JP6318331B1 - Power generator - Google Patents

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JP6318331B1
JP6318331B1 JP2018001624A JP2018001624A JP6318331B1 JP 6318331 B1 JP6318331 B1 JP 6318331B1 JP 2018001624 A JP2018001624 A JP 2018001624A JP 2018001624 A JP2018001624 A JP 2018001624A JP 6318331 B1 JP6318331 B1 JP 6318331B1
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rotating body
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pole
pressure
circumferential edge
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村山 修
修 村山
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村山 修
修 村山
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
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    • Y02E60/16Mechanical energy storage, e.g. flywheels or pressurised fluids

Abstract

【課題】回転体の摩擦抵抗をゼロにし、所定の回転範囲内で回転する回転体の回転を発電機に伝達して所定の発電量が生成可能の発電装置を創ることを課題とする。【解決の手段】電動モーター(1)の回転軸を回転体に連結し、回転体の下部に設けてある多数の微細な孔(4)が開けてある円弧形の菅(5)から空気を噴き出させ、前記空気が多数の微細な孔(4)を塞いでいた回転体の底部の「所定の範囲」を浮上させ、回転体の円周縁の2箇所に長手方向に設けてある2箇所のゴム磁石のN極と2箇所のゴム磁石と対面している円弧形の菅(5)に設けてある2箇所の永久磁石のN極が反発して回転体は所定の回転範囲内で回転することで課題を解決する。【選択図】 図3An object of the present invention is to create a power generator capable of generating a predetermined power generation amount by reducing the frictional resistance of a rotating body to zero and transmitting the rotation of the rotating body rotating within a predetermined rotation range to a generator. The rotating shaft of an electric motor (1) is connected to a rotating body, and air is supplied from an arc-shaped cage (5) provided with a number of fine holes (4) provided at the lower part of the rotating body. 2, and the air has floated a “predetermined range” at the bottom of the rotating body that has blocked many fine holes (4), and is provided in two longitudinal directions on the periphery of the rotating body 2. The N poles of the two permanent magnets provided on the arc-shaped cage (5) facing the two rubber magnets and the N poles of the two rubber magnets repel each other, and the rotating body is within a predetermined rotation range. The problem is solved by rotating at [Selection] Figure 3

Description

本発明は、発電装置に関するものである。 The present invention relates to a power generator.

特許庁のホームページの検索で、「発電装置 摩擦抵抗ゼロ」andで検索したがヒット件数ゼロであった。
回転体を浮上させる代表的な技術として超伝導磁石を利用したリニア新幹線がある。
リニア新幹線の原理を詳述してある非特許文献1としてJR東海の公式サイトがある。
非特許文献1によると、次世代の扉を開く輸送システムの中で、推進の原理を、
「ガイドウェイの推進コイルに電流を流すことにより磁界(N極・S極)が発生し、車両の超伝導磁石(N極・S極を交互に配置)との間で、引き合う力と反発する力が発生します。これを利用して車両(超伝導磁石)が前進します。」と記載し、浮上の原理を
「ガイドウェイの側壁両側に浮上・案内コイルが設置されており、車両の超伝導磁石が高速で通過すると両側の浮上・案内コイルに電流が流れて電磁石となり、車両(超伝導磁石)を押し上げる力(反発力)と引き上げる力(吸引力)が発生します。」と記載してある。
非特許文献1においては、車両の超伝導磁石の磁極の切替えで前記磁極のN極が少し後ろにある推進コイルのN極に反発し、少し前の推進コイルのS極に引き付けられて高速で前に進み、車両の超伝導磁石が高速で通過すると両側の浮上・案内コイルに電流が流れて電磁石となり、前記電磁石は上下で磁極が対になっていて、車両の電磁石がN極の場所では、浮上・案内コイルのS極と引き付け合い、案内コイルのN極とは反発して車両を浮上させる仕組みであるのに対して、本発明では空気が注入されている円弧形の菅(5)に設けてある回転体A(2)の底部(3)の「所定の範囲」と対面している多数の微細な孔(4)が回転体A(2)の底部(3)の「所定の範囲」に塞がれて微細な孔(4)と円弧形の菅(5)の圧力は同一になるとともに前記圧力が高まり、回転体A(2)の底部(3)を浮上させる発明であり、浮上させる装置は参考文献1では超伝導電磁石であり、本発明では圧縮空気であるので本発明は参考文献1とは異なる発明である。
地球温暖化防止のため日本が国際公約したCO2削減達成のためには再生エネルギーの更なる普及が必要となるが、再生エネルギーのエース格と期待されていた太陽光発電の認可の一部取り消し等が発生し、再生エネルギーの更なる普及に黄色信号が灯ってしまった。
フランスとイギリスが2040年以降ガソリン車の販売を中止し、電気自動車及びハイブリッド車のみ販売を許可すると宣言し、中国やインドも電気自動車化を宣言している。目的は大気汚染防止と温暖化防止のためである。
電気自動車化が温暖化防止のためであるなら駆動源の電気も当然再生エネルギーでなければならない。
将来の電力供給においては少なくとも供給量の半分以上は再生エネルギーで賄うべしと考えた場合、再生エネルギーの中核を占める太陽光発電及び風力発電の発電量は気象条件に左右されるという欠点があり、火山大国の我が国では万一の噴火の可能性を考えると地熱発電の拡大にも限界がある。
求められている発電装置は今まで提案された事がない、新しいタイプの発電装置である。
回転体を摩擦抵抗ゼロで回転させ、前記回転体を所定の回転範囲内で回転させて回転中は前記回転体は何物にも接触せずに回転し、所定の回転数に制御して発電機に伝達すれば所定の発電量が生成可能な発電装置となる。
In the search on the JPO homepage, a search was made for “no power generation device friction resistance” and the number of hits was zero.
As a representative technique for levitating a rotating body, there is a linear Shinkansen using a superconducting magnet.
JR Tokai's official website is a non-patent document 1 that details the principles of the Linear Shinkansen.
According to Non-Patent Document 1, in the transportation system that opens the door of the next generation,
“By applying an electric current to the propulsion coil of the guideway, a magnetic field (N pole / S pole) is generated and repels the attractive force with the superconducting magnet (alternately arranged N pole / S pole) of the vehicle. The vehicle (superconducting magnet) moves forward using this force, ”and the principle of levitation is described as“ levitation / guide coils are installed on both sides of the guideway side wall. When the superconducting magnet passes at high speed, current flows through the levitation / guide coils on both sides to become an electromagnet, which generates a force that pushes up the vehicle (superconducting magnet) (repulsive force) and a force that pulls it up (attraction force). " It is.
In Non-Patent Document 1, by switching the magnetic pole of the superconducting magnet of the vehicle, the N pole of the magnetic pole repels the N pole of the propulsion coil that is slightly behind, and is attracted to the S pole of the propulsion coil that is slightly ahead. Proceeding forward, when the superconducting magnet of the vehicle passes at high speed, current flows through the levitation / guide coils on both sides to become electromagnets, and the electromagnets are paired with magnetic poles at the top and bottom. In contrast to the mechanism that attracts the S pole of the levitation / guide coil and repels the N pole of the guide coil to levitate the vehicle, in the present invention, the arc-shaped cage (5 A large number of fine holes (4) facing the "predetermined range" of the bottom (3) of the rotating body A (2) provided on the bottom (3) of the rotating body A (2) The pressure of the fine holes (4) and the arc-shaped ridges (5) is the same. In both cases, the pressure is increased and the bottom (3) of the rotating body A (2) is levitated. The levitating device is a superconducting electromagnet in Reference 1, and the present invention is compressed air in the present invention. This is an invention different from Document 1.
In order to achieve CO2 reductions that Japan has made an international commitment to prevent global warming, further diffusion of renewable energy is necessary. Occurred, and a yellow signal was lit to further spread renewable energy.
France and the United Kingdom have stopped selling gasoline vehicles since 2040, and have declared that only electric vehicles and hybrid vehicles are allowed to be sold, and China and India have also declared the use of electric vehicles. The purpose is to prevent air pollution and global warming.
If the use of electric vehicles is to prevent global warming, the electricity from the drive source must of course be renewable energy.
In the future power supply, if we think that at least half of the supply amount should be covered by renewable energy, there is a drawback that the amount of solar power and wind power generation that occupies the core of renewable energy depends on weather conditions, Considering the possibility of an eruption in Japan as a volcanic power, there is a limit to the expansion of geothermal power generation.
The required power generator is a new type of power generator that has never been proposed before.
The rotating body is rotated with zero frictional resistance, and the rotating body is rotated within a predetermined rotation range. During rotation, the rotating body rotates without contacting anything, and is controlled to a predetermined rotational speed to generate power. If it is transmitted to the machine, the power generation device can generate a predetermined power generation amount.

JR東海の公式サイト、超電導リニアについてAbout JR Tokai's official website, Superconducting Linear

そこでこの発明は、上記の事情に鑑みてなされたものであり、回転体の摩擦抵抗をゼロにし、所定の回転範囲内で回転する回転体の回転を発電機に伝達して所定の発電量が生成可能の発電装置を創ることを課題とする。 Accordingly, the present invention has been made in view of the above circumstances, and the frictional resistance of the rotating body is made zero, the rotation of the rotating body rotating within a predetermined rotation range is transmitted to the generator, and a predetermined power generation amount is obtained. It is an object to create a power generator that can be generated.

電動モーター(1)の回転軸を回転体に連結し、回転体の下部に設けてある多数の微細な孔(4)が開けてある円弧形の菅(5)から空気を噴き出させ、前記空気が多数の微細な孔(4)を塞いでいた回転体の底部の「所定の範囲」を浮上させ、回転体の円周縁の2箇所に長手方向に設けてある2箇所のゴム磁石のN極と2箇所のゴム磁石と対面している円弧形の菅(5)に設けてある2箇所の永久磁石のN極が反発して回転体は所定の回転範囲内で回転することで課題を解決する。 The rotating shaft of the electric motor (1) is connected to the rotating body, and air is ejected from an arc-shaped ridge (5) provided with a number of fine holes (4) provided at the lower part of the rotating body, The above-mentioned “predetermined range” of the bottom of the rotating body where the air blocked many fine holes (4) floats, and two rubber magnets provided in the longitudinal direction at two locations on the circumferential edge of the rotating body. The N pole of the two permanent magnets provided on the arc-shaped cage (5) facing the N pole and the two rubber magnets repels and the rotating body rotates within a predetermined rotation range. Solve the problem.

回転体を空中に浮上させて摩擦抵抗ゼロで回転体を回転させ、その回転数を制御して発電機に伝達すれば理想的な発電装置になる。
回転体を空中に浮上させる手法の代表的手段はリニア新幹線の超伝導磁石を利用する方法である。リニア新幹線の超伝導磁石は液体ヘリウムをマイナス269度にして作られているが、液体ヘリウムの製造方法、マイナス269度の液体ヘリウムを保存する為の容器等コストが高くなることに加えて、近年ヘリウムの供給を上回る需要が発生し値上がり傾向にあり、今後もコスト高が続く見通しなのでコストが高いという欠点を持っている。
本発明は空気を内蔵している円弧形の菅(5)にある多数の微細な孔(4)が回転体の底部(3)に塞がれて生成される圧縮空気を利用して回転体を空中に浮上させるのでコストは圧倒的に安価であり、設置場所は電力使用場所に設置可能である。
An ideal power generator can be obtained by floating the rotor in the air, rotating the rotor with zero frictional resistance, and controlling the number of rotations to transmit to the generator.
A typical means of the method of floating a rotating body in the air is a method using a superconducting magnet of a linear Shinkansen. Although the superconducting magnet of the linear Shinkansen is made with liquid helium minus 269 degrees, in recent years the cost of manufacturing liquid helium, a container for storing minus 269 degrees liquid helium, etc. has increased. The demand is higher than the supply of helium, and the price is rising.
The present invention rotates using compressed air generated by a large number of fine holes (4) in an arcuate cage (5) containing air being blocked by the bottom (3) of the rotating body. Since the body is levitated in the air, the cost is overwhelmingly low, and the installation place can be installed in the place where power is used.

は本発明全体の概略図。Is a schematic diagram of the entire present invention. は回転体A(2)の底部(3)から回転体A(2)の円周縁の垂直方向の高さの真ん中まで対面している回転体A(2)と円弧形の菅の概念図。Is a conceptual diagram of the rotator A (2) and the arc-shaped ridge facing each other from the bottom (3) of the rotator A (2) to the middle of the vertical height of the circumference of the rotator A (2). . は円弧形の菅(5)に取り付けてある多数の微細な孔(4)と対面している回転体A(2)の底部(3)の「所定の範囲」の概念図。Is a conceptual diagram of a “predetermined range” of the bottom (3) of the rotating body A (2) facing a number of fine holes (4) attached to the arcuate cage (5). は回転体A(2)の断面図で、底部の水平方向の接線I(36)、回転体A(2)の中心点G(34)を水平方向に通る線が回転体A(2)の円周縁と交わる位置にあるゴム磁石(8)、ゴム磁石(14)の概念図。Is a cross-sectional view of the rotator A (2), and the horizontal tangent line I (36) at the bottom and a line passing through the center point G (34) of the rotator A (2) in the horizontal direction of the rotator A (2) The conceptual diagram of the rubber magnet (8) and rubber magnet (14) in the position which cross | intersects a circular periphery. は回転体A(2)の底部の円周縁J(37)から円周縁k(38)までの接線I(36)の下部に設けてある円弧形の菅(5)の概念図。FIG. 4 is a conceptual diagram of an arc-shaped ridge (5) provided below a tangent line I (36) from a circular peripheral edge J (37) to a circular peripheral edge k (38) at the bottom of the rotating body A (2). は5相励磁のステッピングモーター型励磁回路の概念図。Is a conceptual diagram of a 5-phase excitation stepping motor type excitation circuit.

発電機は周波数60HZ,極数は4極の同期発電機で、電動モーター(1)は電圧と周波数を変化させるインバーター(VVVF)制御方式とし、設置される回転体A(2)は下部から空気を受けない状態で所定の発電量を生成するのに充分なトルクを必要とする荷重を有し、回転体A(2)と発電機は1800回/rpmで回転し、所定の発電量を発電する装置と作動について請求項と請求項以外の本発明に関する項目について、図1〜図6を使って説明する。 The generator is a synchronous generator with a frequency of 60 Hz and the number of poles is 4 poles. The electric motor (1) has an inverter (VVVF) control system that changes the voltage and frequency, and the installed rotating body A (2) is air from below. A load that requires a sufficient torque to generate a predetermined power generation amount without being subjected to electric power, and the rotating body A (2) and the generator rotate at 1800 times / rpm to generate the predetermined power generation amount. The apparatus and operation to be performed will be described with reference to FIG. 1 to FIG.

以下本発明に関する請求項以外の項目について述べる。 Items other than the claims related to the present invention will be described below.

用語の説明
イ、「前方」について
本発明では発電機から一番離れている場所からみて発電機の方向を「前方」としている。
ロ、回転体A(2)の底部(3)の「所定の範囲」について
本発明で使われている回転体A(2)の底部(3)の「所定の範囲」は電動モーター(1)と対面している回転体A(2)の断面の前記回転体A(2)の中心点G(34)から前記回転体A(2)の円周縁へ引いてある垂線H(35)と直交している前記回転体A(2)の円周縁J(37)から円周縁k(38)までの接線I(36)近傍の位置にある回転体A(2)の底部(3)が円弧形の菅(5)に設けてある多数の微細な孔(4)を塞いでいる範囲のことである。
ハ、「5相励磁のステッピングモーター型励磁回路」について
「5相励磁のステッピングモーター型励磁回路」とは、1ステップ角=0.72°であり、回転軸が1周すると500ステップ角進み、連続して回転するステップ角の数と、停止するステップ角の数は回転体A(2)に取り付けてある回転センサーで決められ、回転体A(2)の回転数の過不足に応じてその都度変更され、回転体A(2)の回転数を増やしたい時、
回転するステップ角を連続して回転させ、回転数を減少させたい時、停止するステップ角を連続して停止させる。
連続したステップの作動は1ステップ角=0.72°の倍数で行われ、ステップ角を連続して回転させたり、停止させた後は1ステップ角毎に回転と停止を交互に繰り返す作動を交互に繰り返す。
Explanation of Terms A, “Front” In the present invention, the direction of the generator is “front” when viewed from the place farthest from the generator.
(B) “Predetermined range” of the bottom (3) of the rotating body A (2) The “predetermined range” of the bottom (3) of the rotating body A (2) used in the present invention is the electric motor (1). Orthogonal to the perpendicular H (35) drawn from the center point G (34) of the rotating body A (2) to the circumferential edge of the rotating body A (2) in the cross section of the rotating body A (2) facing The bottom (3) of the rotating body A (2) in the vicinity of the tangent line I (36) from the circumferential edge J (37) to the circumferential edge k (38) of the rotating body A (2) is circular. It is the range where many fine holes (4) provided in the shape ridge (5) are closed.
C. “Stepping motor type excitation circuit for five-phase excitation” “Stepping motor type excitation circuit for five-phase excitation” is 1 step angle = 0.72 °, and when the rotation axis makes one revolution, it advances by 500 step angles. The number of step angles that rotate continuously and the number of step angles that stop are determined by the rotation sensor attached to the rotating body A (2), and depending on whether the rotational speed of the rotating body A (2) is excessive or insufficient When it is changed each time and you want to increase the number of rotations of the rotating body A (2),
When the rotating step angle is continuously rotated to reduce the rotation speed, the stopped step angle is continuously stopped.
The operation of successive steps is performed at a multiple of 1 step angle = 0.72 °. After the step angle is continuously rotated or stopped, the operation of alternately repeating rotation and stop for each step angle is alternated. Repeat.

本発明での電源について
本発明の電源は太陽光発電で得た電気で充電される蓄電池と連結されているDC電動モーターの回転で生成させた電気(特許第4362545号)が使用される。
この特許は 電力消費量を常に把握し、その電力消費量をランク付けし、ランク付けした
1ランク上の電力を供給するようにDC電動モーターの回転を制御するものである。
本発明において使用される電力消費量も常時把握されるとともにランク付けされ、そのランクの1ランク上の電気をDC電動モーターの回転速度を制御して供給することで電力消費に効率よく対応している。
太陽光発電と本発明で生成される発電のCO2発生はゼロなので、クリ−ンエネルギー発電装置である。
Regarding the power source of the present invention, the power source of the present invention uses electricity (Japanese Patent No. 4362545) generated by the rotation of a DC electric motor connected to a storage battery charged with electricity obtained by solar power generation.
This patent keeps track of the power consumption, ranks the power consumption, and controls the rotation of the DC electric motor to supply the ranked higher power.
The power consumption used in the present invention is always grasped and ranked, and the electricity higher than the rank is efficiently supplied by controlling the rotation speed of the DC electric motor. Yes.
Since the generation of CO2 between the photovoltaic power generation and the power generation generated by the present invention is zero, it is a clean energy power generation device.

本発明での5相励磁のステッピングモーター型励磁回路について
本発明には5相励磁のステッピングモーター型励磁回路が設けてある。
ステッピングモーター型励磁回路は、1ステップ角=0.72°であり、回転軸が1周すると500ステップ角進み、回転体A(2)の長手方向の径の真ん中の位置に設けてある。
図6に示す様に、同心円状環A(26 )内に、鉄心に電線が巻かれた電磁石A(27)を設けたステーターA(28)と、前記電磁石A(27)に対向していると共に、軸の周りに軸方向に同心状に磁化された磁石B(30)が設けてあるローターA(29)、及び、プログラマブルコントローラA(31、図示せず)、コ ントローラA(32、図示せず)及び電磁石A(27)と接続してあるドライバA(33、 図示せず)で構成されている。
前記コントローラA(32)に電流が流され、ドライバA(33)へパルス信号が与えられ、ドライバA(33)が電磁石A(27)の電流切り替えを行うと、電磁石 A(27)の磁極の切り替えが行われ、回転体A(2)に取り付けてある回転センサーが回転体A(2)の回転の過不足をキャッチし、連続して回転させるステップ角の回数、或いは連続して停止させるステップ角の回数を計算するコンピューターからの指令でパルス信号がドライバA(33)へ与えられ、回転させるステップ角を連続して回転させたり、停止させるステップ角を連続して停止させて回転体A(2)の所定の回転数は維持される。
例えば2ステップ角連続して回転させて回転体A(2)の回転が所定の回転数に戻ったら、1ステップ角停止し、本来の1ステップ角毎の回転、停止を繰り返す作動に戻る。
回転数のブレは1ステップ角=0.72°の範囲内で修正されるので修正に要する時間が1ステップ角全部であったとしても、最大限1/500回以内で修正され、このブレは累積せず回転数は1800回/rpmに維持され、1800回/rpmの回転は発電機に伝達され、同期発電を可能にする。
About the five-phase excitation stepping motor type excitation circuit in the present invention The present invention is provided with a five-phase excitation stepping motor type excitation circuit.
The stepping motor type excitation circuit has one step angle = 0.72 °, and advances by 500 step angles when the rotation shaft makes one round, and is provided at the middle position of the diameter in the longitudinal direction of the rotating body A (2).
As shown in FIG. 6, a stator A (28) provided with an electromagnet A (27) in which an electric wire is wound around an iron core in a concentric circular ring A (26), and the electromagnet A (27) are opposed to each other. In addition, a rotor A (29) provided with a magnet B (30) magnetized concentrically in the axial direction around the shaft, a programmable controller A (31, not shown), a controller A (32, FIG. And a driver A (33, not shown) connected to an electromagnet A (27).
When a current is passed through the controller A (32) and a pulse signal is given to the driver A (33), and the driver A (33) switches the current of the electromagnet A (27), the magnetic pole of the electromagnet A (27) Switching is performed, and the rotation sensor attached to the rotating body A (2) catches the excessive or insufficient rotation of the rotating body A (2), and the number of step angles to rotate continuously or the step of stopping continuously A pulse signal is given to the driver A (33) by a command from the computer that calculates the number of corners, and the rotating step angle is continuously stopped by rotating the step angle to be rotated or continuously stopped. The predetermined rotational speed of 2) is maintained.
For example, when the rotation of the rotating body A (2) returns to a predetermined number of rotations by continuously rotating two step angles, the operation is stopped by one step angle, and the operation is repeated to repeat the rotation and stop for each original step angle.
The rotational speed blur is corrected within the range of 1 step angle = 0.72 °, so even if the time required for correction is the entire 1 step angle, it is corrected within a maximum of 1/500 times. The rotation speed is maintained at 1800 times / rpm without accumulating, and the rotation of 1800 times / rpm is transmitted to the generator to enable synchronous power generation.

以下請求項について述べる。 The claims will be described below.

本発明の装置の概略。
図1は本発明の全体の概略図である。
電動モーター(1)と対面して回転体A(2)が設けてあり、回転体A(2)は発電機(53)方向に水平に伸ばして設けてあり、回転体A(2)の「前方」に回転体A(2)に連結されている回転軸(52)が設けてあり、前記回転軸(52)の他方は発電機(53)に連結してある。
回転体A(2)の底部と対面して図2に示す様に円弧形の菅(5)が設けられ、図4に示す様に電動モーター(1)と対面している回転体A(2)の断面の前記回転体A(2)の中心点G(34)から前記回転体A(2)の円周縁へ引いてある垂線H(35)と直交している接線I(36)があり、図5に示す様に前記接線I(36)は回転体A(2)の円周縁J(37)から円周縁k(38)の位置まで伸びていて、接線I(36)近傍の位置にある回転体A(2)の底部(3)の「所定の範囲」が円弧形の菅(5)に設けてある多数の微細な孔(4)を塞いでいる。
図3に示す様に前記回転体A(2)の底部(3)の「所定の範囲」の部分に向き合って、前記円弧形の菅(5)の上部に設けてある多数の微細な孔(4)が開けられて設けてあり、前記円弧形の菅(5)内には送風機(23)から送風された空気が内蔵されている。
回転体A(2)の底部の長手方向に引かれた接線I(36)近傍の位置にある回転体A(2)の底部(3)の「所定の範囲」の下部に図5に示す様に多数の微細な孔(4)が取り付けてある円弧形の菅(5)が設けてある。
図5に示す様に前記接線I(36)と平行して回転体A(2)の中心点G(34)を通過している線が回転体A(2)の円周縁と交わっている回転体A(2)の電動モーター(1)と対面している円周縁O(6)から発電機(53)と対面している円周縁P(7)までにゴム磁石Q(8)が設けてあり、前記ゴム磁石Q(8)が前記円弧形の菅(5)に向き合っている磁極はN極R(9)である。
前記回転体A(2)の電動モーター(1)と対面している円周縁O(6)から発電機(53)と対面している円周縁P(7)までの部分と向き合っている前記円弧形の菅(5)には永久磁石S(10)が設置され、前記永久磁石S(10)の表面が回転体A(2))に向き合っている磁極はN極T(11)である。
前記ゴム磁石Q(8)と回転体A(2)の底部との中間にある回転体A(2)の電動モーター(1)と対面している図5に示す円周縁U(12)から発電機(53)と対面している円周縁V(13)までゴム磁石W(14)が設けてあり、前記ゴム磁石W(14)が前記円弧形の菅(5)に向き合っている磁極はN極X(15)である。
前記円周縁U(12)から円周縁V(13)までの部分と向き合っている前記円弧形の菅(5)には永久磁石Y(16)が設置され、前記永久磁石Y(16)が回転体A(2))に向き合っている磁極はN極Z(17)である。
1 is a schematic of an apparatus of the present invention.
FIG. 1 is an overall schematic view of the present invention.
The rotating body A (2) is provided facing the electric motor (1), and the rotating body A (2) is provided horizontally extending in the direction of the generator (53). A rotating shaft (52) connected to the rotating body A (2) is provided in the “front”, and the other of the rotating shaft (52) is connected to the generator (53).
As shown in FIG. 2, an arcuate scissors (5) is provided facing the bottom of the rotator A (2), and the rotator A (see FIG. 4) is facing the electric motor (1). 2) A tangent line I (36) perpendicular to the perpendicular H (35) drawn from the center point G (34) of the rotating body A (2) to the circumferential edge of the rotating body A (2) in the cross section of 2). As shown in FIG. 5, the tangent line I (36) extends from the circumferential edge J (37) of the rotating body A (2) to the position of the circumferential edge k (38), and is located near the tangent line I (36). The “predetermined range” of the bottom part (3) of the rotating body A (2) in FIG. 5 closes a large number of fine holes (4) provided in the arc-shaped ridge (5).
As shown in FIG. 3, a large number of fine holes provided in the upper portion of the arc-shaped ridge (5) facing the “predetermined range” portion of the bottom (3) of the rotating body A (2). (4) is open and provided, and the air blown from the blower (23) is contained in the arc-shaped bowl (5).
As shown in FIG. 5 below the “predetermined range” of the bottom (3) of the rotating body A (2) in the vicinity of the tangent line I (36) drawn in the longitudinal direction of the bottom of the rotating body A (2). Are provided with arc-shaped ridges (5) to which a number of fine holes (4) are attached.
As shown in FIG. 5, the rotation passing through the center point G (34) of the rotating body A (2) in parallel with the tangent line I (36) intersects the circumferential edge of the rotating body A (2). A rubber magnet Q (8) is provided from the circumferential edge O (6) facing the electric motor (1) of the body A (2) to the circumferential edge P (7) facing the generator (53). The magnetic pole with the rubber magnet Q (8) facing the arcuate ridge (5) is an N pole R (9).
The circle facing the portion from the circumferential edge O (6) facing the electric motor (1) of the rotating body A (2) to the circumferential edge P (7) facing the generator (53). A permanent magnet S (10) is installed in the arc-shaped cage (5), and the magnetic pole whose surface of the permanent magnet S (10) faces the rotating body A (2) is an N pole T (11). .
Electric power is generated from the circumferential edge U (12) shown in FIG. A magnetic pole is provided with a rubber magnet W (14) up to the circumferential edge V (13) facing the machine (53), and the rubber magnet W (14) faces the arcuate cage (5). N pole X (15).
A permanent magnet Y (16) is installed on the arcuate ridge (5) facing the portion from the circumferential edge U (12) to the circumferential edge V (13), and the permanent magnet Y (16) The magnetic pole facing the rotating body A (2)) is the N pole Z (17).

垂直方向は回転体A(2)の底部(3)から回転体A(2)の円周縁の垂直方向の高さの真ん中までであって、図5に示す様に水平方向は前記回転体A(2)の円周縁J(37)から円周縁k(38)に対面して円弧形の菅(5)が設けてあり、前記回転体A(2)の底部(3)の「所定の範囲」の表面積に対面している前記円弧形の菅(5)の部分に図3に示す多数の微細な孔(4)が開けてあり、前記円弧形の菅(5)内には送風機(23)からホース(25)を経由した送風された空気が内蔵されており、前記ホース(25)には送風機(23)から円弧形の菅(5)内方向にのみ流入可能の逆止弁が設けてある。
空気には「粘性」があるので、円弧形の菅(5)の中の空気は微細な孔(4)の中を通り難くなっており、円弧形の菅(5)の中の圧力M(21)は大気圧M0(20)よりも若干高くなっている。
図3において、回転体A(2)の底部(3)の前記「所定の範囲」に対面して設けてある前記円弧形の菅(5)の多数の微細な孔(4)を回転体A(2)の底部(3)の前記「所定の範囲」が塞ぐと、孔(4)の中の空気の流れは緩やかになり、「ベルヌーイの定理」から圧力M1(19)は圧力M(21)程度まで高められ、圧力M(21)が徐々に高められると圧力M1(19)も高まり、前記回転体A(2)の底部(3)の「所定の範囲」と対面している多数の微細な孔(4)を塞いでいる回転体A(2)の底部(3)の「所定の範囲」の表面積をL(22)とすると(M−M0)×Lの力より大きくなり、圧力M1(19)が回転体A(2)の下方から回転体A(2)の底部(3)の「所定の範囲」に働き、回転体A(2)の底部(3)を「浮上」させ、前記「浮上」は、回転体A(2)の底部(3)に下向きに働いている重力と釣り合う位置まで「浮上」する。
前記孔(4)のそれぞれは回転体A(2)の中心点G(34)から回転体A(2)の円周縁を結んでいる線に対して直角に引いてある接線に対して垂直方向に回転体A(2)に向かって設けてあり、前記回転体A(2)の底部(3)の「所定の範囲」の表面積近傍の孔(4)から出ている空気が回転体A(2)の中心点G(34)をずらして回転体A(2)が前記円弧形の菅(5)に近づいても、前記N極R(9)と前記N極T(11)、及び前記N極X(15)と前記N極Z(17)の2箇所に設けてある磁極同士が反発して回転体A(2)は所定の回転範囲内に押し戻され、回転体A(2)は円弧形の菅(5)に接触せずに所定の回転範囲内で回転する。
The vertical direction is from the bottom (3) of the rotating body A (2) to the middle of the vertical height of the circumference of the rotating body A (2), and the horizontal direction is the rotating body A as shown in FIG. An arc-shaped ridge (5) is provided so as to face the circular peripheral edge k (38) from the circular peripheral edge J (37) of (2), and “predetermined” of the bottom (3) of the rotating body A (2) A number of fine holes (4) shown in FIG. 3 are formed in the portion of the arc-shaped ridge (5) facing the surface area of “range”, and the arc-shaped ridge (5) The air blown from the blower (23) through the hose (25) is built in, and the hose (25) can only flow inward from the blower (23) into the arc-shaped bowl (5). A stop valve is provided.
Since air has “viscousness”, the air in the arc-shaped ridge (5) is difficult to pass through the fine holes (4), and the pressure in the arc-shaped ridge (5) M (21) is slightly higher than atmospheric pressure M0 (20).
In FIG. 3, a large number of fine holes (4) of the arcuate ridge (5) provided facing the “predetermined range” of the bottom (3) of the rotator A (2) When the “predetermined range” at the bottom (3) of A (2) is closed, the flow of air in the hole (4) becomes gentle, and the pressure M1 (19) is reduced to the pressure M ( 21) When the pressure M (21) is gradually increased, the pressure M1 (19) also increases, and many of them face the “predetermined range” at the bottom (3) of the rotating body A (2). If the surface area of the “predetermined range” of the bottom part (3) of the rotating body A (2) closing the fine hole (4) is L (22), the force is greater than (M−M0) × L force, The pressure M1 (19) acts on the “predetermined range” of the bottom (3) of the rotating body A (2) from below the rotating body A (2), and “floats” the bottom (3) of the rotating body A (2). So, the "floating" is "floating" to a position balanced with the gravity working downwards to the bottom of the rotating body A (2) (3).
Each of the holes (4) is perpendicular to a tangent line drawn perpendicularly to a line connecting the circumference of the rotating body A (2) from the center point G (34) of the rotating body A (2). The air from the hole (4) near the surface area of the "predetermined range" of the bottom (3) of the rotating body A (2) is provided to the rotating body A (2). 2) Even if the rotating body A (2) approaches the arcuate cage (5) by shifting the center point G (34), the N pole R (9), the N pole T (11), and The magnetic poles provided at two locations of the N pole X (15) and the N pole Z (17) repel each other, and the rotating body A (2) is pushed back within a predetermined rotation range, so that the rotating body A (2) Rotates within a predetermined rotation range without contacting the arc-shaped ridge (5).

前記回転体A(2)の底部(3)に下向きに働いている重力と釣り合う位置まで「浮上」が行われると回転体A(2)の底部(3)の「所定の範囲」と前記回転体A(2)の底部(3)の「所定の範囲」と対面している多数の微細な孔(4)との間の圧力M1(19)は円弧形の菅(5)の中の圧力M(21)より若干低くなり、回転体A(2)の底部(3)は下がり始める。
図3に示す多数の微細な孔(4)と回転体A(2)の底部(3)の「所定の範囲」との間隔は電子セオドライトと光波距離計を組み合せたトータルステーションで測られていて、前記間隔が所定の間隔に達すると回転体A(2)の外側に設置されている送風機(23)の回転数を増やしてホース(25)を経由した送風量=空気量が円弧形の菅(5)へ送風されて、円弧形の菅(5)内の空気量を増やして多数の微細な孔(4)と回転体A(2)の底部(3)の「所定の範囲」との間隔は所定の距離に維持される。
When “floating” is performed to a position that balances the gravity acting downward on the bottom (3) of the rotating body A (2), the “predetermined range” of the bottom (3) of the rotating body A (2) and the rotation The pressure M1 (19) between the "predetermined range" of the bottom part (3) of the body A (2) and a number of fine holes (4) facing the inside of the arc-shaped cage (5) It becomes slightly lower than the pressure M (21), and the bottom (3) of the rotating body A (2) starts to fall.
The distance between the numerous fine holes (4) shown in FIG. 3 and the “predetermined range” of the bottom (3) of the rotating body A (2) is measured by a total station that combines an electronic theodolite and a light wave rangefinder. When the interval reaches a predetermined interval, the rotational speed of the blower (23) installed on the outside of the rotating body A (2) is increased, and the amount of air blown through the hose (25) = the amount of air is circular. The air is blown to (5), the amount of air in the arc-shaped bowl (5) is increased, and a large number of fine holes (4) and the “predetermined range” of the bottom (3) of the rotating body A (2) Is maintained at a predetermined distance.

図4は前記電動モーター(1)と対面している回転体A(2)の断面図である。
回転体A(2)の底部の水平方向に引かれた接線I(36)と平行に前記回転体A(2)の中心点G(34)を通過している線が回転体A(2)の円周縁と交わっている回転体A(2)の電動モーター(1)と対面している図5に示す円周縁O(6)から発電機(53)と対面している円周縁P(7)までゴム磁石Q(8)が設けてあり、前記ゴム磁石Q(8)と回転体A(2)の底部との中間にゴム磁石W(14)が設けてある。
FIG. 4 is a cross-sectional view of the rotating body A (2) facing the electric motor (1).
A line passing through the center point G (34) of the rotating body A (2) in parallel with the tangent line I (36) drawn in the horizontal direction at the bottom of the rotating body A (2) is the rotating body A (2). 5 facing the electric motor (1) of the rotating body A (2) intersecting with the peripheral edge of the circular peripheral edge P (7) facing the generator (53) from the circular peripheral edge O (6) shown in FIG. ), And a rubber magnet W (14) is provided between the rubber magnet Q (8) and the bottom of the rotating body A (2).

前記ゴム磁石Q(8)は図5に示す様に回転体A(2)の長手方向に、回転体A(2)の電動モーター(1)と対面している円周縁O(6)から発電機(53)と対面している円周縁P(7)まで設けてあり、前記ゴム磁石Q(8)が前記円弧形の菅(5)に向き合っている磁極はN極R(9)である。
前記円周縁O(6)から円周縁P(7)までの部分と向き合っている前記円弧形の菅(5)には永久磁石S(10)が設置され、前記永久磁石S(10)の表面が回転体A(2))に向き合っている磁極はN極T(11)である。
回転体A(2)が前記円弧形の菅(5)に近づくと前記N極R(9)と前記N極T(11)が反発して回転体A(2)は所定の回転範囲内に押し戻される。
As shown in FIG. 5, the rubber magnet Q (8) generates power from a circumferential edge O (6) facing the electric motor (1) of the rotating body A (2) in the longitudinal direction of the rotating body A (2). The magnetic pole that is provided up to the circumferential edge P (7) facing the machine (53) and the rubber magnet Q (8) faces the arcuate ridge (5) is an N pole R (9). is there.
A permanent magnet S (10) is installed on the arcuate ridge (5) facing the portion from the circumferential edge O (6) to the circumferential edge P (7), and the permanent magnet S (10) The magnetic pole whose surface faces the rotating body A (2)) is the N pole T (11).
When the rotating body A (2) approaches the arcuate cage (5), the N pole R (9) and the N pole T (11) repel each other so that the rotating body A (2) is within a predetermined rotation range. Pushed back.

前記ゴム磁石W(14)は図5に示す様に回転体A(2)の電動モーター(1)と対面している円周縁U(12)から発電機(53)と対面している円周縁V(13)までに設けてある。
ゴム磁石W(14)の磁極であるN極X(15)が前記円弧形の菅(5)に向き合っている。
前記電動モーター(1)と対面している円周縁U(12)から発電機(53)と対面している円周縁V(13)までの部分と向き合っている前記円弧形の菅(5)には永久磁石Y(16)が設置され、前記永久磁石Y(16)が回転体A(2))に向き合っている磁極はN極Z(17)である。
回転体A(2)が前記円弧形の菅(5)に近づくと前記N極X(15)と前記N極Z(17)が反発して回転体A(2)の回転は所定の回転範囲内に押し戻される。
As shown in FIG. 5, the rubber magnet W (14) has a circumferential edge facing the generator (53) from a circumferential edge U (12) facing the electric motor (1) of the rotating body A (2). Up to V (13).
The N pole X (15), which is the magnetic pole of the rubber magnet W (14), faces the arcuate cage (5).
The arcuate scissors (5) facing the portion from the circumferential edge U (12) facing the electric motor (1) to the circumferential edge V (13) facing the generator (53) Is provided with a permanent magnet Y (16), and the magnetic pole with the permanent magnet Y (16) facing the rotating body A (2) is an N pole Z (17).
When the rotating body A (2) approaches the arcuate cage (5), the N pole X (15) and the N pole Z (17) repel each other, and the rotation of the rotating body A (2) is a predetermined rotation. Pushed back into range.

回転体A(2)は電動モーターの回転軸と連結されていて電動モーターの回転力で回転しているのに加えて、設置される回転体A(2)は下部から空気を受けない状態で所定の発電量を生成するのに充分なトルクを必要とする荷重を有しており、回転体A(2)は回転体A(2)の底部からの空気で上方へ浮上し、摩擦抵抗ゼロで回転し、段落0018及び段落0019に詳述してある様に所定の回転範囲内で回転するので回転体A(2)は円弧形の菅(5)に接触しないで回転する。
前記5相励磁のステッピングモーター型励磁回路の回転力も加わって、所定の発電量を発生させるのに要するトルクは確保され、回転体A(2)を1800回/rpmの速度に制御し、1800回/rpmの回転が発電機(53)に伝達され、同期発電を可能にする。
In addition to the rotating body A (2) being connected to the rotating shaft of the electric motor and rotating by the rotating force of the electric motor, the rotating body A (2) to be installed is not receiving air from the lower part. The rotating body A (2) has a load that requires a sufficient torque to generate a predetermined amount of power generation, and the rotating body A (2) floats upward with air from the bottom of the rotating body A (2), resulting in zero frictional resistance. Rotation A (2) rotates without touching the arcuate ridge (5) because it rotates within a predetermined rotation range as detailed in paragraphs 0018 and 0019.
The torque required to generate a predetermined amount of power generation is secured by adding the rotational force of the stepping motor type excitation circuit of the five-phase excitation, and the rotating body A (2) is controlled at a speed of 1800 times / rpm, and 1800 times. The rotation of / rpm is transmitted to the generator (53), enabling synchronous power generation.

1=電動モーター
2=回転体A
3=回転体A(2)の底部
4=回転体A(2)の底部(3)にある多数の微細な孔
5=円弧形の菅
6=電動モーター(1)と対面している回転体A(2)の円周縁O
7=回転体A(2)の発電機(53)と対面している円周縁P
8=円周縁O(6)から発電機(53)と対面している円周縁P(7)までに設けてあるゴム磁石Q
9=ゴム磁石Q(8)のN極R
10=円弧形の菅(5)の永久磁石S
11=永久磁石S(10)が回転体A(2)に向き合っている表面のN極T
12=回転体A(2)の電動モーター(1)と対面している円周縁U
13=回転体A(2)の発電機(53)と対面している円周縁V
14=ゴム磁石W
15=ゴム磁石W(14)が前記円弧形の菅(5)に向き合っている表面のN極X
16=円弧形の菅(5)にある永久磁石Y
17=永久磁石Y(16)が回転体A(2))に向き合っている表面のN極Z
19=多数の微細な孔(4)と回転体A(2)の底部(3)との間の圧力M1
20=大気圧M0
21=回転体A(2)の底部(3)の下面の圧力M
22=多数の微細な孔(4)を塞いでいる回転体A(2)の底部(3)の面積L
23=送風機
25=送風機(23)から円弧形の菅(5)へ連結されているホース
26=回転体Aの長手方向の径の真ん中の位置に設けてある同心円状環A
27=電磁石A
28=ステーターA
29=ローターA
30=軸の周りに軸方向に同心状に磁化された磁石B
31=プログラマブルコントローラA
32=コ ントローラA
33=ドライバA
34=回転体A(2)の中心点G
35=回転体A(2)の中心点G(34)から回転体A(2)の円周縁へ引いてある垂線H
36=垂線H(35)と直交している接線I
37=回転体A(2)の円周縁J
38=回転体A(2)の円周縁K
52=回転体A(2)と発電機を繋いでいる回転軸
53=発電機
1 = Electric motor 2 = Rotating body A
3 = Bottom of rotating body A (2) 4 = Many fine holes in the bottom (3) of rotating body A (2) 5 = Arc-shaped scissors 6 = Rotation facing the electric motor (1) Circumference O of body A (2)
7 = circumferential edge P facing the generator (53) of the rotating body A (2)
8 = Rubber magnet Q provided from the circumferential edge O (6) to the circumferential edge P (7) facing the generator (53)
9 = N pole R of rubber magnet Q (8)
10 = A permanent magnet S of arcuate cage (5)
11 = N pole T on the surface where the permanent magnet S (10) faces the rotating body A (2)
12 = circumferential edge U facing the electric motor (1) of the rotating body A (2)
13 = circumferential edge V facing the generator (53) of the rotating body A (2)
14 = Rubber magnet W
15 = N pole X on the surface where the rubber magnet W (14) faces the arcuate cage (5)
16 = Permanent magnet Y on arcuate cage (5)
17 = N pole Z on the surface of the permanent magnet Y (16) facing the rotating body A (2))
19 = pressure M1 between a number of fine holes (4) and the bottom (3) of the rotating body A (2)
20 = Atmospheric pressure M0
21 = Pressure M on the bottom surface of the bottom (3) of the rotating body A (2) M
22 = area L of the bottom (3) of the rotating body A (2) blocking many fine holes (4)
23 = blower 25 = hose 26 connected from the blower (23) to the arc-shaped bowl (5) = concentric ring A provided at the center of the longitudinal diameter of the rotating body A
27 = Electromagnet A
28 = Stator A
29 = Rotor A
30 = Magnet B magnetized concentrically in the axial direction around the axis
31 = Programmable controller A
32 = Controller A
33 = Driver A
34 = Center point G of rotating body A (2)
35 = perpendicular line H drawn from the center point G (34) of the rotating body A (2) to the circumferential edge of the rotating body A (2)
36 = tangent line I perpendicular to perpendicular H (35)
37 = circumferential edge J of rotating body A (2)
38 = Round circumference K of rotating body A (2)
52 = Rotating shaft 53 connecting the rotating body A (2) and the generator 53 = Generator

Claims (5)

電動モーター(1)と発電機(53)の間に回転体A(2)が設けられ、前記電動モーター(1)の回転軸に連結してある前記回転体A(2)の底部(3)には多数の微細な孔(4)が開けてある円弧形の菅(5)が設けられ、
前記回転体A(2)の円周縁の垂直方向の高さの中間であって、回転体A(2)の長手方向にゴム磁石Q(8)が設けてあり、前記ゴム磁石Q(8)と対面している円弧形の菅(5)にはゴム磁石Q(8)と向き合って永久磁石S(10)が設置され、
回転体A(2)の前記ゴム磁石Q(8)と回転体A(2)の底部との円周縁の中間であって前記回転体A(2)の長手方向にゴム磁石W(14)が設けてあり、前記ゴム磁石W(14)と対面している円弧形の菅(5)には前記ゴム磁石W(14)と向き合って永久磁石Y(16)が設置されている装置において
回転体A(2)の底部(3)の「所定の範囲」に対面して設けてある前記円弧形の菅(5)の多数の微細な孔(4)から出て来る空気が前記回転体A(2)の底部(3)を浮上させる機能を有し、前記回転体A(2)は円弧形の菅(5)に接触せずに所定の回転範囲内で摩擦抵抗ゼロで回転することを特徴とする発電装置。
A rotating body A (2) is provided between the electric motor (1) and the generator (53), and is connected to the rotating shaft of the electric motor (1). Is provided with an arc-shaped ridge (5) having a number of fine holes (4),
A rubber magnet Q (8) is provided in the middle of the vertical height of the circumferential edge of the rotating body A (2) and in the longitudinal direction of the rotating body A (2). The rubber magnet Q (8) A permanent magnet S (10) is installed facing the rubber magnet Q (8) on the arc-shaped ridge (5) facing the
A rubber magnet W (14) is located in the middle of the circumferential edge between the rubber magnet Q (8) of the rotating body A (2) and the bottom of the rotating body A (2) and in the longitudinal direction of the rotating body A (2). Rotating in an apparatus in which a permanent magnet Y (16) is installed on an arcuate cage (5) facing the rubber magnet W (14) and facing the rubber magnet W (14). Air coming out from a number of fine holes (4) of the arc-shaped ridge (5) provided facing the "predetermined range" of the bottom (3) of the body A (2) is the rotating body. It has a function of floating the bottom part (3) of A (2), and the rotating body A (2) rotates with a zero frictional resistance within a predetermined rotation range without contacting the arc-shaped ridge (5). A power generator characterized by that.
前記多数の微細な孔(4)から出て来る空気が前記回転体A(2)の底部(3)を浮上させる機能は、大気圧をM0(20)、多数の微細な孔(4)と回転体A(2)の底部(3)との間の圧力を圧力M1(19)、円弧形の菅(5)の中の圧力を圧力M(21)として、前記円弧形の菅(5)内には送風機(23)から空気が注入され続けていて、回転体A(2)の底部(3)の「所定の範囲」が前記「所定の範囲」と対面している前記多数の微細な孔(4)を塞ぐと、「ベルヌーイの定理」から圧力M1(19)は圧力M(21)程度まで高められ、圧力M(21)が徐々に高まるとともに圧力M1(19)も高まって、前記多数の微細な孔(4)を塞いでいる回転体A(2)の底部(3)の「所定の範囲」の表面積をL(22)とすると(M−M0)×Lの力より大きくなって、圧力M1(19)が回転体A(2)の下方から回転体A(2)の底部(3)の「所定の範囲」に働き、回転体A(2)の底部(3)を「浮上」させ、前記「浮上」は、回転体A(2)の底部(3)に下向きに働いている重力と釣り合う位置まで「浮上」することを特徴とする請求項1記載の発電装置。 The function of the air coming out of the numerous fine holes (4) to float the bottom (3) of the rotating body A (2) is that the atmospheric pressure is M0 (20), the numerous fine holes (4) The pressure between the bottom part (3) of the rotating body A (2) is the pressure M1 (19), the pressure in the arc-shaped ridge (5) is the pressure M (21), and the arc-shaped ridge ( 5) The air is continuously being injected from the blower (23), and the "predetermined range" of the bottom (3) of the rotating body A (2) faces the "predetermined range". When the fine hole (4) is closed, the pressure M1 (19) is increased to about the pressure M (21) from the “Bernoulli theorem”, and the pressure M1 (19) increases gradually as the pressure M (21) gradually increases. When the surface area of the “predetermined range” of the bottom (3) of the rotating body A (2) closing the numerous fine holes (4) is L (22), (M−M0) × L The pressure M1 (19) becomes larger than the force, and acts on the “predetermined range” of the bottom (3) of the rotating body A (2) from below the rotating body A (2), and the bottom of the rotating body A (2) ( 3. The method according to claim 1, wherein 3) is "floating" and said "floating" "floats" to a position that balances with gravity acting downward on the bottom (3) of rotating body A (2). Power generation device. 電子セオドライトと光波距離計を組み合せたトータルステーションが設けられ、請求項2記載の回転体A(2)の底部(3)に下向きに働いている重力と釣り合う位置まで「浮上」が行われると回転体A(2)の底部(3)の「所定の範囲」と前記回転体A(2)の底部(3)の「所定の範囲」と対面している多数の微細な孔(4)との間の圧力M1(19)は円弧形の菅(5)の中の圧力M(21)より若干低くなり、回転体A(2)の底部(3)が下がり始める時、前記トータルステーションで底部(3)の下がりをキャッチし、送風機(23)の回転数を増やしてホース(25)を経由した送風量=空気量が円弧形の菅(5)へ送風されて多数の微細な孔(4)と回転体A(2)の底部(3)の「所定の範囲」との間隔は所定の距離に維持されることを特徴とする請求項2記載の発電装置。 A total station combining an electronic theodolite and a light wave distance meter is provided, and when the "floating" is performed to the position that balances the gravity working downward on the bottom (3) of the rotating body A (2) according to claim 2, the rotating body Between the “predetermined range” of the bottom part (3) of A (2) and the many predetermined holes (4) facing the “predetermined range” of the bottom part (3) of the rotating body A (2) Pressure M1 (19) is slightly lower than the pressure M (21) in the arc-shaped bowl (5), and when the bottom (3) of the rotating body A (2) begins to drop, ), The number of rotations of the blower (23) is increased, and the amount of air blown through the hose (25) = the amount of air is blown to the arc-shaped cage (5), and a large number of fine holes (4) And the “predetermined range” at the bottom (3) of the rotating body A (2) is maintained at a predetermined distance. Power generating device according to claim 2, characterized in that it is. 回転体A(2)の断面の底部(3)に水平に引かれた接線I(36)と平行に前記回転体A(2)の断面の中心点G(34)を通過している線が回転体A(2)の円周縁と交わっている回転体A(2)の電動モーター(1)と対面している円周縁O(6)から発電機(53)と対面している円周縁P(7)までにゴム磁石Q(8)が設けてあり、前記ゴム磁石Q(8)が前記円弧形の菅(5)に向き合っている磁極はN極R(9)であり、
前記円周縁O(6)から円周縁P(7)までの部分と向き合っている前記円弧形の菅(5)には永久磁石S(10)が設置され、前記永久磁石S(10)が回転体A(2)に向き合っている磁極はN極T(11)で、回転体A(2)が前記円弧形の菅(5)に近づくと前記N極R(9)と前記N極T(11)が反発して回転体A(2)は所定の回転範囲内に押し戻されて、前記回転体A(2)と前記円弧形の菅(5)は接触することが無いことを特徴とする請求項1記載の発電装置。
A line passing through the center point G (34) of the cross section of the rotating body A (2) parallel to the tangent I (36) drawn horizontally at the bottom (3) of the cross section of the rotating body A (2) The circumferential edge P facing the generator (53) from the circumferential edge O (6) facing the electric motor (1) of the rotating body A (2) intersecting with the circumferential edge of the rotating body A (2). The rubber magnet Q (8) is provided by (7), and the magnetic pole with the rubber magnet Q (8) facing the arcuate ridge (5) is the N pole R (9),
A permanent magnet S (10) is placed on the arcuate ridge (5) facing the portion from the circumferential edge O (6) to the circumferential edge P (7), and the permanent magnet S (10) The magnetic pole facing the rotator A (2) is the N pole T (11). When the rotator A (2) approaches the arcuate ridge (5), the N pole R (9) and the N pole T (11) is repelled, and the rotating body A (2) is pushed back within a predetermined rotation range, so that the rotating body A (2) and the arcuate hook (5) do not come into contact with each other. The power generation device according to claim 1, wherein
前記ゴム磁石Q(8)と回転体A(2)の底部までの中間である回転体A(2)の円周縁にゴム磁石W(14)が回転体A(2)の長手方向に、回転体A(2)の電動モーター(1)と対面している円周縁U(12)から発電機(53)と対面している円周縁V(13)までに設けてあり、前記ゴム磁石W(14)が前記円弧形の菅(5)に向き合っている磁極はN極X(15)であり、前記電動モーター((1)と対面している円周縁U(12)から発電機(53)と対面している円周縁V(13)までの部分と向き合っている前記円弧形の菅(5)に永久磁石Y(16)が設置され、前記永久磁石Y(16)が回転体A(2)に向き合っている磁極はN極Z(17)で、回転体A(2)が前記円弧形の菅(5)に近づくと前記N極X(15)と前記N極Z(17)が反発して回転体A(2)は所定の回転範囲内に押し戻され、前記回転体A(2)と前記円弧形の菅(5)は接触することが無いことを特徴とする請求項1記載の発電装置。 A rubber magnet W (14) rotates in the longitudinal direction of the rotating body A (2) around the circumference of the rotating body A (2), which is an intermediate between the rubber magnet Q (8) and the bottom of the rotating body A (2). It is provided from the circumferential edge U (12) facing the electric motor (1) of the body A (2) to the circumferential edge V (13) facing the generator (53), and the rubber magnet W ( 14) is an N pole X (15) facing the arcuate cage (5), and a generator (53) is formed from a circular periphery U (12) facing the electric motor ((1)). The permanent magnet Y (16) is installed on the arcuate ridge (5) facing the portion up to the circular peripheral edge V (13) facing the outer periphery V), and the permanent magnet Y (16) is the rotating body A. The magnetic pole facing (2) is the N pole Z (17). When the rotating body A (2) approaches the arcuate cage (5), the N pole X (15 ) And the N pole Z (17) are repelled, and the rotating body A (2) is pushed back within a predetermined rotation range, and the rotating body A (2) and the arcuate hook (5) are in contact with each other. The power generation device according to claim 1, wherein the power generation device is not provided.
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CN114083895A (en) * 2021-12-02 2022-02-25 陈彩莲 Environment-friendly green printing method

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