JP2012253932A - Permanent magnet disk synchronization type generator rotation maintaining device - Google Patents

Permanent magnet disk synchronization type generator rotation maintaining device Download PDF

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JP2012253932A
JP2012253932A JP2011125352A JP2011125352A JP2012253932A JP 2012253932 A JP2012253932 A JP 2012253932A JP 2011125352 A JP2011125352 A JP 2011125352A JP 2011125352 A JP2011125352 A JP 2011125352A JP 2012253932 A JP2012253932 A JP 2012253932A
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permanent magnet
generator
maintaining device
motor
magnet disk
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Mitsuhiro Tachibana
光弘 橘
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  • Permanent Magnet Type Synchronous Machine (AREA)
  • Control Of Eletrric Generators (AREA)

Abstract

PROBLEM TO BE SOLVED: To provide a permanent magnet type generator rotation maintaining device capable of obtaining prescribed electric power efficiently by the power saving drive with a simple structure which is friendly to the environment.SOLUTION: By a simple motor structure of a generator 1 and an electric motor 7 (magnet supplying motor with speed control), a permanent magnet disk synchronization type generator rotation maintaining device, in which an even number of permanent magnets 8 are arranged on outer peripheries of disks composed of nonmagnetic materials such as an acrylic plate and a metal plate on a rotation axis 5 on the generator side or a rotor, obtains the rated power generation amount by making suction or repulsion of a rotational plate magnetic line of the electric motor 7 (magnet supplying motor) act on the permanent magnet disk 3 on the generator side and obtaining the rated number of rotations, and achieves three-dimensional construction of a multi-power generation system by lateral connection and vertical arrangement of a power generation body.

Description

本発明は発電機1と電動機(給磁モータ)2のそれぞれに、外周に磁石を配した円板(磁石円板)を装着し、相互間で磁気力の吸引反発による同期回転により発電機を定格回転して所定の電力を得る永久磁石円板同期型発電機回転維持装置に関するもので、電動機使用電力も発電側より供給する為に自己完結型発電システムとなり、発電機と電動機間の磁気による回転動力伝達は非接触により無騒音で運転する方式であり、化石燃料や危険な発電方式に依らない地球環境に優しい永久磁石円板同期型発電機回転維持装置に関する発明。           In the present invention, the generator 1 and the electric motor (magnetizing motor) 2 are each equipped with a disc (magnet disc) having magnets arranged on the outer periphery, and the generator is rotated by synchronous rotation by attracting and repelling magnetic force between them. Permanent magnet disk synchronous generator rotation maintaining device that obtains predetermined power by rotating at rated speed. It is a self-contained power generation system to supply electric power used by the motor from the generator side, and it is based on magnetism between the generator and the motor. The invention relates to a permanent magnet disk synchronous generator rotation maintaining device that is friendly to the global environment and does not depend on fossil fuels or dangerous power generation methods.

従来の永久磁石駆動による電力発生機構としては、発電機の機構内部において新たな駆動力を発生させる方式で、永久磁石を用いた発電機と電動機との組み合わせ並びに固定子・回転子等の配置により駆動力を発生させる方式のものがある。
As a conventional power generation mechanism by permanent magnet drive, a new driving force is generated inside the generator mechanism, and a combination of a generator and a motor using a permanent magnet and arrangement of a stator, a rotor, etc. There is a method of generating a driving force.

特開2006−296002JP 2006-296002 A

特開2006−296002において、原動機・電動機・発電機並びに位相調節器の関係でマルチ発電システムを構築し発電量のアップを図るとは謳ってはいるが現実的ではないと感じるし、複雑な構造を製作する製造コスト的リスクを内包しており、実用性としては甚だ疑問を感じる、また、電動機固定子や回転子云々においても同様の感じがして単なる特許申請の為だけの構成と見るべきである。
In Japanese Patent Laid-Open No. 2006-296002, although it is argued that a multi-power generation system is constructed in relation to a prime mover, an electric motor, a generator, and a phase adjuster to increase the amount of power generation, it feels unrealistic and has a complicated structure The manufacturing cost risk of manufacturing is included, and the practicality is very questionable, and the same applies to motor stators and rotors. It is.

従って本発明では、発電機1と電動機(給磁モータ)2とにそれぞれ1枚の磁石円板3,4を取り付けて、電動機2の磁石円板4の磁力的回転力を発電機1の磁石円板3と同期させて、発電機より数十倍から数百倍小さな電力で可変的にベルトや回転ギヤを使用せず回転動力を静粛に伝達し所定の定格電力を発電することで上記課題を解決することを目的とする。 Therefore, in the present invention, one magnet disk 3, 4 is attached to each of the generator 1 and the electric motor (magnetizing motor) 2, and the magnetic rotational force of the magnet disk 4 of the electric motor 2 is used as the magnet of the generator 1. Synchronously with the disk 3, the above problem is achieved by generating a predetermined rated power by silently transmitting rotational power without using a belt or rotating gear variably with electric power several tens to several hundred times smaller than a generator. It aims at solving.

本発明は、発電機本体1と速度制御付き電動機(給磁モータ)2の回転軸又は回転体に取り付けられる、永久磁石8を適宜外周に偶数個配列した非磁性体素材の円板同士を接しない程度の同期可能な位置に配置した回転速度調節可能な永久磁石円板同期型発電機回転維持装置であって、該円板3,4は既存の発電機・電動機に広く取り付けることが可能である。     In the present invention, disks made of a non-magnetic material, in which an even number of permanent magnets 8 are appropriately arranged on the outer periphery, attached to the rotating shaft or rotating body of a generator main body 1 and an electric motor (magnetizing motor) 2 with speed control are connected. This is a permanent magnet disk-synchronized generator rotation maintaining device that can be adjusted in rotation speed and arranged at a position where it can be synchronized, and the disks 3 and 4 can be widely attached to existing generators and motors. is there.

また、本永久磁石円板同期型発電機回転維持装置は発電機の直接的連結や多段連結・連携が構築出来、且つ機器の振動や揺れによる運転機能停止も皆無であり、地上・中空を問わず設置することが可能である。       In addition, this permanent magnet disk synchronous generator rotation maintaining device can establish direct connection and multi-stage connection / cooperation of the generator, and there is no operation stoppage due to vibration or shaking of the equipment. It is possible to install it.

本発明は、発電機1と電動機2で構成され、双方の回転軸又は回転体に永久磁石円板を取り付けて、電動機の回転力を永久磁石円板の磁力線により発電機側永久磁石円板に静粛に伝達することが可能となる。   The present invention is composed of a generator 1 and an electric motor 2. A permanent magnet disk is attached to both rotating shafts or rotating bodies, and the rotational force of the electric motor is changed to the generator-side permanent magnet disk by the magnetic lines of force of the permanent magnet disk. It becomes possible to transmit silently.

本発明は、永久磁石円板はアクリル板や金属板等の非磁性体素材からなる円形板の外周に偶数個の永久磁石を数学的に求めた配置個数と配置中心角度及び各発電機1と電動機2の回転数により決定し永久磁石を固定し配置することで、電動機(速度制御付き9給磁モータ)2の永久磁石回転版からの磁力線の吸引・反発力を発電機側永久磁石円板に作用させて所定の定格回転数を得て定格発電量を得る装置であり、発電量の増減も給磁モータ2の安価でシンプルな速度制御ダイヤルにより可能となり、電力変成による変換効率の減衰を回転数の増加でカバー出来る発電システムとなり、加重発電の防止も可能となる。   In the present invention, the permanent magnet disk is a mathematically determined arrangement number, arrangement center angle, and each generator 1 on the outer periphery of a circular plate made of a non-magnetic material such as an acrylic plate or a metal plate. By determining the number of rotations of the electric motor 2 and fixing and arranging the permanent magnets, the generator side permanent magnet disk can be used to reduce the attractive and repulsive force of the lines of magnetic force from the permanent magnet rotating plate of the electric motor (9-feed motor with speed control) 2. This is a device that obtains the rated power generation amount by acting on the motor, and the power generation amount can be increased or decreased by the inexpensive and simple speed control dial of the magnetizing motor 2 to reduce the conversion efficiency due to power transformation. It becomes a power generation system that can be covered by an increase in the number of revolutions, and weighted power generation can be prevented.

本発明は、発電機本体の横連結や縦組配列によるマルチ発電システムの立体的構築が出来るので設置面積当たりの発電量が多くなり対床面積に対する有効利用が図られる。   According to the present invention, since a three-dimensional construction of a multi-power generation system can be achieved by horizontal connection of generator bodies or vertical arrangement, the amount of power generation per installation area is increased and effective use for the floor area can be achieved.

また、機器本体は地震等での振動やダンシングでも停止することなく稼働する。また一般発電機に比べて軽量化されて床設置はもとより中空設置も可能となるので各種災害への設置対応も柔軟に出来ることが可能となる。
In addition, the equipment body operates without stopping even in the event of vibration or dancing due to an earthquake or the like. Moreover, since it is lighter than a general generator and can be installed in a hollow space as well as in a floor, it can be flexibly adapted to various disasters.

本発明の実施例を以下に説明する。 Examples of the present invention will be described below.

本発明の永久磁石円板同期型発電機回転維持装置の実施例を図1、図2に示す。1は発電機で従来のモータ型及び円盤型コアレス・アウターロータ型等がある。2は給磁用の電動機で発電機出力より数百分の1程度の出力である。3は磁石円板の板でアクリル板や非磁性体の金属板が用いられる。4は給磁側の磁石円板の板で3と同様である。5は発電機側の軸で回転可動軸を5A、固定軸を5Bとして表現した。6は発電機本体が回転する円盤型コアレス・アウターロータ型の場合に回転体に磁石板を固定する固定ネジである。7は給磁側電動機の回転軸である。8は給磁側の磁石板に取り付けた永久磁石である。9は給磁側電動機のスピードをコントロール(0〜100%)する速度制御ダイヤルである。   An embodiment of the permanent magnet disk synchronous generator rotation maintaining device of the present invention is shown in FIGS. A generator 1 includes a conventional motor type and a disk type coreless outer rotor type. Reference numeral 2 denotes an electric motor for supplying magnetism, which is about one hundredth of the output from the generator output. Reference numeral 3 denotes a magnet disk, which is an acrylic plate or a non-magnetic metal plate. 4 is a magnet disk on the magnetizing side and is the same as 3. Reference numeral 5 denotes a generator-side shaft, in which the rotary movable shaft is 5A and the fixed shaft is 5B. Reference numeral 6 denotes a fixing screw for fixing the magnet plate to the rotating body in the case of a disk type coreless outer rotor type in which the generator body rotates. Reference numeral 7 denotes a rotating shaft of the magnetizing side motor. Reference numeral 8 denotes a permanent magnet attached to the magnet plate on the magnetizing side. 9 is a speed control dial for controlling the speed of the magnetizing side motor (0 to 100%).

本発明による永久磁石円板同期型発電機回転維持装置の断面図と位置関係。Sectional drawing and the positional relationship of the permanent magnet disk synchronous generator rotation maintenance apparatus by this invention. 永久磁石円板の発電機本体への取り付け並びに電動機(給磁モータ)側への取り付け断面図と相互の位置関係。Cross-sectional view of the attachment of the permanent magnet disk to the generator main body and the attachment to the electric motor (magnetization motor) side.

本発明の活用例として、コスト・パフォーマンスに問題のある太陽光発電やマイクロ水力発電・マイクロ風力発電に代わるハイ・リターン型無停電発電システムとして、また各種産業用電気設備のオンサイト発電装置として、家庭用オール電化システムの構築に、車両等への車載用動力源として、船舶への電動機利用による推進装置として、無電源地域での電力供給設備として数百ワットから数百キロワットまで需要家のニーズに合わせた発電システムの構築を提供する。     As an application example of the present invention, as a high-return type uninterruptible power generation system to replace solar power generation and micro hydropower generation / micro wind power generation, which has a problem in cost and performance, and as an on-site power generation device for various industrial electrical facilities For the construction of an all-electric system for home use, as a vehicle-mounted power source for vehicles, as a propulsion device using electric motors for ships, and as a power supply facility in non-powered areas, customer needs from several hundred watts to several hundred kilowatts Providing the construction of a power generation system tailored to

1:発電機モータ
2:電動機(給磁モータ)
3:発電機側磁石円板と磁石
4:給磁側磁石円板と磁石
5:発電側可動軸または固定軸
6:発電機側永久磁石円板固定ピン
7:給磁側モータ回転軸
8:発電機側永久磁石円板の永久磁石
9:電動機側速度制御ダイヤル





1: Generator motor 2: Electric motor (magnetizing motor)
3: Generator side magnet disk and magnet 4: Magnetization side magnet disk and magnet 5: Power generation side movable shaft or fixed shaft 6: Generator side permanent magnet disk fixing pin 7: Magnetization side motor rotating shaft 8: Permanent magnet of generator side permanent magnet disk 9: Motor side speed control dial





Claims (3)

発電機本体1と速度制御付き電動機(給磁モータ)2の回転軸又は回 転体に取り付けられる、永久磁石8を適宜外周に偶数個配列した非磁
性体素材の円板同士を接しない程度の同期可能な位置に配列したことを特徴とする 回転速度調節可能な永久磁石円板同期型発電機回転維持装置。

To the extent that non-magnetic material disks with appropriate numbers of permanent magnets 8 arranged on the outer periphery are attached to the rotating shaft or rotating body of the generator body 1 and the speed controlled electric motor (magnetizing motor) 2 are not in contact with each other. A permanent magnet disk synchronous generator rotation maintaining device capable of adjusting the rotation speed.

請求項1に記載の円板3,4は既存の発電機・電動機に広く取り付けが可 可能であることを特徴とする永久磁石円板同期型発電機回転維持装置。
2. The permanent magnet disk synchronous generator rotation maintaining device according to claim 1, wherein the disks 3 and 4 according to claim 1 can be widely attached to existing generators / motors.
本永久磁石円板同期型回転維持装置は発電機の直接的連結や多段階式の連結 ・連携が構築出来、且つ機器の振動や揺れによる運転機能停止も皆無であり 、軽量化も図られ設置場所も地上・中空を問わないことを特徴とする 永久磁石同期型発電機回転維持装置。










This permanent magnet disk synchronous rotation maintaining device can be directly connected to the generator or connected in multiple stages. ・ Cooperation can be established, and there is no operation stoppage due to vibration or shaking of the equipment. Permanent magnet synchronous generator rotation maintaining device characterized in that the location is not limited to the ground or hollow.










JP2011125352A 2011-06-03 2011-06-03 Permanent magnet disk synchronization type generator rotation maintaining device Withdrawn JP2012253932A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107725273A (en) * 2017-11-09 2018-02-23 青岛顺迪尔新能源科技有限公司 Novel wind generator drive system and its control method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107725273A (en) * 2017-11-09 2018-02-23 青岛顺迪尔新能源科技有限公司 Novel wind generator drive system and its control method

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