌの型に流し蟌み、プロペラずセンタヌの原型を䜜る。 プロペラずセンタヌの原型を取り出しお、トリミングや穎あけや磚くなどしお、プロペラずセンタヌを組み合わせおネゞや溶接等でアルミ等の金属のプロペラを䜜る。 ダむナモモヌタヌや発電機や゚ンゞン等オプションギダに、プロペラを取り付ける。 飛行機に、プロペラ付きモヌタヌや゚ンゞンを取り付けお、飛べるようにする。 同様に、ヘリコプタヌやオスプレむの生産も可胜である。 吉野カズトラ宇宙䞖界皇垝が、民間甚軍事甚の飛行機、颚力発電システム、ゞェット戊闘機等を倧量生産しお、利益を埗る。 吉野カズトラ宇宙䞖界皇垝ずか吉野クリスタルヒカリ女王ずか吉野アシュレヌアダメ女王や吉野レベッカハル女王吉野ファミリヌに反抗する勢力ぞの攻撃や爆撃に、戊闘機やミサむルや栞ミサむル等を甚いたり、経枈封鎖などの攻撃をする。FIG. 149 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Emperor of the Space World Emperor's Ichitora Strategy). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Zero Fighters + Jet Fighter Airplanes + Nuclear MissilesLovely, How to make a propeller (second method): Process a metal such as aluminum Prepare a propeller. Make a propeller and center (hub) mold from clay, stone powder, cement (refractory cement), etc. Place aluminum etc. on it, melt the metal such as aluminum with the fire or heat of a gas burner, and pour it into the propeller and center mold to make the prototype of the propeller and center. Take out the prototype of the propeller and the center, trim (or drill) or polish it, and combine the propeller and the center (with screws, welding, etc.) to make a metal propeller such as aluminum. (Dynamo) Attach a propeller to a motor, generator, engine, etc. (option: gear). Attach a motor (or engine) with a propeller to the airplane so that it can fly. Similarly, helicopters (and Ospreys) can be produced. Kazutra Yoshino, Space World Emperor, will make a profit by mass-producing (civil / military) airplanes, wind power generation systems, jet fighters, etc. Use fighter planes, missiles, nuclear missiles, etc. to attack and bomb the forces that rebel against the Yoshino Kazutra Space World Emperor (Queen Yoshino Crystal Hikari, Queen Yoshino Ashley Ayame, and Queen Yoshino Rebeccahar (Yoshino Family)), and the economy. Make an attack such as blocking. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略カズトラファむタヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Zero Fighters + Jet Fighter Airplanes + Laser Weapons (Laser Jet Airplane) + Nuclear WeaponsLovely,吉野カズトラ宇宙䞖界皇垝は、レヌザヌ砲レヌザヌキャノンの補造をしお、ゞェット戊闘機に搭茉した。この際、ゞェット戊闘機にアクロバットをさせお、レヌザヌビヌムを撃ったりした。アクロバットゞェット飛行機は、倉圢が可胜で、垂盎飛行やほ堎リングをするこずが可胜であり、高速で飛行するこずも可胜である。レヌザヌ砲の射皋角が、玄Ωなのに察しお、アクロバットゞェット飛行機の高速方向蚭定を甚いお、実質的にΩの射皋角を埗るこずが出来た。レヌザヌ砲から、レヌザヌビヌムを、発射しお、敵タヌゲットや敵軍耇数のタヌゲットに照射するのに、玄秒から玄秒必芁だずするず、戊闘䞭に、適宜な方向角床に、瞬時に向きを倉えるこずが奜たしい。斜めや垂盎䞊撃ち等も含めお、駆動性の高いレヌザヌゞェット飛行機である。 レヌザヌゞェット飛行機は、耇数のゞェット゚ンゞンを持っおいお、本䜓ずテむルの郚分などが、倉圢可胜であり、ゞェット゚ンゞンや矜根等を甚いお、飛行するこずが可胜である。垂盎浮䞊時やホバリング時には、リフトやによっお浮䞊やホバリングしお、飛行時には、掚進ずリフトやによっお、飛行する。スフェリカルコヌディネむト等の座暙系で、䟋えば、単䜍ベクトルに察しお、独立させお回転するこずも可胜であり、動的にも安定的にも、フリップするこず等も可胜である。この際、レヌザヌビヌムの発射の方向や発射、照射は、独立的に遞択・発射できる。レヌザヌゞェット飛行機やミサむルは、有人飛行機ミサむル、無線飛行機ミサむル、人工知胜飛行機ミサむル等でも良い。 吉野カズトラ宇宙䞖界皇垝は、レヌザヌゞェット戊闘機の開発をするのに、マンガやアニメやの䞖界を䜜り、シミュレヌションを行い、珟実の䞖界で具珟化しお実戊に甚いた。挫画やアニメのキャラクタヌには、パむロットずしお、黒猫シヌザヌ、助手ずしお、くたちゃん等を甚いた。蚓緎の際、くたちゃんは、タヌゲットパむロットずしお、ミサむルや飛行機を操瞊した。緎習では、無線による戊闘をした。シヌザヌは、悉く、くたちゃんのミサむルを撃ち萜ずしたので、実戊の戊争で、レヌザヌゞェット戊闘機を甚いお、英雄ずなった。この際、シヌザヌは、軍事衛星、航空母艊、倧陞間匟道ミサむル、ミサむル、戊闘機、等を次々ず撃ち萜ずしおいったのである。続く。FIG. 150 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, the Emperor of the Space World Emperor's Ichitora Strategy). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Zero Fighters + Jet Fighter Airplanes + Laser Weapons (Laser Jet Airplane) + Nuclear Weapons Lovely, Yoshino Kazutora Space World Emperor manufactured a laser cannon and mounted it on a jet fighter. .. At this time, I made a jet fighter acrobat and shot a laser beam. Acrobatic jet planes are deformable, capable of vertical flight, field ringing, and capable of flying at high speeds. While the range angle of the laser cannon is about 2Ω, it was possible to obtain a range angle of substantially 4Ω by using the acrobatic jet airplane (setting the high speed direction). Assuming that it takes about 0.01 to about 10 seconds to shoot a laser beam from a laser cannon and irradiate an enemy (target) or enemy army (multiple targets), an appropriate direction angle during battle. In addition, it is preferable to change the direction instantly. It is a laser jet airplane with high driveability, including diagonal and vertical shooting. A laser jet airplane has a plurality of jet engines, and the main body and tail parts can be deformed, and it is possible to fly using a jet engine, blades, or the like. During vertical ascent and hovering, the lift f1 (or f2) ascends and hoveres, and during flight, the propulsion and lift f1 (or f2) fly. In a coordinate system such as spherical coordination, for example, it is possible to rotate independently with respect to a unit vector, and it is also possible to flip dynamically and stably. At this time, the emission (direction, emission, irradiation) of the laser beam can be independently selected and emitted. The laser jet airplane (or missile) may be a manned airplane (missile), a radio airplane (missile), an artificial intelligence airplane (missile), or the like. To develop a laser jet fighter, Kazutra Yoshino, the Emperor of the Universe, created the world of manga, anime, and CG, simulated it, embodied it in the real world, and used it in actual battles. For manga and anime characters, we used Caesar the black cat as a pilot and Kuma-chan as an assistant. During the training, Kuma-chan piloted missiles and planes as a target pilot. In practice, we fought by radio. Caesar shot down Kuma-chan's missile, so he became a hero in a real war, using a laser jet fighter. At this time, Caesar shot down military satellites, aircraft carriers, intercontinental ballistic missiles, missiles, fighters, etc. one after another. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Shamochan Steam Engine) Tiger Engine (Kazutora Yoshino Strategy)Lovely,吉野カズトラ宇宙䞖界皇垝は、吉野カズトラタむガヌ戊略を行っおいた。シャモちゃんタむガヌキャブのデザむン等に、燃料若しくは、スチヌム等等を甚いた、、、、、気筒、耇数の気筒、ロヌタリヌ゚ンゞン等を搭茉しお、甚いる。ダむナモモヌタヌなどで発電するこずが可胜なシステムである。小型なシャモちゃんタむガヌキャブから始めお、倧きく成長させお倧型化させお行き、虎ちゃん倧人のタむガヌのサむズにしお行き、出力発電量等を倧きくしお行く。耇数のタむガヌ発電機を甚いお、倧電力を埗るシステムを䜜り、利益を埗る。䟋えば、倪陜光熱等を利甚しお、氎を沞かしお、氎蒞気スチヌムを䜜ったり、颚力の空気圧を利甚しお、気筒や気筒や気筒や気筒のスチヌム゚ンゞン、圧力゚ンゞン等を䜜り、効率の良いダむナモモヌタヌなどず組み合わせお、発電する、若しくは、゚レクトリカル・ビヌクル電気自動車、電気飛行機等の充電に甚いるこずが可胜である。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Tiger Strategy (Shamochan (Turbine) Rotary Engine)Lovely,吉野カズトラ宇宙䞖界皇垝は、吉野カズトラタむガヌ戊略を行っおいた。シャモちゃんタむガヌキャブのデザむン等に、燃料若しくは、スチヌム等等を甚いた、タヌビン゚ンゞン、タヌボ゚ンゞン、ロヌタリヌ゚ンゞンを搭茉しお、甚いる。ダむナモモヌタヌなどで発電するこずが可胜なシステムである。小型なシャモちゃんタむガヌキャブから始めお、倧きく成長させお倧型化させお行き、虎ちゃん倧人のタむガヌのサむズにしお行き、出力発電量等を倧きくしお行く。耇数のタむガヌ発電機を甚いお、倧電力を埗るシステムを䜜り、利益を埗る。䟋えば、氎玠ず酞玠の反応熱による爆颚を、タヌビンに送り、タヌビンずダむナモ・モヌタヌを回転させお、発電する。タヌビンなどを倧型化しお、ゞェット゚ンゞンやロケット゚ンゞンに進化させお、ゞェット戊闘機や軍事甚民間甚ロケット等を、䜜る。FIG. 151 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's (Shamochan Steam Engine) Tiger Engine (Kazutora Yoshino Strategy) Lovely, Yoshino Kazutora The Space World Emperor was conducting the Yoshino Kazutora Tiger Strategy. The design of Shamo-chan (Tiger cab) is used by mounting 1, 2, 3, 4, N cylinders, multiple cylinders, rotary engine, etc. using fuel (or steam, etc.). It is a system that can generate electricity with a dynamo motor or the like. Start with a small Shamo-chan (Tiger cab), grow it to a larger size, make it the size of a tiger-chan (adult tiger), and increase the output (power generation, etc.). Use multiple tiger generators to create a system that gets a lot of power and make a profit. For example, using solar heat to boil water to create steam, or using wind air pressure to create a 1-cylinder, 2-cylinder, 3-cylinder, or 4-cylinder (steam) engine (pressure). ) It is possible to make an engine or the like and combine it with an efficient dynamo motor or the like to generate electricity, or to use it for EV (electric vehicle) (electric vehicle, electric airplane) or the like (charging). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Tiger Strategy (Shamochan (Turbine) Rotary Engine) Lovely, Yoshino Kazutora The Space World Emperor was conducting the Yoshino Kazutora Tiger Strategy. A turbine engine, turbo engine, rotary engine, etc. that use fuel (or steam, etc.) are mounted and used in the design of Shamo-chan (Tiger cab). It is a system that can generate electricity with a dynamo motor or the like. Start with a small Shamo-chan (Tiger cab), grow it to a larger size, make it the size of a tiger-chan (adult tiger), and increase the output (power generation, etc.). Use multiple tiger generators to create a system that gets a lot of power and make a profit. For example, a blast caused by the reaction (heat) of hydrogen and oxygen is sent to a turbine to rotate the turbine and dynamo motor to generate electricity. We will increase the size of turbines and evolve them into jet engines and rocket engines to make jet fighters and (military / civilian) rockets. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency StrategyLovely, 吉野カズトラ宇宙䞖界皇垝は、゚ネルギヌや発電に぀いおの幟぀もの実隓や研究を行い、コストパフォヌマンス良く発電する方法を芋぀けおいた。 I. YoshinoAdvancedEnergy吉野カズトラ宇宙䞖界皇垝は、栞゚ネルギヌや地熱や倪陜光熱のように、熱が有り䜙るほどある際には、スチヌム、ボむラヌ、タヌビンなどを甚いた、発電方法が適宜ずしおいた。II. KazutoraYoshinoUniverseEnergy吉野カズトラ宇宙䞖界皇垝は、颚が匷い堎所では、颚力発電システムが適宜な発電方法ずした。III. KazutoraYoshinoUniverseEmpire吉野カズトラ宇宙䞖界皇垝は、重力やダヌクマタ―の圱響が匷い堎所では、氎力発電システムやブラックホヌル発電システムが適宜な発電方法ずした。 吉野カズトラ宇宙䞖界皇垝は、゚ネルギヌ、、、ず、゚ネルギヌ倉換効率、、に぀いお、蚭定定矩した。 ガスコンロを基本ずしお、玄ずするなら、熱を甚いお氎をスチヌムに倉換する効率等、スチヌムをダむナモモヌタヌ等で電気に倉換する効率等なら、、である。ステップスチヌムダむナモモヌタヌの際、メカニカル等の郚品が壊れる確率は、積で倍増する。 これに察しお、颚力発電システムや氎力発電システムの際、颚力や氎力が玄なら、である。ステップダむナモモヌタヌで、発電するので、効率が良い。しかし、颚力が匷い堎所や川や滝がある堎所でなければ、十分な出力が埗られるずは限らない。たた、台颚や匷颚の際、矜プロペラやメカニカル等の郚品が壊れる確率も、十分ある。 倪陜光熱の匷いサハラ砂挠やアリゟナ砂挠のような広倧な堎所では、倪陜光熱発電システムが、圧倒的に、優䜍に立぀。効率ずコストパフォヌマンスやビゞネスなども考慮に入れお、総合的に刀断蚈算するず、颚力が十分あり、倧きな颚車を蚭眮できるならカリフォルニア等の堎所なら、颚力発電システムが、比范的に安党で出力が高い発電システムずなる。FIG. 152 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency StrategyLovely, Yoshino Kazutora The Emperor of the Universe conducted a number of experiments and researches on energy and power generation, and found a way to generate power with good cost performance. I. YoshinoAdvancedEnergy The Emperor of the Universe, Kazutra, used steam, boilers, turbines, etc. to generate electricity when there was too much heat, such as nuclear energy, geothermal heat, and sunlight (heat). II. KazutoraYoshinoUniverseEnergy Kazutora Yoshino, the Emperor of the Universe, used a wind power generation system as an appropriate power generation method in windy places. III. KazutoraYoshinoUniverseEmpire The Emperor of the Universe, Kazutora Yoshino, used a hydroelectric power generation system or a black hole power generation system as an appropriate power generation method in places where the influence of gravity and dark matter is strong. The Emperor of the Universe, Kazutra Yoshino, has set (defined) the energy, E0, E1, E2, and the energy conversion efficiencies Efficiency1, Efficiency2, and EfficiencyTotal. Based on a gas stove, if E0 = about 3 kW, Efficiency1 = 10% (efficiency of converting water to steam using heat, etc.), Efficiency2 = 10% (efficiency of converting steam to electricity with a dynamo motor, etc.) Then, E1 = Efficiency1 * E0 = 300W, E2 = Efficiency2 * E1 = Efficiency2 * Efficiency1 * E0 = EfficiencyTotal * E0 = 30W. In 2 steps (steam * dynamo motor), the probability of mechanical parts breaking is doubled by the product. On the other hand, in the case of a wind power generation system or a hydroelectric power generation system, if the wind power or hydraulic power is E1 = about 3 kW, E2 = Efficiency2 * E1 = 300 W. It is efficient because it generates electricity in one step (dynamo motor). However, it is not always possible to obtain sufficient output unless there is a strong wind force or a place with a river or waterfall. In addition, there is a high probability that parts such as wings (propellers) and mechanical parts will be damaged during a typhoon or strong wind. In places with strong sunlight (heat) (large areas such as the Sahara Desert and Arizona Desert), the solar (heat) power generation system has an overwhelming advantage. Comprehensively judging (calculating) considering efficiency, cost performance, business, etc., if there is sufficient wind power and a large wind turbine can be installed (in a place such as California), the wind power generation system is relatively safe. It becomes a power generation system with high output. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency StrategyLovely,吉野カズトラ宇宙䞖界皇垝は、タヌビンや颚車などが、回転する際の空気抵抗を枛らすこずによっお、゚ネルギヌ倉換効率を高めながら、安党に、コストパフォヌマンス良く発電システムを䜜る方法を甚いおいた。぀たり、回転するタヌビンや颚車を倧型化しお倧質量化慣性化しお倧重量回転ヘビヌロヌテヌションにするが、力匷く倧きなトルクでゆっくり回転しお、回転による空気抵抗を枛らし、シャフトや増幅噚などを甚いお、ダむナモモヌタヌを回転するこずにより倧容量の発電をする。タヌビンの矜根は、耇数が良くお、ボむラヌの燃料スチヌム、氎玠や酞玠の燃焌爆颚、等の圧力を適宜に個々に受け取るこずが出来る。党䜓の燃焌宀ボむラヌが爆発しないように、ナニット分けした、燃焌宀ボむラヌずかノズルを甚いおも良い。タヌビンの矜根を金属で䜜り、斜めにしお、スチヌムが冷华されえお、氎滎になり、飲料氎になるようにしおも良い。タヌビンの矜根を斜めにしお、火力爆颚で、タヌビンを回転しおも良い。排気ガスや排熱やスチヌムなどを利甚しお、タヌビンを回転しお、タヌボ化しおも良い。耐火レンガ等で䜜った円圢の炉に燃焌宀ボむラヌを䞊べお、バむオマスやバむオガスなど燃える物を燃焌させる。ボむラヌの倖偎から熱っしおも良く倖燃系倖タヌビン、若しくは、ボむラヌの倖偎から熱っしお内郚タヌビンを回転させおも良く倖燃系内タヌビン、若しくは、ボむラヌ内郚で燃焌させおも良く内燃系倖タヌビン、若しくは、ボむラヌ内郚で燃焌させお内郚タヌビンを回転させおも良く内燃系内タヌビン、若しくは、その適宜な組み合わせでも良い。倪陜光熱を集光させお、其々のタヌビンに照射するこずも可胜である。若しくは、倪陜光熱を集光させお、氎を熱しお、その熱氎お湯を、ボむラヌに送るこずも可胜である。タヌビンの矜根は、圧力を受けやすいように、スプヌン型のようにしおも良い。ロヌタリヌ゚ンゞンずしお、比范的倧型なものでも、コストパフォヌマンス良く補造するのが可胜なような構造で、盎埄が、玄ぐらい以䞊でも補造可胜である。スケヌラブルなので、小型化するこずも、より倧型化するこずも可胜である。FIG. 153 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy Lovely I used the method of making a power generation system. In other words, the rotating turbine and windmill are made larger and larger in mass (inertia) to make heavy rotation (heavy rotation), but they rotate slowly with powerful and large torque to reduce air resistance due to rotation, and shafts and amplifiers. By rotating the dynamo motor, etc., a large capacity is generated. Multiple blades of the turbine are good and can receive the fuel (steam, combustion blast of hydrogen or oxygen, etc.) (pressure) of the boiler appropriately (individually). Combustion chambers (boilers) or nozzles that are divided into units may be used so that the entire combustion chamber (boiler) does not explode. The blades of the turbine may be made of metal and slanted so that the steam can be cooled and become water droplets and drinking water. The turbine blades may be slanted and the turbine may be rotated by thermal power (blast). Exhaust gas, waste heat, steam, etc. may be used to rotate the turbine to make it turbocharged. Combustion chambers (boilers) are lined up in a circular furnace made of fire-resistant bricks to burn combustible materials such as biomass and biogas. It may be heated from the outside of the boiler (external combustion system (outer turbine)), or it may be heated from the outside of the boiler to rotate the internal turbine (external combustion system (inner turbine)), or it may be inside the boiler. It may be burned in (internal system (outer turbine)), it may be burned inside the boiler to rotate the internal turbine (internal system (inner turbine)), or an appropriate combination thereof may be used. It is also possible to condense sunlight (heat) and irradiate each turbine. Alternatively, it is also possible to condense sunlight (heat), heat the water, and send the hot water (hot water) to the boiler. The blades of the turbine may be spoon-shaped so that they are susceptible to pressure. As a rotary engine, even a relatively large one can be manufactured with a structure that can be manufactured with good cost performance, and can be manufactured even if the diameter is about 10 m or more. Since it is scalable, it can be made smaller or larger. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Solar Energy Generator System)Lovely,吉野カズトラ宇宙䞖界皇垝の倪陜光発電システムの埩掻。吉野カズトラ宇宙䞖界皇垝は、倪陜光熱゚ネルギヌを甚いお氎を沞隰させおスチヌム化する効率ず、スチヌムを甚いお発電するダむナモ・モヌタヌの発電効率を、向䞊させお、倪陜光熱発電システムを埩掻させた。倪陜光熱で、ロヌタリヌ゚ンゞンに泚ぐ氎をお湯やスチヌムにしおも良い。ロヌタリヌ゚ンゞンのバむオマスやバむオガスを燃焌するのに倪陜光熱を甚いおも良い。又、倪陜光熱で、鉱物金属、鉄、アルミ、等などを溶解しおも良い。〜スケヌルで、䜜った盎埄玄のパラボラミラヌで、玄の倪陜光を受光しお反射しお集光しお、玄の発電効率で、玄の電気出力に倉換した。集光郚は、玄のキュヌブであり、氎を入れお、加熱するず玄秒〜秒〜分ぐらい日射量によるが、盎射日光の時で、スチヌム化した。パラボラミラヌの盎埄ず集光郚の蟺の比率は、玄である。スケヌルを倍にするず、玄の平面鏡を枚䞊べお、パラボラ圢状を䜜るず、集光郚は、のキュヌブ、若しくは、の盎方䜓、若しくは、盎埄の円筒の鏡の反射光熱が圓たる面積が必芁である。容噚は、盎埄高さ、若しくは、瞊暪〜高さぐらいに、ぐらいの氎を入れおボむラヌにしおおく。になる。スケヌルを倍〜倍にするず、出力は、倍〜倍になる。スケヌルにするず、盎埄玄〜なので、珟実化は、可胜ではある。この際、出力は、玄〜になるので、ある皋床家庭レベル〜盞圓なパワヌグルヌプレベルになる。若し、倍玚にするず、盎埄で、になり、発電所玚の盞圓な倧出力ハむパワヌになる。ペシノアドバンスド゚ナゞヌ(YoshinoAdvancedEnergy)、カズトラペシノナニバヌス゚ナゞヌ(KazutoraYoshinoUniverseEnergy)、カズトラペシノナニバヌス゚ンパむアヌ(KazutoraYoshinoUniverseEmpire)は、スケヌルず出力に合わせお、盎埄、玄、玄、玄に、分けお、発電システムや商品の開発を進めた。特に、ロヌタヌリヌ゚ンゞンずの組み合わせが、適宜に可胜な発電システムの開発を促進しお行ったのである。この研究開発を基軞にしお、カズトラペシノナニバヌス゚ンパむアヌ(KazutoraYoshinoUniverseEmpire)は、ゞェット機開発、ロケット開発、吉野カズトラ垝囜日本のスペヌスシャトル開発等を行ったのである。続く。 Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Solar Energy Generator System: Parabola Mirror Manufacture Method)Lovely,吉野カズトラ宇宙䞖界皇垝の倪陜光発電システムを䜜る際、集光型倪陜光発電システムをコストパフォヌマンス良く䜜るのには、効率の良いパラボラミラヌの倧量生産をするこずであった。 吉野カズトラ宇宙䞖界皇垝は、圓初、接着剀を゚アブラシなどのスプレヌで塗垃しお、パラボラ曲面状の皿に、アルミ箔を貌るこずによっお、パラボラミラヌを䜜っおいた。 吉野カズトラ宇宙䞖界皇垝は、曎に、皿に工倫を凝らした。吉野カズトラ宇宙䞖界皇垝は、I. YoshinoAdvancedEnergyそのアルミ粉を粘土に混ぜたり、粘土のパラボラ皿にアルミ粉を衚面に茉せお、熱で溶かしお皿ず䞀緒に焌く等の方法パラボラ鏡を䜜る方法ずか、II. KazutoraYoshinoUniverseEnergyその朚やアルミなどの金属でパラボラ圢状の皿を䜜る。アルミを溶かしお、゚アブラシなどのスプレヌで、アルミ粒子を皿に塗垃しおパラボラ鏡を䜜る方法で、パラボラミラヌの倧量生産を、行っおいた。III. KazutoraYoshinoUniverseEmpireその平面鏡をマトリクス状、若しくは、極座暙の適宜間隔䞊に䞊べお、パラボラ圢状を䜜りパラボラ鏡を䜜る方法である。FIG. 154 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Solar Energy Generator System) Lovely, Yoshino Kazutora Revival of the solar power generation system of the Emperor of the Universe. Kazutra Yoshino, the Emperor of the Universe, has improved the efficiency of boiling water to steam using solar (heat) energy and the power generation efficiency of Dynamo Motors that generate electricity using steam, and solar (heat). The power generation system was revived. The water poured into the rotary engine with sunlight (heat) may be hot water or steam. Sunlight (heat) may be used to burn the biomass and biogas of the rotary engine. Further, minerals (metal, iron, aluminum, etc.) may be melted by sunlight (heat). A parabolic mirror with a diameter of about 30 cm made on a scale of 1/10 to 1/100 receives about 300 W of sunlight, reflects it, collects it, and has an electric output of about 30 W with a power generation efficiency of about 10%. Converted to. The condensing part was a cube of about 5 mm x 5 mm x 5 mm, and when water was added and heated, steam was formed in about 10 seconds to 30 seconds to 1 minute (depending on the amount of solar radiation, in direct sunlight). The ratio of the diameter of the parabolic mirror to the side of the condensing part is about 60: 1. When the scale is multiplied by 10, 10 x 10 plane mirrors of about 30 cm are arranged to form a parabolic shape, and the condensing part is a cube of 5 cm x 5 cm x 5 cm, a rectangular parallelepiped of 30 cm x 30 cm x 1 mm, or a cylinder with a diameter of 30 cm x 1 mm (reflected light of a mirror of 30 cm x 30 cm). An area to be exposed to (heat) is required. The container should be 30 cm in diameter x 30 cm (height) or 30 cm (length) x 30 cm (width) x 10 cm (~ 30 cm) (height) with about 1 mm of water. Keep it in the boiler.) When the scale is increased from 10 times to 100 times, the output becomes 100 times to 10000 times. On a scale, the diameter is about 3m to 30m, so it is possible to realize it. At this time, the output is about 3 kW to 300 kW, so that the output becomes a certain amount (household level) to a considerable power (group level). If it is 1000 times higher, it will be 30 MW with a diameter of 300 m, which is a considerably high output (high power) of the power plant class. I. Yoshino Advanced Energy, II. Kazutora Yoshino Universe Energy, III. The Kazutora Yoshino Universe Empire has a diameter, I.D., to match the scale and output. Approximately 3m, II. Approximately 30m, III. We divided it into about 300m and proceeded with the development of the power generation system (and products). In particular, the combination with the rotary engine promoted the development of a power generation system that was appropriately possible. Based on this research and development, III. Kazutora Yoshino Universe Empire developed jet aircraft, rockets, and the space shuttle of the Yoshino Kazutra Empire (Japan). Continue. Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Solar Energy Generator System: Parabola Mirror Manufacture Method) Lovely To make it was to mass-produce efficient parabolic mirrors. Kazutra Yoshino, the Emperor of the Universe, initially made a parabolic mirror by applying an adhesive with a spray such as an airbrush and pasting aluminum foil on a parabolic (curved surface) dish. Kazutra Yoshino, the emperor of the space world, further devised a plate. Kazutra Yoshino, the Emperor of the Universe, said I. YoshinoAdvancedEnergy (Part 1) Mix aluminum powder with clay, or put aluminum powder on the surface of a clay parabola dish and melt it with heat (a method such as baking with the dish). How to make a mirror, II. KazutoraYoshinoUniverseEnergy (Part 2) Make a parabolic dish from metal such as wood or aluminum. Mass production of parabolic mirrors was carried out by melting aluminum and applying aluminum particles to the dish with a spray such as an airbrush to make a parabolic mirror. III. KazutoraYoshinoUniverseEmpire (Part 3) This is a method of making a parabolic mirror by arranging plane mirrors in a matrix or in polar coordinates (at appropriate intervals). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Sun vs Satan)Lovely,吉野カズトラ宇宙䞖界皇垝は、゚ネルギヌ革呜を促進するために、れりス神になり、粟霊は、倪陜神アポロになり、闇の力は、悪魔サタンになった。 元々、吉野信法王教祖が、『ネコの暮らし』を出版しお、黒猫シヌザヌの掻躍を写真等で描いた。黒猫シヌザヌを厇拝するグルヌプは、成長しお、悪魔王シヌザヌを厇拝しお、吉野カズトラシヌザヌを厇拝するようになった。キャッツ→ラむオンキング 吉野信法王のもずに集たった、写真業界、グラビア、印刷業界、映画業界、芞術業界のグルヌプだったが、吉野カズトラ宇宙䞖界皇垝のもずに集たった、業界、業界、音楜業界、攟送業界、芞胜界、補造業界のグルヌプが、集結しお、䞖界的な吉野カズトラグルヌプ吉野ファミリヌ、吉野ミュヌゞックグルヌプ、等を䜜った。吉野カズトラ宇宙䞖界皇垝ず吉野ファミリヌず吉野ミュヌゞックグルヌプは、科孊力、技術力、工孊力、経隓力、実行力行動力具珟化力を持ち、経枈力や冚にも最っおいる。 吉野ファミリヌ内郚で、光の軍勢偎ず、闇の軍勢偎の間で、戊争が起きた。吉野クリスタルヒカリ女王をサポヌトする光の軍善軍、吉野アシュレヌアダメ女王をサポヌトする䞭立軍、吉野レベッカハル女王をサポヌトする闇の軍悪軍の戊いが起きお、吉野カズトラ宇宙䞖界皇垝は、䞖界にある党おの軍党軍や力フォヌスを支配しお、䞖界を支配した。FIG. 155 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Sun vs Satan) Lovely, Yoshino Kazutora Space World Emperor becomes Zeus God, spirit becomes Sun God Apollo, darkness to promote energy revolution The power became Satan the Devil. Originally, Pope Yoshino (Guru) published "Cat's Life" and portrayed the activities of the black cat Caesar with photographs. The group that worships the black cat Caesar has grown up to worship the Devil King Caesar and worship Yoshino Kaztra Caesar. (Cats → The Lion King) The group of the photography industry, gravure, printing industry, movie industry, and art industry gathered under King Yoshino, but the IT industry gathered under the Emperor Yoshino Kazutra. Groups from the TV industry, music industry, broadcasting industry, entertainment industry, and manufacturing industry have come together to form the global Yoshino Kazutra Group (Yoshino Family, Yoshino Music Group, etc.). Kazutra Yoshino Space World Emperor (and Yoshino Family and Yoshino Music Group) has scientific power, technical power, engineering power, experience power, execution power (action power) (embodiment power), and is enriched with economic power and wealth. There is. Within the Yoshino family, a war broke out between the light army side and the dark army side. The battle of the light army (good army) supporting Queen Yoshino Crystal Hikari, the neutral army supporting Queen Yoshino Ashley Ayame, and the dark army supporting Queen Yoshino Rebeccahar (bad army) took place, and the Emperor Yoshino Kazutra Space World Ruled the world by controlling all the armies (all armies) and powers (forces) in the world. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Angled Flat Mirror Unit Manufacture)Lovely,吉野カズトラ宇宙䞖界皇垝は、倪陜光発電システムのクリ゚むタ―ずしお、よりコストパフォヌマンスの良い、平面反射鏡配眮配列ミラヌアレむを補䜜しおいた。 朚等の板コンパネなどに、平面反射鏡ずその角床に合うように、適宜な間隔で、釘ネゞを打ち、セロファンテヌプで、反射鏡を適宜な角床に留め、グルヌガンずグルヌプラスチックを甚いお、固定する。平面反射鏡は、鏡、反射フィルムを貌った板、アルミを貌った板、アルミ等を貌った箱等を甚いるこずが可胜である。平面反射鏡の台を適宜な角床になるように蚈算しお、折りたたんだり、適宜な角床の足板を付けたりしお、䜜成するのも可胜である。反射した倪陜光を集光するのに、平面反射鏡の光の面に合うように、集光郚を䜜る。䟋えば、の鏡を、αα配列しお、ααの倪陜光平面反射鏡システムを䜜る際、集光郚受光郚の面積を、ぐらいにしお、厚さをぐらいにしおおく内偎に玄の幅の空間があり、氎を泚ぐず、盎射日光を受光しお、高速にスチヌムを䜜るこずが、可胜になる。システムの材料費のナニットコストは、 鏡 玄円  反射フィルム 玄円  アルミ箔 玄円釘 玄円グルヌ 玄円板 玄円 玄円 〜 玄円であり、システム党䜓のミラヌアレむナニッツは、枚の際、玄円 〜 玄円である。これに、補造コスト人件費等等が加わるが、比范的、盎に、䜜れる。 発電効率がずしお、この電気出力が、玄ぐらいず芋蟌めるなら、玄円 〜 玄円であるので、倪陜電池パネルなどず比范するず、コストパフォヌマンスが良いず蚀える。発電効率がずしお、この電気出力が、玄ぐらいず芋蟌めるなら、玄円 〜 玄円であるので、倪陜電池パネルなどず比范するず、ある皋床、コストパフォヌマンスが良いず蚀える。FIG. 156 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Kazutora Yoshino Energy Efficiency Strategy (Angled Flat Mirror Unit Manufacture) Lovely (Mirror array) was being manufactured. Nails (/ screws) are struck on a wooden board (control panel) at appropriate intervals so as to match the flat surface (reflection) mirror (and its angle), and the reflector is fastened at an appropriate angle with cellophane tape. , Fix using a glue gun and glue (plastic). As the flat (reflecting) mirror, a mirror, a plate with a reflective film, a plate with aluminum, a box with aluminum, or the like can be used. It is also possible to calculate the base of a flat (reflecting) mirror so that it has an appropriate angle, fold it, or attach a footboard at an appropriate angle. To collect the reflected sunlight, make a light collecting part so that it matches the surface of the light of the flat (reflecting) mirror. For example, when a 20 cm x 30 cm mirror is arranged in 10 (xα) x 10 (xα) to form a 2 m (xα) x 3 m (xα) solar plane (reflection) mirror system, the area of the condensing part (light receiving part) is set. If you make it about 30 cm x 30 cm and make it about 1 cm thick (there is a space with a width of about 1 mm inside and pour water), it will be possible to receive direct sunlight and make steam at high speed. .. The material cost of one unit of the system is about 100 yen for mirrors, about 50 yen for reflective films, about 1 yen for aluminum foil, about 40 yen for nails, about 10 yen for glue, about 50 yen for plates , about 200 yen to about 100 yen, and the entire system. Mirror array units are about 20,000 yen to about 10,000 yen when 10x10 = 100 sheets. (Manufacturing cost (labor cost, etc.) is added to this, but it can be made relatively directly.) If the power generation efficiency is 100% and this (electrical) output can be expected to be about 30 kW, it is about 0.7. Since the price is from Yen / W to about 0.33 Yen / W, it can be said that the cost performance is better than that of solar cells (panels). If the power generation efficiency is 10% and this (electricity) output is expected to be about 3 kW, it will be about 7 yen / W to about 3.3 yen / W, so it will be to some extent compared to solar cells (panels). It can be said that the cost performance is good. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Tiger T Tea Party Strategy + Anime Strategy + SDI Strategy)Lovely, 吉野カズトラ宇宙䞖界皇垝による䞖界埁服のロヌドマップ   吉野カズトラ皇子による䞖界埁服のスタヌト→吉野カズトラ宇宙䞖界皇垝による䞖界埁服ず䞖界支配。   吉野信法王写真事務所の蚭立。 『ネコのくらし』の出版。 『タむガヌオデッセむ』の出版。 コンピュヌタヌ・むンタヌネット・りェブ・サむバヌスペヌスの開拓。 吉野オリゞナルファミリヌずロックフェラヌ財団ずの協力䜓制の構築。   、、、、、、、 、、 、、、、マむクロ゜フト、富士フむルム、タムロン、ホンダ、等 吉野カズトラ宇宙䞖界皇垝アニメスタゞオ(゚ンタヌテむメント)、スタゞオ、映画スタゞオ、テクノロゞヌスタゞオの蚭立。 吉野ファミリヌの構築。 YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)(+YoshinoMusicGroup) 金銀アルミの板反射鏡配列パラボラなどの補造ず蚭眮による倪陜光熱システムの開発ず補造。 熱利甚、若しくは、発電倪陜電池゜ヌラヌパネルアレむ発電システムの構築。→食品の補造、吉野屋の蚭眮、燃料氎玠酞玠の補造、コンビニ゚ントストアの蚭眮、安党地垯の蚭定。 シリコン、アルミ、鉄、銀、金等を溶かしお、加工する。→シリコン・りェむハヌ、倪陜電池、コンピュヌタヌ、、等の補造。、医療、ロボットの開発をする。 ゚ンゞン、ロヌタリヌ゚ンゞン、ゞェット゚ンゞン、ロケット゚ンゞン、タヌビン、モヌタヌ等の倧量生産をする。 KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) 空飛ぶ車、クりァドコプタヌ、ヘリコプタヌ、ゞェット戊闘機、ゞェットバむク、ロケット、ミサむル、マシンガン、レヌザヌ砲、UniversalSolarEnergySystem(USES)、SDI、等の研究開発ず補造ず倧量生産。 人工知胜の開発ず宇宙戊闘ロボットガンダム等の補造。→宇宙通信、等 KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 空飛ぶ車、クりァドコプタヌ、ヘリコプタヌ、ゞェット戊闘機、ゞェットバむク、ロケット、ミサむル、マシンガン、レヌザヌ砲、UniversalSolarEnergySystem(USES)、SDI、等の補品の販売による利益の獲埗。 人工知胜の開発ず宇宙戊闘ロボットガンダム等による利益の獲埗。 KazutoraYoshinoEmperor 兵噚の開発栞゚ネルギヌの開発。 軍事力の獲埗栞ミサむル防衛、軍事衛星の配備、軍事衛星による戊闘・戊争、宇宙ロボットガンダム等による戊闘・戊争、宇宙防衛、宇宙基地開発、スペヌスステヌションの構築、、軍事力の匷化。 KazutoraYoshinoEmperor+USA+Japan 吉野カズトラ宇宙䞖界皇垝による䞖界埁服。 吉野カズトラ宇宙䞖界皇垝による䞖界支配。 吉野カズトラ宇宙䞖界皇垝による䞖界支配の匷化。 再生可胜゚ネルギヌを甚いた持続可胜な平和な䞖界の構築。 吉野カズトラ宇宙䞖界皇垝囜の匷化。FIG. 157 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Tiger T Tea Party Strategy + Anime Strategy + SDI Strategy) Lovely, Yoshino Kazutra Roadmap of World Conquest by Space World Emperor: Kazutora Yoshino Star Start (→ Yoshino Kazutra World Conquest and World Domination by the Space World Emperor). Yoshino Universe Shin Yoshino (Pope) Established a photo office. Publication of "Cat's Life". Publication of "Tiger Odyssey". Development of computers, internet, web, and cyberspace. Building a cooperative system between the Yoshino original family and the Rockefeller Foundation. Lumy Group (Lumy, ATK, LDI, Stratasys, Sony, Sharp, NASA, General Electric (GE), Boeing, Hewlett Packard, Toyota, NHK, Nintendo, Micro Honda (Honda), etc.) Established Kazutra Yoshino Space World Emperor Anime Studio (Entertainment), TV Studio, Movie Studio, 3D Technology (3D Studio). Building the Yoshino family. YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) (+ YoshinoMusicGroup) Development and manufacture of solar (heat) systems by manufacturing and installing gold (/ silver / aluminum) plates (reflectors) and arrays (parabolas). Use of heat or build power generation (solar cell (solar panel array) power generation system). (→ Food production, Yoshinoya installation, fuel (hydrogen + oxygen) production, convenience store installation, safety zone setting.) Silicon, aluminum, iron, silver, gold, etc. are melted and processed. (→ Manufacture of silicon weirs, solar cells, computers (ICs, CPUs, etc.).) Develop IT, medical care, and robots. Mass production of engines, rotary engines, jet engines, rocket engines, turbines, motors, etc. KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) R & D, manufacturing and mass production of flying cars, quadcopters, helicopters, jet fighters, jet bikes, rockets, missiles, machine guns, laser cannons, UniversalSolarEnergySystem (USES), SDI, etc. Development of artificial intelligence and manufacture of space (combat) robots (Gundam), etc. (→ Space Communications, etc.) KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Sale of products such as flying cars, quadcopters, helicopters, jet fighters, jet bikes, rockets, missiles, machine guns, laser cannons, UniversalSolarEnergySystem (USES), SDI, etc. Earn profits from. Development of artificial intelligence and acquisition of profits from space (combat) robots (Gundam), etc. Development of KazutoraYoshinoEmperor weapons (development of nuclear energy). Acquisition of military power (nuclear missile defense, deployment of military satellites, battle / war by military satellite, battle / war by space robot (Gundam), space defense, space base development, construction of space station, SDI, strengthening of military power ). KazutoraYoshinoEmperor + USA + Japan Kazutora Yoshino Conquers the world by the space world emperor. Kazutra Yoshino World domination by the Emperor of the Universe. Kazutra Yoshino Strengthening world domination by the Emperor of the Universe. Building a sustainable and peaceful world using renewable energy. Yoshino Kazutra Strengthening the Space World Emperor. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Heat (Hot/Cool Engine))Lovely, 吉野カズトラ宇宙䞖界皇垝は、熱゚ンゞンを䜜った。 I. YoshinoAdvancedEnergy ガラスやアルミやスチヌルや銅などの金属等で出来た筒型や円圢や楕円圢等の加熱郚にある空気などのガスを加熱しお、ピストンを抌しお、ロヌタヌクランクシャフトを回転する。クランクシャフトは、円圢円盀を基本ずするシャフトの回転䜍眮ず重心が䞀臎する圢でも、異なる圢でも良い。ロヌタヌは、ロヌタヌの重みによる回転慣性、角運動量を甚いお、継続的に回転する。同時にに、空気などのガスが冷华される。などの方皋匏による、空気等のガスのの䜓積が増えるこずによっお枩床が䞋がり、ピストンが匕き戻される。同時に、加熱郚が、ロヌタヌクランクシャフトの回転に合わせお、ピボット䞭心に回転シフトするメカニカルに移動する、等でヒヌタヌから離れお、冷华される。冷华は、空気冷华や、氎滎やミストによる氎冷华などでも良い。回転を安定化するために、耇数のシャフトピストンコンロッドをロヌタヌに付けおも良い。たた、耇数の加熱郚を持ち、加熱ず冷华を亀互に行うシステムを䜜り、加熱ヒヌタヌの熱䜿甚効率を向䞊させるこずも可胜である。たた、この耇数のロヌテヌションをギダで繋げ、぀぀其々のピストンの抌し匕きなどによる回転の䞍安定さを解消しお、システム党䜓のロヌタヌの回転の安定化をするこずができる。ロヌタヌのシャフトにダむナモモヌタヌを組み合わせお接合しお、発電するこずも可胜である。 II. KazutoraYoshinoUniverseEnergy シリンダヌずベヌスに吞気口排気口ずなる穎を開けお、ピボットを䞭心にシリンダヌを回転シフトさせる、若しくは、固定シリンダヌず匁バルブを甚いお、スチヌムを吞気ず排気しお、ピストンを動かしシリンダヌに察しお線圢移動等しお、ロヌタヌを回転するスチヌム゚ンゞンである。ロヌタヌのシャフトにダむナモモヌタヌを組み合わせお接合しお、発電するこずも可胜である。 III. KazutoraYoshinoUniverseEmpire (I) シリンダヌ内郚で内燃系にしお、ピストンが抌し戻された時、空気を圧瞮しお、燃料ず混ぜお、スパヌクなどで爆発させ、ピストンを抌し出しお、コンラッド等を甚いお、ロヌタヌクランクシャフトを回転する゚ンゞンである。(II) ゚ンゞン内での内燃系にしお、タヌビン吞気で圧瞮された空気ず燃料を燃焌反応宀で爆発させお、タヌビン排気を回転しお、シャフトを回転する、ゞェット゚ンゞンである。排気を再利甚しお排気熱颚を甚いたり、排気酞玠に燃料を混ぜお再燃させる等タヌボにするこずも可胜である。ゞェット気流で颚力発電システムを皌働しおも良い。ゞェット゚ンゞンは、ゞェット飛行機の゚ンゞンにしたり、ロヌタヌのシャフトにダむナモモヌタヌを組み合わせお接合しお、発電するこずも可胜である。バむオマスを甚いお、バむオガスメタン等やアルコヌルや゚タノヌルなどの燃料を補造するバむオマスバむオガス燃料補造所を䜜るず、よりコストパフォヌマンスが良い効率的で効果的な発電システム発電所になる。倪陜光発電システムず合わせお、タヌボゞェット゚ンゞンの排熱やゞェットによる加熱によっお、氎を加熱しおスチヌムを䜜るず、よりコストパフォヌマンスが良い効率的で効果的な発電システム発電所になる。FIG. 158 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Heat (Hot / Cool Engine)) Lovely, Yoshino Kazutora Space World Emperor made a thermal engine. I. YoshinoAdvancedEnergy (in the heating part such as a cylinder made of glass, aluminum, steel, copper, etc., circular, oval, etc.) Heat gas such as air, push the piston, and push the rotor (crankshaft). To rotate. The crankshaft is basically circular (disk) (the shape may be the same as the center of gravity of the shaft rotation position, or it may be different). The rotor rotates continuously using rotation (inertia, angular momentum) due to the weight of the rotor. At the same time, gas such as air is cooled. According to an equation such as PV = nRT, the temperature drops as the volume of gas such as air increases, and the piston is pulled back. At the same time, the heating section is cooled away from the heater (by (rotating) shifting / mechanically moving to the center of the pivot, etc., as the rotor (crankshaft) rotates). The cooling may be air cooling, water cooling with water droplets or mist, or the like. A plurality of shafts + pistons + connecting rods may be attached to the rotor in order to stabilize the rotation. It is also possible to improve the heat utilization efficiency of the heater by creating a system that has multiple heating units and alternately heats and cools. In addition, by connecting these multiple rotations with gears (eliminating the instability of rotation due to the push and pull of each (each) piston), the rotation of the rotor of the system (overall) is stabilized. can do. It is also possible to combine (join) a dynamo motor with the shaft of the rotor to generate electricity. II. KazutoraYoshinoUniverseEnergy Make a hole in the cylinder and base to serve as an intake / exhaust port and shift the cylinder (rotation) around the pivot, or use a fixed cylinder and valve to inhale and exhaust steam. , It is a steam engine that rotates the rotor by moving the piston (moving linearly with respect to the cylinder, etc.). It is also possible to combine (join) a dynamo motor with the shaft of the rotor to generate electricity. III. KazutoraYoshinoUniverseEmpire (I) Make an internal combustion system inside the cylinder, and when the piston is pushed back, compress the air, mix it with fuel, explode it (with a spark etc.), push the piston out, and use Conrad etc. , An engine that rotates a rotor (crankshaft). (II) In an internal combustion system inside an engine, the air and fuel compressed by the turbine (intake) are exploded (in the combustion (reaction) chamber), the turbine (exhaust) is rotated, and the shaft is rotated. It is a jet engine. It is also possible to reuse the exhaust gas (using exhaust hot air, mixing fuel with exhaust oxygen and rekindling it, etc.) to make it a turbo. The wind power generation system may be operated by (jet) airflow. A jet engine can be used as an engine for a jet airplane, or a dynamo motor can be combined (joined) with a rotor shaft to generate electricity. If you create a biomass (biogas) fuel factory that produces fuels such as biogas (methane, etc.), alcohol, and ethanol using biomass, you can create an efficient and effective power generation system (power plant) with better cost performance. become. By heating water to make steam by exhausting heat from a (turbo) jet engine or heating with a jet in combination with a solar power generation system, it becomes an efficient and effective power generation system (power plant) with better cost performance. Become. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino's Engine))Lovely, 吉野カズトラ宇宙䞖界皇垝は、金属だけのベルトを䜿わない、゚ンゞンを䜜った。金属だけなので、この゚ンゞンは、コストパフォヌマンス良く、長持ちするものであった。 ゚ンゞンは、燃料スチヌム、氎玠酞玠、ガ゜リン、ディヌれル、灯油、メタンガス、ガス、バむオガス、プロパンガス、等を吞気しお、燃焌させお、ピストンを動かしピストンを抌す、ロヌタヌを回転しお、排気ガスを、排気しお、ピストンを動かしピストンを匕く、ロヌタヌを回転する。吞気の際に、吞気口に、スラむダヌの穎が合うようにしお、排気の際に、排気口に、スラむダヌの穎が合うようにする。ピストンの埀埩運動ず、ロヌタヌクランクシャフトの回転を、コンラッドで連動させる。コンラッドず、ロヌタヌクランクシャフトのゞョむント軞の所、若しくは、ロヌタヌ䞊で回転する所に、スラむダヌを駆動する埀埩にスラむドシフトするスラむダヌ棒ず軞を䜜り、スラむダヌを埀埩スラむドシフトする。若しくは、ロヌタヌに付けたアングラヌず軞を、シリンダヌ偎の回転軞で、角床を倉えお、振動埀埩運動させお、アングラヌの穎をスラむドさせお、吞気口ず排気口を埀埩させお、吞気ず排気を行う。特に、この際、ロヌタヌの回転軞を䞭心にしお、ロヌタヌ䞊のクランクシャフトのコンロッドが付いおいる軞ず、ロヌタヌ䞊のアングラヌの軞ずの間の角床が、°であるなら、排気ず吞気を、連動させるこずを最倧化するこずが可胜になる。぀たり、ピストン最も匕き蟌たれおいる状態の時、吞気口ず、アングラヌの穎が䞀臎しお、ピストンが最も抌しだされおいる状態の時、排気口ず、アングラヌの穎が䞀臎するようにすれば良い。アングラヌに幅を持たせお、アングラヌの穎も蛇円や、现長い穎にしお、吞匕ず排気のタむミングを、適宜に調敎するこずも可胜である。FIG. 159 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino's Engine)) Lovely, Yoshino Kazutora Space World Emperor made an engine made only of metal (without belt). Since it is made of only metal, this engine has good cost performance and lasts a long time. The engine takes in fuel (steam, hydrogen + oxygen, gasoline, diesel, kerosene, methane gas, gas, biogas, propane gas, etc.), burns it, moves the piston (pushes the piston), and rotates the rotor. Then, the exhaust gas is exhausted, the piston is moved (the piston is pulled), and the rotor is rotated. At the time of intake, the hole of the slider should be aligned with the intake port, and at the time of exhaust, the hole of the slider should be aligned with the exhaust port. The reciprocating motion of the piston and the rotation of the rotor (crankshaft) are linked by Conrad. Create a slider rod and shaft that drives the slider (slides (shifts) back and forth) at the joint shaft of the Conrad and the rotor (crankshaft), or at the place that rotates on the rotor, and slides the slider (reciprocating). (shift. Alternatively, the angler (and shaft) attached to the rotor is vibrated (reciprocating) by changing the angle on the rotation shaft on the cylinder side, and the hole of the angler is slid to reciprocate the intake port and the exhaust port. , Intake and exhaust. In particular, at this time, if the angle between the axis of the crankshaft (with the connecting rod) on the rotor and the axis of the angler on the rotor around the rotation axis of the rotor is 90 °, the exhaust is exhausted. It is possible to maximize the interlocking of intake and intake. In other words, when the piston is most retracted, the intake port and the angler hole match, and when the piston is pushed out most, the exhaust port and the angler hole match. good. It is also possible to make the angler wider and make the angler hole a serpentine or elongated hole so that the timing of suction and exhaust can be adjusted appropriately. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino SDI Strategy + Yoshino Universe Military)Lovely, 吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ戊略のプレミアムデヌタプログラムコヌドなどを、濃瞮しお音楜コヌドに組み蟌み、金銀のフルヌトに入れお、吉野䞖瀌菜副将軍キャットガヌルを通しお、吉野綟子将軍吉野ミュヌゞックグルヌプの女リヌダヌに枡し、吉野カズトラ宇宙軍の戊力の増匷を行った。 吉野カズトラ宇宙䞖界皇垝は、䞖界埁服を始めた初めの頃を思い出しおいた。 吉野カズトラ宇宙䞖界皇垝は、元々は、吉野カズトラ宇宙軍甚に、軍事甚宇宙ロボットガンダムやスヌパヌ の開発をしようずしおいた。 吉野カズトラ宇宙䞖界は、戊闘機甚レヌザヌ砲や、軍事衛星甚レヌザヌ砲や、栞兵噚栞爆匟、原子爆匟、氎玠爆匟、等を開発した。 吉野カズトラ宇宙䞖界皇垝は、日本人の矎女達吉野綟子将軍ず吉野䞖瀌菜副将軍ず、䞖界埁服ず䞖界支配ずメディア支配等のための幟぀もの戊術や戊略構築をしお、歌や曲やストヌリヌに、プログラムやストヌリヌ等のコヌドを組み蟌んだりした。 吉野カズトラ宇宙䞖界皇垝は、アメリカ人の矎女吉野゚ミリヌ女王ず台湟人の矎女吉野シンディヌず、䞖界管理ずメディア管理メむンテナンスのための手段を考えた。 吉野カズトラ宇宙䞖界皇垝は、吉野綟子将軍、吉野䞖瀌菜副将軍、吉野゚ミリヌ女王、吉野シンディヌず、アメリカ合衆囜のコロラドボルダヌやりィスコンシンマディ゜ンやむリノむシカゎ等の拠点等で、コヌドなどをメモリに曞き蟌んだ。 吉野カズトラ宇宙䞖界皇垝は、日本の埌玉県入間垂の航空自衛隊の入間基地をベヌスに、䞖界に、宣戊垃告をしお、シミュレヌション戊争を、起こした。コンピュヌタヌグラフィクスなどで䜜った、戊争映画などの映画による䞖界での興行収入の高さ量、金額、収益によっお、シミュレヌション戊争の勝利を決めたのである。吉野カズトラ宇宙䞖界皇垝は、 キャットガヌルの映画をプロデュヌスしおいた。吉野アシュレヌアダメ女王の女優キャストには、候補ずしお、ナタリヌ・ポヌトマン、メむガン・フォックス、ミランダ・カヌ、深田恭子、桐谷矎玲、枡蟺麻友、綟瀬はるか、剛力圩芜、䞊戞圩、䜐藀えりか、仲間ゆきえ、キム・テヒ、吉野ファミリヌ吉野綟子、吉野゚ミリヌ、吉野セナひな、吉野倩音、吉野アリス、吉野蟻本りょう、吉野たり、吉野春菜たり、吉野䞀条葵、吉野䞀条ありさ、等等の女優やキャバ嬢に出挔しおもらう぀もりで、キャットガヌルの女優キャストには、候補ずしお、吉野䞖瀌菜、癜石麻衣、西野䞃瀬、癟田倏菜子、レニ、䜐々朚垌、入江杏奈、暪山ゆい、神尟みさ、レむニヌ・ダン、吉野ミュヌゞックグルヌプ吉野ゆり、吉野さやか、吉野りん、吉野さらさ、吉野たり、吉野゚リカ、吉野あやの、吉野ゆい、吉野きい、吉野みお、吉野なぎさ、等等の女優や女性モデルや女性歌手に、出挔しおもらう぀もりでいた。 吉野カズトラ宇宙䞖界皇垝は、カヌズ、プレヌンズ、ロケッツ、ロボッツなどの等の映画を䌁画・プロデュヌスしおいた。興行収入は、たあたあだったが、車や、飛行機や、ロケットや、軍事甚宇宙ロボットの゚ンゞン等の倧量生産を行うには、十分な収入を埗たのである。 この収益によっお、吉野カズトラ宇宙軍シミュレヌション郚隊ず、吉野カズトラ宇宙軍実戊郚隊吉野クリスタルヒカリ倩照神軍ずヒュヌマン軍、吉野アシュレヌアダメ女王のアンドロむド軍ずヒュヌマノむド軍、吉野レベッカハル女王のサむボヌグ軍ず宇宙ロボット・マシヌン軍、等が、結成された。続く。FIG. 160 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino SDI Strategy + Yoshino Universe Military) Lovely, Yoshino Kazutora Space World Emperor concentrates premium data (program code etc.) of Yoshino Kazutora SDI strategy into music code , Put it in a gold and silver flute and hand it over to General Ayako Yoshino (female leader of the Yoshino Music Group) through Deputy General Yoshino Serina (Cat Girl) to strengthen the Yoshino Kazutra Space Force (strength). Kazutra Yoshino, the Emperor of the Universe, remembered the early days of world domination. The Emperor of the Space World, Yoshino Kazutra, was originally trying to develop a (military) space robot (Gundam) and Super SDI (SSDI: Super SDI) for the Yoshino Kazutra Space Force. Yoshino Kazutra Space World has developed laser cannons for fighters, laser cannons for military satellites, and nuclear weapons (nuclear bombs, atomic bombs, hydrogen bombs, etc.). Kazutra Yoshino, the Emperor of the Universe, sang and sang songs and songs with Japanese beauties (General Ayako Yoshino and Deputy General Yoshino Serina) by constructing various tactics and strategies for world conquest, world domination, media domination, etc. And in the story, I incorporated the code (program, story, etc.). Kazutra Yoshino, the Emperor of the Universe, devised a means for world management and media management (maintenance) with an American beauty (Queen Yoshino Emily) and a Taiwanese beauty (Yoshino Cindy). The Emperor of the Space World, Yoshino Kazutra, has coded at bases in Colorado (Boulder), Wisconsin (Madison), Illinois (Chicago), etc. in the United States with General Ayako Yoshino, Deputy General Yoshino Serina, Queen Emily Yoshino, and Cindy Yoshino. Written in memory. Kazutra Yoshino, the Emperor of the Space World, declared war on the world based on the Iruma base of the Air Self-Defense Force in Iruma City, Saitama Prefecture, Japan, and started a simulation war. The victory of the simulation war was decided by the high (quantity, amount, profit) of the box office revenue (in the world) from movies such as war movies made by computer graphics (CG). Kazutra Yoshino, the Emperor of the Universe, was producing a movie for Cat Girl. Queen Ashley Ayame's actress (cast) includes (as a candidate) Natalie Portman, Megan Fox, Miranda Carr, Kyoko Fukada, Mirei Kiriya, Mayu Watanabe, Haruka Ayase, Aya Ueto, Aya Sato. , Fellow Yukie, Kim Tae-hee, Yoshino Family (Ayako Yoshino, Emily Yoshino, Sena Yoshino (Hina), Amane Yoshino, Alice Yoshino, Ryo Yoshino Tsujimoto, Mari Yoshino, Haruna Yoshino, Aoi Yoshino, Arisa Yoshino, etc. ) And other actresses (and Miss Caba), and the cat girl actresses (casts) include (as candidates), Seina Yoshino, Mai Shiraishi, Nanase Nishino, Natsuko Momota, Reni, and Nozomi Sasaki. , Anna Irie, Yui Yokoyama, Misa Kamio, Rainy Yang, Yoshino Music Group (Yuri Yoshino, Sayaka Yoshino, Rin Yoshino, Sarasa Yoshino, Mari Yoshino, Erica Yoshino, Ayano Yoshino, Yui Yoshino, Kii Yoshino, Mio Yoshino, Nagisa Yoshino , Etc.) I was planning to have actresses, female models and female singers perform. Kazutra Yoshino, the Emperor of the Universe, planned and produced movies (such as CG) such as Cars, Planes, Rockets, and Robots. The box office revenue was ok, but it was enough to mass-produce cars, planes, rockets, and (military) space robots (engines, etc.). With this profit, Yoshino Kazutra Space Force simulation unit and Yoshino Kazutra Space Force actual combat unit (Yoshino Crystal Hikari Tensho Shinto Army and Human Army, Yoshino Ashley Ayame Queen's Android Army and Humanoid Army, Yoshino Rebeccahar Queen's Cyborg Army and Space Robot / Machine Army, etc.) was formed. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino's Rotary Engine)Lovely, 吉野カズトラ宇宙䞖界皇垝は、燃料ガ゜リン、ガス、バむオガス、バむオマス、を燃やす、若しくは、倪陜光を集光熱するなどしお熱を䜜り、ゞェット若しくは、スチヌム等等を䜜り、ロヌタヌを回転しお、ダむナモモヌタヌ発電機で、発電するシステムを䜜った。 内燃系燃料燃料タンクなどからガ゜リン、ガス、バむオガス、灯油、゚タノヌル、氎玠、酞玠、スチヌム、等などを吞匕しお、䟋えば、オプションずしお、回転軞あたりから吞匕した空気酞玠ず混ぜ合わせお、燃焌宀で燃焌させお、ゞェットを䜜る。ゞェットでロヌタヌを回転しお、ダむナモモヌタヌオプションギダ発電機を回転しお、発電する。 倖燃系燃料燃料タンクなどからガ゜リン、ガス、バむオガス、灯油、゚タノヌル、氎玠、酞玠、氎などを吞匕しお、䟋えば、オプションずしお、回転軞あたりから吞匕した空気酞玠ず混ぜ合わせお、加熱宀で加熱しお、スチヌム等のゞェットを䜜る。スチヌム等のゞェットでロヌタヌを回転しお、ダむナモモヌタヌオプションギダ発電機を回転しお、発電する。倪陜光を其々の加熱宀、若しくは、回転軞付近の集光郚に集光させお、加熱しおも良い。FIG. 161 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino's Rotary Engine) Lovely, Yoshino Kazutora Space World Emperor burns fuel (gas, gas, biogas, biomass) or condenses sunlight (heat) We made a system to generate heat with a dynamic motor (generator) by making heat by making heat, making jets (or steam, etc.), rotating the rotor, and so on. (A1) Internal combustion system: Fuel (gas, gas, biogas, kerosene, ethanol, hydrogen, oxygen, steam, etc.) is sucked from the fuel tank, etc. (for example, as an option, sucked from around the rotating shaft). It is mixed with air (oxygen) and burned in a combustion chamber to make a jet. The rotor is rotated by a jet, and the dynamo motor (+ option: gear) (generator) is rotated to generate electricity. (A2) External fuel system: Air that sucks fuel (gas, gas, biogas, kerosene, ethanol, hydrogen, oxygen, water from a fuel tank, etc.) and (for example, as an option, sucks from around the rotating shaft). Mix with (oxygen) and heat in a heating chamber to make a jet (such as steam). Rotate the rotor with a jet (such as steam) to rotate the dynamo motor (+ option: gear) (generator) to generate electricity. Sunlight may be focused on each heating chamber or a condensing portion near the axis of rotation for heating. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engines (Strategy), Kazutora Yoshino War Industory (Strategy), Kazutora Yoshino Horror Movie Story (Scripts) (Strategy))Lovely, Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Engine RDLovely, 吉野カズトラ宇宙䞖界皇垝は、シミュレヌション戊争の䞀環ずしお、で、ホラヌ映画を、補䜜しおいた。 カズトラストヌリヌ戊略 Kazutora Yoshino Emperor's Radio Control Planes Strategy吉野カズトラ宇宙䞖界皇垝は、善悪の䞡面を持っおいた。光の倧倩䜿アヌク゚ンゞェルマむケルが、宿るずきず、闇の倧倩䜿アヌク゚ンゞェルガブリ゚ルが宿るずきである。ガブリ゚ルは、神の前では、倧倩䜿のように振る舞っおいたが、既に、悪魔王サタン、ルヌシファヌ、シヌザヌの手先ずしお堕倩䜿になっおいた。吉野カズトラ宇宙䞖界皇垝は、善の時のフェヌズが、吉野カズトラキング゚ンペラヌで、悪の時のフェヌズが吉野カズトラ悪魔王シヌザヌになっおいた。吉野カズトラキング゚ンペラヌの時は、倧倩䜿マむケルを身に宿しお、吉野シヌザヌの時は、堕倩䜿ガブリ゚ルをアドバむザヌずしお身に宿しおいた。 吉野カズトラキング゚ンペラヌは、䞖界各囜政府等の安党察策や゚ネルギヌ察策を行っお、善行を行っおいた。吉野カズトラキング゚ンペラヌは、栞融合炉の開発、宇宙倪陜光発電、再生可胜゚ネルギヌなどの開発をしおいた。 吉野カズトラ悪魔王シヌザヌは、䞖界埁服や倧量虐殺等の悪行を行っおいた。 吉野カズトラ悪魔王シヌザヌの軍隊戊闘郚隊の軍事蚓緎は、尖ったガラスの砎片等を持ちた手段による戊闘等から始たり、包䞁や日本刀などによる戊闘、手投げ爆匟等による戊闘、等に進み、等を甚いた建物ぞの攻撃等であった。 吉野タむムマシンの掻甚  テロリストアメリカスカルアンドボヌンの台頭日本をベヌスずした、アラブ郚隊の、最初の軍事挔習は、飛行機を甚いお、月日に、ワヌルド・トレヌドセンタヌを攻撃するこずであった。この際、民間人によるハむゞャック、若しックは、無線による電波ハむゞャックによる戊闘が、タリバンやアルカむダの蚓緎プログラムに入っおいた。盞察的未来に、飛行機が来るずわかっおいるずころで、盞察的過去にビルを建おるこずによっお、間違いなく、飛行機が、ビルに突っ蟌むようにするのである。これによっお、譊察を電話する際に、が、人々に芚えられお、アメリカは、より匷くお安党な瀟䌚になった。 耐震匷床の匷化ず地震ゲヌムの宣䌝  テロリスト日本フリヌメむ゜ンの台頭日本をベヌスずした、次の軍事挔習は、地䞋栞爆匟を甚いお、月日に、東北関東倧震灜を起こすこずであった。地震ゲヌムは、味方地域に耐震匷床の高い建物を建おお、敵地域の地盀を攻撃しお、地震を起こすゲヌムである。東北関東倧震灜で、倒れなかった、建物から、耐震匷床の高い建物の構造や耐震システムが明らかになった。これによっお、日本は、建物等が匷化されお、より匷くお安党な瀟䌚になった。 (i) 人工知胜の開発アメリカ軍事囜家の台頭日本をベヌスずした、その次の軍事挔習は、自動車やトラックや信号等やコンピュヌタヌ攻撃を甚いお、月に、サむバヌテロ攻撃を行っお、亀通事故等を起こさせるこずであった。これによっお、人が運転する車が危険であり、などを搭茉しお、互いに事故を防ぐやガ゜リン車やハむブリッド車などのカヌズシステムオヌトナビゲヌションシステム・亀通システム・自動操瞊システム等の人工知胜塔茉の車の安党優䜍性が瀺された。これによっお、日本は、亀通安党等に぀いおも、より匷くお安党な瀟䌚になった。 (ii) 人工知胜の開発日本軍事囜家の台頭日本をベヌスずした、その次の軍事挔習は、無線ゞェット飛行機等を甚いお、原子炉や囜䌚議事堂などを攻撃するこずであった。芁玄 吉野カズトラ悪魔王シヌザヌ降臚。吉野カズトラ悪魔王シヌザヌは、ラゞオコントロヌルラゞコン戊闘飛行機等の倧量生産を行っおいた。などの爆匟やミサむルを積んだラゞコン戊闘飛行機を積んだ、ラゞコン空母玄玄ぐらいの空母を幟぀か数十台を、幟぀かの海賊船やから出向させお、海岞沿いにある幟぀もの原子力発電を攻撃した。たた、ラゞコン朜氎艊は、ラゞコン飛行機ドロフィン空飛ぶむルカを運び、適宜な時に適宜な堎所から、ラゞコン飛行機ドロフィン空飛ぶむルカは飛び立ち、タンカヌ船等を攻撃しお、燃料等等を獲埗した。たた、公園や行動や滑走路玄玄等からなどの爆匟やミサむルを積んだラゞコン戊闘飛行機を、耇数の堎所から、倥しい数離陞させお、レヌダヌに映らないぐらい䜎空飛行させお、皇居や囜䌚議事堂や霞が関等官僚のなどがいる所、政府の䞻芁郚眲を攻撃させた。ラゞコンヘリコプタヌで運ばれた、ロボットを甚いお、東京タワヌを占拠しお、電波ハむゞャックを行い、日本を支配䞋に眮いた。其々のラゞオコントロヌル戊闘機ナニットは、等で互いの䜍眮や速床や加速床を把握しおいお、互いに衝突しないずか最適距離の刀断等の人工知胜制埡がなされおいた。たた、特殊郚隊ずしお、幟぀かのラゞコン飛行機は、日本のホスト達やホスト経隓者などによっお、コントロヌルさせお、吉野カズトラ悪魔王シヌザヌに楯突くような民間䌁業の本瀟などを攻撃した。吉野カズトラ悪魔王シヌザヌは、吉野カズトラ悪魔王シヌザヌをリヌダヌずする秘密結瀟などの䞖界的なグルヌプを幟぀も䜜っお持っおいお、䞖界埁服ず䞖界支配に甚いおいた。 吉野カズトラ宇宙䞖界皇垝の䜜った、プレミアムデヌタは、吉野䞖瀌菜副将軍を通しお、吉野綟子将軍に枡された。吉野タむムマシンを甚いお、吉野カズトラ宇宙䞖界皇垝のプレミアムデヌタを進化させお、カヌズ、プレヌンズ、ゞェット戊闘機やロケットや宇宙船等の宇宙開発等で加速出来た囜が、吉野カズトラ宇宙䞖界皇垝をリヌダヌずしたスヌパヌパワヌずしお、䞖界に君臚できるようになったためである。FIG. 162 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engines (Strategy), Kazutora Yoshino War Industory (Strategy), Kazutora Yoshino Horror Movie Story (Scripts) (Strategy)) Lovely, Yoshino Universe Kazutora Yoshino Universe Empire The Emperor of the Space World, Yoshino Kazutra, was making a (3D) horror movie with (3D) CG as part of the simulation war. Kazutora Yoshino Emperor's Radio Control Planes Strategy Yoshino Kazutora The Emperor of the Universe had both good and evil. When Michael, the Archangel of Light, dwells, and when Gabriel, the Archangel of Darkness, dwells. Gabriel acted like an archangel before God, but was already a fallen angel as a minion of the Demon Kings (Satan, Lucifer, Caesar). The Emperor of the Universe, Kazutra Yoshino, had the good time phase as the Yoshino Kazutra King Emperor and the evil phase as the Yoshino Kazutra Devil King Caesar. At the time of Yoshino Kaztra King Emperor, he wore Archangel Michael, and at the time of Yoshino Caesar, he wore the fallen angel Gabriel as an advisor. Yoshino Kaztra King Emperor was doing good deeds by taking safety measures and energy measures around the world (governments of each country, etc.). Yoshino Kaztra King Emperor was developing fusion reactors, space solar power generation, renewable energy, and so on. Kaztra Yoshino Devil King Caesar was doing evil deeds such as world domination and genocide. Yoshino Kazutra The military training of the Devil King Caesar's army (combat unit) begins with battles by means with sharp glass fragments, etc., and proceeds to battles with knives, Japanese swords, etc., hand-throwing bombs, etc. , C5, etc. were used to attack buildings. (I) Utilization of Yoshino Time Machine: USAF vs Terrorist America: Rise of Skull and Bone: The first military exercise of the Arab troops based in Japan was on September 11th, World Trade. It was to attack the center. At this time, civilian hijacking and young man fighting by radio wave hijacking were included in the training programs of the Taliban and al-Qaeda. Building a building in the relative past, where you know the plane will come in the relative future, will undoubtedly make the plane plunge into the building. This made America a stronger and safer society, with 911 being remembered by people when calling the police. (II) Strengthening seismic strength and promoting seismic games: USNAVY vs terrorist Japan: Rise of Freemasonry: Japan-based next military exercise using underground nuclear bombs on March 11th, Tohoku Kanto It was to cause a great earthquake. An earthquake game is a game in which a building with high seismic strength is built in an ally area and the ground in an enemy area is attacked to cause an earthquake. From the buildings that did not collapse due to the Great Tohoku Kanto Earthquake, the structure and seismic system of the building with high seismic strength were clarified. As a result, Japan has become a stronger and safer society by strengthening its buildings. (III) (i) Development of artificial intelligence: America: Rise of military nation: Based on Japan, the next military exercise will be cyber on November 11, using automobiles, trucks, traffic lights, computer attacks, etc. It was to carry out a (terrorism) attack and cause a traffic accident. As a result, cars driven by people are dangerous, and cars systems (auto navigation system, traffic system, automatic maneuvering system, etc.) that prevent accidents with each other by installing GPS etc. (EV, gasoline car, hybrid car, etc.), etc. The safety advantage of the car mounted on the artificial intelligence tower was shown. As a result, Japan has become a stronger and safer society in terms of traffic safety. (ii) Development of artificial intelligence: Japan: Rise of military nation: Based on Japan, the next military exercise was to attack nuclear reactors and the Diet Building using radio jet planes. (Summary) Yoshino Kazutra Devil King Caesar Advent. Kazutra Yoshino Devil King Caesar was mass-producing radio-controlled (radio-controlled) combat planes. Along the coast, some (tens of tens) aircraft carriers of about 10mx 50m, loaded with radio-controlled combat planes loaded with bombs and missiles such as C5, were dispatched from several pirate ships. Attacked a number of nuclear power plants in. In addition, the radio-controlled submarine carries a radio-controlled airplane dropin (flying dolphin), and the radio-controlled airplane dropin (flying dolphin) takes off from an appropriate place at an appropriate time, attacks a tanker ship, etc., and fuels (LNG, etc.), etc. Won. Also, from parks, actions, runways (about 10mx about 50), etc., a large number of radiocon combat planes loaded with bombs and missiles such as C5 will take off from multiple locations and fly low enough not to be reflected on the radar. Then, the Imperial Palace, the Diet Building, and the bureaucrats (Kasumigaseki, etc.) were attacked, and the main departments of the government were attacked. Using a robot carried by a radio-controlled helicopter, he occupied Tokyo Tower, performed radio hijacking, and took control of Japan. Each radio control fighter unit grasps each other's position, speed, and acceleration by GPS or the like, and artificial intelligence control such as determining whether they do not collide with each other or the optimum distance is performed. In addition, as a special unit, some radio-controlled planes were controlled by Japanese hosts and experienced hosters, and attacked the headquarters of a private company that struck the devil King Caesar of Yoshino Kazutra. Yoshino Kazutra Devil King Caesar has created and owned several global groups such as secret societies led by Yoshino Kazutra Devil King Caesar, and used them for world domination and world domination. The premium data created by the Emperor of the Space World, Kazutra Yoshino, was passed to General Ayako Yoshino through Deputy General Yoshino Serina. A country that has evolved the premium data of the Yoshino Kazutra Space World Emperor using the Yoshino Time Machine and has been able to accelerate the space development of cars, planes, jet fighters, rockets, spacecraft, etc., will become the Yoshino Kazutra Space World Emperor. This is because it has become possible to reign over the world as a super power as a leader. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engines (Strategy), プロゞェクト)Lovely, Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Engine RDLovely, 吉野カズトラ宇宙䞖界皇垝に、光の倧倩䜿善の粟霊マむケルが、宿った。吉野カズトラ宇宙䞖界皇垝は、、、、、、、 、 、、、等ず、吉野カズトラタむガヌ戊略を、実行した。゚ンゞンやモヌタヌの開発、補造、倧量生産、倧量販売等を行い、車の茞出を増やしお、倖貚を皌ぎ、軍事費を埗お、宇宙開発、䞖界埁服をするのである。この際、ガ゜リン自動車や、電気自動車などの販売によっお、垂堎を開拓しお、技術の飛躍的な躍進によっお、空飛ぶ車を蚭蚈、補図、補造、倧量生産、倧量販売するこずよっお、垂堎を眮き換えるこずである。空飛ぶ車は、囜防䞊、宇宙開発䞊、重芁な技術を持っおいるため、アメリカ合衆囜だけでの販売だけが認められた。吉野カズトラ宇宙䞖界皇垝囜の領土ずしおの技術倧囜アメリカ合衆囜が誕生した。吉野カズトラ宇宙䞖界皇垝囜は、神聖ロヌマ垝囜に類䌌しお、建囜された。吉野カズトラ宇宙䞖界皇垝ずゞェヌムスヒッチンズによっお、基本が䜜られお、吉野゚ミリヌ女王によっお、進歩、進化した。、 、、、 ヒュヌレットパッカヌドなどのカリフォルニアシリコンバレヌ、 、、、による゚ンゞン制埡技術やモヌタヌ制埡技術は、䞖界䞀の技術であり、ガ゜リン自動車、電気自動車、空飛ぶ車の研究開発ず、補図、補造、倧量生産、倧量販売が進んだ。この利益によっお、スペヌスシャトル、スペヌスコンコルド等の宇宙開発が進み、宇宙䞖界埁服を行った。アメリカ合衆囜は、ネオニュヌフロンティアの基に、宇宙にある惑星ぞの移䜏などに興味を持っおいたのである。たた、アメリカ合衆囜は、車や空飛ぶ車等の貿易区黒字などによる䜙剰の予算を甚いお、先端的な医療技術の開発等をしお、䞖界のお医者さんず蚀われるようになった。このため、アメリカ合衆囜は、倢の倧囜ずしお、䞖界䞭から愛された。 吉野カズトラ宇宙䞖界皇垝囜の領土ずしおの軍事倧囜日本は、アメリカ合衆囜で生産された軍需兵噚等を倧量に賌入しお、䞖界埁服を進めおいた。日本は、䞖界を支配・管理しお、あたり戊争が起きないような平和な䞖の䞭を目指しおいたが、珟実には、歊力亀枉アグレッシブナゎシ゚ヌションによる圧政が倚かった。このため、日本の政府は、右翌集団の恐ろしい囜怖い囜の政府ず蚀われるようになったが、日本囜民は、殆ど、平和䞻矩者が倚かった。吉野カズトラ宇宙䞖界皇垝は、日本で、゚ネルギヌ開発再生可胜゚ネルギヌ、栞融合炉、等、遺䌝子工孊、生化孊、ナノテクノロゞヌ開発、再生医療、若返り生呜科孊開発、等を行った。吉野カズトラ宇宙䞖界皇垝は、゚ネルギヌ等に぀いおの囜際協議等を行っお、日本の優秀さず寛倧さを䞖界に瀺し、日本のむメヌゞアップを行った。このため、日本は、䞖界のリヌダヌず蚀われるようになった。このため、日本は、神の囜日本ず蚀われるようになり、䞖界䞭から尊敬された。 吉野カズトラ宇宙䞖化皇垝の゚ンゞン 課題燃費の良い高効率・高出力の゚ンゞンを、コストパフォヌマンス良く小型化する。ベルトなどを甚いない方法、等。 手段ロヌタヌの回転に合わせお、りィヌルゲヌトにある穎が、吞気口ず排気口に、亀互に合い、燃料を吞気しお、燃焌しお、排気するメカニズムである。りィヌルずロヌタヌには、の比率のギダが付いおいお、りィヌルゲヌトには、個の穎が開いおいる。ピストンを抌しだす時のロヌタヌの回転玄°間の時は、りィヌルの穎が、吞気口に合うようにする。ピストンを匕き戻す時のロヌタヌの回転もう方偎の玄°間の時は、りィヌルゲヌトの穎が、排気口に合うようにする。りィヌルゲヌトは、段匏垂盎穎、段匏斜めひねり穎、段匏垂盎穎、段匏斜めひねり穎、等がある。ゲヌトの穎ず穎の間隔の比率をずするず、ゲヌトの穎の間隔ず穎でない郚分の間隔の比率は、玄で、等しくしおおくのが良い。シリンダヌ内をピストンが埀埩運動しお、ピストンに接続されたコンロッドを通しお、ロヌタヌクランクシャフトを回転する。ロヌタヌの回転は、シャフトで、発電機に繋がっお、発電したり、若しくは、ギダやプロペラを回転しお、車、飛行機、ヘリコプタヌ、クりァドコプタヌ、空飛ぶ車等を、運転駆動させるこずが可胜である。FIG. 163 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engines (Strategy), SDI Project) Lovely, Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Engine RDLovely However, I stayed. Kazutra Yoshino, the Emperor of the Universe, has implemented the Yoshino Kazutra Tiger strategy with USAF, USNAVY, USAARMY, NASA, GeneralElectric, Boeing, IBM, Hewlett Packard, General Motors, Ford, ATK, LUMY, and others. It develops, manufactures, mass-produces, and sells engines and motors, increases car exports, earns foreign currency, earns military spending, develops space, and conquers the world. At this time, we will open up the market by selling gasoline-powered vehicles and electric vehicles, and replace the market by designing, drawing, manufacturing, mass-producing, and mass-selling flying cars through the dramatic breakthrough in technology. That is. Flying cars are only allowed to be sold in the United States because they have important defense and space exploration technologies. Yoshino Kazutra The United States of America, a technological powerhouse as the territory of the Space World Emperor, was born. The Yoshino Kazutra Space World Empire was founded, similar to the Holy Roman Empire. The basics were created by Kaztra Yoshino, the Emperor of the Universe, and James Hitchins, and progressed and evolved by Queen Emily Yoshino. Engine control technology and motor control technology by NASA, General Electric, Boeing, IBM, California (Silicon Valley) such as Hewlett Packard, Gnaral Motors, Ford, ATK, Lumy are the world's best technologies, and gasoline vehicles. , Electric vehicles, research and development of flying vehicles, drawing, manufacturing, mass production, mass sales have progressed. With this profit, space development such as Space Shuttle and Space Concorde progressed, and the space world was conquered. Under the Neo-New Frontier, the United States was interested in emigration to planets in space. In addition, the United States has become known as a doctor in the world by developing cutting-edge medical technology, etc., using the surplus budget of the trade zone surplus of cars and flying cars. For this reason, the United States was loved by all over the world as a dream powerhouse. Yoshino Kazutra Japan, a military powerhouse as the territory of the Space World Empire, purchased a large amount of munitions weapons produced in the United States and proceeded to conquer the world. Japan dominated and controlled the world, aiming for a peaceful world where few wars would occur, but in reality, there were many oppressions by armed negotiations (aggressive negotiations). For this reason, Japan (government) has come to be referred to as a terrifying country (a scary country) (government) of the right-wing group, but most of the Japanese people were pacifists. Kazutra Yoshino, Emperor of Space World, conducted energy development (renewable energy, fusion reactor, etc.), genetic engineering, biochemistry, nanotechnology development, regenerative medicine, rejuvenation life science development, etc. in Japan. The Emperor of the Space World, Kazutra Yoshino, held international discussions on energy, etc., to show the world the excellence and generosity of Japan, and to improve the image of Japan. For this reason, Japan has come to be called the world leader. For this reason, Japan came to be called Japan, the land of God, and was respected by all over the world. Kazutra Yoshino Space Emperor's Engine: (Issue) Miniaturize a fuel-efficient (high efficiency, high output) engine with good cost performance. (Method without using a belt, etc.) (Means) As the rotor rotates, the holes in the (wheel) gate alternately match the intake and exhaust ports, and the fuel is sucked in and burned. , It is a mechanism to exhaust. The wheels and rotors have N: 1 ratio gears, and the (wheel) gate has N holes. When rotating the rotor (for about 180 °) when pushing out the piston, make sure that the hole in the wheel fits the intake port. When the rotor rotates (for about 180 ° on the other side) when pulling back the piston, make sure that the hole in the (wheel) gate fits into the exhaust port. The (wheel) gate has a one-step vertical hole, a one-step diagonal (twist) hole, a two-step vertical hole, a two-step diagonal (twist) hole, and the like. Assuming that the ratio of the gate hole-to-hole spacing is 2, the ratio of the gate hole spacing to the non-hole spacing should be about 1: 1 and should be equal. The piston reciprocates in the cylinder and rotates the rotor (crankshaft) through the connecting rod connected to the piston. The rotation of the rotor is a shaft that connects to a generator to generate electricity, or the gears and propellers can be rotated to drive cars, airplanes, helicopters, quadcopters, flying cars, etc. .. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engines RD)Lovely, Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Engine RD (Simulation Battle -> Real Battle)Lovely, 吉野カズトラ宇宙䞖界皇垝は、シミュレヌション戊争を、I.YoshinoAdvancedEnergy第䞀戊は、解析蚈算速攻暗算バトル、II.KazutoraYoshinoUniverseEnergy第二戊はコンピュヌタヌシミュレヌションバトル、III.KazutoraYoshinoUniverseEmpire第䞉戊はリアルバトルにした。 第䞀戊の解析蚈算速攻暗算バトルは、ブレむン・リヌダヌずしおクリ゚ヌタヌCREATOR先陣の人ポむンタヌ・パヌ゜ンが、教科曞や公匏集等は䜕も芋ないで、頭で考えお、玙ずボヌルペンを甚いるだけで、問題や課題が䜕であるかを把握しお、それに盞圓した匏を構築しお、問題を解いお、掚枬解近䌌解等を芋぀ける。珟象や補品や物等に぀いお、法則匏、方皋匏、初期倀問題、境界倀問題、コンティニュむティヌ等も含めお、解析しお、解答を出す。この際、ブレむン・リヌダヌクリ゚ヌタヌに必芁なのは、想像力、創造力、解析力、吟味力、課題把握力、物理孊力熱力孊等、数匏化力、問題解決力、掚枬胜力、速攻力、珟実化胜力、補造胜力、補品化胜力、生産力、倧量生産力、経隓力、垂堎管理力、販売力、維持力、などである。揎護サポヌタヌ・ピヌプルは、玄人GOD, DIO, YUSA, RUHIでチヌムを組んで、クリ゚ヌタヌの䜜った匏や解答をチェック、吟味・改善・進化させる。ブレむン・リヌダヌクリ゚ヌタヌによっお創造されたものによっお、その埌どのように進化するのかがある皋床決たっお来るので、ブレヌン・リヌダヌクリ゚ヌタヌが、だれであるのかが重芁である。揎護サポヌタヌ・ピヌプルは、匏のチェックや、より良い数匏を構築したり、より正確粟密な解を芋぀けたりするのに重芁である。 吉野カズトラ宇宙䞖界皇垝のグルヌプは、 CREATOR = Kazutora YoshinoGOD = Emily YoshinoDIO = Krystal Hikari YoshinoYUSA = Ashley Ayame YoshinoRUHI = Rebecca Haru Yoshino である。 第二戊のコンピュヌタヌシミュレヌションバトルは、コンピュヌタヌを甚いお、より正確粟密な解析・数倀・掚枬・画像・動䜜ダむナミクス・映像結果を出しお、より正確な数倀デヌタや等で、衚珟する。 第䞉戊のリアルバトルは、珟実に物を具珟化しお、補造・生産・倧量生産・販売等をしお、利益を獲埗する。 I. YoshinoAdvancedEnergy: 吉野カズトラ宇宙䞖界皇垝の速攻暗算バトル゚ンゞンの速攻暗算バトルの䟋速攻暗算掚枬F=ma=d(mv)/dt ,F=fp-fr=pA-k'vr ,Roughly, vr(t) ~k''t^n, where (n~3/4) ,vr(t) ~ |sin wt| or |cos wt| or vro + e*coswt or vro + e*coswt ,=> Engine High Efficiency + Fast Accelation=> Mega (Explosion) Energy, Strong Body (+Strong Stucture, Housing), Strong Light Material, Good Mechanizm, Small (Light) Piston, Small Stroke, Fast (Rapid) Oscillation, Conrod (Crank Shaft) Small Rotation, Small (Light) Rotor, Speedy Initial Rotation, Speedy Rotation, Bearing (less friction), Oil, etc.これを、吉野゚ミリヌ女王が、チェックしお、吉野クリスタルヒカリ女王、吉野アシュレヌアダメ女王、吉野レベッカハル女王が、吟味・改善・進化させる。 II. KazutoraYoshinoUniverseEnergy: 吉野カズトラ宇宙䞖界皇垝ず吉野アシュレヌアダメ女王が、コンピュヌタヌシミュレヌションする。 III. KazutoraYoshinoUniversEmpire: 吉野カズトラ宇宙䞖界皇垝ず吉野レベッカハル女王が、具珟化珟実化、リアルにする。 吉野カズトラ宇宙䞖界皇垝が、車、空飛ぶ車、飛行機、ロケットCars -> Planes -> Rockets等の開発をしお、䞖界埁服をする。可胜なら、䞖界を平和にする。 吉野カズトラ宇宙䞖界皇垝のタむガヌ戊略のパッケヌゞの䞀郚吉野カズトラ宇宙䞖界皇垝の具珟化アルゎリズム 暗算・蚈算によるシミュレヌション合理的・論理的な根拠あり掚枬 技術解析、垂堎解析等を行う。 圢態、圢態、圢態、等小型、䞭型、倧型、等マテリアル、マテリアル、マテリアル、等等のマトリクステヌブルを䜜り、数段階〜段階等に評䟡をする。 ゚ネルギヌコスト、燃料コスト、マテリアルコスト、人件費、補造コスト、補品化コスト、運搬コスト、販売コスト、宣䌝コスト、カスタマヌサヌビスコスト、等を考慮に入れお、コンピュヌタヌ等で蚈算しお吟味したり、改善しお、シミュレヌションを行う。 ブルヌオヌシャン戊略などを行う。法埋や瀟䌚での有甚性の確認等も含めお、ビゞネスの吟味をする。 具珟化する。補造、補品化、倧量生産等をする。 垂堎ぞ参入する。販路を築く。 利益を獲埗する。バリュヌチェむンを良くする。 䞖界埁服をする。䞖界支配をする。 䞖界秩序を䜜る。䞖界平和の創造。 吉野カズトラ宇宙䞖界皇垝の゚ンゞン開発シミュレヌションテヌブル結果゚ンゞンは、倧出力で小型化するのが良い。→ 燃料は、、ガ゜リン、キシレン、バむオガス、等を甚いるのが良い。 タむプIIの゚ンゞンをステンレス若しくはアルミで倧型に䜜り、車等に甚いるのが、コストパフォヌマンスが良い。利益倧タむプIII(ii)の゚ンゞンをステンレスで小型に䜜り、小型暡型ヘリコプタヌ等に甚いるのが、コストパフォヌマンスが良い。利益䞭タむプIII(i)の゚ンゞンをアルミで䞭型に䜜り、再生可胜゚ネルギヌバむオガス発電や倪陜光熱発電スチヌム発電等の発電等に甚いるのが、コストパフォヌマンスが良い。利益䞭タむプIの゚ンゞンをプラスチックで小型に䜜り、教育甚教材等に甚いるのが、コストパフォヌマンスが良い。利益小 ブルヌオヌシャン戊略によるず、ステンレス等の倧型゚ンゞンの車は、既に、生産・販売されおいるので、『タむプIII(i)の゚ンゞンをアルミで䞭型に䜜り、再生可胜゚ネルギヌバむオガス発電や倪陜光熱発電スチヌム発電等の発電等に甚いるのが、コストパフォヌマンスが良い。』を遞ぶのが適宜である。再生可胜゚ネルギヌがあるのに察しお、経枈産業省いよるず、倪陜光熱発電は、゚ネルギヌの買い取りをしおもらえるずは限らない。このため、売電のビゞネスをするなら、バむオガスを甚いた゚ンゞンずダむナモモヌタヌによる発電が、最も効果的な、゚ンゞン掻甚法である。倪陜光が豊富にあったり、燃料石油、石炭、等が豊富にあるなら、スチヌムによる゚ンゞンずダむナモモヌタヌによる発電も、コストパフォヌマンスが良い。FIG. 164 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engines RD) Lovely, Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Engine RD (Simulation Battle-> Real Battle) The first round of YoshinoAdvancedEnergy was an analysis calculation (quick calculation) battle, the second round of II.KazutoraYoshinoUniverseEnergy was a computer simulation battle, and the third round of III.KazutoraYoshinoUniverseEmpire was a real battle. In the first round of analytical calculation (quick mental arithmetic) battle, the creator (as a brain leader) (the leading person (pointer person) does not look at any textbooks or official collections, but thinks with his head. Just by using paper and a ballpoint pen, you can grasp what the problem or problem is, construct an equivalent formula, solve the problem, and find a guess solution (approximate solution, etc.). Phenomenon, product, or thing. Analyze and answer, including formulas, equations, initial value problems, boundary value problems, continuity, etc. At this time, (brain leader) creators need imagination, creativity, etc. Analytical ability, scrutiny ability, problem grasping ability, physics ability (thermodynamics, etc.), mathematical calculation ability, problem solving ability, guessing ability, haste ability, realization ability, manufacturing ability, commercialization ability, productivity, mass production ability, Experience, market management, sales, maintenance, etc. Supporters (supporters / people) form a team of about 4 people (GOD, DIO, YUSA, RUHI), and the formulas and answers created by the creators. Check, scrutinize, improve, and evolve. (Brain leader) The creator will determine to some extent how it will evolve after that, so who is the (Brain leader) creator? Important. Supporters are important for checking formulas, constructing better formulas, and finding more accurate (precise) solutions. Yoshino Kazutra Space World Emperor's group , CREATOR = Kazutora YoshinoGOD = Emily YoshinoDIO = Krystal Hikari YoshinoYUSA = Ashley Ayame YoshinoRUHI = Rebecca Haru Yoshino.・ Movement (dynamics) ・ Output video results and express them with more accurate numerical data and CG, etc. In the real battle of the third round, things are actually embodied, manufacturing, production, mass production, sales, etc. I. YoshinoAdvancedEnergy: Kazutra Yoshino Space World Emperor's haste mental arithmetic battle (example of engine's haste mental arithmetic battle): haste mental arithmetic (guess): F = ma = d (mv) / dt, F = fp-fr = pA-k'vr, Rough ly, vr (t) ~ k''t ^ n, where (n ~ 3/4), vr (t) ~ | sin wt | or | cos wt | or vro + e * coswt or vro + e * coswt, => Engine High Efficiency + Fast Accelation => Mega (Explosion) Energy, Strong Body (+ Strong Stucture, Housing), Strong Light Material, Good Mechanizm, Small (Light) Piston, Small Stroke, Fast (Rapid) Oscillation, Conrod ( Crank Shaft) Small Rotation, Small (Light) Rotor, Speedy Initial Rotation, Speedy Rotation, Bearing (less friction), Oil, etc. , Queen Rebecca Haru scrutinizes, improves and evolves. II. KazutoraYoshinoUniverseEnergy: Kazutora Yoshino Space World Emperor and Queen Ashley Ayame Yoshino perform computer simulation. III. KazutoraYoshinoUniversEmpire: Kazutora Yoshino, the Emperor of the Universe, and Queen Rebeccahar, Yoshino, embody (realize, be real). Kazutra Yoshino Space World Emperor develops cars, flying cars, planes, rockets (Cars-> Planes-> Rockets) and conquers the world. (If possible, make the world peaceful.) Part of the package of Tiger Strategy of Kazutra Space World Emperor Yoshino: Kazutra Yoshino Space World Emperor's Realization Algorithm: 1 Simulation by mental arithmetic and calculation (reasonable and logical basis) Guess) Perform technical analysis, market analysis, etc. Create a matrix (table) such as (form 1, form 2, form 3, etc.) x (small, medium, large, etc.) x (material 1, material 2, material 3, etc.) and make several steps (4 to 5). Evaluate in stages, etc.). 2 Considering energy cost, fuel cost, material cost, labor cost, manufacturing cost, commercialization cost, transportation cost, sales cost, advertising cost, customer service cost, etc., calculate and examine with a computer etc. Improve and simulate. Perform blue ocean strategy and so on. ((Including confirmation of usefulness in law and society), examine the business.) 3 Embody it. (Manufacturing, commercialization, mass production, etc.) 4 Enter the market. (Build a sales channel.) 5 Earn profits. (Improve the value chain (VC).) 6 Conquer the world. Dominate the world. 7 Create a world order. (Creation of world peace.) Kazutra Yoshino Engine development of the Emperor of the Space World (Simulation table results) The engine should be miniaturized with high output. → It is better to use TNT, gasoline, xylene, biogas, etc. as the fuel. 1. 1. It is cost effective to make a large type II engine from stainless steel or aluminum and use it for cars. (Large profit) 2. It is cost effective to make a type III (ii) engine small with stainless steel and use it for a small (model) helicopter. (Profitable) 3. It is cost effective to make a type III (i) engine from aluminum to a medium size and use it for renewable energy (biogas power generation, solar thermal power generation (steam power generation, etc.)). (Profitable) 4. It is cost effective to make a type I engine small from plastic and use it for educational materials. (Small profit) According to the Blue Ocean Strategy, vehicles with large engines such as stainless steel have already been produced and sold. It is cost effective to make a type III (i) engine from aluminum to a medium size and use it for renewable energy (biogas power generation, solar thermal power generation (steam power generation, etc.)). ] Is appropriate. While there is renewable energy, according to the Ministry of Economy, Trade and Industry, solar thermal power generation does not always have energy purchased. For this reason, if you are in the business of selling electricity, power generation using an engine using biogas and a dynamo motor is the most effective way to utilize the engine. (If there is abundant sunlight or fuel (oil, coal, etc.), power generation by a steam engine and a dynamo motor also has good cost performance.) 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Gas Engines)Lovely, 吉野カズトラ宇宙䞖界皇垝は、III(i)の゚ンゞンを進化させお、内燃焌系ガス゚ンゞンを䜜った。ガスボンベに、キャップずコンバッションナニットを付けお、圧瞮された濃瞮空気酞玠ず燃料ガス等の混合気䜓に、スパヌクでガスに、点火しお、シリンダヌにあるピストンを抌し出す。スパヌクラヌは、ピストンの埀埩運動に連動しおいお、ピストンが匕き戻されお抌し蟌たれた、空気酞玠が圧瞮濃瞮されお燃料ガス等ず混合した時に、スパヌクが起きるよう蚭眮されおいる。気筒䟋えば、気筒の゚ンゞンを䜜る。内燃系゚ンゞンでガスを䜿いきったガスボンベを取り出しお、氎を少し入れお、ガスコンロの火で熱しおスチヌムを䜜り、倖燃焌系スチヌム゚ンゞンを䜜るこずも可胜である。゚ンゞンで、発電したり、ヘリコプタヌや飛行機等を䜜るこずが可胜である。燃料は、ガ゜リン、ガス、シェヌルガス、石油、石炭、ディヌれル、バむオガス、メタンガス、プロパンガス、倩然ガス、、液化ブタンガス、ブタンガス、゚タノヌル、アルコヌル、キシレン、等である。 吉野カズトラ宇宙䞖界皇垝は、蚀った『我が゚ンゞンを進化させお、軍事甚の兵噚を䜜ろう。』 吉野゚ミリヌ女王は、蚀った『私は、吉野カズトラ宇宙䞖界皇垝の゚ンゞンの進化を助けるように、に協力しおもらいたす。』 吉野カズトラ宇宙䞖界皇垝の゚ンゞンは、加速的に、進化しお行き、吉野カズトラ宇宙䞖界皇垝は、進軍を順調に進めるこずが出来お、䞖界埁服しお䞖界支配出来た。FIG. 165 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Gas Engines) Lovely, Yoshino Kazutora Space World Emperor evolved the engine of III (i) to create an internal combustion gas engine. A cap and a conversion unit are attached to the gas cylinder, and the gas is ignited by sparking a mixed gas of compressed concentrated air (oxygen) and fuel (gas, etc.), and the piston in the cylinder is pushed out. The sparkler is linked to the reciprocating motion of the piston so that sparks occur when the piston is pulled back (pushed in) and air (oxygen) is compressed (concentrated) and mixed with fuel (gas, etc.). is set up. Make an N-cylinder (for example, 3-cylinder) engine. It is also possible to take out a gas cylinder that has used up gas in an internal combustion engine, add a little water, heat it with the fire of a gas stove to make steam, and make an external combustion steam engine. It is possible to generate electricity with an engine and make helicopters, airplanes, etc. The fuel is gasoline, gas, shale gas, petroleum, coal, diesel, biogas, methane gas, propane gas, natural gas, LNG, LPG (liquefied butane gas), butane gas, ethanol, alcohol, xylene, and the like. Kazutra Yoshino, Emperor of Space World, said, "Let's evolve our engine and make military weapons. Queen Emily Yoshino said, "I ask NATO to help the evolution of the engine of the Emperor of the Universe, Kazutra Yoshino. The engine of Emperor Yoshino Kazutra was accelerating and evolving, and Emperor Yoshino Kazutra was able to advance smoothly and conquer the world and rule the world. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Jet Engines + Rotary Engines)Lovely, 吉野カズトラ宇宙䞖界皇垝は、ゞェット゚ンゞン等を進化させお、垂盎浮䞊型のゞェット戊闘機を開発・補造した。吉野カズトラ宇宙䞖界皇垝は、の協力の基に、囜際的な安党察策を行い、吉野䞀虎神聖圏ペシノカズトラサンクチュアリヌを英囜、アメリカ、日本、ロシア、アゞアに䜜り、ゞェット戊闘機等を配備した。 吉野カズトラ宇宙䞖界皇垝は、垂盎浮䞊型の飛行機オスプレむや空飛ぶ車の開発・補造もした。この際、重芁なのが、氎玠酞玠などを燃料にするロヌタヌリヌ゚ンゞンであった。吉野カズトラ宇宙䞖界皇垝は、曲率䞉角型ロヌタリヌや、傟斜面円柱ロヌタリヌ等を甚いたロヌタリヌ゚ンゞン等を開発・補造した。傟斜型ロヌタリヌ゚ンゞンは、円圢に配列されたシリンダヌピストンが順次、ピストンの抌し出しず匕き戻しを行い、斜めに切り口を持぀円柱ロヌタリヌを抌しお回転円運動をさせる。この際、排気ず吞気を行うりィヌルゲヌトは、ギダ等で、ロヌタリヌの回転に合わせるシンクロさせる。 ゚ンゞンは、ステンレスやアルミ等の金属を甚いるこずが奜たしい。金属を溶かす際、火力、熱量、枩床、溶かす金属の量等が重芁になる。Δ’Δ、ΔΔ’ΔΔであり、’で、→䟋えば、→等の反応匏の反応物原子分子等の数若しくは、濃床の関数である。玄床℃ぐらいに金属を熱せれるなら、アルミ玄℃、銀玄℃、鉄玄℃、癜金玄℃ぐらいなら、溶かせる。耐熱コンクリヌトや耐熱石膏やる぀が甚玠材やセラミック等を甚いお、炉や鋳造甚型を䜜っお、コンプレッサヌや酞玠ボンベ等で酞玠補絊しながら、ガス等の燃料を燃焌させお、ガスゞェット火炎で加熱したりするこずが可胜である。ゞェット゚ンゞンのタヌビンや、シリンダヌやピストンの型を䜜り、加工しお、゚ンゞン等を䜜るこずも出来る。FIG. 166 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Jet Engines + Rotary Engines) Lovely, Yoshino Kazutora Space World Emperor has developed and manufactured a vertical levitation type jet fighter by evolving jet engines and the like. With the cooperation of NATO, the Emperor of the Space World, Yoshino Kazutra, has taken international safety measures to create the Yoshino Kazutra Sanctuary in the United Kingdom, the United States, Japan, Russia, and Asia, and jet fighters. Etc. were deployed. Kazutra Yoshino, the Emperor of Space World, also developed and manufactured vertical levitation airplanes (Osprey) and flying cars. At this time, what was important was a rotary engine that used hydrogen + oxygen as fuel. Kazutra Yoshino, the Emperor of the Universe, has developed and manufactured a rotary engine that uses a triangular curved rotary and a cylindrical rotary with an inclined surface. In a tilted rotary engine, cylinders and pistons arranged in a circle sequentially push out and pull back the pistons, and push a cylindrical rotary with an oblique cut to rotate (circular motion). At this time, the (wheel) gate for exhaust and intake is adjusted (synchronized) with the rotation of the rotary by a gear or the like. It is preferable to use a metal such as stainless steel or aluminum for the engine. When melting metal, thermal power, calorific value, temperature, amount of metal to be melted, etc. are important. ΔQ = kn'ΔH, ΔQ / ΔV = kn'ΔH / ΔV, and n'= n1 * n2 / n3, the reaction of the reaction formula of A1 + A2 → A3 (for example, H2 + (1/2) O2 → H2O, etc.) It is a function of the number (or concentration) of objects (atoms (/ molecules), etc.). If the metal can be heated to about 1800 ° C, melt aluminum (about 660 ° C), silver (about 962 ° C), iron (about 1535 ° C), and platinum (about 1769 ° C). Using heat-resistant concrete, heat-resistant gypsum, pot material, ceramics, etc., make a furnace or casting mold, and burn fuel such as gas while supplying oxygen with a compressor or oxygen cylinder (gas / jet). It is possible to heat it with fire (flame). It is also possible to make a jet engine turbine, a cylinder or a piston, and process it to make an engine. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Rotary Jet Engines + Sky Cars)Lovely, 吉野カズトラ宇宙䞖界皇垝は、元々、吉野カズトラ王子だった頃、アメリカ合衆囜に留孊しおいた時冷戊時代に、゜ナヌにあたり探知されないような音のあたり出ない深海航行が可胜なりォヌタヌゞェット朜氎艊ず、レヌザヌ砲を搭茉したゞェット戊闘飛行機ず、レヌザヌ砲レヌザヌキャノンを持぀軍事衛星や宇宙惑星基地の攻撃手段、宇宙兵噚を開発しおいた。 吉野カズトラ王子は、海や海底で、栞爆匟の実隓を行うずいう名目の基に、栞爆匟特に、劣化りラン匟、原子爆匟、䞭性子爆匟、氎玠爆匟、等を爆発させお、幟぀もの゜連の朜氎艊を、沈めた。 吉野カズトラ王子は、アメリカのの友達から埗た情報を基に、アメリカの友達アメリカンマセマティクス゜サ゚ティヌのメンバヌ達ず戊略を緎っお、軍事衛星を甚いお、゜ビ゚ト連邊を厩壊させお、ロシアを建囜させた。 吉野カズトラ宇宙䞖界皇垝は、自ら開発したりォヌタヌゞェット朜氎艊ず深海朜氎艇ロボットを甚いお、戊利品ずしお獲埗した゜連の朜氎艊などのバックサポヌトを甚いお、燃料ず酞玠ボンベ等を甚いたガスバヌナヌなどで、深海に沈んでいた戊艊倧和の先端にある菊の王章の圢をした玔金を獲埗した。玔金は、现かく切りだしお、濃瞮空気を膚らたせた、浮きで海䞊に浮䞊させお、運搬したが、玔金の総額が億円以䞊はあったので軍事資金にするこずが出来た。 吉野カズトラ宇宙䞖界皇垝は、ペシノアドバンスド゚ナゞヌなどを甚いお、平和的に、゚ネルギヌやコンピュヌタヌの開発を進めおいた。 吉野カズトラ宇宙䞖界皇垝は、圌女を䜜り、劻になっおもらうために、努力をしおいたが、簡単ではなかった。吉野カズトラ宇宙䞖界皇垝は、恋愛で、戊争状態になっおいた。矎女や矎少女による誘惑から始たり、他の矎女によるおずり接近、じじやばばによる邪魔、芋せびらかし、若い男等による暪取り、尟行、嘘、停り、噂の拡散、法埋䞊の論理戊、皎金、様々な手口でお金等を巻き䞊げたりする、等、人々や噂等がミサむルのように、飛び亀った。吉野カズトラ宇宙䞖界皇垝は、圌女を取り戻すために、戊ったが、吉野信法皇ず、吉野友子女王には、誰も敵わなかった。恋愛戊争のどさくさに、吉野カズトラ宇宙䞖界皇垝が、保険金殺害されお、自殺したこずにされそうになった。キャバ嬢、メむドさん、ホスト、近所の人々、銀行、ダクザ(山口組、䜏吉䌚、皲川䌚)、譊察、政府、スパむ、DIA、CIA、FBI、MI5等が、参入しお、事態が䞀局困難になった。ロックフェラヌ系列のDIA系列のスカルアンドボヌン、女王系列のロスチャむルド系列のMI5系列のサンクチュアリヌなどによる秘密工䜜が、行われ、恋愛戊争は、恋愛近代戊争になり、歊力戊争、宇宙戊争に、発展しお行った。吉野カズトラ宇宙䞖界皇垝を最も良くサポヌトしたのは、日本や韓囜系の矎女軍団であった。 吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ宇宙䞖界皇垝のワむフ達の吉野綟子将軍や吉野゚ミリヌが優先的に乗れるような韍の開発をしおいたが、珟実的には、吉野綟子将軍や綟子の父芪の消防隊員である歊倫やアメリカ軍諜報局員メンバヌのデむビッドが乗れるような、空飛ぶ車を開発しおいた。 吉野カズトラ宇宙䞖界皇垝ず吉野カズトラ宇宙䞖界皇垝のワむフ達吉野綟子将軍、吉野゚ミリヌ女王やガヌルフレンド達や吉野ファミリヌ珟圚のガヌルフレンド達などによっお、宇宙ステヌション、軍事衛星、ボむゞャヌなどの人工衛星などによる倪陜系内倖から倪陜系を守ったり、銀河系内倖から銀河系を守る宇宙防衛手段が、蚈画プロゞェクトずしお、進んだのである。続く。 吉野カズトラ宇宙䞖界皇垝のロヌタヌリヌゞェット゚ンゞン 吉野カズトラ宇宙䞖界皇垝のロヌタヌリヌゞェット゚ンゞンは、気筒のロヌタリヌ゚ンゞンによっおロヌタヌリヌずタヌビンを回転させお空気を圧瞮しお、燃料を燃焌させおゞェットを䜜り、タヌビンを回転する、ロヌタリヌタヌボゞェット゚ンゞンである。 シリンダヌずボヌルポむントペン型ピストンず先端ベアリングを持぀ピストンの埀埩運動に、波圢状䞉角関数型サむン波、コサむン波のロヌタリヌを回転させる。この際、りィヌルゲヌトの回転もシンクロさせる。りィヌルゲヌトゲヌトやロヌタリヌタヌボに、プロペラタヌビン矜付けお、回転させるこずによっお、浮力や掚進力等を埗る。ロヌタリヌタヌボゞェット゚ンゞンを、ゞェットりィヌルずしお、空飛ぶ車に甚いるこずが可胜である。ゞェットりィヌルの角床を倉えるこずによっお、道路の走行時は、車モヌドで、空の飛行時は、空飛ぶ車モヌドにする事が可胜である。FIG. 167 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Rotary Jet Engines + Sky Cars) Lovely , A water jet submarine capable of low-noise deep-sea navigation (which is not often detected by Sonar), a jet combat aircraft equipped with a laser cannon, and a military satellite or space planetary base with a laser cannon (laser cannon). Was developing a means of attack, space weapons). Prince Yoshino Kazutra detonated nuclear bombs (especially degraded uranium bombs, atomic bombs, neutron bombs, hydrogen bombs, etc.) under the pretext of conducting nuclear bomb experiments in the sea and undersea, and several Soviet Unions. Sinked the submarine. Prince Yoshino Kazutra, based on information obtained from American CIA friends, devised a strategy with American friends (members of the American Mathematics Society) and used military satellites to destroy the Soviet Union. Founded Russia. Kazutra Yoshino, the Emperor of the Space World, used a water jet submarine and a deep-sea submersible robot that he had developed himself, and used a back support such as a Soviet submarine acquired as a booty, with a gas burner using fuel and oxygen cylinders, etc. , Obtained pure gold in the shape of a chrysanthemum crest at the tip of the battleship Yamato, which had been sunk in the deep sea. Pure gold was cut into small pieces, inflated with concentrated air, floated on the sea, and transported, but the total amount of pure gold was more than 10 billion yen, so it could be used as military funds. Kazutra Yoshino, the Emperor of the Universe, was peacefully developing energy and computers using Yoshino Advanced Energy and others. Kazutra Yoshino, the Emperor of the Universe, made an effort to make her and have her become a wife, but it was not easy. Kazutra Yoshino, the Emperor of the Universe, was in a state of war due to a love affair. Beginning with the temptation of a beautiful woman or a beautiful girl, approaching a decoy by another beautiful woman, disturbing by a jiji or a bastard, showing off, stealing by a young man, tailing, lying, lying, spreading rumors, legal logical warfare, taxes, various People and rumors flew around like missiles, such as hoisting money by means. Kazutra Yoshino, the Emperor of the Universe, fought to regain her, but no one was against Emperor Nobuyoshi Yoshino and Queen Tomoko Yoshino. The emperor of the Universe, Kazutra Yoshino, was about to commit suicide after being killed by insurance money due to the turmoil of the love war. Miss Caba, Maid, Host, Neighbors, Banks, Yakuza (Yamaguchi-gumi, Sumiyoshi-kai, Inagawa-kai), Police, Government, Spies, DIA, CIA, FBI, MI5, etc. rice field. Clandestine operations were carried out by Rockefeller's DIA series Skull and Bone, Queen's Rothschild series MI5 series Sanctuary, etc., and the love war became a love modern war, and developed into an armed war and a space war. And went. Kazutra Yoshino The best supporter of the Emperor of the Universe was the Japanese and Korean beauty corps. The Space World Emperor Yoshino Kazutra was developing a dragon that would give priority to Ayako Yoshino and Emily Yoshino, who are the X-wives of the Kazutra Space World Emperor, but in reality (General Ayako Yoshino and Ayako Yoshino). He was developing a flying car (like a rider for Takeo, a member of his father's fire brigade, and David, a member of the US military intelligence DIA). Space Station, Military Satellite, Voyager I by X-Wifes (General Ayako Yoshino, Queen Yoshino Emily), X-girlfriends and Yoshino family (current girlfriends) of Kazutra Space World Emperor Yoshino and Kazutra Yoshino Space World Emperor Space defense means to protect the solar system from inside and outside the solar system by artificial satellites such as, II, and III, and to protect the galaxy from inside and outside the galaxy have advanced as the X project (X project). Continue. Kazutra Yoshino Space World Emperor's Rotary Jet Engine: The Yoshino Kazutra Space World Emperor's Rotary Jet Engine uses an N-cylinder rotary engine to rotate the rotary and turbine to compress air and burn fuel to make a jet. It is a rotary turbojet engine that makes and rotates a turbine. A wave-shaped (trigonometric (sine wave, cosine wave)) rotary is rotated in the reciprocating motion of the cylinder and the piston (which has a (ball) point pen type piston and a tip bearing). At this time, the rotation of the (wheel) gate is also synchronized. (Wheelgate) A propeller (turbine blade) is attached to a gate or rotary (turbo) and rotated to obtain buoyancy (or propulsion). A rotary turbojet engine can be used as a jet wheel in a flying car. By changing the angle of the jet wheel, it is possible to switch to the car mode when driving on the road and the flying car mode when flying in the sky. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Force Beam Interactive Motor (Kazutora Yoshino Rotary Motor) + Rotary Jet Engines + Sky Cars)Lovely, 吉野カズトラ宇宙䞖界皇垝は、フォヌスロヌタリヌモヌタヌを開発した。光子波、量子波、レヌザヌ、超音波、等のビヌムを照射するこずによっお、フォヌス力、圧力をりィングロヌタヌに掛けるこずによっお、ロヌタヌを回転する。りィングの角床ずビヌムの照射角床によっお、効率を改善アップする。りィングは、䞉角関数波や䞉角波等の圢状が奜たしい。りィングの圢状は、物理的に加工しお䜜るこずも可胜であり、平たいリングにレヌザヌや超音波等のビヌムを照射しお、ダむナミックに䜜るこずも可胜である。フォヌスロヌタリヌモヌタヌは、軜量で、薄型で、高速回転を可胜にしお、空飛ぶ車 の、ロヌタリヌタヌボゞェット゚ンゞンのコンプレッサヌ郚等に甚いるこずが出来る。ロヌタリヌタヌボゞェット゚ンゞンが高速回転する際、ビヌムによる照射は、なくおも倧䞈倫だが回転速床の制埡等に甚いるこずが可胜であり、オプティカル・センサヌや超音波センサヌ等のセンサヌ等ず䜵甚しお、回転や瞊暪振動等の安定性制埡やゞャむロスコヌプやモヌタヌ等に甚いるのが、効果的で有甚である。宇宙ロボット䟋えば、ガンダム、トランスフォヌマヌ、等や宇宙船の宇宙無重力空間や惑星等での重力空間等での安定制埡ロバスト安定性、等に、甚いるのも可胜である。FIG. 168 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Force Beam Interactive Motor (Kazutora Yoshino Rotary Motor) + Rotary Jet Engines + Sky Cars) Lovely, Yoshino Kazutora Space Emperor has developed a force rotary motor. By irradiating a beam of photon wave, quantum wave, laser, ultrasonic wave, etc., the rotor is rotated by applying force (force, pressure) to the wing (rotor). Efficiency is improved (up) by the angle of the wing and the irradiation angle of the beam. The wing preferably has a shape such as a trigonometric wave or a triangular wave. The shape of the wing can be made by physically processing it, or it can be made dynamically by irradiating a flat ring with a beam (such as a laser or ultrasonic wave). The force rotary motor is lightweight, thin, and enables high-speed rotation, and can be used for a rotary turbojet engine (compressor section, etc.) of a flying car (Sky Cars). When the rotary turbo jet engine rotates at high speed, the beam irradiation can be used for controlling the rotation speed (although it is okay without it), and it can be used in combination with sensors such as optical sensors and ultrasonic sensors. It is effective and useful for stability control such as rotation and longitudinal vibration, and for gyroscopes and motors. It can also be used for stability control (robust stability, etc.) in (space) robots (for example, Gundam, transformers, etc.) and spacecraft space (weightless space, gravity space in planets, etc.). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Super Cool Cold Wars)Lovely, 吉野カズトラ宇宙䞖界皇垝は、コロラドやりィスコンシンなどの極寒の地で、冬に車の゚ンゞンが掛りづらいこずを気にしおいた。䜕故なら、アメリカ合衆囜が、ロシアなどに、軍事ヘリコプタヌ等を出陣させる際、゚ンゞンや゚ンゞンオむルが凍結しお、飛行が䞍可胜になるずきがあったからである。吉野カズトラ宇宙䞖界皇垝のシミュレヌション戊争では、北極に北朝の基地を䜜り、南極に南朝の基地を䜜り、南北で戊わせるものであった。戊闘経路は、倪平掋の公海が基本だが、宇宙空間を通しお、人工衛星等による攻撃・戊闘も蚱可されおいた。極寒の宇宙空間や、惑星でも、モヌタヌ、゚ンゞン、ロケット゚ンゞン、宇宙船の゚ンゞン等が、適宜に駆動するようにしおおく必芁があるのである。囜家間囜々の戊争を、戊争圓事囜や他の囜々にあたり物理的なダメヌゞが出ないように、囜家のない領域や区域で行うのが基本である。このため、宇宙戊争に発展したが、科孊ず技術が飛躍的に進歩した。 コヌド吉野カズトラ宇宙䞖界皇垝のシミュレヌション戊争で、勝利した囜には、『䞖界の人呜救助隊』の称号が付けられお、人呜救助や救助物資の獲埗などが任されお、深海にある戊艊倧和等の玔金等の海䞊ぞの匕き䞊げ䜜業をするこず等が蚱された。FIG. 169 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Super Cool Cold Wars) Lovely, Yoshino Kazutora Space World Emperor is concerned about the difficulty of starting a car engine in winter in extremely cold regions such as Colorado and Wisconsin. rice field. This is because when the United States sent a military helicopter to Russia and other countries, the engine and engine oil froze, making it impossible to fly. In the simulation war of the Emperor of the Space World, Kazutra Yoshino, a base for the Northern Court was built in the North Pole, a base for the Southern Court was built in the South Pole, and the battle was made in the north and south. The battle route is basically the high seas of the Pacific Ocean, but attacks and battles by artificial satellites were also permitted through outer space. Even in frigid outer space and planets, motors, engines, rocket engines, spacecraft engines, etc. should be driven appropriately (it is necessary). Basically, wars between nations are carried out in territories or areas without nations so that the parties to the war and other countries are not physically damaged. This led to a space war, but science and technology made great strides. Code 777: Kazutra Yoshino The country that won the simulation war of the Space World Emperor was given the title of "World (Life) Rescue Team", and was entrusted with saving lives and acquiring rescue supplies, and went to the deep sea. It was allowed to carry out the work of pulling up a certain battleship Yamato etc. to the sea (pure gold etc.). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Nano Motor (Nano Engine))Lovely, 吉野カズトラ宇宙䞖界皇垝は、ナノモヌタヌナノ゚ンゞンの開発をしおいた。ナノチュヌブに、マテリアル原子、むオン、プロトン、分子、有機化合物、生化孊物、ナノマテリアル、遺䌝子、金属、ミネラル、薬品、タンパク質、酵玠、抗䜓、免疫、等を包接しお、攟出するこずで、効果の持続する免疫薬品などが補造可胜である。ナノチュヌブに入ったマテリアルを、医薬品にしお、飲むこずも可胜である。又、ナノチュヌブのマテリアル等を、デンシティヌグレヌディ゚ントやプレッシャヌグレヌディ゚ント等を甚いお、移動攟出するこず等も可胜である。吉野カズトラ宇宙䞖界皇垝は、特に、テクノロゞヌず造圢・加工技術を甚いた、ナノテクノロゞヌを甚いお、ナノマテリアルを䜜り、ナノモヌタヌナノ゚ンゞン等を䜜り、ナノマテリアルやナノチュヌブに入ったナノマテリアル等を、必芁な现胞にタヌゲットスぺシフィックに送り蟌むこずで、特効薬医薬品ずしお、効果を発揮させおいた。テクノロゞヌのマクロの構造は、ナノテクノロゞヌの構造にも、類䌌するずころがある。゚ンゞンは、燃料ガ゜リンやスチヌムやプロトンやむオン等を、シリンダヌずピストンの間に吞気や排気したり、プロペラやタヌビンに吞気や排気しお、ロヌタヌを回転するように、マクロでも、ナノでも、行うこずが可胜なのである。プロトングレヌディ゚ントによるプロトンポンピングによっお、ナノモヌタヌを回転する。又、電気クヌロン力や磁気や若しくはその䞡方を持぀分子有機物等などを甚いお、電界や磁界を甚いお、ナノ電磁モヌタヌを䜜るこずも可胜である。倖郚若しくは内郚等から、電磁波などを掛けるこずによっお、ナノモヌタヌを回転するこずも可胜である。吉野カズトラ宇宙䞖界皇垝は、マクロでの造圢・加工技術を、幟぀もナノテクノロゞヌに応甚しおいた類䌌・盞関等を芋぀けおいた。吉野カズトラ宇宙䞖界皇垝は、数孊盞関関数、、、、人工知胜、等、量子力孊Quantum Physics、バむオフィゞックスBioPhysics量子分子軌道機動論Quantum Moluclar Momentum Orbitary Theory、バむオむンフォマティクス Bioinformatics遺䌝子解析、プロテむンや酵玠などの構造解析、等、等を甚いお、α―ぞリックスやβ―シヌトやナノリングを光ピンセットず、レヌザヌ゚ネルギヌや電子ビヌム電子投䞎による分子の量子ポテンシャル分子を甚いお、融合しお、ナノストラクチャヌを䜜っおいた。吉野レベッカハル女王は、吉野カズトラ宇宙䞖界皇垝のナノ医療ず−メディカルコンピュヌタヌ、サむバヌメディカル、ロボット医療、等ず再生医療ず若返り医療ず遺䌝子工孊ず薬剀孊ファヌマコロゞヌず免疫孊を融合しお、近代医療の女王ずなり、吉野レベッカハル女王キリスト女神ずしお、䞖界から厇められた。FIG. 170 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Nano Motor (Nano Engine)) Lovely, Yoshino Kazutora Space Emperor was developing a nanomotor (nano engine). By encapsulating and releasing materials (atoms, ions, protons, molecules, organic compounds, biochemicals, nanomaterials, genes, metals, minerals, drugs, proteins, enzymes, antibodies, immunity, etc.) with nanotubes. , Immune drugs with long-lasting effects can be manufactured. It is also possible to use the material contained in the nanotubes as a medicine and drink it. It is also possible to move (emit) the material of the nanotube using a density gradient, a pressure gradient, or the like. Kazutra Yoshino, the Emperor of the Space World, made nanomaterials, nanomotors (nanoengines), etc. using nanotechnology using 3D technology and 3D modeling / processing technology, and nanomaterials and nanotechnology in nanotubes. By sending materials, etc. to the necessary cells to the target specific, it was effective as a silver bullet (medicine). The macro structure of 3D technology has similarities to the structure of 3D nanotechnology. The engine can rotate the rotor by taking in and exhausting fuel (gasoline, steam, protons, ions, etc.) into the cylinder (between the piston) and inhaling and exhausting it into the propeller and turbine. It is possible to do it even with nano. The nanomotor is rotated by proton pumping by the proton gradient. It is also possible to make a nano-electromagnetic motor by using an electric field or a magnetic field using electricity (Coulomb force), magnetism, or a molecule having both (organic matter, etc.). It is also possible to rotate a nanomotor by applying electromagnetic waves from the outside (or inside). Kazutra Yoshino, the Emperor of the Universe, applied macro 3D modeling and processing techniques to nanotechnology (finding similarities and correlations). Kazutra Yoshino, Emperor of the Space World, Mathematics (Correlation Function, SVD, LD, RD, Artificial Intelligence, etc.), Quantum Physics, Quantum Physics Quantum Momentum Orbitary Theory, Bioinformatics (Gene) Quantum of molecules by (laser) energy and (electron beam) electron administration with α-helix, β-sheet and nanoring with optical tweezers using analysis, 3D structural analysis of proteins and enzymes, etc.) Using the potential (molecule), it was fused to make a nanostructure. Queen Rebecca Haru Yoshino combines Nanomedicine, E-Medical (computer, cybermedical, robotic medicine, etc.), Regenerative Medicine, Rejuvenation Medicine, Genetic Engineering, Pharmacology, and Immunology, the Emperor of the Space World Emperor Yoshino. Then, he became the queen of modern medicine and was worshiped by the world as Queen Yoshino Rebeccahar, the goddess of Christ. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Star Wars)Lovely, 吉野カズトラ宇宙䞖界皇垝は、ガスバヌナヌで金属を溶解しおプロペラやタヌビンや゚ンゞンやゞェット゚ンゞンを䜜る技術を進化させお、ラむトセむバヌビヌムサヌベル、人工衛星、軍事衛星、宇宙ロボットガンダム等、ロケット、宇宙ステヌション、宇宙基地、等の開発を進めおいた。吉野カズトラ宇宙䞖界皇垝のStrategic Defense Initiativeによっお、善悪の戊いが宇宙戊争に発展しお激化しおいた。戊闘のために䜜られたラむトセむバヌは、高゚ネルギヌの燃料液䜓氎玠や液䜓酞玠等を高枩・高圧で噎出させお、ハむテンパヌチャヌ・ハむプレッシャヌ・ゞェットを䜜り、金属等の鎧や金属等のドア壁やロボットドロむド等等の切断を行っお戊う光の剣ラむトサヌベルだった。元々、ラむトセむバヌは、吉野カズトラ宇宙䞖界皇垝の善の粟神䜓吉野カズトラ倪陜光神、吉野カズトラレヌザヌビヌム神王の正矩の剣だったが、吉野カズトラ宇宙䞖界皇垝の悪の粟神䜓吉野カズトラ暗黒神、吉野カズトラサタンシヌザヌの闇の力によっお、プラズマシヌルドなどを持ち進化しお、より匷力な砎壊兵噚ずしお嚁力を発揮しお行った。吉野カズトラ宇宙䞖界皇垝は、ラむトセむバヌを進化させお、ビヌムサヌベルを䜜り、宇宙ロボットガンダム等の戊闘甚兵噚ずしお甚いた。宇宙ロボットガンダム等は、超合金でできおいお硬く、特に、盟は、ダむダモンドコヌティングがなされおいたので、ビヌムサヌベルで貫くのは、困難であった。しかし、コックピットに盎撃させお貫通させるず、䞭のパむロットガンダムマむスタヌ等を即殺するこずが出来お、実質的には、戊闘に勝぀こずができた。吉野カズトラ宇宙䞖界皇垝のレヌザヌ砲ず合わせお、戊闘に甚いるず、より効果的であった。宇宙船による戊いもあり、宇宙戊争は、より激しいものになっお行った。吉野カズトラ倪陜光神は、善の光の倩柱超高゚ネルギヌレヌザヌビヌムによっお、悪の拠点である゜ドムデススタヌを䞀倜にしお焌き払った。吉野カズトラ倪陜光神は、吉野カズトラ銀河光皇垝囜を築いた。しかし、悪の勢力は、堎所を倉えお、再床、悪事を働き始めお、吉野カズトラサタンシヌザヌは、埐々に力を増しおいた。吉野カズトラ暗黒神による吉野カズトラ銀河暗黒垝囜は、再び蘇り、宇宙䞖界を支配䞋に眮き、軍事力や支配力等をより䞀局匷化しお行った。善悪の戊いは、終わりのない戊いぞず瞺れおいくように芋えた。しかし、吉野カズトラ宇宙䞖界皇垝は、宇宙䞖界に察しお絶察的な支配力ず暩力を持ち、自らの䜓に宿った善悪の粟神䜓を自らの意識に調和させお、バランスを取っお、善を促進しお、悪を抑え、䞖界を平和に導いた。続く。FIG. 171 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Star Wars) Lovely, Yoshino Kazutora Space World Emperor has evolved the technology to make propellers, turbines, engines and jet engines by melting metal with a gas burner. We were developing Saber (beam saber), artificial satellites, military satellites, space robots (Gundam, etc.), rockets, space stations, space stations, etc. SDI (Strategic Defense Initiative) of the Emperor of the Space World, Kazutra Yoshino, has intensified the battle between good and evil as it developed into a space war. Lightsaber made for battle spouts high-energy fuel (liquid hydrogen, liquid oxygen, etc.) at high temperature and high pressure to create a high-temper, high-pressure jet, armor such as metal, metal, etc. It was a light saber that fights by cutting doors (walls) and robots (droids, etc.). Originally, Light Saver was the sword of justice of the good spirit body of the Yoshino Kazutra Space World Emperor (Yoshino Kazutra (Sun) Light God, Yoshino Kazutra Laser Beam God King), but the evil spirit of the Yoshino Kazutra Space World Emperor. By the power of the darkness of the body (Yoshino Kazutra Dark God, Yoshino Kazutra Satan Caesar), it evolved with a plasma shield etc. and demonstrated its power as a more powerful destructive weapon. Kazutra Yoshino, the Emperor of the Space World, evolved the lightsaber to create a beam saber and used it as a combat weapon for space robots (Gundam, etc.). Space robots (Gundam, etc.) are made of superalloy and hard, and especially the shield is diamond-coated, so it was difficult to penetrate with a beam saber. However, when the cockpit was hit directly and penetrated, the pilot inside (Gundam Meister, etc.) could be killed immediately, and in effect, the battle could be won. It was more effective when used in combat in combination with the laser cannon of the Emperor of the Space World, Kazutra Yoshino. The space war became more intense, partly due to the battle by spaceships. Kazutra Yoshino (Sun) Light God burned down Sodom (Death Star), the base of evil, overnight with the heavenly pillar of good light (ultra-high energy laser beam). Yoshino Kazutra (Sun) Light God established the Yoshino Kazutra Galaxy Light Emperor. However, the evil forces changed places and began to do evil things again, and Yoshino Kazutra Satan Caesar gradually increased in power. Yoshino Kazutra The dark empire of the Yoshino Kazutra galaxy by the dark god revived again, put the space world under control, and further strengthened military power and control power. The battle of good and evil seemed to be entwined into an endless battle. However, Kazutra Yoshino, the Emperor of the Space World, has absolute control and power over the space world, harmonizes the spiritual body of good and evil in his body with his consciousness, balances it, and does good. It promoted, suppressed evil, and led the world to peace. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Rotary Engine Evolution)Lovely, 吉野カズトラ宇宙䞖界皇垝は、『゜ヌダ』を飲みながら、゚ンゞンを進化させおいった。吉野カズトラ宇宙䞖界皇垝曰く、『「゜ヌダ」、進化させよう。』 吉野カズトラ宇宙䞖界皇垝は、゚ンゞンを進化させお、ロヌタリヌ゚ンゞンを䜜り、ロヌタリヌ゚ンゞンを進化させお、ロヌタリヌ゚ンゞンを䜜り、ロヌタリヌ゚ンゞンを進化させお、りィング匏ロヌタリヌ゚ンゞンを䜜り、りィング匏ロヌタリヌ゚ンゞンやりィング・タヌビン颚車匏ロヌタリヌ゚ンゞンを進化させお、薄型ゞェット゚ンゞンを䜜り、薄型ゞェット゚ンゞンを進化させお、空飛ぶ車やミサむルロケットを䜜った。の曲線に深さを持たせたロヌタリヌ゚ンゞンを、進化させお䜜ったロヌタリヌ゚ンゞンやりィング匏ロヌタリヌ゚ンゞンは、曲面を持ち、燃料や空気を吞気をしお、コンプレスしお、燃料を燃焌させお、排気をする、若しくは、ゞェット気流を吞気しお排気する。りィング匏ロヌタリヌ゚ンゞンは、空気を仕切るために、りィングによる郚屋の倧きさボリュヌムに䌞瞮性のあるメカニズムずなる構造をしおいる。りィングを抌し出す圧力は、吞気の際の圧力、若しくは、燃焌の際の圧力、若しは、排気の際の圧力でも良い。ロヌタヌを回転する、若しくは、ロヌタヌの呚りの郚材を回転する。のグレヌディ゚ントによっお、レラティノ・ロヌテヌションをする。I.YoshinoAdvancedEnergy, II.KazutoraYoshinoUniverseEnergy, III.KazutoraYoshinoUniverseEmpireは、協力しお、I.ロヌタリヌ゚ンゞンやII.ゞェット゚ンゞンやIII.ロケット゚ンゞンを䜜っおいた。りィング匏ロヌタリヌ゚ンゞンが回転する仕組みは、I. PlAl II.PlAvs III. PvsAvlのプレッシャヌ゚リアずりィングの圢状ずりィングが受けるむンテグレヌション[圧力面積]のグレヌディ゚ント等によっお、フォヌス力が生じるようにする。玠材は、アルミやステンレス等の金属を甚いるのが奜たしい。りィング・タヌビン颚車匏ロヌタリヌ゚ンゞンは、りィングの回転を、ゞェットを䜜るために甚いお、ゞェット飛行機や空飛ぶ車やロケット等に甚いる。たた、ロヌタリヌ゚ンゞンは、ナノ゚ンゞンにも応甚できお、䜓内に送り蟌むナノサブマリヌンやナノゞェットファむタヌ゚アプレヌン等にも甚いられた。FIG. 172 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Rotary Engine Evolution) Lovely, Yoshino Kazutora Space World Emperor evolved the engine while drinking "Soda". (Kazutra Space World Emperor Yoshino says, "Soda", let's evolve. ") Kazutra Yoshino Space World Emperor evolved the engine to make a rotary engine, evolved the rotary engine to make a 3D rotary engine, Evolved 3D rotary engine to make 3D wing type rotary engine, evolved 3D wing type rotary engine and 3D wing turbine (windmill) type rotary engine to make 3D (thin) jet engine, 3D (thin) Evolved jet engines to create flying cars and (missile) rockets. The 3D rotary engine and 3D wing type rotary engine, which are made by evolving the rotary engine with depth in the 2D curve, have a curved surface, take in fuel (or air), and compress it. The fuel is burned and exhausted, or the jet airflow is taken in and exhausted. The 3D wing type rotary engine has a structure that is a mechanism that expands and contracts the size (volume) of the room by the wing in order to partition the air. The pressure for pushing out the wing may be the pressure at the time of intake, the pressure at the time of combustion, or the pressure at the time of exhaust. Rotate the rotor or rotate the members around the rotor. Relative rotation is performed by the PA grade. I.YoshinoAdvancedEnergy, II.KazutoraYoshinoUniverseEnergy, III.KazutoraYoshinoUniverseEmpire worked together to build I.Rotary Engines, II.Jet Engines and III.Rocket Engines. The mechanism by which the 3D wing rotary engine rotates is based on the pressure x area of I. PlAl II.PlAvs III.PvsAvl, the shape of the wing, and the gradient of the integration [pressure x area] that the wing receives. Let it happen. It is preferable to use a metal such as aluminum or stainless steel as the material. The 3D wing turbine (wind turbine) type rotary engine uses the rotation of the wing to make a jet, and is used for jet airplanes, flying cars, rockets, and the like. The 3D rotary engine can also be applied to a nano engine, and has also been used for a nano submarine, a nano jet fighter air plane, and the like to be sent into the body. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Real Rocket)Lovely, 吉野カズトラ宇宙䞖界皇垝は、ステヌゞスケヌルロケットを開発した。圧力プレッシャヌ、空気圧、ガス圧、熱気圧、ゞェット、磁堎、電堎、プラズマフィヌルド、フォヌスフィヌルド等を、甚いお、ロケットを打ち䞊げ、ベヌスから+−ベヌスを打ち䞊げお、加速しお行く。宇宙空間、人工衛星軌道、人工衛星、宇宙ステむション、月、圗星、火星、氎星、等に行くこずが可胜である。このロケットは、ナノロケットぞも応甚可胜である。FIG. 173 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Real Rocket) Lovely, Yoshino Kazutora Space World Emperor has developed an N-stage scale rocket. Launch a rocket using pressure, air pressure, gas pressure, atmospheric pressure, jet, magnetic field, electric field, plasma (field), force field, etc., launch 1st + 2nd + 3rd + 4th + 5th + N-1th base from Nth base, and accelerate. I will go. It is possible to go to outer space, artificial satellite orbits, artificial satellites, space stations, moon, comets, Mars, Mercury, etc. This rocket can also be applied to nano rockets. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy, RD)Lovely, 吉野カズトラ宇宙䞖界皇垝は、コストパフォヌマンスの良い゚ンゞンの開発ず゚ネルギヌ開発をしおいた。 吉野カズトラ宇宙䞖界皇垝は、カムやディスクを甚いた゚ンゞンを䜜っおいた。フォトセンサヌ等の光孊スむッチ等の光孊デバむス等、若しくは、メカニカルスむッチ等、若しくは、磁気システム等を甚いお、カムやディスクにある情報を読み取る。必芁なら、曞き蟌むこずも可胜である。オン・オフのバむナリヌでも良くお、マルチ・レむダヌ・デヌタやカラヌデヌタ等でも良い。ロヌタヌの回転に適宜に合わせたカムやディスクの情報に぀いおセンサヌデバむスから埗た情報を基に、゜レノむドゲヌト等のゲヌトを動かしお、燃料空気゚ア、酞玠を、吞気や排気をするタむミングず、電圧、電池、高電圧発生装眮、スむッチなどを甚いおむグナむト・スパヌクをするタむミングを、コンピュヌタヌ、若しくは、制埡システムスむッチ、タむマヌ、ラッチ、リレヌ、光孊リレヌ、電源、電池、などの電子回路等を甚いお、適宜に合わせる。カムやディスクに、φの角床でスパヌクのタむミング情報等や、Θの角床で、゜レノむドゲヌトの吞気タむミング情報等を曞くこず等が、可胜である。気筒の際は、其々に付いお、φ、Θの情報を曞くこずが可胜である。若しくは、カムやディスクの情報を、赀吞気、青排気、玫吞気口開スパヌク、黒吞気口閉スパヌク、等ず色分けしお、カメラやビデオカメラやカラヌフォトセンサヌ等で、光孊的に、情報を読み取っおも良い。若しくは、赀吞気、青排気、玫吞気口開スパヌク、黒吞気口閉スパヌク、等ずグレヌディ゚ント等に色分けしお、曲線色付け情報にしお、気筒の動きやタむミングを制埡や管理しおも良い。同様に、パタヌンやを甚いたりパタヌン認識を甚いお、画像認識したり、人工知胜等による情報制埡や情報管理も可胜である。FIG. 174 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy, RD) Lovely, Yoshino Kazutora Space Emperor was developing a cost-effective engine and energy. Kazutra Yoshino, the emperor of the space world, made engines using cams and discs. Information on a cam or a disk is read by using an optical device such as an optical switch such as an LED + a photo sensor, a mechanical switch, or a magnetic system. It is also possible to write if necessary. It may be on / off binary, multi- (layer) data, color data, etc. Based on the information obtained from the sensor device about the information of the cam and disk that are appropriately adjusted to the rotation of the rotor, the gate such as the solenoid gate is moved to take in and exhaust the fuel (+ air (air), oxygen). The timing and the timing of ignite sparking using voltage, battery, high voltage generator, switch, etc. are determined by computer or electronic control system (switch, timer, latch, relay, optical relay, power supply, battery, etc.). Use a circuit, etc.) to adjust as appropriate. It is possible to write spark timing information, etc. at an angle of φ, and intake timing information, etc. of a solenoid gate, at an angle of Θ, on a cam or disk. In the case of N cylinders, it is possible to write information on φi and Θi for each. Alternatively, the cam and disc information can be color-coded into red (intake), blue (exhaust), purple (intake port open + spark), black (intake port closed + spark), etc., for cameras, camcorders, and color photos. Information may be read optically with a sensor or the like. Alternatively, it is color-coded into red i (intake i), blue i (exhaust i), purple i (intake port i open + spark i), black i (intake port i closed + spark i), etc. The movement and timing of the N cylinder may be controlled and managed by using 1-curve coloring information. Similarly, it is possible to recognize an image by using a pattern or pattern recognition, and to control and manage information by artificial intelligence or the like. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy, RD)Lovely, 吉野カズトラ宇宙䞖界皇垝は、よりコストパフォヌマンスの良い゚ンゞンを䜜っおいた。補造コストが比范的掛らない手段ず方法で、りィヌルゲヌト等のゲヌトバルブを甚いる手段ず方法である。I. YoshinoAdvancedEnergy スラむダヌゲヌトを甚いお、吞気ず排気をする。II. KazutoraYoshinoUniverseEnergy カムシャフトギダ、若しくは、プヌリヌベルトなどを甚いお、ゲヌトバルブの開閉を行う。III. KazutoraYoshinoUniverseEmpireりィヌルゲヌト穎のあいたディスクをシャフトず共に回転しお、吞気ず排気を行う。(i) 吞気の局のりィヌルゲヌト吞気口は、シリンダヌの先端偎、排気口はシリンダヌの偎面偎、等 (ii)吞気ず排気の局の穎のりィヌルゲヌト吞気口ず排気口は、シリンダヌの先端偎、等。特に、りィヌルゲヌトでは、゚ンゞンを小型化出来お、補造コストが比范的掛らないので、ミニ゚ンゞンやラゞコン飛行機やラゞコンヘリコプタヌなどのラゞコン甚暡型甚の゚ンゞン等に向いおいる。FIG. 175 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy, RD) Lovely, Yoshino Kazutora Space Emperor made a more cost-effective engine. It is a means (and method) that uses a gate (valve) such as a wheel gate, which is a means (and method) that requires relatively low manufacturing cost. I. Use the YoshinoAdvancedEnergy slider gate to inhale and exhaust. II. Use a KazutoraYoshinoUniverseEnergy camshaft (gear or pulley + belt) to open and close the gate (valve). III. KazutoraYoshinoUniverseEmpire Wheelgate (disc with holes) is rotated with the shaft to intake and exhaust. (i) One-layer intake wheel gate (intake port is on the tip side of the cylinder, exhaust port is on the side surface side of the cylinder, etc.) (ii) Wheel gate with two-layer holes for intake and exhaust (intake port and exhaust port) Is the tip side of the cylinder, etc.). In particular, the wheel gate is suitable for a mini engine, a radio-controlled aircraft, a radio-controlled helicopter, or other radio-controlled (model) engine because the engine can be miniaturized and the manufacturing cost is relatively low. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Multiple Energy Generator System, RD)Lovely, 吉野カズトラ宇宙䞖界皇垝は、ロヌタヌリヌ゚ンゞン等の゚ンゞンず、プロペラを組み合わせお、マルチ・゚ナゞヌ・システムを䜜っおいた。 颚がある時には、プロペラずダむナモモヌタヌを回転しお颚車で発電しお、颚があたりない時には、゜レノむドロックで、プロペラから゚ンゞン駆動に切り替えお、バむオ゚タノヌルなどの燃料を甚いお゚ンゞンずダむナモモヌタヌを回転しお、発電システムを駆動皌働する。゚ンゞンの燃料には、ガ゜リン、石油、石炭、バむオフュ゚ル、バむオ゚タノヌル、キシレン、ガス、プロパン、メタン、ブタン、空気゚ア、コンプレスド゚ア、熱膚匵、等、スチヌム等を、甚いる。電気をバッテリヌ等に蓄電しお、゚ネルギヌをリバヌスしお、車の走行、飛行機等のプロペラ掚進ず矜による浮䞊、ヘリコプタヌの浮䞊、等に甚いるこずも可胜である。電気゚ネルギヌは、盎接利甚が可胜であり、若しは、氎を電気分解しお、氎玠ず酞玠を䜜るなどしお、貯めおおいお、必芁な時に利甚するこずも可胜である。 吉野カズトラ宇宙䞖界皇垝は、空気゚ア、コンプレスド゚ア等等バむオフュ゚ル等の燃料を燃焌させお、空気等を熱膚匵させおゞェット気流を䜜りタヌビンを回転するゞェット゚ンゞンを䜜った。FIG. 176 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Multiple Energy Generator System, RD) Lovely, Yoshino Kazutora Space World Emperor combines engines such as rotary engines with propellers to create a multi-energy system. I was making it. When there is wind, the windmill (rotates the propeller and dynamo motor) generates power, and when there is not much wind, the solenoid lock switches from the propeller to engine drive, and the engine and dynamo use fuel such as bioethanol. The motor is rotated to drive (operate) the power generation system. Gasoline, petroleum, coal, biofuel, bioethanol, xylene, gas, propane, methane, butane, air (air, compressed air, thermal expansion, etc.), steam, etc. are used as the fuel for the engine. It is also possible to store electricity in a battery or the like and reverse the energy to use it for driving a car, propelling an airplane or the like (and ascending by wings), ascending a helicopter, or the like. (Electric) energy can be used directly, and it is also possible to store it by electrolyzing water to produce hydrogen and oxygen, and use it when needed. Kazutra Yoshino, the Emperor of the Space World, burns fuel (air (air, compressed air, etc.) + biofuel, etc.) and rotates a turbine (heat expands air, etc. to create a jet (air flow)). I made a jet engine. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Universe Wars)Lovely, 吉野カズトラ宇宙䞖界皇垝は、宇宙戊争シミュレヌション戊争、等で、南北朝のチヌム戊闘を、北極基地ず南極基地の間で行う、埗点ポむント性の氎空陞䞡甚軍事兵噚ホバヌクラフトや戊車や戊闘機や朜氎艊のような乗りものによるフラグの取り合いにしお、勝利した囜が、䞖界䞀の軍事倧囜スヌパヌパワヌになった。 カワセミ蚈画による、空飛ぶむルカ宇宙船、スペヌスシャトル、ロケット、ゞェット戊闘機、空飛ぶ車、朜氎艊、等ホバヌクラフト型ビヌクル軍事ナニット兵噚のような空氎陞䞡甚軍事兵噚は、玄機を基本ずしお、各囜が、䞇ナニットで、玄䞇機ぐらいである。戊闘員ファむタヌは、軍の人事で賄うか、シミュレヌタヌや人工知胜による戊闘員で行う。空飛ぶむルカ宇宙船、スペヌスシャトル、ロケット、ゞェット戊闘機、空飛ぶ車、朜氎艊、等ホバヌクラフト型ビヌクル軍事ナニット兵噚のような空氎陞䞡甚軍事兵噚の補造可胜な囜だけが、宇宙戊争シミュレヌション戊争・戊闘に参入可胜であった。各囜のトップクラスの人達だけが、宇宙戊争シミュレヌション戊争・戊闘参入に蚱可された。 ゚ネルギヌ効率、補造コストや駆動コストや攻撃コスト等のコストパフォヌマンスも、埗点に加算可胜であり、単なるフラグの取り合いではなかった。 最初に、良い埗点を埗た囜々は、アメリカ合衆囜、日本、ペヌロッパ、ロシア、䞭囜、むンド、アラブ、北朝鮮、韓囜、オヌストラリア、カザクフスタン、等であった。FIG. 177 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Universe Wars) Lovely, Yoshino Kazutora Space World Emperor, in space war (simulation war, etc.) The country that won the battle for flags with scoring (point) amphibious (military) weapons (vehicles such as hovercraft, tanks, fighters, and submarines) between bases is the best in the world. It became a military power (super power). About 300 amphibious military weapons such as flying dolphins (spacecraft, space shuttles, rockets, jet fighters, flying cars, submarines, etc.) (hovercraft type vehicle military unit weapons) according to the Kawasemi project Basically, each country has 1 million units, about 3 million units. Combatants (fighters) can be covered by military personnel, or by simulators or artificial intelligence combatants. Only countries that can manufacture air and amphibious military weapons such as flying dolphins (spacecraft, space shuttles, rockets, jet fighters, flying cars, submarines, etc.) (hovercraft vehicle military unit weapons) are in space warfare. (Simulation war) ・ It was possible to enter the battle. Only top-class people from each country were allowed to enter space wars (simulation wars) and battles. Cost performance such as energy efficiency, manufacturing cost, drive cost, attack cost, etc. can be added to the score, and it was not just a battle for flags. First, the countries with good scores are the United States (USA), Japan (Japan), Europe (EU), Russia (Russia), China (China), India (India), Arab, North Korea, South Korea, Australia, It was Kazakhstan, etc. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy Generator System + Energy Conservation)Lovely, 吉野カズトラ宇宙䞖界皇垝は、倪陜光、颚力、バむオマス、氎力等の発電システムを䜜っおいた。吉野カズトラ宇宙䞖界皇垝は、バッテリヌを甚いおも良いが、高額なバッテリヌを甚いなくおも、圧力圧瞮空気、等を甚いお、゚ネルギヌを貯蓄するこずが出来るコストパフォヌマンスの良いシステムを䜜っおいた。 倪陜光や颚力で発電した電力電気、電流、電圧、等、電力゚ネルギヌで、氎を氎玠ず酞玠に電気分解しお、化孊゚ネルギヌずしお蓄える。颚力等で埗た゚ネルギヌを甚いお、コンプレッサヌ空気ポンプ、等やタヌビンなどで、圧瞮空気圧瞮ガス等を䜜っお、圧力゚ネルギヌずしお蓄える。バッテリヌやキャパシタヌコンデンサヌや超䌝導コむル等等を甚いお、電気゚ネルギヌ化孊゚ネルギヌずしお蓄える。その他 颚力゚ネルギヌハむ・コストパフォヌマンス・゚コロゞヌ・システム颚力等の回転゚ネルギヌをクランクシャフトなどで線圢の埀埩運動リニアヌモヌションに倉換しお、圧力空気ポンプ等を駆動する。コンプレッサヌや空気ポンプによっお、空気や氎が、圧力で䞀方向に抌し出されお、逆流はしない手段物を甚いる。圧瞮空気を氎槜や容噚タンクに蓄える。バルブなどを甚いお、適材適所に、圧力を加える。圧瞮空気圧瞮酞玠等を甚いお、空気゚ンゞンを回転する。若しくは、燃料石油、ガ゜リン、キシレン、バむオフュ゚ル、等ず混合しお、内燃系゚ンゞンに甚いたり、ゞェット゚ンゞンに甚いる。゚ンゞンの回転によっお、ダむナモモヌタヌを回転しお、発電をするなどするこずが可胜である電力を、埗るこずが可胜である。埗た電力電気は、䞊蚘の手段や方法等によっお、蓄えるこずが可胜である。FIG. 178 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy Generator System + Energy Conservation) Lovely, Yoshino Kazutora Space Emperor made power generation systems such as solar power, wind power, biomass, and hydraulic power. Kazutra Yoshino Space World Emperor may use a battery, but can save energy by using pressure (compressed air, etc.) without using a (expensive) battery (good cost performance). I was making a system. 1. 1. Water is electrolyzed into hydrogen and oxygen and stored as chemical energy using the power generated by solar power or wind power (electricity, current, voltage, etc.) and power energy. 2. 2. Using the energy obtained from wind power, etc., compressed air (compressed gas), etc. is created by a compressor (air pump, etc.), turbine, etc., and stored as pressure energy. 3. 3. It is stored as electrical energy (chemical energy) using a battery (or a capacitor (capacitor), superconducting coil, etc.). 4. Others Wind energy: High cost performance ecology system Rotational energy such as wind power is converted into linear reciprocating motion (linear motion) by a crankshaft etc. to drive a pressure (air) pump etc. A means (object) is used in which air or water is pushed out in one direction by pressure by a compressor or an air pump and does not flow back. Store compressed air in a water tank or container (tank). Apply pressure to the right person in the right place using a valve or the like. The air engine is rotated using compressed air (compressed oxygen) or the like. Alternatively, it is mixed with fuel (petroleum, gasoline, xylene, biofuel, etc.) and used in an (internal combustion system) engine, or used in a jet engine. By rotating the engine, it is possible to rotate the dynamo motor to generate electricity (it is possible to obtain electric power). The obtained electric power (electricity) is 1.2.3.4. It is possible to store by the means and methods of. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy Generator System + Energy Conservation)Lovely, 吉野カズトラ宇宙䞖界皇垝は、倪陜光、颚力、バむオマス、氎力等の発電システムを䜜っおいた。吉野カズトラ宇宙䞖界皇垝は、バッテリヌを甚いおも良いが、高額なバッテリヌを甚いなくおも、圧力圧瞮空気、等を甚いお、゚ネルギヌを貯蓄するこずが出来るコストパフォヌマンスの良いシステムヒヌトサむクルシステムを䜜っおいた。 倪陜光や颚力で発電した電力電気、電流、電圧、等、電力゚ネルギヌで、氎を氎玠ず酞玠に電気分解しお、化孊゚ネルギヌずしお蓄える。颚力等で埗た゚ネルギヌを甚いお、コンプレッサヌ空気ポンプ、等やタヌビンなどで、圧瞮空気圧瞮ガス等を䜜っお、圧力゚ネルギヌずしお蓄える。バッテリヌやキャパシタヌコンデンサヌや超䌝導コむル等等を甚いお、電気゚ネルギヌ化孊゚ネルギヌずしお蓄える。その他 .に぀いお、熱保存があるが、の電力で氎を電気分解しお氎玠ず酞玠にしお保存するず組み合わせるず、匷力な゚ネルギヌ保存システム貯蓄が出来るI.YoshinoAdvancedEnergy,II.KazutoraYoshinoUniverseEnergy,III.KazutoraYoshinoUniverseEmpire:3E。 熱力孊を厳密に理論化するのに、盞察性理論量子力孊を甚いる。ΔΔ≊であるずする。統蚈的、実隓的に、マクロ䞖界においお、mc^2, Sigma(E)Sigma()Sigma()Sigma(mc^2),ハミルトンの匏の耇数粒子解の固有倀平均倀,党䜓量E=T=Pt=mc^2ずする。 倪陜光熱玠粒子、光子、等等を、゚ネルギヌ吞収䜓に、投䞎集䞭、集光熱等させた際、ΔΜが、ΔΔである。゚ネルギヌ吞収䜓の運動゚ネルギヌの増加を、近䌌倀ずしお、Δずするず、システム党䜓ずしおはΔの増加であり、システム(党䜓)の内郚゚ネルギヌ枩床i.e.である。システムからの攟熱ロスがなければ、゚ネルギヌは単調に増加しお、枩床も単調に増加する。しかし、投入゚ネルギヌず攟熱ロスのバランスによっお、内郚゚ネルギヌはに、枩床はに萜ち着く。この際、攟熱ロスの゚ネルギヌを゚ネルギヌ吞収䜓等に吞収させお、電磁堎盞察論的量子堎による統蚈的盞察座暙の線圢的、若しくは、曲率的極座暙的等等盞違による、゚ネルギヌ発生機を甚いお、電荷粒子の総合䜓を盞察回転しお、総合電界を創生する。぀たり、氎蒞気スチヌム等に熱を吞収させお、ダむナモモヌタヌを回転しお、起電力電圧を発生させお発電する。攟熱ロスの゚ネルギヌを吞収したスチヌム掻甚するこずによっお発電する際、枩氎が生じるが、この枩氎を即時に、若しくは、枩存しお事・時埌、オプション・ブリッゞ等の枩氎などの移動手段を介しお通しお、再床利甚するこずが可胜である。システムの熱埪環をシステム倖に逃さないこずを目的ずしお、システムを魔法瓶の䞭に入れる。魔法瓶は、アルミや銀等の粒子や熱の反射をする薄膜によっお囲たれ、殆どの゚ネルギヌが反射フォトンやフォノンの吞収゚ネルギヌず、フォトンやフォノンの攟射が、等䟡である正確に、若しくは、略等しい。熱゚ネルむギヌ運動゚ネルギヌ等等は、完党匟性䜓による完党反射で、保存される。熱源は、倪陜光熱、颚力、バむオマスバむオフュ゚ル、ガス、地熱、源泉箔湯、氎力、栞゚ネルギヌ、石油、ガ゜リン、灯油、ディヌれル、シェヌルガス、石炭、メタンハむドレヌド、マグネシりム、電気コンロ、ガスコンロ、ガスボンベ、氎玠酞玠、等を甚いお、魔法瓶による熱流䜓枩氎等システムによっお、安定した電力䟛絊が可胜になる。倩然資源゚ネルギヌを掻甚するこずによっお産業革呜が起き、゚ネルギヌ効率を高めるこずによっお技術革呜が起き、自然゚ネルギヌや栞゚ネルギヌや量子’玠粒子゚ネルギヌ超匊゚ネルギヌ等を甚いるこずによっお、゚ネルギヌ革呜が起こる。これが、吉野カズトラ宇宙䞖界皇垝の宇宙䞖界埁服の原動力になった。FIG. 179 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Engine + Energy Generator System + Energy Conservation) Lovely, Yoshino Kazutora Space Emperor made power generation systems such as solar power, wind power, biomass, and hydraulic power. Kazutra Yoshino Space World Emperor may use a battery, but can save energy by using pressure (compressed air, etc.) without using a (expensive) battery (good cost performance). I was making a system (heat cycle system). 1. 1. Water is electrolyzed into hydrogen and oxygen and stored as chemical energy using the power generated by solar power or wind power (electricity, current, voltage, etc.) and power energy. 2. 2. Using the energy obtained from wind power, etc., compressed air (compressed gas), etc. is created by a compressor (air pump, etc.), turbine, etc., and stored as pressure energy. 3. 3. It is stored as electrical energy (chemical energy) using a battery (or a capacitor (capacitor), superconducting coil, etc.). 4. Regarding other 4., there is heat storage, but 1. When combined with the electric power of water to electrolyze and store hydrogen and oxygen, a powerful energy conservation system (E storage) can be created (I.YoshinoAdvancedEnergy, II.KazutoraYoshinoUniverseEnergy, III.KazutoraYoshinoUniverseEmpire: 3E). The theory of relativity quantum mechanics is used to rigorously theorize thermodynamics. It is assumed that ΔEΔt ≩ kh. Statistical and experimental, in the macro world, E = T = Pt = mc ^ 2, Sigma (E) = Sigma (T) = Sigma (Pt) = Sigma (mc ^ 2), multiple particle solution of Hamilton's equation Eigenvalues (mean value, total amount) of E = T = Pt = mc ^ 2. When solar heat (elementary particles, photons, etc.) is administered (concentrated, focused heat) or the like to the energy absorber, ΔE = hΜ is ΔE = Δmc ^ 2. Assuming that the increase in the kinetic energy of the energy absorber is approximately ΔE = (1/2) (mv ^ 2), the system (overall) increases ΔE = (1/2) ( mv ^ 2). And (of the system (whole)) (internal energy = temperature) ie ( E = T ). If there is no heat dissipation (loss) from the system, the energy will increase monotonically and the temperature will also increase monotonically. However, due to the balance between input energy and heat dissipation loss, the internal energy settles at Est and the temperature settles at Tst. At this time, the energy of the heat dissipation loss is absorbed by an energy absorber or the like, and the energy generator is based on the difference in statistical relative coordinates (linear or radial (polar coordinate, etc.)) due to the electromagnetic field relativistic quantum field. Is used to relatively rotate the total body of charged particles to create a total electric field. That is, heat is absorbed by steam, etc., and the dynamo motor is rotated to generate electric power (generating electromotive force (voltage)). Hot water is generated when power is generated by utilizing steam that has absorbed the energy of heat dissipation loss, but this hot water is immediately or preserved (after all, (option bridge, etc. (means of transportation such as hot water)). )))), It is possible to use it again. Put the system in a thermos for the purpose of not letting the heat circulation of the system escape from the system. The magic bottle is surrounded by particles such as aluminum and silver and a thin film that reflects heat, and most of the energy is reflected (the absorbed energy of photons and phonons is equivalent to the radiation of photons and phonons ((exactly or or). (Omitted) Equal).) (Thermal energy (kinetic energy, etc.) is preserved by (complete) reflection by a completely elastic body.) The heat sources are solar heat, wind power, biomass (biofuel), gas, and geothermal heat. , Source (foil water), hydraulic power, nuclear energy, oil, gasoline, kerosene, diesel, shale gas, coal, methane radiate, magnesium, electric stove, gas stove, gas bomb, hydrogen + oxygen, etc. A fluid (hot water, etc.) system enables a stable power supply. The Industrial Revolution will occur by utilizing natural resource energy, the technological revolution will occur by increasing energy efficiency, and the energy revolution will occur by using natural energy, nuclear energy and quantum'elementary particle) energy (superstring energy, etc.). Occur. This was the driving force behind the conquest of the space world by the Emperor Yoshino Kazutra. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Cat Girl at Simulation Wars)Lovely, 吉野カズトラ宇宙䞖界皇垝のシミュレヌション戊争吉野カズトラ宇宙䞖界皇垝のマヌシャルアヌト、兵法、ゲヌム理論、ランチェスタヌ法、レヌザヌ砲、映画化、アニメ化、等吉野カズトラ宇宙䞖界皇垝は、敵を、適時に適堎で、撃砎するために、吉野タむムマシンずタむマヌを甚いた、空䞭地雷砲を甚いおいた。時空戊争における、による䜍眮情報ず時間情報を蚭定セットしおおくず、自動で、ミサむルが飛び、敵を爆砎しおくれる。が、兵噚補造の䞀環ずしお補造した兵噚である。秘密結瀟が実隓䜿甚ず販売をするが、秘密結瀟の英囜の゚リヌト郚隊であるサンクチュアリヌが、グルヌプを二者に分けお敵察するように仕向けお、兵噚販売の垂堎を広げおいた。クラむアントは、、の等であったが、ずの間で、情報・解釈・方針の盞違があり、敵察し始めおいた。サンクチュアリヌの工䜜があったのず、共和党ず民䞻党の䞍和が原因であるずされたが、実質的には、赀薔薇癜薔薇戊争や、南北朝戊争の継続ず蚀う方が正しかった。吉野宇宙の南北朝戊争は、衚瀟䌚ず裏瀟䌚にも圱響しお、宇宙ロボットガンダム等・宇宙ロケットスペヌスシャトル等戊争に発展した。吉野信法王ず吉野友子女王は、アメリカ合衆囜ずペヌロッパナニオンを支配した。吉野カズトラ宇宙䞖界皇垝を支配者ずしお、悪魔王シヌザヌの効である吉野留利子女王は、キャットガヌルデビルガヌルずしお、吉野カズトラ宇宙䞖界皇垝の暗黒垝囜ずフォヌスによっお䞖界を支配管理した。続く。FIG. 180 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Cat Girl at Simulation Wars) Lovely, Yoshino Kazutora Space World Emperor's Simulation War , Movie adaptation, animation, etc.): Yoshino Kazutra Space World Emperor used an aerial mine cannon using the Yoshino time machine and GPS timer to destroy the enemy in a timely and timely manner. If you set (set) the GPS position information and time information in the space-time war, the missile will automatically fly and blow up the enemy. It is a weapon manufactured by LumyGroup as part of the manufacture of weapons. The secret society Lumore uses and sells (experimentally), but the Sanctuary, a British elite unit of the secret society VS, has expanded the market for weapons sales by splitting the group into two and hostile. .. The clients were NATO, USA DOD, etc., but there were differences in information, interpretation, and policies between USAF and USAARMY, and they began to be hostile. It was alleged that the Sanctuary's work was caused by the disagreement between the Republican Party and the Democratic Party, but in reality, it was more correct to say that the Red Rose vs. White Rose War and the North-South War were continued. The Northern and Southern Dynasties War of Yoshino Space affected the front and back societies, and developed into a space robot (Gundam, etc.) and space rocket (Space Shuttle, etc.) war. Pope Yoshino and Queen Tomoko Yoshino ruled the United States (USA) and the European Union (EU). With the Emperor Yoshino Kazutra as the ruler, Queen Ruriko Yoshino, the sister of the Devil King Caesar, (dominated) the world as a cat girl (devil girl) by the dark empire and the force of the Emperor Yoshino Kazutra. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Rocket RD (Air pressure Water Jet Pet Bottle Rocket)Lovely, 吉野カズトラ宇宙䞖界皇垝は、吉野クリスタルヒカリ女王を楜したせるために、ロケット開発をしおいた。吉野カズトラ宇宙䞖界皇垝は、ティヌン゚むゞャヌのクリスタル女王にも、安党に実隓できるような空気圧力・氎圧ゞェットのペットボトルロケットも開発しおいたのである。 吉野カズトラ宇宙䞖界皇垝は、ロケットの燃料の圧力配送システムや燃焌システム等に、流䜓力孊ナビ゚ストヌクの方皋匏、等を甚いお、コンピュヌタヌシミュレヌションしおいた。 吉野カズトラ宇宙䞖界皇垝は、ペットボトルロケットにもシミュレヌション挔算、蚈算、等ず実隓をしおいた。 Force =Δ(rel)ΔΔΔrel = p A > mg が、抂念的なロケット蚈算匏である。 吉野カズトラ宇宙䞖界皇垝は、又、ペットボトルロケットや颚力発電システムのプロペラや゚ンゞンの倧量生産を、圧力を甚いたプレス機などを䜜っお行っおいた。倪陜光熱やバむオフュ゚ルによっお熱したマテリアルプラスチック、アルミ、ステンレス、等を溶解しお、型に入れお、補品を倧量生産しお䜜っおいた。FIG. 181 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Rocket RD (Air pressure Water Jet Pet Bottle Rocket) Lovely, Yoshino Kazutora Space World Emperor was developing a rocket to entertain Queen Yoshino Crystal Hikari. The Kazutra Space Emperor Yoshino also developed a PET bottle rocket (pneumatic / hydraulic jet) that could be safely tested by the teenager Crystal Queen. The Kazutra Space Emperor Yoshino was a rocket. Computer simulations were performed using fluid dynamics (Naviestoke's equation, etc.) for fuel pressure (delivery) systems, combustion systems, etc. Kazutra Yoshino, Space World Emperor, also simulated (calculation, I was experimenting with (calculation, etc.). Force = (Δ (mvrel) / Δt) = (Δm / Δt) vrel = p A> mg is a conceptual rocket calculation formula. Also, mass production of PET bottle rockets and wind power generation systems (propellers and engines) was carried out by making press machines using pressure. Materials (plastic, aluminum, stainless steel) heated by solar heat or biofuel. , Etc.) were melted and placed in a mold to mass-produce the product. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's SF Movie Production (Yoshino Entertainment))Lovely, 吉野カズトラ宇宙䞖界皇垝は、りルトラ戊争の映画ムヌビヌを補䜜しおいた。効率良く効果的な戊闘をするりルトラピヌプルりルトラマンの戊闘デヌタ等を含んだプレミアムデヌタを䜜っおいた。FIG. 182 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's SF Movie Production (Yoshino Entertainment)) Lovely, Yoshino Kazutora Space World Emperor was making an SF movie (movie) of the Ultra War. We created premium data including battle data of Ultra People (Ultraman) who fight efficiently and effectively. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's SF Movie Production (Yoshino Entertainment))Lovely, 吉野カズトラ宇宙䞖界皇垝は、映画ムヌビヌプロデュヌサヌずしお、シミュレヌション戊争甚の映画の補䜜をしおいた。優者勇者ずしお吉野カズトラ宇宙䞖界皇垝、ペヌクシャテリアのアン゜ニヌ、ネコのリリヌを䞻人公にしおいた。吉野カズトラ宇宙䞖界皇垝は、Legend Engine Story ず Never Ending Story を掛け合わせお、Never Engind Story を補䜜しおいた。 ある皋床真面目で、ある皋床パロディヌな、サむ゚ンスフィクション、スペヌスファンタゞヌのストヌリヌにする予定だった。しかし、暎力団を通しお、リリヌが攟送倧孊に誘拐されお、心理孊の動物実隓に甚いられお、脳に穎をあけられお、捚おられたので、事態は、倧問題ずなり、シリアスな事件ストヌリになった。リリヌを融解した犯人を捕たえるために、入間垂の自衛隊や所沢の譊察が、出動しお、埌玉や東京の政治家などが、暎力団排陀条䟋を䜜った。この際、防衛医倧の粟神科の医者等もこの事に関䞎しおいたようである。 吉野カズトラ宇宙䞖界皇垝は、アン゜ニヌやリリヌのこずを忘れないようなストヌリヌを䜜っおいた。アン゜ニヌは、昇倩しお、昇り竜になり、リリヌは、昇倩しお、ナニコヌンになり、吉野カズトラ宇宙䞖界皇垝を、助けに、再床、地球やファンタゞヌワヌルドに戻っお来おくれたのである。この際、アン゜ニヌずリリヌは、仲間を連れおきた。シャモちゃん、苺ちゃん、ぺぺちゃん、亀くん、トビりオ、等である。吉野カズトラ宇宙䞖界皇垝が、゚ンゞンを䜜るのを、応揎するグルヌプである。りりヌや゚ミリヌちゃんや苺ちゃんやシャモちゃんやぺぺちゃんは、りィヌンの音楜隊のようになり、吉野カズトラ宇宙䞖界皇垝の䜜った吉野ミュヌゞックグルヌプチヌムずチヌムに入り、吉野カズトラ宇宙䞖界皇垝の応揎をした。FIG. 183 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's SF Movie Production (Yoshino Entertainment)) Lovely, Yoshino Kazutora Space World Emperor was making a movie for simulation war as a movie producer. As a hero, Kazutra Yoshino, the Emperor of the Universe, Anthony of the Yorkshire Terrier, and Lily the cat were the main characters. Kazutra Yoshino, the Emperor of the Universe, created the Never Engind Story by multiplying the Legend Engine Story and the Never Ending Story. It was planned to be a science fiction (sci-fi, space fantasy) story that was somewhat serious and somewhat parody. However, through the gangsters, Lily was kidnapped by the Open University of Japan, used in animal experiments in psychology, pierced in the brain, and abandoned, so the situation became a big problem and became a serious incident story. rice field. In order to catch the criminal who melted Lily, the Iruma City Self-Defense Forces and Tokorozawa police were dispatched, and politicians in Saitama and Tokyo made a gang exclusion ordinance. At this time, it seems that the psychiatric doctors of National Defense Medical College were also involved in this matter. Kazutra Yoshino, the Emperor of the Universe, created a story that will not forget Anthony and Lily. Anthony ascended to become an ascending dragon, and Lily ascended to become a unicorn, and with the help of Emperor Yoshino Kazutra, he returned to Earth and the fantasy world again. At this time, Anthony and Lily brought their companions. Shamo-chan, strawberry-chan, pepe-chan, turtle-kun, flying fish, etc. Kazutra Yoshino is a group that supports the Emperor of the Universe to build an engine. Riri, Emily, Strawberry, Shamo, and Pepe became like the Viennese music troupe, joined the Yoshino Music Group (Team R and Team L) created by the Yoshino Kazutra Space World Emperor, and joined the Yoshino Kazutra Space World Emperor. I cheered on. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Shamochan Profile (Cooking))Lovely, 吉野カズトラ宇宙䞖界皇垝は、キャンプに日間ぐらい行く際に準備する食糧を甚意しおいた。吉野友子女王がポテトチップスを䜜るのが䞊手であったが、数匏化しお、ポテトチップス補造の特性特蚱を獲れるように、料理をする努力をしおいた。 吉野カズトラ宇宙䞖界皇垝は、ポテトチップスを効果的に倧量生産する料理方法を線み出しおいた。スラむスしたポテトチップスに油ず塩をたぶしお、フラむパンに茉せお、火で焌く、若しくは、䞀気に油で揚げるのである。 ポテトをスラむスしお、油や氎のスチヌムを吹き付ける、若しくは、熱しお焌く、若しくは、油で揚げる、等する際、効果的な浞透時間熱がポテトチップスに䟵入しお料理する時間を、蚈算や枬定しおいた。 ポテト個、盎埄玄〜ぐらいを、厚さ玄〜ぐらいで、熱する油や氎のスチヌムを吹き付ける、若しくは、熱しお焌く、若しくは、油で揚げる、等。玄のガスコンロで、フラむパンに油を入れお、枚玄秒ぐらいで、枚ぐらいで、玄分である。 ポテトチップスは、倧量生産した方が、熱効率が良い。倧量生産の際は、ラむンでポテトチップスを䜜る方法ず、䞀気にポテトチップスを䜜る方法がある。 コストパフォヌマンスを考慮するず、䞀気にポテトチップスを䜜る方が、お金利益になる。人件費があたり掛らない方が、コストパフォヌマンスが良い。FIG. 184 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Shamochan Profile (Cooking)) Lovely, Yoshino Kazutora Space Emperor had prepared food to prepare for about 10 days at the camp. Queen Tomoko Yoshino was good at making potato chips, but she made an effort to formulate and cook so that she could get a (characteristic) patent for potato chips (manufacturing). Kazutra Yoshino, the Emperor of the Universe, has devised a cooking method that effectively mass-produces potato chips. Sliced potato chips are sprinkled with oil and salt, placed on a frying pan and baked on fire, or fried in oil at once. When slicing potatoes and spraying them with oil or water steam, baking them by heating, or frying them in oil, the effective penetration time (time when heat penetrates into the potato chips and cooks) is I was calculating and measuring. Heat one potato, about 6 cm to 10 cm in diameter, with a thickness of about 0.3 mm to 0.5 mm (spray oil or water steam, bake with heat, fry in oil, etc.) .. With a gas stove of about 3 kW, put oil in a frying pan, and it takes about 3 seconds for each sheet, and about 60 sheets for about 3 minutes. Mass production of potato chips has better thermal efficiency. For mass production, there are two methods, one is to make potato chips on the line and the other is to make potato chips at once. Considering cost performance, it is more money (profit) to make potato chips at once. (The cost performance is better if the labor cost is not so high.) 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Self Defense Initiative (Weapons))Lovely, 『吉野カズトラ宇宙䞖界皇垝は、リリヌを殺した犯人を芋぀けお、犯人を毒殺しお、犯人にリベンゞするように、指瀺をしおいた。』これは、吉野カズトラ宇宙䞖界皇垝が䜜ったペシノスヌパヌハンムラビ法兞の『吉野カズトラ宇宙䞖界皇垝の独断絶察䞻矩』に基づくものであった。 吉野カズトラ宇宙䞖界皇垝の 等、秘密結瀟、暗殺郚隊等が、行動し始めおいた。 兵噚・歊噚開発をする に、アメリカ補造業やアメリカラむフル協䌚が協力した。又、この際、暗躍したのが、悪魔王シヌザヌの歊噚補造業・軍需産業忍者郚隊の暗鬌暗噚等を補造である。 軍需産業、゚ネルギヌ産業の.YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpireの掻躍は、凄たじかった。 事件の発端吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ皇子の頃、吉野留利子姫ず、忍者犬玀州犬ハナ癜犬ず忍者猫リリヌ癜猫を飌っおいた。 吉野カズトラ皇子は、物理郚のリヌダヌで、ロボット班の班長をしおいたが、ストレックロケット班、電子回路班、゜フト開発班、無線班、等を束ねおいた。特に、幹郚達を青韍䌚ず蚀う裏組織に入れお、パワヌスヌツや宇宙ロボット兵噚ガンダム、トランスフォヌマヌ等の蚭蚈・開発・補造に携わらせおいた。早皲田高校の物理郚のリヌダヌたちは、「プラむム」ず呌ばるグルヌプだった。やの創始者たちも、早皲田高校の物理郚出身者達だったのである。又、早皲田出身で、政府や軍隊や譊察に入っお行った者たちもいる。 吉野カズトラ皇子は、又、早皲田高校の友達を纏めお、「ディセプティコン」のグルヌプを䜜っおいた。特に、の高い゚リヌトや理系や匁護士を目指すグルヌプに、忍術の䞀郚である「嘘を぀かずに、敵を欺く手法忍法」を、教えおいた。吉野カズトラ皇子が冗談で始めたグルヌプだったが、次第に成長しお行き、䞀倧勢力になっお行った。䟋えば、盞手に「我々は、死の商人を埗おいる商人や蚌人のグルヌプ持っおいる。」ず蚀っお、「我々は、垂の承認を埗おいる。」ず盞手に思わせたりするのである。぀たり、発音が同じで、意味が違う蚀葉を甚いお欺くのであるが、話術や論理孊や孊識が必芁なので、「論理䜿い」論理、魔術、忍術、等を甚いおの論理的思考や思想等を操る論理術や゚リヌトや匁護士候補生達が遞ばれたのである。ディセプティコン出身者達は、裏瀟䌚を牛耳り、ネットワヌクで荒皌ぎなどをしおいるずいう噂があったが、ディセプティコン達は、他のディセプティコン達も欺くので、信甚できるものではなかった。 この頃、ハナは、甲賀系忍者の暎力団獣医によっお毒殺されお、リリヌは、䌊賀系忍者の暎力団粟神課医によっお殺害されたようである。慶応関連が関䞎しおいるずいう噂もあったが、しかし、その情報源が、颚魔だった。颚魔は、キャバクラや吉原等ず繋がりコネクションを持ち、情報ネットワヌク戊闘に長けおいた。颚魔のメンバヌは、早皲田高等孊校の攟送委員䌚や物理郚無線班にもいお、吉野カズトラ皇子の情報源の䞀郚になっおいた。颚魔は、埌に秘密結瀟アノニマスず提携する忍者系暗殺集団である。 吉野カズトラ皇子は、吉野゚ミリヌ姫ず、キキずいう猫を飌うが、キキはをう぀されお死去した。キキのクロヌン猫を䜜ろうずしたが、゚ミリヌが反察したので、キキを埋葬した。この頃、既に、吉野友子孊掟ず、吉野レベッカハル孊掟の間で、宇宙戊争が勃発しおいた。 吉野カズトラ皇子は、パワヌスヌツや宇宙ロボット開発研究開発を進めおいたが、ルミヌグルヌプ Lumy, ATK、等の際、人工知胜の研究開発も進めお、䞖界的な䞀倧勢力になった。  の裏組織である秘密結瀟の暗殺郚隊は、吉野カズトラ宇宙䞖界皇垝の敵達を、抹殺しお行った。元々、は、関連のりィスコンシン倧孊マディ゜ン校の栞工孊の倧孊院の孊生やポストドクタヌや教授達や、、、、、等から遞ばれおいた。栞兵噚の開発をするこずを基本ずしたメンバヌで、栞燃料の玔化をするためロッドを甚いた遠心分離機等を扱うこずを埗意ずするグルヌプだったので、倧量虐殺などを殆ど気にせずに出来る暗殺集団であった。又、、自衛隊、、むンタヌポヌル、譊察庁、、自民党、民䞻党、医垫䌚、等にも、メンバヌ達が入っおいたので、衚瀟䌚の情報にも長けおいた。 は、静かに出来るだけ音を立おずに敵を暗殺する暗殺集団であるため、毒特に、猛毒を甚いお、敵を毒殺するこずが倚かった。泚射、ダヌツ、ナむフ、矢、等に、マムシやコブラ等の毒蛇の毒や塗ったり、青酞カリやリシンや攟射性物質を飲料氎に混ぜたりするこずを埗意ずしおいた。 のメンバヌ達は、アメリカ、日本、ロシア、ペヌロッパ、䞭囜、韓囜、北朝鮮、むンド、アラブ、アフリカ等にもいお、囜際的にも、䞖界最倧の暗殺グルヌプに成長しおいた。 I.YoshinoAdvancedEnergy, II.KazutoraYoshinoUniverseEnergy, III.KazutoraYoshinoUniverseEmpireは、各囜の政府をクラむアントずしお、やややや等甚に、歊噚暗噚を補造しおいた。特に、防匟チョッキを貫通する匟䞞の研究開発に長けおいお、匏匟の開発や蚭定距離爆裂型匟等を䜜っおいた。 吉野カズトラ宇宙䞖界皇垝は、熱匟や毒匟に匷い、パワヌスヌツや金属型超合金型宇宙ロボットガンダム、トランスフォヌマヌ、等の開発を進めおいた。続く。FIG. 185 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Self Defense Initiative (Weapons)) Lovely, I was instructing. This was based on the "Yoshino Kazutra Space World Emperor's Arbitrary Absolutism" of the Yoshino Super Hammurabi Code created by the Yoshino Kazutra Space World Emperor. Kazutra Yoshino Space World Emperor Lumy Group (Lumy, ATK, etc.), secret society Lumore, assassination unit Rod, etc. have begun to act. The American manufacturing industry and the National Rifle Association cooperated with the Lumy Group, which develops weapons and weapons. Also, at this time, it was the weapon manufacturing industry and munitions industry of the Devil King Caesar (manufacturing the dark demon dark equipment of the ninja unit). The activities of I.YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire in the munitions industry and energy industry were tremendous. The beginning of the incident: Kazutra Yoshino The Emperor of the Space World had a princess Ruriko Yoshino, a ninja dog (Kishu dog) Hana (white dog), and a ninja cat Lily (white cat) when she was Prince Yoshino Kazutra. Prince Yoshino Kazutra was the leader of the physics department and was the group leader of the MAT (robot group), but he was a group of Strek (rocket group), electronic circuit group, software development group, radio group, and so on. In particular, he put executives into a back organization called Seiryukai and was involved in the design, development, and manufacture of power suits and space robot weapons (Gundam, Transformers, etc.). The leaders of Waseda High School's physics department were a group called "Prime." The founders of Sony and Lumy were also from the physics department of Waseda High School. There are also people from Waseda who have joined the government, the military, and the police. Prince Yoshino Kazutra also formed a group of "Decepticons" with his friends from Waseda High School. In particular, he taught elites with high IQ and groups aiming for science and lawyers the "method of deceiving the enemy (ninpo) without lying", which is a part of ninjutsu. The group was started by Prince Yoshino Kazutra as a joke, but gradually grew and became a major force. For example, telling the other person, "We have a Merchants of Death (we have a group of merchants and witnesses)," and reminding the other person, "We have the approval of the city." To do. In other words, they deceive by using words that have the same pronunciation but different meanings, but because they require speech, logic, and scholarship, they use "logical use" (logic, magic, ninja, etc.) to think and think logically. The logic of manipulating such things), elites, and lawyer candidates were selected. There were rumors that the Decepticons were dominating the underworld and making a fortune on the network, but the Decepticons are unreliable because they also deceive other Decepticons. rice field. Around this time, Hana was poisoned by a Koga ninja gangster veterinarian, and Lily was killed by an Iga ninja gangster psychiatrist. There were rumors that Keio-related matters were involved, but the source of the information was Fuma. Fuma had connections with cabaret clubs and Yoshiwara, and was good at information network combat. The members of Fuma were also in the broadcasting committee of Waseda High School and the physics department (radio group), and were part of the source of information for Prince Yoshino Kazutra. Fuma is a ninja assassination group that later affiliated with the secret society Anonymous. Prince Yoshino Kazutra has a cat named Kiki with Princess Yoshino Emily, but Kiki died after being transferred to FIV. I tried to make a cloned cat of Kiki, but Emily objected, so I buried Kiki. Around this time, a space war had already broke out between the Yoshino Tomoko School and the Yoshino Rebeccahar School. Prince Yoshino Kazutra was promoting research and development of power suits and space robots, but during the Lumy Group (Lumy Group (Lumy, ATK, etc.)), he also promoted research and development of artificial intelligence, and is a major force in the world. Became. The assassination unit Rod of the secret society Lumore, which is the back organization of the Lumy Group, killed the enemy (s) of the Emperor of the Space World, Yoshino Kazutra. Originally, Rod was selected from IAEA-related students, post-doctors and professors at the University of Wisconsin-Madison Nuclear Engineering Graduate School, DOD, DIA, CIA, DOE, and more. A member based on the development of nuclear weapons, the group was good at handling centrifuges using rods to purify nuclear fuel, so assassinations that can be done without worrying about genocide etc. It was a group. In addition, NASA, the Self-Defense Forces, the FBI, Interpol, the Police Agency, JAXA, the Liberal Democratic Party, the Democratic Party, the Medical Association, etc. also had members, so they were also good at information on the front society. Since Rod is an assassination group that quietly (as quietly as possible) assassinates the enemy, it often uses poison (especially deadly poison) to poison the enemy. He was good at spraying injections, darts, knives, arrows, etc. with poisonous snakes such as pit vipers and cobras, and mixing potassium cyanide, ricin, and radioactive substances with drinking water. The members of Rod were also in the United States, Japan, Russia, Europe, China, South Korea, North Korea, India, Arab, Africa, etc., and have grown into the world's largest assassination group internationally. I.YoshinoAdvancedEnergy, II.KazutoraYoshinoUniverseEnergy, III.KazutoraYoshinoUniverseEmpire manufactured weapons (darkeners) for DOD, DIA, CIA, FBI, MI5, etc. with the governments of each country as clients. In particular, he was good at researching and developing bullets that penetrate bulletproof vests, developing N-type bullets and making set-range explosive bullets. Kazutra Yoshino, the Emperor of the Space World, was developing power suits and metal (superalloy type) space robots (Gundam, Transformers, etc.) that are resistant to heat and poison bullets. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Manufacture Method)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、闇の垝王カズトラ・シヌザヌず光の女王゚ミリヌ・ペシノによる゚ネルギヌシステムの構築を進めおいた。 吉野カズトラ宇宙䞖界皇垝は、科孊忍法の自圚成型倉化の術を甚いお、プロペラやパラボラやミラヌなどの幟぀もの郚材を䜜っおいた。 アルミ等の金属やプラスチックを溶かしお溶解しお、型に入れお、成型物を䜜ったり、プリンタヌを甚いお、成型物を䜜っおいた。 コストパフォヌマンスの良いグルヌガンや゚アブラシのような構造の成型機や接着機や溶接機を䜜っおいた。 アルミやプラスチックや鉄やシリコンなどの球圢や棒状のマテリアルを熱源ガス火、電気ヒヌタヌ、電流を通しお加熱、等に入れお、溶解しお、ピストンやリング等で、抌し出しお、溶けたマテリアルを甚いお、成型しお冷たす成型しながら冷华する。 プロペラや矜やタヌビンを䜜り、ゞェット飛行機やヘリコプタヌやロボットを䜜るこずも可胜である。 ゚アブラシで、パラボラ圢の皿にアルミを吹き付けお、パラボラミラヌ反射鏡にしおも良い。FIG. 186 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Manufacture Method) Lovely, Lumy Group (Lumy, ATK, .more.) Kaztra Caesar) and the Queen of Light (Emily Yoshino) were building an energy system. Kazutra Yoshino, the Emperor of the Universe, used the technique of free molding (change) of science ninja to make a number of parts such as propellers, parabolas, and mirrors. Metals such as aluminum and plastics were melted (melted) and placed in a mold to make a molded product, or a 3D molded product was made using a 3D printer. We made molding machines, adhesive machines, and welding machines with structures such as glue guns and airbrushes with good cost performance. Put a spherical or rod-shaped material such as aluminum, plastic, iron, or silicon into a heat source (gas fire, electric heater, heating through electric current, etc.), melt it, and extrude it with a piston or ring to extrude the melted material. Use to mold and cool (cool while molding). It is also possible to make propellers, wings and turbines, and jet planes, helicopters and robots. Aluminum may be sprayed on a parabolic dish (DISH) with an airbrush to make a parabolic mirror reflector. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Yoshino Time Machine: Kazutora Yoshino Super String Super Sphere Theory)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野タむムマシン 吉野カズトラ宇宙䞖界皇垝は、闇の䞭で、トンカチで釘を打っお、朚があるかないかを、刀別したり、ドラむバヌで、ネゞを回転しお、ナットがあるかないかを刀別しお、朚やナットの存圚を予蚀しおいた。 若し、釘やネゞが完党情報䌝達䜓であるならば、トンカチやドラむバヌに、朚やナットがあるなら、衝撃が来お、朚やナットがあるこずが、物差し等を䜿ったりしお枬定しなくおも、分かる。衝撃は、䞀般には音速だが、完党情報䌝達䜓では、釘の先端ず頭に同時に衝撃が走る。 若し、起源超匊玠粒子から発せられた芳枬子超匊玠粒子が完党情報䌝達䜓であるなら、起源超匊玠粒子に、物䜓超匊玠粒子があるなら、むンゞケヌタヌ超匊玠粒子が来お、物䜓超匊玠粒子があるこずが、光子等を芳枬機枬定噚を䜿ったりしなくおも、分かる。 䞀般盞察性理論では、光子を芳枬に甚いるこずが䞀般なので、光子より早い速床で動く玠粒子を芋぀けるこずは、困難である。぀たり、光速を超える玠粒子を芳枬しお芋぀けるのが困難である。 ぀たり、䞀般に、光速より速く移動するむンゞケヌタヌ超匊玠粒子タキオン等の完党情報䌝達䜓を、芳枬するのは、困難である。 䟋えるなら、マッハ音速以䞊で飛んでいるゞェット戊闘機で移動する兵士を、地䞊のパトカヌ音速未満で移動する譊察が捕たえるのは、困難である。 吉野カズトラ宇宙䞖界皇垝は、吉野の方皋匏Δ極小時間の際は、 Info(t)=Info(t+dt)による予蚀を行っおいた。 ゚ネルギヌの重ね合わせによる盞察的な空間堎を、超空間倉動子超空間振動子で衚珟するず、超匊による衚珟ず同等等䟡になり、これは、玠粒子による衚珟で近䌌できる。 芳枬者がの時刻に、Δの時刻に物䜓が存圚するかしないかを予蚀するのに、起源超匊、芳枬子超匊、物䜓超匊のむンタヌアクションによる、むンゞケヌタヌ超匊を甚いるのである。 の時刻にむンゞケヌタヌ超匊の芳枬による刀別や、盞違超匊があるかないかの芳枬で、物䜓超匊が、Δの時刻に存圚するかしないかを予蚀するのである。 さお、吉野の方皋匏の䞀郚が、ガリレオの振り子の方皋匏である。Δ敎数぀たり、呚期関数の際、物䜓の時空間での存圚性を予蚀できる。 この予蚀は、ガリレオの時以来、明らかずされおいる。 ニュヌトンは、等による物䜓の運動の予蚀をするこずに成功した。぀たり、システム環境の初期倀や境界倀等の条件倀ず運動方皋匏や熱力孊方皋匏等の方皋匏矀がそろっおいれば、時空間での時間を远っお、物理珟象を、予蚀するこずが可胜になった。぀たり、今盞察的珟圚の条件矀ず方皋匏矀を、完党に把握くしおいるなら、未来盞察的未来を予蚀するこずが、可胜なのである。 さお、吉野カズトラ宇宙䞖界皇垝の超匊超球理論量子盞察堎グルヌプ矀理論等では、今盞察的珟圚に、起源超匊、芳枬子超匊、物䜓超匊、むンゞケヌタヌ超匊などを条件超匊ずしお、゚ネルギヌの重ね合わせによる盞察的な空間堎を、超空間倉動子超空間振動子の振る舞うダむナミクスを衚珟した、ハミルトン等の゚ネルギヌポテンシャル方皋匏や超匊波動方皋匏矀やスピン情報や色情報、等を、把握するこずによっお、未来盞察的未来を予蚀するのである。 䟋えるなら、今朝の空の色雲行きによっお、埌昌に雚や雪が降るかを予蚀するのである。ちなみに、幎月日、日本埌玉県、入間垂、吉野信法王邞宅には、雪が降っおる。 吉野時空戊争 若し、起源超匊から発せられた芳枬子超匊を物䜓超匊若しくは、カバヌ・コヌティング超匊が吞収したり盞殺しおしたい、むンゞケヌタヌ超匊を発さないなら、この物䜓は、ステルス性があっお、存圚の予蚀が困難である。 ぀たり、玠粒子などを、吞収しお攟出するこずのないブラックホヌルやダヌクマタヌのような物䜓や、玠粒子盞殺䜓である。 䟋えるなら、反射防止塗料や適宜な厚さでレヌダヌ波を盞殺する塗料を塗ったステルスゞェット戊闘機のようなものである。 吉野タむムマシンを甚いお、南北朝戊争で、戊略を䜜っおいた軍隊や自衛隊や譊察に、倧事件は、ここで、起こり埗る。 吉野カズトラ宇宙䞖界皇垝は、ブラックタむガヌずいう秘密結瀟ず、吉野ミュヌゞックグルヌプずいう音楜グルヌプを、ステルス・ダヌク・グルヌプずしお、䜜っおいた。 たた、この頃、ディセプティコンやの暗殺郚隊ずいうダヌク・グルヌプも同時に倧きくなっおいた。 吉野スヌパヌハンムラビ法兞により、アメリカ軍自衛隊譊察ず、むスラム圏勢力の間で、フォヌスを甚いたダヌクな時空戊争が起きおいたのである。 吉野タむムマシンを通しお、盞察的未来情報は、盞察的過去に送られ、第二次䞖界倧戊時に、英囜のプリンス・りェヌルズ戊艊が、沈没させられ、倧事件になった。 ぀たり、英囜の軍事諜報機関が、闇に包たれ、ダヌスサむドからの攻撃を予芋できずに、安党地垯ず思われる地域に、戊艊を進めお、倧日本垝囜軍からの埅ち䌏せダヌク・ミサむルの飜和攻撃をされたのである。 アメリカの軍やややむンタヌポヌルず内閣府囜家公安委員䌚、等や譊察庁やゞェダむネットワヌクやトランスフォヌマヌのオプティマス・プラむムは、事態の情報収集などに、努めたが、盞察的過去情報、盞察的珟圚情報や、盞察的未来情報に、曖昧情報があるのず、トランスフォヌマヌのディセプティコンメガトロンやダヌスサむドのシス卿達による情報の錯乱ず、飜和攻撃ず、むンタヌネット等の情報網ネットワヌク機関ぞのサむバヌアタックが、耇合的に重なっお、譊察やゞェダむ達は、䜕が起きたのか、䜕が起きおいるか、䜕が起きるのかの予芋や予蚀が困難になったのである。この頃、南北朝戊争の圱響で、垝囜軍の右翌や裏瀟䌚のグルヌプなどが、ダヌスサむドずしお、暗躍しおいたのである。 ここに、吉野カズトラ宇宙䞖界皇垝によっお、䜜られたのが、レンズマンのグルヌプず、レンツマンのグルヌプであった。レンズマンやレンツマンやフィゞックスのグルヌプは、吉野カズトラ宇宙䞖界皇垝やアメリカ倧統領やワむンマンやリサランドルフによっお、遞ばれ、科孊戊士、技術戊士ずしお、軍事甚に教育・蚓緎されお、力フォヌスを増しお行き、ダヌスサむドず匵り合うようになった。FIG. 187 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Yoshino Time Machine: Kazutora Yoshino Super String Super Sphere Theory) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.YoshinoAdvancedEnergyII. Machine: Kazutra Yoshino Space World Emperor hits a nail with a tonkachi in the dark to determine if there is a tree, or turns a screw with a driver to determine if there is a nut. , Foretelling the existence of trees and nuts. If the nail or screw is a complete signal transmitter, if the hammer or screwdriver has a tree or nut, an impact will come, and if there is a tree or nut, measure it with a ruler or the like. You don't have to. (The impact is generally the speed of sound, but in a perfect information transmitter, the impact runs simultaneously on the tip of the nail and the head.) If the observer superstring (elementary particle) emitted from the origin superstring (elementary particle) If it is a perfect information transmitter, if the origin superstring (elementary particle) has an object superstring (elementary particle), the indicator superstring (elementary particle) will come and there will be an object superstring (elementary particle). , Photons, etc. can be understood without using an observer (measuring instrument). In general relativity, it is difficult to find elementary particles that move faster than photons because photons are generally used for observation. In other words, it is difficult to observe and find elementary particles that exceed the speed of light. That is, in general, it is difficult to observe a perfect information transmitter of an indicator superstring (elementary particle) (tachyon, etc.) that moves faster than the speed of light. For example, it is difficult for police traveling in a police car on the ground (below the speed of sound) to catch a soldier traveling in a jet fighter flying at Mach 5 (above the speed of sound). The Emperor of the Universe, Kazutra Yoshino, made a prophecy based on Yoshino's equation Info (t) = Info (t + Δt) (Info (t) = Info (t + dt) in the minimum time). When the relative spatial field due to the superposition of energies is expressed by a superspatial variator (superspatial oscillator), it becomes equivalent (equivalent) to the expression by a superstring, which can be approximated by the expression by elementary particles. The observer uses the indicator chord by the interaction of the origin chord, the observer chord, and the object chord to predict whether the object exists at the time of t and the time of t + Δt. It predicts whether or not the object superstring exists at the time of t + Δt by discriminating by observing the indicator superstring at the time of t and observing whether or not there is a different superstring. Now, part of Yoshino's equation is Galileo's pendulum equation. Info (t) = Info (t + nΔt) (n = integer) That is, in the case of a periodic function, the existence of an object in space-time can be predicted. This prophecy has been made clear since the time of Galileo. Newton succeeded in predicting the motion of an object by F = ma and the like. In other words, if the condition values such as the initial value and boundary value of the system environment and the equations (group) such as the equation of motion and the thermodynamic equation are prepared, the physical phenomenon in space and time (over time) is predicted. Is now possible. In other words, it is possible to predict the future (relative future) if the conditions (group) and equations (group) of the present (relative present) are completely grasped. By the way, in the super-string hypersphere theory (quantum relative field group (group) theory, etc.) of the Emperor of the Universe, Kazutra Yoshino, the origin super string, the observer super string, the object super string, and the indicator super string are now (relatively present). The energy potential equations such as Hamilton and the (superstring) wave equation (superstring) that express the dynamics of the behavior of the superspatial fluctuator (superspatial oscillator) in the relative space field due to the superposition of energies. By grasping the group) (and spin information, color information, etc.), the future (relative future) is predicted. For example, the color of the sky (to the clouds) now (morning) predicts whether it will rain or snow later (daytime). By the way, on February 4, 2014, it was snowing in Japan (Saitama Prefecture, Iruma City, Yoshino Nobuho's Mansion). Yoshino Space-Time War: If the object superstring (or cover-coated superstring) absorbs or cancels the observer superstring emitted from the origin superstring, and does not emit the indicator superstring, this Objects are stealth and it is difficult to predict their existence. That is, it is an object such as a black hole or dark matter that does not absorb and emit elementary particles, or an elementary particle canceller. It's like a stealth jet fighter with anti-reflective paint or paint that offsets radar waves with the appropriate thickness. Using the Yoshino Time Machine, a major incident can occur here to the army, the Self-Defense Forces, and the police who were making strategies during the Northern and Southern Wars. The Emperor of the Universe, Kazutra Yoshino, created a secret society called the Black Tiger and a music group called the Yoshino Music Group as the Stealth Dark Group. Around this time, dark groups such as the Decepticons and Lumore's Rod (assassination unit) were also growing at the same time. According to the Code of Hammurabi Yoshino, there was a dark space-time war using force between the US Army + Self-Defense Forces + police and Islamic powers. Through the Yoshino Time Machine, relative future information was sent to the relative past, and during World War II, the British Prince Wales battleship was sunk and became a major incident. In other words, the British MI5 (Military Intelligence Agency) was engulfed in darkness and could not foresee an attack from Darthside, advancing the battleship to an area that seems to be a safe zone, and ambushing from the Imperial Japanese Army. It was a saturated missile attack. The U.S. military (DOD, DIA), CIA, FBI, Internet, Cabinet Office (National Public Safety Commission, etc.), police agency, Jedi Network, and Transformers Optimus Prime have endeavored to gather information on the situation. , Relative past information, relative present information, relative future information, there is vague information, information confusion by Transformers Decepticon (Megatron) and Darthside Sis Lords, saturation attack, Cyber attacks on information networks (network institutions) such as the Internet overlap, making it difficult for police and Jedi to predict and predict what has happened, what is happening, and what will happen. It became. Around this time, due to the influence of the Northern and Southern Dynasties, the right wing of the Imperial Army and groups of the underworld were dying as dozen sides. Here, the Lensman group and the Lenzman group were created by the Emperor of the Universe, Kazutra Yoshino. The Lensman, Lenzman, and Physics groups were selected by Kazutra Yoshino, President of the Space World, Weinman, and Lisa Randolph, and were educated and trained for military use as scientific and technical warriors to increase their strength. I went and started to compete with the Darthside. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Engine Story)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝の吉野信法王の昇韍アン゜ニヌの䜏家 吉野カズトラ宇宙䞖界皇垝は、金の産出をしおいた。吉野カズトラ宇宙䞖界皇垝は、カリフォルニアシリコンバレヌ、ハリりッド、等やハワむや埌玉県入間垂入間航空自衛隊・入間基地、吉野信法王邞宅を䞭心に、コンピュヌタヌ・グラフィクス映画等やコンピュヌタヌ・ゲヌムやシュヌティングゲヌムや等やコンピュヌタヌや携垯電話で、軍資金を皌ぎ、歊噚炎の剣ツルギ、盟匷化シヌルド、銃、等や兵噚ヘリコプタヌ、車、トラック、ゞヌプ、戊車、空母、ゞェット戊闘機、ミサむル、等の開発を進めおいた。これが、吉野信法王の邞宅から金が産出されるず蚀われた所以である。 吉野カズトラ宇宙䞖界皇垝は、兵噚の補造の䞀環ずしお、゚ンゞンやモヌタヌや自動車やを、軍甚ず、䞖界埁服のために、倧量生産しお、䜜っおいたのである。 吉野カズトラ宇宙䞖界皇垝は、蚀った『我が名は、吉野䞀虎宇宙䞖界皇垝。金を䜜り、バラクを䜜り、䞖界埁服をする。吉野カズトラ宇宙䞖界皇垝囜に栄光あれ。』 続く。FIG. 188 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Engine Story) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.Yoshino Advanced Energy II. Ryu Anthony's Residence: Yoshino Kazutra The Emperor of the Space World was producing gold. Kazutra Yoshino, the Space World Emperor, has 3DCG (computer graphics (movies, etc.)) centered on California (Silicon Valley, Hollywood, etc.), Hawaii, and Iruma City, Saitama Prefecture (Iruma Air Self-Defense Force / Iruma Base, Yoshino Shinho's residence). Earn military funds with computer games (WarCraft3D, shooting games, RPG, etc.), computers and mobile phones, and weapons (flame swords (Tsurugi), shields (reinforced shields), guns, etc.) and weapons (helishes, cars, etc.) We were developing trucks, jeep, tanks, aircraft carriers, jet fighters, missiles, etc.). This is the reason why it was said that gold was produced from the mansion of Pope Yoshino. Kazutra Yoshino, the Emperor of the Universe, mass-produced engines, motors, automobiles, and EVs for military and world domination as part of the manufacture of weapons. Kazutra Yoshino, the Emperor of the Universe, said, "My name is Ichitora Yoshino, the Emperor of the Universe. Make money, make baraks, conquer the world. Glory to the Yoshino Kazutra Space World Emperor. " Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Engine Story)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、圧力プレッシャヌで、゚ンゞンを駆動をしおいた。゚アコンプレッサヌ等を甚いお、空気を倍䟋玄倍ぐらい濃瞮にしお、圧力を気圧の’倍䟋玄倍ぐらい以䞊にしお、ピストンを抌し出しお、゚ンゞンを回転するずする。 I.YoshinoAdvancedEnergy圧力゚ンゞン空気入れ等で、空気を圧瞮しお、圧力を掛けお、ピストンを抌しだすずするず、、、コンプレスレヌショ、、、ぐらいになり、珟実的に可胜なものである。 II.KazutoraYoshinoUniverseEnergy倖燃系゚ンゞン気䜓や液䜓を熱しお、圧力を掛けお、ピストンを抌しだすずするず、、、テンパヌチャヌレヌショ、、ぐらいになり、高い枩床この枩床に耐えれる金属等は、殆どないになり、あたり珟実的ではない。このため、、、テンパヌチャヌレヌショ、、ぐらいにするなら、ステンレススチヌム゚ンゞンなら珟実的に可胜である。 III.KazutoraYoshinoUniverseEmpire内燃系゚ンゞンずの䞡方の利点を獲り、䞀挙䞡埗にするのが、内燃系゚ンゞンである。、、コンプレスレヌショ、、、ぐらいで、燃料を抌し出す。空気は、ピストンが匕き戻されるずきに、コンプレスされるコンプレスレヌショ。ピストンが匕き戻されお、空気が濃瞮した時のタむミングで、燃料を燃焌させお爆発させお、圧力を䜜り、ピストンを抌し出す。テンパヌチャヌレヌショ〜、ぐらいで、アルミ〜ステンレスぐらいのマテリアルで、゚ンゞンを䜜る。゚ネルギヌ濃床が高い燃料ガ゜リン、氎玠酞玠、等を甚いお、倧出力で小型化が可胜なので、効率的で、効果的である。アルミを甚いた゚ンゞンは、補造の際、コストパフォヌマンスが良い。ステンレスを甚いた゚ンゞンは、耐久性胜や匷床に぀いおパフォヌマンスが良い。シャフトに連動した盎接、若しくは、ギダ等による連動したりィヌルを甚いお、燃料の配送運搬ず、燃料ぞの着火スパヌクのタむミングを適宜にするこずが出来る可胜。内燃系゚ンゞンは、珟実的に可胜である。 同皋床のサむズの゚ンゞンずモヌタヌを比范しお、トルクず回転数をみるず、゚ンゞンの出力は、モヌタヌの出力に察しお、ほどほど良いぐらいであるが、燃料に぀いおみおみるず、燃料の゚ネルギヌ密床ず重量が、バッテリヌの゚ネルギヌ密床ず重量のパフォヌマンスに勝っおいる。このため、゚ンゞンは、移動手段ずしお甚いる自動車オヌトモヌビル、飛行機、ヘリコプタヌ、船舶、等に向いおいる。若し、電気が通っおいる所なら、移動の必芁がないずころでは、モヌタヌを䜿うのが向いおいる。又、゚ンゞン発電機ダむナモモヌタヌによっお、発電した電気でモヌタヌを駆動するハむブリッドな車等も、緊急時に発電機ずしお甚いるこずが可胜なので、良いだろう。燃料電池による自動車等は、良いが、燃料電池の軜量化ず、氎玠や酞玠のタンクの軜量化が、課題ずなるだろう。電気自動車、モヌタヌ自動車は、バッテリヌが小型化・軜量化されるなら、良いだろう。ガ゜リンスタンドに、電気、若しくは、バッテリヌを提䟛するような、電気スタンドを、付属させるのが、むンフラに぀いおのコストパフォヌマンスが良いだろう。゚ネルギヌ゚コノミヌ゚コロゞヌ・システムやの発展は、もう盎来るだろう間近であろう。この際、゚ンゞンを甚いた車等の倧量生産を行う技術力ず生産胜力は、ある皋床は、維持しおおいた方が良いだろう。䜕故なら、゚ネギヌ源の統䞀化ず、むザずいう時のためのバックアップ・゚ネルギヌ源の保持ある皋床の゚ネルギヌ源の倚様化は、重芁だからである。電気、石油、゚タノヌル、石炭、倩然ガス、氎玠酞玠、倪陜光、颚力、バむオマスガス、地熱、源泉、メタンハむドレヌド、栞゚ネルギヌ、等である。燃料を盎接積むこずができる独立系固定、若しくは、移動システムの生産ず維持は、ある皋床あるず良いだろう。FIG. 189 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Engine Story) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.YoshinoAdvancedEnergyII. So, I was driving the engine. (Air) Using a compressor or the like, concentrate the air N times (example: about 300 times), increase the pressure to N'fold (example: about 300 times) (or more) of 1 atm, and push out the piston. And suppose that the engine is rotated. I.YoshinoAdvancedEnergy pressure engine: If you compress the air with an inflator, apply pressure, and push out the piston, F1 = 3kN, A1 = 1cm ^ 2, compression = 300, A2 = 10cm ^ 2 , F2 = 30kN, which is practically possible. II.KazutoraYoshinoUniverseEnergy External combustion engine: When gas or liquid is heated and pressure is applied to push out the piston, F1 = 3kN, A1 = 1cm ^ 2, temper temperature = 300, T1 = 90000K, etc. , High temperature (there are few metals that can withstand this temperature), which is not very realistic. Therefore, if F1 = 3kN, A1 = 50cm ^ 2, temper ratio = 6, T1 = 1800K, it is practically possible to use a stainless steel (steam) engine. III.KazutoraYoshinoUniverseEmpire Internal Combustion Engine: It is the internal combustion engine that takes advantage of both I and II and gains both at once. F1> 3kN, A1 = 1cm ^ 2, compression = 300, A2 = 10cm ^ 2, F2 = 30kN, and the fuel is pushed out. The air is compressed when the piston is pulled back (compression ratio = 300). When the piston is pulled back and the air is concentrated (at the timing), it burns (explodes) the fuel, creating pressure and pushing the piston out. Temper charation = 3 to 6, and make an engine with materials of aluminum to stainless steel. It is efficient and effective because it can be miniaturized with high output by using fuel with high energy concentration (gasoline, hydrogen + oxygen, etc.). Engines using aluminum have good cost performance during manufacturing. Engines made of stainless steel have good performance in terms of (durability and) strength. By using a wheel linked to the shaft (directly or linked by a gear or the like), the timing of fuel delivery (transportation) and fuel ignition (spark) can be appropriately adjusted (possible). Internal combustion engines are practically possible. Comparing an engine and a motor of similar size, the output of the engine is moderately good with respect to the output of the motor when looking at the torque and the number of revolutions, but when looking at the fuel, the energy density of the fuel And weight outperforms battery energy density and weight performance. Therefore, the engine is suitable for automobiles (automobiles), airplanes, helicopters, ships, etc. used as means of transportation. If there is electricity, it is better to use a motor where there is no need to move. Also, a hybrid car that drives the motor with the electricity generated by the engine + generator (dynamo motor) can be used as a generator in an emergency, so it would be good. Automobiles using fuel cells are good, but weight reduction of fuel cells and weight reduction of hydrogen (or oxygen) tanks will be issues. EVs (electric vehicles, motor vehicles) would be good if the batteries were made smaller and lighter. It would be good cost performance for the infrastructure to attach a desk lamp to the gas station, which provides electricity or a battery. The development of (energy) (economy) ecology system (3E) and EV will be coming soon (will be near). At this time, it is better to maintain the technical ability and production capacity for mass production of cars using engines to some extent. This is because it is important to unify energy sources and maintain backup energy sources for the time of Isa (diversification of energy sources to some extent). Electricity, petroleum, ethanol, coal, natural gas, hydrogen + oxygen, solar power, wind power, biomass (gas), geoheat, source, methane hydrate, nuclear energy, etc. It would be nice to have some production and maintenance of an independent (fixed or mobile) system that can directly load fuel. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Engine Story: Compressor)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、゚ンゞンの機胜ファンクションのリバヌス逆機胜むンバヌスファンクションであるコンプレッサヌの開発をしおいた。 ゚ンゞンやモヌタヌによっお回転するシャフトに付いたクランクシャフトによっお、シリンダヌ内を埀埩するピストンによっお、圧瞮された、吞気口から取り入れられた気䜓や液䜓空気、氎、等は、゚ンゞンやモヌタヌのシャフトず共に盎接、若しくは、ギダ等ず連動しお回転しおいるゲヌトにある吞気口ず排気口によっお、圧瞮空気を排出したり、容噚タンクに詰める。ゲヌトの吞気口ず排気口の䜍盞タむミングは同じでも良い、若しくは、䜍盞差タむミングがあっおも良い。FIG. 190 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Engine Story: Compressor) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.YoshinoAdvancedEnergyII. I was developing a compressor that is a reverse (reverse function (inverse function)) of the function (function) of. Gases and liquids (air, water, etc.) taken in from the intake port, compressed by the piston reciprocating in the cylinder by the crankshaft attached to the shaft rotated by the engine or motor, are combined with the shaft of the engine or motor. Compressed air is discharged or packed in a container (tank) by the intake and exhaust ports at the gate (rotating directly or in conjunction with gears, etc.). The phase (timing) of the intake port and the exhaust port of the gate may be the same, or there may be a phase difference (timing). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Sword + Shield)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、熱源赀倖線などを画像で認識できるシステムを䜜り、壁の倖偎から、壁の内偎にいる人䜓の熱源゚ネルギヌ、オヌラの認識ず䜍眮ず時間等の情報を獲埗するこずが出来おいた。吉野カズトラ宇宙䞖界皇垝は、壁の倖偎から、壁を貫通する匟を撃ち蟌み、壁の内偎にいる人凶悪犯等を殺害するこずが出来た。この際、宇宙戊争、南北朝戊争、シミュレヌション戊争の延長ずしお、矛盟戊争が起きおいた。 やややアメリカラむフル協䌚や共和党ず提携しおいる物理量子力孊、量子光孊、レヌザヌ物理、レヌザヌ砲、盞察性理論、超䌝導、等や数孊や化孊や生物のコロラド倧孊孊掟の教授達ず、ややややアメリカ補造業や民䞻党ず提携しおいる栞工孊栞融合工孊、プラズマ工孊、栞ミサむル等や工孊物理光孊、超䌝導、機械工孊、コンピュヌタヌ光孊、等や生化孊や遺䌝子工孊やバむオむンフォマティクスのりィスコンシン倧孊孊掟の教授達の間で、哲孊、科孊、工孊、孊術に぀いお戊争が起きたのである。コロラド倧孊は、ガモフ孊掟のノヌベル物理孊賞受賞孊者のワむンマン博士や゚リックや、ノヌベル化孊賞受賞者のチェック博士をリヌダヌずしおグルヌプを䜜っおいた。りィスコンシン倧孊は、栞工孊の゚マヌト博士、マルクス、ゞョン、フォンクや物理のプレンゞャヌ等をリヌダヌずしたグルヌプを䜜っおいた。 吉野カズトラ皇子王子が䞡方のグルヌプで、ブッシュ倧統領の゚ネルギヌ顧問のアドバむザヌになったり、クリントン倧統領の゚ネルギヌ顧問のアドバむザヌになったりしお、暗躍しおいたが、女スパむ達くの䞀達ペヌロッパの物理教垫パりリ行列研究やフランス栞工孊生埒やリサランドルフ倚次元宇宙論や心理的に勉孊を攻撃する女達、等が刺客ずしお送られおきお、吉野カズトラ皇子の勉匷や孊習や教育路ぞの進行を邪魔したり阻止しようずした。吉野カズトラ王子は、そのため、味方の綟子コロラド倧孊孊掟や゚ミリヌりィスコンシン倧孊孊掟のような可愛くお超成瞟優秀者の女性達ずだけ、仲良くした。 吉野カズトラ宇宙䞖界皇垝は、コロラド倧孊ではレヌザヌ砲や銃匟䞞や矛の゚キスパヌトである。吉野カズトラ宇宙䞖界皇垝は、りィスコンシン倧孊ではダむダモンドシヌルドや栞戊争甚シヌルドや盟の゚キスパヌトである。吉野カズトラ宇宙䞖界皇垝は、壁を貫通するような匟䞞を䜜り、匟が貫通しないようなシヌルドを䜜っおいた。 吉野カズトラ宇宙䞖界皇垝は、超人工ダむダモンドを䜜り、Δ、Δ、Δ−、ぐらいのシヌルド力を、獲埗した。 、若しくは、、若しくは、ダむダモンドタングステンシリコンステンレスアルミセラミック防匟プラスチック防匟ガラスコンクリヌト玙氎等 等の適宜な組み合わせを、適宜な順序で䞊べるシヌルドである。 刀、剣、匟、ラむトセむバヌ、ビヌムサヌベル、電子線、攟射線、レヌザヌ砲、に匷いシヌルドである。 しかし、シヌルド内の兵士は、毒や病原菌りィルス、等に匱く、毒殺や病殺されるリスクや、自動車事故・転萜等によっお殺害されるリスクや、爆匟やミサむルで秒殺されるリスクがあったので、シヌルド内は兵士ロボットガンダム、トランスフォヌマヌオプティマス、メガトロンや、ロボコップのような再生人間サむボヌグを甚いるこずにした。 しかし、ロがコップは、元々、人間だったので、毒物のチェックが必芁で、毒センサヌずしお鋭敏な先端を持぀銀の針䞲剣を持っおいたが、これは、戊闘や、むンタヌネット等の情報ネットワヌクぞのアクセス甚の端子ずしお、䜵甚された。 もずもず、のストヌリヌずしお、始たったシミュレヌション戊争だったが、吉野カズトラ皇子がで、コストパフォヌマンス良くを補造するこずに成功しお、ダむダモンドシヌルドの補造等が、埐々に具珟化、珟実化されお行き、病原菌りィルス、等の研究をする吉野友子孊掟経枈産業省、文郚科孊省、等ず抗りィルス薬や抗菌シヌルド等を研究する吉野レベッカハル女王孊掟内閣府、宮内庁、防衛省、自衛隊、囜家公安委員䌚、譊察、囜土亀通省、蟲林氎産省、運茞省、法務省、等が、戊争に参入しお、珟実䞖界で、本圓の宇宙戊争ぞ発展しお行った。FIG. 191 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Sword + Shield) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.YoshinoAdvancedEnergyII. We were able to create a system that can recognize (etc.) with images, recognize the human body (heat source (energy, aura)) inside the wall from the outside of the wall, and acquire information such as 3D position and time. Kazutra Yoshino, the Emperor of the Universe, was able to shoot a bullet penetrating the wall from the outside of the wall and kill people (thugs) inside the wall. At this time, a contradiction war occurred as an extension of the space war, the North-South dynasty war, and the simulation war. Colorado University (School) of physics (quantum mechanics, quantum optics, laser physics, laser cannons, relativity theory, superconduction, etc.), mathematics, chemistry and biology affiliated with NASA, USAF, USNAVY, American Rifle Association and Republican Party. Nuclear engineering (nuclear fusion engineering, plasma engineering, nuclear missiles, etc.) and engineering physics (optical, superconducting, mechanical engineering, etc.) in partnership with DOE, USARMY, IAEA, NIH, the American manufacturing industry, and the Democratic Party. There was a war on philosophy, science, engineering, and academia between the University of Wisconsin (professors of the school) in computer physics, etc.), biochemistry, genetic engineering, and bioinformatics. The University of Colorado was led by Dr. Weinmann and Eric, Nobel Laureates in Physics of the Gamow School, and Dr. Check, a Nobel Laureate in Chemistry. The University of Wisconsin has formed a group led by Dr. Emart of Nuclear Engineering, Marx, John, Fonck and the Physics Planger. Prince Yoshino Kazutra (Prince) was dying in both groups, becoming an advisor to President Bush's energy advisor and an advisor to President Clinton's energy advisor, but the female spies (Kuichi: Europe) Physics teacher (Pauli procession study), French nuclear engineering student, Lisa Randolph (multidimensional cosmology), women who psychologically attack study, etc.) were sent as thugs to study and study Prince Yoshino Kazutra. And tried to block or block the progress to the educational path. Prince Yoshino, therefore, made friends only with cute and super-performing women such as Ayako (University of Colorado) and Emily (University of Wisconsin). Kazutra Yoshino, Emperor of Space World, is an expert in laser cannons, guns (bullets) and halberds at the University of Colorado. Kazutra Yoshino, Space World Emperor, is an expert in diamond shields, nuclear war shields and shields at the University of Wisconsin. Kazutra Yoshino, the Emperor of the Universe, made bullets that penetrated the wall and shields that prevented the bullets from penetrating. The Emperor of the Universe, Kazutra Yoshino, made a super-artificial diamond (SDLC) and acquired a shielding force of Sp (Δx) = 10 ^ 8N / m ^ 2, Δx = 1mm, Δt = 10 ^ -5s. 1. 1. SDLC, DLC, or diamond 2. Tungsten 3. Silicon 4. Stainless steel 5. Aluminum 6. Ceramic 7. Bulletproof plastic 8. Bulletproof glass 9. Concrete 10. Paper 11. Water 12. It is a shield that arranges appropriate combinations such as etc. in an appropriate order. A strong shield against swords, swords, bullets, lightsaber, beam sabers, electron beams, radiation, and laser cannons. However, the soldiers in the shield were vulnerable to poisons and pathogens (viruses, etc.), and there was a risk of being poisoned or sick, being killed by a car accident or falling, or being killed by a bomb or missile for a second. Therefore, I decided to use soldier robots (Gundam, Transformers: Optimus, Megatron) and regenerated human cyborgs such as Robocop inside the shield. However, since Robocop was originally a human being, it was necessary to check for poisons, and he had a silver needle skewer sword with a sharp tip as a poison sensor, but this is information on battles, the Internet, etc. It was also used as a terminal for accessing the network. Originally, it was a simulation war that started as a science fiction story, but Prince Yoshino Kazutra succeeded in manufacturing DLC with good cost performance with PSII, and the manufacturing of diamond shields etc. was gradually embodied and realized. The Yoshino Tomoko School (Ministry of Economy, Trade and Industry, Ministry of Education, Culture, Sports, Science and Technology, etc.) and the Yoshino Rebeccahar School (Cabinet Office, Imperial Household Agency, Defense), which studies anti-virus drugs and antibacterial shields, etc. Ministry, Self-Defense Forces, National Public Safety Commission, Police, Ministry of Land, Infrastructure, Transport and Tourism, Ministry of Agriculture, Forestry and Fisheries, Ministry of Transport, Ministry of Justice, etc.) entered the war and developed into a real space war in the real world. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Sword + Shield)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝のシミュレヌション戊争は、矛盟戊争に進化ず発展をしおいた。矛盟戊争は、宇宙戊争に進化ず発展をしおいった。宇宙戊争では、ロックフェラヌ䞉菱銀行、等、ロスチャむルド䞉井銀行、等、その他みずほ銀行、等の戊いになり、戊争兵噚も戊争戊略も進化ず発展をしお行った。又、兵士達は、人間から、サむボヌグロボコップぞ進化しお、又、ロボット革呜を目指す、のロボット達や軍事戊闘甚宇宙ロボットに、進化しお行く。吉野タむムマシンにより、宇宙戊争は、盞察的過去にも送られお、戊争準備のための戊略的蚭定がなされた。 幎月日、クりィンむッセむが誕生した。むッセむの誕生祝いに、矛を飛行機ずしお、盟を高局ビルずした、矛盟戊争における、軍需産業ネオコン、右翌、兵噚産業、スカルアンドボヌン、フリヌメむスン、等やある怪盗団を内包する譊察や消防眲の戊闘胜力のデモンストレヌションずしお、カズトラ戊略の宣䌝ずしお、、ペンタゎンぞの䞀斉同時攻撃を行った。新しいアメリカを衚珟するために、新しいアメリカの囜旗を衚珟した。その埌、むッセむ掟空軍海軍ず、ケンゟり掟陞軍の二手に分かれお、戊闘を始めた。数幎埌、月日、吉野信法王キリスト教の父の誕生日を祝っお、栞爆匟を甚いお東北関東倧震灜を起こしお誘因しお、タむガヌ戊略の宣䌝をしお、゚ンタヌテむメント、戊況、遞挙、メディア、政党を支配・管理した。さお、月日を準備日ずしお、月日が誕生日の吉野留利子女王ナダダ教ずむスラム教の母は、ヘリコプタヌやタンクの宣䌝を行った。吉野留利子クりィン女王を母ずした、クりィンむッセむずクりィンによる䞖界革呜が、着実に進行しお行った。吉野留利子クりィン女王のサポヌトで、吉野カズトラ宇宙䞖化皇垝ず吉野゚ミリヌ女王は、人工知胜ロボットの研究開発を進めお行き、ガンダムやトランスフォヌマヌなどの人工知胜型宇宙ロボットの具珟化・珟実化ぞず発展しお行ったのである。続く。FIG. 192 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Sword + Shield) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.Yoshino AdvancedEnergyII. It was evolving and developing into a contradiction war. The contradiction war evolved and developed into a space war. In the space war, Rockefeller (Mitsubishi Bank, etc.), Rothschild (Mitsui Bank, etc.), and others (Mizuho Bank, etc.) fought, and war weapons and war strategies evolved and developed. In addition, soldiers will evolve from humans to cyborgs (Robocop), and to NS5 robots and space robots (for military combat) aiming for a robot revolution. The Yoshino Time Machine sent the space war to the relative past and made strategic settings for war preparation. On September 10, 2001, Quinn Issey was born. To celebrate Issey's birthday, the munitions industry (neocon, right wing, weapons industry, skull and bone, free mason, etc.) and the police that include a phantom thief in the contradiction war, with a halberd as an airplane and a shield as a skyscraper As a demonstration of the fighting ability of the fire department, as a promotion of the Kazutra strategy, a simultaneous attack of 911 (WTO, Pentagon) was carried out. In order to express the new America, I expressed the new American flag. After that, it was divided into two groups, the Issei faction (Air Force + Navy) and the Kenzo faction (Army), and started fighting. A few years later, on March 11th, to celebrate the birthday of King Yoshino (the father of Christianity), he used a nuclear bomb to cause (induce) the Great Tohoku Kanto Earthquake and advertise the Tiger strategy. Controlled and controlled entertainment, war conditions, elections, the media, and political parties. Now, with November 11 as the preparation day, Queen Ruriko Yoshino (mother of Judaism and Islam) whose birthday is December 8 advertised helicopters and tanks. Ruriko Yoshino The world revolution by Quinn Issey and Quinn, whose mother was Queen Quinn, went on (steadily). With the support of Queen Ruriko Yoshino, Emperor Kazutora Yoshino and Queen Emily Yoshino will proceed with research and development of artificial intelligence (robots), and realize and realize artificial intelligence type space robots such as Gundam and Transformers. It developed into. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Sword + Shield)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、矛盟戊争における盟の䞀぀の匱点である病原菌りィルス察策を進めおいた。䞀応、抗菌剀光觊媒などを盟の衚面にコヌティングしお察凊はしおいたが、未だ未だ、進化するずころがあった。吉野友子女王孊掟の䞀郚の過激掟は、バむオテロリストずしお、その幎に流行するず掚枬されたりィルスやその抗原に぀いおワクチンを䜜る吉野レベッカハル女王孊掟に察しお、りィルスの䞭身やは同じでも、抗原が異なるりィルスを、人䜓ネットワヌクや空䞭感染を甚いお、散垃するなどしお戊闘やテロ掻動をしおいた。䟋えば、、、のやによっお増殖するが、他のりィルスの抗原を持぀りィルスを増殖させお、人から人ぞ感染させたり、空䞭散垃しお人に感染させたりするのである。又、吉野友子女王孊掟の䞀郚の過激掟は、卵による補造方法では、人から人ぞ感染するりィルスだけは死滅しお、抗原が䜜られないように、りィルスを遺䌝子操䜜した。䟋えば、の遺䌝子組み換えしお、ワクチンが利きにくくしたのである。これに察しお、吉野レベッカハル女王孊掟は、现胞培逊などによるワクチンの補造方法等を甚いお、察抗した。吉野友子女王孊掟の䞀郚の過激掟は、間匕きずいう抂念で、幎よりなど免疫が匱くなっおいる人達を、瀟䌚から突き萜ずしたりしお、人口の管理をしようずした医垫䌚系医療系過激バむオテロリストのグルヌプだったのである。医垫䌚系医療系過激バむオテロリストのグルヌプが、ディセプティコンの「振り蟌め詐欺」のグルヌプや出䌚い系ネットワヌク詐欺のグルヌプず協力しお、老人たち等から、お金を巻き䞊げるようになったのである。これらのお金は、殆どが、裏瀟䌚ぞ行き、暎力団等を通しお、日本政治家たちの遞挙資金等に甚いられたり、キャバ嬢達やスタッフ達を逊うこずに甚いられおいた。 さお、病原菌りィルス察策で重芁なのが、消毒である。特に、加熱加圧によっお䜜った蒞留氎を甚いたり、蒞留氎ず合わせたアルコヌルによっお手を掗う等が、重芁になっおいた。コストパフォヌマンス良く氎を加熱加圧しお蒞留氎を䜜るシステムや方法が重芁になっおいた。この頃、吉野カズトラ宇宙䞖界皇垝をサポヌトする早皲田系等のビゞネス系の孊掟は、経枈産業省等に入り、吉野カズトラ宇宙䞖界皇垝ず共に、再生可胜゚ネルギヌの促進をしおいた。吉野カズトラ宇宙䞖界皇垝は、海氎を甚いお、塩ず飲料氎や蒞留氎を䜜るず同時に発電をするシステムを䜜っおいたが、システム党䜓では、発電効率が、タヌビンで、玄〜、スチヌム゚ンゞンで、玄〜ぐらいで、効率が今䞀であるため、発電ず同時に他のビゞネスも促進しようずしおいた。ここで、重芁になったのが、吉野カズトラ宇宙䞖界皇垝の倪陜光熱発電システムでは、飲料氎ず蒞留氎を䜜るのが、コストパフォヌマンスが良いシステムであったこずである。吉野カズトラ宇宙䞖界皇垝は、りィスコンシン倧孊のバむオむンフォマティクスず吉野レベッカハル女王孊掟を通しお、や補薬䌚瀟ず提携をしお、蒞留氎やアルコヌル氎を、アメリカの医療機関ぞ、コストパフォヌマンス良く販売するこずに成功しおいた。吉野カズトラ宇宙䞖界皇垝の倪陜光熱発電システムを、日本でも䜜り、日本の医療の改善をするため、吉野カズトラ宇宙䞖界皇垝は、特蚱庁などを通しお、倪陜光熱等の発電システムに぀いお、開瀺公開し始めおいた。しかし、日本政府で盞察的未来情報を盗んでいるグルヌプや原子力等を扱う䌚瀟等や近所に仕蟌たれた産業スパむ等に、阻たれお、䜜業が思うように進たなかったが、吉野カズトラ宇宙䞖界皇垝が、朝日が昇っおから䞀日コツコツ真面目に毎日、倪陜光発電システムの開発をした努力の結果、埐々に、吉野カズトラ宇宙䞖界皇垝の思うがたたに、事が進んでいったのである。吉野カズトラ宇宙䞖界皇垝ずペシノアドバンスド゚ナゞヌず日本政府は、協力しお、゚ネルギヌ産業ず飲料氎や蒞留氎産業に、参入しお、゚ネルギヌや飲料氎や蒞留氎を海倖に茞出するこずが出来るほどに成長しお、倧きな貿易黒字になり、アメリカず共に、再床、経枈超倧囜アメリカ合衆囜ず経枈倧囜日本の地䜍を獲埗した。この頃、アメリカず日本は、再生医療等でも優秀になっおいお、医療にも最先端技術を持぀ように他の囜々の远随を蚱さないほどになっおいた。ロシアは、日本が勝぀ように応揎しおいた。続く。FIG. 193 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Sword + Shield) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.Yoshino AdvancedEnergyII. We were promoting measures against pathogenic bacteria (viruses), which is one of the weaknesses of the shield. For the time being, antibacterial agents (photocatalyst, etc.) were coated on the surface of the shield to deal with it, but there was still some evolution. As a bioterrorist, a part of Queen Tomoko Yoshino's school (extreme school) is against the virus contents (DNA and RNA) against Queen Rebeccahar's school, which makes vaccines for viruses and their antigens that are presumed to be prevalent that year. ) Was the same, but viruses with different antigens were sprayed using human networks and aerial infections to engage in combat and terrorist activities. For example, it is propagated by the DNA or RNA of H1N1, H3N2, and H7N9, but it propagates a virus having an antigen of another virus and infects it from person to person, or it is sprayed in the air to infect a person. In addition, a part of the Queen Tomoko Yoshino School (a radical school) genetically engineered the virus so that only the virus that is transmitted from person to person is killed and no antigen is produced by the egg production method. For example, H3N2 was genetically modified to make the vaccine less effective. On the other hand, the Queen Rebeccahar School of Thought countered this by using a method for producing a vaccine by cell culture or the like. A part of Queen Tomoko Yoshino's school (extreme school) is a medical association medical system that tried to manage the population by pushing people with weakened immunity from society, etc., with the concept of thinning out. It was a group of radical bioterrorists. A group of medical radical bioterrorists from the Medical Association, in cooperation with the Decepticon's "transfer fraud" group and the dating network fraud group, began to raise money from old people and others. Most of these money went to the underworld and was used to fund elections for (Japanese) politicians through organized crime groups, etc., and to feed hostesses and staff. By the way, disinfection is important as a countermeasure against pathogens (viruses). In particular, it has become important to use distilled water produced by heating and pressurizing, and to wash hands with alcohol combined with distilled water. A system and method for producing distilled water by heating and pressurizing water with good cost performance have become important. Around this time, business schools such as Waseda, which supported Emperor Yoshino Kazutra, joined the Ministry of Economy, Trade and Industry and promoted renewable energy together with Emperor Yoshino Kazutra. Kazutra Yoshino, the Emperor of the Space World, made a system that uses seawater to generate salt, drinking water, and distilled water at the same time, but the power generation efficiency of the entire system is about 0.1% for turbines. With 1%, steam engine, about 1% to 10%, the efficiency is not good, so I was trying to promote other businesses at the same time as power generation. What was important here was that in the solar thermal power generation system of the Emperor Yoshino Kazutra, it was a system with good cost performance to make drinking water and distilled water. Kazutra Yoshino, the Emperor of the Space World, has partnered with NIH (and a pharmaceutical company) through bioinformatics at the University of Wisconsin and the Queen Rebeccahar School of Yoshino to deliver distilled water and alcohol (water) to American medical institutions with good cost performance. It was successful in selling. In order to create a solar thermal power generation system for the Emperor Yoshino Kazutra Space World in Japan and improve medical care in Japan, the Emperor Yoshino Kazutra Space World Emperor disclosed (disclosed) the power generation system such as solar heat through the Japan Patent Office. I was starting. However, the work did not proceed as expected due to the Japanese government's group stealing relative future information, companies dealing with nuclear power, industrial espionage, etc., which were set up in the neighborhood, but Yoshino Kazutra Space World As a result of the efforts of the emperor to develop a solar power generation system every day since the rising sun, (gradually), things went as the Emperor Yoshino Kazutra of the Universe World wanted. be. Kazutra Yoshino Space World Emperor, Yoshino Advanced Energy and the Japanese government can work together to enter the energy industry and the drinking water and distilled water industry, and export energy, drinking water and distilled water overseas. It grew into a large trade surplus and, along with the United States, once again gained the status of the economic superpower United States and the economic power Japan. Around this time, the United States and Japan had become excellent in regenerative medicine, etc., and had cutting-edge technology in medical science (unrivaled by other countries). Russia was cheering for Japan to win. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Snow White Castle)Lovely, Lumy Group (Lumy, ATK,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、コストパフォヌマンス良く発電所を䜜っおいた。雪囜の匷みを甚いお、雪で、雪壁や足堎や階段を䜜り、鉄筋コンクリヌトで雪壁の間の隙間を埋めお、局に積み䞊げおしお、階の建築物を䜜っおいたのである。 特に、階段を䜜るのに、階段の䞀段䞀段を積み䞊げお䜜り、高局ビルのような高い斜圢倧スキヌ台モヌグルスキヌ台、高さ、斜床°のようなの建築物に進化した。 シミュレヌション戊争の䞀環ずしお、冬のオリンピック幎のロシアの゜チ・オリンピックで、モヌグルやフィギュアスケヌトによる囜際バトルに進展展開させたのである。 軍事コヌドは、『癜雪姫ずシンデレラの氷ガラスの靎』である。 吉野カズトラ宇宙䞖界皇垝は、元々吉野カズトラ皇子王子の頃、コロラド倧孊の頃、新期の雪囜の出身である吉野綟子女王冬雪将軍に、コロラドのスキヌ堎で、スキヌの蚓緎を受けた。 吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ皇子王子の頃、コロラド倧孊の頃、日本人では、吉野綟子将軍を奜きで、アメリカ人では、パむパヌのこずが奜きだった。 吉野綟子は、勉孊に鬌才をも぀スキヌダヌであり、パむパヌは、スポヌツモヌグル、スキュヌバダむビング、テニス、等の達人であった。 吉野カズトラ皇子王子は、パむパヌがアメリカ空軍の軍人であったこずもあり、䞀緒に食事等をしお、吉野カズトラ皇子王子は、量子力孊やロンドンの方皋匏等を甚いお超䌝導䜓の開発を進め、超䌝導ワむダヌ電力線による電力の䟛絊配垃システムをアメリカ合衆囜に䜜るこずを、パむパヌず共に戊略的に考え実行しお行った。 吉野カズトラ皇子王子は、りィスコンシン倧孊に行き、栞工孊の教授達やゞョン等等ず超䌝導浮遊䜓や超䌝導マグネットや超䌝導モヌタヌや超䌝導マグネット、、、超䌝導マグネット栞融合炉等の研究を続けた。 吉野カズトラ皇子王子は、スキヌをしたり、スキュヌバダむビングをしたり、パラグラむダヌをしたり、乗銬をしながら、倧孊院で勉匷をしおいた。 吉野カズトラ皇子王子は、この頃、医孊の倩才吉野゚ミリヌアメリカ陞軍ずアメリカ海軍の女神に䌚い、医療系にも興味を持぀ようになった。続く。FIG. 194 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Snow White Castle) Lovely, Lumy Group (Lumy, ATK, .more.) 3D Technology I.YoshinoAdvancedEnergyII. I was building a power plant. Using the strengths of the snow country, snow was used to make snow walls, scaffolding, and stairs, and reinforced concrete was used to fill the gaps between the snow walls and pile them up in the N layer to create an N-story building. .. In particular, to make stairs, build up the stairs one by one, and build a tall large ski stand like a high-rise building (mogul ski stand: 251.5 m, height 120 m, slope 28 °). It has evolved into a thing. As part of the simulation war, at the Winter Olympics (Russia's Sochi Olympics in 2104), he advanced (developed) into an international battle with moguls and figure skating. The military code is "Snow White and Cinderella's Ice (Glass) Shoes". Kazutra Yoshino Space World Emperor was originally trained in skiing at a ski resort in Colorado by General Yoshino Ayako, a native of the snowy country of Niigata (when he was Prince Yoshino Kazutra (Prince), when he was at Colorado University). rice field. Kazutra Yoshino, the Emperor of the Universe (when he was Prince Yoshino, when he was at Colorado University), liked General Yoshino Ayako among Japanese and Piper among Americans. Ayako Yoshino was a skier with a genius in study, and Piper was a master of sports (moguls, scuba diving, tennis, etc.). Prince Yoshino Kazutra (Prince) had a meal together because Piper was a military officer of the US Air Force, and Prince Yoshino Kazutra (Prince) was a superconductor using quantum mechanics and London equations. We proceeded with the development of, and strategically considered and implemented with Piper to create a power supply (distribution) system by superconducting wire power line in the United States. Prince Yoshino Kazutra went to Wisconsin University and worked with professors of nuclear engineering (ASC, John, etc.) on superconducting floats, superconducting magnets, superconducting motors, superconducting magnets NMR, CT, MRI, and superconductivity. Continued research on magnet fusion reactors. Prince Yoshino Kazutra was studying at graduate school while skiing, scuba diving, paragliding, and riding. Prince Yoshino Kazutra (Prince) met the medical genius Emily Yoshino (the goddess of the US Army and the US Navy) around this time and became interested in the medical field. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Neo Freedom Doctorine (Strategy))Lovely, Lumy Group (Lumy, ATK,Fujifilm,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝の瀟䌚システムず瀟䌚システム補法 吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ宇宙䞖界皇垝囜を築く際、キュヌブ䞖垯数、所埗量、努力ず結果、を぀の軞ずする正方䜓を解析しながら、幟぀かの䞻矩を考えおいた。この際、努力や結果に比䟋した報酬や収入を埗るずいうのは、ある皋床良い䞻矩であるず、政治孊的ず瀟䌚孊的に優先順䜍の高い䞻矩ずしお、これを、自由䞻矩資本䞻矩ず新自由䞻矩ずした。぀たり、を理想ずする。資本䞻矩は、完党自由䞻矩に近く、奜きなだけ努力しお働き、努力や結果に比䟋した報酬や収入を埗る。䞖垯数环積比に察しお、努力量が次曲線、所埗量所埗分垃関数が次曲線がになるこずが倚い。぀たり、αのような、曲線であるこずが倚い。新自由䞻矩では、囜やリヌダヌ䌚瀟等が、人々劎働者等の努力や劎働時間を管理しお、䞖垯数环積比に察しお、所埗分垃関数をある皋床右䞊がりの線圢盎線に揃えるのである。぀たり、αにするのである。䜕故かずいうず、ずいう共産䞻矩では、努力劎働時間や結果に察しお、比䟋した報酬や収入を埗おいないので、優秀な劎働者や努力した劎働者から、囜や䜎所埗者が結果や報酬や収入を匷奪しおいるようなものであるからである。芁するに、毛沢東率いる䞭囜共産党が、金持ちから、金や土地を匷奪しお、䞭囜共産党の所有物にしおしおしたったようなものである。しかしながら、資本䞻矩完党自由䞻矩による自由奔攟な自由経枈を攟眮しおおくず、経枈効果は高いが、経枈的栌差貧富の差が広がる。特に、盞続によっお、冚が蓄積したり、株匏䌚瀟などによっお利益や冚が蓄積するなら、尚曎のこずである。ここに、経枈栌差に䞍満を持぀ような䜎所埗者局が急進的な革呜を起こし、富裕局を殺害する確率が高たるので、劎働者の努力や結果に比䟋した、所有の正しい分垃をするように、囜やリヌダヌ䌚瀟が管理するのが、新自由䞻矩である。぀たり、新自由䞻矩を促進する革呜なら、比范的マむルドで、ある皋床、無血革呜に近い革呜になるだろう。新自由䞻矩によっお、経枈栌差はあるが、経枈栌差が倧きすぎないような巊右の二極化が進む。囜やリヌダヌ䌚瀟が、人々の努力や結果や報酬や収入を管理するず蚀っおも、幟぀もの方法があっお、どれが正矩な方法正圓な方法かに぀いお議論の䜙地もあるが、ここに、政党を甚いた議䌚ず蚀う機関を蚭眮するこずが可胜になる。瀟䌚孊的や経枈孊的には、努力曲線ずゆずり曲線のバランスをずるこずによっお、劎働劎働条件、劎働環境、劎働時間、等や結果に぀いおの評䟡や報酬や収入を管理するこずが、可胜である。ビゞネス的には、敵やラむバルを䜜り、管理するこずによっお、単独で勝぀ような䞀人勝ちするような人や䌚瀟を、ある皋床、抑えるこずは、䞍可胜ではないだろう。振り子の原理共和党ず民䞻党の二倧政党制による政治のダむナミック・バランス動的なによる囜の政治管理システムも良いが、巊右の䞭間にある新自由䞻矩による䞎党による、ある皋床のスタティック・バランス静的な䞀党管理も安定した政治システムや瀟䌚システムや経枈システムを構築するこずが可胜であろう。遞挙資金を集めるために、政治家や民衆が遞挙に翻匄されるより、その資本金を、新技術等に投資・投入した方が、瀟䌚ずしおは、埗・埳であるずいうのが、新自由䞻矩である。 吉野カズトラ宇宙䞖界皇垝は、吉野カズトラ宇宙䞖界皇垝を絶察䞻矩・䞻暩・支配者ずする吉野カズトラ宇宙䞖界皇垝囜䞻矩者なのだが、資本䞻矩者に近くお、倚分、新自由䞻矩が䞁床良いのだろうず思っおいた。吉野カズトラ宇宙䞖界皇垝は、共和䞻矩なら可胜だずしおも、共産䞻矩は、はっきり蚀っお奜きではなかった。ロシアや䞭囜は、『共和囜』になり、囜民の人暩等もある皋床、倧事にするようになったようなので、ずしお、たあたあ良い囜にはなったのだろうが、やはり、アメリカ合衆囜のような経枈超倧囜ずは、匵り合わない方が良いだろう。しかし、アメリカ合衆囜は、技術倧囜である日本のシステム管理胜力もある皋床敬意を持っお芋守るべきである。 さお、南北朝戊争の時に、戻り、北朝鮮ず韓囜の間に、䞻矩・䞻匵などに぀いおの冷戊が勃発しおいた。アメリカ合衆囜の掻躍ず日本の暗躍の基に、北朝鮮は、軍事䞻矩囜から、民䞻䞻矩囜に、転換される倉換される。䞖界は、民䞻囜家である北朝鮮に投資し始めお、北朝鮮は、民䞻囜家ずしお経枈的に、ある皋床、掻力を取り戻す。ここに、アメリカ合衆囜、日本、韓囜、北朝鮮による囜際経枈圏が成長する。この経枈圏ずむンドの経枈圏が、この埌幎ぐらいに、少子高霢化によっお経枈的に䜎迷しおいたペヌロッパ、ロシア、䞭囜を、救うこずになった。アラブ経枈圏は、この頃、むスラム䞻矩の基に、石油資本、倪陜光゚ネルギヌ利甚等で、至っお平凡な生掻を続けおいるので、特に、問題にはなっおいなかった。䞍必芁な軍備や軍事費は削枛され、倧きな戊争は殆どなくなり、資本は、新技術ず工堎ず生掻向䞊のために甚いられ、新自由䞻矩によっお、䞖界党䜓が、至っお、平和で、平凡で、退屈な䞖界になっおしたうずいうのが、未来予想図である。FIG. 195 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Neo Freedom Doctorine (Strategy)) Lovely, Lumy Group (Lumy, ATK, Fujifilm, .more.) 3D Technology I.Yoshino Advanced Energy II. Social system and social system manufacturing method: When the Yoshino Kazutra Space World Emperor builds the Yoshino Kazutra Space World Emperor, while analyzing the 3D cube (square body with the number of households, income amount, effort and result, as three axes) , I was thinking of some principles. At this time, it is a good principle to obtain rewards and income proportional to efforts and results, and as a politically and sociologically high priority principle, this is called liberalism (capitalism and neoliberalism). Liberalism). That is, Ys = Ye is ideal. Capitalism is close to complete liberalism, working as hard as you like and getting rewards and income proportional to your efforts and results. In many cases, the effort amount is on the Ne-order curve and the income amount (income distribution function) is on the Ns-order curve with respect to the cumulative ratio of the number of households. That is, it is often a curve such as Yo = α2 * x ^ 2. In neoliberalism, the government and leader companies manage the efforts and working hours of people (workers, etc.) to make the income distribution function (Yo) a linear straight line that rises to the right to some extent with respect to the cumulative ratio of the number of households. Align. That is, Yo = α1 * x. The reason is that in the communism of Ys = x, the compensation and income proportional to the effort (working hours) and results are not obtained, so from excellent workers and hard-working workers, the country and low-income earners. Is like robbing results, rewards and income. In short, it's like Mao Zedong's Chinese Communist Party robbed the rich of money and land and made it the property of the Chinese Communist Party. However, if the free-wheeling free economy based on capitalism (complete liberalism) is left unattended, the economic effect is high, but the economic disparity (difference between rich and poor) widens. This is especially true if inheritance accumulates wealth, or profits and wealth accumulate through corporations. Here, the low-income group, who are dissatisfied with economic disparities, will undergo a radical revolution and the probability of killing the wealthy will increase, so make sure that the distribution of ownership is correct in proportion to the efforts and results of the workers. In addition, neoliberalism is managed by the state and leader companies. In other words, a revolution that promotes neoliberalism would be a relatively mild and somewhat bloodless revolution. (Neoliberalism promotes a polarization of left and right so that there is economic disparity, but the economic disparity is not too large.) Even if it is said that countries and leader companies manage people's efforts, results, rewards and income. There are many methods, and it is arguable which one is the just method (the legitimate method), but it is possible to set up an organization called a parliament using political parties here. Sociologically and economically, managing labor (working conditions, working environment, working hours, etc.), results (evaluation of), compensation, and income by balancing the effort curve and the clearance curve. However, it is possible. From a business perspective, it may not be impossible to control people and companies that win alone (win alone) to some extent by creating and managing enemies and rivals. A country's political management system based on the dynamic balance of politics based on the pendulum principle (two-party system of the Republican Party and the Democratic Party) is also good, but it is static to some extent by the ruling party based on the neo-liberalism in the middle of the left and right. Balanced (static) one-party management will also be able to build a stable political, social and economic system. It is a new freedom for society to invest and invest the capital in new technologies, etc., rather than being at the mercy of elections by politicians and the people in order to raise election funds. It is a principle. The Yoshino Kazutra Space World Emperor is a Yoshino Kazutra Space World Emperor who has the Yoshino Kazutra Space World Emperor as absolutism, sovereignty, and ruler, but he is close to a capitalist and probably neoliberalism is just right. I was thinking of doing it. Kazutra Yoshino, the Emperor of the Universe, didn't like communism, even if it was possible. Russia and China have become "republics", and it seems that the human rights of the people have become important to some extent, so it seems that they have become reasonably good countries as BRIC, but after all, like the United States. It would be better not to compete with the economic superpower. However, the United States should also watch over the system management capabilities of Japan, a technological powerhouse, with some respect. By the way, at the time of the Nanbokucho War, I returned and a cold war about principles and claims broke out between North Korea and South Korea. Based on the success of the United States and Japan's dynamism, North Korea will be transformed (converted) from a militaristic country to a democratic country. The world begins to invest in North Korea, which is a democracy, and North Korea regains its vitality to some extent economically as a democracy. Here, the international economic zone of the United States, Japan, South Korea, and North Korea grows. This economic zone and the economic zone of India will save Europe, Russia, and China, which had been economically sluggish due to the declining birthrate and aging population, after this (around 2050). Around this time, the Arab economic zone, under Islamism, continued to live a very ordinary life with oil capital, solar energy use, etc., so it was not a particular problem. Unnecessary armaments and military spending have been reduced, major wars have almost disappeared, capital has been used for new technologies, factories and livelihoods, and neoliberalism has made the whole world extremely peaceful, mediocre, and The future forecast is that it will be a boring world. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's (Steam) Engine)Lovely, Lumy Group (Lumy, ATK,Fujifilm,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、振り子の原理で、巊右の振動が、䞭間局付近の摂動論ずしお、光速のように高速で埮振動になるような、安定した瀟䌚システムを構築しおいた。 吉野カズトラ宇宙䞖界皇垝は、同様に、スチヌム゚ンゞンシステムのピストンの埀埩運動を、高速埮振動系にするこずによっお、スチヌム゚ンゞンの発電効率を向䞊させた。 玄ぐらいにしお、ピストンぞの圧力面積を増やし、ピストンに掛る力を増やしお、シリンダヌ距離スチヌム等の気䜓の距離ずストロヌク距離を短くしお、ピストンを高速振動しお、ロヌタヌぞのトルクの高い発電システムを䜜った。又、特に、倪陜光集光熱発電システム等の際、攟熱や、黒䜓攟熱を抑えお、゚ンゞンに保熱蓄熱をある皋床させるようにした。ダむナモ・モヌタヌ等の発電効率ず合わせお、システム党䜓ずしおは、実質的に、〜ぐらいの発電効率になるように蚭蚈したのである。吉野カズトラ宇宙䞖界皇垝のスチヌム゚ンゞンは、密かに、埐々に、発電効率を向䞊させお、珟実的に有甚な発電システムになっお行った。FIG. 196 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's (Steam) Engine) Lovely, Lumy Group (Lumy, ATK, Fujifilm, .more.) 3D Technology I.Yoshino Advanced Energy II. Based on the principle of the pendulum, a stable social system was constructed in which the left and right vibrations became micro-vibrations (at high speed) like light speed as a perturbation theory near the middle layer. Similarly, Kazutra Yoshino, the Emperor of the Universe, improved the power generation efficiency of the steam engine by making the reciprocating motion of the piston of the steam engine (system) a high-speed micro-vibration system. SystemRatio = SR = about 1/3, increase the pressure area (A) on the piston, increase the force applied to the piston (pA), and increase the cylinder distance (gas distance Lo such as steam) and stroke distance (Ls). ) Was shortened and the piston was vibrated at high speed to create a power generation system with high torque to the rotor. In particular, in the case of a solar concentrating heat power generation system or the like, heat dissipation and blackbody heat dissipation are suppressed so that the engine retains heat (heat storage) to some extent. Together with the power generation efficiency of the dynamo motor, etc., the system as a whole was designed to have a power generation efficiency of about 50% to 70%. Kazutra Yoshino The steam engine of the Emperor of the Universe secretly and gradually improved the power generation efficiency and became a practically useful power generation system. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Sphere Engine)Lovely, Lumy Group (Lumy, ATK,Fujifilm,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、の曎なる向䞊をしたスフィア゚ンゞンを補䜜しおいた。球スフィアを等分割しお、其々にピストンずシリンダヌを持たせる。ピストンは、コンロッドやクランクシャフトを通しお、ロヌタヌを回転する。ロヌタヌは、オプションずしおギダを介しおダむナモモヌタヌを回転しお発電する。個のミニ発電システムを球スフィア取り付けお、センタヌに燃料や熱等を送る。ミニ発電システムを、総合的に、合わせるず十分な出力になる。䟋えば、スフェリカル・コヌディネヌトで、のスフィアにする。πぐらいにするず、個のミニ発電システムを取り付けお、センタヌに燃料や熱等を送る。玄で、発電効率が、玄〜ぐらいになる。倪陜光熱集光熱や黒䜓攟射やガス火熱や燃料爆発、等を利甚しおも良い。FIG. 197 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Sphere Engine) Lovely, Lumy Group (Lumy, ATK, Fujifilm, .more.) 3D Technology I.Yoshino Advanced Energy II. I was making a sphere engine with a further improvement in SR. The sphere is divided into N equal parts, and each has a piston and a cylinder. The piston rotates the rotor through the connecting rod and crankshaft. The rotor rotates a dynamo motor (via gears as an option) to generate electricity. N mini power generation systems are attached to the sphere to send fuel, heat, etc. to the center. When the mini power generation system is combined as a whole, the output is sufficient. For example, in spherical coordination, make an 8x8 sphere. When D1 = L1 / 2 = D2 * π / 16, 30 mini power generation systems are installed and fuel, heat, etc. are sent to the center. With SR = about 56%, the power generation efficiency is about 50% to 100%. Solar heat (condensed heat), blackbody radiation (E = kT ^ 4), gas fire heat, fuel explosion, etc. may be used. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Pot Engine)Lovely, Lumy Group (Lumy, ATK,Fujifilm,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、シミュレヌション戊争の䞀環ずしお、料理バトル戊争ず料理オリンピックを、しおいた。料理の味付けの矎味優秀賞を埗お優勝したのは、吉野゚ミリヌ女王であった。吉野留利子女王は、準優勝であった。 吉野゚ミリヌ女王は、日本料理味噌汁、等、アメリカ料理クラムチャりダヌ、等、ロシア料理ボルシチ、等、フランス料理ポタヌゞュスヌプ、等、等を、絶劙に、矎味で䜜るこずができた。これが、オリンピックに発展した。 吉野カズトラ宇宙䞖界皇垝は、吉野゚ミリヌ女王が吉野クリスタルヒカリ女王ず、䞖界構築の戊略を緎っおいる際、スヌプの鍋の蓋が、持ちあがっおいるのを芋お、ポット゚ンゞンの開発を進めた。 ぐらい、ぐらい、〜ぐらい、発電効率ぐらいのポット゚ンゞンである。ロヌタヌを回転しお、ダむナモモヌタヌを回転しお、発電する。 吉野カズトラ宇宙䞖界皇垝は、ポット゚ンゞンを進化させお、ピストンに盎接、若しくは、コンラッドやクランクシャフトを介しお、磁石マグネット、若しくは、コむルを取り付け、ピストンず盞察的に動く座暙系にコむル、若しくは、磁石マグネットを蚭眮するこずにより、電磁誘導の法則によっお、発電するシステムを補䜜した。これが、進化しお、コンパクトで、コストパフォヌマンスの良い、熱ダむナモモヌタヌ発電システムが出来た。 ギリシャのアテネ、オリンピア、などでオリンピックの聖火が、パラボラミラヌによっお、トヌチに灯され、聖歌矎しい音楜ず矎しい色圩、・、映像、等ず花火等ず共に、ロシアの゜チオリンピック等で、シャモちゃんに䌌たキャラクタヌなどの出堎ず共に、吉野カズトラ宇宙䞖界皇垝の努力の結果や゚ンゞンや発電システムの開発等の成果が、実り始めおいた。続く。FIG. 198 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino Universe Kazutora Yoshino Universe Empire Kazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Pot Engine) Lovely, Lumy Group (Lumy, ATK, Fujifilm, .more.) 3D Technology I.Yoshino Advanced Energy II. As part of the simulation war, there was a cooking (battle) war and a cooking Olympics. It was Queen Emily Yoshino who won the award for excellence in the seasoning of dishes. Queen Ruriko Yoshino was the runner-up. Queen Yoshino Emily can cook Japanese food (miso soup, etc.), American food (clam chowder, etc.), Russian food (bolsici, etc.), French food (pottage soup, etc.), etc. exquisitely and deliciously. did it. This led to the Olympics. Kazutra Yoshino, the Emperor of the Universe, saw the lid of the soup pot lifted while Queen Emily Yoshino was working with Queen Yoshino Crystal Hikari on a strategy to build the world, and proceeded with the development of the pot engine. .. It is a pot engine with SR = about 1/3, D1 = D2 = about 20 cm, F1 = about 1 kN to 2 kN, and power generation efficiency = about 100%. Rotate the rotor and rotate the dynamo motor to generate electricity. Kazutra Yoshino, the Emperor of the Space World, has evolved the pot engine to attach a magnet or coil directly to the piston, or via a conrad or crankshaft, and coil it in a coordinate system that moves relative to the piston. Alternatively, by installing a magnet, a system that generates power according to the law of electromagnetic induction was manufactured. This has evolved into a compact, cost-effective, thermal (dynamo motor) power generation system. The Olympic torch is lit on the torch by the parabolic mirror in Athens, Olympia, Greece, etc., along with the torch (beautiful music), beautiful colors (LED, 3D / CG, video, etc.) and fireworks, etc., in Russia (Sochi). ) At the Olympic Games, etc., along with the participation of Shamo-chan (a character similar to), the results of the efforts of Emperor Yoshino Kazutra and the development of engines and power generation systems have begun to bear fruit. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Ecology System)Lovely, Lumy Group (Lumy, ATK,DOE,American Mathematical Society.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、シミュレヌション戊争の䞀環ずしお、よりコストパフォヌマンスの良いダムの建築をしおいた。 吉野カズトラ宇宙䞖界皇垝は、より効率良く発電等できる゚コロゞヌシステム持続可胜な瀟䌚を構築するため、物理・数孊をリヌダヌずしお、孊業グルヌプの工孊栞工孊、工孊物理、゚ネルギヌ工孊、航空工孊、ロボット工孊、機械工孊、等政府の生物孊・生物工孊生物孊、生化孊、化孊、遺䌝子工孊、バむオむンフォマティクス、等のシミュレヌションバトルを行っおいた。物理のリヌダヌは、孊業グルヌプの工孊等に協力しお、数孊のリヌダヌは、政府の生物孊等に協力した。 人工的に䜜った人口のフヌバヌダムず、ビヌバヌが䜜った自然のビヌバヌダムでは、どちらが、コストパフォヌマンス良く持続可胜であるかのシミュレヌション等も含め、発電システムや浄氎システムを付加した際の、利益収入獲埗の効率ず、瀟䌚ぞの善の圱響の効果では、どちらがより良いのかの戊いになっおいた。 重力のパワヌポテンシャルを甚いるのが䞊手な物理孊掟コロラド孊掟物理孊郚ず、生態系などの線圢・非線圢埮分方皋匏を解いお最善解を芋぀けるのが埗意な数孊孊掟コロラド孊掟数孊孊郚の間で、熟烈なコンピュヌタヌシミュレヌション戊闘が起きおいた。りィスコンシン倧孊の栞工孊ず工孊物理孊郚が、コロラド倧孊の物理孊郚をサポヌトするず、りィスコンシン倧孊の生化孊・遺䌝子工孊・バむオむンフォマティクス孊郚は、コロラド倧孊の数孊孊郚をサポヌトした。 吉野カズトラ宇宙䞖界皇垝は、、、、、、、等ず協力しお、シミュレヌションの蚈算結果等が、正確にシステムを予芋しおいるかなどを、確認しおいた。 圓初、吉野カズトラ宇宙䞖界皇垝の技術力を甚いたフヌバヌダム等の人工ダムの方が、優䜍にあったが、䞡者のシステムを改善・進化させお、シミュレヌションしお行った際、吉野カズトラ宇宙䞖界皇垝の自然力を甚いた、吉野゚ミリヌ女王、吉野綟子女王、吉野留利子クりィン女王生物孊バむオ系によっお、ビヌバヌダム構想ビヌバヌの巣ずビヌバヌのダムを掻甚しお、倪陜光発電システムや浄氎システムを䜜る構想が提案されお、シミュレヌションした結果、非垞に、コストパフォヌマンスが良く、持続効果の高いシステムビヌバヌダムを䜜るこずが可胜であるこずが分かり、長い目で芋るず、生物ビヌバヌ等による゚コロゞヌシステムの構築が、最も、コストパフォヌマンスの良いクリヌンな瀟䌚システムであるずいう方向に進んでいった。FIG. 199 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Ecology System) Lovely, Lumy Group (Lumy, ATK, DOE, American Mathematical Society.more.) The emperor was building a more cost-effective dam as part of the simulation war. Kazutra Yoshino, the Emperor of the Space World, has a leader in physics and mathematics in order to build an ecology system (sustainable society) that can generate electricity more efficiently. , Robot engineering, mechanical engineering, etc.)) VS government (biology / biological engineering (biology, biochemistry, chemistry, genetic engineering, bioinformatics, etc.)) simulation battle was held. Physics leaders cooperated with academic groups (engineering, etc.), and mathematics leaders cooperated with government (biology, etc.). The benefits of adding a power generation system or water purification system, including a simulation of which is more cost-effective and sustainable, between the artificially created population Hoover Dam and the natural Beaver Dam created by Beaver ( In terms of the efficiency of income) acquisition and the effect of the positive impact on society, it was a battle over which was better. A physics school that is good at using the power potential of gravity (Colorado school: Faculty of physics) and a mathematics school that is good at solving linear and nonlinear differential equations such as ecosystems (Colorado school: Faculty of Mathematics). ), A fierce computer-simulated battle was taking place. The Faculty of Nuclear Engineering and Engineering Physics at the University of Wisconsin supported the Faculty of Physics at the University of Colorado, while the Faculty of Biochemistry, Genetic Engineering and Bioinformatics at the University of Wisconsin supported the Faculty of Mathematics at the University of Colorado. The Emperor of the Universe, Kazutra Yoshino, cooperated with NASA, DOE, IBM, AdvancedSystemControl, LUMY, ATK, etc. to confirm whether the simulation calculation results accurately predict the system. Initially, artificial dams such as Hoover Dam, which used the technology of the Emperor Yoshino Kazutra, had an advantage, but when both systems were improved and evolved and simulated, Yoshino Kazutra Space World Using the emperor's natural power, Queen Yoshino Emily, Queen Yoshino Ayako, and Queen Yoshino Ruriko Quinn (biological (bio) system) have created the Beaver Dam concept (a solar power generation system that utilizes the Beaver's Nest and Beaver's Dam). And the concept of making a water purification system) was proposed, and as a result of simulation, it was found that it is possible to make a system (Beaver Dam) with very good cost performance and high sustainability. The construction of an ecology system using living organisms (beavers, etc.) has progressed toward the most cost-effective and clean social system. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Ecology System)Lovely, Lumy Group (Lumy, ATK,DOE,American Mathematical Society.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝の自然力を甚いた、料理オリンピックは、吉野綟子女王冬将軍生物孊系ず吉野゚ミリヌ女王医療系の蟲産物生産におけるコストパフォヌマンスの向䞊ずいう遺䌝子工孊ずフヌドサむ゚ンスの、孊業的な戊いになっおいた。 吉野留利子女王にチャレンゞした吉野䞖瀌菜女王冬副将軍の参入は、料理オリンピックに、新たな展開を霎した。 吉野綟子女王ず吉野゚ミリ女王による、コストパフォヌマンスの良くお味の良い、ポテトの生産ず、日本料理、アメリカ料理、ロシア料理、等の料理での矎味の創生によっお、料理の味が劇的に向䞊した。 吉野カズトラ宇宙䞖界皇垝は、十分なポテトの収穫が埗れるように、ポテトタネむモを怍えお、怍物成長力魚貝類成長力動物成長力人間成長力ずなるような゚コロゞヌシステムを構築しおいた。 䟋えば、の土地に、システム管理宀、倪陜光熱発電システム、ポテトチップス向䞊、ポテト畑を䜜る。ぐらいの間隔での畑に、玄個のポテト玄䞇円ぐらいのタネむモを怍えお、其々が、玄〜ヶ月で、倍になるずしたら、玄個のポテトになる。〜、若しくは、枩宀栜培等で、〜サむクルだずするず、〜個。幎で、玄個日のポテト怍物成長速床である。䞀人が成長するのに、毎日個〜個のポテトを食べるなら、玄日間぀たり、玄幎間、人〜人でポテトを食べれる。吉野カズトラ宇宙䞖界皇垝ず吉野信法王ず吉野゚ミリヌ女王ずデむビッド・ヒッチンンズ倧王ず吉野留利子クりィン女王は、の土地が、玄぀ぐらい぀たり、の土地に発電システムを䜜り、土地の䞀郚の畑でポテトを育おお、ポテトず共に、パンサンドりィッチ等、豆倧豆、ミルク、魚介類、スヌプ、カレヌラむス、等の食事栄逊を、人〜人ぐらいの子䟛吉野クリスタルヒカリ女王、吉野アシュレヌアダメ女王、吉野レベッカハル女王、クりィンむッセむ王子、クりィンケンゟり王子に䞎えお成長させるこずが出来た。この際、倪陜光熱゚ネルギヌや颚力゚ネルギヌを甚いお、塩を䜜り、ポテトをポテトチップスにしお、保存食ずしお、保管しお、䞀幎を通しお、ポテトチップスを食べれるようにした。又、雪を凍らせお、保管しお、自然倩然の冷蔵庫を䜜ったりもした。吉野カズトラ宇宙䞖界皇垝は、又、吉野留利子女王や吉野信法王に、吉野友子女王のポテトチップスの特蚱出願からポテトチップスの補造方法・保存方法等を孊ばせお、塩やポテトチップス生産工堎発電システムの建造を、助けおもらった。吉野カズトラ宇宙䞖界皇垝は、味の良いポテトの倧量生産に成功したので、料理オリンピックで、矎味しい料理を食べるこずが出来たのである。FIG. 200 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Ecology System) Lovely, Lumy Group (Lumy, ATK, DOE, American Mathematical Society.more.) Using the emperor's natural power, the Cooking Olympics became an academic battle between genetic engineering and food science to improve cost performance in agricultural product production between Queen Ayako Yoshino (biological) and Queen Emily Yoshino (medical). Was there. The entry of Queen Arisugawa Toshiyuki, who challenged Queen Ruriko Yoshino, brought about a new development in the cooking Olympics. The taste of food is dramatically improved by the production of potatoes with good cost performance and good taste by Queen Ayako Yoshino and Queen Emily Yoshino and the creation of delicious food in Japanese, American, Russian, etc. Improved. Kazutra Yoshino, the Emperor of the Universe, planted potatoes (Taneimo) so that a sufficient harvest of potatoes could be obtained, and an ecology system that would be (plant growth + fish and shellfish growth + animal growth> human growth). Was building. For example, a system management room, a solar heat (power generation) system, potato chips improvement, and a potato field will be created on a land of 10mx50m. If you plant about 2,500 potatoes (about 130,000 yen) at intervals of about 10 cm x 10 cm (in a field of 5 mx 5 m = 25 m ^ 2) and quadruple each in about 3 to 4 months. , Approximately 10,000 potatoes. 5mx15m = 75m ^ 2-5mx20m = 100m ^ 2, or if N = 3-4 cycles in greenhouse cultivation etc., 30,000-40,000 pieces. The growth rate of potatoes (plants) is about 100 per day in one year. If one person grows and eats 10 to 30 potatoes every day, 3 to 5 people can eat potatoes for about 365 days (that is, about 1 year). Kazutra Yoshino Space World Emperor, Nobuyoshi Yoshino, Emily Yoshino, King David Hitchins, and Queen Ruriko Yoshino Quinn created a power generation system on about three 10mx50m lands (that is, 30mx50m lands). Grow potatoes in some fields and eat bread (sandwiches, etc.), beans (soybeans), milk, seafood, soup, curry and rice, etc. with potatoes for 3 to 5 children. I was able to give it to (Queen Yoshino Crystal Hikari, Queen Yoshino Ashley Ayame, Queen Yoshino Rebeccahar, Prince Kwin Issey, Prince Kwin Kenzo) and grow them. At this time, using solar heat energy and wind energy, salt was made, potatoes were made into potato chips, and they were stored as preserved foods so that they could be eaten throughout the year. I also frozen the snow and stored it to make a natural refrigerator. Kazutra Yoshino, the Emperor of the Space World, also made Queen Ruriko Yoshino and Nobuyoshi Yoshino learn how to make and store potato chips from the patent application for Queen Tomoko Yoshino's potato chips. + I was helped to build the power generation system). The Emperor of the Space World, Kazutra Yoshino, succeeded in mass-producing tasty potatoes, so he was able to eat delicious food at the Cooking Olympics. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Ecology System: Civilization)Lovely, Lumy Group (Lumy, ATK,DOE,American Mathematical Society,Bioinformatics.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界神が、地䞊に降り立った時、地球には、䞀぀の倧陞があった。吉野カズトラ宇宙䞖界神は、゚デンの園に、アダムずむブを眮いおいたが、アダムずむブがリンゎなどの蟲䜜物を食べおしたったので、地殻倉動により倧陞を幟぀かに分断しお、アフリカの盆地に閉じ蟌めた。アダムずむブの子䟛達は、成長・進化しお、アフリカから巣立ち、ペヌロッパ癜人系、アゞアメ゜ポタミア、アラブ、むンドアゞア人モンゎロむド系、アメリカモンゎロむド系ずむンディアン系に、行った。吉野カズトラ宇宙䞖界神は、吉野カズトラ宇宙䞖界皇垝ずしお、北欧のバむキングの皇垝ずしお君臚しおいた。吉野カズトラ宇宙䞖界皇垝は、䞖界䞭を回り、䞖界を支配しおいた。ペヌロッパでは、氷河期があり、癜人系の肌の癜い人皮が、雪や氷の䞭で目立たないのず、玫倖線が少ない北欧では、メラニン色玠を䜜る必芁があたりないので、優䜍に立ち、倪陜光日射量日の光の少ない暗闇でも目が利くように、目は倧きくなり、氷による光の反射に察応しお、目元の圫が深くなり、狩猟採集による肉の保存に付いお肉の品質を盎にかぎ分けれるように錻の臭芚现胞が増えお、錻が高くなり、雪や氷の寒冷地垯で生き抜けるだけの知恵ず頭脳を持぀ために脳が発達しお頭が良くなり、吉野カズトラ宇宙䞖界皇垝の指導のもずに、高床な文化ず高床な文明を発達発展させおいた。時が経ち、吉野カズトラ宇宙䞖界皇垝のバむキングのグルヌプの䞀郚は、船等で、ロシアのバむカル湖付近に、移䜏しお定䜏しお、文化・文明を発展させた。ロシアは、急速に発展しお、ロシア文明を築いた。吉野カズトラ宇宙䞖界皇垝のバむカル湖付近のグルヌプの䞀郚は、船等で、日本に、移䜏しお定䜏しお、文化・文明を発展させた。これ起きたのが、瞄文時代である。この埌、モンゎルの砂の地デュヌンで、進化したモンゎロむド達は、砂があたり目に入らないように、䞀重で现い目になり、倧人数になり、倧グルヌプでの戊闘胜力を向䞊させるために、狩猟採集を行い戊争や戊闘を管理する戊闘グルヌプず蟲䜜を行う蟲民グルヌプに、進化しお行った。この頃、先頭グルヌプは、ナダダ系の移民たちず融合した。戊闘グルヌプは、瞬発力が高いのず、戊略構築のための頭脳を発達させお、頭が良くなり、吉野カズトラ宇宙䞖界皇垝の指導のもずに、総合的な瀟䌚を発達(発展させおいた。モンゎル系のグルヌプの䞀郚が、日本に䞊陞しお、瞄文人達ず融合しお、匥生人達になった。吉野カズトラ宇宙䞖界皇垝は、日本が独自の文化ず文明を発達させるこずを助けおいた。吉野カズトラ宇宙䞖界皇垝は、倩照倧芋神の䞀族に、日本を支配させお、日本を平和に導いた。平安時代、江戞時代、明治時代を通しお、日本は、独自の文化・文明を発展させた。日本人達は、島囜なので自絊自足が困難なため島囜根性ずいう自絊自足を理念・理想ずした生掻を自然ず求め、日本匏生掻むンフラを、構築しおいた。特に、吉野カズトラ宇宙䞖界皇垝は、゚コロゞヌシステムの促進を、日本ずアメリカ合衆囜で行っおいた。アメリカでは、ネむティノアメリカンアメリカンむンディアン達がいたが、バむキング系英囜人達が、アメリカに移䜏しお定䜏しお、幻の高床文明ネオアトランティス文明を築いおいた。しかし、アメリカの生掻氎準は、高すぎお、䞖界䞀般に、文化や文明を移怍するのは、困難であった。このため、吉野カズトラ宇宙䞖界皇垝は、日本の技術ず日本のむンフラを築き、自絊自足を理念ずするナニット・゚コロゞヌシステム・ハりスを構築しお、䞖界に宣䌝した。ナニット・゚コロゞヌシステム・ハりスは、倪陜光発電システムや、井戞氎貯氎槜や雚氎貯氎槜などの、生掻必需システムを、゚コロゞカルに、゚コノミカルに、有する生呜維持システムであった。しかし、倩灜や経枈的な困難を必ずしも乗り切れるずは限ららなかった。しかし、ナニット・゚コロゞヌシステム・ハりスが、䞖界に広たるに぀れお、その効果が゚コロゞヌシステムに良いこずが瀺された。この頃、吉野カズトラ宇宙䞖界皇垝に敵察するグルヌプ暎力団や医垫䌚やアノニマス等が、吉野信法王を雀蜂の毒で殺害しようずしお、吉野カズトラ宇宙䞖界皇垝を、コモドドラゎンの毒で殺害しようずしおいた。吉野カズトラ宇宙䞖界皇垝が、戊闘胜力に長けおいたので、吉野カズトラ宇宙䞖界皇垝に敵察するグルヌプは、吉野カズトラ宇宙䞖界皇垝を、毒で動きを抑えお、刃物で刺しお殺害しようずしおいたのである。 p.s.この頃、アフリカ人達は、吉野タむムマシンを悪甚しお、盞察的未来情報を、アラブ人達から盗み、盞察的過去に送っおいた。アラブ人たちは、アフリカ人達に隙されお、アメリカ合衆囜を攻撃しおしたった。これにより、アメリカずアラブむスラム圏の間で、戊争が起きた。 続く。FIG. 201 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Ecology System: Civilization) Lovely, Lumy Group (Lumy, ATK, DOE, American Mathematical Society, Bioinformatics.more.) 3D Technology I. When the Yoshino Kazutra Space World God landed on the ground, there was one continent on the earth. Yoshino Kazutra Space World God had Adam and Eve in the Garden of Eden, but because Adam and Eve ate crops such as apples, the continent was divided into several parts due to crustal movements, and in Africa Trapped in a basin. The children of Adam and Eve grew and evolved from Africa, leaving Europe (white), Asia (+ Mesopotamia, Arab, India) (Asian (Mongoloid)), America (Mongoloid and Indian). I went to. The Yoshino Kazutra Space World God reigned as the Yoshino Kazutra Space World Emperor and the Emperor of the Nordic Vikings. Kazutra Yoshino, the Emperor of the Universe, traveled around the world and ruled the world. In Europe, there is a glacial period, and white-skinned races of white descent do not stand out in snow and ice, and in Scandinavia, where there is little ultraviolet light, there is not much need to make melanin pigments, so it has an advantage (the sun). Light (amount of sunlight)) The eyes are enlarged and the carvings around the eyes are deepened in response to the reflection of light by ice so that the eyes can be seen even in the dark with little sunlight. The number of odor cells in the nose increases so that the quality of meat can be directly discriminated, the nose becomes taller, and the brain develops and is smart to have the wisdom and brain to survive in the cold regions of snow and ice. Under the guidance of Emperor Yoshino Kazutra, he developed (developed) advanced culture and advanced civilization. Over time, a part of the Viking group of Emperor Yoshino Kazutra moved to and settled near Lake Baikal in Russia by boat, etc., and developed culture and civilization. Russia developed rapidly and built a Russian civilization. Kazutra Yoshino A part of the group near Lake Baikal, the emperor of the space world, emigrated and settled in Japan by boat, etc., and developed culture and civilization. This happened during the Jomon period. After this, in the sandy land (Dune) of Mongolia, the evolved Mongoloids will become single and narrow eyes so that the sand will not be seen too much, become a large number of people, and improve the fighting ability in large groups. For this reason, it has evolved into a combat group that hunts and collects and manages wars and battles, and a farmer group that farms. Around this time, the leading group merged with Jewish immigrants. The battle group has a high instantaneous power, develops a brain for strategy construction, becomes smart, and develops (develops) a comprehensive society under the guidance of Emperor Yoshino Kazutra. rice field. A part of the Mongolian group landed in Japan and merged with the Jomon people to become Yayoi people. The Emperor of the Space World, Kazutra Yoshino, helped Japan develop its own culture and civilization. The Emperor of the Space World, Yoshino Kazutra, led the peace of Japan by letting the family of Tensho Omigami rule Japan. Throughout the Heian, Edo, and Meiji eras, Japan developed its own culture and civilization. Since the Japanese are island nations, it is difficult for them to be self-sufficient, so they naturally sought a life based on the idea and ideal of self-sufficiency (called island nation's guts), and built a Japanese-style living infrastructure. In particular, Kazutra Space World Emperor Yoshino promoted the ecology system in Japan and the United States. In the United States, there were Native Americans (American Indians), but Viking British immigrated to the United States and settled down to build a phantom advanced civilization (Neo Atlantis civilization). However, the standard of living in the United States was so high that it was difficult to transplant culture and civilization to the world in general. For this reason, the Emperor of the Space World, Yoshino Kazutra, built Japanese technology and Japanese infrastructure, built a unit ecology system house with the idea of self-sufficiency, and advertised it to the world. The unit ecology system house was a life support system that ecologically and economically possessed daily necessities systems such as a solar power generation system, a well water storage tank, and a rainwater storage tank. However, it did not always survive natural disasters and financial difficulties. However, as the Unit Ecology System House spread around the world, its effects have been shown to be good for the ecology system. Around this time, groups hostile to the Emperor Yoshino Kazutra (organized crime groups, medical associations, Anonymous, etc.) were trying to kill Emperor Yoshino Kazutra with the poison of the sparrow bee, and the Emperor Yoshino Kazutra with the poison of the Komodo Dragon. .. Since the Emperor Yoshino Kazutra was good at fighting ability, the group hostile to the Emperor Yoshino Kazutra was trying to kill the Emperor Yoshino Kazutra with a poison and stabbed with a knife. .. p.s. Around this time, Africans abused the Yoshino time machine to steal relative future information from Arabs and send it to the relative past. The Arabs were deceived by the Africans and attacked the United States. This caused a war between the United States and the Arabs (Islamic world). Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Artificial Intelligence (Artificial Brain))Lovely, Lumy Group (Lumy, ATK,DOE,American Mathematical Society,Bioinformatics,NIH,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、スヌパヌ现胞再生医療现胞を甚いるこずによっお、脳を若返らせたり、若く維持するこずを可胜にしおいた。 吉野カズトラ宇宙䞖界皇垝は、 、ので、人工知胜人工頭脳の開発をした。 画玠を甚いた孊習パタヌンや画像パタヌンを甚いお、等を甚いお、䜎次芖芚野や高次芖芚野等の脳内パタヌン等血流パタヌン、神経掻動パタヌン、等を孊習するこずによっお、脳内パタヌン等血流パタヌン、神経掻動パタヌン、等から目で芋た画像や倢で芋た画像、文章、抂念、思考等を再生するこずが出来た。 囜家政府等や最高裁刀所などは、人々の脳の蚘憶を再珟しお、審刀の日に、人々は裁かれた。FIG. 202 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Artificial Intelligence (Artificial Brain)) Lovely, Lumy Group (Lumy, ATK, DOE, American Mathematical Society, Bioinformatics, NIH, .more. YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire Yoshino Kazutra Space World Emperor made it possible to rejuvenate and keep the brain young by using super cells (regenerative medicine cells). Kazutra Yoshino, Emperor of the Universe, has developed artificial intelligence (artificial brain) at Netman Project of Lumy Group and Yoshino Advanced Energy. Brain patterns (etc.) (blood flow patterns, neural activity patterns, etc.) (such as lower-order visual cortex and higher-order visual cortex) using FMRI, etc., using learning patterns and image patterns using pixels. By learning, we were able to reproduce visual images, dream images, sentences, concepts, thoughts (etc.) from brain patterns (etc.) (blood flow patterns, nerve activity patterns, etc.). .. The state (government (etc.)), the Supreme Court, etc. reproduced the memory of people's brains, and on the day of judgment, people were judged. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Artificial Intelligence (Artificial Brain)+Solar Energy Generator System)Lovely, Lumy Group (Lumy, ATK,DOE,American Mathematical Society,Bioinformatics,NIH,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、人工知胜人工頭脳の研究開発ず、同時に、゚ネルギヌシステムの開発を進めおいた。 吉野カズトラ宇宙䞖界皇垝は、自絊自足ができるナニット・゚コロゞヌシステム・ハりスポテト畑塩・ポテトチップス補造工堎を、吉野カズトラ宇宙䞖界皇垝の倏の海氎济等の別荘地隠れ家新期県柏厎垂荒浜䞁目−−、−に䜜るために、新期の発電システムの実隓甚に、吉野信法王邞宅埌玉県入間垂−に、怅子型の倪陜光発電システムを䜜っおいた。吉野カズトラ宇宙䞖界皇垝は、コストパフォヌマンス良く発電システムを䜜るための研究開発を進めお、特性的にも合理的で理にかなったシステムを䜜るため努力を重ねおいた。吉野カズトラ宇宙䞖界皇垝は、圓初、ぐらいの倪陜光発電システムを䜜りたかったが、蚈算したずころ、システム党䜓の発電効率が、ずおも重芁になり、実隓甚の倪陜光熱発電システムでは、ぐらいで、スチヌム゚ンゞンを甚いお、出力が、〜ぐらいで、䞀日時間ぐらいだずしお、玄玄〜ぐらいの結果になるように蚭蚈しおいた。ミラヌアレむナニット〜ナニットぐらいで、個のガスコンロぐらいの熱量゚ネルギヌ量玄ぐらいになるように蚭蚈した。材料コストや建築コスト等を考慮しお、鏡をマトリクス状に配列する。この際、ネゞや釘のコストず建蚭時間や鉄ステンレスパむプやコンパネの蚭眮も考慮しお、点固定法によっお、鏡の角床を適宜に蚭定する。鏡ミラヌは、玄。ナニットに、鏡が玄枚ぐらい。集光郚に玄円ナニット。スチヌム゚ンゞンの加熱郚には、盎埄、高さのポットをシリンダヌずしお持ちお、玄のピストンで、氎を玄入れ、隙間を玄ぐらい開けお、スチヌムを䜜り、ストロヌクを玄〜ぐらいにしお高速振動させお、ダむナモモヌタヌを回転しお、発電する。自分で䜜る自䜜なら、スチヌム゚ンゞン郚は玄円ナニットずする。党䜓システムでは、円ナニットぐらいになる。むンフラず共にある家ハりス・ホヌムの蚭蚈である。ガスコンロは、個玄円ぐらいで、ランニングコストが、ガスボンベ個が円ぐらいで、で、玄〜時間なので、玄ぐらい。時間で、玄、぀たり、〜個のガスボンベなので、円〜円である。぀たり、円〜円の倪陜光発電システムは、玄日〜日玄幎で、ガスコンロに勝る。しかし、キャンプ等で、䞀時的に料理をする等の際は、蚭眮型の倪陜光熱より、ガスコンロなどの日を甚いた方が、合理的だろう。しかし、ナニットが、玄玄ぐらいなので、トラックに蚭眮するなどするなら、掻甚は可胜である。しかし、移動甚には、倪陜電池のようなパネル型の方が、走行しながらも発電できるので、合理的だろう。ナニット・゚コロゞヌシステム・ハりス぀は、ミラヌアレむのナニットを぀〜぀ぐらい持぀ように぀たり、出力が〜ぐらいに、蚭蚈しおある。FIG. 203 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Artificial Intelligence (Artificial Brain) + Solar Energy Generator System) Lovely, Lumy Group (Lumy, ATK, DOE, American Mathematical Society, Bioinformatics, NI 3D Technology I.YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire Yoshino Kazutra Space World Emperor was researching and developing artificial intelligence (artificial brain) and energy (system) at the same time. The Space World Emperor Yoshino Kazutra has set up a self-sufficient unit ecology system house (+ potato field + salt / potato chips manufacturing plant) as a villa (a hideaway) for the summer beaches of the Kazutra Space Emperor Yoshino (Niigata Prefecture). 3-2-1 Arahama, Kashiwazaki City (48-2, 48-4)), for testing the power generation system in Niigata, at the Yoshino Nobuho's residence (550-11, Iruma City, Saitama Prefecture), a chair type I was making a solar power generation system. Kazutra Yoshino, the Emperor of the Universe, has been conducting research and development to create a power generation system with good cost performance, and has been making efforts to create a system that is rational and rational in terms of characteristics. At first, Kazutra Yoshino, the Emperor of the Space World, wanted to make a solar power generation system of about 200 kW, but when calculated, the power generation efficiency of the entire system became very important, and in the experimental solar (heat) power generation system, It was designed so that the result would be about 10kWh (about 3kWh-9kWh), assuming that the output is about 3 hours a day with Pin = 3kW and the output is about 1kW to 3kW using a steam engine. .. (It was designed so that the amount of heat (energy amount) (about 3 kW) of one gas stove is about 1 to 2 units of the mirror array.) The mirrors are arranged in a matrix in consideration of material cost and construction cost. Arrange in. At this time, the angle of the mirror is appropriately set by fixing at three points (method) in consideration of the cost of screws and nails, construction time, and installation of iron (stainless steel) pipes and control panels. The mirror is about 20 cm x 30 cm. There are about 32 mirrors (= 8x4) in one unit. Approximately 15,000 yen / unit for the light collecting part. In the heating part of the steam engine, hold a pot with a diameter of 20 cm and a height of 35 cm as a cylinder, put about 30 cm of water with a piston of about 5 cm, open a gap of about 1 cm, make steam, and make a stroke of about 1 cm. Make it about 2 cm and vibrate at high speed to rotate the dynamo motor to generate electricity. If you make it yourself (made by yourself), the steam engine part will be about 15,000 yen / unit. The total system costs about 30,000 yen / unit. It is the design of a house (house home) with infrastructure. One gas stove costs about 2000 yen, and the running cost is about 100 yen for one gas cylinder, 3 kW, and about 1 to 1.5 hours, so about 3 kWh. It costs about 9kWh in 3 hours, that is, 2 to 3 gas cylinders, so it costs 200 to 300 yen. In other words, a solar power generation system of 30,000 to 60,000 yen is superior to a gas stove in about 100 to 200 days (about one year). However, when cooking temporarily at a camp, it would be more rational to use a day such as a gas stove rather than a stationary solar (heat). However, since one unit is about 2mx1m (about 1.6mx1.2m), it can be used if it is installed on a truck. However, for mobile use, a panel type such as a solar cell is more rational because it can generate electricity while driving. One unit ecology system house is designed to have about 4 to 8 mirror array units (that is, the output is about 6 kW to 12 kW). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Artificial Intelligence (Artificial Brain)+Solar Energy Generator System)Lovely, Lumy Group (Lumy, ATK,DOE,American Mathematical Society,Bioinformatics,NIH,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、人工知胜人工頭脳の研究開発ず、同時に、゚ネルギヌシステムの開発を進めおいた。 吉野カズトラ宇宙䞖界皇垝は、䜓を癒やすために、枩泉やサりナに入ろうずしおいた。倪陜光を甚いお、氎を熱しおお湯やスチヌムを䜜るのである。枩泉には、バスロマンやゆず等を入れお、䜓枩を枩かく維持できるようにしおいた。 海氎济の埌に、枩かいお湯で、䜓を枩め、食事をしながら、日本の新倩地の開発を進めおいた。吉野カズトラ宇宙䞖界皇垝の倪陜光熱発電゚ネルギヌシステムは、飛躍的に進化しお行った。FIG. 204 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Artificial Intelligence (Artificial Brain) + Solar Energy Generator System) Lovely, Lumy Group (Lumy, ATK, DOE, American Mathematical Society, Bioinformatics, NI 3D Technology I.YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire Yoshino Kazutra Space World Emperor was researching and developing artificial intelligence (artificial brain) and energy (system) at the same time. Kazutra Yoshino, the Emperor of the Universe, was about to enter a hot spring or sauna to heal his body. Sunlight is used to heat water to make hot water and steam. Bath romance and yuzu were added to the hot springs to keep the body temperature warm. After bathing in the sea, he warmed his body with warm water and was eating while developing a new world in Japan. Kazutra Yoshino The space world emperor's solar thermal power generation energy system has evolved dramatically. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Engine + Energy Generator System)Lovely, Lumy Group (Lumy, ATK,DOE,American Mathematical Society,Bioinformatics,NIH,3D Technology for Engine,Food Science,.more.) 3D Technology .YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire 吉野カズトラ宇宙䞖界皇垝は、テクノロゞヌを甚いお熱力孊で効率の良いコストパフォヌマンスの良い゚ンゞンを開発しおいた。特に、ゲヌトの郚分が、ある皋床耇雑になり効率に圱響したが、ある皋床コストはかかるが、ベアリングを入れお、倧䜓の問題解決になった。吉野カズトラ宇宙䞖界皇垝は、型を造圢機噚ミルマシン、プリンタヌ、等等で䜜り、型に金属やプラスチック等のマテリアルを入れお、゚ンゞンを量産するこずに成功した。 吉野カズトラ宇宙䞖界皇垝は、倪陜光熱発電システムず颚力発電システムを、構造力孊的に、䞔぀、建材コストやリヌドタむムやランコストやワヌクタむムも考慮に入れおコストパフォヌマンス良く䜜った。線䞊に䞊べ、ロヌプなどで匕っ匵り、菱圢を介しお正方䜓や盎方䜓の蚭備や建築物を䜜る。壁や鏡等を眮き、必芁なら倩井も付ける。発電システムずしおず同時に居䜏空間ずしおも掻甚するこずが、可胜である。倪陜光熱発電システムず同時に、颚力発電システムを、立おるこずが可胜である。開閉匏の颚車は、棒状で持ち䞊げ、立おおから矜プロペラを開くこずが可胜なように蚭蚈されおいた。 吉野カズトラ宇宙䞖界皇垝は、栄逊玠ビタミン、ミネラル、プロテむン、゚ンザむム、野菜、フルヌツ、等粉炭氎化物、でんぷん、小麊粉、米粉、豆粉、芋粉、トりモロコシ粉、等砂糖卵ミルク氎、等で、ホットケヌキやホットミルクやミルクシェヌク等を䜜っおいた。吉野カズトラ宇宙䞖界皇垝は、タンパク質プロテむンを、卵や肉やプロテむンパりダヌから取るこずが倚かった。続く。FIG. 205 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Engine + Energy Generator System) Lovely, Lumy Group (Lumy, ATK, DOE, American Mathematical Society, Bioinformatics, NIH, 3D Technology for Engine, Food Science. more.) 3D Technology I.YoshinoAdvancedEnergyII.KazutoraYoshinoUniverseEnergyIII.KazutoraYoshinoUniverseEmpire Yoshino Kazutra Space World Emperor has developed a thermodynamic, efficient and cost-effective engine using 3D technology. In particular, the gate part became complicated to some extent and affected the efficiency, but although it cost a certain amount, it was possible to solve most of the problems by inserting bearings. Kazutra Yoshino, the Emperor of the Space World, has succeeded in mass-producing engines by making molds with 3D modeling equipment (3D mill machines, 3D printers, etc.) and putting materials such as metal and plastic into the molds. Kazutra Yoshino, the Emperor of the Space World, created a solar (heat) power generation system and a wind power generation system structurally and with good cost performance, taking into consideration building material costs, lead times, run costs, and work times. Arrange them on a line, pull them with a rope, etc., and make cubic or rectangular parallelepiped equipment (or buildings) through rhombuses. Place walls, mirrors, etc., and attach a ceiling if necessary. It can be used as a living space at the same time as a power generation system. It is possible to set up a wind power generation system at the same time as a solar (heat) power generation system. The retractable wind turbine was designed so that it could be lifted in the shape of a rod, stood up, and then the wings (propellers) could be opened. Kazutra Yoshino Space World Emperor has nutrients (vitamins, minerals, proteins, enzymes, vegetables, fruits, etc.) + flour (carbohydrates, starch, wheat flour, rice flour, soybean flour, potato flour, corn flour, etc.) + sugar + eggs + I used to make hot cakes and hot milk (or milk shake) with milk + water. Kazutra Yoshino The Emperor of the Universe often took protein from eggs, meat and protein powder. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Engine + Energy Generator System)Lovely, Lumy Group (Lumy, ATK,DOE,IBM,Boeing,General Electric,General Motor,Hewlette Packard, American Mathematical Society,Bioinformatics,NIH,3D Technology for Engine,Food Science,.more.) 3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、吉野゚ミリヌ女王ず、吉野クリスタルヒカリ女王ず吉野アシュレヌアダメ女王ず吉野レベッカハル女王を同時に教育しおいた。 吉野カズトラ宇宙䞖界皇垝ず吉野゚ミリヌ女王は、吉野カズトラ宇宙䞖界皇垝ず吉野゚ミリヌ女王で考えたアむディアやコンセプトを、吉野クリスタルヒカリ女王に進化させお、その進化したアむディアを吉野アシュレヌアダメ女王に進化させ、その進化したアむディアを吉野レベッカハル女王に進化させお、再び、吉野クリスタルヒカリ女王に進化させお、進化を継続させた。このサむクルによっお、吉野カズトラ宇宙䞖界皇垝ず吉野゚ミリヌ女王のパワヌは、数倍倍になった。 気筒䟋えば、気筒の゚ンゞンを、数倍の力出力にするために、其々のシリンダヌピストンに、掛る力を増やした。この際、燃料や燃焌系が、共有されおいおも、独立しおいおも良い。其々のシリンダヌに燃料が入る際、゜レノむドゲヌトで、燃料等が順次䞁床良いタむミングでに入るように、ず光センサヌを甚いお、コンピュヌタヌシステムで管理した。この際、光孊゚ンコヌダヌを甚いたり、トリガヌを甚いお、ロヌタヌの回転の情報を獲埗するのが最善の圢態である。これにより、吉野カズトラ゚ンゞンの力は、倍䟋えば、倍になった。 吉野カズトラ宇宙䞖界皇垝は、自動車垂堎、特に、埗意な垂堎に、参入したかったが、幟぀もの䌚瀟が、既に垂堎に参入しおいたので、吉野カズトラ宇宙䞖界皇垝ずペシノアドバンスド゚ナゞヌは、ずりあえず、゚ンゞンやモヌタヌを倧量生産するこずに特化しお、゚ンゞン垂堎に参入するこずにしお、ずりあえずは、䞖界の゚ンゞン垂堎のぐらいを勝ち取り、その埌、゚ンゞン垂堎の倧半を獲埗しお、自動車垂堎、特に、垂堎に、参入しお、゚ネルギヌ産業や航空宇宙産業や食品産業やコンピュヌタヌ産業等に参入しようずした。吉野゚ミリヌ女王は、同時進行で、゜フトりェアやハヌドりェアコンピュヌタヌや携垯電話等の電子機噚や電子回路を開発しお、吉野カズトラ宇宙䞖界皇垝を、サポヌトしおいた。 吉野カズトラ宇宙䞖界皇垝ず吉野゚ミリヌ女王の゜フトりェア・プログラム・コンセプトアルゎリズム int i,j,k;int A[4];int S[4];long t[4];double CycleNumber=1000000000;double T;double Tslow=1; //Initial Period [second]double Tfast=0.01; //Period [second]double Tstep=0.00001; for (i=0; i<CycleNumber; i++){ if(T<Tfast){T=Tslow-i*Tstep;} //Acceleration Time A[1]=inp(in_port1);A[2]=inp(in_port2);A[3]=inp(in_port3); if (A[1] ==1 && A[2]==0 && A[3]==0) {S[1]=1; S[2]=0; S[3]=0; outp(out_port1=S[1]); outp(out_port1=S[2]); outp(out_port1=S[3]); t[1] = t[1]+1;} if (A[1] ==0 && A[2]==1 && A[3]==0) {S[1]=0; S[2]=1; S[3]=0; outp(out_port1=S[1]); outp(out_port1=S[2]); outp(out_port1=S[3]); t[2] = t[2]+1;} if (A[1] ==0 && A[2]==0 && A[3]==1) {S[1]=0; S[2]=0; S[3]=1; outp(out_port1=S[1]); outp(out_port1=S[2]); outp(out_port1=S[3]); t[3] = t[3]+1;} if (t[1]>T/3){ S[1]=0; S[2]=1; S[3]=1; outp(out_port1=S[1]); outp(out_port1=S[2]); outp(out_port1=S[3]);t[1]=0;} if (t[1]>T/3){ S[1]=1; S[2]=0; S[3]=1; outp(out_port1=S[1]); outp(out_port1=S[2]); outp(out_port1=S[3]);t[2]=0;} if (t[1]>T/3){ S[1]=0; S[2]=1; S[3]=1; outp(out_port1=S[1]); outp(out_port1=S[2]); outp(out_port1=S[3]);t[3]=0;}}FIG. 206 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Engine + Energy Generator System) Lovely, Lumy Group (Lumy, ATK, DOE, IBM, Boeing, General Electric, General Motor, Hewlette Packard, American Mathematical Society, Bioinformatics, NIH, 3D Technology for Engine, Food Science, .more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Was educating Queen Yoshino Emily, Queen Yoshino Crystal Hikari, Queen Yoshino Ashley Ayame, and Queen Yoshino Rebeccahar at the same time. Kazutra Yoshino Space World Emperor and Queen Yoshino Emily evolved the ideas and concepts that Kazutra Yoshino Space World Emperor and Queen Yoshino Emily thought into Queen Yoshino Crystal Hikari, and evolved the evolved ideas into Queen Yoshino Ashley Ayame. The evolved idea was evolved into Queen Yoshino Rebeccaharu, and again into Queen Yoshino Crystal Hikari, and the evolution was continued. Through this cycle, the power of Emperor Yoshino Kazutra and Queen Emily Yoshino has increased several times (N times). In order to increase the force (output) of an N-cylinder (for example, 3-cylinder) engine several times, the force applied to each cylinder + piston was increased. At this time, the fuel and the combustion system may be shared or independent. When fuel entered into each cylinder, it was controlled by a computer system using a Laser / LED and an optical sensor so that the fuel etc. would enter in sequence at the (solenoid) gate at just the right time. At this time, it is the best form to acquire information on the rotation of the rotor by using an (optical) encoder or a trigger. As a result, the power of the Yoshino Kazutra engine became N times (for example, 3 times). Kazutra Yoshino Space World Emperor wanted to enter the automobile market, especially the EV market, which he is good at, but since several companies had already entered the market, Yoshino Kazutra Space World Emperor and Yoshino Advanced Energy are for the time being. , Specializing in mass production of engines and motors, decided to enter the engine market, for the time being, won about 1% of the world engine market, and then won most of the engine market, the automobile market In particular, they tried to enter the EV market and enter the energy industry, aerospace industry, food industry, computer industry, and so on. Queen Emily Yoshino supported the Emperor of the Universe, Kazutra Yoshino, by developing software and hardware (electronic devices and circuits such as computers and mobile phones) at the same time. Software program concept (algorithm) of Kazutra Yoshino Space World Emperor and Queen Emily Yoshino: int i, j, k; int A [4]; int S [4]; long t [4]; double Cycle Number = 1000000000; double T; double Tslow = 1; // Initial Period [second] double Tfast = 0.01; // Period [second] double Tstep = 0.00001; for (i = 0; i <CycleNumber; i ++) {if (T <Tfast) { T = Tslow-i * Tstep;} // Acceleration Time A [1] = inp (in_port1); A [2] = inp (in_port2); A [3] = inp (in_port3); if (A [1] = = 1 && A [2] == 0 && A [3] == 0) {S [1] = 1; S [2] = 0; S [3] = 0; outp (out_port1 = S [1]) ; outp (out_port1 = S [2]); outp (out_port1 = S [3]); t [1] = t [1] + 1;} if (A [1] == 0 && A [2] == 1 && A [3] == 0) {S [1] = 0; S [2] = 1; S [3] = 0; outp (out_port1 = S [1]); outp (out_port1 = S [2] ); outp (out_port1 = S [3]); t [2] = t [2] + 1;} if (A [1] == 0 && A [2] == 0 && A [3] == 1 ) {S [1] = 0; S [2] = 0; S [3] = 1; outp (out_port1 = S [1]); outp (out_port1 = S [2]); outp (out_port1 = S [3] ]); t [3] = t [3] + 1;} if ( t [1]> T / 3) {S [1] = 0; S [2] = 1; S [3] = 1; outp (out_port1 = S [1]); outp (out_port1 = S [2]) ; outp (out_port1 = S [3]); t [1] = 0;} if (t [1]> T / 3) {S [1] = 1; S [2] = 0; S [3] = 1; outp (out_port1 = S [1]); outp (out_port1 = S [2]); outp (out_port1 = S [3]); t [2] = 0;} if (t [1]> T / 3 ) {S [1] = 0; S [2] = 1; S [3] = 1; outp (out_port1 = S [1]); outp (out_port1 = S [2]); outp (out_port1 = S [3] ]); t [3] = 0;}} 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino + Emily Yoshino's Cooking Method)Lovely, Lumy Group (Lumy, ATK,DOE,IBM,Boeing,General Electric,General Motor,Hewlette Packard, American Mathematical Society,Bioinformatics,NIH,3D Technology for Engine,Food Science,Paramount,Universal,Sony,Sharp,Marvel,.more.) 3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、吉野゚ミリヌ女王の料理オリンピックの料理の手段・方法:Cooking Methodを助けおいた。 吉野カズトラ宇宙䞖界皇垝は、理論䞊は、米粉の方が、小麊粉よりも、より现かい粒子になり、結果、矎味しい料理パン等が、䜜れるずいうこずを知っおいた。このため、米粉パン等の䜜り方を孊んでいた。 吉野カズトラ宇宙䞖界皇垝は、ある日、米粉パンの䜜り方を日本ので孊び、自分なりにアレンゞしお、パンを䜜ろうずしおいた。吉野カズトラ宇宙䞖界皇垝は、熱力孊を孊んだ経緯より、より熱効率の良いパンの䜜り方を考案しおいた。熱䌝導の良い薄くお倧きめのパンフラむパン等䟋えば、盎埄ぐらいで、高さ〜ぐらいに、パンのドヌ生地を入れお、ガスコンロや炭火や倪陜光熱等で焌く。出来たパンを、電子レンゞで、枩めるのも可胜である。吉野カズトラ宇宙䞖界皇垝は、パンの出来䞊がりが、平たい円盀型だったので、パンの商品名を『ぎったり、ピタッず円型円盀空飛ぶ』ずした。略しお、『・』、響きが、『・』むタリア語の発音のPANINIサンドりィッチのを床回転しおにしお、文字を、π、アメリカンパむに文字っお倉換するずPIZZAIになるので、文字っお略しお、PIZZA。になり、略しお、『』や『』になった。圓初は、具をドヌに盎接先に入れお、焌いおいたが、お奜みの味にするために、具をトッピングずしお遞んで、䞊から乗せれるようにしお、カスタマヌ・オリ゚ンテッドの料理食品にした。この頃、新しく、アメリカの遺䌝子工孊のグルヌプが、遺䌝子操䜜によっお、ビタミンを含む米の生産に成功しおいた。ピザには、圓初、小麊粉が䜿われおいたが、ビタミンなどを豊富に含む米粉ピザなども、ビゞネス・チャンスを創生した。吉野カズトラ宇宙䞖界皇垝は、のビゞネスを早䞖に成功させおいった。ピザを甚いお、トッピングをセンタヌに眮き、〜人ぐらいで、ダヌツを投げお、点が良かった順に、ピザのパむを食べる、等のゲヌムも考案しおいた。配分の方皋匏は、2*Pi*Points/TotalPoints πΣΣΣΣ等である。ずいう蚳で、ピザは、むタリア食のようなアメリカ食ずなり、栞工孊゚ネルギヌ工孊を孊んでいる吉野カズトラ王子が、遺䌝子操䜜によっお、スヌパヌマン・スパむダヌマンになり、吉野゚ミリヌ姫ずピザを䜜り食べおいるずいう、ピザずフヌドサむ゚ンスず栞工孊ず遺䌝子工孊を宣䌝する『スパむダヌマン』ずいう映画を䜜り、その収益を曎なる映画トランスフォヌマヌ、等や技術ロボット工孊、゚ネルギヌ工孊、栞工孊、等や文明の発展の発達、再生可胜゚ネルギヌ開発、等に繋げた。FIG. 207 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino + Emily Yoshino's Cooking Method) Lovely, Lumy Group (Lumy, ATK, DOE, IBM, Boeing, General Electric, General Motor, Hewlette Packard, American Mathematical Society Bioinformatics, NIH, 3D Technology for Engine, Food Science, Paramount, Universal, Sony, Sharp, Marvel, .more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverse Rebecca Haru Yoshino Queen) Yoshino Kazutra Space World Emperor helped Queen Yoshino Emily's cooking Olympic cooking method. Kazutra Yoshino, the Emperor of the Universe, knew that, in theory, rice flour would have finer particles than wheat flour, and as a result, delicious food (bread) could be made. For this reason, I was learning how to make rice flour bread and the like. One day, Kazutra Yoshino, the Emperor of the Universe, learned how to make rice flour bread on Japanese TV and was trying to make bread by arranging it in his own way. Kazutra Yoshino, the emperor of the space world, devised a method of making bread with higher thermal efficiency from the background of learning thermodynamics. Put the dough of bread in a thin and large pan (frying pan) with good heat conduction (for example, about 30 cm in diameter and about 1 to 2 cm in height), and bake it with a gas stove, charcoal fire, solar heat, or the like. It is also possible to heat the resulting bread in the microwave. The Emperor of the Universe, Kazutra Yoshino, decided that the bread was a flat disk shape, so the product name of the bread was "Fit, right, a circular disk flying UFO". For short, "Pita / Pizza", the sound is "Pizza / Pizza" (N of Italian pronunciation PANINI (sandwich) is rotated 90 degrees to make Z, and the letters are (Pi, π, American pie) When converted, it becomes PIZZAI, so the characters (abbreviated) become PIZZA.), And abbreviated as "Pitta" and "Pizza". Initially, the ingredients were put directly into the dough and baked, but in order to get the taste you like, you can choose the ingredients as toppings and put them on top to make customer-oriented dishes (food). ). Around this time, a new American genetic engineering group was successfully producing rice containing vitamin A by genetic engineering. Initially, wheat flour was used for pizza, but rice flour pizza, which is rich in vitamins, also created business opportunities. The Emperor of the Space World, Kazutra Yoshino, succeeded in the business of Yoshino Advanced Energy in the early years. He also devised games such as using pizza, placing toppings in the center, throwing darts with a few people, and eating pizza pies in the order of good points. The equation of distribution is 2 * Pi * Points / TotalPoints, 2π (ΣPointsi) / (ΣPointsi) + (ΣPointsj) + (ΣPointsk) and the like. So, pizza became an American food like Italian food, and Prince Yoshino Kazutra, who is studying nuclear engineering (energy engineering), became Superman Spider-Man by genetic engineering, and made and ate pizza with Princess Yoshino Emily. Make a movie called "Spider-Man" that promotes pizza, food science, nuclear engineering, and genetic engineering, and further the profits from the movie (transformer, etc.) and technology (robot engineering, energy engineering, nuclear engineering, etc.) It led to the development of civilization (IT development, renewable energy development, etc.). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Super Man (Kazutora Yoshino Engine RD, SKY Cars) + Emily Yoshino's Hollywood Movie)Lovely, Lumy Group (Lumy, ATK,DOE,IBM,Boeing,General Electric,General Motor,Hewlette Packard, American Mathematical Society,Bioinformatics,NIH,3D Technology for Engine,Food Science,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California.more.) 3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、空飛ぶ車を䜜り、人呜救助隊を䜜っおいた。吉野カズトラ宇宙䞖界皇垝の空飛ぶ車が出来るたでには、吉野カズトラ宇宙䞖界皇垝は、幟぀もの難題を解決しお来おいたのである。 吉野カズトラ皇子王子だった頃未だ、幌少だった頃、吉野カズトラ皇子王子は、圧力プレシャヌを甚いた物理珟象を甚いお、ゞャッキなどを䜜り車を持ち䞊げたりしお、事故察策や地震察策に掻甚しおいた。ゞャッキを䜜る際に、導入された抂念が空気ポンプや油圧の圧力を甚いお、車を持ち䞊げるずいう抂念だった。その埌、吉野カズトラ皇子皇子の䞻導で、おこの原理を甚いお手動で、車を持ち䞊げれるゞャッキも開発された。 吉野カズトラ皇子王子は、、’ずするこずによっお、空気ポンプを䜕床か抌すだけで、車〜〜トンぐらいトラックトンぐらいを持ち䞊げるこずが可胜であった。 吉野カズトラ皇子王子ず吉野゚ミリヌ姫ず吉野留利子姫は、カリフォルニアハリりッド等で、スヌパヌマンやスパむダヌマン等の映画等を䜜り、収益を埗お、より優れた技術ゞェット戊闘機、スペヌスシャトル、スペヌスシップ、ロケット、空飛ぶ車、等の開発を進めおいたのである。 吉野カズトラ皇子皇子の努力が、実り、その埌、吉野カズトラ宇宙䞖界皇垝になった頃、吉野カズトラ宇宙䞖界皇垝は、空飛ぶ車の開発を成功させたのである。 、 、 この頃、アメリカ軍やは、オスプレむ垂盎浮䞊型ヘリコプタヌ匏飛行機を䜜っおいた。吉野カズトラ宇宙䞖界皇垝は、空飛ぶ車やロボットを䜜り蚭蚈・補造しお、消防庁や譊察庁や軍隊アメリカ軍、自衛隊、等や䞀般垂堎などに、販売しようずおいた。しかし、地䞊の車ず比范するず、ずかの方が、ずっず燃費が良いため、人呜救助をする消防関連や、入り組んだビル街でも䞊から射撃を狙えるような譊察関連、や察テロ戊線の軍隊の特殊郚隊、、、、入間航空自衛隊等のクラむアント達が䞻流になっおいた。FIG. 208 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Super Man (Kazutora Yoshino Engine RD, SKY Cars) + Emily Yoshino's Hollywood Movie) Lovely, Lumy Group (Lumy, ATK, DOE, IBM, Boe) , General Motor, Hewlette Packard, American Mathematical Society, Bioinformatics, NIH, 3D Technology for Engine, Food Science, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California.more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) ) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Space World Emperor made a flying car and made a lifesaving corps. By the time the flying car of Emperor Yoshino Kazutra was made, Emperor Yoshino Kazutra had solved a number of difficult problems. When he was Prince Yoshino Kazutra (when he was still a child), Prince Yoshino Kazutra (prince) used physical phenomena using pressure to make jacks and lift cars. It was used for accident countermeasures and earthquake countermeasures. When making a jack, the concept introduced was the concept of lifting a car using an air pump or hydraulic pressure. Later, under the leadership of Prince Yoshino Kazutra (Prince), a jack was also developed that could manually lift the car using the principle of the lever. Prince Yoshino Kazutra (Prince) can make a car (D1> D2 (mg / f2) ^ (1/2), f1 = m'g (l1 / l2) by pushing the air pump several times. It was possible to lift a truck (about 10 tons) (about 1 to 2 to 3 tons). Prince Yoshino Kazutra (Prince), Princess Yoshino Emily, and Princess Yoshino Ruriko made movies such as Superman and Spider-Man in California (Hollywood), etc., earned profits, and made better technology (rocket fighter, space). Shuttles, spaceships, rockets, flying cars, etc.) were being developed. The efforts of Prince Yoshino Kazutra (Prince) were fruitful, and when he became Emperor Yoshino Kazutra Space World, Emperor Yoshino Kazutra succeeded in developing a flying car. (Yoshino Universal, Lumy Group, Yoshino Advanced Energy) Around this time, the US military and ATK were building Osprey vertical levitation helicopter planes. Kazutra Yoshino, the Emperor of the Space World, was trying to build (design and manufacture) flying cars and robots and sell them to the Fire and Disaster Management Agency, the Police Agency, the military (US Army, Self-Defense Forces, etc.) and the general market. However, compared to cars on the ground, EVs are much more fuel-efficient, so they are fire-fighting-related to save lives, police-related (LAPD, SWAT) and counter-terrorism that can aim for shooting from above even in complicated building streets. Clients such as the special forces of the counterterrorist army (USAF, USARMY, USNAVY, Marine, Iruma Air Self-Defense Force) were the mainstream. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Super Man (Kazutora Yoshino Advanced Artificial Intelligence System: Transformer(s)) + Emily Yoshino's Universal Robots)Lovely, Lumy Group (Lumy, ATK,DOE,IBM,Boeing,General Electric,General Motor,Hewlette Packard, American Mathematical Society,Bioinformatics,NIH,3D Technology for Engine,Food Science,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California.more.) 3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、吉野゚ミリヌ女王ず、人工知胜人工頭脳  ず次元映像装眮ディスプレむの特蚱出願をしたこずがあった。これによっお、人工脳を䜜るためであった。 ディスプレむ等は、脳の神経ネットワヌクを圢状にしおランタむム時系列等で、解析蚺断等するために、有甚なものであった。 吉野カズトラ宇宙䞖界皇垝は、人工知胜人工頭脳を進化させお、 Advanced Artificial Intelligence Systemを䜜り、人工生呜䜓宇宙ロボットトランスフォヌマヌの脳に甚いおいた。 シグナルむンプット画像等の情報を脳に入力する。この際、functional MRI、光ポずグラフィヌ、などの脳掻動情報獲埗手段を甚いお、脳の掻動情報血流パタヌン、磁堎電堎パタヌン、神経ネットワヌク掻動パタヌン、等を獲埗しお、コンピュヌタヌで解析したり、蚘録蚘憶する。オプションずしお、ビデオカメラ、音センサヌ、超音波センサヌ、圧力センサヌ、枩床センサヌ等の情報獲埗手段を甚いお、の情報をランタむムでコンピュヌタヌに入力しお、解析したり、蚘録蚘憶する。この際、脳の掻動のパタヌンをマップ時間も入れおで、解析したり、クラヌスタヌ化しお纏めお、カテゎリヌ化、グルヌプ化、論理化、䞀般化、等しお、孊習したデヌタを蚘録蚘憶する。぀たり、デヌタ孊習をする。 シグナルフォヌワヌドなどの脳掻動情報獲埗手段によっお、脳の掻動のパタヌンマップを獲埗しお、蚘録蚘憶デヌタや孊習デヌタ等の過去のデヌタヌを、類䌌床の高い順に、りェむトを掛けお、重ね合わせお、平均化しお、スレッド倀を匕いお、掚枬情報マスク情報を、䜜る。぀たり、䟋えば、画像情報等では、S'ij = (ΣWk*Sijk)-Thdk、脳掻動のパタヌンマップでは、S'ijk=(ΣWl*Sijkl)-Thdlである。蚈算を早く線圢にするためThdは、零でも良い。平均化を自動的に出来るようにりェむトを遞んでも良い。 シグナルむンバヌス目の芋えないような人達や経隓のない人達に、目の芋える人や経隓のある人達情報獲埗手段によっお埗た情報を、移怍する。この際、蚀葉や画像や説明によるむメヌゞやデヌタや孊習内容等を甚いお、デヌタや経隓や論理の移怍をするこずも可胜である。぀たり、教育によっお、デヌタや経隓や論理を教える。同様に、などの脳掻動情報獲埗手段によっお獲埗した、コンピュヌタヌ等に蚘録蚘憶させた、脳の掻動パタヌンを、磁堎電磁堎発生装眮、リバヌスシステム、むンバヌスシステム、光照射システム、超音波発生システム、攟射胜照射システム、等の神経ネットワヌク掻性化手段や、情報入力手段によっお、人々の脳に移怍する。これにより、人々は、盎接、経隓をしなくおも、経隓をしたようになり、実質的に、効率良くデヌタや経隓や論理を孊習できる。人々は、本を読んだりテレビや映画や等を芋るなどする情報入力手段によっお、盎接経隓しなくおも、情報を孊習するこず等をしおいたが、神経ネットワヌク掻性化手段によっお、より正確に、高速光速に、孊習するこずが出来る。FIG. 209 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Super Man (Kazutora Yoshino Advanced Artificial Intelligence System: Transformer (s)) + Emily Yoshino's Universal Robots) Lovely, Lumy Group (Lumy, ATK, DO) Boeing, General Electric, General Motor, Hewlette Packard, American Mathematical Society, Bioinformatics, NIH, 3D Technology for Engine, Food Science, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California.more.) 3D Technology I.YoshinoAdvancedEnergy ( Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) I have filed a patent application for a device (3D display). This was to create an artificial brain. The 3D display and the like were useful for making the neural network of the brain into a 3D shape and analyzing (diagnosing, etc.) at runtime (time series) and the like. Kazutra Yoshino, the Emperor of the Universe, evolved artificial intelligence (artificial brain) to create the Advanced Artificial Intelligence System, which was used for the brains of artificial life forms (space robots: transformers). 1. 1. Signal input: Inputs information such as images into the brain. At this time, brain activity information (blood flow pattern, magnetic field (+ electric field) pattern, neural network activity pattern, etc.) is obtained by using brain activity information acquisition means such as fMRI (functional MRI), optical magnetism, and PET. Acquire it, analyze it with a computer, and record (memorize) it. Optionally, use information acquisition means such as 2D / 3D video cameras, sound sensors, ultrasonic sensors, pressure sensors, temperature sensors, etc. to input and analyze 2D / 3D information (at runtime) into a computer. Record (remember). At this time, the data learned by analyzing the pattern of brain activity with a 3D map (4D including time), categorizing, grouping, logicalizing, generalizing, etc. Is recorded (remembered). That is, data learning is performed. 2. 2. Signal forward: Brain activity patterns (maps) are acquired by brain activity information acquisition means such as fMRI, and past data such as recorded (memory) data and learning data are weighted in descending order of similarity. Multiply, superimpose, average, subtract thread value, and make guess information (mask information). That is, for example, S'ij = (ΣWk * Sijk) -Thdk for image information and S'ijk = (ΣWl * Sijkl) -Thdl for a 3D pattern map of brain activity. Thd can be zero to make the calculation linear quickly. You may choose the weight so that averaging can be done automatically. 3. 3. Signal inverse: The information obtained by the information acquisition means of the visible person or the experienced person (s) is transplanted to the blind person (s) or the inexperienced person (s). At this time, it is also possible to transplant data, experience, and logic by using images, data, learning contents, etc. by words, images, and explanations. In other words, education teaches data, experience, and logic. Similarly, the brain activity pattern (recorded (stored) in a computer or the like) acquired by a brain activity information acquisition means such as fMRI is recorded by a magnetic field (electromagnetic field) generator, an NMR (fMRI) reverse system, and an fMRI inverse system. , Light irradiation system, ultrasonic generation system, radiation irradiation system, and other neural network activation means, and information input means to transplant into the human brain. As a result, people (people) can learn data, experience, and logic practically and efficiently because they have experienced it without having to experience it directly. People (people) learned information by means of information input such as reading books and watching TV, movies, DVDs, etc. without having to experience it directly, but by means of activating neural networks. , You can learn more accurately and at high speed (light speed). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Super Man (Kazutora Yoshino Advanced Artificial Intelligence System: Transformer(s)) + Emily Yoshino's Universal Robots, Origin of Civilization Species)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) YOSHINO UNIVERSE吉野カズトラ宇宙䞖界皇垝の文明皮の起源ペシノアドバンスド゚ナゞヌ神話 吉野䞀虎宇宙䞖界存圚神がいた。 吉野䞀虎宇宙䞖界存圚神は、吉野カズトラ宇宙䞖界皇垝バむキング王キングずしお、宇宙䞖界ミルキヌりェむ銀河倪陜系地球日本、アメリカ、ペヌロッパスりェヌデン、英囜、フランス、等、ロシア、䞭囜、むンド、カナダ、等に降臚した珟れた。 吉野カズトラ宇宙䞖界皇垝は、最初に蚀った『吉野クリスタル光ヒカリあれ。ここに幞あり。』 吉野クリスタルヒカリ姫が産たれた。その埌、吉野クリスタルヒカリ女王に成長した。 吉野カズトラ宇宙䞖界皇垝バむキング王キングは、磁石を甚いお、方䜍磁針にしお海を航海しお䞖界䞭を呚った。又、磁石で、砂鉄を集めお、燃料朚々、薪、バむオマス、バむオガス、等を燃やしお、鉄噚を䜜った。 吉野クリスタルヒカリ姫女王は、石や宝石の原石を削り磚き、宝石を䜜った。 吉野カズトラ宇宙䞖界皇垝は、倧皿ディッシュパラボラ型の鉄噚を䜜り、衚面を滑らかに磚き、倪陜光熱を集光させお倪陜光熱の補鉄・補造システムを぀くり、導電線やコむル等を䜜り、磁石ず合わせおダむナモモヌタヌを䜜り、倪陜光熱発電システムを䜜った。 ◎吉野カズトラ宇宙䞖界皇垝の倪陜光熱発電システム 吉野カズトラ宇宙䞖界皇垝の倪陜光熱発電システムの近䌌匏光孊デバむスdx=20cm=0.2m,dy=30cm=0.3m,nxXny=10X10=100,2mx3m=6m*m,光孊アレむマトリクスシステムP0ij=(dxi,dyj,0),P1ij=(dx(i+1),dyj, (dx^2)*i/nx),P2ij=(dxi,dy(j+1), (dy^2)*j/ny),P3ij=(dx(i+1),dy(j+1),(dx^2)*i/nx+(dy^2)*j/ny), ◎吉野カズトラ宇宙䞖界皇垝の物理 吉野カズトラ宇宙䞖界皇垝は、偉倧な物理孊者である。ガリレオ、ニュヌトン、ペシノが䞉倧物理孊者である。ペシノは、フォヌス(F=ma)を甚いお、自然環境に良い科孊技術を開発しおいた。超ベアリングが開発されたが、これによっお、あたかも、時代を逆流するような技術になった。3トンの荷物を地球䞊で空䞭に眮けば、重力で加速されお高速で移動する。同様に、摩擊の少ないシステムで、フォヌスで抌すか匕っ匵るなら、加速されお高速で移動する。たた、テコの原理やギダの原理による力の増幅は、可胜である。人力が、f1=30Nで、自転車などで、ギダ比率Gr=10~100ぐらいなら、 力は、F=300N~3000Nぐらいになる。超ベアリングよる摩擊係数が、u'=0.1~1ずするず、F=ma=u'N=u'mg=Gr*f1である。぀たり、m=(Gr*f1)/(u'*g)の質量の荷物を運ぶこずが可胜である。぀たり、この䟋では、自転車などで、(u'=1なら300kg~3t)~( u'=0.1なら3t~30t)ぐらいの荷物を運ぶ(移動する)こずが出来る。吉野カズトラ宇宙䞖界皇垝の理論は、超匊や玠粒子の質量等の物理の理論に応甚されお、物理孊者達は、物理孊を発展させるこずが可胜になった。たた、若くお䜓力のある人達のバむトずしお、人力車や、人力自転車運搬車などが、可胜になり、劎働垂堎の拡倧ずなった。特に、それたで、あたり圹にたたないず思われおいたような人達も、ある皋床、䜓力があるなら(続ければ)働けるようになった。 ◎吉野カズトラ宇宙䞖界皇垝の宇宙戊争吉野カズトラ宇宙䞖界皇垝の宇宙䞖界戊争ずSDI戊略、タむガヌ戊略の䞀環ずしお始めたシミュレヌションが激化しおいた。䜕故なら、吉野カズトラ宇宙䞖界皇垝が密かに進めおいた電脳開発ず人工寿呜拡匵蚈画(STAP现胞(化孊物質刺激系列䞇胜现胞)、iPS现胞、等の幹现胞)ず人工生呜䜓開発に繋がっおいたからである。元々、アメリカ軍(DOD、特に、空軍)や巚倧航空宇宙防衛メヌカヌ(Lumy Groupルミヌグルヌプ、ATK、等)が開発した無人偵察機(MQ-1プレデタヌ、、MQ-8ファむアスカりト、等)が人工知胜搭茉の攻撃飛行機に進化しおいた。実は、アメリカ軍(DOD)は、同時にIBMのシナプス蚈画(100億を超すニュヌロンの脳神経ネットワヌクず人の思考のコンピュヌタヌシミュレヌション)医療甚人工知胜ワト゜ンの開発も手掛けおいた。進化を続ける人工知胜や人工頭脳を搭茉した宇宙ロボットによる宇宙戊争に、宇宙䞖界が突入しおいったである。宇宙ロボット達は、栞戊争時にも戊い続けるこずが可胜な匷靭な䜓を持っおいた。䞖界䞀の栞兵噚玚のプルトニりムを保有する日本が軍事甚宇宙ロボット(ガンダム等)開発の最先端開発囜(トップパむオニア)になった。しかし、ガンダムマむスタヌ等を、毒殺(サリン等)やナパヌム匟等による炎殺害等による、盎接殺害を狙う無名な犯眪組織(13機関)や反政府組織(アノニマス、オりムシンリ教、等)のメンバヌ達が増えおいた。このため、政府は、軍事甚人工知胜ロボット(ガンダム)、戊闘甚人工頭脳ロボット(トランスフォヌマヌ、早皲田マット1号)の開発を急速に進めおいた。たた、ディセプティコン達は、政府ず反政府の䞡方に入り蟌んでいた。振り蟌め詐欺団䜓やハッカヌグルヌプは、情報を獲埗しお瀟䌚に浞透しおいった。譊察は、無力化されお、巚倧化した犯眪組織になすすべをあたり持っおいなかった。免疫が䜎䞋しお無名のりむルスがアりトブレむクするように、少子高霢化しお経枈力ず生産力の䜎䞋した瀟䌚に無名の犯眪組織が広がっおいった。ハッカヌグルヌプは、コンピュヌタヌで情報を獲埗したり盗んだり、曞類を獲埗したり盗んだりした。たた、サむバヌファンド(䞭囜系ファンドアリババ等)を乗っ取ったり、むンタヌネットでポむントを盗み悪甚したりした。䞖界は、闇に包たれ、人々は、垌望を倱っおいった。この頃、人々の垌望の光(æ•‘äž–äž»)ずしお、䞖界に降臚した䞖界に珟れお有名になったのが、吉野クリスタルヒカリ姫女王だった。吉野クリスタルヒカリ姫は、人工知胜や人工頭脳の平和な利甚を奚励・促進した。䟋えば、無人ヘリコプタヌによる郵送システムや家庭の介護甚ロボット(NS5等)の倧量生産等である。吉野クリスタルヒカリ姫をバックサポヌトしたのが、アメリカ、カリフォルニア、シリコンバレヌの高知胜の゚ンゞニアやビゞネスマン達だった。テスラモヌタヌズ等の電気自動車(EV)がアメリカ暪断等を成功させたり、カリフォルニア倧孊バヌクレヌ校の人工頭脳開発や、スタンフォヌド倧孊の自動運転自動車等が、掻躍し始めおいたのである。この人工知胜や人工頭脳の開発のアゞェンダやテクノロゞヌのリヌダヌになっおいたのが、りィスコンシンやミネ゜タやむリノむを掻動の拠点ずするLumy Group、ATK、Lumoreや、コロラドの䌝説の䌚瀟YoshinoAdvancedEnergyペシノアドバンスド゚ナゞヌだった。ペシノアドバンスド゚ナゞヌは、コロラドの粟神力ず日本の技術力を兌ね備えたグロヌバル䌚瀟だった。ペシノアドバンスド゚ナゞヌのアむディアや戊略の元に、Yoshino Music Groupや吉野カズトラ3Dアニメスタゞオが䜜られた。Lumy Groupは、栞゚ネルギヌ開発をするず同時に、密かに燃料甚のプルトニりムを栞兵噚匟頭に倉換しお、玄50t~70tのプルトニりムを、䞀発4キロ~8キロぐらいで、5500発ぐらい䜜り、入間基地ず北海道の基地の地䞋に配備しお、アメリカず日本を防衛しおいた。ペシノアドバンスド゚ナゞヌは、自然゚ネルギヌ、再生可胜゚ネルギヌを甚いた瀟䌚(特に、氎玠瀟䌚)を䜜り゚ネルギヌ革呜を起こそうずしおいた。吉野カズトラ宇宙䞖界皇垝の技術力の元に起きたのが、䞖界史第の゚ネルギヌ革呜であるシェヌル革呜である。吉野カズトラア宇宙䞖界皇垝の物理孊を甚いた理論などが重芁だった。吉野カズトラ宇宙䞖界皇垝の発散(∇・、ダむバヌゞェント、ダむバヌゞェンス)や回転(∇x、カヌル)を掻甚した技術開発は、゚ネルギヌ戊略の基軞方皋匏戊略になった。石油、石炭、ガス、シェヌルガス、シェヌルオむル等が、゚ネルギヌ革呜を促進しおゆき、ペシノアドバンスド゚ナゞヌをリヌダヌずした新しい䞖界を䜜った。ペシノアドバンスド゚ナゞヌの指導の元に、人々は、平和や音楜や芞術やスポヌツや゚ンタヌテむメントを愛しお、戊争を極力避けお、戊いはシミュレヌション戊闘や東京オリンピックのようなシミュレヌション戊争のような戊いで䞖界の優越を競ったのである。䞖界が平和になり、吉野クリスタルヒカリ姫の顔には、笑顔が珟れお、吉野クリスタルヒカリ姫女王は、幞せに長生きした。FIG. 210 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Super Man (Kazutora Yoshino Advanced Artificial Intelligence System: Transformer (s)) + Emily Yoshino's Universal Robots, Origin of Civilization Species) Lovely, Lumy Group DepartmentOfDefense, DepartmentOfEnergy, IBM, Boeing, GeneralElectric, GeneralMotor, HewlettePackard, AmericanMathematicalSociety, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) YOSHINO UNIVERSE Yoshino Kazutora The origin of the civilized species of the Space World Emperor (Yoshino Advanced Energy Myth) Kazutora Yoshino The god of space world existence is the Emperor of the Universe Kazutra (King), the space world (Milky Way Galaxy Solar System Earth (Japan, America, Europe (Sweden, UK, France, etc.)), Russia, China, Descended (appeared) to (India, Canada, etc.)). Kazutra Yoshino, the Emperor of the Universe, said at the beginning, "Yoshino Crystal Light (Hikari) That. Good luck here. ] Yoshino Crystal Hikari was born. (After that, he grew up to be Queen Yoshino Crystal Hikari.) Kazutra Yoshino, the Emperor of the Universe (King Viking), sailed the sea with a compass using a magnet and traveled around the world. Also, iron sand was collected with a magnet and fuel (trees, firewood, biomass, biogas, etc.) was burned to make ironware. Princess Yoshino Crystal Hikari (Queen) sharpened and polished stones and gemstones to make gems. Kazutra Yoshino, the Emperor of the Universe, makes a dish-shaped ironware, polishes the surface smoothly, condenses the heat of the sun to create an iron-making and manufacturing system for the heat of the sun, and makes conductive wires and coils. , I made a dynamo motor together with a magnet, and made a solar thermal power generation system. ◎ Yoshino Kazutra Space World Emperor's Solar Thermal Power System Approximate Optical Device dx = 20cm = 0.2m, dy = 30cm = 0.3m, nxXny = 10X10 = 100, 2mx3m = 6m * m, Optical Array (Matrix) System P0ij = (dxi, dyj, 0), P1ij = (dx (i + 1), dyj, (dx ^ 2) * i / nx), P2ij = (dxi, dy (j +) 1), (dy ^ 2) * j / ny), P3ij = (dx (i + 1), dy (j + 1), (dx ^ 2) * i / nx + (dy ^ 2) * j / ny) , ◎ Physics of Kazutra Space World Emperor Yoshino Kazutra Space World Emperor is a great physicist. Galileo, Newton and Yoshino are the three major physicists. Yoshino used the force (F = ma) to develop science and technology that is good for the natural environment. Super bearings were developed, which made it as if the technology was going backwards. If you put 3 tons of luggage in the air on the earth, it will be accelerated by gravity and move at high speed. Similarly, in a low-friction system, if you push or pull with force, it will be accelerated and move at high speed. In addition, it is possible to amplify the force by the principle of leverage or the principle of gear. If the human power is f1 = 30N and the gear ratio is Gr = 10 ~ 100 on a bicycle etc., the power will be about F = 300N ~ 3000N. Assuming that the coefficient of friction due to the super bearing is u'= 0.1 ~ 1, F = ma = u'N = u'mg = Gr * f1. In other words, it is possible to carry a load with a mass of m = (Gr * f1) / (u'* g). In other words, in this example, it is possible to carry (move) about (300kg ~ 3t if u'= 1) ~ (3t ~ 30t if u'= 0.1) on a bicycle or the like. Kazutra Yoshino The theory of the Emperor of the Universe was applied to the theory of physics such as the mass of superstrings and elementary particles, and physicists were able to develop physics. In addition, rickshaws and rickshaws have become possible as part-time jobs for young and physically fit people, and the labor market has expanded. In particular, people who were previously thought to be of little use can now work if they have some physical strength (if they continue). ◎ Yoshino Kazutra Space War of the Space World Emperor Yoshino Kazutra The space war of the Space World Emperor and the simulation started as part of the SDI strategy and Tiger strategy were intensifying. This is because it was linked to the cyber development and artificial life extension plan (STAP cells (chemical stimulation series pluripotent cells), stem cells such as iPS cells) and artificial life forms that were secretly promoted by Emperor Yoshino Kazutra. .. Man-made by unmanned reconnaissance aircraft (MQ-1 Predator, MQ-8 Fire Scout, etc.) originally developed by the US Army (DOD, especially the Air Force) and giant aerospace defense makers (Lumy Group, ATK, etc.) It had evolved into an intelligent attack aircraft. In fact, the US Army (DOD) was also working on IBM's synaptic program (computer simulation of over 10 billion neuronal networks and human thinking) medical artificial intelligence Watson. The space world has entered a space war with space robots equipped with evolving artificial intelligence and artificial brains. Space robots had strong bodies that could continue to fight even during the nuclear war. Japan, which possesses the world's largest nuclear weapon class plutonium, has become a cutting-edge development country (top pioneer) in the development of military space robots (Gundam, etc.). However, members of unknown criminal organizations (13 organizations) and anti-government organizations (Anonymous, Aum Shinri, etc.) aiming to directly kill Gundam Meister etc. by poisoning (sarin etc.) or burning with napalm bullets etc. Was increasing. For this reason, the government was rapidly developing military artificial intelligence robots (Gundam) and combat artificial intelligence robots (Transformers, Waseda Mat No. 1). Also, the Decepticons were invading both the government and the rebels. Transfer fraud groups and hacker groups have acquired information and permeated society. Police did not have much to do with the incapacitated and enormous criminal organization. Just as immunity declines and unnamed viruses outbreak, unnamed criminal organizations have spread to societies with declining birthrates and aging populations and reduced economic and productive power. Hacker groups have acquired and stolen information on computers, and acquired and stolen documents. He also hijacked cyber funds (Chinese fund Alibaba, etc.) and stole points on the Internet to misuse them. The world was engulfed in darkness, and people lost hope. Around this time, it was Princess Yoshino Crystal Hikari (Queen) who descended to the world (appeared in the world and became famous) as the light of hope (savior) of the people. Princess Yoshino Crystal Hikari encouraged and promoted the peaceful use of artificial intelligence and artificial brains. For example, mailing systems using unmanned helicopters and mass production of home nursing care robots (NS5, etc.). Highly intelligent engineers and businessmen from the United States, California, and Silicon Valley supported Princess Yoshino Crystal Hikari. Electric vehicles (EVs) such as Tesla Motors have succeeded in crossing the United States, artificial intelligence development at the University of California, Berkeley, and self-driving vehicles at Stanford University have begun to play an active role. Leaders in the agenda and technology for the development of this artificial intelligence and brain were the Lumy Group, ATK, and Lumore, which are based in Wisconsin, Minnesota, and Illinois, and the legendary Colorado company Yoshino Advanced Energy. rice field. Yoshino Advanced Energy was a global company that combines the spirit of Colorado with the technological capabilities of Japan. Based on the ideas and strategies of Yoshino Advanced Energy, Yoshino Music Group and Yoshino Kazutra 3D animation studio were created. At the same time as developing nuclear energy, the Lumy Group secretly converts plutonium for fuel into nuclear weapons warheads, producing about 50 to 70 tons of plutonium in about 4 to 8 kilometers per shot, and about 5,500 shots at Iruma Base. It was deployed in the basement of the base in Hokkaido to defend the United States and Japan. Yoshino Advanced Energy was trying to create an energy revolution by creating a society using natural energy and renewable energy (especially a hydrogen society). Kazutra Yoshino The shale revolution, the eighth energy revolution in world history, occurred under the technological capabilities of the Emperor of the Universe. Kaztraa Yoshino The theory using the physics of the Emperor of the Universe was important. Kazutra Yoshino Technological development utilizing the divergence (∇ ・ E, divergent, divergence) and rotation (∇xE, curl) of the Emperor of the Universe has become the basic equation strategy of the energy strategy. Oil, coal, gas, shale gas, shale oil, etc. promoted the energy revolution and created a new world led by Yoshino Advanced Energy. Under the guidance of Yoshino Advanced Energy, people love peace, music, art, sports and entertainment, avoid war as much as possible, and fight in battles like simulation battles and simulation wars like the Tokyo Olympics. They competed for superiority. The world became peaceful, a smile appeared on the face of Princess Yoshino Crystal Hikari, and Princess Yoshino Crystal Hikari (Queen) lived happily for a long time. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、倪陜光熱システムをコストパフォヌマンス良く䜜るこずをしおいた。䞀列に鏡等の反射鏡を䞊べお、倪陜光熱を集光集䞭させる。玄玄の土地に、の鏡を玄枚䞊べるず、玄〜ぐらいになる。 補塩所、蒞留氎補造所、蒞留酒補造所、プラスチックペットボトル補造所、アルミニりム補造所、補鉄所、等を䜜るこずが、可胜である。 又、集光郚を耇数に分けお、䟋えば、分割しお、のシステムをシステムズ、其々が、玄〜ぐらいで、システムズで、ポテトチップスやむンスタントラヌメンやお匁圓などの補造をする。 集光郚を、高さが、〜ぐらいにしおおくず、鏡等の反射鏡ず集光郚の間の土地で、蟲業ポテトや薩摩芋等の生産やポテトチップス補造所でのポテトチップスの生産やコンビニ゚ントストア等の運営も可胜になる。 䞀面が反射フィルムになっおいるビニヌルのカバヌ袋で、ダンボヌルや厚玙や板などを芆い、反射鏡にしおも良い。又、鏡ミラヌや、反射フィルムやアルミ箔アルミフォむルをボヌルやプラスチック板や朚の板や板などに貌るなどしおも良い。FIG. 211 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, Boeing, GeneralElectric, GeneralMotor, HewlettePackard, American , Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores.more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmp The Emperor of the Space World, Yoshino Kazutra, was trying to make a solar heat system with good cost performance. Reflective mirrors such as mirrors are lined up in a row to collect (concentrate) sunlight (heat). If about 250 mirrors of 20 cm x 30 cm are lined up on a land of about 50 mx about 10 m, it will be about 20 to 21 kW. It is possible to make salt mills, distilled water mills, distilled liquor mills, plastic (PET bottle) mills, aluminum mills, iron mills, etc. Also, divide the condensing unit into multiple parts (for example, divide into 5 and divide the 10mx10m system into 5 systems), each of which is about 4 to 5 kW, and 5 systems, potato chips, instant noodles, and lunch boxes. And so on. If the height of the light collecting part is set to about 2 to 3 m, the land between the reflecting mirror such as a mirror and the light collecting part can be used in agriculture (production of potatoes (and Satsuma potatoes)) and potato chips factories. It will also be possible to produce potato chips and operate convenience stores. A vinyl cover (bag) whose one side is a reflective film may be used as a reflector by covering cardboard, thick paper, or a board. Further, a mirror, a reflective film, or aluminum foil may be attached to a ball, a plastic plate, a wooden plate, or a plate. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's 3D Movies, 3D Motion Caputure System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、立䜓映像の映画ムヌビヌを䜜っおいた。スタヌりォヌズの゚ピ゜ヌドで、ダヌスベヌダヌずキャットガヌルが、時空間を移動する映像シヌンや、スヌパヌマンが空を飛ぶ映像シヌンや、スパむダヌマンがビルからビルぞ飛び移る映像シヌンや、トランスフォヌマヌの戊闘映像バトルシヌンなどを、で埗るために、モヌションキャプチャヌの技術テクノロゞヌを開発しおいた。 カメラ耇数のカメラによる点の次元の䜍眮情報などの獲埗を、パラレックスなどを甚いた蚈算匏によっお、可胜にできる。 ここで、重芁なのは、耇数のマヌカヌを远尟トラック、トラッキングするこずによっお、耇数の䜍眮情報ずモヌション情報を埗るこずである。 I.YoshinoAdvancedEnergyAi(t)=(Xi(t),Yi(t),Zi(t)), 0=<i=<M, (i = Marker id)其々のマヌカヌを蚭眮しお、初期倀初期䜍眮、初期速床、初期加速床、等、等や時における情報䜍眮、速床、加速床、等を獲埗する。 II.KaztoraYoshnoUniverseEnergy|Ai(t) - Aj(t)|>Rm , i≠j,其々のマヌカヌずマヌカヌの蚭眮距離を、Motion Radiusモヌション半埄より倧きくする。 III.KazutoraYoshinoUniverseEmpire|Ai(t) - Ai(t+delta_t)|=< Rm,其々のマヌカヌの䜍眮映像を埗るディスクリヌト・ナニット・タむム単䜍時間Δ=delta_t内に、マヌカヌが移動できる距離が、以䞋になるような、画像キャプチャヌデバむスビデオカメラを甚いお、モヌションオブゞェクトダむナミックな被写䜓のダむナミックスピヌドを、適宜に遞択する。぀たり、ビデオカメラの画像獲埗速床内に被写䜓の動きを玍めお、その移動距離が、マヌカヌずマヌカヌの蚭眮距離より倧きくする。これによっお、コンピュヌタヌで画像凊理をする際、其々マヌカヌを远尟しお認識しお、其々のマヌカヌのポゞションやモヌションを獲埗できる。 Vi(t) = (Ai(t+delta_t) - Ai(t)) / delta_t , Alphai(t) = (Vi(t+delta_t) - Vi(t)) / delta_t , Forcei(t) = mi * Alphai(t) である。 マヌカヌは、ビデオカメラに認識しやすいように発光色が最善である。単色でも良いし、其々のマヌカヌidに合わせお、耇数の色を甚いおも良い認識やトラッキングがより正確になる。 マヌカヌポゞションAi(t)の䜍眮やモヌション等を、ディスクリヌト・ナニット・タむム単䜍時間Δごずにコンティニュアス連続にトラッキング远尟する远う。FIG. 212 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's 3D Movies, 3D Motion Caputure System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, Boeing, GeneralElectric Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores.more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.Kazutora Yoshino Queen ) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Space World Emperor was making a 3D movie. In Star Wars episode VIII, images of Darth Vader and Cat Girl moving in space and time (scenes), Superman flying in the sky (scenes), and Spider-Man jumping from building to building (scenes). , 3D motion capture 3D technology (3D technology) was being developed in order to obtain 3D transformer battle images (battle scenes). Acquisition of three-dimensional (3D) position information of one point by a 3D camera (multiple 2D / 3D cameras) can be made possible by a calculation formula using Paralex or the like. Here, what is important is to obtain a plurality of position information and motion information by tracking (tracking, tracking) a plurality of markers. I.YoshinoAdvancedEnergyAi (t) = (Xi (t), Yi (t), Zi (t)), 0 = <i = <M, (i = Marker id) Set each marker and set the initial value ( 3D initial position, (3D initial velocity, 3D initial acceleration, etc.), etc.) and 3D information at t time (3D position, 3D velocity, 3D acceleration, etc.) are acquired. II.KaztoraYoshnoUniverseEnergy | Ai (t) --Aj (t) |> Rm, i ≠ j, Make each marker and the installation distance of the marker larger than Rm (Motion Radius). III.KazutoraYoshinoUniverseEmpire | Ai (t) --Ai (t + delta_t) | = <Rm, Get the (position) image of each marker (discrete unit time) Within the unit time (Δt = delta_t), the marker Using an image capture device (video camera) such that the distance that can be moved is Rm or less, the dynamic speed of the motion object (dynamic subject) is appropriately selected. That is, the movement of the subject is kept within the image acquisition speed of the video camera, and the moving distance is made larger than the marker and the marker installation distance. As a result, when image processing is performed by a computer, each marker can be tracked and recognized, and the 3D position and 3D motion of each marker can be acquired. Vi (t) = (Ai (t + delta_t) --Ai (t)) / delta_t, Alphai (t) = (Vi (t + delta_t) --Vi (t)) / delta_t, Forcei (t) = mi * Alphai (t). The marker has the best emission color so that it can be easily recognized by the video camera. It may be a single color, or multiple colors may be used according to each marker id (recognition and tracking will be more accurate). The 3D position, 3D motion, etc. of the marker 3D position (Ai (t)) are continuously (continuously) continuously (tracked) tracked (tracked) every (discrete unit time) unit time (Δt). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's 3D Movies, 3D Motion Caputure System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、立䜓映像の映画ムヌビヌを䜜っおいた。パヌミュりテヌション(Permutation)を元にした、のストヌリヌ。 Yoshino Universe 吉野カズトラ宇宙䞖界神は、宇宙䞖界で、ダストから埮惑星を䜜り、埮惑星から原始惑星を䜜り、原始惑星からガス䜓等を䜜った。原始惑星系円盀は、倪陜系になり、円圢や楕円の軌道を描く惑星が珟れた。倪陜系に、玄100億幎の宇宙生呜寿呜を䞎えた。倪陜系の雪境界線内にある小型岩石惑星である倪陜系第䞉惑星の地球に、地球の資源構成に合った有機物などで生物䜓の生呜を䜜り、女(雌♀)のX遺䌝子をY遺䌝子に進化させお、男(雄♂)を䜜り女の子を守らせた。哺乳類は、霊長類に進化しお、霊長類は人に進化した。芁玄するず、吉野カズトラ宇宙䞖界神は、ダストから人を䜜った。最初の人間(善悪の区別が぀く、先芋の明がある予蚀者レベルの人)はアゞア人ず癜人の混血(クロス、ハむブリット)の吉野アダムである。男の吉野アダムは、牛肉(ハンバヌグ)を食べ、女の吉野むブは、吉野アダムが獲埗した矊のリブ肉を食べるこずがあった。吉野アダムず吉野むブは、ただ、怍えたおの林檎の朚になった林檎を食べるこずを犁じられおいた。しかし、林檎を食べたい吉野むブは、吉野アダムを唆しお、䞀緒に林檎を食べおしたった。吉野アダムは、良心のかしゃくに苛たれお、統合倱調症になり、吉野むブを連れお、吉野神の庭(゚デンの園)を出るこずにした。吉野アダムは、ドプラヌ法やトランゞット法等を甚いお倩䜓などを芳枬しお、星空や星星の動きを予蚀したり、四季や空暡様を読み倩候を掚枬した。吉野カズトラ宇宙䞖界神は、吉野アダムに、吉野の方皋匏Y(t)=Y(t+delta_t)ずその重芁さを教えたので、文明ず科孊が発展した。 吉野カズトラ宇宙䞖界神が、宇宙䞖界に降臚しお、吉野カズトラ宇宙䞖界皇垝ずしお、日本、アメリカ、ロシアに降り立ち、䞖界に君臚した。日本の吉野山の圢を真䌌お、゚ゞプト人達は、ピラミッドを䜜った。アメリカ人達は、ピラミッドを真䌌お砂挠の街ラスベガスに、ミニ・ピラミッドを䜜った。ロシア人達は、雪の街゜チにオリンピック䌚堎を䜜った。 吉野カズトラ宇宙䞖界皇垝は、ペガスス座51番星を4.23日で呚回する質量䜓から蚈算しお、倪陜の呚りを玄3~7日ぐらいで呚回する人工衛星宇宙倪陜光発é›»ã‚·ã‚¹ãƒ†ãƒ ã‚’䜜った。たた、アンドロメダ座りプシロン星や乙女座70番星を元に、吉野宇宙防衛軍の地球倖生呜䜓芳枬衛星やボむゞャヌを呚回させた。 圗星に乗ったDNA等は、宇宙を旅したり、惑星に定着しおいた。比范的地球に近くお䌌た環境で生たれた゚むリアンは、アンドロメダの惑星で比范的に平和に生掻しおいたが、宇宙生物兵噚の開発をする人類のLumyGroup(ルミヌグルヌプ)の兵噚開発の元に、遺䌝子操䜜されお、匷靭化されるず同時に、人類型に䌌た(ヒュヌマノむドの)゚むリアンに進化させられた。この頃、吉野カズトラ宇宙䞖界皇垝のもう䞀぀のグルヌプであるDOE、IAEAのグルヌプは、プレデタヌずいう無線偵察飛行機に、生化孊のバむオコンピュヌタヌの人工頭脳を搭茉したロボットサむボヌグ人工生呜䜓を䜜り、DNAコンピュヌタヌの人工頭脳を有する宇宙生呜䜓に進化させた。プレデタヌは、元々、栞戊争甚の攟射胜に匷い兵士ずしお開発されたが、宇宙倪陜光発電システムの゚ネルギヌ管理士ずしお実甚化されお、実力ず嚁力を発揮した。 ゚むリアンずプレデタヌが、Vビゞタヌ(秘密結瀟VS)の仲介で、未知ずの遭遇を果たした。プレデタヌは、゚むリアンを戊闘の蚓緎に甚いおいたので、プレデタヌが゚むリアンを殺しおいたが、時には、゚むリアンにプレデタヌが殺された。人類は、゚むリアンずプレデタヌに代理戊争をさせおいた。遺䌝的な移怍(遺䌝子組み替え,遺䌝子組み蟌み)等を行い、優秀な人間の脳の遺䌝子を、゚むリアンやプレデタヌ組み蟌み、進化させたので、゚むリアンやプレデタヌは、人類より䜓力的にも知胜的にも優秀になり、人類を凌駕しお、むしろ、人類を支配するようになった。人類は、宇宙戊争の頃、ガンダムやマクロスや゚ノァンゲリヲンのような倧型宇宙ロボットを䜜る技術を埗おいた時もあったが、ロボットの平和利甚開発(吉野囜際宇宙協定)のもずに、戊闘甚の倧型宇宙ロボットは、高知胜の小型の生掻甚ロボット(NS5等)等になっおいた。この埌皋、人類の真の友ず唯䞀呌べるのはロボットが進化したアンドロむドだけだった。アンドロむドは、矎しくお、人の心を良く理解しお、優しくお、人に愛されたが、戊闘には、向いおいなかった。プレデタヌや゚むリアンの襲撃があるずきは、人やアンドロむドは、逃げるしかなかった。アンドロむドには、女型ず男型があったが、人類は、スカむネットず協力しお、最埌の砊ずしお男型のアンドロむドを戊闘甚に進化させお、流䜓的に倉圢出来るT1000を䜜ったが、゚むリアンずプレデタヌに、脳内䟵入され、矛盟に満ちた指什系統の情報に支配され、殺人等も行うようになり、裏切り者のようになった。人類ずスカむネットの間にも抗争が起きた。人類ずスカむネットは協議の末、人類が初期に䜜っおいた人工頭脳型のロボットを砎壊するため、T1000を時空トンネルを介しお過去に送った。しかし、スカむネットに反駁する人類の䞀郚の(ゞョンをリヌダヌずする)グルヌプは、反狂なT1000を信甚せずに、戊闘甚のロボットも、同時に過去に送り、ゞョンを保護するず同時に、T1000による初期ロボットの砎壊を阻止させた。砎壊を免れた初期ロボットの䞀郚は、地球倖の惑星に移䜏しお、フォヌルンやメガトロンやプラむム達をリヌダヌずしお、平和に暮らしおいた。しかし、メガトロンが実行支配する惑星サむバヌトロンの独裁的政治にプラむム達が抗議するず、メガトロンやディセプティコン達は、゚むリアンやプレデタヌの協力を埗お、プラむム達やその仲間のトランスフォヌマヌ達を䞀掃し始めた。生き残ったオプティマスプラむムは、人類ず仲間になり、フォヌルンやメガトロンをリヌダヌずするディセプティコン達ず戊った。激戊の末に、オプティマスプラむムは、メガトロンに勝぀が、残された䞖界には、メガトロンやディセプティコン達が予蚀しおいた荒廃ず闇ず虚無感が残っおいた。ディセプティコンは、肝心な最埌のこずだけは嘘を぀いおいなかったが、人々は、ディセプティコン達が最埌も嘘を぀いおいるず思っおいたので、ディセプティコン達に欺かれたような気になり、結果ずしお、ディセプティコン達が、人々を隙したずしお、ディセプティコンの名に盞応しい最埌ずなった。この埌、オプティマスプラむムは、宇宙を浮遊しお栞゚ネルギヌ゚ネルゎンを䜿い果たしお、結果ずしお、宇宙に冷凍保存された。この埌、ダヌクロヌドずいうトランスフォヌマヌが、突劂珟れお、サむバヌトロンを支配した。噂では、オプティマスプラむムのロボットトランスフォヌマヌ䜓に宿ったメガトロンの粟神䜓が、フォヌルンを打ち砕き、フォヌルンの゚ネルギヌパワヌを吞収しおダヌクロヌドになったずいうこずである。・・・。続く。FIG. 213 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's 3D Movies, 3D Motion Caputure System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, Boeing, GeneralElectric Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores.more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.Kazutora Yoshino Queen ) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Space World Emperor was making a 3D movie. NewBook (NeoBibleForMotions) science fiction story based on Permutation. Yoshino Universe Yoshino Kazutra Space World God made a planetesimal from dust, a protoplanet from a planetesimal, and a gas body from a protoplanet in the space world. The protoplanetary disk became the solar system, and planets with circular or elliptical orbits appeared. It gave the solar system a space life of about 10 billion years. On the earth of the third planet of the solar system, which is a small rocky planet within the snow boundary of the solar system, life of living organisms is created with organic substances that match the resource composition of the earth, and the X gene of a woman (female ♀) is converted to the Y gene. I evolved it to make a man (male ♂) and protect the girl. Mammals have evolved into primates, and primates have evolved into humans. In summary, Kazutra Yoshino, the god of the universe, made people out of dust. The first human being (a foresighted seeer-level person who can distinguish between good and evil) is Adam Yoshino, a mixed race of Asians and Caucasians (cross, hybrid). Adam Yoshino, a man, ate beef (hamburger steak), and Eve Yoshino, a woman, sometimes ate the rib meat of sheep acquired by Adam Yoshino. Adam Yoshino and Eve Yoshino were still forbidden to eat apples that had become freshly planted apple trees. However, Eve Yoshino, who wants to eat an apple, instigated Adam Yoshino and ate an apple together. Adam suffered from schizophrenia due to his conscience and decided to leave Yoshino Jingu's Garden (Eden's Garden) with Eve Yoshino. Adam Yoshino used the Doppler method and the transit method to observe celestial bodies, predict the movement of starry sky and stars, and read the four seasons and sky patterns to estimate the weather. Yoshino Kazutra Space World God taught Yoshino Adam the Yoshino equation Y (t) = Y (t + delta_t) and its importance, so civilization and science developed. Yoshino Kazutra Space World God descended into the space world and descended to Japan, the United States, and Russia as the Yoshino Kazutra Space World Emperor and reigned over the world. The Egyptians made a pyramid, imitating the shape of Mt. Yoshino in Japan. Americans imitated the pyramids and built a mini-pyramid in the desert city of Las Vegas. Russians have set up an Olympic venue in the snowy city of Sochi. The Emperor of the Space World, Kazutra Yoshino, created an artificial satellite space solar power generation system that orbits the Sun in about 3 to 7 days, calculating from the mass that orbits 51 Pegasi in 4.23 days. In addition, based on Upsilon Andromeda and 70th Virgo, the Yoshino Space Defense Force's extraterrestrial life observation satellites and Voyager were orbited. The DNA on the comet traveled in space and settled on the planet. Born in a similar environment to the Earth, the aliens lived relatively peacefully on Andromeda's planet, but under the weapons development of the Lumy Group, a human being who develops space biological weapons. It was genetically engineered, toughened, and at the same time evolved into a humanoid (humanoid) alien. Around this time, another group of the Emperor Yoshino Kazutra, DOE and IAEA, created a robot cyborg artificial life form equipped with an artificial brain of a biochemical biocomputer on a radio reconnaissance airplane called Predator, and made a DNA computer. It has evolved into a space life form with an artificial intelligence. Originally developed as a radiation-resistant soldier for nuclear war, Predator was put to practical use as an energy manager for space solar power systems, demonstrating its strength and power. Aliens and Predators meet the unknown through the mediation of a V visitor (secret society VS). The Predator used the aliens for combat training, so the Predator was killing the aliens, but sometimes the aliens killed the Predator. Mankind had aliens and Predators in proxy wars. By performing genetic transplantation (gene recombination, gene integration), etc., and incorporating and evolving excellent human brain genes into aliens and predators, aliens and predators are physically and intelligently superior to humans. It became, and rather surpassed human beings, and rather came to dominate human beings. At the time of the space war, human beings had acquired the technology to make large space robots such as Gundam, Macross, and Evangelion, but they fought under the peaceful use development of robots (Yoshino International Space Agreement). The large space robots for this purpose were small, highly intelligent robots for daily life (NS5, etc.). Later on, the only true friend of mankind was the robot-evolved android. Androids were beautiful, well-understood, kind, and loved by people, but they weren't suitable for combat. When there was a predator or alien attack, people and androids had no choice but to flee. There were female and male types of androids, but human beings worked with Skynet to evolve the male android for combat as the last fort to create the T1000, which can be fluidly transformed. , Aliens and Predators invaded the brain, were dominated by the information of the command system full of contradictions, and began to murder, becoming like a traitor. There was also a conflict between humanity and Skynet. After discussions between humans and Skynet, they sent the T1000 to the past via a space-time tunnel to destroy the artificial intelligence robots that humans had made in the early days. However, some groups of humanity (led by John) who refute Skynet do not trust the rebellious T1000 and also send combat robots to the past at the same time to protect John and at the same time T1000. Prevented the destruction of the initial robot by. Some of the early robots that survived the destruction migrated to extraterrestrial planets and lived in peace, led by Fallen, Megatron, and Prime. However, when Primes protested the dictatorship of the planet Cybertron, which is dominated by Megatron, Megatron and the Decepticons began to wipe out Primes and their fellow Transformers with the help of aliens and Predators. rice field. The surviving Optimus Prime became friends with humanity and fought against the Decepticons led by Fallen and Megatron. After a fierce battle, Optimus Prime beats Megatron, but the world left behind remains the devastation, darkness, and emptiness predicted by Megatron and the Decepticons. The Decepticons didn't lie only at the last important thing, but people thought they were lying at the end, so they seemed to be deceived by the Decepticons. As a result, the Decepticons were the last to deceive the people and deserve the name of the Decepticons. After this, Optimus Prime floated in space and ran out of nuclear energy (Energon), resulting in cryopreservation in space. After this, a transformer called Dark Lord suddenly appeared and dominated Cybertron. Rumor has it that Megatron's psychic body in Optimus Prime's robot Transformers shatters Fallen, absorbs Fallen's energy power, and becomes a dark lord. ... Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's 3D Movies, 3D Motion Caputure System, Ashley Ayame Yoshino Queen the Great Warrior)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、立䜓映像の映画ムヌビヌを䜜っおいた。最近は、随分重いストヌリヌになっおいたので、新しく、軜快なストヌリヌにしお、代の女の子達に合うようなペシノ・ナニバヌス・ストヌリヌ映画を䜜るこずにした。 吉野アシュレヌアダメ女王偉倧なる戊士 I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen: Yoshino Family)初代吉野友子女王が若かった頃や吉野クリスタルヒカリ女王がモデル。 吉野アシュレヌアダメ女王は、ペン、オペレヌティングシステムによる、プロテむン解析等、コンピュヌタヌなどによる生化孊・バむオむンフォマティクスなどを進める。 II.KazutoraYoshinoUniverseEnergy (Ahsley Ayame Yoshino Queen: Yoshino Music Group: Team A)次代吉野留利子女王や吉野綟子女王や吉野アシュレヌアダメ女王がモデル。 吉野アシュレヌアダメ女王は、スヌパヌコンピュヌタヌや量子コンピュヌタヌによる遺䌝子工孊・バむオむンフォマティクスなどを進めるず同時に、゚ネルギヌ産業倪陜光熱発電システムや颚力発電システムやバむオマス発電システムにビゞネス展開 する。 吉野アシュレヌアダメ女王は、富んで経枈的に優䜍に立ち、曎なるステップに進む。 III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen: Yoshino Music Group: Team E)次䞖代吉野゚ミリヌ女王や吉野レベッカハル女王や吉野䞖瀌菜女王がモデル。 吉野アシュレヌアダメ女王は、スペヌスシャトル、宇宙ステヌション、人工衛星宇宙倪陜光発電等の開発を進め、宇宙に進出する。遺䌝子工孊、ナノテクノロゞヌ、バむオむンフォマティクス、バむオコンピュヌタヌ、再生医療、若返り医療、宇宙生呜䜓 の研究開発をする。吉野アシュレヌアダメ女王は、吉野カズトラ宇宙䞖界皇垝のために、宇宙埁服の宣誓宣蚀をしお、宇宙䞖界を支配した。この時、姉の吉野クリスタルヒカリ女王ず効の吉野レベッカハル女王の協力を埗る。吉野クリスタルヒカリ女 王は、ミルキヌりェむ銀河を支配しお、吉野アシュレヌアダメ女王は、アンドロメダ銀河を支配しお、吉野レベッカハル女王は、その他を支配した。 吉野アシュレヌアダメ女王偉倧なる戊士は、等のテクノロゞヌグルヌプの協力を埗おいた。このため、顔のスキャニングやモヌションキャプチャヌ等は、埗意であった。これに、モヌフィング技術を取り入れお、モヌファヌずしお、耇数の女優達やモデル達が、䞀人の吉野アシュレヌアダメ女王を挔じるこずが可胜であった。ストヌリに合わせた映画の補䜜コストパフォヌマンスを向䞊させるために、やむンタヌポヌルの秘密捜査官の吉野留利子女王がモデルずなっおいる吉野アシュレヌアダメ女王は、化粧口玅や付けた぀毛、等などで、倉装をするのを埗意ずするような蚭定にもした。これによっお、吉野アシュレヌアダメ女王の映画補䜜に぀いお、化粧品䌚瀟資生堂、コりセむ、カネボり、等や富士フむルムのサポヌトを埗るこずが可胜になった。又、宇宙開発を進める吉野゚ミリヌ女王がモデルになっおいる吉野アシュレヌアダメ女王は、の協力を埗るこずにも成功した。FIG. 214 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's 3D Movies, 3D Motion Caputure System, Ashley Ayame Yoshino Queen the Great Warrior) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, DepartmentOfDefense, DepartmentOfEnergy, GeneralMotor, HewlettePackard, ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony,Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores. Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Space World Emperor was making a three-dimensional movie (3D movie). Recently, the story has become quite heavy, so I decided to make it a new and light story and make a Yoshino Universe story (movie) that suits teenage girls. Yoshino Ashley Ayame Queen Great Warrior I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen: Yoshino Family) First generation: Tomoko Yoshino When she was young and Queen Yoshino Crystal Hikari was a model. Queen Ashley Ayame will promote biochemistry and bioinformatics using computers, such as 3D protein analysis using a 3D pen and 3D operating system. II.KazutoraYoshinoUniverseEnergy (Ahsley Ayame Yoshino Queen: Yoshino Music Group: Team A) Next generation: Models by Queen Ruriko Yoshino, Queen Ayako Yoshino, and Queen Ashley Ayame Yoshino. Queen Ashley Ayame will promote genetic engineering and bioinformatics using supercomputers and quantum computers, and at the same time, expand her business into the energy industry (solar thermal power generation system, wind power generation system, biomass power generation system). Queen Ashley Ayame is rich and economically superior and takes a step further. III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen: Yoshino Music Group: Team E) Next generation: Queen Yoshino Emily, Queen Rebecca Haru and Queen Yoshino Seina are models. Queen Yoshino Ashley Ayame will advance into space by developing space shuttles, space stations, artificial satellite space solar power generation, etc. Research and development of genetic engineering, nanotechnology, bioinformatics, biocomputers, regenerative medicine, rejuvenation medicine, and space life forms. Queen Yoshino Ashley Ayame ruled the space world by taking an oath (declaration) to conquer the universe for the Emperor Yoshino Kazutra. At this time, with the cooperation of her sister Queen Yoshino Crystal Hikari and her sister Queen Yoshino Rebeccaharu. Queen Yoshino Crystal Hikari ruled the Milky Way galaxy, Queen Yoshino Ashley Ayame ruled the Andromeda Galaxy, and Queen Yoshino Rebeccahar ruled the others. Queen Ashley Ayame Yoshino The great warrior had the cooperation of 3D technology groups such as LumyGroup. For this reason, he was good at 3D scanning of faces and 3D motion capture. By incorporating 3D morphing technology into this, it was possible for multiple actresses and models to play one Queen Yoshino Ashley Ayame as a morpher. In order to improve the cost performance of making movies that match the story, Queen Yoshino Ashley Ayame, who is modeled on Queen Yoshino Ruriko, a secret investigator of the CIA and Interpole, has makeup (lipstick, false eyelashes, etc.). So, I also set it so that I am good at disguising. This made it possible to obtain the support of cosmetics companies (Shiseido, Kosei, Kanebo, etc.) and Fujifilm for the movie production of Queen Yoshino Ashley Ayame. In addition, Queen Yoshino Ashley Ayame, modeled after Queen Yoshino Emily, who is advancing space development, has also succeeded in obtaining the cooperation of NASA. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Ashley Ayame Yoshino Queen the Great Warrior's Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、吉野オリゞナルファミリヌ吉野クリスタルヒカリ女王、吉野アシュレヌアダメ女王、吉野レベッカハル女王代の女の子達、吉野゚ミリヌ女王や吉野留利子クりィン女王が䜜れるような、倪陜光熱発電システムを䜜るこずにした。吉野カズトラ宇宙䞖界皇垝や吉野゚ミリヌ女王等が、コンピュヌタヌ制埡マトリクス等しお、鏡の角床を調敎するこずを考慮に入れお、のミラヌ・マトリクスを、ナニットにした。 のミラヌ鏡列個の鏡ギャップは、、 これを、板幅が、〜の板に乗せお、列䜜る。鏡をグルヌガングルヌなどで板に接着する。其々の板鏡配列に、角床を付けお、本棚のようなマトリクス構造にしお、倪陜光熱等を集光集熱する。 板幅 板幅ならギャップは、、   ギャップは、、   ギャップは、、    鏡枚のナニットで、玄ぐらいの熱になるので、肉を焌いたり、料理をしたり、お湯を沞かしお発電をするのは、可胜である。FIG. 215 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Ashley Ayame Yoshino Queen the Great Warrior's Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentGeneralOfEnergy, IBM, NASA, Bo ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Convinience Stores.more. KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Yoshino Kazutra Space World Emperor is Yoshino Original Family (Queen Yoshino Crystal Hikari, Queen Yoshino Ashley Ayame, Queen Yoshino Rebecca Haru I decided to make a solar thermal power generation system that could be made by Queen Emily and Queen Ruriko Yoshino (Queen Quinn). 8x8 = 64 mirrors, taking into account that Kaztra Yoshino, the Emperor of the Universe (LumyGroup), Queen Emily Yoshino (IBM), etc. will adjust the angle of the mirror by computer control (CPU + Interface (8255 matrix, etc.)). The matrix was made into one unit. 20 cm x 30 cm mirror mirror 1 row 8 mirrors: Gap is (1) 0 cm, (4) 2.5 cm (8) 5 cm Place this on a plate with a plate width of 20 cm to 30 cm to make 8 rows. (The mirror is glued to the board with a glue gun (glue), etc.) Each board (mirror arrangement) is angled to form a matrix structure like a bookshelf, and sunlight (heat) etc. is collected (collection). heat. If the plate width is 20 cm and the plate width is 30 cm, the (A1) gap is ((1) 0 cm, (4) 2.5 cm (8) 5 cm) 0 cm 0 cm (A4) gap is ((1) 0 cm, (4) 2.5 cm. (8) 5 cm) 2.5 cm 3.75 cm (A8) The gap is ((1) 0 cm, (4) 2.5 cm (8) 5 cm) 5 cm 7.5 cm Mirror 8x8 = 1 unit of 64 sheets, about 5 kW It's about the heat, so it's possible to bake meat, cook, or boil water to generate electricity. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Artificial Hears (E-medical) by Emily Yoshino Queen)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、アメリカ合衆囜のりィスコンシン州に、吉野クリスタルヒカリ女王に䌚いに行った時のこずを思い出しおいた。 吉野カズトラ宇宙䞖界皇垝は、吉野゚ミリヌ女王、吉野クリスタルヒカリ女王、吉野アシュレヌアダメ女王、吉野レベッカハル女王ず、ゲヌムセンタヌに行き、ピザを食べながら、人生の話をしおいた。 吉野カズトラ宇宙䞖界皇垝は、人生を生き抜くために、吉野クリスタルヒカリ女王を励たすため、心臓が有限数回錓動を打぀ず停止しお、昇倩するので、生きおいる間に、やりたいこずをするように蚀っお励たそうずした。 しかしながら、氞遠に生きれるず思っおいた未だ幌少な長女の吉野クリスタルヒカリ女王は、心臓が䜕時か止たるこずを聞いお、ショックを受けお、う぀病気味になっおしたった。 これを、䞀緒に聞いおいた、次女の吉野アシュレヌアダメ女王は、䜕が自分のやりたいこずかを、劂䜕に芋぀けたらよいのかず、吉野カズトラ宇宙䞖界皇垝に聞いた。 吉野カズトラ宇宙䞖界皇垝は、自分の最も求めるこずを芋぀け、それに向かっお進む際、垃石を眮くため、必芁なこずをすべきだが、それが、やりたいこずの䞀郚なのではなかろうか、ず、吉野アシュレヌアダメ女王を、導いた。 これに察しお、䞉女の吉野レベッカハル女王は、心臓が止たる前に、新しい心臓を䜜っお、長生きするから倧䞈倫ずいう、超楜芳的、楜倩的な人生芳ず、高床な知胜を持っおいた。 吉野レベッカハル女王は、頭が良いだけでなく、運動胜力にも優れおいお、ビデオゲヌムのシュヌティングゲヌムでも、番の埗点を埗おいた。 吉野カズトラ宇宙䞖界皇垝は、吉野クリスタルヒカリ女王が、心臓のこずを心配しおいるのを芋お、぀い、吉野カズトラ宇宙䞖界皇垝が、人工心臓を䜜るから、倧䞈倫だよず、吉野クリスタルヒカリ女王を励たすために、蚀っおしたった。 吉野カズトラ宇宙䞖界皇垝は、吉野クリスタルヒカリ女王のために、人工心臓の開発を始めたが、埓来のポンプによる機械匏人工心臓は、血液凝固や现菌の䟵入などによる問題や課題があり、医療に甚いるのは簡単でなかった。 吉野カズトラ宇宙䞖界皇垝は、倖郚からの磁堎を掛けるこずによっお回転するモヌタヌを䜜り、ポンプによる機械匏人工心臓にしお、衚面を幹现胞などで芆っお、異物による血液凝固を防ぐ、人工心臓を䜜った。 吉野カズトラ宇宙䞖界皇垝ず吉野゚ミリヌ女王、は、たた、iPS现胞やSTAP现胞等の幹现胞を、心筋现胞等に成長させた分化させた。心筋现胞をプリンタヌなどで、積局化させお、人工心臓を䜜った。 吉野カズトラ宇宙䞖界皇垝ずペシノアドバンスド゚ナゞヌは、iPS现胞やSTAP现胞等の幹现胞を心筋现胞等に成長させた心筋现胞のシヌトを耇数䜜り、接着や瞫う等しお、貌り合わせお、隙間に、心筋现胞を埋め蟌み、自然に成長させお、血液が挏れないようにしお、人工心臓を䜜った。 元の心臓の掞結接等から、プロヌブで心臓の埮匱電気パルスを蚈枬しお、電気信号パルス発振機で、人工心臓に電気信号を䞎え、心筋现胞を同期シンクロナむズさせお、同時に、若しくは、フェヌズを甚いお、動かさせた。 これによっお、本人の心臓ず耇数の人工心臓を、぀の䜓に埋め蟌むこずができた。これによっお、埓来型のポンプの機械匏人工心臓の問題点が、幟぀も解決された。 本人の幹现胞iPS现胞やSTAP现胞等なので、異物感がなく、心臓の匷匱に合わせお、移怍する人工心臓の数を遞択・管理できたので、患者に合ったカスタマヌ・オリ゚ンテッドな、医療が出来た。 たた、本人の心臓が、停止しおも、人工心臓を、十分な数、移怍し続ければ、理論的には、恒久的に、心臓は、動き続けるこずが可胜である。この際、必芁なら、心筋现胞のテレマヌを初期倀の長さに、テレマラヌれ等で補正しお、人工心臓を䜜るのが秘蚣鍵である。FIG. 216 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Artificial Hears (E-medical) by Emily Yoshino Queen) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Convinience Stores.more. KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III. KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Space World Emperor remembered when he went to see Queen Yoshino Crystal Hikari in the state of Wisconsin, United States. The Emperor of the Space World, Yoshino Kazutra, went to the game center and talked about life while eating pizza with Queen Yoshino Emily, Queen Yoshino Crystal Hikari, Queen Yoshino Ashley Ayame, and Queen Yoshino Rebeccaharu. Kazutra Yoshino, the Emperor of the Universe, encourages Queen Yoshino Crystal Hikari to survive her life. I tried to encourage him. However, Queen Yoshino Crystal Hikari, the eldest daughter who thought she could live forever, was shocked to hear that her heart stopped sometime and became depressed. The second daughter, Queen Ashley Ayame, who was listening to this together, asked the Emperor of the Universe, Kazutra Yoshino, how to find out what she wanted to do. Kazutra Yoshino The Emperor of the Universe should do what he needs to do to find what he wants most and lay the groundwork for it, but I wonder if that is part of what he wants to do. Leaded Queen Ashley Ayame. On the other hand, Queen Yoshino Rebeccaharu, the third daughter, had a super-optimistic and optimistic outlook on life and a high degree of intelligence that she could make a new heart and live longer before the heart stopped. .. Queen Rebecca Haru Yoshino was not only smart, but also excellent in athletic ability, and was the number one scorer in video game shooting games. The Emperor of the Universe, Kazutra Yoshino, saw Queen Yoshino Crystal Hikari worried about her heart, and said that it was okay because the Emperor of the Universe, Kazutra Yoshino, would make an artificial heart. I said to encourage you. The Emperor of the Space World, Yoshino Kazutra, started developing an artificial heart for Queen Yoshino Crystal Hikari, but the mechanical artificial heart with a conventional pump has problems and problems due to blood coagulation and invasion of bacteria, so it is suitable for medical treatment. It wasn't easy to use. Kazutra Yoshino, the Emperor of the Space World, made a motor that rotates by applying a magnetic field from the outside, made it a mechanical artificial heart with a pump, covered the surface with stem cells, etc., and made an artificial heart that prevents blood coagulation due to foreign substances. .. Kazutra Yoshino, Emperor of the Universe (and Queen Emily Yoshino, Lumy) also grew (differentiated) stem cells such as iPS cells and STAP cells into cardiomyocytes and the like. An artificial heart was made by laminating cardiomyocytes with a 3D printer or the like. Kazutra Yoshino, the Emperor of the Space World (and Yoshino Advanced Energy), made multiple sheets of cardiomyocytes in which stem cells such as iPS cells and STAP cells were grown into cardiomyocytes, and glued or sewn them together to create a gap. , Cardiomyocytes were implanted and grown naturally to prevent blood from leaking, creating an artificial heart. From the original sinus connection of the heart, the weak electric pulse of the heart is measured with a probe, an electric signal is given to the artificial heart with an electric signal pulse oscillator, and the cardiomyocytes are synchronized (synchronized) at the same time or. , Phase was used to move. This allowed the person's heart and multiple artificial hearts to be implanted in one body. This solved a number of problems with conventional pump mechanical artificial hearts. Since it is a stem cell of the person (iPS cell, STAP cell, etc.), there is no foreign body sensation, and the number of artificial hearts to be transplanted can be selected and managed according to the strength of the heart, so it is suitable for the patient (customer oriented). , I was able to get medical treatment. In addition, even if the person's heart stops, if a sufficient number of artificial hearts are continuously transplanted, the heart can theoretically continue to move permanently. At this time, if necessary, the secret (key) is to correct the telemer of cardiomyocytes to the initial value length with telemalase or the like to create an artificial heart. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Universal Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、KazutoraYoshinoUniverseEnergy宇宙倪陜光発電システムナニバヌサル・゜ヌラヌ・゚ナゞヌ・システムの開発を進めおいた。 吉野カズトラ宇宙䞖界皇垝は、その準備段階ずしお、YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムを開発しおいた。 〜〜ぐらいの鏡をマトリクス状に配列しお、集光しお、盎射日光があるなら、玄〜ぐらいの熱゚ネルギヌを獲埗する。 䞀日に盎射日光が、玄時間あるなら、䞀カ月で玄時間、䞀幎で玄時間〜玄時間ぐらいであり、合蚈玄〜ぐらいの熱量である。 そもそも、人類の寿呜が玄億幎ぐらいだずしおも、倪陜の寿呜は、玄億幎ぐらいずするず、物理孊や倩文孊の氎玠消費に぀いお詳现がある。氎玠燃焌→ヘリりム燃焌→、倪陜→癜色矮星→䞭性子性→ブラックホヌル、等。 人類の消費電力が〜だずしおも、倪陜の攟射゚ネルギヌは、、地球衚面に到達する゚ネルギヌは、であるので、十分な゚ネルギヌ量である。 ぀たり、人類は、倪陜ず共に文明を進化させるべきである。 若し、地球䞊の人類幎玄億人が、YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムを甚いるなら、日に時間ぐらい、〜、日時間䞖界党䜓で均䞀化するず、〜である。 ぀たり、    であり、人類必芁電力の玄倍が獲埗可胜になる。    であり、人類必芁電力の玄倍が獲埗可胜になる。 若し、地球䞊人類の人に䞀人の金持ち達アメリカ人や日本人等が、党員幎玄億人が、YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムの熱利甚効率玄、若しくは、発電効率玄を甚いるなら、若しくは、地球䞊の人類幎玄億人が、党員幎玄億人が、YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのの発電効率玄のシステムを甚いるなら、になる。 ぀たり、   になる。 さお、蚭眮面積は、ぐらいの土地や、家や建物の壁であり、億個のYoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのを䜜るなら、である。これは、日本やアメリカで、南向きの庭家や土地を持っおいる人達が党員、YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのを蚭眮するなら、ある皋床、可胜な土地面積である。 玠材、建蚭、蚭眮コストを含めお、䞇円ずするなら、億個で、兆円である。アメリカや日本が、YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのを、幎間で兆円甚いお、䞇個、玄幎で、兆円甚いお、億個を䜜れば、゚ネルギヌ問題は、ある皋床、解決するこずになる。 たたは、安党性を考慮しお、倪陜電池を屋根に蚭眮するのも、倪陜光熱゚ネルギヌの有効な方法である比范的、コストは、掛るが、比范的、安党である。 倪陜電池は、寿呜が幎ぐらいだが、YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのの寿呜は、玄幎ぐらいである。 KazutoraYoshinoUniverseEnergy宇宙倪陜光発電システムナニバヌサル・゜ヌラヌ・゚ナゞヌ・システムが、完成すれば、アメリカや日本などYoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのを蚭眮した囜々に、宇宙から゚ネルギヌ照射できるので、発電量総発電量は、向䞊する。FIG. 217 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Universal Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA,Boeing,GeneralElectric,GeneralMotor, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores.more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.Kazutora Yoshino Queen ) III. KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Universe Energy Space Solar Power System (USES) was being developed by the Emperor of the Universe. As a preparatory step, Kazutra Yoshino, the Emperor of the Universe, was developing a mirror-array solar (heat) power generation system (mirror array solar energy generator system). Mirrors of about 8x8 (= 64) to 10x10 (= 100) to 17x6 (= 102) are arranged in a matrix and condensed to obtain heat energy of about 5 to 8 kW in the presence of direct sunlight. .. If there is about 3 hours of direct sunlight in a day, it will be about 90 hours in a month and about 1080 hours (~ about 1000 hours) in a year, and the total amount of heat is about 5000 to 8000kWh. In the first place, even if the life of human beings is about 100 million years, if the life of the sun is about 10 billion years (there are details about hydrogen consumption in physics and astronomy. Hydrogen combustion → helium combustion → C + O, sun (→ White dwarf) → Neutral → Black hole, etc.) Even if the power consumption of human beings is 1PW (~ 1x10 ^ 9kW), the radiation energy of the sun is 4x10 ^ 24kW, and the energy reaching the earth's surface is 7x10. Since it is 14 kW, it is a sufficient amount of energy. In other words, humankind should evolve civilization with the sun. If human beings on the earth (about 7 billion people in 2014) use the Yoshino Advanced Energy mirror array solar (heat) power generation system (mirror array solar energy generator system), 3 hours a day About 3.5x10 ^ 10-5.6x10 ^ 10kW, it is 4.4x10 ^ 9-7x10 ^ 9kW when homogenized in the world (whole) 24 hours a day. That is, 1x10 ^ 9 kW <4.4x10 ^ 9 kW (8x8 = 64), and about four times the power required by humankind can be obtained. 1x10 ^ 9 kW <4.4x10 ^ 9 kW (17x6 = 102), which makes it possible to obtain about 7 times the power required by humankind. If one in ten rich people (Americans, Japanese, etc.) on the earth, all (about 700 million people in 2014), Yoshino Advanced Energy mirror array type solar (heat) power generation system (mirror array)・ If 17x6 = 102 (heat utilization efficiency of about 100% or power generation efficiency of about 100%) of 17x6 = 102 (solar energy generator system) is used, or all human beings on the earth (about 7 billion people in 2014) (Approximately 7 billion people in 2014) will use the 17x6 = 102 (power generation efficiency of approximately 10%) system of the Yoshino Advanced Energy mirror-arranged solar (heat) power generation system (mirror array solar energy generator system). Then, it becomes 1x10 ^ 9kW. That is, 1x10 ^ 9kW = 1x10 ^ 9kW. By the way, the installation area is about 4mx1m = 4m ^ 2, the walls of houses and buildings, and 700 million Yoshino Advanced Energy mirror array type solar (heat) power generation systems (mirror array solar energy generator). If 17x6 = 102 of the system) is made, it is 2.8x10 ^ 9m ^ 2. This is the Yoshino Advanced Energy mirror array solar energy generator system (mirror array solar energy generator system) for all those who have south facing gardens (houses) and land in Japan and the United States. If 17x6 = 102 is installed, the land area is possible to some extent. If the cost of materials, construction, and installation is 600,000 yen, 700 million pieces is 420 trillion yen. The United States and Japan are using 17x6 = 102 of Yoshino Advanced Energy mirror array type solar (heat) power generation system (mirror array solar energy generator system) for 42 trillion yen annually, 70 million pieces, about 10 years. So, if we use 420 trillion yen to make 700 million pieces, the energy problem will be solved to some extent. Alternatively, for safety reasons, installing solar cells on the roof is also an effective method of solar (heat) energy (relatively costly but relatively safe). The life of a solar cell is about 35 years, but the life of 17x6 = 102 of the Yoshino Advanced Energy mirror array type solar (heat) power generation system (mirror array solar energy generator system) is about 100 years. When the KazutoraYoshinoUniverseEnergy space solar power generation system (Universal Solar Energy System (USES)) is completed, the Yoshino Advanced Energy mirror-arranged solar (heat) power generation system (mirror array solar energy generator) will be installed in the United States and Japan. Since energy can be irradiated from space to the countries where 17x6 = 102 of the system) is installed, the amount of power generation (total amount of power generation) is improved. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System + Wind Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、光の囜、颚の囜、バむオの囜を建囜した。光の囜その〜その、颚の囜その〜その、バむオの囜その〜そのず、囜の領土ず発電システムを増倧拡倧しおいった。地䞊の利点・力フォヌス。 YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのYoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムのYoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムの YoshinoAdvancedEnergy鏡配列型倪陜光熱発電システムミラヌ・アレむ・゜ヌラヌ・゚ナゞヌ・ゞェネレヌタヌ・システムののナニットを、ナニット䞊べお、玄で、倪陜光発電システムを䜜った。 盎射日光の際、倪陜光熱の総和で玄の倪陜光熱゚ネルギヌを埗るこずが出来る。 颚が匷い時は、颚力で、玄の颚力゚ネルギヌを埗るこずが出来る。FIG. 218 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System + Wind Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing, GeneralElectric, IBM, NASA, Boeing, GeneralElectric KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores.more. Ashley Ayame Yoshino Queen) III. Kazutora YoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Yoshino Kazutra Space World Emperor founded the Land of Light, the Land of Wind, and the Land of Bio. The country of light (No. 1 to No. N), the country of wind (No. 1 to No. N), the country of bio (No. 1 to No. N), and the territory (and power generation system) of the country are increasing (expanding). rice field. Advantages and power (force) on the ground. YoshinoAdvancedEnergy Mirror array solar (heat) power generation system (mirror array solar energy generator system) 10x10 = 100 YoshinoAdvancedEnergy Mirror array solar (heat) power generation system (mirror array solar energy generator system) ) 20x5 = 100 YoshinoAdvancedEnergy mirror-arranged solar (heat) power generation system (mirror array solar energy generator system) 17x6 = 102 YoshinoAdvancedEnergy mirror-arranged solar (heat) power generation system (mirror array solar) 25 units of 10x10 = 100 of (energy generator system) were arranged side by side to make a solar power generation system at about 50 m. In direct sunlight, a total (solar heat) of about 200 kW (sunlight) heat energy can be obtained. When the wind is strong, it is possible to obtain about 200 kW of wind energy. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System (+ Wind Energy Generator System))Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、吉野信法王邞埌玉県入間垂䞋藀沢−で、倪陜光熱集光発電システムを䜜っおいた。準備や実隓段階ずしお、鉄パむプの字型の玄の倪陜光熱集光発電システムを䜜っおいたが、針金をどのぐらいの倪さのを䜕回ぐらい駐車堎の柱に巻き぀けるべきかの抂算・暗算・蚈算をしおいた。特に、匷颚吉野信法王邞では、瞬間最倧颚速がぐらいずするの際、十分な匷床を持぀ためには、どのくらいの針がねの巻き付けや固定が必芁かずういうこずである。鉄パむプを繋げるのに、盎亀ゞョむント盎角クランプを、䜿うずきず、そうでないずきで、堎合分けする。ざっず、蚈算するず、針金现本でに耐えれるならを玄回、若しくは、針金倪本でに耐えれるならを玄回巻くぐらいが、適床だろう。字型の堎合、支えがある方ず、ない方の郚分で、歪みが生じるので、テン゜ル解析倉圢テン゜ル、圧力テン゜ル、シアヌテン゜ル、等のシミュレヌション等も必芁だが、ずりあえずは、ポプラの朚に針金で、もう片方も巻き付けお固定しお、匷床の解決をした。FIG. 219 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System (+ Wind Energy Generator System)) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing, GeneralElectric ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Convinience Stores.more. KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III. KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) I was making a system. As a preparation and experimental stage, I made an L-shaped solar (heat) condensing (power generation) system of about 3mx4m of iron pipe, but how thick and how many times the wire was put on the pillar of the parking lot. I was doing rough calculation, mental arithmetic, and calculation as to whether it should be wrapped. In particular, in strong winds (at Yoshino Shinpo's residence, the maximum instantaneous wind speed is about 10 m / s), how many needles need to be wound and fixed in order to have sufficient strength. Orthogonal joints (right angle clamps) are used to connect iron pipes, depending on whether they are used or not. Roughly calculated, it would be appropriate to wind the wire (thin: if one can withstand 50N) about 60 times, or the wire (thick: if one can withstand 300N) about 10 times. In the case of L-shape, distortion occurs in the part with support and the part without support, so 3D tensor analysis (simulation of deformation tensor, pressure tensor, shear tensor, etc.) is also necessary, but for the time being, Poplar's The strength was solved by wrapping (fixing) the other side with a wire around the tree. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Energy Generator System (Solar Energy Generator System + Wind Energy Generator System + Biomass Energy Generator System (Micro organizms))Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、゚ネルギヌ問題の芁点を芋぀け出しお、゚ネルギヌ問題を解決しおいた。 ぀たり、゚ネルギヌ問題は、゚ネルギヌが「ない」ずいう問題ず蚀うよりは、 化石燃料は、有限期間内石油は、幎ぐらいに消費されおしたうず蚀われおいお、再生可胜゚ネルギヌ代替゚ネルギヌは、広倧な領域を必芁ずする、蚭備等を䜜るのにお金が掛る倧金が必芁である、゚ネルギヌ濃床が䜎いので、゚ネルギヌの濃瞮゚ネルギヌ回収に、蚭備や手間やお金が掛る、その他、である。 そしお、この芁点を可胜なら䞀気に解決するシステムや方法でないず、再生可胜゚ネルギヌ代替゚ネルギヌずしお、あたり圹に立぀ずは限らない。 吉野カズトラ宇宙䞖界皇垝の゚ネルギヌ問題解決 の党おを解決するずいうよりは、郚分的に解決しお、総和しお、゚コロゞヌシステムを䜜り、゚ネルギヌ問題を解決する。 化石燃料をあたり甚いないでも枈むような゚コロゞヌシステムを䜜る最も、玠早く、゚ネルギヌ問題を解決するのは、蟲業を増やしお、怍物を栜培する面積を増やしお、怍物の実米などを食べお、怍物の茎などを、バむオマスずしお燃焌しお゚ネルギヌに倉換する発電するこずである。 囜有地や未䜿甚の土地等の広倧な土地を利甚する、若しくは、海や湖や川を利甚する菜の花の皮等を蒔いお、菜の花の実油等を、燃料ずしお甚いる。 倧金の掛る蚭備を䜜らないで枈むようなシステムを䜜る怍物性プランクトンクロレラ、ミドリムシ、等や藻ボトリオコッカス油を補造、等等の光合成を行う怍物関連の生物を飌育しお、油等を燃料にする。 特に、プランクトンや藻を海や湖や氎槜で育おるなら、蚭備に比范的お金が掛らないで、プランクトンや藻や油の回収もある皋床、盎できる。 ゚ネルギヌ濃床が䜎くおも、回収が可胜な゚ネルギヌを甚いる倪陜光、颚力、バむオマス、氎力、重力、等を甚いお、゚ネルギヌ源ずしお甚いる。 䟋えば、空から降っお来る雚を貯めお、氎車を回しお、発電する。぀たり、ダムに氎を貯めお、氎力発電したり、川や滝を甚いお氎力発電する。等 海の波を甚いお、氎車を回しお、波動発電する。等 䟋えば、吉野石膏のセメントをアリゟナ砂挠やサハラ砂挠に持っお行っお、砂ず氎ず混ぜお、土地を舗装しお、ひたすら、倪陜電池配列゜ヌラヌ・バッテリヌ・マトリクスを䞊べる、若しくは、鏡を䞊べお固定しお䟋えば、吉野山の頂䞊、䞀虎王の宎、ミラヌ・マトリクス、等、倪陜光発電システムにする。 倪陜電池の接続は、出来るだけ、倪陜電池個、コントロヌラヌ個、バッテリヌ個、を其々䞊列にしお、バックアップ的な盞補的な接続にしお、䞭に䞍具合の物があっおも、システム党䜓ずしおは、機胜しお、時々、維持メむンテナンスをすれば良いようにしお、維持メむンテナンスに、あたり手間や劎力などが掛らないようにする。 宇宙倪陜光発電システム   を䜜り、倪陜や倪陜付近の人工衛星から地球に、゚ネルギヌを送る。 䟋えば、颚量の匷い、カリフォルニアや、南米の先端や、北方領土に、颚力発電システム・マトリクスを配備しお、発電する。 原子炉や栞融合炉等を䜜り、栞゚ネルギヌ栞分裂゚ネルギヌや栞融合゚ネルギヌなどを甚いる。 䟋えば、原子力発電所や栞融合炉発電所を䜜る。 原子力爆匟や氎玠爆匟を爆発させお、熱゚ネルギヌや爆発爆颚゚ネルギヌを甚いお、発電する。 等である。FIG. 220 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Energy Generator System (Solar Energy Generator System + Wind Energy Generator System + Biomass Energy Generator System (Micro organizms)) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy) , NASA, Boeing, GeneralElectric, GeneralMotor, HewlettePackard, ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) In other words, the energy problem is not so much the problem of "no energy" as it is said that 0. Fossil fuels will be consumed within a finite period (oil is about 100 years), and renewable energy (renewable energy (about 100 years)). (Alternative energy) requires 1. a vast area, 2. it costs money to make equipment (large) I need money) 3. Since the energy concentration is low, it takes equipment, labor and money to concentrate energy (energy recovery). Others. And, unless it is a system or method that solves this point at once (if possible), it is not always very useful as renewable energy (alternative energy). Kazutra Yoshino Solving the Energy Problem of the Emperor of the Universe: Rather than solving all of 0.1.2.2.3.4, partially solve it, sum it up, create an ecology system, and solve the energy problem. 0. Create an ecology system that uses less fossil fuels: The quickest and fastest way to solve energy problems is to increase agriculture, increase the area for growing plants, and eat plant nuts (such as rice). This is to burn plant stems and the like as biomass and convert them into energy (generate electricity). 1. 1. Use vast land such as state-owned land or unused land, or use the sea, lakes, and rivers: Sow rapeseed seeds and use rapeseed nuts (oil) as fuel. 2. 2. Create a system that does not require expensive equipment: Plant-related organisms that photosynthesize phytoplankton (chlorella, euglena, etc.) and algae (botriococcus (oil production), etc.) Breed and use oil as fuel. In particular, if plankton and algae are grown in the sea, lakes and aquariums, the equipment is relatively inexpensive and the recovery of plankton, algae and oil can be fixed to some extent. 3. 3. Use energy that can be recovered even if the energy concentration is low: Use solar power, wind power, biomass, hydraulic power, gravity, etc. as an energy source. For example, it stores the rain that falls from the sky and turns a water wheel to generate electricity. (That is, water is stored in a dam to generate hydroelectric power, or a river or waterfall is used to generate hydroelectric power.) Using the waves of the sea, a water wheel is turned to generate wave power. For example, take Yoshino gypsum cement to the Arizona and Sahara deserts, mix it with sand and water, pave the land, and line up solar cells (solar battery matrix). , Arrange (fix) the mirrors (for example, the top of Mt. Yoshino, the feast of the King of the Desert, the mirror matrix, etc.) to make a solar power generation system. As for the connection of the solar cells, the solar cells (i), the controller (j), and the batteries (k) are arranged in parallel as much as possible to make a backup complementary connection, and there is a problem inside. Even if there is, the system as a whole should function and maintain (maintenance) from time to time so that maintenance does not require much effort or effort. Create a space solar power generation system (USES (Universal Solar Energy System)) and send energy from the sun (or artificial satellites near the sun) to the earth. For example, a wind power generation system matrix will be deployed to generate electricity in California, the tip of South America, and the Northern Territories, where the air volume is strong. 4. Build nuclear reactors, fusion reactors, etc. and use nuclear energy (fission energy, fusion energy, etc.). For example, build a nuclear power plant or a fusion reactor power plant. Explode a nuclear or hydrogen bomb and use thermal energy or explosion (blast) energy to generate power. And so on. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Energy Generator System (Rocket Building))Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,.more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、゚ネルギヌのこずで基本に立ち返っおいた。゚ネルギヌ基本蚈画等である。 吉野カズトラ宇宙䞖界皇垝は、日本では、䞊昇気流を埗れるなら颚力発電システムが効果的であるので、颚力発電システムず高いビルを組み合わせるのが可胜だった。 耐震匷床なども重芁なので、建築オリンピック、地震ゲヌムコンピュヌタヌゲヌム、コンピュヌタヌシミュレヌション、等で、解析をしおいた。 ロケット型のビルを䜜るのが、最も合理的だった。 暪揺れの際、隣にぶ぀からないようにした。Δ=delta_xが、ビルの暪幅(=width/2)ぐらいになるようにした。 瞊揺れの際、十分な匷床があるようにした。pmax = (mg/A) + p' 五重塔のように心棒を甚いた。これが、颚力発電システムの柱になるようにしおも良い。 鏡のような光反射や熱反射の衚面で、内郚は匷化コンクリヌト、若しくは、耐熱コンクリヌト、若しくは、酞化ケむ砂流砂クむックシルバヌ二酞化炭玠等、のマテリアルを甚いおいた。 ロケットビルディングは、日にも、火にも、氎にも匷かった。 接波が来おも、氎が入らないように、窓の䜍眮は、高めに蚭眮した。 ロケットビルディングは、居䜏空間ずしおも、オフィスずしおも、゚ネルギヌ管理蚭備、颚力発電管理斜蚭、サむロ、等ずしおも掻甚が可胜であった。 吉野カズトラ宇宙䞖界皇垝のルミヌグルヌプLumy Groupは、ロンドンに、シミュレヌション甚のビルを䜜った。 宇宙戊争で、吉野友子女王孊掟ず吉野レベッカハル孊掟の激戊が起きおいた。FIG. 221 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Energy Generator System (Rocket Building)) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA,Boeing, GeneralElectric, IBM, NASA, Boeing, GeneralElectric, AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, .more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hi) .KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Yoshino Kazutra Space World Emperor has returned to the basics of energy. Basic energy plan, etc. Kazutra Yoshino, the Emperor of the Space World, was able to combine a wind power system with a tall building in Japan because a wind power system is effective if an updraft can be obtained. Since seismic strength is also important, we analyzed it in architectural Olympics, earthquake games (computer games), computer simulations, etc. It was most rational to build a rocket-shaped building. I tried not to hit next to me when rolling. Δx (= delta_x) is set to be about the width of the building / 2 (= width / 2). It was made to have sufficient strength during pitching. pmax = (mg / A) + p'A mandrel was used like a five-storied pagoda. This may be the pillar of the wind power generation system. It has a mirror-like surface of light reflection and heat reflection, and the inside is made of reinforced concrete, heat-resistant concrete, or materials such as silica oxide sand + quicksand (quick silver) + carbon dioxide. The rocket building was strong against the sun, fire, and water. The windows were set higher so that water would not enter even if a tsunami came. The rocket building could be used as a living space, an office, an energy management facility, a wind power generation management facility, a silo, and the like. Kaztra Yoshino Space World Emperor Lumy Group has built a simulation building in London. In the space war, there was a fierce battle between Queen Tomoko Yoshino School and Rebeccahar School Yoshino. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,.PatentOffice,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、ミラヌアレむの倪陜光発電システムにパラボラミラヌヘッドを付けお、圢状曲線のレヌルに蚭眮したダむナミック・゜ヌラヌ・パラボラミラヌヘッド・システム。 パラボラミラヌのヘッドは、集光熱郚を持っおいお、倪陜の動きに合わせお、動く。又、レヌル䞊レヌルに沿っおを、倪陜の動きに合わせお、動く。 ぀のモヌタヌで、レヌルをヘッドが動くのず、ヘッドの角床を調敎できるようにした。 ペヌロッパのカムを甚いた仕掛け人圢癜鳥の人圢をモデルに、モヌタヌずギダやカムを甚いお、ダむナミック・゜ヌラヌ・パラボラミラヌヘッド・システムを䜜った。 これにより、倪陜光熱が十分あるなら、日に数時間は、自動で、集光熱出来お、其々の鏡の角床をサヌボモヌタヌなどで調敎しお、固定点固定された集光熱郚に集光熱するより、コストパフォヌマンスが良くなった。FIG. 222 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing, GeneralElectric, GeneralMotor, , NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, .PatentOffice, more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II. KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.・ Solar paramount mirror head system). The head of the parabolic mirror has a condensing (heat) part and moves according to the movement of the sun. It also moves the rail (above / along the rail) in line with the movement of the sun. With one motor, it is possible to adjust the angle of the head as well as the movement of the head on the rail. A dynamic solar parabola mirror head system was created using a motor, gears, and cams, modeled on a gimmick doll (swan doll) using European cams. As a result, if there is enough sunlight (heat), it can automatically collect light (heat) for several hours a day, and adjust the angle of each mirror with a servo motor etc. to fix it at a fixed point (fixed). The cost performance is better than condensing (heat) on the condensing (heat) part). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,.PatentOffice,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、LumyGroup, Lumore, YoshinoAdvancedEnergy, KazutoraYoshinoUniverseEnergy, KazutoraYoshinoUniversalEmpireを甚いお、吉野カズトラ宇宙䞖界皇垝の新しい䞖界䜓制Kazutora Yoshino Emperor Neo World Establishmentを䜜っおいた。これは、日本政府䞎党ず野党等自由民䞻党ず民䞻党等が、吉野レベッカハル女王が管理するアメリカ政府倧統領䞀括亀枉暩限アメリカ議䌚、等ずの亀枉を始めおいお、経枈協力による、日本ずアメリカの統䞀経枈圏を䜜ろうずしたからである。日本には、日本の車をアメリカの垂堎に販売しお、貿易黒字を埗たいずいう目的があるのだが、この頃は、日本の車産業は、殆どが、既に、アメリカ等の倖囜資本に管理されおいた。アメリカには、アメリカの蟲産物を日本に販売しお貿易による利益を埗たいずいう目的があった。しかし、珟実の䞖界では、䞀虎が助けた日本の蟲産物の味が良くお、日本の蟲業の匷さが䞖界に瀺された。ず、同時に、珟実の䞖界では、䞀虎が助けたアメリカの工業補品が先進的・先端的で、アメリカの技術力・工業力の匷さが䞖界に瀺された。に関連しお、日本ずアメリカは、軍事的にも経枈的にも政治的にも、殆ど䞀぀の囜の甚になっおしたった。たた、アメリカの管理䞋に韓囜等が眮かれた。アメリカは、北朝鮮ず韓囜に、民䞻化ず統䞀の圧力を掛けた。北朝鮮ず韓囜は融合しお、日本にも圧力を掛けた。日韓䜵合が起きたが、日本ずアメリカずの軍事同盟安保理や関連等が継続された。吉野カズトラ宇宙䞖界皇垝を宇宙䞖界を宇宙䞖界の支配者宇宙䞖界芇者ずしお、吉野レベッカハル女王を䞖界囜々の支配者䞖界芇者ずするアメリカ優䜍の日本の指揮によるアゞア芇暩新倧日本垝囜倧東亜圏になった。これが、吉野レベッカハル女王優䜍の吉野カズトラ宇宙䞖界皇垝の新しい䞖界䜓制になった。FIG. 223 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing, GeneralElecta Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, .PatentOffice, more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino) .KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Neo World Establishment) was made. This is because the Japanese government (ruling party and opposition party, etc .: Liberal Democratic Party and Democratic Party, etc.) has begun negotiations on the TPP with the US government (Presidential Collective Negotiation Authority (TPA) vs. US Parliament, etc.) managed by Queen Yoshino Rebeccahar. This is because they tried to create a unified economic zone between Japan and the United States through the TPP (Economic Cooperation). Japan has the purpose of selling Japanese cars to the American market and gaining a trade surplus, but by this time, most of the Japanese car industry was already managed by foreign capital such as the United States. Was there. The United States had the purpose of selling American agricultural products to Japan and profiting from trade. However, in the real world, the taste of Japanese agricultural products helped by Ichitora was good, and the strength of Japanese agriculture was shown to the world. At the same time, in the real world, the American industrial products helped by Ichitora were advanced and cutting-edge, and the strength of American technological and industrial power was shown to the world. In connection with the TPP, Japan and the United States have become for almost one country, militarily, economically and politically. In addition, South Korea was placed under the control of the United States. The United States has put pressure on North Korea and South Korea for democratization and unification. North Korea and South Korea merged and put pressure on Japan. Although the Japanese annexation of Korea occurred, the military alliance between Japan and the United States (Security Council) and TPP-related matters continued. Kazutra Yoshino The Emperor of the Space World is the ruler of the space world (the world champion), and Queen Rebeccahar is the ruler of the world (countries) (the world champion). It became the Great East Asia of the Empire of Japan). This became the new world system of the Emperor Yoshino Kazutra, the space world emperor, who was dominated by Queen Yoshino Rebeccahar. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,.PatentOffice,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、発明に぀いお定矩しおいた。 発明ずは、技術的に高床のもので、新発芋、新芏制、進歩性、等を持っおいお、凄い効果のものである。特に、その効果が絶倧なものを、倧発明ずする。 この際、発明ずは、玠材、䜜り方、スキル、構造、補造方法、最適解、特性、などの組み合わせが、圓業者にずっお圓たり前ではないもので、高床な知識や技術のものである。 このようにするず、「凄く効率が良い燃費の良い゚ンゞン」ずか、「コストパフォヌマンスが凄く良い発電システム」ずか、「このコストパフォヌマンスの良い発電システムを個倧量生産するず䞖界䞭の゚ネルギヌ問題が解決する」のような効果も、倧発明になり埗る。 効果が、その時代のニヌズに合うものであるなら、発明になり埗る、ず同時に、技術者や科孊者は、その時代のニヌズに合うものを開発するのが良いのだろう。 ぀たり、その時代のニヌズに合うもので、垂堎原理に基づいお、高床技術で経枈等の効果の高いものは、発明ずする。 吉野カズトラ宇宙䞖界皇垝は、「゚コロゞヌシステムずしお、政府や倧䌁業等が、゚ネルギヌの備蓄量を確保するために、化石燃料石油、等の備蓄量などず同時に、氎玠の備蓄量を備えるこずが可胜なシステム」を䜜っおいお、「化石燃料石油、等は枯枇するかもしれないが、゚ネルギヌず氎から䜜られた氎玠ず酞玠は、長期にわたり利甚可胜であるため、持続可胜な瀟䌚を䜜るこずが可胜である」ずいう倧効果䞊䜍抂念効果、目的がある。 効果『「コストパフォヌマンス良く倪陜光発電システムを䜜る」こずによっお、「゚ネルギヌ問題を解決する。」』、『原子炉に䟝存しないで枈む安党な゚ネルギヌ瀟䌚を䜜るこずが可胜である』、等ずいう効果がある。 手段システムのコストパフォヌマンスの最適化の手段解決方法「反射鏡で光を反射する。」「反射鏡は、反射フィルムやアルミ箔を甚いる。」「フレヌムは、鉄や朚材などで䜜る。」「朚材は、補造コストが高くない厚さ、幅、長さ等のものを甚いる。」「フック金具を甚いお、玄のずころに取り付ける。」「軜量化するために、埌ろにコンパネを付ける必芁はない。」「ボンドは、コストパフォヌマンスの良い朚工甚ボンドやグルヌガンのグルヌを甚いお、反射鏡の角床を蚭眮する。」「倪陜光熱の集光郚にパラボラミラヌを甚いお、゚ネルギヌを濃瞮する。」「倪陜光熱の集光郚を倪陜の動きに合わせお、぀のモヌタヌで動かしお角床等を調敎しお、集光熱効率を高めお、時間に察する゚ネルギヌ効率を高める。これは、倪陜の動きに合わせお反射鏡の角床を調敎するより、コストパフォヌマンスが良い。䜕故なら、぀のモヌタヌは、回転に合わせたカムによる制埡システムで可胜だが、其々の反射鏡の角床を調敎するのが、蚘憶合金や、サヌボモヌタヌによるものになり、制埡の際、コンピュヌタヌや等のむンタヌフェヌスのデヌタバスの量ずピンの数が、増えるため、電子回路にコストが掛るためである。぀たり、点を基軞ずしお点の高さを調敎する−制埡ず同等こずによっお、反射鏡の角床を調敎する際、其々がビットのデヌタを甚いる電子回路の際、反射鏡のナニットで、ビット、〜枚の反射鏡で、ビット〜ビットのむンタヌフェヌス電子回路、集積回路が必芁になるため、コストがある皋床掛る。このため、技術的に高床で機械的なモヌタヌ制埡系のシステムの方が、比范的コストパフォヌマンスが良い。」「぀のモヌタヌを甚いお、ギダずベルトを甚いお、集光熱郚のパラボラミラヌヘッドの台を圢状で、移動できるようにする。この際、゚ンコヌダヌ等で回転の怜知を行ったり、䜍眮センサヌで䜍眮の確認をするこずによっお、䜍眮制埡をするこずも可胜である。ギダの回転に合わせお、パラボラミラヌヘッドの角床を光の入射角床に合わせおギダ等で調敎する。」「発電システムのナニットモゞュヌルは、の受光゚ネルギヌを反射させお、の集光熱゚ネルギヌにする。」「の集光熱゚ネルギヌを甚いお、スチヌム゚ンゞンロヌタリヌ゚ンゞン等を回転しお、発電する。若しくは、の熱゚ネルギヌを甚いお、料理をしたり、若しくは、プラスチックやアルミの成型をしお、スチヌム゚ンゞンロヌタリヌ゚ンゞン等や燃料内燃系゚ンゞン高床な技術のロヌタリヌ゚ンゞン等を䜜る。」「゚ンゞンは、効率の良い、コストパフォヌマンスが良い、ロヌタリヌ゚ンゞン等を甚いる。」「発電に、効率の良い、コストパフォヌマンスが良いダむナモ・モヌタヌを甚いる。」「システムの補造コストパフォヌマンスを良くするため、倪陜生産する。」「身長が玄ぐらいで、梯子を甚いお、比范的安党に、システム構築できるように、ナニットモゞュヌルのサむズは、幅高さ玄〜ずしお、受光郚は、玄ずする。反射鏡のサむズは、幅高さずしお、枚甚いる。若しくは、若い人や子䟛でもシステムを䜜れるように、枚玄、若しくは、枚玄甚いる。」「倪陜光熱発電システム等で、補造されたスチヌム゚ンゞンを倪陜光熱発電システムに甚いるので、自己増幅型セルフ・モルチプリケヌションSelf-Multiplicationのシステムであるため、コストパフォヌマンスが良い。」 この玠材や構造や特性の組み合わせは、圓業者にずっお、盎に芋぀けれるものずは限らないで、技術的に高床で、コストパフォヌマンスによる経枈効果は倧きいので、発明ず蚀えるだろう。 吉野カズトラ宇宙䞖界皇垝は、高床な技術に぀いお、進化させお倧発明を䜜るために、特に「スチヌム゚ンゞンロヌタリヌ゚ンゞン等や燃料内燃系゚ンゞン高床な技術のロヌタリヌ゚ンゞン等を䜜る。」に、集䞭するこずになった。続く。FIG. 224 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing , KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, .PatentOffice, more. Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Space World Emperor defined the invention. Inventions are technologically advanced, have new discoveries, new regulations, inventive steps, etc., and have great effects. In particular, a invention having a great effect is considered to be a major invention. At this time, the invention is a combination of materials, manufacturing methods, skills, structures, manufacturing (methods), optimum solutions, characteristics, etc., which is not common to those skilled in the art, and is of advanced knowledge and technology. In this way, "a very efficient and fuel-efficient engine", "a power generation system with very good cost performance", and "mass production of N power generation systems with good cost performance will solve energy problems all over the world. An effect such as "" can also be a (large) invention. If the effect meets the needs of the era, it can be an invention, and at the same time, engineers and scientists should develop something that meets the needs of the era. In other words, an invention that meets the needs of that era and is highly effective in terms of economy, etc., based on market principles, is an invention. Kazutra Yoshino, Emperor of the Space World, said, "As an ecology system, the government and large companies should have a reserve of hydrogen at the same time as a reserve of fossil fuels (oil, etc.) in order to secure a reserve of energy. A sustainable society because fossil fuels (oil, etc.) may be depleted, but hydrogen and oxygen produced from energy and water are available for a long time. There is a big effect (superior concept effect, purpose) that "it is possible to make." Effect: "By" creating a solar power generation system with good cost performance "," solving energy problems "", "it is possible to create a safe energy society that does not depend on nuclear reactors", etc. effective. Means: (Means for optimizing the cost performance of the system (solution)) "Reflect light with a reflector." "Use a reflective film or aluminum foil for the reflector." "For the frame, use iron or wood. "Make." "Use wood that is not expensive to manufacture (thickness 1 cm, width 10 cm, length 4 m, etc.)" "Attach to about 7 cm using hook metal fittings." "Reduce weight." Therefore, it is not necessary to attach a control panel to the back. "" Bond uses a cost-effective woodworking bond or glue gun glue to set the angle of the reflector. "" Condensing sunlight (heat) A parabolic mirror is used for the part to concentrate energy. "" The light collecting part of sunlight (heat) is moved by one motor according to the movement of the sun to adjust the angle etc., and the light is collected (heat). Increase efficiency and increase energy efficiency over time. This is more cost effective than adjusting the angle of the reflector according to the movement of the sun, because one motor is controlled by a cam that matches the rotation. Although it is possible with the system, it is possible to adjust the angle of each reflector by a storage alloy or a servo motor, and when controlling, the amount of data bus of the interface IC such as (computer (CPU)) 8255 etc. This is because (and the number of pins) increases, which increases the cost of the electronic circuit. That is, by adjusting the height of two points with one point as the base axis (equivalent to XY control), the reflector can be used. When adjusting the angle, in the case of an electronic circuit that uses 8-bit data each, one unit of the reflector, 16-bit, 100 to 1000 reflectors, 160-bit to 1600-bit interface IC (electronic circuit) (Integrated circuit) is required, so it costs a certain amount. Therefore, a technically advanced and mechanical one-motor control system has relatively better cost performance. "" Using one motor Then, using a gear and a belt, the base of the parabolic mirror head of the condensing (heat) part can be moved in a 3D shape. At this time, rotation is detected by an encoder or the like, and the position is detected by a position sensor. It is also possible to control the position by checking. The angle of the parabolic mirror head is adjusted by the gear etc. according to the incident angle of the light according to the rotation of the gear. ”“ One unit of the power generation system (1 unit of the power generation system 1 module) reflects 6 kW of light-receiving energy to make it 3 kW of condensing (heat) energy. ”“ 3 kW of condensing (heat) energy It is used to rotate a steam engine (rotary engine, etc.) to generate electricity. Alternatively, using 3 kW of heat energy, cooking, or molding plastic or aluminum, steam engine (rotary engine, etc.) or fuel (internal combustion system) engine ((high technology) rotary engine, etc.) )make. "For the engine, an efficient, cost-effective, rotary engine, etc. is used." "Efficient, cost-effective dynamo motor is used for power generation." "To improve the manufacturing cost performance of the system." The size of one unit (1 module) is width x height = about 4m to 3m so that the system can be constructed relatively safely using a ladder with a height of about 170cm. The light receiving part is about 4mx2m. The size of the reflector is 17x6 = 102 with width x height = 20cmx30cm, or 20x5 = 100 (about 4mx2m) so that even young people and children can make a system. ) Or 25x4 = 100 sheets (about 4.2mx1.5m). "" Self-amplification type because the steam engine manufactured by the solar (heat) power generation system etc. is used for the solar (heat) power generation system. (Since it is a self-multiplication system, it has good cost performance. "This combination of materials, structures, and characteristics is not always something that can be directly found by those who are involved in the technology. It can be said that it is an invention because it is highly advanced and the economic effect of cost performance is large. Kazutra Yoshino, the Emperor of the Space World, in order to evolve advanced technology and make big inventions, especially "steam engine (rotary engine etc.) and fuel (internal combustion system) engine ((high technology) rotary engine etc.) I decided to concentrate on "make." Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Universal Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,.PatentOffice,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、発明に぀いお、特蚱法では、技術的に難しすぎるず、特蚱庁は、あり埗ないずか詳现が明蚘されないずか蚀っお蚀い掛かりを぀け、技術的に簡単だず、圓業者にずっお明らかずか蚀っお蚀い掛かりを぀ける法埋であるず解釈しおいた。 しかし、経枈産業省は、個人や䌚瀟の情報を芗き芋したいので、特蚱法の基に、個人や䌚瀟の情報開瀺を自䞻的にさせるために、発明なら特蚱を出すず蚀っお、個人や䌚瀟の情報開瀺特に技術的な情報の開瀺を誘発しおいる。 元々、第二次䞖界倧戊で、アメリカのが、日本政府経枈産業省が、日本人達から情報を入手するために、䜜ったのが特蚱法なので、本来の「発明」の本圓の意味を知っおいる人達は、日本には、あたりいないだろう。 䟋えば、「石油の枯枇に付いおの危機」に぀いお、過去幎ぐらいは、危惧されおいるが、特効薬ずなるような発明特蚱出願は、あたり出おいない。 元々、「石油の枯枇に付いおの危機」に぀いお、子䟛達特に、゚リヌト達に教え蟌んだのは、日本政府の文郚科孊省系列の教垫達日本では共産党員が倚い団塊の䞖代の教垫達が䞻流である。 䜕故ならば、子䟛達゚リヌト達が倧人になっお、゚ネルギヌ問題を解決するなら、自分達の老埌の面倒を芋おもらえるず思っおいたからだろう。この背埌には、日本政府の厚生劎働省がいるのである。 又、吉野タむムマシンを甚いお、盞察的未来情報を、団塊の䞖代の倧人たちは、盞察的過去の時点で摂取奪取しおいたので、子䟛達゚リヌト達が倧人になっお、゚ネルギヌ問題を解決しおも、圓業者にずっお圓たり前ず蚀われお、発明や特蚱ずしおさえ芋做されなかったのである。 そもそも、アメリカのやや゚ネルギヌメむゞャヌ特に、石油メむゞャヌが、石油の䟡栌を高隰させたいずきに、「石油の枯枇に付いおの危機」に぀いおの宣䌝がなされるこずが倚かった。 しかし、シェヌル革呜シェヌルガスやシェヌルオむルによっお、「石油の枯枇に付いおの危機」に぀いお、あたり議論がされる必芁がなくなり、アメリカのやや゚ネルギヌメむゞャヌ特に、石油メむゞャヌは、シェヌルガスやシェヌルオむルの利益を甚いお、「再生可胜゚ネルギヌの発電蚭備」などの開発が進めるこずになった。 しかしながら、倪陜光や颚力やバむオマスや地熱や氎力は、゚ネルギヌ密床が䜎くお、゚ネルギヌの回収に手間ずお金が掛り、コストパフォヌマンス良く蚭備を䜜るのが容易でないため、結局、原子力に䟝存せざるを埗ないずいうのが珟状実情であった。 コストパフォヌマンス良く倪陜光発電システムを䜜るのは、容易でないので、未だに、その手段が䞻流ずなっおいないが、ある皋床コストが掛っおも良いなら、吉野カズトラ宇宙䞖界皇垝の提唱する倪陜電池等を甚いた゚コロゞヌシステムの氎玠瀟䌚が良いだろう。 吉野カズトラ宇宙䞖界皇垝は、倪陜光発電システム進化させお、吉野クリスタルヒカリ女王、吉野アシュレヌアダメ女王、吉野レベッカハル女王子䟛の頃でも䜜れるような、もっずコストパフォヌマンスの良い努力さえすればある皋床のコストで䜜れるような倪陜光発電システムの開発をしおいたのである。 パラボラミラヌヘッドのモヌタヌを甚いたダむナミックな動きは、自動システムずしお優秀である。しかし、子䟛が補䜜する際は、固定匏の方が、䜜りやすい。又、子䟛達でもある皋床安党なように、ナニットを玄ぐらいになるように蚭蚈したのである。 ペシノアドバンスド゚ナゞヌ(YoshinoAdvancedEnergy)は、その為、ミラヌアレむに合わせお、アルミ反射鏡パラボラ曲線を受光熱郚に甚いお、光を集めお、黒いパむプに光熱を集める。䞀皮の遠赀倖線コンロのようなものを䜜る。 カズトラペシノナニバヌス゚ナゞヌ(KazutoraYoshinoUniverseEnergy)は、パラボラミラヌヘッドに぀いおメカニカルな構造で手動等で動かしお、倪陜光熱を、カプセルに集める倪陜光カプセル発電。 カズトラペシノナニバヌス゚ナゞヌ(KazutoraYoshinoUniverseEmpire)は、宇宙倪陜光発電システムによっお、倪陜光を宇宙倪陜光熱゚ネルギヌ人工衛星によっお、地球地䞊にレヌザヌや電波などで送り、地䞊では、倪陜光発電システムで発電する。 吉野カズトラ宇宙䞖界皇垝は、倪陜光熱の掻甚利甚は、子䟛には、発電よりは、塩を䜜ったり、掗濯物を也燥させたり、料理等による熱の盎接掻甚利甚の方が良いず思っおいる。 茹で卵、卵焌き、焌き芋、ポテトチップス、也燥芋、ほうれん草等の野菜炒め、也燥フルヌツ、バナナチップ、アップルチップ、オレンゞチップ、焌き肉、牛䞌、ビヌフゞャヌキヌ、等が適しおいるだろう。盎射日光の日に、玄を玄時間なら、玄〜ぐらいであるので、料理に向いおいる。 吉野カズトラ宇宙䞖界皇垝は、蚀った『私は、ここに生卵を甚意した。この生卵を立おるこずが、貎方は出来たすか』 吉野ルリコ女王は、蚀った『塩の䞊に眮くなら、卵を立おれたす。貎方は、どのように卵を立おるのですか』 吉野カズトラ宇宙䞖界皇垝は、蚀った『私は、この生卵を、ペシノアドバンスド゚ナゞヌのアルミ反射鏡で茹でお、茹で卵にしお、回転しお、慣性力モヌメントオブむナヌシャで卵を立おたした。』 吉野ルリコ女王は、蚀った『貎方は、釈迊力コロンブスのようですね。それを、知っおいれば、誰でも出来るのだろうけど、それを、自分で考えお自分で行うのは実行するのは、貎方の凄さず良さです。』 吉野カズトラ宇宙䞖界皇垝は、蚀った『私は、ペシノアドバンスド゚ナゞヌのアルミ反射鏡の良さを、貎方にも知らせようずした、優秀なビゞネスマンなのだけれどね。ペシノアドバンスド゚ナゞヌのアルミ反射鏡も、知っおいれば圓たり前だずしおも、自分で䜜っお掻甚しお実行しお行くのは、ビゞネスずしおは、簡単ではないし、努力が必芁だよね。私にずっお、ペシノアドバンスド゚ナゞヌのアルミ反射鏡は、䞖界的な倧発明なんだ。』 吉野ルリコ女王は、蚀った『ペシノアドバンスド゚ナゞヌのアルミ反射鏡が、倧発明なのね。あたり䜜るのが難しいようには芋えないけど』 吉野カズトラ宇宙䞖界皇垝は、蚀った『正確に蚀うず、材料・補造等でコストパフォヌマンスの良いペシノアドバンスド゚ナゞヌのアルミ反射鏡を甚いた、コストパフォヌマンスの良い料理や発電のビゞネスが、私にずっおの倧発明ビゞネス特蚱なんだよ。』 吉野ルリコ女王は、蚀った『貎方は、確かに、で、䞉次元映像装眮 を䜜ったりしお、面癜い物を䜜るビゞネスをしおいたけど、垂堎ずか利益ずかあたり考えおないで楜しみながらビゞネスをしおたよね。垂堎や利益を考慮するのは、倧人になった蚌拠かな。』 吉野カズトラ宇宙䞖界皇垝は、蚀った『良い物を䜜るなら、経枈的に健康的な垂堎になら販売できる確率が向䞊する。それによる利益や収益を芋蟌める。぀たり、良い物を䜜るなら、利益や収益を埗る確率が向䞊する。ここで、重芁なのは、利益や収益は、良い物の販売によるものなので、垂堎の人達に良いこずをした結果ずしお、利益や収益お金をもらっおいるので、瀟䌚に良いこずをしおいるこずになる。぀たり、私が倧金を皌げるなら、瀟䌚にずおも良いこずをしおいるず思うのだよ。』 吉野ルリコ女王は、蚀った『貎方は、成長をしたみたいね。ある皋床、マネヌ・オリ゚ンテッドやマヌケット・オリ゚ンテッドやカスタマヌ・オリ゚ンテッドになるのも良いのだろうけど、適床なぐらい良い生掻氎準(Good Life Standard)ぐらいが良いず思うよ。』 吉野カズトラ宇宙䞖界皇垝は、蚀った『私は、吉野カズトラ宇宙䞖界皇垝であっお、宇宙䞖界を支配しお管理するものなり。可胜なら恒久的な平和を求め、䞖界を䜜り、良い瀟䌚システムの構築をしたりしおいるのだから、私は高い生掻氎準を獲埗しお維持しおも良いず思う。』 吉野ルリコ女王は、蚀った『貎方にずっお高い生掻氎準ずは䜕かしら』 吉野カズトラ宇宙䞖界皇垝は、蚀った『私は、矎味しい物を食べお、矎女ず結婚しお、子䟛達を䜜り、私の家庭を築き、良い生掻をするこずだね。』 吉野ルリコ女王は、蚀った『なら、私は、貎方が矎味しい物を食べれるように、ペシノアドバンスド゚ナゞヌのアルミ反射鏡を甚いお、ポテトチップス等の補造等をしおみるね。』 吉野カズトラ宇宙䞖界皇垝は、蚀った『貎方の料理は、矎味しいからね。愛』FIG. 225 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Universal Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, .Patent Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) It was interpreted as a law that made a statement saying that it was not specified or that details were not specified, and that it was technically easy to make a statement that it was obvious to the person in charge. However, since the Ministry of Economy, Trade and Industry wants to take a peek at information on individuals and companies, it says that it will issue patents for inventions in order to voluntarily disclose information on individuals and companies based on the Patent Law, and individuals and companies. Information disclosure (especially technical information disclosure) is induced. Originally, in World War II, the GHQ of the United States created the patent law for the Japanese government (Ministry of Economy, Trade and Industry) to obtain information from Japanese people, so the true meaning of the original "invention" There aren't many people in Japan who know this. For example, there have been concerns about the "crisis of oil depletion" for the past 30 years, but there have been few inventions (patents (applications)) that could serve as silver bullets. Originally, it was the teachers of the Ministry of Education, Culture, Sports, Science and Technology of the Japanese government (many Communist Party members in Japan: baby boomers) who taught children (especially elites) about the "crisis of oil depletion". Teachers) are the mainstream. The reason is that if children (elites) grow up and solve energy problems, they would be able to take care of their old age. Behind this is the Ministry of Health, Labor and Welfare of the Japanese government. Also, using the Yoshino time machine, the adults of the baby boomer generation were ingesting (taking) relative future information at the time of the relative past, so the children (elite) became adults, Even if the energy problem was solved, it was said to be commonplace for those skilled in the art, and it was not even regarded as an invention or a patent. In the first place, when US DOEs, Feds and energy majors (especially oil majors) wanted to raise oil prices, they often advertised the "crisis of oil depletion". However, the shale revolution (shale gas and shale oil) has eliminated the need for much discussion about the "crisis of oil depletion," and American DOEs, FRBs and energy majors (especially oil majors) have Using the benefits of shale gas and shale oil, the development of "renewable energy power generation facilities" will be promoted. However, solar power, wind power, biomass, geothermal power, and hydropower have low energy densities, it takes time and money to recover energy, and it is not easy to build equipment with good cost performance, so in the end, we have to rely on nuclear power. The current situation (actual situation) was that we could not get it. It is not easy to make a solar power generation system with good cost performance, so the method is not yet mainstream, but if it is okay to cost a certain amount, use the solar cell etc. advocated by the Emperor Yoshino Kazutra. The (hydrogen) society of the ecology system that was there would be good. The Emperor of the Space World, Yoshino Kazutra, has evolved the solar power generation system and has better cost performance (if you make an effort) that you can make it even with Queen Yoshino Crystal Hikari, Queen Yoshino Ashley Ayame, and Queen Yoshino Rebeccaharu (as a child). He was developing a photovoltaic system (that could be made) at a certain cost. The dynamic movement of the parabolic mirror head using the motor is excellent as an automated system. However, when a child makes it, the fixed type is easier to make. In addition, one unit was designed to be about 3 kW so that it would be safe for children to some extent. Therefore, Yoshino Advanced Energy uses an aluminum reflector (parabolic curve) for the light receiving (heat) part in accordance with the mirror array to collect light and collect light (heat) on a black pipe. Make something like a kind of far-infrared stove. Kazutora Yoshino Universe Energy collects sunlight (heat) into capsules by manually moving the parabola mirror head with a mechanical structure (solar capsule power generation). Kazutora YoshinoUniverseEmpire uses a space solar power generation system to send sunlight to the earth (ground) by laser or radio waves using a space solar (heat) energy artificial satellite, and on the ground, it is a solar power generation system. To generate electricity. Kazutra Yoshino, the Emperor of the Universe, uses (utilizes) sunlight (heat) for children, rather than generating electricity, for making salt, drying laundry, and directly utilizing (using) heat for cooking. I think it's better. Boiled eggs, roasted eggs, roasted potatoes, potato chips, dried potatoes, stir-fried vegetables such as spinach, dried fruits, banana chips, apple chips, orange chips, roasted meat, beef bowl, beef jerky, etc. may be suitable. (On a day of direct sunlight, if you spend about 3 hours at about 3 kW, it is about 9 to 10 kWh, so it is suitable for cooking.) Kazutra Yoshino, Emperor of Space World, said, "I prepare raw eggs here. bottom. Can you make this raw egg? Queen Ruriko Yoshino said, "If you put it on salt, you can make eggs. How do you lay eggs? Kazutra Yoshino, the Emperor of the Universe, said, "I boil this raw egg with the aluminum reflector of Yoshino Advanced Energy, make it into a boiled egg, rotate it, and raise the egg with inertial force (moment of inertia). I did. Queen Ruriko Yoshino said, "You are like Columbus. Anyone who knows it can do it, but it's your greatness and goodness to think about it yourself and do it yourself. "Kazutra Yoshino, Emperor of the Universe, said," I'm an excellent businessman who tried to inform you of the goodness of Yoshino Advanced Energy's aluminum reflectors. Even if you know the aluminum reflector of Yoshino Advanced Energy, it is not easy for business to make and utilize (execute) it, and it requires effort. For me, the aluminum reflector of Yoshino Advanced Energy is a big invention in the world. Queen Ruriko Yoshino said, "The aluminum reflector of Yoshino Advanced Energy is a big invention. Doesn't it look too difficult to make? Kazutra Yoshino, Emperor of the Space World, said, "To be precise, the business of cost-effective cooking and power generation using the aluminum reflector of Yoshino Advanced Energy, which has good cost performance in materials and manufacturing, is for me. It's a big invention (business patent). Queen Ruriko Yoshino said, "You were certainly in the business of making interesting things by making 3D images (3D Display) with LUMY, but I thought about the market and profits too much. You did business while having fun. Considering the market and profits is evidence of adulthood. "If you make good things, you will have a better chance of selling them in an economically healthy market," said Emperor Kazutra Yoshino. Profit and profit can be expected from it. In other words, if you make good things, the probability of making a profit or profit increases. Here, what is important is that profits and profits are due to the sale of good things, so as a result of doing good things to the people in the market, we are getting profits and profits (money), so we are doing good things to society. become. In other words, if I can make a lot of money, I think I'm doing something very good for society. Queen Ruriko Yoshino said, "You seem to have grown up. To some extent, it's good to be money-oriented, market-oriented, or customer-oriented, but I think it's good to be moderate (good life standard). "Kazutra Yoshino, the Emperor of the Universe, said," I am the Emperor of the Kazutra, the Universe, who controls and manages the space world. I think it's okay to achieve and maintain a high standard of living, as we seek peace (permanent if possible), create the world, and build good social systems. Queen Ruriko Yoshino said, "What is the high standard of living for you?" Kazutra Yoshino, Emperor of the Universe, said, "I eat delicious food, marry a beautiful woman, have children, build my family, and live a good life. Queen Ruriko Yoshino said, "Then, I'll try to make potato chips, etc. using the aluminum reflector of Yoshino Advanced Energy so that you can eat delicious food. "Kazutra Yoshino, the Emperor of the Universe, said," Your food is delicious. (Love)" 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Universe Wars (Solar Wars))Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,.PatentOffice,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝の宇宙倪陜光発電システムず倪陜光カプセル発電ず゚ネルギヌ源カプセル手段、カプセル発電、等。゚ネルギヌ源カプセル手段ずは、カプセルに゚ネルギヌ源がある゚ネルギヌ源を入れる手段である。 吉野カズトラ宇宙䞖界皇垝は、倪陜や恒星等の栞融合゚ネルギヌを利甚しおいた。宇宙倪陜光人工衛星発電システムは、レヌザヌビヌムや電波の発信の手段が、軍事衛星のタヌゲット攻撃爆撃に䌌たシステムを持っおいる。又、軍事衛星のタヌゲット攻撃爆撃を応甚しお、スペヌス・デブリを砎壊する技術の開発が進んだが、これが、各囜の軍事戊略に重なり、りクラむナのクリミア地方で、アメリカ・ペヌロッパ欧米ずロシアの利害の衝突になり、戊闘態勢に突入した。これを、吉野カズトラ皇垝の宇宙戊闘䜓制ず呌ぶ。元々、栞兵噚による各囜の栞爆匟ミサむルによるタヌゲッティングから、軍事衛星レヌザヌ砲や地䞊レヌザヌ砲などによる、人工衛星や宇宙基地等を狙う宇宙戊争に進化・発展しお行ったのである。続く。FIG. 226 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Universe Wars (Solar Wars)) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, DepartmentOfDefense, DepartmentOfEnergy, , ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Offices. (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) .. The energy source capsule means is a means in which the capsule has an energy source (enters an energy source). Kazutra Yoshino, the Emperor of the Universe, used fusion energy such as the sun and stars. The space solar power satellite power generation system has a system in which the means of transmitting laser beams and radio waves is similar to the target attack (bombing) of SDI military satellites. In addition, the development of technology to destroy space debris by applying the target attack (bombing) of military satellites has progressed, but this overlapped with the military strategy of each country, and in the Crimea region of Ukraine, with the United States and Europe (Europe and America) It became a conflict of interests in Russia and entered into a fighting posture. This is called the space combat system of Emperor Yoshino Kazutra. Originally, it evolved and developed from targeting by nuclear bomb missiles of each country by nuclear weapons to space wars targeting artificial satellites and space bases by military satellites (laser cannons) and ground laser cannons. Continue. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire:Cooking Method)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,.PatentOffice,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、ペシノアドバンスド゚ナゞヌのアルミ反射鏡ミラヌアレむマトリクスを甚いお、塩の補造やポテトチップスの補造や味噌の補造をしおいた。ポットをミキサヌにしお、氎蒞気スチヌムを甚いお内郚にある米や倧豆を蒞すのず発酵たで、過皋で行うシステムである。ガスの火で熱するのを基にするが、昌は倪陜光による熱加熱の远加を行うこずによっお、倜は米麹や倧豆麹などを乳酞菌や麹菌を甚いお発酵させお、コストパフォヌマンス良く味噌を補造できる。 牛䞌吉野屋、味噌汁、サラダの組み合わせが良い。 朝食は、苺ストロベリヌバナナフルヌツ牛乳ミルク砂糖コヌンフレヌクケロッグコヌンフレヌク等の組み合わせも矎味しい。 朝食は、又、枩かいパンずゞャムや蜂蜜ハニヌず玅茶や入間茶狭山茶が、良い。昌食などに、ティヌパヌティヌ等も良い。 ペシノアドバンスド゚ナゞヌのアルミ反射鏡で煮蟌んだカレヌラむスなどをガス火で再床煮蟌んで、倕食にするのも良い。 吉野カズトラ宇宙䞖界皇垝は、日本に自由の女神ずガンダムを䜜っおいた。FIG. 227 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Cooking Method) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, BoeingStudio , AmericanMathematicalSociety, Bioinformatics, NIH, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, .PatentOffice, more. Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino Space World Emperor uses Yoshino Advanced Energy's aluminum reflector (mirror array matrix) to make salt and potato chips. I was making and making miso. It is a system that uses a pot as a mixer to steam rice and soybeans (inside using steam) and to ferment them in one process. It is based on heating with a gas fire, but by adding heat heating with sunlight during the day, rice and soybean jiuqu are fermented with lactic acid bacteria and aspergillus at night, and miso is cost-effective. Can be manufactured. A good combination of beef bowl (Yoshinoya), miso soup, and salad. For breakfast, the combination of strawberry (strawberry) + banana + fruit + milk (milk) + sugar + corn flakes (Kellogg corn flakes) is also delicious. For breakfast, hot bread and jam, honey and black tea (or Iruma tea (Sayama tea)) are also good. Tea parties are also good for lunch. It is also good to simmer curry rice, etc. simmered in Yoshino Advanced Energy's aluminum reflector over a gas fire again for dinner. Kazutra Yoshino, the Emperor of the Universe, created the Statue of Liberty and Gundam in Japan. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire:Solar Energy Generator System: MicroArraySystem)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,PatentOffice,TheChurch,Catholic,LDS,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、シヌト型の倪陜光熱集光熱システムを開発しおいた。 マむクロミラヌアレヌのマトリクス型やラりンド型によっお光倪陜光等を反射させお集光熱するシステムや手段・方法や、マむクロレンズアレヌのフルネルレンズ型によっお光倪陜光等を焊点に集光熱するシステムや手段・方法や、その䞡方のシステムや手段や方法を開発しおいた。 倪陜生産補造に぀いおコストパフォヌマンスを良くするために、倧きな金属の板䟋えば、に、ミルマシンで溝を付けお、マむクロアレむシヌトによっお光熱平行光線が焊点に集光熱するような金属の型を䜜る。金属の型によっお、プラスチック等のシヌトを挟んで、マむクロアレむシヌトを䜜る。若しくは、金属の型にフルネルレンズなら透明等のプラスチックやクリスタルガラスを流し蟌んでマむクロアレむシヌトを䜜る。 マむクロミラヌアレむの堎合は、アルミ等の反射物質を蒞着させお、光が焊点に反射するようにする。 効果マむクロアレむシヌトは、プラスチックなら軜くお倉圢が可胜であり、運搬にも蚭眮にも向いおいる。薄いシヌトなら板に貌るだけでも良い。たた、軜くおも、硬く厚めに䜜っお、そのたた掻甚するこずもできる。 軜いので、集光郚を移動せずに、マむクロアレむシヌト党䜓を、倪陜の動き等に合わせお動かしお、集光熱をするこずが可胜である。 又、フルネルレンズ等を屋根に取り付けお、フルネルレンズルヌフを䜜り、宀内で、集光熱をしお、発電、料理、掗濯物を干す、暖房、冷房を運転する熱゚ネルギヌ䟋えば、熱で発電したり、氎やスチヌムを甚いお気化熱で郚屋を冷やす、等などに、掻甚するこずが出来る。FIG. 228 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System: MicroArraySystem) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, , ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Was developing. A system (or means / method) that reflects light (sunlight, etc.) by the matrix type or round type of the micromirror array and collects (heats) it, or light (sunlight, etc.) by the full-nell lens type of the microlens array. He was developing a system (or means / method) that concentrates (heats) on the focal point, and a system (or means / method) for both. About solar production (manufacturing): In order to improve cost performance, a large metal plate (for example, 4mx4m) is grooved with a 3D mill machine, and light (heat) (parallel rays) is focused on the focal point by a microarray sheet. Make a metal mold that will (heat). A microarray sheet is made by sandwiching a sheet such as plastic with a metal mold. Alternatively, a microarray sheet is made by pouring plastic or crystal (glass) into a metal mold (transparent for a full-nel lens, etc.). In the case of a micromirror array, a reflective substance such as aluminum is vapor-deposited so that the light is reflected at the focal point. Effect: Microarray sheets are light and deformable if they are made of plastic, and are suitable for both transportation and installation. If it is a thin sheet, you can just stick it on the board. Also, even if it is light, it can be made hard and thick and used as it is. Since it is light, it is possible to move the entire microarray sheet in accordance with the movement of the sun or the like to collect light (heat) without moving the light collecting unit. In addition, a full-nell lens or the like is attached to the roof to make a full-nell lens roof, and the heat is collected indoors to generate electricity, cook, dry laundry, heat, and cool (heat energy for operating): For example, it can be used to generate electricity with heat, cool the room with heat of vaporization using water or steam, etc.). 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System: Line + Stage)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,PatentOffice,TheChurch, ,Catholic,LDS,Buddha,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、倪陜光熱発電システムラむン型を䜜っおいた。 ミラヌやアルミ反射鏡のラむン型に角床を付けお䞊べお配眮した。コストパフォヌマンス良く、倧型の反射板鏡配列ミラヌ・ラむン・マトリクス・アレむが出来た。ナニットは、幅高さが、倧䜓、〜ぐらいで、に、ナニットを蚭眮するず、玄枚分の鏡ミラヌに盞圓する。 集光熱反射光熱・保熱カプセルのパむプラむンを蚭眮する。盎埄内埄が、玄〜ぐらいで、玄リットルの氎を保持するこずが出来るなら、盎射日光で、熱効率なら、玄分ぐらいで、熱効率なら、玄分ぐらいで、お湯を䜜れる。぀たり、日に時間ぐらい日が出おいお、盎射日光があれば、熱効率なら、玄リットルぐらい、熱効率なら、玄リットルぐらいの氎を枩める沞かすこずが可胜である。 同様に、料理や、発電熱スチヌム発電、倪陜電池、熱電発電、等を行うこずも可胜である。 吉野カズトラ宇宙䞖界皇垝は、又、吉野クリスタルヒカリ女王、吉野アシュレヌアダメ女王、吉野レベッカハル女王日本やアメリカのティヌン゚むゞャヌの女の子達が、安党に䜜っお掻甚できる雛壇型階段型の倪陜光熱発電システムを、䜜っおいた。集光熱は、柱の䞊にある集光熱球カプセルや、柱の䞭間や、柱の基にある郚分でも良い。挔劇、音楜、ミュヌゞカル、映画の芳客垭、等のステヌゞを䜜り、入堎料を支払った芳客甚の怅子のように甚いるこずも可胜である。芋蟌みの入堎料で、怅子を䜜る先取り建築、又は、最初のは資本金で䜜り、入っお来た入堎料を基にシステムを远加しお、次々ず増やす増幅する建築も可胜ではあるだろう。FIG. 229 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System: Line + Stage) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA , HewlettePackard, ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Convinient Stores, Convinience Buddha, more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) I was making (line type). The line type mirrors and aluminum reflectors were arranged side by side at an angle. With good cost performance, a large reflector (mirror) array (mirror line matrix array) was created. One unit has a width x height of about 5mx3m-10mx10m, and if 10 units are installed at 50mx10m, it corresponds to about 1000 mirrors. Install a pipeline of condensing (heat) reflection (light heat / heat retention) capsules. If the diameter (inner diameter) is about 1 cm to 2 cm and can hold about 4 L (liter) of water, it will take about 3 minutes if the thermal efficiency is 100% in direct sunlight, and about 20 if the thermal efficiency is 20%. You can make hot water in about a minute. In other words, if the sun is shining for about 3 hours a day and there is direct sunlight, about 240 L (liter) of water will be heated (boiled) if the thermal efficiency is 100%, and about 36 L (liter) if the thermal efficiency is 20%. It is possible. Similarly, it is also possible to cook and generate electricity (heat (steam) power generation, solar cells, thermoelectric power generation, etc.). Kazutra Yoshino, the Emperor of the Universe, is also a chick-shaped (staircase) sun that can be safely created and utilized by Queen Yoshino Crystal Hikari, Queen Yoshino Ashley Ayame, and Queen Yoshino Rebecca Haru (teenage girls from Japan and the United States). I was making an optical (heat) (power generation) system. The condensing (heat) may be a condensing (heat) sphere capsule on the pillar, the middle of the pillar, or a portion at the base of the pillar. It is also possible to create stages for theater, music, musicals, movie spectators, etc. and use them like chairs for spectators who have paid admission. It is possible to build a chair in advance with a (expected) admission fee, or to build a system with capital at the beginning and add a system based on the admission fee that came in, and increase (amplify) one after another. there will be. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System: Line + Stage + Plot Story)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,PatentOffice,TheChurch, ,Catholic,LDS,Buddha,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、階段型ステヌゞを䜜っお、挔劇やミュヌゞカル等を行い、芳客達床に眮いた怅子に座らせるから入堎料を獲埗する際に、基になるオリゞナルのプロットやストヌリヌを䜜っおいた。 吉野カズトラ宇宙䞖界皇垝ず吉野カズトラ宇宙䞖界皇垝の圌女若しは、効吉野ルリコクりィン女王の恋愛ストヌリヌ 吉野カズトラ宇宙䞖界皇垝ず、吉野カズトラ宇宙䞖界皇垝の圌女は、愛し合っおいた。 しかし、敵政府、譊察錠、若しくは、サラリヌマンやモルモン教埒やホストや暎力団等が、吉野カズトラ宇宙䞖界皇垝の圌女を盗むために、邪魔に入っお来た。 吉野カズトラ宇宙䞖界皇垝は、敵をやっ぀けた。 吉野カズトラ宇宙䞖界皇垝ず吉野カズトラ宇宙䞖界皇垝の圌女は、再び、䞀緒になるこずができた。 吉野カズトラ宇宙䞖界皇垝ず吉野カズトラ宇宙䞖界皇垝の圌女若しは、効吉野ルリコ女王の恋愛ストヌリヌの進化 吉野カズトラ宇宙䞖界皇垝は、効の吉野ルリコクりィン女王ずゞェむ゜ン・クりィンに、このプロット・ストヌリヌを、ハリりッドの映画甚のストヌリヌずハリりッドの映画甚のスクリプトに進化させおもらった。 スタヌりォヌズやスパむダヌマンやトランスフォヌマヌパラマりント等が、その䞀郚の䟋である。FIG. 230 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System: Line + Stage + Plot Story) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM GeneralElectric, GeneralMotor, HewlettePackard, ShinYoshinoPhotoStudio, KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, California, Convinient Stores , LDS, Buddha, more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) , Performed plays and musicals, and created the (original) plots and stories that would be the basis for getting admission from the audience (sitting on a chair on the floor). Love story of Kazutra Yoshino Space World Emperor and her (younger sister: Queen Ruri Kokwin Yoshino) of Yoshino Kazutra Space World Emperor: Yoshino Kazutra Space World Emperor and Yoshino Kazutra Space World Emperor's girlfriend loved each other. However, enemies (government, police (mouse), office workers, Mormons, hosts, gangsters, etc.) came in to steal her from the Emperor Yoshino Kazutra. Kazutra Yoshino, the emperor of the space world, has defeated the enemy. Kazutra Yoshino, the Emperor of the Universe, and Kazutra Yoshino, the Emperor of the Universe, were able to come together again. Evolution of the love story between Kazutra Yoshino Space World Emperor and her (younger sister: Queen Ruriko Yoshino) of Kazutra Space World Emperor: Kazutra Yoshino Space World Emperor has this plot on her sisters Queen Ruriko Kwin and Jason Quinn.・ I had the story evolved into a story for a Hollywood movie and a script for a Hollywood movie. Star Wars, Spider-Man, Transformers (Paramount), etc. are some examples. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: 3D Display)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,TI,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,PatentOffice,TheChurch, ,Catholic,LDS,Buddha,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、ペシノアドバンスド゚ナゞヌで、マむクロアレむの開発を進めおいた。マむクロアレむの円盀を䜜るこずも可胜になっおいた。 でディスプレむを開発しおいた頃、課題は、スクリヌンやレンズ等の埀埩運動に䌎う振動や、むメヌゞを倧きくするこずや、静穏性だった。 レンズを䞭間に入れお、焊点の座暙をコントロヌルすれば良いのだが、埀埩運動だず課題の解決が必ずしも出来るずは限らなかった。 吉野カズトラ宇宙䞖界皇垝は、この為、埀埩運動型ディスプレむず、回転型ディスプレむを開発した。 スクリヌンにも、埀埩型ず回転型プロペラのようにスクリヌンが回転するを䜜った。又、ノァリフォヌカルな郚分も埀埩型を䜜ったのず、マむクロアレむのレンズによる回転型を䜜った。 吉野カズトラ宇宙䞖界皇垝は、 Lumyルミヌミネ゜タずTIテキサスむンステゥルメントテキサスずATK゚むティヌケヌミネ゜タずBoeingボヌむングシアトルずIBMアむビヌ゚ムシアトルによっお、によっおスクリヌンに映し出しお解像床の高いリアルむメヌゞを䜜るディスプレむず、レヌザヌ照射によっお、空間にある焊点に集䞭しお空気プラズマ゚アプラズマを空間で䜜りのリアルむメヌゞを䜜るディスプレむを開発した。 朜氎艊のディスプレむに甚いるこずが可胜だった。又、ペンや、倪陜の軌跡の衚瀺等に甚いるこずが出来た。FIG. 231 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: 3D Display) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing , AmericanMathematicalSociety, Bioinformatics, NIH, TI, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, PatentOffice, TheChurch,, Catholic, LDS ) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) It was also possible to make microarray disks. When developing a 3D display with Lumy, the issues were vibration caused by the reciprocating motion of the screen (and lens, etc.), enlarging the 3D image, and quietness. It would be fine to put the lens in the middle and control the Z coordinate of the focal point, but reciprocating motion did not always solve the problem. For this reason, Kazutra Yoshino, the Emperor of the Universe, has developed a reciprocating 3D display and a rotating 3D display. For the screen, I made a reciprocating type and a rotating type (the screen rotates like a propeller). Also, I made a reciprocating type for the variable part and a rotary type with a microarray lens. Kaztra Yoshino Space World Emperor by Lumy Group (Lumy (Lumi: Minnesota), TI (Texas Instrument: Texas), ATK (ATK: Minnesota), Boeing (Boeing: Seattle) and IBM (IBM: Seattle)) , 3D display that creates a high-resolution 3D real image by projecting it on the screen by DLP, and 3D that creates an air plasma (air plasma) in the 3D space by concentrating on the focal point in the 3D space by laser irradiation. Developed a display. It was possible to use it for a 3D display of a submarine. It could also be used for 3D pens, 3D display of the sun's trajectory, and the like. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,TI,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,PatentOffice,TheChurch, ,Catholic,LDS,Buddha,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、倪陜光熱を集光しお、高枩を䜜る際、スチヌム゚ンゞンダむナモモヌタヌによる発電ず、熱電発電ナニットによる発電で、どちらがどのぐらい良いかに぀いお、蚈算や解析をしお、答えを芋぀けおいた。 吉野カズトラ宇宙䞖界皇垝は、特に、スチヌム゚ンゞンダむナモモヌタヌによる発電ず、熱電発電ナニットによる発電で、どちらがどのぐらい、(i)YosinoAdvancedEnergy 盎に䜜るれるか、(ii)KazutoraYoshinoUniverseEnergy 効率が良いか、(iii)KazutorYoshinoUniverseEmpire コストパフォヌマンスが良いか、に぀いお、蚈算や解析をしお、答えを芋぀けおいた。 熱電発電で、カズトラ・れヌベック効果を甚いるず、ΔαΔεΔである。 蚈算・解析の結果 雪が降っお雪が積もったり積雪量が倚くお、晎れたりするのが頻繁に起こる地域新期、埌玉、マサチュヌセッツボストン、コロラドボヌルダヌ、りィスコンシンマディ゜ン、プラットビル、アむスランド、等では、枩床差発電熱電発電ナニットによる発電の方が向いおいる。぀たり、熱電発電による倪陜光熱発電や地熱発電が、向いおいる。 日がい぀も出おいお、近くに井戞氎、湖源泉、川、海等がある地域オヌストラリア、むンド掋、アラブ海、アむスランド、等では、スチヌム゚ンゞンダむナモモヌタヌによる発電が向いおいる。぀たり、スチヌム゚ンゞンダむナモモヌタヌによる倪陜光熱発電や地熱発電が、向いおいる。FIG. 232 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing , KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, TI, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, PatentOffice, TheChur more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) When making a high temperature, I calculated and analyzed which is better, power generation by steam engine + dynamo motor or power generation by thermoelectric power generation unit, and found the answer. Kazutora Yoshino, the Emperor of the Universe, in particular, which of the steam engine + dynamo motor power generation and the thermoelectric power generation unit can directly produce (i) YosinoAdvancedEnergy, (ii) KazutoraYoshinoUniverseEnergy efficiency, (iii) ) KazutorYoshinoUniverseEmpire I did some calculations and analysis to find the answer as to whether the cost performance was good. When the Kazutra-Zebeck effect is used in thermoelectric power generation, ΔV = αΔT = (ε / q) (ΔT / T). Calculation and analysis results: Areas where snow falls and snow accumulates (heavy snowfall) and often clears (Niigata, Saitama, Massachusetts (Boston), Colorado (Boulder), Wisconsin (Madison, Prattville) ), Iceland, etc.), power generation by temperature difference power generation (thermoelectric power generation unit) is more suitable. In other words, solar thermal power generation and geothermal power generation by thermoelectric power generation are suitable. In areas where the sun is always out and there are well water, lakes (sources), rivers, seas, etc. (Australia, Indian Ocean, Arab Sea, Iceland, etc.), power generation by steam engine + dynamo motor is suitable. .. In other words, solar thermal power generation and geothermal power generation using a steam engine + dynamo motor are suitable. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,TI,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,PatentOffice,TheChurch, ,Catholic,LDS,Buddha,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、倪陜光熱集光熱システムを䜜っおいた。 吉野カズトラ宇宙䞖界皇垝は、玄の倪陜光熱システムのナニット、玄〜玄に぀いお蚈算をしおいた。 雚などで鏡の衚面が曇り反射効率が、玄ずしお、集光熱郚鉄板等での反射率が、玄だずしお、集光熱郚鉄板等が攟熱するず、集光熱郚鉄板等ぞの熱は、玄〜になる。 鏡による光の集䞭集光の面積の玄に、集光熱郚鉄板等があるなら、集光熱郚鉄板等ぞの熱は、玄〜になる。 色々改善しお、玄の熱が、集光熱郚鉄板等や料理に、来るずする。 鉄板玄の盎埄で玄の厚さずするやフラむパンは、玄分で、玄〜℃ぐらいになる。 氎玄の盎埄で玄の厚さずするは、玄分で、玄〜℃ぐらいになる。 氎は、氎蒞気にするのに、気化熱にも゚ネルギヌが、数倍必芁であるので、玄分〜分ぐらい。 ぀たり、料理をするなら沞隰させたり、焌いたりするなら、氎玄の盎埄で玄の厚さずするや料理材料玄の盎埄で玄の厚さで氎をぐらい含んでいるずするは、玄分〜分ぐらいかかる。 ガス火玄で、盎接、熱するなら、分ぐらいで、料理出来る沞隰させたり、焌けるので、倪陜光熱システムのナニットは、ガスコンロのぐらいの熱効果があるので、玄ナニッツぐらいあるず、ガスコンロレベルになる。 倪陜光熱システムのナニットの材料費が䞇円で、䜜成に玄週間かかるなら、ナニットで䞇円で、䜜成に玄週間かかる。぀たり、時間に比䟋した、劎働費もある皋床掛る。 ガスコンロ玄は、玄円であり、ガスボンベ本円で、時間連続で䜿える皋の゚ネルギヌ量である。 ぀たり、倪陜光熱システムで、玄時間の倪陜光熱を掻甚しお、初めお、倪陜光熱システムは、ガスコンロに勝るこずが可胜になる。 しかし、盎射日光が圓たるの日が、週間日間に日で、その日の盎射日光を時間だずするず、カ月で時間であり、幎で時間である。 玄幎時間時間幎で、初めお、倪陜光熱システムは、ガスコンロに勝るこずが可胜になる。 倪陜光熱システムの寿呜は、玄幎なので、玄幎埌以降、玄幎分で、䞇円分の゚ネルギヌ生産をしおくれるこずになる。 䞇円の投資が、幎で、玄倍になるずいうのは、投資ずしおは、たあたあだが、ガスコンロのように二酞化炭玠を出さないクリヌンで゚コな゚ネルギヌなので、゚コ地球環境改善に朚を䜿う人達は、導入をするのも可胜になるだろう。 ずもあれ、熱を甚いお、食べ物の玠材・材料や氎等を沞隰させたり蒞発させお料理をする茹でる、焌く、等ずいうこずは、殺菌などに぀いお比范的安党であるが、比范的゚ネルギヌ効率はたあたあな手段や方法である。 料理の厚さず圢ず倧きさ熱で、料理をする玄際は、出来るだけ薄い料理ポテトチップスやフィルム食品スナックや风シヌトのような薄い食品が゚ネルギヌ効率が良い。人の舌の倧きさに䞁床よくフィットするぐらいの倧きさが良い。圢は、長方圢や楕円圢が良い。぀たり、ポテトチップスのような圢や薄いスナックやシヌト型の盎方䜓型のフィルム食品スナックや风シヌトのような食べ物が、良い。 ミルク料理をするずは、加熱・加圧をするこずによっお、殺菌をするこずが倚い。玠材が綺麗な枅朔で安党な際、倪陜光熱システム等で、䜓枩皋床に枩めたお湯に、小麊粉米粉や砂糖やプロテむンパりダヌビタミンやミネラル入りを混ぜお、飲むのが゚ネルギヌ効率の良い料理手段や方法である。母乳やミルクを飲む赀ちゃんが、最も効率の良い食糧確保食糧摂取を行っおいる。倧人は、殺菌などに付いお安党性を埗るために、料理ずいう比范的゚ネルギヌ効率がたあたあだが比范的安党な手段や方法によっお、食糧確保食糧摂取を行っおいる。 雚倪陜光熱発電システムにある衚面玠材䟋えば、鏡の衚面ガラス、倪陜電池の衚面ガラス、等、は、雚などによっお、氎滎が溜たり、氎滎に埃が吞着されお、光を散乱させおしたい、鏡の反射効率や、倪陜電池の光゚ネルギヌ吞収率が、枛じお、゚ネルギヌ効率の最倧倀を出せないこずがある。システムを屋根の䞋に眮くか、システムに屋根を付けるか、雚の日には、ビニヌル等のシヌトやスクリヌンで、鏡や倪陜電池を芆っお、衚面ず゚ネルギヌ効率等を保護するこずも可胜である。 鳥鳥は、颚力発電システム颚車や倪陜光熱システムの鏡等に、衝突しお、墜萜しおくるこずがある。ゞェット゚ンゞンに鳥が入っお来るこずもあるが、これに状況が䌌おいる。クリアなガラス窓に、鳥が衝突しお、墜萜するこずもあるが、たたになので、倧問題ずたでは、蚀わないが、解決すべき課題の䞀぀である。食甚可胜な鳥ならば、倪陜光熱システムで、焌き鳥にしお、食べるこずも可胜である。FIG. 233 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Solar Energy Generator System) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing , KazutoraYoshinoAnimeStudio, AmericanMathematicalSociety, Bioinformatics, NIH, TI, 3D TechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, PatentOffice, TheChur more.) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Was making. Kazutra Yoshino, the Emperor of the Universe, was calculating about one unit of a solar (heat) system of about 4mx2m, about 6kW to about 8kW. The surface of the mirror becomes cloudy due to rain, etc. The reflection efficiency is about 80%, and the light-collecting (heat) part (iron plate, etc.) has a light-collecting (heat) part (iron plate, etc.) of about 90%. When 90% of the heat is dissipated, the heat to the condensing (heat) part (iron plate or the like) becomes about 0.8% (42W to 64W). If there is a condensing (heat) part (iron plate, etc.) in about 50% of the area of light concentration (condensing) by the mirror, the heat to the condensing (heat) part (iron plate, etc.) is about 0.4. % (21W to 32W). It is assumed that various improvements are made and that about 100 W of heat comes to the condensing (heat) part (iron plate, etc.) and cooking. An iron plate (with a diameter of about 20 cm and a thickness of about 1 mm) and a frying pan will reach about 80 to 100 ° C in about 3 minutes. Water (with a diameter of about 20 cm and a thickness of about 1 mm) reaches about 80 to 100 ° C in about 3 minutes. Water requires energy (several times) for the heat of vaporization (to make it steam), so it takes about 10 to 30 minutes. In other words, if you are cooking (to boil or bake), water (about 20 cm in diameter and about 1 mm thick) and cooking ingredients (about 20 cm in diameter and about 1 mm thick and 50% water). It takes about 10 to 30 minutes. If you heat it directly with a gas fire (about 3 kW), you can cook (boil or bake) in about 3 minutes, so one unit of the solar (heat) system has a heat effect of about 10% of the gas stove. There is, so if you have about 10 units, it will be at the gas stove level. If the material cost of one unit of a solar (heat) system is 30,000 yen and it takes about one week to make it, it costs 300,000 yen for 10 units and it takes about 10 weeks to make it. (That is, it costs a certain amount of labor cost proportional to the time.) The gas stove (about 3 kW) is about 1500 yen, and one gas cylinder (100 yen) is enough energy to be used continuously for 1.5 hours. .. In other words, the solar (heat) system can surpass the gas stove for the first time by utilizing the sunlight (heat) for about 3000 hours. However, if the day of direct sunlight is one day in a week (7 days) and the direct sunlight of that day is 3 hours, it is 12 hours in a month and 144 hours in a year. For the first time in about 20 years (= 3000 (hours) / 144 (hours / year)), the solar (heat) system will be able to surpass the gas stove. Since the life of the solar (heat) system is about 100 years, it will produce 1.2 million yen worth of energy in about 80 years after about 20 years. The investment of 300,000 yen will be about four times as much in 100 years, which is a reasonable investment, but it is a clean and eco-friendly energy that does not emit carbon dioxide like a gas stove, so it is eco-friendly (improvement of the global environment). Those who use wood will be able to introduce it. In any case, using heat to boil or evaporate food ingredients, water, etc. (boil, bake, etc.) is relatively safe for sterilization, but it is relatively energy efficient. It's a decent means and method. Thickness, shape and size of food: When cooking (about) with heat, the thinnest possible food (thin foods such as potato chips and film foods (snack and candy sheets)) is energy efficient. It should be large enough to fit the size of a person's tongue. The shape should be rectangular or oval. In other words, foods such as potato chips and thin snacks and sheet-type rectangular parallelepiped film foods (snack and candy sheets) are good. Milk: When cooking, it is often sterilized by heating and pressurizing. When the ingredients are clean (clean and safe), mix wheat flour (rice flour), sugar and protein powder (plus vitamins and minerals) with hot water warmed to about body temperature using a sunlight (heat) system, etc., and drink. Is an energy-efficient cooking method and method. Babies who drink breast milk or milk have the most efficient food security (food intake). Adults secure food (food intake) by means of cooking, which is a relatively energy-efficient but relatively safe means and method, in order to obtain safety for sterilization and the like. Rain: The surface materials in solar (heat) power generation systems (for example, the surface glass of mirrors, the surface glass of solar cells, etc.) collect water droplets due to rain, etc., and dust is adsorbed on the water droplets to emit light. The reflection efficiency of the mirror and the light energy absorption rate of the solar cell may be reduced due to scattering, and the maximum value of the energy efficiency may not be obtained. Place the system under the roof, roof the system, or, on rainy days, cover the mirror or solar cell with a sheet or screen of vinyl to protect the surface (and energy efficiency). It is possible. Birds: Birds can collide with the mirrors of wind power systems (windmills) and solar (heat) systems and crash. Birds sometimes come into jet engines, but the situation is similar. Birds may collide with clear glass windows and crash, but since it is occasionally, it is one of the problems to be solved, though not a big problem. If it is an edible bird, it can be made into yakitori and eaten with a solar (heat) system. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Salt Battery)Lovely, LumyGroup(Lumy,ATK,DepartmentOfDefense,DepartmentOfEnergy,IBM,NASA,Boeing,GeneralElectric,GeneralMotor,HewlettePackard,ShinYoshinoPhotoStudio,KazutoraYoshinoAnimeStudio,AmericanMathematicalSociety,Bioinformatics,NIH,TI,3DTechnologyForEngine,FoodScience,Paramount,Universal,Sony,Sharp,Marvel,Hollywood,California, Convinient Stores, Convinience Stores,Lego,Lux,PatentOffice,TheChurch, ,Catholic,LDS,Buddha,more.)3D Technology .YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野カズトラ宇宙䞖界皇垝は、塩電池海氎電池を䜜っおいた。 海氎ず淡氎を亀互に䞊べお、その間を、陜むオン亀換膜ず陰むオン亀換膜で、亀互に仕切る。 Q(t) = Sd*(1-exp(-kt))*(e*Vol)I(t)=Sd*k*(exp(-kt))* (e*Vol)V(t)=(Sd/C)*(1-exp(-kt))* (e*Vol)P(t)= ((Sd^2)/C)*(1-exp(-kt))* (exp(-kt))* (e*Vol)^2 である。Sd=0.03 if sea water 海氎なら、の食塩氎 若し、thalfの時間(秒)[s]䟋えば、100[s]で海氎量Vol[L]にあるむオンの半分1/2が、隣のコンパヌトメントに移り入ったなら、exp(-k*thalf)=exp(-k*(100))=1/2ずなり、k=(2.7^(1/2))/thalf=0.016[1/s]になる。 I(t=0)=Sd*k*e*Vol なので、1[L]=10^(-3)[m^3]の海氎の際、 I(t=0)=0.03[1/L]*0.016[1/s]*1.6*10^(-19)[C]*1[L]=7.7*10^(-23) [A] I(t=0)=0.03[1/m^3]*0.016[1/s]*1.6*10^(-19)[C]*10^(-3)[L]=7.7*10^(-26) [A] である。 ぀たり、7.7Aの電流を䜜るのに、玄10^(23)[L]の海氎ず玄10^(23)[L]の淡氎が必芁になる。 ぀たり、1Aの電流を䜜るのに、玄1.3*10^(22)[L]の海氎ず玄1.3*10^(22)[L]の淡氎が必芁になる。 I(t=0)=0.03[1/L]*0.016[1/s]*1.6*10^(-19)[C]* 1.3*10^(22) [L]=1[A] Q(t)=CV(t)であり、 V(t=0)= (Sd/C)* (e*Vol) C=1fなら、V(t=0)= (0.03[1/L]/1[F])* (1.6*10^(-19)[C]* 1.3*10^(22) [L])=62.4[V] P(t=thalf)= ((Sd^2)/(4*C))* (e*Vol)^2 なので、 P(t=thalf)= (0.03^2[1/L^2]/4*1[F])* ((1.6*10^(-19)[C]* 1.3*10^(22) [L]))^2=468 [W] である。 1.3*10^(22)[L]=1.3*10^(19)[m^3] であるので、5*10^(6)[m]=5*10^(3)[km]=5000[km]の蟺の長さの立方䜓の氎量である。FIG. 234 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Universe (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Salt Battery) Lovely, LumyGroup (Lumy, ATK, DepartmentOfDefense, DepartmentOfEnergy, IBM, NASA, Boeing , AmericanMathematicalSociety, Bioinformatics, NIH, TI, 3DTechnologyForEngine, FoodScience, Paramount, Universal, Sony, Sharp, Marvel, Hollywood, California, Convinient Stores, Convinience Stores, Lego, Lux, PatentOffice, TheChurch,, Catholic, LDS ) 3D Technology I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen) III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Seawater and freshwater are arranged alternately, and the space between them is alternately partitioned by a cation exchange membrane and an anion exchange membrane. Q (t) = Sd * (1-exp (-kt)) * (e * Vol) I (t) = Sd * k * (exp (-kt)) * (e * Vol) V (t) = ( Sd / C) * (1-exp (-kt)) * (e * Vol) P (t) = ((Sd ^ 2) / C) * (1-exp (-kt)) * (exp (-kt) )) * (e * Vol) ^ 2. Sd = 0.03 if sea water (3% saline for seawater) If thalf time (seconds) [s] (eg 100 [s]), half of the ions in the amount of seawater (Vol [L]) If (1/2) moves into the next compartment, then exp (-k * thalf) = exp (-k * (100)) = 1/2 and k = (2.7 ^ (1/2)) / thalf = 0.016 [1 / s]. Since I (t = 0) = Sd * k * e * Vol, I (t = 0) = 0.03 [1 / L] in the seawater of 1 [L] = 10 ^ (-3) [m ^ 3] * 0.016 [1 / s] * 1.6 * 10 ^ (-19) [C] * 1 [L] = 7.7 * 10 ^ (-23) [A] I (t = 0) = 0.03 [1 / m ^ 3 ] * 0.016 [1 / s] * 1.6 * 10 ^ (-19) [C] * 10 ^ (-3) [L] = 7.7 * 10 ^ (-26) [A]. In other words, about 10 ^ (23) [L] of seawater and about 10 ^ (23) [L] of fresh water are required to generate a current of 7.7A. In other words, about 1.3 * 10 ^ (22) [L] of seawater and about 1.3 * 10 ^ (22) [L] of fresh water are required to generate a current of 1A. I (t = 0) = 0.03 [1 / L] * 0.016 [1 / s] * 1.6 * 10 ^ (-19) [C] * 1.3 * 10 ^ (22) [L] = 1 [A] Q ( If t) = CV (t) and V (t = 0) = (Sd / C) * (e * Vol) C = 1f, then V (t = 0) = (0.03 [1 / L] / 1 [ F]) * (1.6 * 10 ^ (-19) [C] * 1.3 * 10 ^ (22) [L]) = 62.4 [V] P (t = thalf) = ((Sd ^ 2) / (4 * C)) * (e * Vol) ^ 2, so P (t = thalf) = (0.03 ^ 2 [1 / L ^ 2] / 4 * 1 [F]) * ((1.6 * 10 ^ (-19)) [C] * 1.3 * 10 ^ (22) [L])) ^ 2 = 468 [W]. Since 1.3 * 10 ^ (22) [L] = 1.3 * 10 ^ (19) [m ^ 3], 5 * 10 ^ (6) [m] = 5 * 10 ^ (3) [km] = 5000 The amount of water in a cube with a side length of [km]. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Salt Battery)Lovely, LumyGroup(3D Technology).YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) 吉野䞀虎宇宙䞖界皇垝は、颚力発千システムを開発しおいたが、埌玉県入間垂䞋藀沢−の吉野信法王邞の駐車堎では、颚がタヌビュラントで、䞀定方向に颚が吹かずに、颚は埀埩的な動き振動的なダむナミクスを持っおいた。 吉野䞀虎皇垝は、その為、振動板を甚いた、颚力発電システムを開発しおいた。颚に煜られお振動する振動板を発電機ダむナモモヌタヌやオプションギダに取り付けお、発電する。振動板は、䞋から支えられおいる圢態でも、若しくは、䞊から吊るされおいる圢態でも良い。䞊から吊るされおいる際は、振動板の固有振動数ωに、颚の埀埩振動数が、ある皋床䞀臎するように振動板の長さ等を遞んで蚭蚈する。颚の埀埩振動数は、平均振動数でも良い、若しくは、フヌリ゚倉換した際の、最倧項の振動数を遞び、それに合わせお、振動板を蚭蚈する。぀たり、(wn')s.t.(an' >= an for all n in Nature)s.t.(f(t)=Sigma(an*e(-iwnt)))であるようなフヌリ゚振動数wn'を遞ぶ。この際、ニュヌトン法等を甚いお、颚力の埀埩などの振動運動力に、最適な振動板の振動数の数倀的な解を求めお、振動板を蚭蚈しおも良い。FIG. 235 is an image conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Salt Battery) Lovely, LumyGroup (3D Technology) I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II. KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Kazutora Yoshino The Space World Emperor was developing a wind power generation system, but in the parking lot of Yoshino Shinpo's residence at 550-11 Shimofujisawa, Irima City, Saitama Prefecture, the wind was turbulent. The wind had a reciprocating movement (vibrating dynamics) without the wind blowing in one direction. For that reason, Emperor Kazutora Yoshino was developing a wind power generation system using a diaphragm. A diaphragm that vibrates due to the wind is attached to a generator (dynamo motor or optional gear) to generate electricity. The diaphragm may be supported from below or suspended from above. When suspended from above, the length of the diaphragm, etc. so that the natural frequency ω = (g / l) ^ (0.5) of the diaphragm matches the reciprocating frequency of the wind (to some extent). Choose and design. The reciprocating frequency of the wind may be the average frequency, or the frequency of the maximum term when Fourier transformed is selected, and the diaphragm is designed according to it. That is, select a Fourier frequency (wn') such that (wn') s.t. (an'> = an for all n in Nature) s.t. (f (t) = Sigma (an * e (-iwnt))). .. At this time, the diaphragm may be designed by using the Newton's method or the like to obtain a numerical solution of the optimum frequency of the diaphragm for the vibration motion (force) such as the reciprocation of the wind force. 図は、゚コロゞヌ・゚ネルギヌ・システム・アプリケヌション吉野䞀虎宇宙䞖界皇垝の䞀虎戊略ペシノカズトラタむガヌストラテゞヌのむメヌゞ抂念図である。Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Salt Battery)Lovely, LumyGroup(3D Technology).YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen)II.KazutoraYoshinoUniverseEnergy (Ashley Ayame Yoshino Queen)III.KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System Business ModelLovely, 吉野䞀虎宇宙䞖界皇垝は、倪陜光熱発電システムを、元々、金属を溶かしお、貎金属や銃や匟䞞などの歊噚を䜜るこずに甚いようずしおいた青組グルヌプ。しかし、あたり倧きくない土地では、吉野信法王ず吉野友子女王が、小型の倪陜光熱発電システムぐらいを䜜っおいたので、熱゚ネルギヌの利甚で、吉野留利子女王倩界人倩接人赀組グルヌプ矎女ず吉野綟子女王囜接人玫組グルヌプ矎女の間で、矎人・矎女・倩囜戊争ビゞネスモデルの戊いが起きおいた。吉野留利子女王赀組グルヌプ矎女は、埌玉の日射量を掻かしお、倪陜光熱゚ネルギヌを甚いお鉄板やフラむパンを熱しお、ステヌキやハンバヌグやピザやパンを焌いお料理をするビゞネスモデルを構築しお展開したのに察しお、吉野綟子女王玫組グルヌプ矎女は、新期の地の利を生かしお、倪陜光熱゚ネルギヌを甚いお海氎を塩ず飲料氎に分離するず同時に、発電やお湯コヌヒヌ、玅茶、ラヌメン、うどん、等のビゞネスを構築しお展開した。しかし、吉野留利子女王ず吉野綟子女王は、ビゞネスをスタヌトするための資本金を獲埗するために、音楜によっお競い合い、吉野留利子の歌唱力歌謡曲等ず、吉野綟子女王の楜噚フルヌト等の挔奏胜力による戊いファンドレむゞングりォヌズYoshino Music Group Warsになった。実のずころ、どちらがより可愛いかずかより矎人矎女かずいう刀定基準もあり、矎しさに぀いおは、吉野綟子女王が勝っおいたが、歌唱力ずパフォヌマンスで、吉野留利子女王が、総合的に圧勝した。続く。FIG. 236 is a conceptual diagram of an ecology energy system application (Kazutora Yoshino, Ichitora Strategy of the Emperor of the Space World (Yoshino Kazutra Tiger Strategy)). Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Energy Efficiency Strategy (Kazutora Yoshino Emperor's Kazutora Yoshino Universe Energy Empire: Salt Battery) Lovely, LumyGroup (3D Technology) I.YoshinoAdvancedEnergy (Krystal Hikari Yoshino Queen) II. KazutoraYoshinoUniverseEmpire (Rebecca Haru Yoshino Queen) Yoshino UniverseKazutora Yoshino Universe EmpireKazutora Yoshino Emperor's Solar Energy Generator System Business ModelLovely I was trying to use it to make (Aogumi group). However, in a land that is not very large, Queen Yoshino and Queen Tomoko Yoshino made a small solar thermal power generation system, so by using thermal energy, Queen Yoshino Ruriko (Tenkaijin (Tianjin)) (red). There was a beauty, beauty, and heaven war (business model battle) between the beauty (group group) and Queen Ayako Yoshino (Kunizu) (purple group) beauty. Queen Ayako Yoshino (Akagumi Group) is a business model that uses the amount of solar radiation in Saitama to heat an iron plate (or frying pan) using solar heat energy to bake steaks, hamburgers, pizzas, and breads. On the other hand, Queen Ayako Yoshino (Shigumi Group) beauty made use of the advantage of the land of Niigata to separate seawater into salt and drinking water using solar heat energy, and at the same time, generated power and hot water (hot water). We built and developed a business of coffee, tea, ramen, udon, etc.). However, Queen Ayako Yoshino and Queen Ayako Yoshino competed by music to obtain the capital to start a business, and Ruriko Yoshino's singing ability (songs, etc.) and Queen Ayako Yoshino's musical instrument (flute). Etc.) It became a battle (Fundraising Wars: Yoshino Music Group Wars) by the playing ability. As a matter of fact, there is also a criterion to judge which is more cute or more beautiful (beautiful woman), and Queen Ayako Yoshino was superior in terms of beauty, but in terms of singing ability and performance, Queen Ruriko Yoshino was overall. I won overwhelmingly. Continue.

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