JP2020189630A - Radio telescope relay broadcast system for escaping solar system and continuing to reflect stars far away - Google Patents
Radio telescope relay broadcast system for escaping solar system and continuing to reflect stars far away Download PDFInfo
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本発明は、地上から地球引力圏を世界最速で脱出擦る事と太陽系軌道を脱出して、次の銀河系引力圏周回路で、太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに関するもので有る。 The present invention relates to a radio telescope relay broadcasting system that escapes from the ground at the fastest speed in the world and escapes from the orbit of the solar system, and then escapes from the solar system and continues to project stars far away in the next galaxy gravitational sphere circuit. It is a thing.
太陽系の、太陽光が当たって、発電擦る太陽光ソーラーパネル発電の電気供給には、太陽光及び他の星の光の光度量には、距離的限界が有った。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 In the solar system, the electricity supply of photovoltaic solar panel power generation, which is exposed to sunlight and rubs, has a distance limit on the amount of sunlight and the light of other stars. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
太陽系の裏側まで、映す光吸収増幅ソーラーパネル発電技術が無かった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was no light absorption amplification solar panel power generation technology to project to the back side of the solar system. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
地上から、地球軌道の大気圏外の地球軌道に乗せる燃料ポンプの数量と重さの制限技術に限度が有った。 There was a limit to the technology for limiting the number and weight of fuel pumps that could be placed in Earth orbit outside the atmosphere of Earth orbit from the ground.
地上から宇宙を映し出す高出力電波天体望遠鏡に距離撮影限界が有った。 The high-power radio astronomical telescope that projects the universe from the ground had a limit for distance photography.
宇宙使用での燃料電池及びリチウム充電池の充電池貯蓄充電量に限界が有った。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was a limit to the amount of rechargeable battery storage and charge for fuel cells and lithium rechargeable batteries for space use. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
ロケット本体を軽く擦る電気回路のコイルの重量には、銅コイルの重さに限界が有った。(登録実用新案第3203106号公報の国の全額借金返済と都道府県市町村区の全額借金返済に対して知事の回答が無い対策として、時効の無い国の借金返済対策として美瑛まちの庶民全体の生活権維持を守る為の知的所有財産の著作権活用と先著作権技術主張を美瑛まちが優先し、電気スピードと同じ速さで電気を流す事の出来る高出力銅筒管コイル配線と無金属二重配線に対しての知的所有財産の盗作防止の為の先著作権活用公開技術。)。 There was a limit to the weight of the copper coil in the weight of the coil of the electric circuit that lightly rubs the rocket body. (As a measure against the full debt repayment of the country and the full debt repayment of the prefectures, cities, towns and villages in the Registered Utility Model No. 3203106, as a measure against the debt repayment of the country without statute of limitations, the life of the entire people of Biei Town Biei Machi gives priority to the utilization of copyrights of intellectual property and prior copyright technology claims to protect the maintenance of rights, and high-power copper tube coil wiring and metal-free that can flow electricity at the same speed as electric speed. Prior copyright utilization public technology to prevent theft of intellectual property for double wiring.).
ロケット本体の電気使用する回路の回路配線の細さには、回路配線の作り方に限界が有った。 There was a limit to how to make the circuit wiring in the fineness of the circuit wiring of the circuit that uses electricity of the rocket body.
宇宙空間で使用するプラス温度計とマイナス温度計の計測幅には、マイナス計測限界が有った。 There was a negative measurement limit in the measurement range of the positive and negative thermometers used in outer space.
宇宙空間で使用する高感度レンズのハイビジョンカメラのアクリルガラスレンズしか無かった。 There was only an acrylic glass lens for a high-definition camera, which is a high-sensitivity lens used in outer space.
宇宙空間で使用する高感度レンズのハイビジョンカメラの画像認識データ変換装置のCCD技術には、スピード画像認識にスピード限界が有った。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 The CCD technology of the image recognition data converter of a high-definition camera with a high-sensitivity lens used in outer space has a speed limit for speed image recognition. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で使用する高感度レンズのハイビジョンカメラの画像認識データ変換装置のCCD技術のマイナス凍結作動に疑問が有った。(特開公報2013―093896号の国の全額借金返済と都道府県市町村区の全額借金返済の為の著作権先技術主張の高出力高画質発電ビデオテレビシステム。)。(軽水素トリチウム電子ガス入りのテレビビデオインターネット防犯の映像音声システムに対して企業側が、国と都道府県市町村区と世界特許権無しで、家電製品に軽水素トリチウム電子ガスの回路技術の勝手使用によって知的所有財産の技術横領共謀で国も都道府県市町村区も著作権盗作によって罰せられます。)。 There was a question about the negative freezing operation of the CCD technology of the image recognition data converter of the high-definition camera of the high-sensitivity lens used in outer space. (Japanese Patent Laid-Open No. 2013-093896, a high-output, high-quality power generation video television system claimed by the copyrighted technology for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages.) (For TV video Internet security video and audio systems containing light hydrogen tritium electron gas, companies have used the circuit technology of light hydrogen tritium electron gas for home appliances without national and prefectural municipalities and world patent rights. Both the state and prefectures are punished for copyright theft due to the embezzlement of technology of intellectual property.)
地上から、地球軌道の大気圏外の地球軌道に乗せる燃料の通常水素には、限界が有った。 There was a limit to the amount of normal hydrogen fuel that can be put into the earth's orbit outside the atmosphere of the earth's orbit from the ground.
宇宙空間で使用する高感度レンズのハイビジョンカメラの映像回路には宇宙活動マグマ磁場の影響を考えた磁力線磁場の修正整正する宇宙空間技術が無かった。 In the video circuit of a high-definition camera with a high-sensitivity lens used in outer space, there was no space technology to correct and correct the magnetic field line magnetic field considering the influence of the space activity magma magnetic field.
宇宙空間で使用する高出力銅筒管コイル配線積載の高感度マイク技術が無かった There was no high-sensitivity microphone technology for high-power copper tube coil wiring loading used in outer space.
宇宙空間で使用するソーラーパネルシリコンパネルに代わる水素入り圧電素子磁石体粒子入りシリコンの高出力シリコン技術が無かった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was no high-power silicon technology for hydrogen-containing piezoelectric element magnet particle-containing silicon to replace solar panel silicon panels used in outer space. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で使用するソーラーパネル発電技術を使ったリチウム充電池以外の充電貯蓄時間の長い充電池が無かった。 There was no rechargeable battery with a long charge and storage time other than the lithium rechargeable battery using the solar panel power generation technology used in outer space.
地上から、地球軌道の大気圏外の地球軌道に乗せる為の、燃料ポンプの高速燃料ポンプには、貯蓄電気量に限界が有った。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was a limit to the amount of electricity stored in high-speed fuel pumps, which are fuel pumps that can be put into the earth's orbit outside the atmosphere of the earth's orbit from the ground. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
地上から、地球軌道の大気圏外の地球軌道に乗せる為の、燃料ポンプの高速燃料ポンプ作動の電気量に対する軽量発電技術には、モーターダイナモ重さに限界が有った。 There was a limit to the weight of the motor dynamo in the lightweight power generation technology for the amount of electricity of the high-speed fuel pump operation of the fuel pump to put it in the earth orbit outside the atmosphere of the earth orbit from the ground.
地上から、地球軌道の大気圏外の地球軌道に乗せる為の、燃料ポンプの高速燃料ポンプ作動の電気量に対する軽量発電技術には、電磁誘導発電の発電量に限界が有った。 There was a limit to the amount of electromagnetic induction power generation in the lightweight power generation technology for the amount of electricity of high-speed fuel pump operation of the fuel pump to put it on the earth orbit outside the atmosphere of the earth orbit from the ground.
宇宙空間で活動する宇宙ロケットロボットのモーター重量とモーターに使用する電気量が少ない欠点が有った。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was a drawback that the weight of the motor of the space rocket robot operating in outer space and the amount of electricity used for the motor were small. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で活動する宇宙ロケットロボットの発電機には、ソーラーパネルしか無かった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 The only generator for space rocket robots operating in outer space was solar panels. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で活動する宇宙ロケットロボットのモーターの電気消費量が、多過ぎた。(登録実用新案第3206065号公報の国の全額借金返済擦る事と農業漁業林業中小企業の自給自足社会と共産党時代から続く企業資産の上の農業漁業林業中小企業合併の世界一銀行を作る為の高出力六角形状圧電素子連結発電回路型コイル無ライトレールモーターシステム装置。)。 The electricity consumption of the motor of a space rocket robot operating in outer space was too high. (Registration Practical New Plan No. 32060665 Gazette for full debt repayment of the country and agriculture, fisheries and forestry SMEs' self-sufficiency society and agriculture, fisheries and forestry SMEs merged on corporate assets since the Communist Party era High-power hexagonal piezoelectric element connected power generation circuit type coilless light rail motor system device.).
宇宙空間で活動する宇宙ロケットロボットカメラの画像認識するCCDの画像認識スピードが遅すぎた。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 The image recognition speed of the CCD that recognizes the image of the space rocket robot camera operating in outer space was too slow. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で活動する宇宙ロケットロボットカメラの画像認識映像回路の色認識回路の太陽磁場及び宇宙磁場に対処擦る技術が無かった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was no technology to deal with the solar magnetic field and the cosmic magnetic field of the color recognition circuit of the image recognition video circuit of the space rocket robot camera operating in outer space. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で活動する宇宙ロケットロボットの回路配線には、全自動レアーアース回路基板配線取り込み技術しかなかった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 The only circuit wiring for space rocket robots operating in outer space was the fully automatic rare earth circuit board wiring capture technology. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で活動する宇宙ロケットロボット電波望遠鏡備え付けのライト技術が無かった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was no light technology installed in the space rocket robot radio telescope that operates in outer space. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間で活動する宇宙ロケットロボットの地球人工衛星発信の宇宙ロケットロボットの全自動システムの位置認識確認作動システムが無かった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。 There was no position recognition confirmation operation system for the fully automatic system of the space rocket robot transmitted by the earth artificial satellite of the space rocket robot operating in outer space. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
宇宙空間での、小型の星々で使用する宇宙火薬が無かった。 There was no space explosive used for small stars in outer space.
海外人工衛星技術に燃料ポンプ一つ技術と燃料ポンプ二つの電気供給関係の重量制限した場合から、此の二つの技術に成り、日本では、燃料ポンプ一つ技術に一度失敗してから、スクリュー燃料ポンプ吸引管とスクリュー供給管を取り付けた技術で無ければ、燃焼供給に対して大気圏外に出るまで、燃料供給を続ける技術そして燃料供給スピードを上げ続けなければ成らない事が一つと、燃料ポンプの数を二つにして、燃料供給量を増やし続ける方法がロケットを落とさずに地球大気圏外のバランス引力圏に浮かす手段に成るが、日本の宇宙開発機構の有る技術では燃料消費が多過ぎる事と、太陽系引力圏を、脱出する技術が無い事実の為、地上電波望遠鏡技術で見えない宇宙空間の星々を、太陽系引力圏害で、地上電波望遠鏡の中継の宇宙電波望遠鏡ロボットロケットを飛ばす事で、新たなる太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムを行う為に、全世界のロケット打ち上げ技術の欠点を解決擦るもので有る。 When the weight of one fuel pump technology and two fuel pumps related to electricity supply was limited to overseas artificial satellite technology, these two technologies became available. In Japan, after one fuel pump technology failed, screw fuel If it is not a technology that installs a pump suction pipe and a screw supply pipe, there is one thing that must be continued to supply fuel and increase the fuel supply speed until it goes out of the atmosphere with respect to the combustion supply. The method of halving the number and continuing to increase the fuel supply is a means to float in the balance attraction area outside the earth's atmosphere without dropping the rocket, but the technology with Japan's Space Development Organization consumes too much fuel. Due to the fact that there is no technology to escape the solar system attraction zone, the stars in outer space that cannot be seen by the terrestrial radio telescope technology can be blown by the space radio telescope robot rocket relayed by the terrestrial radio telescope due to the solar system attraction zone damage. In order to carry out a radio telescope relay broadcasting system that escapes from the new solar system and continues to project stars far away, it solves the shortcomings of rocket launch technology all over the world.
本発明のロケット燃料タンクの水素タンクの軽水素と重水素の割合を、5対5から軽水素6対重水素4の場合は、着火性の持続度を変えて、燃料ポンプのスクリュー吸引モーターとスクリュー供給管の取り付く燃料タンクに燃料タンクのスクリューポンプ加速に更なる高速スクリュータンク内の窒素重水素ガス加速スクリュー回転に依って、水素タンク内の加速を増す手段に成る。
更に、液体酸素タンクは液体酸素タンク内でスクリュー回転指せる必要つまり、酸素の回転追加加速しなければ、水素と酸素を使った燃焼スピードを上げる観点から、液体酸素タンク内のスクリュー回転指せる為の高出力六角形状圧電素子発電回路レールモーター羽根酸素回転加速装置が必要視去れる。
従って、水素タンク内をスクリュー回転し易い水素タンク内スクリュー形状と水素タンクに対して、超小型の別回転用タンクとして、窒素入り重水素は、通常の軽水素入り重水素依り、重い為に、質量違いに依って、予め容易去れて要る水素タンクスクリュー内壁タンクは、液体酸素タンクと水素タンクの合流点で、最初に水素ガス点火そして、酸素との燃焼に於いて、水素タンクポンプと液体酸素タンクポンプが前回に開くと同時に、予め超高速回転の窒素重水素加速ガスを開いて、水素タンク内の水素追加火力スピードを更に上げる事で、ロケットの瞬発燃料噴射度を上げる事で低燃費ロケット打ち上げ用のスクリュー回転ロケットエンジンに依って、大気圏外へ少しの燃料で加速そして、回転追加加速脱出出来るロボットロケットの太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システム
In the case of the ratio of light hydrogen to deuterium in the hydrogen tank of the rocket fuel tank of the present invention, from 5 to 5 to 6 to 6 to deuterium, the duration of ignitability is changed, and the screw suction motor of the fuel pump is used. Acceleration of the screw pump of the fuel tank to the fuel tank to which the screw supply pipe is attached Further acceleration of the nitrogen deuterium gas in the high-speed screw tank By the rotation of the screw, it becomes a means to increase the acceleration in the hydrogen tank.
Furthermore, the liquid oxygen tank needs to be able to rotate the screw in the liquid oxygen tank. In other words, if the rotation of oxygen is not further accelerated, the screw rotation in the liquid oxygen tank can be pointed from the viewpoint of increasing the combustion speed using hydrogen and oxygen. Output Hexagonal shape piezoelectric element Power generation circuit Rail motor Blade Oxygen rotation Accelerator is required.
Therefore, compared to the screw shape inside the hydrogen tank and the hydrogen tank, which are easy to screw rotate in the hydrogen tank, deuterium containing nitrogen is heavier than ordinary deuterium containing light hydrogen as an ultra-compact tank for separate rotation. Due to the difference in mass, the hydrogen tank screw inner wall tank, which needs to be easily removed in advance, is the confluence of the liquid oxygen tank and the hydrogen tank, first hydrogen gas ignition, and then the hydrogen tank pump and the liquid in the combustion with oxygen. At the same time as the oxygen tank pump opened last time, the ultra-high speed rotating nitrogen deuterium accelerating gas is opened in advance to further increase the hydrogen additional thermal power speed in the hydrogen tank, thereby increasing the instantaneous fuel injection degree of the rocket and reducing fuel consumption. A screw rotating rocket engine for launching a rocket accelerates out of the atmosphere with a little fuel, and further acceleration of rotation A radio telescope relay broadcasting system that continues to project stars far away through the solar system of a robot rocket that can escape
補足技術一つ目として、背景技術の一つ目の太陽系の、太陽光が当たって、発電擦る太陽光ソーラーパネル発電の電気供給には、太陽光及び他の星の光の光度量には、距離的限界が有ったに対しては、通常のソーラーパネルを炭素シリコンに変えた場合でも、地上発電と異なる為に、電気不足其のために、軽水素ガス入り炭素シリコンに変えると一段と発電量は、増えるが太陽系の太陽を背にした場合の太陽光吸収発電に対して、然程の充電量だが、此処での問題点は、24時間の太陽光充電を可能に擦る手段そして、太陽光の当たらない時間も、既に太陽光の残電気で、再び充電出来る技術に、高出力六角形状圧電素子発電回路を、ソーラーパネルの本体内側に内蔵擦る事で、遥か彼方の宇宙空間でも、ソーラーパネルの発電回路システムに少ない電気を流し続ける事で、多くの電気エネルギーを算出出来るシステムに成り、言わば軽水素入り圧電素子磁石体の電気圧縮連続発電技術に成り、特許の技術公開済の本著作権者の作品に成る。 As the first supplementary technology, the first of the background technologies, the solar system, which is exposed to sunlight and rubs against the electricity, is used for the electricity supply of solar solar panel power generation, and for the amount of light of sunlight and other stars. Although there was a distance limit, even if a normal solar panel was changed to carbon silicon, it would generate more power if it was changed to carbon silicon containing light hydrogen gas due to lack of electricity because it is different from ground power generation. Although the amount increases, it is a reasonable amount of charge for solar absorption power generation when the sun of the solar system is on the back, but the problem here is the means to rub the solar charge for 24 hours and the sun. By rubbing the high-power hexagonal piezoelectric element power generation circuit inside the main body of the solar panel, the solar can be recharged with the residual electricity of the sunlight even when it is not exposed to light. By continuing to pass a small amount of electricity through the power generation circuit system of the panel, it becomes a system that can calculate a lot of electric energy, so to speak, it becomes an electric compression continuous power generation technology of a piezoelectric element magnet body containing light hydrogen, and this work whose patented technology has been published. It becomes the work of the right holder.
補足技術二つ目として、背景技術の二つ目の太陽系の裏側まで、映す光吸収増幅ソーラーパネル発電技術が無かった。此の場合は、仮に他人の技術のリチウム充電池を使って説明擦ると、通常リチウム充電池は、プラスとマイナス極一つの充電池体に成り、オーバー充電に成ると充電池加熱擦るのが現状の様で有り、其の為に、本著作権者考案技術の、プラスとマイナス極一つの充電池体に対して、プラス極のみ一つ個体の充電池とマイナス極のみ一つ個体の充電池の充電手段の充電池構造にした場合は、充電量は、プラスとマイナス極一つの充電池体より、遥かに多くの充電量が期待出来ると同時に、発電回路を使った充電手段に於いて、電気充電センサーを用いて、充電池の燃焼及び爆発を避けたい事実に成る。 As a supplementary technology, there was no light absorption amplification solar panel power generation technology that reflects the back side of the solar system, which is the second background technology. In this case, if you explain using a lithium rechargeable battery of another person's technology, the current situation is that the lithium rechargeable battery usually becomes a rechargeable battery with one positive and negative pole, and when it becomes overcharged, the rechargeable battery is heated and rubbed. Therefore, for this purpose, for the rechargeable battery with one positive and negative poles, the rechargeable battery with only one positive pole and one rechargeable battery with only negative poles, which is the technology devised by the copyright holder. In the case of the rechargeable battery structure of the charging means of, the amount of charge can be expected to be much larger than that of the rechargeable battery body with one positive and negative poles, and at the same time, in the charging means using the power generation circuit, It becomes a fact that we want to avoid the burning and explosion of the rechargeable battery by using the electric charge sensor.
補足技術三つ目として、背景技術の三つ目の地上から、地球軌道の大気圏外の地球軌道に乗せる燃料ポンプの数量と重さの制限技術に限度が有った。此の場合は、ロケットの重量に対して、燃料ポンプの数を、少なくした場合は、加速出来ずに失速して、落下擦る事に成り、反対の燃料ポンプの数を増やす場合は、それに伴っての電気が必要に成り、発電機積載の重量余地は無く、責めてロケットタンク表皮のプラスとマイナスを、分けた充電池手段に成り、軽水素入り圧電素子磁石体のペーパー充電池として、シリコンを少し混ぜたペーパー軽水素入り圧電素子磁石体シリコンペーパー充電池の水素タンクマイナス極と液体酸素タンクプラス極の充電池ペーパーに成り六角形状の発電回路方式のポンプ数を増やすロケット技術に成り、何れにしても、竹灰入りグラスフアイバー燃料ポンプに成り、高出力圧電素子六角形状発電回路レールモーター燃料ポンプに成る。
然しながら、燃料回転追加加速の技術は、如何に多くの燃料を、増やし続ける燃料ポンプ数量技術に注目すべきと言える。
As a supplementary technology, there was a limit to the number and weight of fuel pumps that can be put into the earth's orbit outside the atmosphere of the earth's orbit from the ground, which is the third background technology. In this case, if the number of fuel pumps is reduced with respect to the weight of the rocket, it will not be able to accelerate and will stall and fall and rub, and if the number of opposite fuel pumps is increased, it will accompany it. There is no room for the weight of the generator to be loaded, and it becomes a rechargeable battery means that separates the plus and minus of the rocket tank skin, and silicon as a paper rechargeable battery of the piezoelectric element magnet body containing light hydrogen. Piezoelectric element with light hydrogen, magnet body, silicon paper, rechargeable battery paper with negative pole and liquid oxygen tank positive pole of rechargeable battery, and rocket technology to increase the number of hexagonal power generation circuit type pumps. Even so, it becomes a glass fiber fuel pump containing bamboo ash, and becomes a high-power piezoelectric element hexagonal power generation circuit rail motor fuel pump.
However, it can be said that the technology for additional acceleration of fuel rotation should pay attention to the fuel pump quantity technology that keeps increasing the amount of fuel.
補足技術四つ目として、背景技術の四つ目の地上から宇宙を映し出す高出力電波天体望遠鏡に距離撮影限界が有った。此の場合は、少なくても太陽系の軌道を脱出しなければ、日本の人工衛星のハヤブサは宇宙空間途中でソーラーパネル充電が出来なくなった理由から、交信不能に成り、海王星及び冥王星及び天王星及び新惑星発見止まりが、日本の企業総集結の技術でも、此の辺が技術限界で有るが、人間界と別の世界の地球生物技術は、他の国の技術の電波天体望遠鏡の見えない世界を、太陽系軌道脱出を、高出力六角形状圧電素子発電回路入りのソーラーパネル発電回路入り光度センサーとして、地球生物界で、再び未来を見つめ限り有る資源の活用を目指して、海王星及び冥王星及び天王星及び新惑星発見そして、新たなる太陽系の惑星発見と同時に、他の銀河系へ、其処からの高出力電波天体望遠鏡ロボットロケット発信を行う事で、現在時間が、限度の世界を、遥か宇宙の銀河其々に、高出力電波天体望遠鏡ロボットロケットを、宇宙銀河其々に発信擦る夢を携える事に成る。 As the fourth supplementary technology, the fourth background technology, the high-power radio astronomical telescope that projects the universe from the ground, had a limit for distance photography. In this case, unless at least escape the orbit of the solar system, the Japanese artificial satellite Hayabusa will be unable to communicate because the solar panel cannot be charged in the middle of space, and Neptune, Pluto, Tenno, and New The planet discovery has stopped, but even with the technology of Japanese corporate gathering, this area is the technical limit, but the earth biological technology of the world different from the human world is the world where the radio astronomical telescope of the technology of other countries can not be seen. , Solar system orbit escape as a solar panel with a solar panel power generation circuit with a high-power hexagonal piezoelectric element power generation circuit, aiming to utilize limited resources again in the earth's biological world, looking to the future again, Neptune, Pluto, Tenno, and new Planet discovery And at the same time as the discovery of a new planet in the solar system, by transmitting a high-power radio astronomical telescope robot rocket from there to other galaxies, the world where the current time is limited can be extended to galaxies in the distant space. , High-power radio astronomical telescope Robot rocket will carry a dream of transmitting and rubbing to each space galaxy.
補足技術五つ目として、背景技術の五つ目の宇宙使用での燃料電池及びリチウム充電池の充電池貯蓄充電量に限界が有った。此の場合は、言うまでも無い、日本のハヤブサの送信不能時間月日が物語、海外でも、行方不明の人工衛星も有る様で有り、確かに、リチウム充電池に水素で無く軽水素イオンリチウム充電池として、プラス極とマイナス極を、別々にした充電池を作って、新たなる日本ハヤブサに積載しても、送受信不能時間が、再び訪れる事は、100パーセント確実の事実に成る。
然しながら、日本の総体制の企業集結技術の次の独自の技術は、期待と独自性つまり、世界特許権を従えて、特許推進国の日本の名の歴史に刻まれる日を期待し、尚且つ、本著作権者の地球生物技術は、此処でも、一番軽い高出力六角形状圧電素子発電回路入りのソーラーパネルと圧電素子磁力線の高出力発電回路入りの軽水素循環発電充電池システムを活用して、地球自然生物団体のニャンワン財団は、別行動の太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムの夢を駆け抜ける。
As the fifth supplementary technology, there was a limit to the amount of rechargeable battery storage and charge of fuel cells and lithium rechargeable batteries in the fifth background technology for space use. In this case, it goes without saying that the transmission failure time of Japanese Hayabusa is a story, and it seems that there are also missing artificial satellites overseas, and it is true that the lithium rechargeable battery is not hydrogen but light hydrogen ion lithium. Even if a rechargeable battery with separate positive and negative poles is made and loaded on a new Japanese Hayabusa, it is a 100% certain fact that the transmission / reception dead time will come again.
However, the next unique technology of the corporate gathering technology of Japan's total system is expected and unique, that is, the day when it will be engraved in the history of the Japanese name of the patent promoting country with the world patent right, and yet This copyright holder's geobiological technology also utilizes the lightest high-power hexagonal piezoelectric element power generation circuit solar panel and the light hydrogen circulation power generation rechargeable battery system with the high-power power generation circuit of the piezoelectric element magnetic field. Then, the Nyanwan Foundation, a global natural organism group, runs through the dream of a radio telescope relay broadcasting system that escapes from the solar system of another action and continues to project stars far away.
補足技術六つ目として、背景技術の六つ目のロケット本体を軽く擦る電気回路のコイルの重量には、銅コイルの重さに限界が有った。此の場合は、回路基板は、レアーアース回路基板の全自動ロボット回路配線埋め込み技術に関して、レアーアースのエアー送り出し技術に対して、レアーアースのエアー送り出し口を半割にして、更に四つ割りし、レアーアース通り口0,3ミリメートルまで細くした技術の全自動ロボット回路配線は、回路基板上は、同じ太さに成らないのが欠点で有るが為に、更に細くした回路配線0,1ミリメートル依り細くした回路配線基板が、超小型ロボットロケットの回路配線技術には、0,05ミリメートルまで、細くする回路基板の構成として、ガラス基板の組合せ基板は、予め組合せ基板の回路配線部分のガラスを削って置く事に依って、ガラス基板上のコイル位置及び電気抵抗体位置及び映像回路チップ位置及び、低周波コイル及び高周波コイル及びデータストック装置等の位置を予め余彫り及び組み込み状態を作る事に成る。
従って、この竹灰入りガラス基板の多層式振動防止ゴム装置を従えた日本企業総体制の宇宙開発機構に真似の去れない回路基板技術説明に成り、此の回路基板に中国産レアーアースを溶かして流し込む事で、電気消費は、世界全ての国の技術のトップに成り、株式上場を絶対に行わないニャンワン財団の世界最高のスーパー細の回路配線に依って、電気消費を、世界で一番少なく擦ると同時に世界最少の人工衛星の高出力電波天体望遠鏡宇宙ロボットロケット技術に目途が立った瞬間に成る。
As the sixth supplementary technology, the weight of the coil of the electric circuit that lightly rubs the rocket body of the sixth background technology has a limit to the weight of the copper coil. In this case, regarding the fully automatic robot circuit wiring embedding technology of the rare earth circuit board, the circuit board divides the air outlet of the rare earth in half and further divides it into four, as opposed to the air output technology of the rare earth. The fully automatic robot circuit wiring, which is a technology that is thinned to a mouth of 0.3 mm, has the disadvantage that it does not have the same thickness on the circuit board. Therefore, the circuit is further thinned by 0.1 mm. In the circuit wiring technology of the ultra-small robot rocket, the wiring board is configured to be as thin as 0.05 mm. For the combination board of the glass board, the glass of the circuit wiring part of the combination board should be scraped in advance. Therefore, the coil position, the electric resistor position, the video circuit chip position, and the positions of the low frequency coil, the high frequency coil, the data stock device, and the like on the glass substrate are pre-engraved and incorporated.
Therefore, it became a circuit board technical explanation that could not be imitated by the space development organization of the Japanese company's total system equipped with this multi-layer vibration prevention rubber device of bamboo ash-containing glass substrate, and melted and poured Chinese rare earth into this circuit board. By doing so, electricity consumption has become the top technology in all countries in the world, and the world's best super-fine circuit wiring of the Nyanwan Foundation, which never lists stocks, rubs electricity consumption the least in the world. At the same time, it will be the moment when the high-power radio wave astronomical telescope space robot rocket technology of the world's smallest artificial satellite is in sight.
補足技術七つ目として、背景技術の七つ目の宇宙空間で使用するプラス温度計とマイナス温度計の計測幅には、マイナス計測限界が有った。此の場合は、水銀を遠心分離機に掛けて、軽い水銀だけを使ったマイナス5000度位に対応し、常温20度計測の幅を持った温度計が宇宙空間では必要視去れる事に成る。
従って、無酸素状態の太陽光の届かない無重力地帯地域での遥か銀河系の星々の高出力電波天体望遠鏡の複数の中継を行った宇宙空間銀河観測24時間放送の日も近い。
As the seventh supplementary technology, there was a minus measurement limit in the measurement range of the plus thermometer and the minus thermometer used in the seventh space of the background technology. In this case, a thermometer with a range of measurement at room temperature of 20 degrees, which corresponds to about minus 5000 degrees using only light mercury by centrifuging mercury, will be necessary and can be seen in outer space. ..
Therefore, the day of the 24-hour broadcast of space galaxy observations, in which multiple high-power radio astronomical telescopes of stars in the far galaxy system were relayed in the weightless area where the oxygen-free sunlight does not reach, is near.
補足技術八つ目として、背景技術の八つ目の宇宙空間で使用する高感度レンズのハイビジョンカメラのアクリルガラスレンズしか無かった。此の場合は、本発明著作権者の炭素抜きガラス技術は、通常ガラスを、熱溶解高速遠心分離に掛けて、炭素無の通常ガラスレンズは、光透過の遮る物を一切取り除いた世界で一番透過性の有る美しいガラスレンズを使った高出力電波天体宇宙ロボットロケット望遠鏡の更なる太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムの時代が目の前まで来ている事実に成る。 As the eighth supplementary technology, there was only the acrylic glass lens of the high-definition camera, which is a high-sensitivity lens used in outer space, which is the eighth background technology. In this case, the carbon-free glass technology of the copyright holder of the present invention is the best in the world in which ordinary glass is subjected to thermal melting high-speed centrifugation, and carbon-free ordinary glass lenses are completely free of light-transmitting obstructions. High-power radio wave astronomical space robot using a beautiful glass lens with the highest transparency The fact that the era of the radio telescope relay broadcasting system that continues to project the stars far away through the solar system of the rocket telescope is just around the corner. Become.
補足技術九つ目として、背景技術の九つ目の宇宙空間で使用する高感度レンズのハイビジョンカメラの画像認識データ変換装置のCCD技術には、スピード画像認識にスピード限界が有った。此の場合は、通常のCCDを使ったレアーアース回路の被写体画像認識送受信装置では、確かにレアーアース回路配線の分、電気消費は通常回路基板時代からは可なり電気消費が少なく成り、本発明者考案発明の圧電素子4電子磁気分割装置を使った場合は、電気抵抗ゼロ社会に近づく事に成り、残りの軽水素入り圧電素子磁石体粒子の微粒子回路配線とレアーアース回路の二重底回路配線を使う事で、電気抵抗ゼロ回路に更に近づき、最後に、電気回路自体を、電気抵抗配線のみと圧電素子映像回路チップと高周波コイルと低周波コイルそして、データ一時ストックのジエリアクリルチタンバリウム映像記録装置等の新たなる他社に真似の出来ない映像回路技術を従える事に成る。
恐らく、他社では、圧電素子四電子磁気分割装置を、無断で使った場合は、現行の技術では、家電製品及び携帯電話及び、自動車等の計器ナビゲイション回路の熱溜り事故は避けてもCCDの水素入りCCD及び軽水素入りCCDの様に被写体画像の超高速認識と超高速連射技術を、可能に擦る技術が、圧電素子四電子磁気分割装置とCCDの軽水素ガス入り技術に成る。
此の場合は、二つの別々の異なった技術を入れたカメラを、使った時に、答えは、レアーアースで無く、圧電素子四電子磁気分割装置とCCDの軽水素ガス入り技術に成る事が判明し、レアーアース技術は、電気消費を、少なく擦る技術と同時軽水素追加合成水素に回路配線を、細く擦る技術の答えで有るのは、言うまでも無い事実。
Supplementary technology As the ninth technology, the CCD technology of the image recognition data conversion device of the high-definition camera of the high-sensitivity lens used in the ninth space of the background technology has a speed limit in speed image recognition. In this case, in the subject image recognition transmitter / receiver of the rare earth circuit using a normal CCD, the electricity consumption is considerably reduced from the time of the normal circuit board due to the wiring of the rare earth circuit, and the present inventor devised. When the piezoelectric element 4 electron magnetic splitting device of the present invention is used, it approaches a society with zero electric resistance, and the remaining light hydrogen-containing piezoelectric element magnetic particle fine particle circuit wiring and the double bottom circuit wiring of the rare earth circuit are used. By doing so, we got closer to the zero electric resistance circuit, and finally, the electric circuit itself, only the electric resistance wiring, the piezoelectric element video circuit chip, the high frequency coil and the low frequency coil, and the Jieli acrylic titanium barium video recording device for temporary data stock. It will be possible to follow new video circuit technology that cannot be imitated by other companies.
Probably, when other companies use the piezoelectric element four-electron magnetic splitting device without permission, the current technology can be used to avoid heat accumulation accidents in home appliances, mobile phones, and instrument navigation circuits such as automobiles. The technology that enables ultra-high-speed recognition of subject images and ultra-high-speed continuous shooting technology, such as the hydrogen-containing CCD and the light hydrogen-containing CCD, is the piezoelectric element four-electron magnetic divider and the light hydrogen gas-containing technology of the CCD.
In this case, when using a camera with two different different technologies, the answer turned out to be not the rare earth, but the piezo-electron magnetic divider and the CCD's light hydrogen gas-filled technology. Needless to say, the rare earth technology is the answer to the technology of rubbing electricity consumption less and the technology of rubbing the circuit wiring with hydrogen added synthetic hydrogen at the same time.
補足技術十目として、背景技術の十目の宇宙空間で使用する高感度レンズのハイビジョンカメラの画像認識データ変換装置のCCD技術のマイナス凍結作動に疑問が有った。(特開公報2013―093896号の国の全額借金返済と都道府県市町村区の全額借金返済の為の著作権先技術主張の高出力高画質発電ビデオテレビシステム。)。(軽水素トリチウム電子ガス入りのテレビビデオインターネット防犯の映像音声システムに対して企業側が、国と都道府県市町村区と世界特許権無しで、家電製品に軽水素トリチウム電子ガスの回路技術の勝手使用によって知的所有財産の技術横領共謀で国も都道府県市町村区も著作権盗作によって罰せられます。)。
此の場合は、CCDのシリコン凍結が考えられる為に、太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムの放送中断事故を避ける為に、シリコンCCDにガンマー線を入れるか、アルファー線を入れた場合は、ライト照射回路が考えられる事に成り、恐らくマイナス数千度の宇宙の無重力空間での、24時間365の無休憩撮影を行う事に成り、多層シート構造のプラス回路管とマイナス回路管そして、防水カメラの上の完全密封CCDが、何時まで壊れずに使用出来るかが問題視去れる事柄に成り、最終決断として、炭素抜き透過ガラスとガラスの間に、軽水素マイクロシリコンは、軽水素の量をシリコン5に対して5に擦るか、炭素抜きガラスの間に軽水素だけを、軽水素ガス空間の中でのロボット二枚ガラス溶着技術に成り、此の場合は、二枚合わせガラスの軽水素ガス空間に対して、炭素抜きガラスマイクロ微粒子入り白チタン酸バリウムシートと軽水素入りフッ化カルシウムシートの二枚シート貼りつけガラスの中に軽水素ガスを封じ込めた光反応被写体認識装置に成り、硝子板には予め微電子圧の計測配線が取り付く計算に成る。2019年6月19日PM23時57分美馬牛にての追加考案記す。
As a supplementary technology tenth, there was a question about the negative freezing operation of the CCD technology of the image recognition data conversion device of the high-definition camera of the high-sensitivity lens used in the outer space of the tenth background technology. (Japanese Patent Laid-Open No. 2013-093896, a high-output, high-quality power generation video television system claimed by the copyrighted technology for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages.) (For TV video Internet security video and audio systems containing light hydrogen tritium electron gas, companies have used the circuit technology of light hydrogen tritium electron gas for home appliances without national and prefectural municipalities and world patent rights. Both the state and prefectures are punished for copyright theft due to the embezzlement of technology of intellectual property.)
In this case, because the silicon of the CCD may freeze, a gamma ray is inserted into the silicon CCD or alpha is used to avoid a broadcast interruption accident of the radio telescope relay broadcasting system that continues to project the stars far away from the solar system. If a line is inserted, a light irradiation circuit can be considered, and probably a 24 hour 365 non-break shooting in a zero gravity space of minus several thousand degrees, a plus circuit tube with a multi-layer sheet structure. And the minus circuit tube And the problem is how long the completely sealed CCD on the waterproof camera can be used without breaking, and the final decision is to make a light hydrogen micro between the carbon-free transparent glass and the glass. Silicon becomes a robot double glass welding technology in a light hydrogen gas space by rubbing the amount of light hydrogen to 5 against silicon 5 or by rubbing only light hydrogen between carbon-free glass. , Light hydrogen gas is enclosed in a glass with two sheets of carbon-free glass barium white titanate sheet containing microfine particles and calcium fluoride sheet containing light hydrogen attached to the light hydrogen gas space of the two-sheet laminated glass. It becomes a reaction subject recognition device, and it is calculated that a measurement wiring for microelectron pressure is attached to the glass plate in advance. June 19, 2019 23:57 PM Additional ideas for Bibaushi.
補足技術十一目として、背景技術の十一目の地上から、地球軌道の大気圏外の地球軌道に乗せる燃料の通常水素には、限界が有った。
此の場合は、水素中の軽水素を水素燃料に追加した合成水素と軽水素追加合成水素をスクリュー回転追加加速回転指せる為に、水素質量の異なる窒素入り重水素で、軽水素追加合成水素を加速スクリュー回転指せる為の加合水素と合成水素の水素質量違いの意味説明。
As a supplementary technology eleventh, there was a limit to the amount of normal hydrogen as a fuel to be put into the earth orbit outside the atmosphere of the earth orbit from the ground of the eleventh background technology.
In this case, in order to point to synthetic hydrogen in which light hydrogen in hydrogen is added to hydrogen fuel and additional synthetic hydrogen in light hydrogen by screw rotation, additional acceleration and rotation, light hydrogen additional synthetic hydrogen is used with nitrogen-containing heavy hydrogen with different hydrogen mass. Explanation of the meaning of the difference in hydrogen mass between additive hydrogen and synthetic hydrogen for pointing to the rotation of the acceleration screw.
補足技術十二目として、背景技術の十一二目の宇宙空間で使用する高感度レンズのハイビジョンカメラの映像回路には宇宙活動マグマ磁場の影響を考えた磁力線磁場の修正整正する宇宙空間技術が無かった。
此の場合は、乱れた映像の修復作業に成り、最良の選択肢は映像カラー五元素チップに対して、赤色と青色と黄色と白色と黒色に圧電素子磁石体粒子を入れた圧電素子磁石体粒子入り赤色ダイオードチップと圧電素子磁石体粒子入り青色ダイオードと圧電素子磁石体粒子入り黄色ダイオードチップと圧電素子磁石体粒子入り白色ダイオードと圧電素子磁石体粒子を入れた黒色ダイオードは、組み合わせ方で色彩限度色の500数十色の色彩の種類を、圧電素子磁石体粒子入り映像元素五元色チップでは、映像の乱れが無い。
つまり、圧電素子磁石体粒子入り映像五元色は、圧電素子磁石体の磁気電気にして有る為、マグマ磁場などで乱れても、磁力線映像波は、自動的に修復する為に、圧電素子磁石体粒子入り五元色チップは、遣いかってが良い為に、特許権に成って居ない技術などでは、勝手に使用され易い技術と言える。
この他、圧電素子磁石体粒子入り五元色チップに軽水素ガスを入れた場合は、色彩色が綺麗に成り、鮮やかな程鮮明な画像を得る事が出来る為に、ハイビジョン技術と良く間違えられる映像海鮮度に成る為に、
最近では、テレビ画像の電波障害の計測の為の試験電波放送連絡の無い時代だが、どの様にして電波障害を無くしたかは、誰も語らない事実の説明。
As the twelfth supplementary technology, the image circuit of the high-definition camera of the high-sensitivity lens used in the eleventh space of the background technology is a space technology that corrects and corrects the magnetic field line magnetic field considering the influence of the space activity magma magnetic field. There was no.
In this case, the work is to repair the distorted image, and the best option is the piezoelectric element magnet body particle in which the piezoelectric element magnet body particles are put in red, blue, yellow, white, and black for the image color five-element chip. Red diode chip and piezoelectric element Blue diode with magnet body particles and yellow diode chip with piezoelectric element magnet body particles and white diode with piezoelectric element magnet body particles and black diode with piezoelectric element magnet body particles are color limits depending on how they are combined. There is no image distortion with the image element quintuple color chip containing piezoelectric element magnet particles for more than 500 kinds of colors.
In other words, since the five-dimensional color of the image containing the piezoelectric element magnet body is the magnetic electricity of the piezoelectric element magnet body, even if it is disturbed by a magma magnetic field or the like, the magnetic field line image wave is automatically repaired. Since the piezo-colored chip containing body particles is easy to use, it can be said that it is easy to use without permission in technologies that are not patented.
In addition, when light hydrogen gas is put into a quintuple color chip containing piezoelectric element magnet particles, the color becomes beautiful and a clearer image can be obtained, which is often mistaken for high-definition technology. In order to become the image seafood
These days, there is no test radio wave broadcasting contact for measuring radio wave interference in TV images, but no one talks about how to eliminate the radio wave interference.
補足技術十三目として、背景技術の十三目の宇宙空間で使用する高出力銅筒管コイル配線積載の高感度マイク技術が無かった。
此の場合は、宇宙空間の宇宙磁場の影響を受けない高感度マイク技術に対して、本著作権者技術の高出力軽水素圧電素子磁石体粒子入り銅筒管コイルと軽水素圧電素子磁石体シート入り複数穴開きステンレス板の合わせ人工合成高出力圧電素子磁石体パネルに高出力銅筒管コイルを巻いた高出力マイク説明に成る。
As a supplementary technology thirteenth, there was no high-sensitivity microphone technology for loading high-power copper tube coil wiring used in outer space, which is the thirteenth background technology.
In this case, for high-sensitivity microphone technology that is not affected by the cosmic magnetic field in space, the high-power light hydrogen piezoelectric element magnet body particle-filled copper tube coil and light hydrogen piezoelectric element magnet body of this copyright holder technology This is an explanation of a high-power microphone in which a high-power copper tube coil is wound around a magnet body panel, which is an artificially synthesized high-power piezoelectric element that combines multiple perforated stainless steel plates with sheets.
補足技術十四目として、背景技術の十四目の宇宙空間で使用するソーラーパネルシリコンパネルに代わる水素入り圧電素子磁石体粒子入りシリコンの高出力シリコン技術が無かった。(特開公報2016―106294号の国の全額借金返済と都道府県市町村区の全額借金返済の為の知的所有財産のもし石炭石油天然ガス水素が無くなった場合の世界像と対処の有り方対処の為の全自動ロボット家電システム装置の著作権原本。)。
此の場合は、シリコンに軽水素及び水素及び圧電素子磁石体粒子及びアルファー線一粒粒子及びガンマー線一粒粒子等のシリコン合成の回路部品に成る。
従って、軽水素入りシリコンは、水素入りシリコンより、スイッチ切り替えスピードが、水素入りシリコン依り軽水素入りシリコンの方が、スイッチ切り替えスピードが速く成る従って、理由に水素中の軽水素イオン電子量と軽水素だけの軽水素イオンシリコンスイッチは、軽水素イオン量が水素イオンシリコン依り、軽水素イオン電子量の多い方が、スイッチ切り替えが早く成る。
そして、通常シリコンと圧電素子磁石体粒子入りシリコンは、磁気電気変化が出来ないシリコン依り、スイッチ切り替えが早く成る。
更に、アルファー線一粒粒子入りシリコンと通常シリコン依り、異なった能力シリコンとは、熱感知アルファー線一粒粒子入りシリコンに成り、シリコンを固めない効果が有る。
この他の、ガンマー線一粒粒子入りシリコンと通常シリコンの違いは、ガンマー線一粒粒子入りシリコンは、アルファー線一粒粒子入りシリコンは、現時点で、シリコンの塊を防ぐ効果を期待した技術に成る説明。
As the fourteenth supplementary technology, there was no high-power silicon technology for hydrogen-containing piezoelectric element magnet particle-containing silicon to replace the solar panel silicon panel used in outer space, which is the fourteenth background technology. (Japanese Patent Laid-Open No. 2016-106294) Intellectual property for full debt repayment of the country and full debt repayment of prefectures, cities, towns and villages World image and countermeasures when coal, oil, natural gas and hydrogen are exhausted Original copyright of fully automatic robot home appliance system equipment for.).
In this case, silicon becomes a circuit component for synthesizing silicon such as light hydrogen, hydrogen, piezoelectric element magnet particles, alpha ray single particle, and gamma ray single particle.
Therefore, the switch switching speed of light hydrogen-containing silicon is faster than that of hydrogen-containing silicon, and the switch switching speed of light hydrogen-containing silicon is faster than that of hydrogen-containing silicon. Therefore, the amount of light hydrogen ion electrons in hydrogen is lighter. In a light hydrogen ion silicon switch containing only hydrogen, the amount of light hydrogen ions depends on hydrogen ion silicon, and the larger the amount of light hydrogen ion electrons, the faster the switch switching.
And, usually silicon and silicon containing piezoelectric element magnet particles are switched faster because of silicon that cannot change magnetic electricity and electricity.
Further, the silicon containing alpha ray single particles and the silicon having different abilities are different depending on the silicon, and the silicon contains heat-sensitive alpha ray single particles, which has the effect of not solidifying the silicon.
Another difference between silicon with gamma ray single particles and normal silicon is that silicon with gamma ray single particles and silicon with alpha ray single particles are currently expected to have the effect of preventing silicon lumps. Explanation consisting of.
補足技術十五目として、背景技術の十五目の宇宙空間で使用するソーラーパネル発電技術を使ったリチウム充電池以外の充電貯蓄時間の長い充電池が無かった。
此の場合は、通常充電池は、プラス電極とマイナス電極を同一の一つの充電池体に擦る為に充電の際は、必ず熱抵抗電気がつまり、中間陽電子電気と中間陰電子電気を作り出す為に、100セント充電は不可能に成る。
然しながら、充電池の充電手段を、プラス極とマイナス極を分けたプラス充電池とマイナス充電池は、熱中間陽電子電気と熱中間陰電子電気を必要としないプラス極充電池とマイナス極充電池に成り、プラス極充電池に圧電素子四電子磁気分割装置を使って、プラス陽電子のみの充電に依って、理屈上は、100パーセントプラス極のみ充電池は存在する。
更に、マイナス極充電池に圧電素子四電子磁気分割装置を使って、マイナス陰電子のみの充電に依って、理屈上は、100パーセントマイナス極のみ充電池は存在する。
この様に、プラス極充電池とマイナス極充電池を分けた場合は、通常のプラス極とマイナス極一体型依り、充電池量は多くなる説明。
As a supplementary technology fifteenth, there was no rechargeable battery with a long charge and storage time other than the lithium rechargeable battery using the solar panel power generation technology used in the outer space of the fifteenth background technology.
In this case, in a normal rechargeable battery, the positive electrode and the negative electrode are rubbed against the same rechargeable battery body, so that when charging, the heat resistance electricity is always blocked, that is, intermediate positron electricity and intermediate negative electron electricity are produced. In addition, 100 cents charging becomes impossible.
However, the charging means of the rechargeable battery is divided into positive and negative poles, and the positive and negative rechargeable batteries are positive and negative rechargeable batteries that do not require thermal intermediate positron electricity and thermal intermediate negative electron electricity. As a result, a rechargeable battery with only 100% positive poles exists in theory by charging only positive positive electrons using a piezoelectric element four-electron magnetic splitting device for the positive pole rechargeable battery.
Further, by using a piezoelectric element four-electron magnetic dividing device for a negative pole rechargeable battery and charging only negative negative electrons, theoretically, there is a 100% negative pole only rechargeable battery.
In this way, when the positive pole rechargeable battery and the negative pole rechargeable battery are separated, the amount of rechargeable battery increases due to the normal positive pole and negative pole integrated type.
補足技術十六目として、背景技術の十六目の地上から、地球軌道の大気圏外の地球軌道に乗せる為の、燃料ポンプの高速燃料ポンプには、貯蓄電気量に限界が有った。
此の場合は、貯蓄充電池を大きく擦ると燃料積載タンクを大きく擦ると同時に余りメリットが無い、其の為に、高出力六角形状圧電素子発電回路の軽水素ガス入りの六角圧電素子磁石体を使った特殊発電システム
つまり、電気圧力を連続して軽水素ガス入りの圧電素子磁石体に掛ける事に依って、軽水素入り圧電素子を使った電気エネルギー圧力は、磁気イオンの電気エネルギー増幅を齎す。
此処までの説明に依って、太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムのロボットロケットの液体酸素タンクと水素タンクの、電気エネルギー確保として、タンク表面に高出力六角形状圧電素子発電回路を貼る技術と同時に、充電池を小型軽量化出来る具合の良い高出力六角形状圧電素子発電回路とプラス極とマイナス極を分けた充電池が完全なる永久充電池が出来上がる日も近い。
As a supplementary technology 16th, there was a limit to the amount of electricity stored in the high-speed fuel pump of the fuel pump for putting it on the earth orbit outside the atmosphere of the earth orbit from the ground of the 16th background technology.
In this case, if the storage rechargeable battery is rubbed a lot, the fuel loading tank is rubbed a lot and at the same time there is not much merit. Therefore, a hexagonal piezoelectric element magnet body containing light hydrogen gas in a high-power hexagonal piezoelectric element power generation circuit is used. The special power generation system used, that is, the electric energy pressure using the light hydrogen-containing piezoelectric element causes the electric energy amplification of the magnetic ions by continuously applying the electric pressure to the light hydrogen gas-containing piezoelectric element magnet body. ..
According to the explanation so far, a high-power hexagonal piezoelectric element on the tank surface to secure the electrical energy of the liquid oxygen tank and hydrogen tank of the robot rocket of the radio telescope relay broadcasting system that escapes from the solar system and continues to project stars far away. At the same time as the technology to attach the power generation circuit, the day is near when a complete permanent rechargeable battery will be completed, which is a high-power hexagonal piezoelectric element power generation circuit that can make the rechargeable battery smaller and lighter, and a rechargeable battery that separates the positive and negative poles.
補足技術十七目として、背景技術の十七目の地上から、地球軌道の大気圏外の地球軌道に乗せる為の、燃料ポンプの高速燃料ポンプ作動の電気量に対する軽量発電技術には、モーターダイナモ重さに限界が有った。
此の場合は、日本のロケット技術及び海外全てのロケット技術に使用去れるのが、ソーラーパネルと充電池に成り、ロケットが大気圏外に出る為の燃料ポンプ回転吸引放出を最高速回転スピードの回転を、得るだけの充電池の蓄電量が蓄電できる充電池をロケットに積載擦るのが通常の事実に成る。
従って、充電池の貯蓄電気量に限界が有り、空くまでもソーラーパネルを発電量とした場合は、充電池量に限界が発生するが、高出力六角形状圧電素子発電回路間違いない電気技術上の確かな技術で有る事が説明出来る作品だと言えるからで有る。
されど、モーターダイナモ技術は、捨てれ無い理由として、電磁誘導発電機同軸積載の高出力六角形状圧電素子発電回路レールモーターは、宇宙の星の開発技術に欠かせない技術に成るのも、言う間でも無い事実説明。
As a supplementary technology 17th, the motor dynamo weight is used for the lightweight power generation technology for the amount of electricity of the high-speed fuel pump operation of the fuel pump to put it on the earth orbit outside the atmosphere of the earth orbit from the ground of the 17th background technology. There was a limit to that.
In this case, solar panels and rechargeable batteries can be used for Japanese rocket technology and all overseas rocket technology, and the fuel pump rotation suction release for the rocket to go out of the atmosphere is the maximum speed rotation speed rotation. It is a normal fact that a rechargeable battery that can store the amount of electricity stored in the rechargeable battery is loaded on the rocket and rubbed.
Therefore, there is a limit to the amount of electricity stored in the rechargeable battery, and if the solar panel is used as the amount of power generation even if it is vacant, the amount of rechargeable battery will be limited, but there is no doubt that it is a high-output hexagonal piezoelectric element power generation circuit. This is because it can be said that it is a work that can explain that it is a reliable technique.
However, the reason why the motor dynamo technology cannot be thrown away is that the high-power hexagonal piezoelectric element power generation circuit rail motor with electromagnetic induction generator coaxial loading will be an indispensable technology for the development technology of the stars in the universe. No fact explanation.
補足技術十八目として、背景技術の十八目の地上から、地球軌道の大気圏外の地球軌道に乗せる為の、燃料ポンプの高速燃料ポンプ作動の電気量に対する軽量発電技術には、電磁誘導発電の発電量に限界が有った。
此の場合は、高出力六角形状圧電素子発電回路技術を構築した現在は、電磁誘導発電の発電量が少なくても、高出力六角形状圧電素子発電回路に電気を通しただけで、電気増幅可能技術は、公開著作権文章上の年月日確認証明から、他の者が、使用出来ない技術つまり、著作権技術を、特許請求技術とは、著作権者の目的が完結つまり、終了しない限り、著作権者は元の地球の自然環境に戻すと同時に、自然環境を、循環自然環境世界の構築までの作業は続くそして、あの日のあの日が返って来るその日そして、未来と文明が出会えるその日までの説明。
As a supplementary technology 18th, electromagnetic induction power generation is a lightweight power generation technology for the amount of electricity of high-speed fuel pump operation of the fuel pump to put it on the earth orbit outside the atmosphere of the earth orbit from the ground of the 18th background technology. There was a limit to the amount of power generated by.
In this case, now that the high-power hexagonal piezoelectric element power generation circuit technology has been constructed, even if the amount of power generated by electromagnetic induction power generation is small, electricity can be amplified simply by passing electricity through the high-power hexagonal piezoelectric element power generation circuit. The technology is a technology that cannot be used by others from the date confirmation certificate in the published copyright text, that is, the copyright technology, and the patent claim technology is the technology unless the copyright holder's purpose is completed, that is, terminated. , The copyright holder restores the original natural environment of the earth, and at the same time, the work to build the circulating natural environment world continues. And that day, that day comes back, and the future and civilization can meet. Explanation up to that day.
補足技術十九目として、背景技術の十九目の宇宙空間で活動する宇宙ロケットロボットのモーター重量とモーターに使用する電気量が少ない欠点が有った。
此の場合は、高出力六角形状圧電素子発電回路レールモーターの公開構築と電気量が少ない欠点に対して、圧電素子四電子磁気分割方式と高出力六角形状圧電素子発電回路の三つの技術を、本著作権者が技術構築した事で、宇宙空間へ高出力六角形状圧電素子発電回路レールモーターと圧電素子四電子磁気分割方式と高出力六角形状圧電素子発電回路三つセットの宇宙ロケットロボットを宇宙空間に運ぶ事で、更なる小型の星々の開発の目途らしき姿が見えて来た事実とは、資源の掘削と宇宙空間での小型惑星の金属加工使用の夢はまだ先に有る。
但し、大きな星の場合は、宇宙空間に金属資源を浮かす事が可なり大変な技術に成る為に、小型惑星の探査が第一目的に成る。
As the nineteenth supplementary technology, there was a drawback that the weight of the motor of the space rocket robot operating in outer space and the amount of electricity used for the motor were small.
In this case, the three technologies of the piezoelectric element four-electron magnetic division method and the high output hexagonal piezoelectric element power generation circuit are used to deal with the drawbacks of the open construction of the high-power hexagonal piezoelectric element power generation circuit rail motor and the small amount of electricity. By constructing the technology by this copyright holder, a space rocket robot with three sets of high-power hexagonal piezoelectric element power generation circuit rail motor, piezoelectric element four-electron magnetic division method and high-power hexagonal piezoelectric element power generation circuit is put into space. The fact that the prospect of the development of smaller stars has come to light by carrying them into space is that the dream of excavating resources and using metal processing of small planets in space is still ahead.
However, in the case of a large star, it is possible to float metal resources in outer space, which is a difficult technology, so exploration of small planets is the primary purpose.
補足技術二十目として、背景技術の二十目の宇宙空間で活動する宇宙ロケットロボットの発電機には、ソーラーパネルしか無かった。
此の場合は、宇宙ロケットロボットは、太陽光の届かない場所の活動が出来ないと言う制約の言葉を突き付ける事を避ける為に、まず、電気中の熱電気抵抗を取り除く装置の圧電素子四電子磁気分割装置と電気を通しただけで発電出来る高出力六角形状圧電素子発電回路と最後の充電池の素材に選ばれたのが、軽水素ガスと圧電素子磁石体の磁力線と軽水素を吸収出来るチタン酸バリウムと炭素抜きガラス微粒子体の組合せ充電池体は、高出力発電回路を内蔵した軽水素ガスカバー体までを、軽水素ガス内蔵の圧電素子磁石体カバーつまり、イオン磁気電気体即ち、電気の固まりを二つプラスイオン磁気電気体循環発電池とマイナスイオン磁気電気体循環発電池は、最終結論に近づく永久循環充電池は、軽水素ガスの熱劣化を防ぐ竹灰窒素ガス入りグラスフアイバーカバー付の充電池と圧電素子四電子磁気分割方式を其々プラス極充電池とマイナス極充電池は、永久充電池に最も近く成り、自動充電池依り軽い事に成る為に、ロボットロケット積載が最適な二つ別個体の充電池に成る説明。
As the 20th supplementary technology, the generator of the space rocket robot operating in the 20th space of the background technology had only a solar panel.
In this case, in order to avoid the constraint that the space rocket robot cannot operate in places where sunlight does not reach, first of all, the piezoelectric element four electrons of the device that removes the thermoelectric resistance in electricity. High-power hexagonal piezoelectric element that can generate electricity simply by passing electricity through a magnetic divider device The material selected for the power generation circuit and the final rechargeable battery is light hydrogen gas, and the magnetic field lines and light hydrogen of the piezoelectric element magnet body can be absorbed. The combination rechargeable battery body of barium titanate and carbon-free glass fine particles covers up to the light hydrogen gas cover body with a built-in high-power power generation circuit, and the piezoelectric element magnet body cover with built-in light hydrogen gas, that is, the ion magnetic electric body, that is, electricity. The positive ion magnetic electric body circulation generator and the negative ion magnetic electric body circulation generator approach the final conclusion. The permanent circulation rechargeable battery prevents the thermal deterioration of light hydrogen gas. Bamboo ash Nitrogen gas-filled glass fiber cover Rechargeable battery with attached and piezoelectric element four-electron magnetic division method, respectively. The positive pole rechargeable battery and the negative pole rechargeable battery are the closest to the permanent rechargeable battery, and are lighter than the automatic rechargeable battery, so robot rocket loading is optimal. Explanation of two separate rechargeable batteries.
補足技術二十一目として、背景技術の二十一目の宇宙空間で活動する宇宙ロケットロボットのモーターの電気消費量が多過ぎた。
此の場合は、高出力六角形状圧電素子発電回路レールモーターは、銅コイルそして、高出力軽水素圧電素子磁石体粒子入り銅筒管コイル配線自体すら、棒状レールモーターそして、レールモーターからも、外さなければ、リニア―モーターカーの存在そして、レールモーターが、此の世に棒状モーターとして、出現するまでは、板モーターの名でこの世に出現する。
つまり、モーターダイナモの名称に対して、通常モーターダイナモでは、何も成らないつまり、電気消費が多過ぎるから商品に成らない事実に成る。
其の為に、コイル無モーターを換気栓モーターに付けて、特許請求した経緯とは、確かに此の時点では、既に圧電素子四電子磁気分割装置は、特許公開作品で有り、四角型発電回路も特許公開に成って居た作品で有ったが、著作権本人が求める電気財産までは、到達出来て居なかった確かにあの使い勝手の圧電素子に軽水素ガスを入れる技術は、確定しても、軽水素本来の力とは、爆弾に成る水素のエネルギーに対して、軽水素トリチウム電子ガスは、電子エネルギー体何度考えても、四角型発電回路が本来の発電量で無い事実そして、言葉の自縛から取り外されられるもう一つの世界循環エネルギー世界への扉は、水爆で知る水素エネルギーの莫大な圧縮力に有り、更に軽水素は、圧縮力を持って圧縮力が尽きるまで、全てをエネルギー変える事実アルファー水素は、熱をも吸収擦る事実に成る。何度も何度も同じ答え、だが、事実とは異なる事実そして、最終的答えが、四角型発電回路の形状を変えなければ成らない事実とは、磁力線とは、本来直線で無く、同一曲線で有る為に、細工し易い六角形状を選択肢し楕円形形状も候補だが、最終結論は、軽水素圧電素子磁石体の形状を磁力線に一番近い形状に擦る事で圧電素子磁石体の圧電効果を、最大限に生かす事を見出す事に成ると同時に、コイル無モーターの形状は、目隠しでも描ける事に成る。
これまでの、経緯は宇宙空間で活動する宇宙ロケットロボットのモーターの電気消費量を減らす技術を構築する事に成る。
As the 21st supplementary technology, the electricity consumption of the motor of the space rocket robot operating in the 21st space of the background technology was too large.
In this case, the high-power hexagonal piezoelectric element power generation circuit rail motor is removed from the copper coil and even the high-power light hydrogen piezoelectric element magnet body particle-filled copper tube coil wiring itself, the rod-shaped rail motor, and the rail motor. If not, the existence of linear motor cars and rail motors will appear in the world under the name of plate motors until they appear as rod-shaped motors in the world.
In other words, in contrast to the name of the motor dynamo, nothing is usually done with the motor dynamo, that is, it is a fact that it cannot be a product because it consumes too much electricity.
For that reason, the reason why the patent was requested by attaching the coilless motor to the ventilation plug motor is that at this point, the piezoelectric element four-electron magnetic splitting device is already a patent published work, and the square power generation circuit. Although it was a work whose patent was published, the technology to put light hydrogen gas into the easy-to-use piezoelectric element, which could not reach the electric property required by the copyright holder, has been confirmed. However, the original power of light hydrogen is the fact that the square power generation circuit is not the original amount of power generation, no matter how many times you think about the electronic energy body, as opposed to the energy of hydrogen that becomes a bomb. Another world that can be removed from the self-restraint of words The door to the world of circulating energy lies in the enormous compressive force of hydrogen energy known from hydrogen bombs, and light hydrogen has compressive force and does everything until the compressive force is exhausted. The fact that energy changes Alpha hydrogen becomes a fact that absorbs and rubs heat as well. The same answer over and over again, but the fact that it is different from the fact and the final answer is that the shape of the square power generation circuit must be changed. The magnetic field lines are not originally straight, but the same curve. Therefore, a hexagonal shape that is easy to work with is selected and an elliptical shape is also a candidate, but the final conclusion is that the piezoelectric effect of the piezoelectric element magnet body is achieved by rubbing the shape of the light hydrogen piezoelectric element magnet body to the shape closest to the magnetic field line. At the same time, the shape of the coilless motor can be drawn even with a blindfold.
So far, the process has been to build a technology to reduce the electricity consumption of the motor of a space rocket robot operating in outer space.
補足技術二十二目として、背景技術の二十二目の宇宙空間で活動する宇宙ロケットロボットカメラの画像認識するCCDの画像認識スピードが遅すぎた。
此の場合は、CCDの電子スピードが遅いと成ると水素入りCCDより、軽水素入りCCDの方が電子量の量が多く成る為に、ロボットカメラの画像認識するCCDの画像認識スピードが早く成る。
従って、尚且つCCDの画像認識スピードをスムーズムに擦る為に、軽水素ガス入りCCDに圧電素子磁石体粒子を入れる事で、電気回路スイッチ変換をスムーズムに動かす事を可能に出来る技術が、軽水素入りの圧電素子磁石体入りの棒状レールモーターの磁極切り替えスイッチ確かに手段が、リレースイッチとシリコンスイッチの二つの手段に成り、軽水素トリチウム電子入り圧電素子磁石体を固定擦る技術に二通り有り、一つに複数穴開きステンレス板を被せる技術と軽水素トリチウム電子ガス入り圧電素子磁石体に弱冠のシリコン又はビニールを混合指せる事で軽水素トリチウム電子ガス入り圧電素子磁石体の固定と圧電素子磁石体のモーター滑落及び破壊を防いだ技術説明でも有った。
そして、シリコンソーラーパネルの熱エネルギーを無駄なく電気エネルギーに変える手段が、圧電素子四電子磁気分割装置の電気を磁気電気変換する事で、熱電気と熱抵抗無しの高速電気に別ける技術の事実を、踏まえて、水発電機の進化の上で、熱エネルギーを全て電気エネルギー変換出来る手段の錯誤に有った。
つまり、圧電素子磁石体粒子筒パネルの中に液体水素を入れる技術は、熱電気を磁力線電気に変える技術説明に成る。
As the 22nd supplementary technology, the image recognition speed of the CCD that recognizes the image of the space rocket robot camera operating in outer space of the 22nd background technology was too slow.
In this case, when the electron speed of the CCD is slow, the image recognition speed of the CCD that recognizes the image of the robot camera is faster because the amount of electrons in the light hydrogen-containing CCD is larger than that in the hydrogen-containing CCD. ..
Therefore, in order to rub the image recognition speed of the CCD smoothly, a technology that can smoothly move the electric circuit switch conversion by inserting the piezoelectric element magnet body particles into the CCD containing hydrogen gas is a hydrogen. Magnetic pole changeover switch for rod-shaped rail motor with magnet body There are certainly two means, a relay switch and a silicon switch, and there are two methods for fixing and rubbing the piezoelectric element magnet body with light hydrogen tritium electrons. The technology of covering one with multiple perforated stainless steel plates and the piezoelectric element magnet body containing light hydrogen tritium electron gas can be mixed with silicon or vinyl with a weak crown to fix the piezoelectric element magnet body containing light hydrogen tritium electron gas and the piezoelectric element magnet body. It was also a technical explanation that prevented the magnet from slipping and breaking.
And, the means to convert the thermal energy of the silicon solar panel into electrical energy without waste is the fact of the technology that separates thermal electricity and high-speed electricity without thermal resistance by converting the electricity of the piezoelectric element four-electron magnetic divider device into magnetic electricity. Based on this, there was a mistake in the means by which all thermal energy could be converted into electrical energy in the evolution of water generators.
That is, the technique of putting liquid hydrogen into the piezoelectric element magnet body particle cylinder panel is a technical explanation for converting thermoelectricity into magnetic field line electricity.
補足技術二十三目として、背景技術の二十三目の宇宙空間で活動する宇宙ロケットロボットカメラの画像認識映像回路の色認識回路の太陽磁場及び宇宙磁場に対処擦る技術が無かった。
此の場合は、一番新しいジェリアクリル海クラゲの水洗い撹拌物質とアクリルガラスの撹拌物質と炭素抜きチタン酸バリウム特にバリウムを遠心分離掛けて少し透過させたバリウム液等で撹拌させた合成物質に成り、録画録音に対して、効果の有る化合物質に成る。
この他の、圧電素子磁石体回路チップを宇宙ロケットロボットカメラの画像認識映像回路の色認識回路に取り付ける手段と宇宙ロケットロボットカメラの画像認識映像回路の色認識回路の五大色彩元素の赤色ダイオードと青色ダイオードと黄色ダイオードと白色ダイオードと黒色ダイオードに対して、圧電素子磁石体粒子を入れた映像色彩回路チップと植物の松脂と炭素抜きガラス微粒子とチタン酸バリウムの混合物質の回路チップなどが有り、何れにしても、磁気体に映像波を通して、磁気磁力線の全自動修復修正整正を行う事で、問題は解決される事に成る。
As the 23rd supplementary technology, there was no technology to deal with the solar magnetic field and the cosmic magnetic field of the color recognition circuit of the image recognition video circuit of the space rocket robot camera operating in outer space, which is the 23rd background technology.
In this case, it becomes a synthetic substance in which the newest jelly acrylic sea jellyfish washing agitating substance, acrylic glass agitating substance, and carbon-free barium titanate, especially barium, is centrifuged and stirred with a slightly permeated barium solution or the like. , It becomes a compound material that is effective for recording.
In addition, a means for attaching the piezoelectric element magnet circuit chip to the color recognition circuit of the image recognition video circuit of the space rocket robot camera and the red diode and blue of the five major color elements of the color recognition circuit of the image recognition video circuit of the space rocket robot camera. For diodes, yellow diodes, white diodes, and black diodes, there are image color circuit chips containing piezoelectric element magnet particles, and circuit chips made of a mixture of plant pine fat, carbon-free glass fine particles, and barium titanate. Even so, the problem can be solved by performing full-automatic repair, correction, and correction of the magnetic magnetic field lines by passing an image wave through the magnetic body.
補足技術二十四目として、背景技術の二十四目の宇宙空間で活動する宇宙ロケットロボットの回路配線には、全自動レアーアース回路基板配線取り込み技術しかなかった。
此の場合は、今までの全自動回路基板のレアーアース基板ロボットで作るレアーアースの回路配線が太すぎて、回路基板の電気消費が多過ぎた欠点が有り、電気消費を抑える事に依って、回路基板の小型軽量化を行う事で対処する事に成る。
従って、回路基板のレアーアース基板配線を、0,005から0,01の回路基板配線の細さに擦る為に、予め0,005の細いガラス基板配線溝のブロックガラス基板に擦る事で、硝子基板を寄せ合わせて、硝子基板の回路配線の溝にレアーアースを溶かして流し込んでガラス面までの余分な太さのレアーアースを取り除いた0,005から0,01の回路基板配線の細さで全世界の家電基板のシエアー流通市場を、最終的に一つに擦る技術説明。
As the twenty-fourth supplementary technology, the only circuit wiring for space rocket robots operating in outer space, which is the twenty-fourth background technology, was the fully automatic rare earth circuit board wiring capture technology.
In this case, there is a drawback that the circuit wiring of the rare earth made by the rear earth board robot of the fully automatic circuit board so far is too thick and the electricity consumption of the circuit board is too much. By suppressing the electricity consumption, the circuit This will be dealt with by reducing the size and weight of the board.
Therefore, in order to rub the rare earth board wiring of the circuit board to the fineness of the circuit board wiring from 0.005 to 0.01, the glass board is rubbed in advance against the block glass board of the thin glass board wiring groove of 0.005. The thinness of the circuit board wiring from 0.005 to 0.01, which is obtained by melting the rare earth into the groove of the circuit board wiring of the glass substrate and removing the extra thickness of the rare earth to the glass surface, is used all over the world. A technical explanation that finally rubs the Shiair secondary market for home appliance boards into one.
補足技術二十五目として、背景技術の二十五目の宇宙空間で活動する宇宙ロケットロボット電波望遠鏡備え付けのライト技術が無かった。
此の場合は、ライトの球切れが宇宙空間での交換作業に成る為に、ライトの球切れ防止対策を行わなければ成らない事実に直面擦る。
従って、既に公開して有る二重ライトパネルは、透過炭素抜きガラス板に対して、アルゴン弱ネオンガス入りグラスフアイバーパネルのライトに対して、軽水素入りフッ化カルシウム入りのグラスフアイバーパネルの、アルゴン弱ネオンガス入りグラスフアイバーパネルのライトに電源を通して、光を発した光エネルギーで軽水素入りフッ化カルシウム入りのグラスフアイバーパネルが、光吸収発光擦る為に、アルゴン弱ネオンガス入りグラスフアイバーパネルのライトの電気量調整を行って二重ライトの電気温度及び光温度劣化を防いだライト説明。
As the 25th supplementary technology, there was no light technology installed in the space rocket robot radio telescope that operates in outer space, which is the 25th background technology.
In this case, we face the fact that we must take measures to prevent the light from running out because the light ball burns out as a replacement work in outer space.
Therefore, the double light panel that has already been released is a glass fiber panel containing light hydrogen-containing calcium fluoride, and a glass fiber panel containing light hydrogen-containing calcium fluoride, with respect to the light of the glass fiber panel containing weak argon neon gas. A power source is passed through the light of the glass fiber panel containing neon gas, and the glass fiber panel containing light hydrogen-containing calcium fluoride is rubbed by light absorption and light emission, so that the amount of electricity of the light of the glass fiber panel containing weak argon gas is rubbed. Explanation of the light that has been adjusted to prevent deterioration of the electric temperature and light temperature of the double light.
補足技術二十六目として、背景技術の二十六目の宇宙空間で活動する宇宙ロケットロボットの地球人工衛星発信の宇宙ロケットロボットの全自動システムの位置認識確認作動システムが無かった。
此の場合は、地球超小型衛星の他に、土星超小型衛星と天王星超小型衛星と海王星超小型衛星と冥王星超小型衛星とセドナ星超小型衛星を使った太陽系軌道外の宇宙ロケットロボット電波望遠鏡位置を示す場合の三角点位置を示す大事な役割をする事に成り、恐らく、セドナ星超小型衛星は、太陽光の光吸収発電が出来ない場合が生じる為に、高出力六角形状圧電素子発電回路と磁力線軽水素循環発電池などで、対応する事に成り、宇宙ロケットロボット電波望遠鏡には、五個以上の位置確認装置が積載する事に成る説明。
As a supplementary technology 26th, there was no position recognition confirmation operation system of the fully automatic system of the space rocket robot transmitted by the earth artificial satellite of the space rocket robot operating in outer space of the background technology 26th.
In this case, in addition to the Earth microsatellite, a space rocket robot radio telescope outside the solar system orbit using Saturn microsatellite, Tenno microsatellite, Kaioh microsatellite, Meiou microsatellite, and Sedna microsatellite. Triangular point when indicating the position It will play an important role to indicate the position, and probably because the Sedna star microsatellite may not be able to absorb sunlight and generate power, it will generate high-power hexagonal piezoelectric element. Explanation that it will be supported by circuits and magnetic field lines light hydrogen circulation generators, etc., and five or more position confirmation devices will be loaded on the space rocket robot radio telescope.
補足技術二十七目として、背景技術の二十七目の宇宙空間での、小型の星々で使用する宇宙火薬が無かった。
此の場合は、宇宙開発用として、超小型の電気火薬と超小型水爆を組み合わせた惑星の岩を砕く宇宙開発用の火薬説明。
As the 27th supplementary technology, there was no space explosive used for small stars in the 27th space of the background technology.
In this case, for space development, an explanation of explosives for space development that crushes planetary rocks that combine ultra-small electric explosives and ultra-small hydrogen bombs.
補足技術二十八目として、背景技術の二十八目の液体酸素タンクの液体酸素タンク内の酸素加速出来る高出力六角形状圧電素子発電回路レールモーター羽根装置内蔵の液体酸素タンクと試験の答え次第の水素タンク内の水素加速出来る別の水素タンク内の高出力六角形状圧電素子発電回路レールモーター羽根装置内蔵の水素タンク説明。 As the 28th supplementary technology, the liquid oxygen tank of the 28th liquid oxygen tank of the background technology and the high output hexagonal piezoelectric element power generation circuit rail motor blade device built-in liquid oxygen tank that can accelerate oxygen in the liquid oxygen tank and the test answer High-power hexagonal piezoelectric element in another hydrogen tank that can accelerate hydrogen in the hydrogen tank Description of the hydrogen tank with a built-in rail motor blade device.
上述の様に、本発明の太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対して、如何に地上から大気圏外へ逸早く脱出して、太陽系軌道を脱出した場所からの、逆に太陽系を見たデータと太陽系軌道を脱出した場所の宇宙空間の定位置に依る宇宙ロケットロボット電波望遠鏡を使った電波望遠鏡中継365日24時間放送システムを行う為の大体の著作権上の技術公開説明を行い新たなる地球生命の人生150年時代を目標とした新しい放送文学の確立への道を開き、新しい人生設計の役割の基礎を作る事と擦る。 As described above, for the radio telescope relay broadcasting system that escapes from the solar system of the present invention and continues to project stars far away, how quickly it escapes from the ground to the outside of the atmosphere and reverses from the place where it escaped from the solar system orbit. Radio telescope relay using a space rocket robot radio telescope that depends on the data of the solar system and the fixed position of the space where it escaped from the orbit of the solar system Approximately copyright technology disclosure for 365 days 24 hours broadcasting system Explain and rub against laying the foundation for a new life planning role, paving the way for the establishment of a new broadcast literature with the goal of 150 years of new life on Earth.
地上から、大気圏外に逸早く出る技術として、軽水素入り水素タンクと液体酸素タンクに対して、軽水素入り水素タンクの軽水素入り水素のスクリュー回転スピードを加速指せる窒素重水素遠心加速機と液体酸素タンク酸素加速器と超小型ロボットロケットに必要視去れる超細のレアーアース軽量竹灰入りガラス竹灰ゴム合板回路基板に依って、電気消費を世界最小限にする事で、宇宙ロケットロボット電波望遠鏡の電気消費の心配をしなくて済む技術。 As a technology to quickly get out of the atmosphere from the ground, a nitrogen deuterium centrifugal accelerator and liquid oxygen that can accelerate the screw rotation speed of hydrogen containing light hydrogen in a hydrogen tank containing light hydrogen as opposed to a hydrogen tank containing light hydrogen and a liquid oxygen tank. Ultra-fine rare earth that can be seen for tank oxygen accelerators and ultra-small robot rockets Lightweight bamboo ash-filled glass bamboo ash rubber plywood By using a circuit board to minimize electricity consumption in the world, the electricity of the space rocket robot radio telescope Technology that eliminates the need to worry about consumption.
図1の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、先端に10の、電波望遠鏡高速送受信装置は、11の、炭素抜き収束レンズと12の、炭素抜き対物レンズと13の、炭素抜き投影レンズと14の、合成ジエリアクリル光電子色認識装置パネルと15の、ロボットロケット合成ジエリアクリル光電子画像宇宙電波中継発射装置が取り付く構造に成る。
更に、8の、液体軽水素化合物水素タンクは、2の、第一液体軽水素入り水素流動放出加速装置と3の、第一液体酸素流動放出加速装置と4の、第二液体軽水素入り水素流動放出加速装置と5の、第二液体酸素流動放出加速装置6の、第三液体軽水素入り水素流動放出加速装置が取り付き、9の、液体酸素タンクには、7の、第三液体酸素流動放出加速装置が取り付く構造の1の、回転追加加速型ロボット電波望遠鏡ロケットの構造説明。
In FIG. 1, the rotation additional acceleration type robot radio telescope rocket has 10 at the tip, and the radio telescope high-speed transmitter / receiver has 11, carbon-free condensing lens and 12, carbon-free objective lens and 13, carbon-free. The structure is such that a projection lens, 14 synthetic die-acrylic photoelectron color recognition device panels, and 15 robot rocket synthetic die-acrylic photoelectron image space radio relay launchers are attached.
Further, the liquid light hydrogen compound hydrogen tank of 8, is the hydrogen flow release accelerator containing the first liquid light hydrogen of 2, the first liquid oxygen flow release accelerator of 3, and the hydrogen containing the second liquid light hydrogen of 4. A flow release accelerator and a hydrogen flow release accelerator containing a third liquid light hydrogen of the second liquid oxygen flow release accelerator 6 are attached to the liquid oxygen tank of 9, and the third liquid oxygen flow of 7 is attached to the liquid oxygen tank of 9. Explanation of the structure of the additional rotation acceleration type robot radio telescope rocket, which is one of the structures to which the emission accelerator is attached.
図2の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、9の、液体酸素タンクに対して16の、軽量アルミニウム外壁構造の22の、低温酸素一度温度センサーを底に取り付け、23の、圧電素子配線液体酸素タンク内壁に対して、24の、プラス弱スクリュー圧電素子配線液体酸素タンク内壁電気配線と25の、マイナス弱スクリュー圧電素子配線液体酸素タンク内壁電気配線と26の、スクリュー圧電素子配線液体酸素タンク内壁構造の9の、液体酸素タンク構造説明。
更に、8の、液体軽水素化合物水素タンクに対して、16の、軽量アルミニウム外壁構造の17の、重水素入り圧電素子配線水素タンク内壁構造の18の、スクリュー重水素入り圧電素子配線水素タンク内壁に対して、19の、プラス弱スクリュー重水素入り圧電素子配線水素タンク内壁電気配線と20の、マイナス弱スクリュー重水素入り圧電素子配線水素タンク内壁電気配線と21の、低温水素一度温度センサーをタンク底に取り付けた構造説明。
In FIG. 2, 1, the rotary additional acceleration robot radio wave telescope rocket has 9, 16 for the liquid oxygen tank, 22 of the lightweight aluminum outer wall structure, 22 low-temperature oxygen once temperature sensors are attached to the bottom, and 23. Piezoelectric element wiring With respect to the inner wall of the liquid oxygen tank, 24, plus weak screw piezoelectric element wiring, liquid oxygen tank inner wall electric wiring and 25, minus weak screw piezoelectric element wiring, liquid oxygen tank inner wall electric wiring and 26, screw piezoelectric element wiring Description of the liquid oxygen tank structure of 9 of the liquid oxygen tank inner wall structure.
Further, with respect to 8 liquid light hydrogen compound hydrogen tanks, 16 lightweight aluminum outer wall structures 17 deuterium-containing piezoelectric element wiring hydrogen tank inner wall structures 18 screw deuterium-containing piezoelectric element wiring hydrogen tank inner walls. On the other hand, 19 positive weak screw deuterium-containing piezoelectric element wiring hydrogen tank inner wall electric wiring and 20 negative weak screw deuterium-containing piezoelectric element wiring hydrogen tank inner wall electric wiring and 21 low temperature hydrogen once temperature sensor tank Structural description attached to the bottom.
図3の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、2の、第一液体軽水素入り水素流動放出加速装置と3の、第一液体酸素流動放出加速装置の一つのタンク燃料ロケットと4の、第二液体軽水素入り水素流動放出加速装置と5の、第二液体酸素流動放出加速装置の二番目のタンク燃料ロケットと6の、第三液体軽水素入り水素流動放出加速装置と7の、第三液体酸素流動放出加速装置の三番目のタンク燃料ロケットに成り、8の、液体軽水素化合物水素タンクと9の、液体酸素タンクと28の、風切羽根装置に成り、カメラと温度計と赤外線カメラと紫外線カメラと放射線測定装置とデータ送受信装置と発電回路と超小型充電池と宇宙位置確認認識と自動修正装置等を積載した1の、回転追加加速型ロボット電波望遠鏡ロケット説明。 The rotary additional acceleration type robot radio telescope rocket of FIG. 3 is the tank fuel rocket of 2 of the hydrogen flow release accelerator containing the first liquid light hydrogen and 3 of the first liquid oxygen flow release accelerator. 4) 2nd liquid light hydrogen containing hydrogen flow release accelerator and 5) 2nd liquid oxygen flow release accelerator 2nd tank fuel rocket and 6) 3rd liquid light hydrogen containing hydrogen flow release accelerator and 7 It becomes the third tank fuel rocket of the third liquid oxygen flow release accelerator, the liquid light hydrogen compound hydrogen tank of 8, the liquid oxygen tank of 9, and the wind blade device of 28, the camera and the temperature. Explanation of a rotating additional acceleration robot radio telescope rocket equipped with a meter, an infrared camera, an ultraviolet camera, a radiation measuring device, a data transmitter / receiver, a power generation circuit, an ultra-small rechargeable battery, a space position confirmation recognition and an automatic correction device, etc.
図4の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、2の、第一液体軽水素入り水素流動放出加速装置と3の、第一液体酸素流動放出加速装置の一つのタンク燃料ロケットと4の、第二液体軽水素入り水素流動放出加速装置と5の、第二液体酸素流動放出加速装置の二番目のタンク燃料ロケットと6の、第三液体軽水素入り水素流動放出加速装置と7の、第三液体酸素流動放出加速装置の三番目のタンク燃料ロケットに成り、30の、窒素化合重水素を31の、高出力圧電素子六角形状発電回路レールモーターの32の、加速モーター板パネルを回転させて、液体水素流動放出加速と液体酸素流動放出加速を行いロケットエンジンの水素点火後に、水素タンクの33の、高出力電動モーター仕切り弁二ヶ所と9の、液体酸素タンクの33の、高出力電動モーター仕切り弁二ヶ所を作動させて、完全にタンク内の水素と酸素をフル遠心回転させて、34の、加速スクリュー配管を通じて、エンジン点火後の完全燃焼追加水素と酸素燃焼の大気圏外に素早く出る為の1の、回転追加加速型ロボット電波望遠鏡ロケット説明。 The rotary additional acceleration type robot radio wave telescope rocket of FIG. 4 and 1 is a tank fuel rocket of 2 and 1 liquid oxygen flow release accelerator and 3 and 1 liquid oxygen flow release accelerator. 4, the second tank fuel rocket of the second liquid oxygen flow release accelerator of 4, the second liquid oxygen flow release accelerator of 5, and the hydrogen flow release accelerator containing the third liquid light hydrogen of 6, 7 It becomes the third tank fuel rocket of the third liquid oxygen flow release accelerator, and has 30 accelerating motor plate panels of 30, 31 high-power piezoelectric element hexagonal power generation circuit rail motors. After rotating and accelerating the flow release of liquid hydrogen and accelerating the flow release of liquid oxygen, after the rocket engine ignites hydrogen, 33 high-power electric motor sluice valves and 9 in the hydrogen tank, 33 in the liquid oxygen tank, high The two output electric motor sluice valves are operated to completely centrifuge the hydrogen and oxygen in the tank, and through the acceleration screw piping of 34, complete combustion after engine ignition is out of the atmosphere of additional hydrogen and oxygen combustion. 1 for quick exit, additional rotation acceleration type robot radio telescope rocket explanation.
図5の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、8の、液体軽水素化合物水素タンクと9の、液体酸素タンクに対して、34の、加速スクリュー配管と35の、流量調整電動仕切り弁と36の、スクリュー羽根巻き込み型液体軽水素入り水素液体酸素タンクポンプが有り、8の、液体軽水素化合物水素タンクと9の、液体酸素タンクから成り、37の、液体軽水素入り水素酸素合流室に於いて、39の、モーターカートリッジ着火装置に依って、点火が行われ38の、噴射口へエネルギーが流れる構造の1の、回転追加加速型ロボット電波望遠鏡ロケット説明。 In FIG. 5, the rotation additional acceleration robot radio wave telescope rocket of 1 of FIG. 5 has 34, acceleration screw pipes and 35, flow adjustment electric motors with respect to 8 liquid light hydrogen compound hydrogen tanks and 9 liquid oxygen tanks. There is a sluice valve and 36, screw blade entrapment type liquid oxygen containing liquid light hydrogen liquid oxygen tank pump, consisting of 8 liquid light hydrogen compound hydrogen tanks and 9 liquid oxygen tanks, 37 liquid oxygen containing liquid light hydrogen. Description of a rotary additional acceleration robot radio telescope rocket of 39, which is ignited by a motor cartridge ignition device in a confluence chamber, and 38, which has a structure in which energy flows to an injection port.
図6の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、31の、液体水素と液体酸素に於いての高出力圧電素子六角形状発電回路レールモーターは、36の、スクリュー羽根巻き込み型液体軽水素入り水素液体酸素タンクポンプに付く40の、掻き込み羽根に依って、8の、液体軽水素入り水素化合物水素タンク水素と9の、液体酸素タンク酸素は、34の、加速スクリュー配管に依って、加速した8の、液体軽水素入り水素化合物水素タンク水素と9の、液体酸素タンク酸素が37の、液体水素酸素合流室へ高速移動させる1の、回転追加加速型ロボット電波望遠鏡ロケットエンジンの説明。 In FIG. 6, the rotation additional acceleration robot radio wave telescope rocket of 1 is 31 high-power piezoelectric elements in liquid hydrogen and liquid oxygen. Hexagonal power generation circuit rail motor is 36 screw blade entrainment type liquid light. Hydrogen-containing hydrogen Liquid oxygen tank Depending on the pumping blades, 8, liquid light hydrogen-containing hydrogen compound hydrogen tank hydrogen and 9, liquid oxygen tank oxygen, 34, depending on the acceleration screw piping. Description of the accelerated additional acceleration robot radio telescope rocket engine of 8, liquid hydrogen containing hydrogen compound hydrogen tank hydrogen and 9, liquid oxygen tank oxygen of 37, moving to the liquid oxygen oxygen confluence chamber at high speed 1. ..
図7の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、42の、軽水素入り水素と液体酸素タンク本体に対して、電動仕切り弁に依る41の、流量調整口と31の、高出力圧電素子六角形状発電回路レールモーターから成る1の、回転追加加速型ロボット電波望遠鏡ロケットの説明。 The rotary additional acceleration type robot radio telescope rocket shown in FIG. 7 has a high output of 42, a flow control port and 31 of 41 by an electric sluice valve with respect to hydrogen containing light hydrogen and a liquid oxygen tank body. Piezoelectric element Hexagonal power generation circuit Description of a radio telescope rocket with additional rotation acceleration type 1 consisting of a rail motor.
図8の、1の、回転追加加速型ロボット電波望遠鏡ロケットは、39の、モーターカートリッジ着火装置は43の、スクリューモーターに依って移動して46の、白樺の乾燥表皮の粉油紙の粉ガソリン灯油混合剤に対して、44の、高電圧変換装置と45の、LPガス細管入り二重ニクロム線に依って、39の、モーターカートリッジ着火して、38の、噴射口へ液体酸素と軽水素入り水素の燃焼加速エネルギーが放出出来る1の、回転追加加速型ロボット電波望遠鏡ロケットの説明。 In FIG. 8, 1, the rotary additional acceleration type robot radio telescope rocket has 39, the motor cartridge ignition device has 43, and the motor cartridge igniter has 43, which is moved by the screw motor and 46, and the dry birch dry skin powder oil paper powder gasoline kerosene. For the mixture, 44, high voltage converter and 45, LP gas tubed double nichrome wire, 39, motor cartridge ignited, 38, liquid oxygen and light hydrogen entered into the injection port. Explanation of the rotation additional acceleration type robot radio telescope rocket that can release the combustion acceleration energy of hydrogen 1.
図9の、1の、回転追加加速型ロボット電波望遠鏡ロケットの回路基板は、49の、炭素抜きガラス板と47の、ガラス板合わせ回路基板と48の、切ガラス板合わせ回路配線部分に溶解レアーアース配線を流し込んだ0,003ミリメートル幅の回路配線基板を積載した1の、回転追加加速型ロボット電波望遠鏡ロケットの説明。 The circuit board of the rotary additional acceleration robot radio wave telescope rocket shown in FIG. 9 is melted in 49, carbon-free glass plates and 47, glass plate mating circuit boards and 48, cut glass plate mating circuit wiring parts. Description of a rotating additional acceleration robot radio telescope rocket with a circuit board with a width of 0.003 mm loaded with wiring.
図10の、1の、回転追加加速型ロボット電波望遠鏡ロケットの、50の、高速低周波軽水素入り水切りクラゲアクリルチタン酸バリウム撹拌多層シート映像データストックボックスは、55の、データ入力再生回路配線を取り付けた49の、炭素抜きガラス微粒子と51の、水洗いクラゲ撹拌物質と52の、チタン酸バリウムと53の、竹灰入りグラスファイバーと54の、合成材の化合粒子データ入力再生配線を取り付けた50の、高速低周波軽水素入り水切りクラゲアクリルチタン酸バリウム撹拌多層シート映像データストックボックス積載の1の、回転追加加速型ロボット電波望遠鏡ロケットの説明。 Fig. 10, 1 of the rotation additional acceleration type robot radio telescope rocket, 50 of the high-speed low-frequency light hydrogen-containing drainage jellyfish acrylic barium titanate stirring multi-layer sheet video data stock box has 55 data input playback circuit wiring Attached 49, carbon-free glass particles and 51, water-washed jellyfish stirrer and 52, barium titanate and 53, glass fiber with bamboo ash and 54, synthetic particle compound particle data input reproduction wiring were attached 50 High-speed low-frequency light hydrogen-filled drainage jellyfish Acrylic barium titanate stirring Multi-layer sheet Video data Stock box loading 1, rotation additional acceleration robot radio telescope Rocket description.
図11の、1の、回転追加加速型ロボット電波望遠鏡ロケットの、65の、ロケット第一エンジンは57の、液体酸素タンク燃料ポンプ酸素と58の、水素タンク燃料ポンプ水素を31の、高出力圧電素子六角形状発電回路レールモーター取り付けの59の、液体酸素タンク内スクリュー撹拌板と60の、軽水素入り水素タンク内スクリュー撹拌板に依って、34の、加速スクリュー配管と35の、流量調整電動仕切り弁に依って、64の、二又軽水素入り水素誘導管を経て、61の、高出力マグネトロン点火装置に依って水素点火を行い62の、火力誘導管を経て63の、酸素スクリュー管噴出し口の軽水素入り水素と酸素の加速燃焼を行い切る事で、65の、ロケット第一エンジンの56の、宇宙ロケット電波望遠鏡ロボット高出力圧電素子六角形状発電回路レールモータータンク切り離し装置 に依って、1の、回転追加加速型ロボット電波望遠鏡ロケットの65の、ロケット第一エンジンの切り離しが出来る構造の1の、回転追加加速型ロボット電波望遠鏡ロケットの説明。 High-power piezoelectric of 65, rocket first engine of 57, liquid oxygen tank fuel pump oxygen and 58, hydrogen tank fuel pump hydrogen of 31, high-power piezoelectric of the rotary additional acceleration type robot radio wave telescope rocket of FIG. Element Hexagonal power generation circuit 59, liquid oxygen tank screw stirring plate and 60, light hydrogen containing hydrogen tank screw stirring plate, 34, acceleration screw piping and 35, flow adjustment electric partition Depending on the valve, hydrogen is ignited by 64, a hydrogen induction tube containing light hydrogen, 61, by a high-power magnetron igniter, and 62, through a thermal induction tube, 63, an oxygen screw tube is ejected. By accelerating combustion of hydrogen and oxygen containing light hydrogen in the mouth, 65, 56 of the rocket first engine, space rocket radio telescope robot high output piezoelectric element hexagonal power generation circuit rail motor tank disconnection device 1. Explanation of the additional rotation acceleration type robot radio wave telescope rocket 65, which has a structure in which the first rocket engine can be separated.
図12の、1の、回転追加加速型ロボット電波望遠鏡ロケットの、北海道知事宛てに提出した2019年 5月30日PM14時考案の回転追加加速型ロボット電波望遠鏡ロケットのハガキ原本図の証拠の写し図説明。 A copy of the proof of the original drawing of the rotating additional acceleration robot radio telescope rocket of Fig. 12-1, which was submitted to the Governor of Hokkaido on May 30, 2019 at 14:00 PM. Explanation.
図13の、1の、回転追加加速型ロボット電波望遠鏡ロケットの、北海道知事宛てに提出した2019年6月19日PM23時57分美馬牛にて考案作品のマイナス1000度でも、作動可能なCCDの参考説明図。 Reference of CCD that can operate even at minus 1000 degrees of the work devised at Bibaushi at 23:57 PM on June 19, 2019, which was submitted to the Governor of Hokkaido of the rotation additional acceleration type robot radio telescope rocket in Fig. 13. Explanatory drawing.
図14は、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 14 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図15の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 15 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図16の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 16 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
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図17の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。
,
FIG. 17 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図18の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 18 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図19の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 19 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図20の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 20 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図21の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 21 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図22の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 22 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the governor of Hokkaido and continues to project stars far away.
図23の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 23 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図24の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 24 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図25の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 25 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図26の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 26 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図27の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 27 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図28の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 28 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図29の、公明党本部充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての労働組合の意見書の参考説明図。 FIG. 29 is a reference explanatory diagram of the labor union's written opinion on the radio telescope relay broadcasting system that escapes from the solar system dedicated to the Komeito headquarters and continues to project stars far away.
図30の、北海道知事充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての参考説明図。 FIG. 30 is a reference explanatory diagram for a radio telescope relay broadcasting system that escapes from the solar system dedicated to the Governor of Hokkaido and continues to project stars far away.
図31の、立憲民主党充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての労働組合の意見書の参考公開説明図。 Fig. 31 is a reference public explanatory diagram of the labor union's written opinion on the radio telescope relay broadcasting system that continues to project the stars far away from the solar system dedicated to the Constitutional Democratic Party.
図32の、国民民主党充ての太陽系を抜け出て遥か彼方の星々を映し続ける電波望遠鏡中継放送システムに対しての労働組合の意見書の参考公開説明図。 FIG. 32 is a reference public explanatory diagram of the labor union's written opinion on the radio telescope relay broadcasting system that escapes from the solar system devoted to the Democratic Party for the People and continues to project stars far away.
1 回転追加加速型ロボット電波望遠鏡ロケット
2 第一液体軽水素入り水素流動放出加速装置
3 第一液体酸素流動放出加速装置
4 第二液体軽水素入り水素流動放出加速装置
5 第二液体酸素流動放出加速装置
6 第三液体軽水素入り水素流動放出加速装置
7 第三液体酸素流動放出加速装置
8 液体軽水素化合物水素タンク
9 液体酸素タンク
10 電波望遠鏡高速送受信装置
11 炭素抜き収束レンズ
12 炭素抜き対物レンズ
13 炭素抜き投影レンズ
14 合成ジエリアクリル光電子色認識装置パネル
15 ロボットロケット合成ジエリアクリル光電子画像宇宙電波中継発射装置
16 軽量アルミニウム外壁
17 重水素入り圧電素子配線水素タンク内壁
18 スクリュー重水素入り圧電素子配線水素タンク内壁
19 プラス弱スクリュー重水素入り圧電素子配線水素タンク内壁電気配線
20 マイナス弱スクリュー重水素入り圧電素子配線水素タンク内壁電気配線
21 低温水素一度温度センサー
22 低温酸素一度温度センサー
23 圧電素子配線液体酸素タンク内壁
24 プラス弱スクリュー圧電素子配線液体酸素タンク内壁電気配線
25 マイナス弱スクリュー圧電素子配線液体酸素タンク内壁電気配線
26 スクリュー圧電素子配線液体酸素タンク内壁
27 高出力自動充電池
28 風切羽根装置
29 液体酸素タンク及び液体軽水素入り水素タンク
30 窒素化合重水素
31 高出力圧電素子六角形状発電回路レールモーター
32 加速モーター板パネル
33 高出力電動モーター仕切り弁二ヶ所
34 加速スクリュー配管
35 流量調整電動仕切り弁
36 スクリュー羽根巻き込み型液体水素液体酸素タンクポンプ
37 液体水素酸素合流室
38 噴射口
39 モーターカートリッジ着火装置
40 掻き込み羽根
41 流量調整口
42 水素と液体酸素タンク本体
43 スクリューモーター
44 高電圧変換装置
45 LPガス細管入り二重ニクロム線
46 白樺の乾燥表皮の粉油紙の粉ガソリン灯油混合剤
47 ガラス板合わせ回路基板
48 切ガラス板合わせ回路配線部分
49 炭素抜きガラス微粒子
50 高速低周波軽水素入り水切りクラゲアクリルチタン酸バリウム撹拌多層シート映像データストックボックス
51 水洗いクラゲ撹拌物質
52 チタン酸バリウム
53 竹灰入りグラスファイバー
54 合成材
55 データ入力再生回路配線
56 宇宙ロケット電波望遠鏡ロボット高出力圧電素子六角形状発電回路レールモータータンク切り離し装置
57 液体酸素タンク燃料ポンプ
58 軽水素入り水素タンク燃料ポンプ
59 液体酸素タンク内スクリュー撹拌板
60 液体軽水素入り水素タンク内スクリュー撹拌板
61 高出力マグネトロン点火装置
62 火力誘導管
63 酸素スクリュー管噴出し口
64 二又水素誘導管
65 ロケット第一エンジン
1 Rotation additional acceleration type robot radio wave telescope rocket 2 1st liquid hydrogen-containing hydrogen flow release accelerator 3 1st liquid oxygen flow release accelerator 4 2nd liquid hydrogen-containing hydrogen flow release accelerator 5 2nd liquid oxygen flow release acceleration Device 6 Third Liquid Light Hydrogen-Containing Hydrogen Flow Accelerator 7 Third Liquid Oxygen Flow Release Accelerator 8 Liquid Light Hydrogen Compound Hydrogen Tank 9 Liquid Oxygen Tank 10 Radio Telescope High-speed Transmitter / Receiver 11 Carbon-free Convergence Lens 12 Carbon-free Objective Lens 13 Carbon-free projection lens 14 Synthetic die acrylic photoelectron color recognition device panel 15 Robot rocket Synthetic die acrylic photoelectron image Space radio relay launcher 16 Lightweight aluminum outer wall 17 Hydrogen-containing piezoelectric element wiring Hydrogen tank inner wall
18 Screw heavy hydrogen piezoelectric element wiring Hydrogen tank inner wall 19 Plus weak screw piezoelectric element wiring Hydrogen tank inner wall electrical wiring 20 Minus weak screw piezoelectric element wiring hydrogen tank inner wall electric wiring 21 Low temperature hydrogen Once temperature sensor 22 Low temperature oxygen Once temperature sensor 23 Piezoelectric element wiring Liquid oxygen tank inner wall 24 Plus weak screw Piezoelectric element wiring Liquid oxygen tank inner wall Electrical wiring 25 Minus weak screw Piezoelectric element wiring Liquid oxygen tank inner wall Electrical wiring 26 Screw Piezoelectric element wiring Liquid oxygen tank inner wall 27 High output automatic Rechargeable battery 28 Wind blade device 29 Liquid oxygen tank and hydrogen tank containing liquid light hydrogen 30 Nitrogen compound heavy hydrogen 31 High output piezoelectric element Hexagonal power generation circuit Rail motor 32 Acceleration motor Plate panel 33 High output electric motor Divider valve 2 places 34 Acceleration Screw piping 35 Flow adjustment electric sluice valve 36 Screw blade entrainment type liquid hydrogen liquid oxygen tank pump 37 Liquid hydrogen oxygen merging chamber 38 Injection port 39 Motor cartridge ignition device 40 Scraping blade 41 Flow adjustment port 42 Hydrogen and liquid oxygen tank body 43 Screw Motor 44 High voltage converter 45 LP gas piezo tube containing double nichrome wire 46 Birch dry skin powder Oil Paper powder Gasoline kerosene mixture 47 Glass plate alignment circuit board 48 Cut glass plate alignment circuit Wiring part 49 Carbon-free glass fine particles 50 High speed Draining jellyfish with low frequency light hydrogen Acrylic barium titanate stirring Multi-layer sheet Video data Stock box 51 Washing jellyfish stirring material 52 Barium titanate 53 Glass fiber with bamboo ash 54 Synthetic material 55 Data input Playback circuit Wiring 56 Space rocket Radio telescope Robot High output Piezoelectric element Hexagonal power generation circuit Rail motor Tank disconnection device 57 Liquid oxygen tank Fuel pump 58 Hydrogen tank fuel pump with light hydrogen 59 Screw stirring plate in liquid oxygen tank 60 Screw stirring plate in hydrogen tank containing liquid light hydrogen 61 High-power magnetron ignition device 62 Thermal power guide pipe 63 Oxygen screw pipe outlet 64 Two-pronged hydrogen guide pipe 65 Rocket No. 1 engine
Claims (38)
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CN114670083A (en) * | 2022-04-24 | 2022-06-28 | 西安交通大学 | Bearing platform for non-contact driving three-rotational-freedom-degree displacement output |
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CN114670083A (en) * | 2022-04-24 | 2022-06-28 | 西安交通大学 | Bearing platform for non-contact driving three-rotational-freedom-degree displacement output |
CN114670083B (en) * | 2022-04-24 | 2023-03-10 | 西安交通大学 | Bearing platform for non-contact driving three-rotational-freedom-degree displacement output |
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