JP3186042U - Centrifugal turntable generator - Google Patents

Centrifugal turntable generator Download PDF

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JP3186042U
JP3186042U JP2012006813U JP2012006813U JP3186042U JP 3186042 U JP3186042 U JP 3186042U JP 2012006813 U JP2012006813 U JP 2012006813U JP 2012006813 U JP2012006813 U JP 2012006813U JP 3186042 U JP3186042 U JP 3186042U
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battery
motor
rotating disk
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generator
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國廣 石本
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國廣 石本
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    • Y—GENERAL 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
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/60—Electric or hybrid propulsion means for production processes
    • Y—GENERAL 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
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/60—Other road transportation technologies with climate change mitigation effect
    • Y02T10/64—Electric machine technologies in electromobility
    • Y—GENERAL 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
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/60—Other road transportation technologies with climate change mitigation effect
    • Y02T10/70—Energy storage systems for electromobility, e.g. batteries

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Abstract

【課題】バッテリーに常に効率的に充電をしつつバッテリーの電気のみを使用するため、消費燃料を使う事も無く発電をすることが出来る、バッテリーを動力源とし遠心力を利用した遠心力回転盤発電機を提供する。
【解決手段】抵抗なく滑らかに回転する円形状の外周を持つ回転盤３と、モーター２、オルタネーター等の発電機４、バッテリー１の４種類を組み合わせて取り付け、バッテリー１を電源としてモーター２を回し回転盤３を回転させて、回転盤３につないだ発電機４で起こる電気を使ってバッテリー１に充電することでバッテリー１を安定させながら、同じく回転盤３に接続した他の発電機９で外部に送電するもので、モーター２の回転と回転盤３の遠心力の相乗効果で、複数取り付けた発電機を勢いよく回してバッテリー１に充電すると共に、外部へ送電をすることができる。
【選択図】図１[PROBLEMS] A centrifugal rotating disk that uses a centrifugal force by using a battery as a power source, since only the electricity of the battery is used while always charging the battery efficiently, so that it can generate electricity without using fuel consumption. Provide a generator.
A rotating disk 3 having a circular outer periphery that rotates smoothly without resistance, a motor 2, a generator 4 such as an alternator, and a battery 1 are mounted in combination, and the motor 2 is rotated using the battery 1 as a power source. By rotating the turntable 3 and charging the battery 1 using the electricity generated by the generator 4 connected to the turntable 3, while stabilizing the battery 1, the other generator 9 also connected to the turntable 3 The power is transmitted to the outside, and by the synergistic effect of the rotation of the motor 2 and the centrifugal force of the turntable 3, a plurality of attached generators can be rotated vigorously to charge the battery 1 and to be transmitted to the outside.
[Selection] Figure 1

Description

本考案は、バッテリーに蓄えられた電気でモーターを回してモーターの回転力で遠心力回転盤を回転させて、遠心力で勢いよく回る遠心力回転盤の回転力で発電機を回して発電してバッテリーに充電すると共に、外部への送電を行う、遠心力を利用した遠心力回転盤発電機である。The present invention rotates the motor with the electricity stored in the battery, rotates the centrifugal rotating disk with the rotational force of the motor, and rotates the generator with the rotational force of the centrifugal rotating disk rotating with the centrifugal force to generate electricity. This is a centrifugal rotating disk generator that uses centrifugal force to charge the battery and transmit power to the outside.

従来の発電システムには石油などの消費燃料を使うもの、風力や水力、又太陽熱を利用して発電するものがあり、バッテリーに消費燃料を使用せずに発電機を使って充電するものとしては、自動車の惰行運転時に充電するものがある。  Conventional power generation systems include those that use fuel such as oil, and those that generate electricity using wind power, hydropower, or solar heat, and the battery is charged using a generator without using fuel consumption. Some vehicles charge when coasting.

考案が解決しようする課題Problems that the device tries to solve

発電するには石油などの消費燃料を必要とし、また風力においては風の無い時には発電が出来ず、太陽熱発電では夜は発電が出来ない。
電気自動車においては惰行運転時にバッテリーに充電するが、さほどの充電は期待できない。Power generation requires fuel and other fuel consumption, and wind power cannot generate power when there is no wind, and solar power cannot generate power at night.
In an electric vehicle, the battery is charged during coasting, but not much can be expected.

課題を解決するための手段Means for solving the problem

バッテリーに蓄えられた電気でモーターを回し遠心力回転盤を回転させて、その回転を発電機につないで電気を起こして外部へ送電をする。
モーターを止めても、遠心力で勢いよく回る遠心力回転盤の回転力で発電機を回して発電した電気をバッテリーに送り充電すると共に外部への送電を行う。
その際、モーターが稼働する間はバッテリーの充電を停止する。モーターの電源を切ってバッテリーの充電を再開し、再びバッテリーの充電を止めてモーターを稼働して遠心力回転盤を回す、この動作を一定の間隔で繰り返す事により、バッテリーの安定を保つと共に外部への送電が可能となる。The motor is rotated by electricity stored in the battery to rotate the centrifugal rotating disk, and the rotation is connected to a generator to generate electricity and transmit electricity to the outside.
Even if the motor is stopped, the power generated by rotating the generator with the rotational force of the centrifugal rotating disk that rotates vigorously with centrifugal force is sent to the battery for charging, and the power is transmitted to the outside.
At that time, charging of the battery is stopped while the motor is running. The motor is turned off and the battery is recharged. The battery is turned off again, the motor is turned on, and the centrifugal wheel is turned. By repeating this operation at regular intervals, the battery is kept stable and external. Power transmission to

考案の効果Effect of device

本考案は、バッテリーの電気を充電を繰り返しながら使うために、消費燃料を使うこともなく、どのような条件下でも長期的に発電が出来る。  In the present invention, since the electricity of the battery is used while being repeatedly charged, no fuel is consumed, and long-term power generation is possible under any conditions.

「実施例を示した平面図」"Plan view showing an example" 「遠心力回転盤を水平に設置した側面の断面図」"Cross section of the side with a centrifugal rotating disk installed horizontally" 「遠心力回転盤を縦向きに設置した上面の断面図」“Cross section of the top surface of the centrifugal rotating disk installed vertically”

本考案の実施例を［図１］の平面図に基づいて説明する。
１バッテリーに蓄えられた電気で２モーターを稼働して３遠心力回転盤を回してその回転を４発電機に伝えて発電をする。４発電機で起こした電気を８外部へ送電をすると共に１バッテリーに送り充電をする。
その際、５交互スイッチを介して２モーターが稼働するときは４発電機と１バッテリーをつないだ７スイッチを切りにしておく、その後２モーターの６スイッチを切り遠心力で勢いよく回転を続ける３遠心力回転盤と伝動して回る４発電機と１バッテリー間の７スイッチを入りにして１バッテリーへ充電する。さらに７スイッチを切って１バッテリーの充電を中断した後６のスイッチを入れて再び２モーターを動かす、６．７のスイッチを交互に切り替えることで３遠心力回転盤は回転力を弱める事無く、連続して回転を続け４発電機を回し続けることにより１バッテリーを動力源として長期にわたり発電を続けることが出来る。An embodiment of the present invention will be described based on the plan view of FIG.
1 Electricity stored in 1 battery operates 2 motors, 3 turns a centrifugal rotating disk and transmits the rotation to 4 generators to generate electricity. The electricity generated by the 4 generators is transmitted to the outside and sent to 1 battery for charging.
At that time, when 2 motors are operated via 5 alternating switches, 7 switches that connect 4 generators and 1 battery are turned off, and then 6 switches of 2 motors are turned off and rotation continues vigorously with centrifugal force 3 Charge 7 batteries by turning on 7 switches between 4 generators and 1 battery, which rotate by rotating with a centrifugal rotating disk. Turn off 7 switch to interrupt 1 battery charge, then switch on 6 and move 2 motor again. By alternately switching 6.7 switch, the 3 centrifugal rotating disk does not weaken the rotational force. By continuously rotating and continuously rotating 4 generators, it is possible to continue power generation for a long time using one battery as a power source.

［図２］
３遠心力回転盤が２モーターの力を離れて自力で回転をする時、２モーターによる抵抗を無くすために１０ブーリーに１１フリーホイールを取り付けて１０ブーリーが空転するようにする、３遠心力回転盤が抵抗なく回るように１６芯棒の先端部分を丸くする、また１３ベアリングと１５オイルを使用する事により、抵抗が無くなりスムーズに回転が出来る。[Figure 2]
When the 3 centrifugal rotating disk is rotated by its own power by separating the force of 2 motors, 10 freewheels are attached to 10 bouleys to eliminate the resistance by 2 motors, and 10 bullies are idled. By rounding the tip of the 16-core rod so that the board rotates without resistance, and using 13 bearings and 15 oil, there is no resistance and it can rotate smoothly.

［図３］
遠心力回転盤を縦に設置することにより、遠心力による回転の力は水平に設置したのに比べると劣るが設置が簡単であり安定性に優れている。[Fig. 3]
By installing the centrifugal turntable vertically, the rotational force due to centrifugal force is inferior to that of horizontal installation, but installation is simple and excellent in stability.

本考案は、自然の力を必要とせず天候にも影響されず、バッテリーに常に効率的に充電をしながらバッテリーの電気のみを使用するため、消費燃料を使う事も無く発電をする事が出来るために、経済的かつ有効的に利用することが出来る。
一般住宅、工場、病院などの各施設に設置にすれば経済的である。The present invention does not require natural power, is not affected by the weather, and uses only the battery's electricity while always charging the battery efficiently, so it can generate electricity without using fuel consumption. Therefore, it can be used economically and effectively.
It is economical if it is installed in each facility such as ordinary houses, factories, and hospitals.

電気自動車に設置すれば、自動車を停止している間に本考案を稼働して電気自動車の主バッテリーに充電する事により、外部より充電する事無く長期走行が可能となる。  If it is installed in an electric vehicle, the device can be operated while the vehicle is stopped and the main battery of the electric vehicle is charged, thereby enabling long-term driving without charging from the outside.

本考案を複数設置し、また本考案の大型を数台設置して電気の力でお湯を沸騰させてその蒸気でタービンを回して発電する事も可能である。  It is also possible to install a plurality of the present inventions, install several large-sized devices of the present invention, boil hot water with the power of electricity, and rotate the turbine with the steam to generate electricity.

１．動力源のバッテリー ２．モーター
３．遠心力回転盤 ４．発電機
５．交互スイッチ ６．交互スイッチ内のモータースイッチ
７．交互スイッチ内の充電スイッチ ８．外部送電1. 1. Power source battery Motor 3. Centrifugal turntable 4. Generator 5. Alternate switch 6. Motor switch in alternate switch 7. Charging switch in alternate switch External power transmission

本考案は、円形状の外周を持つ回転盤を、抵抗なく滑らかな回転が出来るように取り付 けて、バッテリーを電源としたモーターの回転と同時に回転盤が回転するようにし、回転 盤が回れば、それと同時に回るように発電機を取り付けて、バッテリーに充電出来るよう に配線、バッテリーを動力源としてモーターを稼働し、回転盤を回転して発電機で起こる 電気をバッテリーに充電する事でバッテリーを安定させ続けて、モーターの回転力と回転 盤の遠心力の相乗効果で、勢いよく回転を続ける遠心力回転盤に連なる発電機で、バッテ リーに充電すると共に、同じく回転盤と連動する他の発電機で外部への送電を行うものでである。This invention is a rotating disk having a circular outer periphery, without resistance by Installing to allow a smooth rotation, so as simultaneously rotating disk battery and power the rotation of the motor and is rotated, the rotating disk is Maware At the same time, a generator is installed to rotate at the same time , wiring is performed so that the battery can be charged , the motor is operated using the battery as a power source, and the battery is charged with the electricity generated by the generator by rotating the rotating disk. the continuing stabilize, in synergy rotational force of the motor and the rotating disk centrifugal force, in vigorously generator connected to the centrifugal force rotating disk continues to rotate, interlocking with charging the battery, as with the rotating disk other The power generator is used to transmit power to the outside .

従来の発電システムには石油などの消費燃料を使うもの、風力や水力、又太陽熱を利用して発電するものがある。  Conventional power generation systems include those that use fuel, such as oil, and those that generate power using wind, water, or solar heat.

考案が解決しようとする課題Problems that the device tries to solve

発電するには石油などの消費燃料を必要とし、また風力においては風の無い時には発電が出来ず、太陽熱発電では夜は発電が出来ない。  Power generation requires fuel and other fuel consumption, and wind power cannot generate power when there is no wind, and solar power cannot generate power at night.

課題を解決するための手段Means for solving the problem

抵抗なく滑らかに回転する円形状の外周を持つ回転盤と、モーター、オルタネーター等のA rotating disk with a circular outer periphery that rotates smoothly without resistance, motors, alternators, etc. 発電機、バッテリーの４種類を組み合わせて取り付け、バッテリーを電源としてモーターA combination of a generator and a battery is installed and the motor is powered by the battery. を回し回転盤を回転させて、回転盤につないだ発電機で起こる電気を使ってバッテリーにRotate the turntable to turn the battery into the battery using the electricity generated by the generator connected to the turntable 充電することでバッテリーを安定させながら、同じく回転盤に接続した他の発電機で外部While stabilizing the battery by charging, externally with another generator connected to the turntable に送電するもので、モーターの回転と回転盤の遠心力の相乗効果で、複数取り付けた発電The power generation is installed in multiple units due to the synergistic effect of the rotation of the motor and the centrifugal force of the rotating disk. 機を勢いよく回してバッテリーに充電すると共に、外部へ送電をすることができる。You can rotate the machine vigorously to charge the battery and transmit power to the outside.

１ 実施例を示した「平面図」２「側面の断面図」 1 “Plan view” showing an example 2 “Cross sectional view” １ バッテリー２台設置の「配線図」２ バッテリー１台設置の「配線図」1 “Wiring diagram” with 2 batteries installed 2 “Wiring diagram” with 1 battery installed １遠心力回転盤を縦向きに設置した「側面図」２「平面断面図」 1 “ Side view ” with a centrifugal turntable installed vertically 2 “Plan view”

本考案の実施例を「図１」の１平面図、２側面の断面図に基づいて説明する。
円形状の外周をした回転盤３が、バッテリー１を電源として稼働するモーター２の力を得 て回転するが、モーター２の力を離れても自力で抵抗なく滑らかな回転をするためにベア リング７を取り付け、モーター２が休止状態の時モーター２による抵抗を無くし、回転盤 ３が滑らかに回転できるようにブーリー８にフリーホイール９を持ちいてブーリー８が空 転するようにして、芯棒１１の先端部分を丸く、底部分にオイル１０を充填する事で抵抗 を抑えて滑らかな回転が出来る。 Examples of the present invention a plane view of "Figure 1" will be described with reference to cross-sectional view of the two sides.
The rotation plate 3 in which the circular periphery, but rotate to obtain the power of the motor 2 for running the battery 1 as a power source, bearings for smooth rotation without resistance by itself even away the power of the motor 2 mounting 7, the motor 2 is eliminated resistance by the motor 2 when dormant Buri 8 have had the freewheel 9 so as to empty rolling to Buri 8 as rotary table 3 can be smoothly rotated, the core rod 11 By rounding the tip of the oil and filling the bottom part with oil 10, the resistance can be reduced and smooth rotation can be achieved.

「図２」１バッテリー２台設置の「配線図」の説明
バッテリー１ａ、とバッテリー１ｂの２台を交互に使ってモーター２を回して回転盤３を 回転させ、回転盤３と同時に稼働する発電機４でバッテリー１ａとバッテリー１ｂに交互 に充電するもので、交互スイッチ６内の出力スイッチ１２ａと充電スイッチ１５ｂを同時 につないで、バッテリー１ａの電気でモーター２を動かしている間にバッテリー１ｂに充 電をし、出力スイッチ１３ｂと充電スイッチ１４ａを同時につないで、バッテリー１ｂの 電気でモーター２を稼働すると同時にバッテリー１ａに充電をしていく、バッテリー１ｂ の出力スイッチ１３ｂとバッテリー１ａの充電スイッチ１４ａの２つの接点を同時に、バ ッテリー１ａの出力スイッチ１２ａとバッテリー１ｂの充電スイッチ１５ｂの２つの接点 を、同時に数秒間隔で切り替えていく事で、バッテリー１に充電しながらモーター２は止 まる事なく回転を続け、回転盤３と発電機４も回転を続けていき、遠心力回転盤３の遠心 力とモーター２の回転力の相乗効果で発電機４の力強い回転を生み出し、それぞれ２台の バッテリー１を安定させながら、回転盤３に連動した他の交流発電機５を稼働して外部２ １へ送電することが出来る、バッテリー１でモーター２を稼働させるためにインバーター １６で直流電気を交流電気に変換してモーター２につなぎ、バッテリー１の電気が逆流し ないようにバッテリー１と直流発電機４の間にダイオード１８を取り付け、バッテリー１ の過充電を防止するためにレギュラータ１７を取り付ける。
「図２」２バッテリー１台設置の「配線図」の説明
バッテリー１の出力スイッチ１９を入れる事でモーター２を回転させ、その回転で回転盤 ３を回転させて、回転盤３につながる直流発電機４で起きる電気をバッテリー１に充電す るがその際、出力スイッチ１９と充電スイッチ２０を切り替えて充電して、さらに充電ス イッチ２０から出力スイッチ１９に切り替えて再びモーター２を稼働し、回転盤３を回し て充電スイッチ２０に切り替えてバッテリー１に充電をする、交互スイッチ６の出力スイ ッチ１９と充電スイッチ２０を数秒間隔で交互に入れ替えることでモーター２は稼働と休 止を繰り返して、回転盤３はモーター２の力と自力の遠心力の回転を繰り返して、それに 同調する発電機４を回し続けてバッテリー１に充電をすると共に、同じく回転盤３につな がる他の発電機５で外部へ送電２１をする、その際バッテリー１でモーター２を稼働させ るために、インバーター１６で直流電気を交流電気に変換してモーター２につなぎ、また バッテリー１の電気が逆流しないようにバッテリー１と直発電機４の間にダイオード１８ を取り付け、そしてバッテリー１の過充電を防止するためにレギュラーター１７を取り付 ける。
「図３」遠心力回転盤を縦に設置した側面図、平面の断面図、
縦型にする事で場所によっては設置しやすくなる。 “Fig. 2” Explanation of “Wiring diagram” for 2 batteries installed
The battery 1a and the battery 1b are alternately used to rotate the motor 2 by rotating the motor 2, and the battery 4a and the battery 1b are alternately charged by the generator 4 operating simultaneously with the rotary disk 3 . connect the output switch 12a and the charging switch 15b in alternating switch 6 simultaneously, the charging to the battery 1b while moving the motor 2 in the electrical battery 1a, connects the output switch 13b and the charging switch 14a simultaneously When running the motor 2 in the electrical battery 1b continue to simultaneously charge the battery 1a, the output switch 12a and battery output switch 13b and two simultaneously contact, a battery 1a of the charging switch 14a of the battery 1a of battery 1b two contacts of the charging switch 15b 1b, the switches in a few seconds at the same time To go that is, the motor 2 while charging the battery 1 continues to rotate without full stop, the generator 4 and the rotating disc 3 is also to continue the rotation, the centrifugal force of the centrifugal force the rotating disk 3 and the motor 2 rotation force As a result of this synergistic effect, it is possible to generate a powerful rotation of the generator 4 and operate the other AC generator 5 linked to the rotating disk 3 to transmit power to the outside 21 while stabilizing the two batteries 1 respectively . In order to operate the motor 2 with the battery 1, the inverter 16 converts DC electricity into AC electricity and connects it to the motor 2. A diode 18 is connected between the battery 1 and the DC generator 4 so that the electricity of the battery 1 does not flow backward. A regulator 17 is attached to prevent the battery 1 from being overcharged.
"Fig. 2" Explanation of "Wiring diagram" for installing two batteries
The motor 2 is rotated by putting the output switch 19 of the battery 1, the rotary plate 3 is rotated at a rotational, when Rugasono charge the electric occurring in DC generator 4 connected to the rotary table 3 in the battery 1, charge switches the output switch 19 the charging switch 20, again running the motor 2 is switched further to the output switch 19 from the charging switch 20, the charging by turning the rotary table 3 is switched to the charging switch 20 to the battery 1 to, the motor 2 by alternated with the output switch 19 the charging switch 20 every few seconds alternating switch 6 by repeating the operation and hibernate, turret 3 is rotated forces the motor 2 and the centrifugal force of the self the repeated, it while charging the tuning generator 4 continues turning the battery 1, feed also to the outside in the turret 3 Nitsuna want other generators 5 To 21, this time in order to run the motor 2 in the battery 1, connect the motor 2 converts the DC electricity to AC electricity at inverter 16, also straight power generation of the electric battery 1 and the battery 1 so as not to flow back mounting a diode 18 between the machine 4, and Fit takes regular coater 17 in order to prevent overcharging of the battery 1.
"Fig. 3" A side view of a centrifugal rotating disk installed vertically, a cross-sectional view of a plane,
It becomes easy to install depending on the place by making it vertical.

本考案は、自然の力を必要とせず天候にも影響されず、バッテリーに常に効率的に充電をしながらバッテリーの電気のみを使用するため、消費燃料を使う事も無く発電をする事が出来るために、経済的かつ効率的に利用することが出来る、一般住宅、コンビニ、スー パー、工場、病院などに設置すれば経済的である。The present invention does not require natural power, is not affected by the weather, and uses only the battery's electricity while always charging the battery efficiently, so it can generate electricity without using fuel consumption. in order, economical and efficient it is possible to use, residential, convenience store, which is economical if installed in supermarkets, factories, hospitals.

本考案を複数設置し、また本考案の大型を数台設置して電気の力でお湯を沸騰させてその蒸気でタービンを回して発電することも可能であり、本考案を小型化して冷蔵庫などに 設置し自家発電を備えた冷蔵庫を造ることも可能となり電気代の掛からない冷蔵庫、停電 時、災害時にそなえることができる。 Refrigerator present invention a plurality of installation, also Ri also der be installed several sets of large present invention boiled hot water electric force to generate power by turning the turbine at its steam, the present invention is downsized It is also possible to build a refrigerator equipped with private power generation, etc., which can be provided at the time of a power outage or a disaster that does not require electricity bills .

１．動力源のバッテリー ２．モーター
３．遠心力回転盤 ４．直流発電機
５．交流発電機 ６．交互スイッチ
２１．外部送電
１ａ．バッテリー １ｂ．バッテリー 1. 1. Power source battery Motor 3. Centrifugal turntable 4 . DC generator
5. AC generator 6. Alternating switch
21. External power transmission
1a. Battery 1b. battery

Claims (3)

バッテリーに蓄えられた電気を使ってモーターを回して遠心力回転盤に回転を与える。
次に、モーターへの送電を止め、モーターの回転を離れて独自に遠心力で回る回転力で発電気を回してバッテリーに送電し充電をする。さらにモーターで遠心力回転盤に回転を加えてモーターの送電を止める。これを一定の間隔で繰り返すことで、バッテリーの安定を保ちながらバッテリー内の電気を有効に利用することが出来るために、バッテリーを動力源とすることを特徴とする遠心力回転盤発電機である。Using the electricity stored in the battery, the motor is rotated to rotate the centrifugal rotating disk.
Next, the power transmission to the motor is stopped, the motor is turned off and the electric power is turned by the rotational force that rotates independently by centrifugal force, and the power is transmitted to the battery for charging. In addition, the motor is turned on the centrifugal rotating disk to stop power transmission. By repeating this at regular intervals, it is possible to effectively use the electricity in the battery while maintaining the stability of the battery. . バッテリーに蓄えられた電気でモーターを回して、モーターの回転力で遠心力回転盤を回転させて、遠心力で勢いよく回る遠心力回転盤の回転力で、発電機を回して発電をしてバッテリーに充電すると共に外部への送電を行う。遠心力で回転する遠心力回転盤を利用したことを特徴とする遠心力回転盤発電機である。  Rotate the motor with electricity stored in the battery, rotate the centrifugal rotating disk with the rotational force of the motor, rotate the generator with the rotational force of the centrifugal rotating disk rotating with the centrifugal force to generate electricity Charging the battery and transmitting power to the outside. A centrifugal rotating disk generator using a centrifugal rotating disk rotating by centrifugal force. 遠心力回転盤は瞬間的に一時回転を与えると遠心力で回転する形状のものとする。  The centrifugal rotating disk is designed to rotate with centrifugal force when momentary rotation is applied.
JP2012006813U 2012-10-10 2012-10-10 Centrifugal turntable generator Expired - Fee Related JP3186042U (en)

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