【発明の詳細な説明】
【0001】
【発明の属する技術分野】この発明は主軸接触フリーで
軸受個所を少なくし磁束の反発により相対する円盤の中
心部にフリー接続の主軸と、外周と少し中心寄りに設け
た磁石の反発で、双方フリー連動し外周を覆うフレーム
の内側に設けた磁石と、回転反発で得た回転エネルギー
を高速回転に移行中、臨界回転が発生し更に出力を安定
増幅させる。始動時に必要な外部エネルギーは一時入力
で済み以後自己消費するエネルギーの外部注入が不要で
ある。又軸受を少なくし摩擦抵抗エネルギーの消費を激
減させて回転する。通常は逆抵抗が発生するが磁石の形
状を変え部所内部に無重力に近い環境空間を作り、磁束
の反発力を回転により高出力エネルギーに変換し、一時
貯蔵と放出を繰返し段階的に複数組み合わせ、小入力で
大容量の出力を得る。回転時の磁束の反発で高出力臨界
回転を得る特徴よりなる、無重力接触フリーエネルギー
増幅発電装置に関するものである。
【0002】
【従来の技術】従来よりエネルギー増幅を試みる装置は
多種多様に及んでいるが効率良くエネルギーの増幅と自
己消費しながら外部に余剰エネルギーを供給出来る装置
はない。
【0003】
【発明が解決しようとする課題】各研究者が苦心して開
発にしのぎを削り頑張られているようで有るが、軽便な
エネルギーの外部より注入の必要としない装置の開発に
は至らず、膨大な研究費と時間が注ぎ込まれているのが
実情でいまだ解決されていない。本発明は、このように
ランニングコストの係らないしかも二次三次環境公害ゼ
ロ更に資源ロスをなくする今後避けて通る事のできない
要望に答えるため成されたものである。
【0004】
【課題を解決するための手段】以下、其の構成を説明す
ると。
イ、シャーシー(1)に入力増速増幅部(2)を設け
る。
ロ、メイン増幅部(3)と其の先端に臨界回転安定モー
ター(4)を設ける、メイン増幅部の脇に発電機(5)
を設けチエーン、タイミングベルトによりメイン増幅部
より発生のエネルギーを主軸より駆動伝達する。
ハ、制御装置(6)を設け内臓のプログラムにより運転
管理する。
以上のように装置する。
【0005】
【発明の実施の形態】次に発明の実施の形態をのべる。
1、シャーシー(1)に二台の入力モーター(2ab)
を設けたその中間に入力増速増幅部(2c)を設けモー
ターの主軸、増速部の入力方向に設けた数組の磁束盤
と、増速増幅の出力側の磁束盤より高速回転の発生に伴
い発生する臨界回転を安定化し、えた回転エネルギーを
フリー増幅伝達する。(図3の配列にみる)
2、メイン増幅部(3)は接触フリーの主軸を基軸に直
径の異なる磁束盤を数組み設け磁束盤の外周に設けた磁
石と、フレームに設けた磁石で無重力状態に近い浮揚回
転運動により、エネルギーを増幅4000rpmを超え
る頃より臨界回転が発生、回転中の慣性モーメントとの
相乗効果と、磁束の反発により更に増幅エネルギーを一
回転中に複数回得る磁石の形を変え、磁束の総和を崩し
進入離反に弱強を繰返した更に図2に記載のカップリン
グローターにより低高速の機敏な運動性とエネルギーの
一時貯蔵をし、複数の部所による回転上で、磁束による
テコの原理により少ない入力エネルギーで大きな出力を
段階的に得る。出力の取り出し個所には主軸の前後に軸
受けを設け更にその中間より(ギヤ、タイミングプリ
ー)チエーンまたはタイミングベルトで、運動エネルギ
ーを発電機に送る最後の増幅盤の主軸の後部先端に15
0W程のモーター(発電機の出力により使用するモータ
ーのW数を変更又は装着しない機種も有る)を設け、臨
界回転を安定させ其のモーターとフレームは中間リング
により装着。各主軸とカップリングローターの組込は超
低温圧着もしくはスパンリング固定。(着磁しない材
質)
3、制御装置(6)を設け、制御装置から入力増速増幅
部(2)発電機(5)各センサーを配線、本発明は以上
のような構成で始動運転し臨界回転達成後は外部入力を
遮断し以後自動制御運転する。
【0006】
【発明の効果】このように、外部注入エネルギーが初期
消費と故障時を除き一時入力ですみ更に自己消費しなが
ら外部にエネルギーを供給する。実験では5Kw(三相
200V)の発電機を作動するに必要なエネルギーは1
2A(単相100V)の消費であった、増幅盤一個の作
動で6Aと入力電力消費が減少し、更にサイズの少し大
きい増幅盤を接触フリー連動で設け作動した、それで更
に入力に必要な消費電力が2A〜0Aと交互して安定
し、出力として取り出した電流は入力1Aで出力1、4
5Aでフレームの内周と、増幅盤の外周に磁石を設け回
転運動による反発浮揚で無重力に近い浮遊状況で、瞬間
発生する磁束の反発運動エネルギーを、増幅変換−一時
貯蔵−瞬時放出により自己消費電力が1、5A〜0Aで
0Aの作動時間が長くなった。(3400rpmで実
険)
また4000rpm以上で回転することで臨界回転の発
生に伴い更に自己消費電流が1A〜0Aと減少安定し出
力がじょじょに入力エネルギーを上回った、1、5A
(三相200V)と効率よく外部供給できる電力エネル
ギーを得る。更に消費電流が多くなるに連れ出力電流が
増し、入力電流より出力電流が効率よく増幅した。Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a main shaft free of contact with a center portion of a disk opposed by a main shaft free of contact with a reduced number of bearings and repulsion of magnetic flux, and a slightly centered outer periphery. Due to the repulsion of the magnets provided closer to each other, the magnets provided inside the frame that interlock freely and cover the outer circumference, and the rotational energy obtained by the rotational repulsion is transferred to high speed rotation, critical rotation occurs and the output is further amplified stably . The external energy required at the time of starting is a temporary input, and the external injection of the self-consumed energy thereafter is unnecessary. In addition, the number of bearings is reduced, and the consumption of frictional resistance energy is drastically reduced to rotate. Normally, reverse resistance occurs, but the shape of the magnet is changed to create an environment space near zero gravity inside the part, the repulsive force of magnetic flux is converted to high output energy by rotation, and temporary storage and release are repeatedly combined in multiple steps To obtain large capacity output with small input. The present invention relates to a zero-gravity contact free energy-amplified power generation device having a feature of obtaining a high-power critical rotation by repulsion of magnetic flux during rotation. 2. Description of the Related Art Conventionally, there are a wide variety of devices that attempt to amplify energy, but there is no device capable of efficiently supplying energy and supplying surplus energy to the outside while self-consuming. [0003] Although it seems that each researcher has been struggling to develop and work hard, it has not been possible to develop a device that does not require light energy to be injected from outside. However, the huge amount of research expenditure and time has been invested, but it has not been solved yet. SUMMARY OF THE INVENTION The present invention has been made in order to satisfy the demand which is unavoidable in the future to eliminate the running cost and to eliminate the secondary and tertiary environmental pollution and to eliminate the resource loss. [0004] The structure will be described below. B) An input speed-up amplifier (2) is provided in the chassis (1). (B) A main rotation unit (3) and a critical rotation stabilizing motor (4) at its tip, a generator (5) beside the main amplification unit
The energy generated from the main amplifying unit is transmitted from the main shaft by a chain and a timing belt. (C) A control device (6) is provided and operation is controlled by a built-in program. The device is set up as described above. Next, embodiments of the present invention will be described. 1. Two input motors (2ab) on the chassis (1)
An input speed-up amplifier (2c) is provided in the middle of the set, a main shaft of the motor, several sets of magnetic flux plates provided in the input direction of the speed-up portion, and high-speed rotation from the flux plate on the output side of the speed-up amplification. Stabilizes the critical rotation that occurs with the rotation and transmits the obtained rotation energy by free amplification. (See the arrangement in Fig. 3) 2. The main amplifying unit (3) is composed of several sets of magnetic flux disks having different diameters on the basis of a contact-free main shaft, and a magnet provided on the outer periphery of the magnetic disk and a magnet provided on the frame to achieve zero gravity. Critical rotation occurs from the time when the energy exceeds 4,000 rpm due to the levitation rotation movement close to the state, and the form of a magnet that obtains the amplified energy multiple times during one rotation due to the synergistic effect with the moment of inertia during rotation and the repulsion of magnetic flux Was changed, the total of magnetic flux was broken, and the strength of the coupling rotor was repeated weakly.Furthermore, with the coupling rotor shown in FIG. 2, low-speed agile motility and temporary storage of energy were performed. A large output is obtained stepwise with little input energy by the principle of leverage by magnetic flux. Bearings are provided before and after the main shaft at the output take-out point, and a chain (timing, timing prey) or a timing belt is provided at the rear end of the main shaft of the last amplifying disk which sends kinetic energy to the generator by a chain or timing belt.
Provide a motor of about 0W (some models do not change or install the number of motors used depending on the output of the generator), stabilize critical rotation, and mount the motor and frame with an intermediate ring. Each spindle and coupling rotor are assembled by ultra-low temperature crimping or spun ring fixing. (Non-magnetized material) 3. A control device (6) is provided, and an input step-up amplifier (2) a generator (5) sensors are wired from the control device. After the rotation is achieved, the external input is cut off and the automatic control operation is performed thereafter. As described above, the externally injected energy can be temporarily input except for the initial consumption and at the time of failure, and the energy is supplied to the outside while being self-consumed. In the experiment, the energy required to operate the 5Kw (three-phase 200V) generator was 1
2A (single-phase 100V) consumption, input power consumption is reduced to 6A by one amplifier board operation, and a slightly larger amplifier board is provided in contact-free interlocking operation, so that more input power is required The power stabilizes alternately from 2A to 0A, and the current taken out as an output is 1A at the input and 1,4 at the output.
At 5A, magnets are provided on the inner circumference of the frame and the outer circumference of the amplification board, and the repulsive kinetic energy of the instantaneously generated magnetic flux is self-consumed by amplification conversion-temporary storage-instantaneous release in a floating situation near zero gravity due to repulsive levitation by rotational motion. The operating time of 0A was prolonged when the power was 1, 5A to 0A. (Actual at 3400 rpm) Also, by rotating at 4000 rpm or more, the self-consumption current further decreased and stabilized to 1 A to 0 A with the occurrence of critical rotation, and the output gradually exceeded the input energy.
(Three-phase 200V) and obtain power energy that can be supplied to the outside efficiently. Further, the output current increased as the current consumption increased, and the output current was amplified more efficiently than the input current.
【図面の簡単な説明】
【図1】本発明の斜視図
【図2】本発明の部品構成図
【図3】本発明の平面見取図
【図4】本発明の横面断面図
【図5】本発明の模式分解部品図
【符号の説明】
1、シャーシー(土台)
2、増幅増速部 (入力モーターab、増幅盤2組増
速ギヤボックス1)
3、メイン増幅部 (増幅盤3組内側に磁石を有するフ
レーム、軸受2駆動ギヤ1)
4、DCモーター
5、発電機
6、制御装置 (システム管理)BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the present invention. FIG. 2 is a structural view of parts of the present invention. FIG. 3 is a plan view of the present invention. FIG. 4 is a cross-sectional side view of the present invention. Schematic disassembled parts diagram of the present invention [Explanation of reference numerals] 1, chassis (base) 2, amplifying speed-up unit (input motor ab, amplifying plate 2 sets, speed-up gearbox 1) 3, main amplifying unit (inside amplifying plate 3 sets) Frame with magnets, bearing 2 drive gear 1) 4, DC motor 5, generator 6, control device (system management)