WO2008068878A1 - Infinite power generator - Google Patents

Infinite power generator Download PDF

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Publication number
WO2008068878A1
WO2008068878A1 PCT/JP2006/325116 JP2006325116W WO2008068878A1 WO 2008068878 A1 WO2008068878 A1 WO 2008068878A1 JP 2006325116 W JP2006325116 W JP 2006325116W WO 2008068878 A1 WO2008068878 A1 WO 2008068878A1
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Prior art keywords
gear
rotation
rotating
output
function
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PCT/JP2006/325116
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French (fr)
Japanese (ja)
Inventor
Motoichi Sugimoto
Original Assignee
Motoichi Sugimoto
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by Motoichi Sugimoto filed Critical Motoichi Sugimoto
Priority to PCT/JP2006/325116 priority Critical patent/WO2008068878A1/en
Priority to JP2007513501A priority patent/JPWO2008068878A1/en
Publication of WO2008068878A1 publication Critical patent/WO2008068878A1/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03GSPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G7/00Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
    • F03G7/10Alleged perpetua mobilia

Definitions

  • Amplification cycle rotation structure functional principle [constant gear ⁇ rotation gear, diameter ratio].
  • the fixed gear diameter ratio is the output structure factor of the rotating gear group, and the large and small rotating gears [diameter ratio 3: 1] are combined.
  • the W input gear is connected to the inter gear and the large gear is connected to the rotating gear. Since the common axle and drive gear, which are integrated with each other, rotate in conjunction with the center gear and the common axle travel distance is reduced to 1-6, the driving force of the common axle is increased by 6 times.
  • the rotational force of the input gear increases and rotates in conjunction with the amplified gear, again increases the driving force of the common axle, repeats the amplified motion repeatedly, produces infinite kinetic energy, and the amplified rotational motion does not stop, Amplifying Cycle Rotation Structural Functional Principle, which consumes raw materials and other energy, and does not need any energy, rotates by itself and produces infinite kinetic energy. Partition wall, rotating output conduction structure.
  • the main input frame penetrates the partition wall that inscribed and revolves, and the common axle that rotates freely can move to the large gear of the W input gear.
  • the drive gear connected to the amplification gear is connected to the common axle, and the drive gear connected to the center axle is linked to the center gear to amplify and increase the driving force of the common axle.
  • the basic structure of the amplification cycle rotation structure is the partition wall.
  • the power transmission shaft that fixes the infinite energy produced at the center of the partition wall protrudes out of the frame through the center of the side wall.
  • Partition wall output conduction structure that extracts and provides the kinetic energy to be produced. Shifting W input gear, see (Fig. 3).
  • variable speed W input gear [speed ratio 3 to 1] rotates freely on a common axle, large gear rotates in conjunction with inter gear, small gear rotates on amplification gear
  • the amplifying gear and the drive gear are connected by a common axle to form an integrated structure, and the drive gear is connected to the center one gear fixed to the center of the side wall.
  • a common axle that is integrally fixed in conjunction with the rotation amplifies and increases the quasi-advanced force, so it is connected to the in-line gear and combined with large and small rotating gears. Shifting w
  • the input gear simplifies the amplification cycle rotation structure A function rotation structure that increases output. Inter gear, center gear and input structure.
  • the large and small gears are combined.
  • W The input gear is idled on the common axle, the large gear is connected to the inverter and rotated, and the small gear is rotated in conjunction with the amplifying gear to rotate the amplification cycle.
  • Rotating pressure that operates slightly becomes the input function and interlocks with the inter gear.
  • the input gear and the driving gear that is connected to the center gear form a rotation structure around the common axle.
  • Inter-gear, center-gear input structure that operates with an infinite motion—3 energy-production.
  • Circle basic rotation (Fig. 1) A, B ⁇ Starting force (Fig. 2, A. B. C.).
  • Amplification cycle rotation structure (permanent engine), (diameter ratio 3: 1, Fig. 3). Two large and small rotating gears are combined. Thus, the rotational force of the small gear increases to 3, and is linked to the rotation of the amplified gear and connected to the common axle.
  • the integral drive gear (diameter ratio 3: 1) is linked to the center one gear.
  • the common axle travel force is a rotating structure function, amplifying cycle rotating structure according to the diameter ratio that amplifies 9 times.
  • the W input gear> amplification gear, the gear> drive interlocking with the drive gear, the common axle propulsion power is amplified 9 times. If the rotational pressure of the ohmic gear is not released, the rotation structure (permanent engine) will continue to work with the compression and repulsion force [starting force].
  • Compressive repulsive force becomes the starting force of the amplified cycle rotational motion, and the increase / decrease in the rotational pressure of the ohmic gear becomes the input / output increase / decrease function of the rotational motion, so that the rotational motion can be continued while adjusting the output.
  • the gear shift W input gear that rotates to the common axle, connects to the fixed intergear, and rotates, is pushed by the propulsion force of the common axle, and the small gear of the gear shift W input gear generates torque.
  • the drive gear which is linked to the rotation of the amplification gear by a factor of 3, and is integrated with the amplification gear and the common axle, is connected to the fixed center—gear and connected to the rotation of the rotation cycle—a structure, and the driving force of the common axle Is amplified by 9 times, and the speed is shifted again by the amplified propulsion force.
  • the rotational force of the input gear is amplified and increased, and the pressure linked to the amplification gear becomes the propulsion rotational pressure of the amplification cycle rotational motion.
  • the cycle rotation structure that continues the rotation motion is a permanent engine basic propulsion force that continues the rotation motion without rest and provides unlimited motion energy, and the rotation structure compression repulsion force [starting force].
  • starting force Brief description of the drawing, (large and small fixed gear, diameter ratio, 6)
  • FIG. 3 A. B. Schematic diagram of the functional structure linked to the amplification cycle rotation motion.
  • Shifting W input gear [speed ratio 3: 1] large gear inscribed in the main body frame and rotating slightly, connected to the inner gear, small gear functioning on the other common axle, rotating to the amplification gear Since it is linked, the propulsive force of the common axle is increased, the rotational force of the shift W input gear is increased, and the propulsive force of the common axle is amplified again in conjunction with the rotation of the amplified gear.
  • Amplification cycle rotation basic function that produces and provides infinite kinetic energy.
  • a sealed body is constructed by integrally fixing both side walls 3 1 to the cylindrical frame 30.
  • Inter gear 1 inscribed in ram 3 0 is connected to the rotational pressure of ohm gear 3 4
  • the rotation pressure to start is the rotation operation instruction function, rotation start, strength rotation, rotation
  • Rotating operation such as rolling stop, stop, etc. 3 ⁇ 4 Rotation operation instruction structure. Large / small fixed gear, rotating gear, speed change function structure diameter ratio.
  • the frame 3 0 has an internal gear 1 that is inscribed, and both side walls 3 1
  • Gear 1 and center gear 3 with a unified center point are fixed structures that operate slightly.
  • the diameter ratio between the inter gear 1 and the center gear 3 is 6: 1.
  • the ohmic gear 3 4 is fixed to the intergear 1 that rotates and the side walls 3 1
  • the speed change ratio [3: 1] is the same for the transmission structure W input gear 5 that is combined with the 1-small gear.
  • Amplification gear that rotates freely on axle 8 and whose small gear is fixed on the other common axle 8 1 1
  • Shifting W input gear which is the main function of the structure, is the urban structure of human society, the amplification cycle rotating structure that fundamentally reforms economic activities, and the shifting W input gear.
  • Power transmission conductive function structure, (power transmission shaft).
  • the rotational pressure acting on the intergear 1 is that the W input gear 5 rotates freely on the common axle 8 15 and is fixed to the other common axle 8 as a single unit.
  • the W input gear 5 that rotates in connection with the inter gear 1 is integrated with the drive gear 6 20 . If the driving force of the common axle 8 is 9, the rotational momentum of the W input gear 5 is
  • Amplification increases, and the rotation cycle is linked to the W input gear 5, the amplification gear 11, and the drive gear 6, resulting in an amplification cycle structure for infinite power production.
  • drive gear 6 is grouped as A group, and the other common axle 8 W input gear 5 is amplified.
  • the rotational force 3 of the A and W input carriages 5 rotates in conjunction with the amplification gear 1 1 and the principle of the pulley works, and the driving force of the common axle 8 is (6 X 3) Since the amplification increases to 1 8, the rotational force of the W input gear 5 is amplified to-( ⁇ 8 ⁇ 2) 9 and is amplified in conjunction with the rotation of the amplification gear 1 1. 9 X 3) Amplifies to 2 7, repeats the amplifying motion repeatedly and amplifies and increases the output of the rotating body, resulting in a rotating structure that produces and provides infinite energy.
  • the rotation-structure that produces and provides infinite energy is the ratio of the diameter of the fixed inter gear 1 and the fixed center of the gear 3, and the diameter ratio of the amplifying gear 1 1 and the driving gear 6 of the amplifying cycle rotating structure. Because the function factor that determines the output of the rotation structure of the amplification cycle requires the same diameter ratio, the kinetic energy output increase / decrease can be adjusted by adjusting the connection contact interval between the inter gear 1 and the center gear 3. This is an adjustment operation instruction function.

Abstract

It is contemplated that solving the problem of anxiety in finding an alternative energy for coping with finite resources and exhaustion of fossil fuel resources would require a great deal of time even when mankind launches full-scale efforts and continues all-out efforts. The invention of an infinite power generator capable of supplying a clean, safe, inexpensive, infinite kinetic energy for the maintenance and prosperity of human society with no need of consumable raw materials would improve the living environment and social environment, would enhance and enrich the functionality thereof, would contribute to the enhanced prosperity of human society, and would enable city construction on not only the earth but also other planets. In the basic functional structure of provided body of rotation, a rotary gear group of physicomechanical principle self rotates between two fixed gears, large and small ones, to thereby produce and supply infinite power.

Description

明 細 . 書  Specification
: 無限動力発生装置 技術分野、 : Infinite power generator technical field,
現代社会が消費する膨大なエネルギー量は、 化石燃料資源の枯渴と大気 汚染と謂う、 人類の生活環埠、 自然環境を憂慮する深刻な課題を残す。 人類は化石燃料資源枯渴の危機を目前にして、 代替エネルギー発見に懸 命の努力を続けるが、 未だ、 明るい展望は開けてこない。  The enormous amount of energy consumed by modern society remains a serious issue that concerns the environment of humankind and the natural environment, such as the depletion of fossil fuel resources and air pollution. Mankind continues its hard efforts to find alternative energy in the face of the crisis of fossil fuel resource depletion, but it still has no bright prospects.
課題解決に自然環境を保全しつつ、 社会生活の利便性や、 生活環境を改 善する、 クリーンで安全、 安価な無限の運動エネルギーを生産し提供する 必要に迫まられていて、 技術向上を願い懸命の努力を重ねるが、 未だ改善 策は見当らず、 代替エネルギーの発見にも至らず、 此の課題の解決は人類 が抱える実現不可能な、 難解な課題と考えられている。 、  While conserving the natural environment to solve problems, we need to improve and improve the technology because it is necessary to produce and provide infinite kinetic energy that is clean, safe, and inexpensive, improving the convenience of social life and the living environment. We have been working hard, but we have yet to find any improvement measures and have not found alternative energy. Solving this issue is considered an infeasible and difficult issue for humankind. ,
人類社会が一般科学常識と—する、 エネルギー保存の法則や、 熱力学第一 法則第二の法則は、 永久運動や永久機関の存在を否定して、 過去に幾度か 永久運動や永久機関の発明に、 取り組んだ歴史はあるが成功した事例はな く、 今では其の可能性さえ否定し、 永久機関は実現不可能と考えている。 況して大小二つの固定ギヤ間を、 物理的力学原理で組合した回転ギヤ郡 が、 全ての、 消費原材料は一切必要とせず、 自力回転して無限の運動エネ ルギ一を生産し提供する事等、 エネルギー保存の法則を否定して在りえな レ、、 との理由により特許庁は、 前の当該発明の、 特許願を拒絶した。 物質や物体を燃焼して得る熱量を、 運動エネルギーに変換して利用する 現代の、 エネルギー概念や、 エネルギー保存の法則の誤りを正す、 構造簡 素で操作は簡単な新技術、 無限動力発生装置を発明し特許願を提出する。 当該発明は操作が簡単、 自力回転して無限の運動エネルギーを、 生産し 提供する基本機能は変わらず、 都市構造や利便性を改善、 全ての産業や交 通機関に、 無限の運動エネルギーを供給して、 人類社会の発展向上に貢献 する、 機械構造回転体の無限動力発生装置。 背景技術 . The law of conservation of energy, the first law of thermodynamics, and the second law, which human society considers as general scientific common sense, denies the existence of permanent movements and permanent institutions, and invented permanent movements and permanent institutions several times in the past. There is no successful case, but there is no successful example. Now, even the possibility is denied, and the permanent organization is not feasible. The rotating gear group that combines the two large and small fixed gears according to the physical mechanics principle does not require all the consumption raw materials, it rotates by itself to produce and provide infinite motion energy, etc. The JPO rejected the previous patent application for the invention because it could not deny the law of conservation of energy. Converting and using the amount of heat generated by burning a substance or object to kinetic energy. A new technology that is simple in structure and easy to operate, an infinite power generator that corrects the current energy concept and the law of conservation of energy. And file a patent application. The invention is simple to operate, and the basic functions of producing and providing unlimited kinetic energy by rotating on its own are unchanged, improving the urban structure and convenience, and supplying unlimited kinetic energy to all industries and transportation organizations Infinite power generators for rotating machine structures that contribute to the development and improvement of human society. Background technology.
高度に進展する近代社会は留まる処を知らず、 是に続く後進国の近代化 志向が追随する世界的風潮は、 化石燃料資源の枯渴と、 大気汚染と云う課 題を誘発、 此の課題を解決しなければ、 人類社会に発展する未来はない。 化石燃料は人類社会維持発展の、 原動力であることに疑問の余地はなく A highly advanced modern society does not know where to stay, and the global trend that follows the modernization orientation of the less developed countries has triggered the problems of fossil fuel resource depletion and air pollution. If not resolved, there is no future that will develop into human society. There is no doubt that fossil fuels are the driving force for the maintenance and development of human society.
、 エネルギー保存の法則と資源の枯渴は、 両立する事のない解決不可能な 課題であり、 其の為人類は代替エネルギーの発見に、 懸命の努力を続けて はいるが今だ明るい展望は開けず、 無限 存在する膨大な太 陽光エネル ギ一には、 蒐集する巨大な設備が必要で、 原子力燃料には危険が伴う。 クリーンで安全、 安価な無限のエネルギーを提供する、 機械構造回転体 無限動力発生装置 「永久機関」 を発明、 実用化を図り特許願を提出する。 発明の開示、 回転運動基礎機能。 図 1 ( A ) 、 接続線に添い静止する円に、 他方の回転力 W 1 0が働けば 、 円の推進力は W 2 0になり、 (B ) 、 回転軸を中心に自在回転する、 円 に働く回転圧力は、 円を回転軸に空転して、 回転進行はしない。 The law of conservation of energy and the exhaustion of resources are unsolvable issues that cannot be solved at the same time, so humanity has been working hard to find alternative energy, but there is still a bright outlook. The enormous solar energy that is infinite and cannot be opened requires huge facilities to collect, and there is a danger to nuclear fuel. Invented a machine structure rotating body infinite power generator “permanent engine” that provides infinite energy that is clean, safe, and inexpensive. Disclosure of invention, Rotational motion basic function. Fig. 1 (A), if the other rotational force W10 acts on a circle that rests along the connecting line, the propulsive force of the circle becomes W20, and (B), freely rotates around the rotation axis, The rotational pressure acting on the circle causes the circle to idle around the axis of rotation and does not advance.
図 2 ( A ) 、 二つの円に、 回転圧力が無ければ停止を続け稼働しない。 ( B ) 、 二つの円の一方に回転圧力が働けば、 二つの円の.間隔は縮小し 、 外方向に押し返す圧縮反発力 (起動力) が派生、 連動して進行する。  In Fig. 2 (A), if there is no rotational pressure in the two circles, it will stop and not operate. (B) If rotational pressure acts on one of the two circles, the distance between the two circles will be reduced, and a compression repulsive force (starting force) that pushes back outward will be derived and proceed in conjunction.
( C ) 、 双方に働く均等圧力は、 起動力が生じるが回転進行はしない。 無限動力出力調整機能、 図 3 ( A正面図、 B側面図) 。 インターギヤとセンターギヤ間を、 接続回転する増幅サイクル回転構造 は、 インタ一ギヤに働くオームギヤの回転圧力で、 インタ一ギヤを僅少作 動する回転圧力が入力機能となり、 回転圧力を増減する機能が、 回転出力 の調整機能となり、 接続回転連動する W入力ギヤの小ギヤが、 増幅ギヤに 回転連動して、 一体構造の駆動ギヤが、 センターギヤに回転連動して、 共 通車軸の推進力を増減する機能が、 回転体が生産する出力を、 増減する機 能となる、 増幅サイクル回転構造、 無限動力出力調整機能。 増幅サイクル回転構造機能原理、 [ 定ギヤ · 回転ギヤ、 直径比率] 。 固定インターギヤ、 センターギヤの直径比率を [ 6 : 1 ] に設定する。 固定ギヤ直径比率は、 回転ギヤ郡出力構造要因で、 大小回転ギヤ [直径 比率 3 : 1 ] を合体する、 W入力ギヤは、 大のギヤがインターギヤに接続 回転連動し、 小のギヤ 増幅ギヤに回転連動し、 一体とるなる共通車軸と 駆動ギヤが、 センターギヤに回転連動して、 共通車軸進行距離を 1ノ 6に 減少する機能が、 共通車軸の推進力を 6倍にするから、 W入力ギヤの回転 力が増大して増幅ギヤに回転連動し、 再び共通車軸の推進力を増大する、 増幅運動を反復繰り返し、 無限に運動エネルギーを生産する、 増幅回転運 動は停止する事なく、 消耗する原材料や其の他、 全てのエネルギーは、 一 切必要とせず自力回転して、 無限の運動エネルギーを生産提供する、 増幅 サイクル回転構造機能原理。 間仕切壁、 回転出力伝導構造。 (C) The equal pressure acting on both sides generates a starting force but does not advance the rotation. Infinite power output adjustment function, Fig. 3 (A front view, B side view). The amplification cycle rotation structure that connects and rotates between the inter gear and the center gear has the function to increase or decrease the rotation pressure with the rotation pressure of the ohmic gear acting on the inter gear as the input pressure. Rotation output adjustment function, W input gear small gear linked to connection rotation is linked to amplification gear rotation, integral drive gear is linked to center gear to rotate common axle propulsion force Amplification cycle rotation structure, infinite power output adjustment function, in which the function to increase / decrease is the function to increase / decrease the output produced by the rotating body. Amplification cycle rotation structure functional principle, [constant gear · rotation gear, diameter ratio]. Set the diameter ratio of the fixed intergear and center gear to [6: 1]. The fixed gear diameter ratio is the output structure factor of the rotating gear group, and the large and small rotating gears [diameter ratio 3: 1] are combined. The W input gear is connected to the inter gear and the large gear is connected to the rotating gear. Since the common axle and drive gear, which are integrated with each other, rotate in conjunction with the center gear and the common axle travel distance is reduced to 1-6, the driving force of the common axle is increased by 6 times. The rotational force of the input gear increases and rotates in conjunction with the amplified gear, again increases the driving force of the common axle, repeats the amplified motion repeatedly, produces infinite kinetic energy, and the amplified rotational motion does not stop, Amplifying Cycle Rotation Structural Functional Principle, which consumes raw materials and other energy, and does not need any energy, rotates by itself and produces infinite kinetic energy. Partition wall, rotating output conduction structure.
本体フレームに、 内接公転する間仕切り壁を貫通し、 自在回転して進行 する共通車軸に、 W入力ギヤの大のギヤが、 自在回転してインターギヤに 内接して回転連動、 小のギヤが増幅ギヤに回転連動し、 増幅ギヤは共通車 軸で連結する駆動ギヤが、 センタ一ギヤに回転連動して、 共通車軸の推進 力を増幅増大する、 増幅サイクル回転構造の基本構造は、 間仕切り壁が増 幅サイクル回転構造を保持、 出力増減の基礎構造となリ、 生産する無限の エネルギーを、 間仕切り壁の中央に固定する動力伝導シャフ トが、 側壁の 中央を貫通してフレーム外に突出し、 生産する運動エネルギーを取出し提 供する、 間仕切り壁出力伝導構造。 変速 W入力ギヤ、 (図 3 ) 、 参照。 大小、 二つの回転ギヤを合体した、 変速 W入力ギヤ [変速比率 3対 1 ] は、 共通車軸に自在回転して、 大のギヤがインターギヤに回転連動し、 小 のギヤが増幅ギヤに回転連動して、 増幅ギヤと駆動ギヤは共通車軸で連結 して一体構造になり、 側壁の中心に固定するセンタ一ギヤに、 駆動ギヤが 回転連動して一体固定の共通車軸が、 準進力を増幅増大するから、 イン夕 一ギヤに接続回転する、 大小の回転ギヤを合体した、 変速 w入力ギヤは、 増幅サイクル回転構造を簡素にレて、 出力を増大する機能回転構造。 インターギヤ、 センタ一ギヤ一入力構造。 (図 4、 図 5、 参照) 。 インタ一ギヤに回転連動する、 オームギヤの回転圧力か、 又はセンター ギヤに、 一体固定する操作棹に働く、 左、 おの推力で、 インタ一ギヤと、 センタ一ギヤの回転作動間隔を縮小する機能が、 回展運動の始動停止の入 力回転圧力となる。 The main input frame penetrates the partition wall that inscribed and revolves, and the common axle that rotates freely can move to the large gear of the W input gear. The drive gear connected to the amplification gear is connected to the common axle, and the drive gear connected to the center axle is linked to the center gear to amplify and increase the driving force of the common axle. The basic structure of the amplification cycle rotation structure is the partition wall. The power transmission shaft that fixes the infinite energy produced at the center of the partition wall protrudes out of the frame through the center of the side wall. Partition wall output conduction structure that extracts and provides the kinetic energy to be produced. Shifting W input gear, see (Fig. 3). Large and small, combined with two rotating gears, variable speed W input gear [speed ratio 3 to 1] rotates freely on a common axle, large gear rotates in conjunction with inter gear, small gear rotates on amplification gear In conjunction, the amplifying gear and the drive gear are connected by a common axle to form an integrated structure, and the drive gear is connected to the center one gear fixed to the center of the side wall. A common axle that is integrally fixed in conjunction with the rotation amplifies and increases the quasi-advanced force, so it is connected to the in-line gear and combined with large and small rotating gears. Shifting w The input gear simplifies the amplification cycle rotation structure A function rotation structure that increases output. Inter gear, center gear and input structure. (See Figure 4 and Figure 5.) A function to reduce the rotation operation interval between the inter-gear and the center-gear with the thrust of the ohm-gear, which is linked to the rotation of the inter-gear, or the operating rod that is fixed to the center gear. Is the input rotation pressure for starting and stopping the revolving movement.
大小ギヤが合体する、 w入力ギヤは共通車軸に空転し、 大のギヤがイン ターキヤに接続回転し、 小のギヤが増幅ギヤに回転連動して増幅サイクル 回転構造となり、 ィンタ一ギヤセンターギヤを僅少作動する回転圧力が 入力機能となり、 インタ一ギヤに連動する w入力ギヤと、 センタ一ギヤに 接続回転連動する駆動ギヤは、 共通車軸を中心に増幅サイクル回転構造を 形成し、 双方の回転圧力で作動して、 無限の運動— 3 ネルギーを-生産提供す る、 インタ一ギヤ、 センタ一ギヤ入力構造。 円基本回転 (図. 1 ) A、 B ·起動力 (図 2、 A . B . C . ) 。  The large and small gears are combined. W The input gear is idled on the common axle, the large gear is connected to the inverter and rotated, and the small gear is rotated in conjunction with the amplifying gear to rotate the amplification cycle. Rotating pressure that operates slightly becomes the input function and interlocks with the inter gear. The input gear and the driving gear that is connected to the center gear form a rotation structure around the common axle. Inter-gear, center-gear input structure that operates with an infinite motion—3 energy-production. Circle basic rotation (Fig. 1) A, B · Starting force (Fig. 2, A. B. C.).
( A ) 、 同一線上の二つの円は、 他方向から働く推力が無ければ静止し、 ( B ) 、 他方向から働く回転圧力で、 連結材は圧縮され外方向に押し返す 、 反作用圧縮反発力は、 物理的力学構造原理で、 二つの円の回転圧力で圧 縮反発力も継続し、 (C ) 、 回転圧力と反発力が等しいと回転はしない。 二つの円に他方向から働く回転圧力で、 連結材が外方向に押し返す反発 力は、 (A ) の圧縮反発力と同一原理に因るもので、 無限動力発生の基礎 機能、 圧縮反発力 (起動力) となり、 二つの円の直径が同一で回転圧力が 同一なら、 力の均衡は維持されて、 回転運動は停止し、 静止する。 増幅サイクル回転構造 (永久機関) 、 (直径比率 3 : 1、 図 3 ) 。 大小二つの回転ギヤが合体する、 変速 W入力ギヤの、 大ギヤの回転圧力 で、 小ギヤの回転力は 3 , に増幅増大、 増幅ギヤに回転連動し共通車軸に 連結して、 一体構造の駆動ギヤ (直径比率 3 : 1 ) が、 センタ一ギヤに回 転連動し、 二つの変速構造で、 共通車軸の進行力は 9倍に増幅する直径比 率に従う、 回転構造機能の、 増幅サイクル回転構造になる。 (A), two circles on the same line are stationary if there is no thrust acting from the other direction, (B), the rotational pressure acting from the other direction, the connecting material is compressed and pushed back outward, the reaction compression repulsive force is In the physical mechanical structure principle, the compressive repulsion force continues with the rotational pressure of the two circles. (C) If the repulsive force is equal to the rotational pressure, it does not rotate. The repulsive force that the connecting material pushes back outwards due to the rotational pressure acting on the two circles from the other direction is based on the same principle as the compression repulsive force of (A). If the two circles have the same diameter and the same rotational pressure, the force balance is maintained and the rotational motion stops and stops. Amplification cycle rotation structure (permanent engine), (diameter ratio 3: 1, Fig. 3). Two large and small rotating gears are combined. Thus, the rotational force of the small gear increases to 3, and is linked to the rotation of the amplified gear and connected to the common axle. The integral drive gear (diameter ratio 3: 1) is linked to the center one gear. With two speed change structures, the common axle travel force is a rotating structure function, amplifying cycle rotating structure according to the diameter ratio that amplifies 9 times.
当実施例の増幅サイクル回転構造 (変速比率 6 : 1 ) では、 W入力ギヤ >増幅ギ、ャ>駆動ギヤに回転連動、 共通車軸の推進力を 9倍に増幅する、 増幅サイクル回転構造は、 オームギヤの回転圧力を解除しなければ、 圧縮 反発力 [起動力] も継続して働く回転構造 (永久機関) となる。  In the amplification cycle rotation structure (transmission ratio 6: 1) of this embodiment, the W input gear> amplification gear, the gear> drive interlocking with the drive gear, the common axle propulsion power is amplified 9 times. If the rotational pressure of the ohmic gear is not released, the rotation structure (permanent engine) will continue to work with the compression and repulsion force [starting force].
圧縮反発力は増幅サイクル回転運動の起動力となり、 オームギヤの回転圧 力の増減が、 回転運動の入出力増減機能となるから、 出力調整を図りつつ 、 回転運動を継続する、 サイクル回転構造基礎推進力となり、 共通車軸に に空転して、 固定インターギヤに接続、 回転する変速 W入力ギヤは、 共 通車軸の推進力に押されて回転進行、 変速 W入力ギヤの小ギヤが、 回転力 を 3倍にして増幅ギヤに回転連動し、 増幅ギヤと共通車軸で一体構造とな る駆動ギヤが、 固定センター—ギヤに接続回転連靳する、 増幅サイクル回転— ' 構造となり、 共通車軸の推進力は 9倍に増幅するから、 増幅した推進力で 再び変速 W入力ギヤの回転力が増幅増大して、 増幅ギヤに回転連動する圧 力が、 増幅サイクル回転運動の推進回転圧力になり、 無限に回転運動を継 続するサイクル回転構造は、 休む事なぐ回転運動を続け、 無限の運動エネ ルギ一を提供する永久機関基礎推進力、 回転構造圧縮反発力 [起動力] 。 図面の簡単な説明、 (大小固定ギヤ、 直径比率、 6 )Compressive repulsive force becomes the starting force of the amplified cycle rotational motion, and the increase / decrease in the rotational pressure of the ohmic gear becomes the input / output increase / decrease function of the rotational motion, so that the rotational motion can be continued while adjusting the output. The gear shift W input gear that rotates to the common axle, connects to the fixed intergear, and rotates, is pushed by the propulsion force of the common axle, and the small gear of the gear shift W input gear generates torque. The drive gear, which is linked to the rotation of the amplification gear by a factor of 3, and is integrated with the amplification gear and the common axle, is connected to the fixed center—gear and connected to the rotation of the rotation cycle—a structure, and the driving force of the common axle Is amplified by 9 times, and the speed is shifted again by the amplified propulsion force. The rotational force of the input gear is amplified and increased, and the pressure linked to the amplification gear becomes the propulsion rotational pressure of the amplification cycle rotational motion. The cycle rotation structure that continues the rotation motion is a permanent engine basic propulsion force that continues the rotation motion without rest and provides unlimited motion energy, and the rotation structure compression repulsion force [starting force]. Brief description of the drawing, (large and small fixed gear, diameter ratio, 6)
(図 1 . A . B . ) 円回転運動基本機能。 (Fig. 1. A. B.) Basic functions of circular rotation.
(図 2 . A . B . C . ) 円回転運動連動構造基本機能。  (Fig. 2. A. B. C.) Basic functions of the circular rotation motion interlocking structure.
(図 3 · A . B . ) 増幅サイクル回転運動連動機能構造略図。  (Fig. 3 A. B.) Schematic diagram of the functional structure linked to the amplification cycle rotation motion.
(図 4 . A ) 、 無限動力、 他軸ギヤ構造、 増幅サイクル構造、 正面図, (Fig. 4.A), Infinite power, Other shaft gear structure, Amplification cycle structure, Front view,
(図 4 . B ) 、 無限動力、 他軸ギヤ構造、 増幅サイクル構造、 側面図,(Fig. 4.B), Infinite power, Other shaft gear structure, Amplification cycle structure, Side view,
(図 5 . A ) 、 無限動力、 同軸ギヤ構造、 増幅サイクル構造、 正面図,(Figure 5.A), Infinite power, Coaxial gear structure, Amplification cycle structure, Front view,
(図 5 . B ) 、 無限動力、 同軸ギヤ構造、 増幅サイクル構造、 側面図, 符号の説明。 (Figure 5.B), Infinite power, Coaxial gear structure, Amplification cycle structure, Side view, Explanation of the code.
1 、 インターギヤ (固定ギヤ) 、 3 、 センタ一ギヤ (側壁固定ギヤ) 1, Inter gear (fixed gear) 3, Center one gear (side wall fixed gear)
5 、 変速 W入力ギヤ、 6 、 駆動ギヤ、 5, shifting W input gear, 6, driving gear,
7 、 フレーム、 8 、 共通車軸、  7, frame, 8, common axle,
1 1、 増幅ギヤ、 1 3 、 間仕切壁、  1 1, amplification gear, 1 3, partition wall,
2 3、 動、力伝達ギヤ、 2 4 、 動力伝達シャフト、  2 3, dynamic, power transmission gear, 2 4, power transmission shaft,
2 9、 センタ一ギヤ操作竿、 3 0 、 ゼン夕一ギヤ操作指示シャフ 2 9, Center gear operation 竿, 30
3 1、 側壁、 3 2 、 接続ギヤ、 3 1, side wall, 3 2, connecting gear,
3 3、 オームギヤ回転シャフ ト、 3 4 、 T . オームギヤ、  3 3, Ohm gear rotation shaft, 3 4, T. Ohm gear,
3 5、 M . オームギヤ、 3 6 、 オームギヤ本体フレーム、3 5, M. Ohm gear, 36, Ohm gear body frame,
3 7、 オームギヤ回転指示機能、 4 1 、 ¾造基盤、 増幅サイクル回転構造基礎機能。 3 7, Ohm gear rotation indication function, 4 1, 3rd base, amplification cycle rotation structure basic function.
(図 1 ) 円基本機能 A、 B、  (Fig. 1) Circle basic functions A, B,
A、 円に働ぐ回転圧力で、 円は進行する。 一  A, with the rotational pressure acting on the circle, the circle advances. One
B、 回転軸を中心に稼働する円は、 回転圧力で回転する。  B, A circle that operates around the rotation axis rotates with rotational pressure.
(図 2 ) 円回転運動基礎機能。  (Fig. 2) Basic functions of circular rotation motion.
A、 静止する二つの円は、 回転圧力が働かねば、 稼働しない。  A, Two circles that are stationary will not work unless the rotational pressure works.
B、 静止する二つの円に、.一方の円に回転圧力が働けば、 二つの円の間隔 は圧縮されて押し返す、 圧縮反発力 (起動力) が派生する。  B. When rotational pressure acts on one of the two circles that are stationary, the distance between the two circles is compressed and pushed back, resulting in a compression repulsive force (starting force).
C、 二つの円に働く、 双方の同一回転圧力は、 圧縮反発力 (起動力) は 派生するが相殺され、 停止を続けて回転運動はしない。  C, the same rotational pressure acting on the two circles, the compression repulsive force (starting force) is derived, but it is canceled out.
(図 3 ) 増幅サイクル基礎機能。  (Figure 3) Amplification cycle basic functions.
本体フレームに内接し僅少作動する変速 W入力ギヤ [変速比率 3 : 1 ] の大のギヤが、 イン夕一ギヤに接続回転し、 小のギヤが他方の共通車軸で 機能する、 増幅ギヤに回転連動するから、 共通車軸の推進力を増大して、 変速 W入力ギヤの回転力は増大し、 増幅ギヤに回転連動して、 再び共通車 軸の推進力を増幅する、 増幅運動を反復繰り返し、 無限の運動エネルギー を生産し提供する、 増幅サイクル回転構造基礎機能。 図面の仔細な説明 無限動力発生回転構造、 操作指示構造。 Shifting W input gear [speed ratio 3: 1] large gear inscribed in the main body frame and rotating slightly, connected to the inner gear, small gear functioning on the other common axle, rotating to the amplification gear Since it is linked, the propulsive force of the common axle is increased, the rotational force of the shift W input gear is increased, and the propulsive force of the common axle is amplified again in conjunction with the rotation of the amplified gear. Amplification cycle rotation basic function that produces and provides infinite kinetic energy. Detailed description of the drawings Infinite power generation rotation structure, operation instruction structure.
円筒型フレーム 3 0に、 両側壁 3 1 を一体固定して密閉体を構築し、 フ  A sealed body is constructed by integrally fixing both side walls 3 1 to the cylindrical frame 30.
レーム 3 0に内接作動するインタ一ギヤ 1は、 オームギヤ 3 4の回転圧力 Inter gear 1 inscribed in ram 3 0 is connected to the rotational pressure of ohm gear 3 4
が、 連動、するインターギヤ 1の入力回転圧力となり、 無限動力回転構造を Is the input rotational pressure of the interlocking intergear 1, and the infinite power rotation structure
始動する回転圧力が、 回転操作指示機能と ¾り、 回転始動、 強弱回転、 回 The rotation pressure to start is the rotation operation instruction function, rotation start, strength rotation, rotation
転休止、 停止、 等の、 回転運動を操作す ¾、 回転操作指示構造。 大小固定ギヤ、 回転ギヤ、 変速機能構造直径比率。 Rotating operation such as rolling stop, stop, etc. ¾ Rotation operation instruction structure. Large / small fixed gear, rotating gear, speed change function structure diameter ratio.
フレーム 3 0に、 内接するインタ一ギヤ 1 と、 両側壁 3 1に、 インタ一  The frame 3 0 has an internal gear 1 that is inscribed, and both side walls 3 1
ギヤ 1 と、 中心点を統一したセンタ一ギヤ 3を、 其々僅少作動する固定構 Gear 1 and center gear 3 with a unified center point are fixed structures that operate slightly.
造とし、 インターギヤ 1 とセンターギヤ 3の、 直径比率 6 : 1、 [当実施 The diameter ratio between the inter gear 1 and the center gear 3 is 6: 1.
例] に設定、 インタ一ギヤ 1に回転連動する、 大小二つの回転ギヤを合体 Example], combined with two large and small rotating gears linked to rotation with the inter gear 1
した、 変速 W入力ギヤ 5と、 共通車軸 8に一体固定する増幅ギヤ 5と、 駆 Shifting W input gear 5, amplification gear 5 fixed integrally to the common axle 8,
動ギヤ 6 [変速比率 3 : 1 ] の、 二つの変速ギヤ構造が回転連動する、 変 The two transmission gear structures of the dynamic gear 6 [transmission ratio 3: 1] are linked in rotation.
速ギヤ構造回転体となり、 固定する大小のインターギヤ 1 と、 センターギ A large and small intergear 1 to be fixed and
ャ 3の [直径比率 6 : 1 ] は、 増幅サイクル 0転ギヤ郡の、 ,直径をも決定 3 [Diameter ratio 6: 1] also determines the diameter of the rotation cycle of the rotation cycle 0
する構造基礎条件となる、'変速構造回転ギヤ郡直径比率。 変速 W入力ギヤ、 回転構造。 As a basic condition of the structure, 'speed change structure rotating gear group diameter ratio. Speed change W input gear, rotating structure.
オームギヤ 3 4が、 回転連動するインターギヤ 1 と、 両側壁 3 1に固定  The ohmic gear 3 4 is fixed to the intergear 1 that rotates and the side walls 3 1
する同心円のセンターギヤ 3を、 一体固定して回転構造にする、 基本構造 The concentric center gear 3
は変わらず、 入力ギヤ 5に小ギヤを合体した、 変速構造 W入力ギヤ 5に、 一- 小ギヤを合体した変速構造 W入力ギヤ 5の、 変速比率 [ 3 : 1 ] は共通 The speed change ratio [3: 1] is the same for the transmission structure W input gear 5 that is combined with the 1-small gear.
車軸 8に自在回転し、 小ギヤが他方の共通車軸 8に固定する増幅ギヤ 1 1 Amplification gear that rotates freely on axle 8 and whose small gear is fixed on the other common axle 8 1 1
に回転連動、 増幅ギヤ 1 1 と共通車軸 8が連結する、 変速構造駆動ギヤ 6 Rotation interlocking, Amplifying gear 1 1 and common axle 8 are connected, Transmission structure drive gear 6
[変速比率 3 : 1 ] が、 センターギヤ 3に回転連動し、 二つの変速ギヤが  [Speed change ratio 3: 1] rotates in conjunction with the center gear 3, and the two speed change gears
連動して回転し、 回転力を増幅増大する機能は、 回転体の回転圧力を増大 して、 共通車軸 8の推進力を 9倍に増懌する回転運動は、 休む事なく無限 The function to rotate and amplify and increase the rotational force increases the rotational pressure of the rotating body. And the rotary motion that increases the propulsion power of the common axle 8 by 9 times is infinite without a break
に回転運動を継続して、 エネルギーの生産構造、 増幅サイクル回転構造。  Continued rotary motion, energy production structure, amplification cycle rotation structure.
構造の主力機能となる、 変速 W入力ギヤ働ぎは人類社会の都市構造や、 経 —― 済活動を根底から改革する増幅サイクル回転構造、 変速 W入力ギヤ。  Shifting W input gear, which is the main function of the structure, is the urban structure of human society, the amplification cycle rotating structure that fundamentally reforms economic activities, and the shifting W input gear.
- 5 ' - Five '
出力伝、導機能構造、 (動力伝導シャフ ト) 。  Power transmission, conductive function structure, (power transmission shaft).
増幅サイクル回転構造ギヤ郡と、 共通車軸を保持して回転体を構築する 構成母体となり、 共に回転進行する間仕切り壁 1 3の中心に、 増幅エネル ギー出力伝導シャフ ト 2 4に、 動力伝導ギヤ 2 3を一体固定して、 増幅サ 1 0 ィクル回転構造体が生産する、 無限のエネルギーを取出し提供する、 間仕  Amplification cycle rotating structure gear group and a main body that constructs a rotating body by holding a common axle, and in the center of the partition wall 13 that rotates together with the amplification energy output conduction shaft 24, power transmission gear 2 3 is integrally fixed to extract and provide infinite energy produced by the amplified cycle rotating structure.
切り壁出力伝導シャフ ト、 回転出力伝導機能構造。 増幅サイクル回転構造、' . [変速比率 6 : 1、 図 3 . A , B ] 。  Cut wall output conduction shaft, rotation output conduction functional structure. Amplification cycle rotation structure, '. [Speed ratio 6: 1, Fig. 3. A, B].
インターギヤ 1に働く回転圧力は、 W入力ギヤ 5が共通車軸 8に自在回 1 5 転して、 他方の共通車軸 8に—一体固定する、 増幅ギヤ 5に、 W入力小ギヤ  The rotational pressure acting on the intergear 1 is that the W input gear 5 rotates freely on the common axle 8 15 and is fixed to the other common axle 8 as a single unit.
が回転連動して、 増幅サイクル回転構造 [永久機関] となり、 変速ギヤ構 造 [変速比率 6 ; 1 ] は、 W入力ギヤ 5の回転運動量 3は、 増幅ギヤ 1 1 の回転力を 3にして、 共通車軸の推進力を 9はする。  Is linked to the rotation to become the amplification cycle rotation structure [permanent engine], and the transmission gear structure [transmission ratio 6; 1] is the rotational momentum 3 of the W input gear 5 and the rotational force of the amplification gear 1 1 is set to 3. The driving force of the common axle is nine.
インタ一ギヤ 1 に接続回転進行する W入力ギヤ 5は、 駆動ギヤ 6に一体 2 0 となる、 共通車軸 8の推進力が 9であれば、 W入力ギヤ 5の回転運動量は  The W input gear 5 that rotates in connection with the inter gear 1 is integrated with the drive gear 6 20 .If the driving force of the common axle 8 is 9, the rotational momentum of the W input gear 5 is
増幅増大して、 W入力ギヤ 5と増幅ギヤ 1 1、 及び駆動ギヤ 6に回転連動 して、 無限動力生産の、 増幅サイクル構造となる。  Amplification increases, and the rotation cycle is linked to the W input gear 5, the amplification gear 11, and the drive gear 6, resulting in an amplification cycle structure for infinite power production.
サイクル構造の共通車軸 8に空転する、 W入力ギヤ 5と増幅ギヤ 1 1 、 駆動ギヤ 6を Aグループとし、 他方の共通車軸 8の W入力ギヤ 5と、 増幅 W input gear 5 and amplification gear 1 1, drive gear 6 is grouped as A group, and the other common axle 8 W input gear 5 is amplified.
2 5 ギヤ 1 1、 駆動ギヤ 6を Bグループに構成して、 同じ回転運動量 Aの W入 2 5 Gear 1 1 and drive gear 6 are configured in B group, and the same rotational momentum A is W
力ギヤ 5と、 Bの増幅ギヤ 1 1を接続回転連動し、 又 Bの W入力ギヤ 5と A増幅ギヤ 1 1を其々回転連動すれば、 6 : 1の変速ギヤ増幅サイクル回 転構造となり、 共通車軸 8の推進力を増幅増大するから、 W入力ギヤ 5の 回転圧力は再び増幅増大する、 増幅サイクル回転機能構造となる。 共通車軸 8の、 推進力が 6であれば、 A、 W入力キヤ 5の回転力 3が、 増幅ギヤ 1 1に回転連動して滑車の原理が働き、 共通車軸 8の推進力は、 ( 6 X 3 ) 1 8に増幅増大するから、 W入力ギヤ 5の回転力は—( Γ8 ÷ 2 ) 9に増幅して、 増幅ギヤ 1 1 に回転連動する増幅機能で、 共通車軸 8の 推進力 (9 X 3 ) 2 7に増幅する、 増幅運動を反復繰り返し回転体の出力 を増幅増大して、 無限のエネルギーを生産提供する回転構造になる。 If the force gear 5 and the B amplification gear 11 are connected and linked, and the W input gear 5 and the A amplification gear 11 are linked to each other, a 6: 1 transmission gear amplification cycle rotation structure is obtained. Since the propulsive force of the common axle 8 is amplified and increased, the rotational pressure of the W input gear 5 is increased and amplified again, resulting in an amplification cycle rotation function structure. If the driving force of the common axle 8 is 6, the rotational force 3 of the A and W input carriages 5 rotates in conjunction with the amplification gear 1 1 and the principle of the pulley works, and the driving force of the common axle 8 is (6 X 3) Since the amplification increases to 1 8, the rotational force of the W input gear 5 is amplified to-(Γ8 ÷ 2) 9 and is amplified in conjunction with the rotation of the amplification gear 1 1. 9 X 3) Amplifies to 2 7, repeats the amplifying motion repeatedly and amplifies and increases the output of the rotating body, resulting in a rotating structure that produces and provides infinite energy.
無限のエネルギーを生産し、 提供する回転-構造は、 固定インタ一ギヤ 1 と、 固定センタ一ギヤ 3の直径比率、 及 増幅サイクル回転構造の、 増幅 ギヤ 1 1 と、 駆動ギヤ 6の直径比率が、 増幅サイクル回転構造の出力を決 定する機能要因で、 共に同一の直径比率が要求されるから、 インタ一ギヤ 1 と、 センターギヤ 3の接続接点間隔を、 調整操作して、 運動エネルギー 出力増減を指示する、 調整操作指示機能となる。  The rotation-structure that produces and provides infinite energy is the ratio of the diameter of the fixed inter gear 1 and the fixed center of the gear 3, and the diameter ratio of the amplifying gear 1 1 and the driving gear 6 of the amplifying cycle rotating structure. Because the function factor that determines the output of the rotation structure of the amplification cycle requires the same diameter ratio, the kinetic energy output increase / decrease can be adjusted by adjusting the connection contact interval between the inter gear 1 and the center gear 3. This is an adjustment operation instruction function.
インターギヤに働く回転圧力、 又はセンタ一ギヤの操作棹に働く推力の 、 入力機能回転圧力を停止しなければ、 無限に回転運動を続け、 停止する. 事なく、 運動エネルギーを生産する、 無限動力増幅サイクル回転構造。  If the rotational pressure acting on the inter gear or the thrust acting on the operation gear of the center gear does not stop the input function rotational pressure, it will continue to rotate indefinitely and stop. Without producing kinetic energy, infinite power Amplification cycle rotation structure.

Claims

0 請 求 の — 範 囲 0 of claims — scope
1、 回転構造基礎機能 (永久機関) 、 1. Basic function of rotating structure (permanent engine),
大、 小、 二つの固定ギヤ間を、 物理的力学原理の回転ギヤ群が、 自力回 転して無限の動力を生産し提供する、 回転体基礎機能構造 (永久機関) 。  Rotating body basic functional structure (permanent engine), which produces and provides infinite power by rotating a group of rotating gears based on the principle of physical mechanics between large and small fixed gears.
2、 起動力 (圧縮反発力), 2, starting force (compression repulsive force),
大小固定ギヤに働く回転圧力で、 連動する回転ギヤ群の回転運動基礎機 能回転圧力で回転ギヤ群に派生する、 圧縮反発力 (起動力) 。  Compressive repulsive force (starting force) derived from the rotating gear group by the rotational pressure acting on the large and small fixed gears, and by the rotational motion basic function of the interlocking rotating gear group.
3、 固定ギヤ、 回転ギヤ、 直径比率、 3, fixed gear, rotating gear, diameter ratio,
固定ギヤ、 回転ギヤの直径比率は、 回転構造の出力を決定する要因で、 全てのギヤ群も是れに従う、 固定ギヤと、 回転ギヤの、 直径比率。  The diameter ratio between the fixed gear and the rotating gear is a factor that determines the output of the rotating structure. All gear groups follow the diameter ratio of the fixed gear and the rotating gear.
4、 センターギヤ、 インターギヤ、 回転操作入力機能構造。 4, Center gear, inter gear, rotation operation input function structure.
センターギヤに固定する操作竿の、 左又右の推進圧力強弱、 又はフレー ムに内接するィンタ一ギヤの左おの作動が、 入力操作となる機能構造。  A functional structure in which the left / right propulsion pressure strength of the operating rod fixed to the center gear, or the operation of the left side of the intergear gear inscribed in the frame becomes the input operation.
5、 変速 W入力ギヤ構造、 5, shifting W input gear structure,
大小二つの回転ギヤを合体した、 変則 W入力ギヤは、 回転構造を簡素に して、 出力を増大する効果を癍す、 変則 W入力ギヤ構造。  Anomalous W input gear, which combines two large and small rotating gears, has the effect of simplifying the rotating structure and increasing the output.
6、 回転出力増減機能、 6, Rotation output increase / decrease function,
増幅サイクル出力構造は、 回転出力を、 サイクル回転構造変則比率に合 致して出力を増減する機能構造。 [変則比率 6 : 1 ] 図 1、 図 2、 参照。  The amplification cycle output structure is a functional structure that increases or decreases the output by matching the rotation output with the cycle rotation structure irregularity ratio. [Anomalous ratio 6: 1] See Fig. 1 and Fig. 2.
7、 出力増減調整機能構造。 7. Output increase / decrease adjustment function structure.
ィンタ一ギヤとセンターギヤの回転連動する、 回転連動接点間隔を移動 して、 回転緩急を調整する構造機能の、 回転出力調整機能。 1 Rotation output adjustment function, which is a structural function that adjusts the rotation speed by moving the interval between the rotation interlocking contacts that interlocks with the rotation of the inverter gear and the center gear. 1
8、 間仕切り壁、 増幅サイクル回 出力機能構造 8, partition wall, amplification cycle times output function structure
フレームに内接して、 自在回転する間仕切り壁が 、 自在回転する共通車 軸を保持して進行する、 増幅サイクール回転ギヤ郡の、 出力回転構造基盤と なる、 間仕切り壁出力回転構造。  The partition wall output rotation structure that forms the output rotation structure base of the amplified cyclone rotation gear group, in which the partition wall that rotates freely in contact with the frame proceeds while holding the freely rotating common axle.
9、 力伝導シャフト、 回転出力伝達構造、 9, power transmission shaft, rotation output transmission structure,
間仕 り壁が、 蒐集する増幅サイクル出力エネルギーを、 間仕切り壁の 中心に固定する出力伝達シャフ トが、 フレーム外に突出し、 回転体が生産 提供する、 無限の回転出力エネルギーを取出し、 伝達提供する伝達構造。  An output transmission shaft that fixes the amplification cycle output energy collected by the intermediate wall to the center of the partition wall protrudes out of the frame, and the rotating body produces and supplies the infinite rotational output energy and provides transmission Transmission structure.
1 0、 オームギヤ、 入力出力、 回転操作入力機能構造、 1 0, ohm gear, input output, rotation operation input function structure,
オームギヤの回転圧力が、 インタ一ギヤに回転連動し、 インタ一ギヤを 僅少作動する機能が、 回転体を始動、 停止する、 入力操作機能構造。  An input operation function structure in which the rotational pressure of the ohm gear is linked to the rotation of the inter gear, and the function of slightly operating the inter gear causes the rotating body to start and stop.
1 1、 インターギヤ、 回転操作入力機能構造、 ' ' 1 1, Inter gear, rotation operation input function structure, ''
インターギヤに一回転連動する、 オームギヤの回転圧力が、 入力回転操 作構造となり、 回転体を始動、 停止をする機能となる、 入力操作機能回 転構造《 1 2、 センターギヤ、 回転操作入力機能構造、  Rotating pressure of the ohmic gear linked to the inter gear one rotation becomes the input rotation operation structure, and the function to start and stop the rotating body. Input operation function rotation structure << 1 2, Center gear, rotation operation input function Construction,
セン夕一ギヤに一体固定する、 操作棹に働く左右の推力て、 センターギ ャを僅少作動する回転圧力が、 回転体始動、 停止の入力操作機能構造。  Rotating body starting and stopping input operation function structure, which is fixed to the center gear integrally, and the rotational pressure that slightly operates the center gear by the left and right thrust acting on the operating rod.
PCT/JP2006/325116 2006-12-08 2006-12-08 Infinite power generator WO2008068878A1 (en)

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2000230475A (en) * 1999-02-08 2000-08-22 Genichi Sugimoto Infinite power generating device
WO2002004853A1 (en) * 2000-07-07 2002-01-17 Sugimoto, Motoichi Infinite power generating device

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2000230475A (en) * 1999-02-08 2000-08-22 Genichi Sugimoto Infinite power generating device
WO2002004853A1 (en) * 2000-07-07 2002-01-17 Sugimoto, Motoichi Infinite power generating device

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