JP2011122580A - Rotation creation and modulation device - Google Patents
Rotation creation and modulation device Download PDFInfo
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- JP2011122580A JP2011122580A JP2009299351A JP2009299351A JP2011122580A JP 2011122580 A JP2011122580 A JP 2011122580A JP 2009299351 A JP2009299351 A JP 2009299351A JP 2009299351 A JP2009299351 A JP 2009299351A JP 2011122580 A JP2011122580 A JP 2011122580A
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- force
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- chain
- sun gear
- clockwise
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Abstract
Description
機械技術等による無限無公害の回転動力等により、クリーン発電力をはじめ天候や地震等の調節も可能にする。 With infinite pollution-free rotational power by mechanical technology, etc., it will be possible to adjust clean weather and weather and earthquakes.
諸資源の浪費と恐るべき原子力や温暖化等で地球生物等に大公害を与えてきた。 It has caused great pollution to earth creatures due to waste of resources and terrible nuclear power and global warming.
固定した車軸サンギャに巻いたチェーン等を、左まわり公転の反対右まわりにほどくと、そこには回転エネルギーの距離が得られている。ほどかれたチェーンを主柄先遊星小ギャで巻きとりつつ、遊星軸固定のサンギャを右まわりする中小ギャ組で右まわり自転力をつくらせながら、前記の左まわり公転力をつくらせて、永続的自公転モーメントエネルギーが誕生させられる。
サンギャと同径の加力ギャで前記チェーンを巻きとれば、停止加力のまゝすばらしくクリーンな無限回転エネルギー現出と、それを利用したジェット推進や、暖冷動力等で、天候や地震の調節などの大挙も実現可能となる。
次に透視平面図の〔図1〕を参考に説明を進める。When a chain or the like wound around a fixed axle sangya is unwound counterclockwise, the distance of rotational energy is obtained. While winding the unwound chain with the main handle tip planetary small gear, while creating the clockwise rotation force with the small and medium gear group rotating clockwise around the sun shaft fixed to the planetary axis, the above-mentioned counterclockwise revolving force is created and permanent And revolution moment energy is born.
If the chain is wound with a force gauge that is the same diameter as the sun gear, it is possible to generate a clean and infinite rotation energy with a stop force applied, jet propulsion using it, heating and cooling power, etc. Large adjustments such as adjustments can also be realized.
Next, description will be made with reference to FIG. 1 of the perspective plan view.
半径3の車軸サンギャと同径の加力ギャのピッチを倍にして、遊星軸▲11▼に固定した遊星サンギャにまわる小ギャ群と支柄▲20▼を右まわりに自転(モーメント約6で車軸サンギャピッチも倍の6に)させると、▲5▼に約30の公転力をつくらせ、サンギャや遊星ギャ(含付属中小ギャ比)径を大きくすると公転力も多大にさせられる。 Double the pitch of the force gear with the same diameter as the axle sun gear of radius 3, and rotate the small gear group and the branch (20) around the planet sun gear fixed to the planetary shaft (11) clockwise (with a moment of about 6). When the axle sun gear pitch is also doubled 6), the revolution force of about 30 is created in (5), and when the diameter of sun gear or planetary gear (including attached small and medium gear ratio) is increased, the revolution force is also greatly increased.
しかし各軸には高低差等があるため、斜交減転等による負モーメントが避けられず、水平回転力は相当縮減される。
そこで支柄につく中小軸を上下させたり、各軸に平行と垂直のボールベァリングやバネ等使用(加力テコにも)で斜交減転やマサツ等の縮小をはかりつつ、部品構成や材質改善(強度や軽量化等含む)等が必要となる。
なお、▲61▼の加力法は、小車軸サンギャで巻制して加力正逆を生ませる加力別法である。また、遊星サンギャを内歯車にして、支柄モーメントを大きくさせる構成別法もある。However, since there is a difference in height between the axes, a negative moment due to oblique reduction is unavoidable, and the horizontal rotational force is considerably reduced.
Therefore, by moving the small and medium axes attached to the handle up and down, and using ball bearings and springs that are parallel to and perpendicular to each axis (also applied to the lever lever), it is possible to reduce the oblique rotation and shrink the mass, etc. And material improvements (including strength and weight reduction) are required.
The force application method (61) is another method of force application in which the force is reversed by a small axle sangya. There is also another configuration method in which the planetary sun gear is used as an internal gear to increase the bearing moment.
以上を原転とすれば、添転として▲71▼▲72▼では(2×4×2=16)+(12×3.5=42)=56 の添転計算トルクも得られるが、原転の回転数をふやすことになる。しかし総部品数をふやさないで済む。 If the above is the original rotation, the rotational calculation torque of (2 × 4 × 2 = 16) + (12 × 3.5 = 42) = 56 can be obtained in (71) (72) as the rotation. The number of rotations will be increased. However, it is not necessary to increase the total number of parts.
回転力をとりだすには車軸につけたギャ等で伝達させることはもちろん、リモコン操作可能は当然で、ジャイロスコープ使用やフリーギャ取付等も有効となる。使用例は発電機等のモーターをはじめ、静止加力のまま永続回転のクリーンエネルギーを創出させ、諸資源を守りつつ排気等の諸公害を無用にして、悪名高い放射能の追放等も実現させられる。 In order to extract the rotational force, not only transmission by gears attached to the axle, but also remote control operation is naturally possible, and the use of a gyroscope or free gear attachment is also effective. Examples of usage include motors such as generators, creating permanent rotating clean energy with static force applied, eliminating various pollutions such as exhaust while protecting various resources, and realizing exile of notorious radioactivity etc. It is done.
上記の無限回転力を使用した、気体等の圧縮と真空によりジェット推進が可能と相成る。また気体の温暖化等を使用した天候調節も可能となり、地下マグマの真空冷却法を使用した地震調節法も可能となる。
また将来的には調和を大前提にした、太陽系等の銀河延命も相可能となろう。Jet propulsion is possible by compression and vacuum of gas using the above infinite rotational force. In addition, weather adjustment using gas warming is possible, and earthquake adjustment using vacuum cooling of underground magma is also possible.
In the future, it will be possible to extend the life of galaxies such as the solar system, with the premise of harmony.
1 〔図1〕は創転調機の透視略平面図。
2 上記中の線の説明
(1)実線は主・支柄と各軸心(ベァリング心含む)、加力テコ先(ギャ縁突起含む)を示す。
(2)1点鎖線はピッチ円線でスプロケット等と平歯車を示す。
(3)破線はチェーン等を示す。
3 符号の説明
▲1▼ 車軸
▲3▼ 加力テコ先
▲5▼ 車軸サンギャ
▲6▼ 加力チェーン
▲10▼ 主柄
▲11▼ 遊星軸
▲15▼ 遊星サンギャ
▲20▼ 支柄
▲31▼ 支柄端歯車軸
▲41▼ 挿輪軸
▲51▼ 加転軸
▲53▼ 加転チェーン
▲61▼ 小挿輪
▲71▼ 1次添転軸
▲72▼ 2次添転軸1 [FIG. 1] is a perspective schematic plan view of a rotating modulator.
2. Description of the above-mentioned lines (1) The solid line indicates the main / support pattern, each axial center (including bearing core), and applied lever tip (including gear edge protrusion).
(2) A one-dot chain line is a pitch circle and indicates a sprocket and a spur gear.
(3) A broken line indicates a chain or the like.
3 Explanation of symbols (1) Axle (3) Force lever tip (5) Axle sun gear (6) Force chain (10) Main pattern (11) Planetary axis (15) Planetary sun gear (20) Support pattern (31) Support Handle end gear shaft ▲ 41 ▼ Insertion shaft ▲ 51 ▼ Rotation shaft ▲ 53 ▼ Rotation chain ▲ 61 ▼ Small insertion wheel ▲ 71 ▼ Primary rotation shaft ▲ 72 ▼ Secondary rotation shaft
Claims (4)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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JP2009299351A JP2011122580A (en) | 2009-12-10 | 2009-12-10 | Rotation creation and modulation device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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JP2009299351A JP2011122580A (en) | 2009-12-10 | 2009-12-10 | Rotation creation and modulation device |
Publications (1)
Publication Number | Publication Date |
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JP2011122580A true JP2011122580A (en) | 2011-06-23 |
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ID=44286685
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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JP2009299351A Pending JP2011122580A (en) | 2009-12-10 | 2009-12-10 | Rotation creation and modulation device |
Country Status (1)
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JP (1) | JP2011122580A (en) |
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2009
- 2009-12-10 JP JP2009299351A patent/JP2011122580A/en active Pending
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