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Cosmic Energy Machine Simplified Mathematical Analysis
PCT/IB/2005/000138
Published on July 27, 2006
http://www.wipo.int/pctdb
  • Lee Cheung Kin, Lawrence Tseung Presentation in Taiwan on
  • Aug 2006
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1. Swing with no Motion
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2. Applying Pulse Force F (10Kg)
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3. Consider the 2 Energy Terms
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4. Law of Conservation of Energy
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5. Extend to Magnetic Fields
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6. Extending to Rotations
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7. Five elements to create a 3rd Generation Cosmic Energy Machine
  • Starting Mechanism to get to designed rotational speed
  • Energy Extraction Mechanism
  • Feedback Mechanism (e.g. 2/3 output)
  • Energy to Outside (e.g. 1/3 output)
  • Control Mechanism to reduce power when external load decreases
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8. Working Prototype
  • 225 Horse Power Motor and Generator
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9. Dr. Liang Car
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Comments
  • This particular analysis is simplified for the non-mathematician
  • Use of differential calculus is avoided.
  • The analysis applies to the situation during the period when Pulse Force is applied
  • In reality, when the Pulse Force is stopped, the gained velocity will continue the swinging motion until the kinetic energy is converted to potential energy
  • Even during the period of applying the Pulse Force, there is conversion of kinetic energy to potential energy.  However this complication is omitted in this simplified analysis.
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The two stage thinking
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The Example from Tsing Hua University
  • Inventor was over 80 years old
    • Invention was Electrical Energy Magnifier
    • Shape like generator with additional cylinders with axle horizontal
    • Magnify 30 times, already used in a factory
  • Fits our theory
  • With no controlled feedback mechanism, use only as magnifier to avoid machine burnt out. (Output should be able to supply Input and more.)
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宇宙能發電機，簡易數學分析
國際專利 PCT/IB/2005/000138
公佈日：2006年7月27日
www.wipo.int/pctdb
  • 李長建、蔣振寧
  • 2006年8月於北京
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1 .靜止狀態時的秋千
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2. 加上脈沖力F(10Kg)
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3. 水平和垂直能量的分析
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4. 能量守恆定律
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5. 引用到磁場
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6. 引用到旋轉
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7. 第三代宇宙能機的5個要素
  • 啟動裝置，令轉子達到設計的旋轉速度。
  • 抽出能量的裝置。
  • 回輸裝置，約佔輸出能量的2/3 (比例可因不同設計而變)
  • 對外做功或發電裝置，約佔輸出能量的1/3
  • 控制裝置，若外需電能減少，便要減低能量的供應，避免燒機。
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8. 樣機
  • 225匹馬力的馬達和發電機
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9. 梁星人博士汽車
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意見
  • 這個簡化了的分析、適用於一般聽眾
  • 很多數學家，認為用微積分計算更佳
    • 會是另一分析
  • 這分析針對在有脈沖力情況下
    • 脈沖力停止的一刻，秋千仍會繼續盪高
    • 動能會變勢能
  • 只有在有脈沖力期間，才會引出地球引力能量。
  • 在有脈沖力期間，同時亦會有動能變勢能的存在，在這簡化解釋中，不加入這複雜分析。
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分兩段考慮
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清華大學的一例子
  • 和一80多歲的發明家合作多月。
    • 發明是電能放大器，可放大30倍。
    • 外型是發電機加數圓桶，軸平放。
    • 已用於一工廠。
  • 符合我們的理論
  • 因沒有適應供電量大小的回饋設計，只做放大器，避免燒機。