WO1982002292A1 - Permanent dynamo - Google Patents
Permanent dynamo Download PDFInfo
- Publication number
- WO1982002292A1 WO1982002292A1 PCT/JP1981/000397 JP8100397W WO8202292A1 WO 1982002292 A1 WO1982002292 A1 WO 1982002292A1 JP 8100397 W JP8100397 W JP 8100397W WO 8202292 A1 WO8202292 A1 WO 8202292A1
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- WO
- WIPO (PCT)
- Prior art keywords
- power
- magnet motor
- generator
- primary
- battery
- Prior art date
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Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K53/00—Alleged dynamo-electric perpetua mobilia
Definitions
- the generator is turned by the torque of the magnet motor.]? The power consumption of the magnet motor is reduced from the generator.
- the killing motor also needs electric power to form a field on the stator side, so running a generator with this type of motor requires a relatively large amount of power consumption.
- a magnet motor that forms a field with the magnetic force of the permanent magnet and obtains a rotating force by an attraction reaction with the magnetic force of the electromagnet generated in the rotor. Requires more power to form a field, so compare it to a motor that has killed you.]?
- This kishiki is a kishiden system that can obtain large output power with low power consumption by turning the generator using the above special features of the magnetic motor. The purpose is to provide Disclosure of the invention
- the present invention is based on the fact that the generator is rotated by the magnet motor driven by the power supply from the power supply battery.]) Power consumption Generates the upper output power, and returns only the power required to destroy the magneto motor from the obtained power to the electric battery and the surplus power. Use it for other purposes, or in order.]? A magnet motor capable of obtaining a large output and multiple pairs of power generators that are directly connected to the generator The S power of each generator is used.]? The power is supplied to the magnet motor of the high-power device, and it is obtained from the final generator.]? Of these, it is necessary to recycle the primary magnet motor. ⁇ Only the power is supplied to the primary magnet motor. Reduced to Li, it was also a good-sized Ruru more than ⁇ force to the cormorant by Ru can be other eyes to use the.
- the power consumption of the magnet motor is much smaller than the power consumption of the ordinary motor, which is required to obtain the same output as the killing motor.
- the power consumption of the magnet motor that rotates the generator from Kishi Electric is large because the power of the magnet motor directly rotates the generator. Power is generated, and of the obtained power, the power required by the magnet motor is
- a part of the generated electric power that is, the electric power required to rotate the magnet motor is supplied to the battery motor to supply electric power to the magnet motor.
- the surplus electricity can be used for other purposes.
- the surplus power used for other purposes can be increased, and the energy source for generating this surplus power is permanent. It is considered to have been generated by force.
- the present invention obtains the required power semipermanently.
- a lead wire for supplying power from a battery to a motor is connected. It is a direct connection between the S-force of the magnet motor and the input shaft of the electric wire, and a connection is made between the generator and the battery. Of the generated electric power, only the electric power necessary for the rotation of the magnet motor is supplied to the battery side via a guide, and the surplus electric power obtained by the generator is used for other purposes. It is intended to be used on a regular basis.
- a power supply lead is connected from the battery to the primary magnet motor, and the output shaft of the primary magnet motor is connected to the primary magnet motor.
- the primary shaft is directly connected to the input shaft of the primary generator, and the primary magnet motor can obtain a larger output than the primary magnet motor.
- the power from the power generation side of the secondary power generation is connected, and the power of the secondary magnet motor and the input power of the secondary power generation connection are corrected. From the next generation electric machine. This is a battery with a power supply wire connected to it.] 5
- a secondary magnet module that turns all of the power generated by the primary generator into a secondary generator Power was supplied to the secondary magnet motor as power consumption and was obtained by the secondary generator.]? Of the large amount of power, it was necessary for the rotation of the primary generator. The power consumption of the primary magnet motor is reduced to the primary magnet motor driving battery and the surplus power is used for other purposes.
- each output shaft of three or more magnet motors capable of sequentially obtaining a larger output corresponds to the magnet motor.
- multiple pairs of power generators consisting of a magnet motor and a kishi electric connection are arranged in a different manner, and the first from the battery.
- a power supply lead is connected to the input side of the next magnet motor, and the output side of each generator excluding the next next generator is connected to the higher output magnet motor.
- the input side is connected to the power line by a conductor for power supply, and the input side of the battery, which is the power supply for the primary magnet motor, and the final order, that is, the highest output
- the output side of the power generation connection is connected by a conductor, so the battery is connected to the primary magnet motor from the battery.
- C of the present invention uses a magnet motor to run a generator. 1) It consumes less power.] It obtains a large amount of power, and the minus part of the obtained power is The power consumed by the battery is reduced to a single battery, and the remaining power is used permanently for the purpose of foaming, which has a significant effect on power saving.) The range of use is very large. In particular, it is used as a power generator for ships and the like, where power supply is difficult.
Abstract
A permanent dynamo in which a magnet motor rotated by electrical power from a battery drives a dynamo such that the dynamo generates more power than the power consumed in the magnet motor, the amount of power requisite for the magnet motor is recirculated back to the source battery of the magnet motor from the generated power, and the surplus power is permanently available for other purposes. A plural of pairs of magnet motors and dynamos are arranged to make a series multi-connection in the order of increasing power generation, such that all the electric power generated by each dynamo is fed to the dynamo of the next stage in the order of increasing power generation and, from the increased electric power generated by the dynamo of the final stage, the electric power required for the magnet motor of the primary stage is fed back to the source battery of the primary stage-magnet motor. Thus, it is made possible for an increased amount of electric power to be permanently available for other purposes without any change in the amount of power consumption.
Description
明 細 書 Specification
ハ。 一 マ ネ ン ト ダ ィ ナ モ 技術分野 C. I.Mount dynamo technical field
こ の発明はマ グネ ッ ト モー タ の回転力で発電機を 回す こ と に よ ]? 該発電機か ら マグネ ッ ト モータ の消 電力 をン In the present invention, the generator is turned by the torque of the magnet motor.]? The power consumption of the magnet motor is reduced from the generator.
費電力 よ も 大る る Y発生させ、 得 られた電力の う ち、 マグネ ッ ト モ 一タ で消費するだけの電力を マグ ネ ッ ト モータ の電源であ る バ ッ テ リ ー側に還元 し、 余剰 の電力を他の 目 的に使用でき る よ う に したハ0 —マ ネ ン ト ダ イ ナモに関する 。 冃 景技何 Generates Y that is greater than the power consumption, and returns the power consumed by the magnet motor from the obtained power to the battery, which is the power supply for the magnet motor. and, (c) 0 cormorants by you can use the excess power to other purposes - on while the value down door dialog Namo.何 what
—殺のモ ータ は固定子側の ¾場形成のため に も 電 力を必要 と する ため こ の種のモータ で発電機を回す には比較的大 き ¾消費電力が必要と る る 。 こ れに対 し 、 永久磁石 の保有する磁力で ¾場を形成 し、 回転 子に発生させる電磁石の磁力 と の吸引反镜作用で回 転力 を得る よ う に した マグ ネ ッ ト モ 一タ は 場形成 のため の電力 を必要 と し ¾ いので一殺の モー タ に比 較 して よ ]? 少 い消費電力で一定の仕辜量を得る こ とができ る と い う 特倥を有 している 。 この癸明は マグ ネ ッ ト モ 一タ の上記特控を利用 し て発電機を回す こ と に よ 少 い消費電力 で よ 大 き 出力電力を得る こ と ので き る 癸電 シ ス テ ム を提 供する こ と を 目 的 と する も 〇であ る
発明の開示 —The killing motor also needs electric power to form a field on the stator side, so running a generator with this type of motor requires a relatively large amount of power consumption. On the other hand, a magnet motor that forms a field with the magnetic force of the permanent magnet and obtains a rotating force by an attraction reaction with the magnetic force of the electromagnet generated in the rotor. Requires more power to form a field, so compare it to a motor that has killed you.]? A special package that says you can get a certain amount of innocence with less power consumption Yes. This kishiki is a kishiden system that can obtain large output power with low power consumption by turning the generator using the above special features of the magnetic motor. The purpose is to provide Disclosure of the invention
- 本発明は電源バ ッ テ リ ーか らの電力供給を う けて 駆動する マグ ネ ッ ト モ ー タ で発電機を回転する こ と に よ ]) 発電機からマグ ネ ッ ト モー タ の消費電力 ¾上 の出力電力を発生させ、 得られた電力の う ちマグネ •y ト モータ の駆勦に必要な電力だけを電潺パ ッ テ リ 一に還元する と と も に、 余剰電力を他の目 的に使用 し、 ある は順次 よ ]?大き る出力を得る こ とができ る マグネ ッ ト モ 一タ と発電檨を直結 して る複数対 の発電装置を多连式に配列 し、 各発電檨の S力電力 を よ ]? 高出力の癸電装置のマグネ ッ ト モータ に僕給 する と と も に、 最終次の発電機から得られた よ ]?大 き る出力電力の う ち、 第 1 次マグネ ッ ト モ ー タ の回 耘に必要 ¾電力だけを第 1 次マグネ ッ ト モ ー タ の電 源パ ッ テ リ に還元 し、 よ 大るる余剩電力 を他の目 的に使用でき る よ う に した も のである 。 -The present invention is based on the fact that the generator is rotated by the magnet motor driven by the power supply from the power supply battery.]) Power consumption Generates the upper output power, and returns only the power required to destroy the magneto motor from the obtained power to the electric battery and the surplus power. Use it for other purposes, or in order.]? A magnet motor capable of obtaining a large output and multiple pairs of power generators that are directly connected to the generator The S power of each generator is used.]? The power is supplied to the magnet motor of the high-power device, and it is obtained from the final generator.]? Of these, it is necessary to recycle the primary magnet motor. を Only the power is supplied to the primary magnet motor. Reduced to Li, it was also a good-sized Ruru more than 剩電 force to the cormorant by Ru can be other eyes to use the.
この発明は以上の よ う に、 一殺モータ と同出力を 得るために必要 マグネ ッ ト モ 一タ の消費電力が一 般通常モ ー タ の消費電力 よ D も遙かに小電力ですむ こ とに着眼 し、 このマグネ ッ ト モ 一タ の ¾力で直接 発電檨を回 ¾させる こ とに よ 癸電機か ら該発電機 を回転させるマグネ ッ ト モー タ の消費電力 よ ]? も大 き な電力を発生させ、 得られた電力の う ち前記マグ ネ ッ ト モ一タ 必要とする電力分をマグネ ッ ト モ一 As described above, according to the present invention, the power consumption of the magnet motor is much smaller than the power consumption of the ordinary motor, which is required to obtain the same output as the killing motor. The power consumption of the magnet motor that rotates the generator from Kishi Electric is large because the power of the magnet motor directly rotates the generator. Power is generated, and of the obtained power, the power required by the magnet motor is
OM?I IPO
タ の電源であるパ -y テ リ 一側に還元 し余剰電力を他 の 目的に使用する こ と を基本的な思想 と し、 さ らに は、 上記発電機か ら得 られたすべての電力を別の よOM? I IPO The basic idea is to return to one side of the power source of the power generator and use the surplus power for other purposes, and furthermore, all the power obtained from the above generators Is another
]?高出力のマグネ ッ ト モー タ に供給 し、 該マグネ ッ 卜 モー タ でよ 高出力の発電檨を回すこ と に よ ]) 大 き な電力を得る こ とができ る よ う に したも のである。 マグネ ッ ト モ 一タ における定格の出力を得るための 消費電力が該定格出力 よ 小である こ とか ら して当 然不足する電力はマグネ ッ ト に よ る永久磁力に よ つ て補足されたも の と考え られるが、 本発明は これ等 マ グ ネ ッ ト モ 一 タ の特性を利用 して、 消費電力に比 し仕事量の多いマグネ ッ ト モ ー タ の回 ¾力そそのま ま 発電機の回 ¾源動力 と する も の で 、 従っ て、 発電 機側において、 マ グ ネ ッ ト モ ー タ の消費電力 よ も 大 ¾ る電力を該癸電檨よ ]? 発生させる こ と ができ 、 その発生 した電力の一部 、 即ち、 前記マグネ ッ ト モ —タ を回転させるために必要とする電力を、 該マグ ネ ッ ト モ 一タ に電力を供給するバ ッ テ リ ー ^に還元 し、 そ して余剰分の電力を他の目的に使用する こ と ができ る よ う に した も のであるから実質上、 他の 目 的に使用する余剰電力は増寝されえも のであ 、 実 質的に、 この佘剰電力を発電するためのエ ネ ルギー 源は永久 ¾力 よ 発生 した も のと考え られる 。 ]? Supply to a high-output magnet motor, and the high-power generator can be operated by the magnet motor.]) Large power can be obtained. It is a thing. Since the power consumption for obtaining the rated output of the magnet motor is smaller than the rated output, the power shortage is naturally supplemented by the permanent magnet force generated by the magnet. It is considered that the present invention utilizes the characteristics of the magnet motors and uses the characteristics of the magnet motors so that the rotation of the magnet motors, which have a large amount of work compared to the power consumption, can be performed. Since the power is used as the regenerative power of the generator, therefore, the generator must generate more power than the power consumed by the magnet motor. A part of the generated electric power, that is, the electric power required to rotate the magnet motor is supplied to the battery motor to supply electric power to the magnet motor. And the surplus electricity can be used for other purposes. In fact, the surplus power used for other purposes can be increased, and the energy source for generating this surplus power is permanent. It is considered to have been generated by force.
こ の よ う に本発明は必要る電力を半永久的に得る In this way, the present invention obtains the required power semipermanently.
C ?IC? I
' V I?。
こ とができ る と と も に、 さ らには供耠電力 よ ]3 も大 ¾る電力を第 2 次側の洪給電力 と し、 更に 、 これを 第 3 次、 第 4 次に増幅手段を,頃次大型に変換する こ と に よ ]) 半無限に大 ¾る電力を得る こ とができ る も のである 。 'VI ?. In addition to being able to do this, the supply power is also large.] 3 Large amounts of power are used as secondary flood power, and this is further amplified in the third and fourth orders. The means can be converted to the next larger ones.)) It is possible to obtain semi-infinitely large electric power.
発明を実施するための最良の形態 次に本癸明の第 1 の実旖例を說 ^すれば、 パ ッ テ リ ーからマダ ネ ッ ト モー タ に電力を供給する導線を 結鎳し、 マ グネ ッ ト モー タ の S力勃と癸電锾の入力 軸とを直結 し、 発電機とバ ッ テ リ ー間に導鎳を結籙 したも ので 、 これに よ ]? 、 発電接で発生させた電力 の-う ち前記マグネ ッ ト モータの回転に必要 ¾電力だ けをパ ッ テ リ ー側に導鎳を介して- 元 し、 発電機で 得た余剰の電力を他の目 的に使 Sする よ う に したも のであ る 。 BEST MODE FOR CARRYING OUT THE INVENTION Next, a first embodiment of the present invention will be described. In this case, a lead wire for supplying power from a battery to a motor is connected. It is a direct connection between the S-force of the magnet motor and the input shaft of the electric wire, and a connection is made between the generator and the battery. Of the generated electric power, only the electric power necessary for the rotation of the magnet motor is supplied to the battery side via a guide, and the surplus electric power obtained by the generator is used for other purposes. It is intended to be used on a regular basis.
本発明の池の実旅例はパ ッ テ リ 一か ら第 1 次マグ ネ ツ ト モー タ に電力供給用の導籙を結籙 し、 第 1 次 マグ ネ ッ ト モー タ の出力軸と第 1 次発電機の入力軸 とを直結する と と も に、 第 1 次マグネ ッ 卜 モータ よ D も大きい出力を得る こ とができ る第 2 マグネ ッ ト モ ー タ の入力側に第 1 次発電锓の ¾力側か らの導 鎳を結籙 し、 該第 2 次マ グ ネ ッ ト モータ の ¾カ ¾と 第 2 次発電接の入力韜とを直^ し、 更に、 苐 2 次発 電機か ら苐 1 次マグネ ッ ト モータの電淳である倉
バ ッ テ リ ーに電力供給用導線を結線 した も ので 、 こ れに よ ]5 、 第 1 次発電檨で発生する電力のすべてを 第 2 次発電機を回す第 2 次マ グネ ッ ト モ ータ の消費 電力 と して第 2 次マグネ ッ ト モ ー タ に供給 し、 第 2 次発電機で得 ら れた よ ]? 大 き 電力の う ち、 第 1 次 発電機の回転に必要 第 1 次マグ ネ ッ ト モー タ の消 費電力量を第 1 次マ グネ ッ ト モ 一 タ駆動用パ ッ テ リ 一に還元 し、 余剰電力を他の 目 的に使用する も のでIn the actual travel example of the pond of the present invention, a power supply lead is connected from the battery to the primary magnet motor, and the output shaft of the primary magnet motor is connected to the primary magnet motor. The primary shaft is directly connected to the input shaft of the primary generator, and the primary magnet motor can obtain a larger output than the primary magnet motor. The power from the power generation side of the secondary power generation is connected, and the power of the secondary magnet motor and the input power of the secondary power generation connection are corrected. From the next generation electric machine. This is a battery with a power supply wire connected to it.] 5, A secondary magnet module that turns all of the power generated by the primary generator into a secondary generator Power was supplied to the secondary magnet motor as power consumption and was obtained by the secondary generator.]? Of the large amount of power, it was necessary for the rotation of the primary generator. The power consumption of the primary magnet motor is reduced to the primary magnet motor driving battery and the surplus power is used for other purposes.
¾ る 。 Yes.
本発明の更に他の実旌例は順次 よ 大 き 出力を 得る こ と ができ る三つ以上の複数マグネ ッ ト モ 一 タ の各出力軸に該マグネ ッ ト モータ に対応する よ ] 5 高 出力の発電機の入力軸を直結する こ と に よ マグ ネ ト モ ー タ と 癸電接か ら る る複数対の発電装置を多 違式に配列 し、 バ ッ テ リ ーか ら第 1 次 マグ ネ ッ ト モ ー タ の入力側に電力供給用の導鎳を結鎳する と と も に最終次の発電機を除 く 各発電機の出力側 と よ 高 出力 のマグネ ッ ト モータ の入力側 と を電力烘耠用 の 導線で結鎳 し 、 さ らに第 1 次マグ ネ ッ ト モ 一タ の電 源で ある前記バ ッ テ リ ーの入力側 と最終次 、 即ち最 高出力 の発電接の出 力側を導籙で結鎳 した も ので 、 カ く して、 バ ッ テ リ ーか ら第 1 次マグ ネ ッ ト モ 一 タ の 消費電力 を供铨 し 、 最終次癸電横 外の各癸電機 で癸生するすべての 出力電力 を よ 高出力の マグネ Still another example of the present invention is that each output shaft of three or more magnet motors capable of sequentially obtaining a larger output corresponds to the magnet motor.] By directly connecting the input shaft of the output generator, multiple pairs of power generators consisting of a magnet motor and a kishi electric connection are arranged in a different manner, and the first from the battery. A power supply lead is connected to the input side of the next magnet motor, and the output side of each generator excluding the next next generator is connected to the higher output magnet motor. The input side is connected to the power line by a conductor for power supply, and the input side of the battery, which is the power supply for the primary magnet motor, and the final order, that is, the highest output The output side of the power generation connection is connected by a conductor, so the battery is connected to the primary magnet motor from the battery. Cost power to Kyo铨, final following Mizunoto power next to the outside of all of the high output of magnesite by the output power to be Mizunoto students in each Mizunoto Denki
OM?r 小 ννα?ο
ッ ト モータの消費電力と して供耠する と と も に最終 次の発電機から発生する電力の う ち第 1 次マグネ ッ 卜 で消費する電力量だけをバ ッ テ リ ーに還元 し、 大 き 余剰電力を他の目的に使用する よ う に したも の であ る 。 OM? R small ννα? Ο The electric power consumed by the primary motor is returned to the battery as well as the electric power consumed by the sub motor, and only the electric power consumed by the primary magnet among the electric power generated from the final generator is supplied to the battery. Large surplus power is used for other purposes.
お、 上記の各々の導鎳には必要に応 じて変 器 整流器等の必要介装器類を介装させる こ とは任意で It is optional to interpose necessary intervening devices such as transformers and rectifiers as necessary for each of the above conductors.
¾>る 。 ¾> る
産業上の利用可能性 Industrial applicability
以上の よ う に本発明のハ。一マネ ン ト ダイ ナモはマ グネ ッ ト モータ で発電機を回 ¾する こ と に よ 1? 少 消費電力でよ ]?大き ¾電力を得、 得られた電力の —部をマグネ ッ ト モ ータ の消費電力 と してパ ッ テ リ 一に還元 し、 残 ]? の電力を泡の目的に永続的に使用 する も のであるか ら、 電力の節約に著しい効果があ Ϊ) 、 その利用範囲は きわめて大である 。 特に電力の 補給が困難る船舶等の発電装置と して使周するのに 過 している 。
As described above, C of the present invention. One dynamo uses a magnet motor to run a generator. 1) It consumes less power.] It obtains a large amount of power, and the minus part of the obtained power is The power consumed by the battery is reduced to a single battery, and the remaining power is used permanently for the purpose of foaming, which has a significant effect on power saving.) The range of use is very large. In particular, it is used as a power generator for ships and the like, where power supply is difficult.
Claims
請 求 の 範 囲 The scope of the claims
-1. バ ッ テ リ ーからマ グ ネ ッ ト モー タ に電力供給^ の導線を結線 し、 マ グネ ッ ト モ ー タ の出力軸と発電 機の入力軸と を直結する こ と に よ ]?該発電機か ら前 記マ グ ネ ッ ト モー タ の消費電力 よ ]? も大なる電力 を 発生させ、 得られた電力の う ち 、 前記マグネ ッ ト モ ータの回転に必要 電力量分を癸電機か ら結鎳 した 導線を介 して前記パ ッ テ リ ーに還元する と と も に、 余剰電力を他の目 的に使用でき る よ う に したこ と を 特徵と する ハ0 — マ ネ ン ト ダ イ ナ モ -1. By connecting the power supply line to the magnet motor from the battery and connecting the output shaft of the magnet motor and the input shaft of the generator directly. ]? The power consumption of the magnet motor from the generator is also large.]? A large amount of power is generated, and of the obtained power, the power required for rotation of the magnet motor is generated. It is characterized in that the amount is returned to the battery via a lead wire connected to Kishi Electric, and the surplus power can be used for other purposes. c 0 - while the value down door dialog Na Mo
2. バ ッ テ リ ーか ら第 1 次マグ ネ ッ ト モ ー タ に電力 供給用の導線を結鎳 し、 第 1 次マグ ネ ッ ト モ ー タ の 出力軸と第 1 次発電機の入力軸を直結 し、 第 1 次発 電機で発生 した電力のすべてを前記第 1 次マグネ ッ ト モ 一タ の出力 よ ]? も 大なる 出力を得る こ とができ る第 2 次マグ ネ ッ ト モー タ の入力 ^に導線を介 して 供給する と と も に、 第 2 次マ グ ネ ッ ト モー タ の出力 軸と第 2 次発電機の入力軸と を直^ し、 第 2 次発電 機で発生 した よ 大 る電力の う ち第 1 次マグネ ッ ト モータ の回転に必要る電力量分を前記パ ッ テ リ 一 に導鎳を介して還元 し、 余剰の電力を ^の 目 的に使 用でき る よ う に した こ と を特徵とする ハ — マ ネ ン ト ダ イ ナモ 2. Connect a power supply lead from the battery to the primary magnet motor, and connect the output shaft of the primary magnet motor and the primary generator. The input shaft is directly connected, and all of the power generated by the primary generator is the output of the primary magnet motor.]? The input ^ of the motor is supplied via a conductor, and the output shaft of the secondary magnet motor and the input shaft of the secondary generator are fixed. Of the large amount of electric power generated by the generator, the amount of electric power required for the rotation of the primary magnet motor is reduced through the lead to the above-mentioned battery, and the surplus electric power is measured by the ^ C-Mount Dynamo, which is specially designed to be used
3. 順次よ ]) 大 き る 力を得る こ とか-で き る三値以 3. Sequentially)) It is possible to obtain a large force-three values or more
OMPI _ ν ι?ο Λ
上のマグネ ッ ト モ ー タ の各出力軸に各マグネ ッ ト モOMPI _ ν ι? Ο Λ Each magnet motor is connected to each output shaft of the magnet motor above.
.ータ に対応する よ ]?高 a力の発電檨の入力軸を直結 する こ と に よ マグ ネ ッ ト モータ と発電機の複数対 を多連式に配列 し、 バ ッテ リ ーから第 1 次マグネ ッ ト モータ に電力供給用の導線を結鎳 し、 最終次の発 電機以外の各発電檨の出力側から よ 高出力のマグ ネ ッ ト モ 一タ の入力側に電力供給用の導籙を結籙 し てこれら各発電接で発生した電力のすべてを よ D高 出力のマグ ネ づ ト モータ に供給し、 最終次の発電機 で凳生 した電力量の う ち第 1 次マグネ ッ ト モータ の 回転に必要る消費電力量分を前記パ ッ テ リ ーに導線 を介して還元する と と も に佘剰の電力を泡の目的に 使用でき る よ う に したこ と を特徵とする 一マ ネ ン ト ダ イ ナ モ By connecting the input shaft of the high-power generator directly, multiple pairs of magnet motors and generators are arranged in a multiple system, and the battery A power supply wire is connected to the primary magnet motor, and power is supplied from the output side of each generator other than the final generator to the input side of the higher-output magnet motor. All of the power generated in each of these power generation connections is supplied to a high-output magneto motor, and the primary power generated by the next- The amount of power consumption required for the rotation of the magnet motor is reduced to the battery via a lead wire, and excess power can be used for the purpose of foaming. Special one-mount dynamo
O FI O FI
、 ' wi?o"
, 'Wi? O "
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP80/181538801222 | 1980-12-22 | ||
| JP18153880A JPS57106372A (en) | 1980-12-22 | 1980-12-22 | Permanent dynamo |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO1982002292A1 true WO1982002292A1 (en) | 1982-07-08 |
Family
ID=16102522
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/JP1981/000397 WO1982002292A1 (en) | 1980-12-22 | 1981-12-18 | Permanent dynamo |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JPS57106372A (en) |
| WO (1) | WO1982002292A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1998031091A1 (en) * | 1997-01-07 | 1998-07-16 | Heinrich Dreier | Self-generating energy |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5076501A (en) * | 1973-11-12 | 1975-06-23 | ||
| JPS5328213A (en) * | 1976-08-27 | 1978-03-16 | Hirosuke Kawase | Circulating generation principle |
-
1980
- 1980-12-22 JP JP18153880A patent/JPS57106372A/en active Pending
-
1981
- 1981-12-18 WO PCT/JP1981/000397 patent/WO1982002292A1/en unknown
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5076501A (en) * | 1973-11-12 | 1975-06-23 | ||
| JPS5328213A (en) * | 1976-08-27 | 1978-03-16 | Hirosuke Kawase | Circulating generation principle |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1998031091A1 (en) * | 1997-01-07 | 1998-07-16 | Heinrich Dreier | Self-generating energy |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS57106372A (en) | 1982-07-02 |
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