JP2012219812A - Method for converting gravity - Google Patents

Method for converting gravity Download PDF

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JP2012219812A
JP2012219812A JP2011098720A JP2011098720A JP2012219812A JP 2012219812 A JP2012219812 A JP 2012219812A JP 2011098720 A JP2011098720 A JP 2011098720A JP 2011098720 A JP2011098720 A JP 2011098720A JP 2012219812 A JP2012219812 A JP 2012219812A
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energy
assembly
ring
moebius
gravity
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JP2012219812A5 (en
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Seiji Sagawa
正治 佐川
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Individual
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Abstract

PROBLEM TO BE SOLVED: To provide a power generator that does not generate harmful substances such as exhaust gas, which destroys an ecosystem and aggravates an environment.SOLUTION: Endless belts each having a track of "Moebius strip" are arranged at regular intervals to constitute one assembly having an axis, so that its kinetic energy is converted to rotational energy of the assembly. Thus, a portion corresponding to a circumference is between B to D of the "Moebius strip", and this kinetic energy becomes the rotational energy of the assembly. The rotational energy of the assembly is concentrated to the center of the assembly, resulting in gravity being generated. Matter circulates the tracks of the "Moebius strip", so that the energy is generated.

Description

本発明は化石燃料をエネルギー源とする経済活動で引き起る公害や地球温暖化の防止に役立つ新たなエネルギー発生方法。重力変換方法である。The present invention is a new energy generation method useful for preventing pollution and global warming caused by economic activities using fossil fuel as an energy source. Gravity conversion method.

現在、人類の経済活動は一部を除き、化石燃料を使っているため、CO2などの排ガス等有害物質を大量に発生させている。
特になし
Currently, most of human economic activities use fossil fuels except for a part of them, so they generate a large amount of harmful substances such as CO2 and other exhaust gases.
nothing special

現在のエネルギー利用方法では、地球環境が悪化し生態系への影響がはかりしれない。The current energy use method will not affect the ecosystem due to the deterioration of the global environment.

そこで太陽光や風力などの自然エネルギーが考えられているが、エネルギー効率やコストの面で課題が多い。Therefore, natural energy such as sunlight and wind power is considered, but there are many problems in terms of energy efficiency and cost.

課題を解決する為の手段Means to solve the problem

「メビウスの環」の形状を軌道とする無端ベルトの、位置エネルギー(重力)が運動エネルギーに変換される性質を用い、この無端ベルトを、軸を有するように等間隔に複数本束ね一つの集合体とし、軸が垂直になるように設置することでこの集合体の回転エネルギーとする「重力変換方法」、又、この集合体が核となるように周りにリングを設置することで、集合体の回転より生ずる重力エネルギーをリングの回転運動として保存することを特徴とする「重力エネルギー保存方法」。又、この原理を用い発電手段とすることを特徴とする発電システム。Using an endless belt with the shape of the “Moebius's ring” as a trajectory, the potential energy (gravity) is converted into kinetic energy. "Gravity conversion method" that makes the rotation energy of this aggregate by installing it so that its axis is vertical, and by installing a ring around it so that this aggregate becomes the nucleus, Gravity energy preservation method, characterized by preserving the gravitational energy resulting from the rotation of the ring as the rotational motion of the ring. A power generation system characterized by using this principle as a power generation means.

上記の課題解決手段による作用は次の通りである
地球環境の悪化を防止し、なおかつエネルギー問題も解決できる。
The action of the above problem solving means can prevent the deterioration of the global environment as described below, and can also solve the energy problem.

また、新技術の開発や科学分野の発展など相乗効果も見込める。In addition, synergistic effects such as the development of new technologies and the development of scientific fields can be expected.

発明の効果Effect of the invention

環境破壊を防止し、科学技術の発展や資源をめぐる戦争や貧困を解決し、意識レベルの向上が見込まれる。It is expected to prevent environmental destruction, solve the development of science and technology and war and poverty over resources, and raise the level of awareness.

発明を実施する為の最良の形態BEST MODE FOR CARRYING OUT THE INVENTION

以下本発明の実施の形態を図1〜図5に基づいて説明する.Hereinafter, embodiments of the present invention will be described with reference to FIGS.

図1は「メビウスの環」の軌道内のエネルギーの流れを仮に「おもりの役目のベルト」を使うことで説明するものである。また、以下、図1〜図5についても「無端ベルト」や「メビウスの環」などは軌道とその流れを意味するものである。
おもりの役目のベルトを3等分の長さとしメモリを、それぞれA・B・C・Dとし表している。1本のおもりの役目のベルトを図1のように、Bを頂点として、AB間を垂直にし、BCはABに対して60度の角度でAの高さ(低さ)まで延ばせば、直角三角形の底辺のない形となる。このとき、ABとBCDの重さの比率は1:2である。因ってABはBCDの重力(重さ)により引き上げられてしまう。
FIG. 1 explains the flow of energy in the orbit of the “Moebius ring” by using a “belt as a weight”. In addition, hereinafter, in FIGS. 1 to 5, “endless belt”, “Moebius ring”, and the like mean a track and its flow.
The belt serving as a weight has a length of three equal parts, and the memories are represented as A, B, C, and D, respectively. As shown in FIG. 1, a belt serving as a weight is perpendicular to AB with B at the apex, and BC extends to the height (low) of A at an angle of 60 degrees with respect to AB. The shape has no triangle base. At this time, the ratio of the weight of AB and BCD is 1: 2. Therefore, AB is pulled up by the gravity (weight) of BCD.

図2は図1のベルトのAとDをつなげ正三角形になるようにしたものである。図1で示したようにこの状態であってもABとBCDのおもさの比率は1:2である。例えば、三角定規やリンゴ等をこのように配置したときどちらに倒れるかを想像してもらえるとよい。図2のようにABを垂直にし軸としたときの三角形の重心はAB軸上ではなく外側にズレている。つまり、この状態であれば重さ(位置エネルギー)が本来の位置に移動しようとする運動エネルギーが発生(変換)するのである。FIG. 2 is a diagram in which A and D of the belt of FIG. 1 are connected to form an equilateral triangle. As shown in FIG. 1, even in this state, the ratio of the weight of AB and BCD is 1: 2. For example, it can be imagined where the triangle ruler, apple, etc. will fall when placed in this way. As shown in FIG. 2, the center of gravity of the triangle when AB is the vertical axis is shifted on the outside rather than on the AB axis. That is, in this state, kinetic energy whose weight (potential energy) tends to move to the original position is generated (converted).

図3は効率よくエネルギーを得るためにBCD間をなめらかな角度で弧を描くようにしたときの無端ベルトの流れと軌道を表している。図3−1のように「メビウスの環」の形状にしても軸と弧の重さの比率は、図1,図2で示したように(1:2)である。つまり、軸を垂直にしていれば弧であるBCD間には常に(+1)の運動エネルギーが生じている。FIG. 3 shows the flow and track of an endless belt when an arc is drawn at a smooth angle between BCDs in order to obtain energy efficiently. The ratio of the weight of the shaft and the arc is (1: 2) as shown in FIGS. 1 and 2 even if the shape is a “Moebius ring” as shown in FIG. In other words, if the axis is vertical, (+1) kinetic energy is always generated between the arcs of BCD.

図4−Iは無端ベルトの集合体を上からみたときのベルトの動きを表している。
「メビウスの環」の軌道を有する無端ベルトを等間隔に設置し、軸を有する一つの集合体とすることで、その運動エネルギーを集合体の回転エネルギーに変換するのである。つまり、図4−Iの円周にあたる部分は「メビウスの環」B〜D間であり、この運動エネルギーが集合体の回転エネルギーとなるのである。又、この集合体の回転エネルギーは集合体の中心に集中し結果として重力を発生するのである。これらのエネルギーは「メビウスの環」の軌道を物質が循環することにより生じるものである。図4−IIは集合体としたときの一つの無端ベルトと、集合体として回転しているときのその軌道を表している。(軸ABとBCDとの傾斜角度は60度である。又、左右どちらに傾斜させるかは集合体で統一する。)
FIG. 4-I represents the movement of the belt when the endless belt assembly is viewed from above.
By installing endless belts with “Moebius ring” orbits at equal intervals to form a single assembly having an axis, the kinetic energy is converted into rotational energy of the assembly. That is, the portion corresponding to the circumference of FIG. 4-I is between “Moebius rings” B to D, and this kinetic energy becomes the rotational energy of the aggregate. Further, the rotational energy of the aggregate is concentrated at the center of the aggregate, and as a result, gravity is generated. These energies are generated by the circulation of matter in the “Moebius ring” orbit. FIG. 4-II shows one endless belt as an aggregate and its trajectory when rotating as an aggregate. (The inclination angle between the axis AB and the BCD is 60 degrees. In addition, whether to incline to the left or right is unified in the aggregate.)

図5は「メビウスの環」の集合体にリングを設置した図形である。この集合体が回転することにより、その周囲には重力が発生する。そこで集合体より放出されたこのエネルギー(重力)を回転として保存するためにリングを設置する。(リングは、この集合体より生じたエネルギー(重力)の分布している範囲内で集合体の回転を阻害しないように配置する。地球でいえば赤道上である。又、分布形状としては銀河系の円盤形を参考にするとよい。)又、この原理を用いリングに高速回転を加えれば無端ベルトの循環運動が加速し集合体の軸よりエネルギーを生じさせることが可能となる。
備考、これら一連の集合体等の設置状況は集合体を囲うような真空容器内がよい。又、「メビウスの環」の軌道を有する構造や構造体、無端ベルト、リングの材質、設置状況等は要求される軌道の動きやすさなどを考慮して決定される設計的事項である。つまり「メビウスの環」やリング等の「軌道」を保持することを条件とするものである。
FIG. 5 shows a figure in which a ring is installed on an assembly of “Moebius rings”. As this assembly rotates, gravity is generated around it. Therefore, a ring is installed to store this energy (gravity) released from the assembly as rotation. (The ring is arranged so as not to inhibit the rotation of the aggregate within the range where the energy (gravity) generated from this aggregate is distributed. On the earth, it is on the equator. In addition, if a high-speed rotation is applied to the ring using this principle, the endless belt's circular motion is accelerated and energy can be generated from the axis of the assembly.
Remarks, the installation status of these series of assemblies is preferably in a vacuum vessel surrounding the assembly. Further, the structure and structure having the “Moebius ring” track, the material of the endless belt, the ring, the installation status, and the like are design matters determined in consideration of the required mobility of the track. In other words, the condition is that the “orbit” of the “Moebius ring” or the ring is maintained.

は傾斜にベルトをのせた図である。Is a view with a belt on the slope. はベルトの両端をつなげた図である。Fig. 2 is a diagram in which both ends of a belt are connected. Iはベルトを「メビウスの環」状にし横から見た図である。又、I〜IIIそれぞれベルトの動きも表してる。IIは別な角度で横から見た図である。IIIは上から見た図である。I is a view of the belt as viewed from the side with a “Moebius ring” shape. In addition, belt movements I to III are also shown. II is a view from the side at another angle. III is a view from above. は集合体を上から見たものと、横から見たときの一つのメビウスの環状の動きを矢印で現している。The arrows show the movement of the Mobius from the top and the circular movement of one Mobius when viewed from the side. Iはリングを配置した集合体を横から見たものである。IIは上から見たものである。I is a side view of an assembly in which rings are arranged. II is seen from above.

ABCDはベルトの大きさ(長さ、重さ等)をあらわすためのメモリである。
Eは「メビウスの環」の集合体である。
Fはリングである。
ABCD is a memory for indicating the size (length, weight, etc.) of the belt.
E is an assembly of “Moebius rings”.
F is a ring.

Claims (1)

「メビウスの環」の形状を軌道とする物質(仮に無端ベルトとする)を束ね一つの集合体とし、この「メビウスの環」の軌道の位置エネルギーを運動エネルギーに変換する性質を用い、この集合体の回転エネルギーに変換させることを特徴とする「重力変換方法」。A material that has the shape of the “Moebius ring” as a trajectory (assuming it is an endless belt) is bundled into one aggregate, and this property is used to convert the potential energy of the trajectory of this “Moebius ring” into kinetic energy. A “gravity conversion method” characterized by converting to rotational energy of the body.
JP2011098720A 2011-04-11 2011-04-11 Method for converting gravity Pending JP2012219812A (en)

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010031823A (en) * 2008-07-25 2010-02-12 Seiji Sagawa Cyclic pollution-free gravity generator
JP2010053850A (en) * 2008-08-29 2010-03-11 Kaoru Nakakaze Gravity engine using buoyancy
JP2010059955A (en) * 2009-01-05 2010-03-18 Mikio Yoshimine Gravity power generation device

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010031823A (en) * 2008-07-25 2010-02-12 Seiji Sagawa Cyclic pollution-free gravity generator
JP2010053850A (en) * 2008-08-29 2010-03-11 Kaoru Nakakaze Gravity engine using buoyancy
JP2010059955A (en) * 2009-01-05 2010-03-18 Mikio Yoshimine Gravity power generation device

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
JPN6014007031; 後藤正彦: 永久機関の夢と現実 , 19880122, 第15頁, 社団法人発明協会 *

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