JP2023008731A - Motor utilizing repulsive force between magnets - Google Patents

Motor utilizing repulsive force between magnets Download PDF

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Publication number
JP2023008731A
JP2023008731A JP2021132087A JP2021132087A JP2023008731A JP 2023008731 A JP2023008731 A JP 2023008731A JP 2021132087 A JP2021132087 A JP 2021132087A JP 2021132087 A JP2021132087 A JP 2021132087A JP 2023008731 A JP2023008731 A JP 2023008731A
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rotor
magnet
control
force
magnets
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悟 高塚
Satoru Takatsuka
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Abstract

To provide a motor (activation and power generation device) utilizing magnetic energy between repulsive magnets in order to realize energy utilization and energy production which are permanent and low in environmental load.SOLUTION: By applying magnetic force of a control magnet (6) repelling from a direction of both ends of a rotary shaft (1) to a rotor magnet (3) having an inclination angle on a surface (magnetic pole) facing the control sections (4) and (5), force for trying to move (trying to escape) the rotor magnet (3) in a rotation direction is generated. This force is used as rotational force and is used as power.SELECTED DRAWING: Figure 1

Description

本発明は磁石同士の反発力を回転力に転換し、動力を得るもので、電化製品や自動車など、様々な分野の機器に利用することができるモーター(発動・発電装置)に関するものである。The present invention converts the repulsive force between magnets into rotational force to obtain power, and relates to a motor (motor/generator) that can be used in various fields of equipment such as electrical appliances and automobiles.

従来、動力や電力を得ようとする場合、エンジンであればガソリン、モーターは電気、発電においては太陽光や風力など、恒久的に得ることが難しかったり、環境負荷のあるものをエネルギー源としなければならないという難点があった。
本発明は、この課題を解消するためになされたものである。
Conventionally, when trying to obtain motive power or electric power, it was necessary to use gasoline as an engine, electricity as a motor, and solar or wind power as an energy source that is difficult to obtain permanently or has an environmental impact. There was a problem that I had to
The present invention has been made to solve this problem.

制御部(4)(5)と対面する面に傾斜角をつけ、回転軸(1)を中心とした円周上に配置したローター磁石(3)と、これを持つローター(2)を、制御部(4)(5)の間に配置し、制御部(4)(5)同士の距離(制御磁石(6)とローター磁石(3)の距離)を近づけることにより、互いに反発する磁極を向き合わせた制御磁石(6)とローター磁石(3)の反発力が強まり、ローター磁石(3)が回転方向に移動しようとする力が生じる。
この力を回転力として利用し、動力とする。
A rotor magnet (3) arranged on a circumference centered on a rotation axis (1) with an inclination angle on the surfaces facing the control units (4) and (5), and a rotor (2) having the rotor magnet (3) are controlled. By placing it between the parts (4) and (5) and bringing the distance between the control parts (4) and (5) closer (the distance between the control magnet (6) and the rotor magnet (3)), the magnetic poles that repel each other are oriented. The repulsive force between the combined control magnet (6) and rotor magnet (3) is strengthened, and a force is generated to move the rotor magnet (3) in the direction of rotation.
This force is used as rotational force and used as power.

ローター磁石(3)及び、制御磁石(6)の磁力が減衰しないかぎり、恒久的に動力を得ることができる。また、燃料資源を必要とせず、排出ガス等も発生しないため、環境負荷のかからないクリーンなエネルギーとなる。As long as the magnetic forces of the rotor magnets (3) and control magnets (6) do not decay, they can be permanently powered. In addition, since it does not require fuel resources and does not generate exhaust gas, it is a clean energy that does not impose a burden on the environment.

本発明の斜視図である。 1 is a perspective view of the present invention; FIG. 本発明のローター(2)及び、ローター磁石(3)の側面図である。 Fig. 3 is a side view of the rotor (2) and rotor magnets (3) of the present invention; 本発明のローター磁石(3)の斜視図である。 Figure 3 is a perspective view of the rotor magnet (3) of the present invention; 本発明の制御部左(5)の分解斜視図である。 It is an exploded perspective view of the control part left (5) of this invention.

以下、本発明の実施の形態について説明する。
(イ).ローター(2)は回転軸(1)と一体、またはギアなどによって連結され、制御磁石(6)からの磁力を受け、移動しようとするローター磁石(3)の力を回転軸(1)に伝える。
(ロ).ローター(2)は制御部(4)(5)の間に配置し、制御部(4)(5)と対面する面に傾斜角がつけられたローター磁石(3)は、ローター(2)によって、回転軸(1)を中心とした円周上に配置される。
(ハ).ローター磁石(3)の磁極は図3に示すところの右側と左側で分かれ、一方の極が制御部右(4)と、もう一方の極が制御部左(5)と向き合う形となる。
ただし、制御部右(4)側と制御部左(5)側で、別々のローター磁石(3)を使用する場合、左右の制御部(4)(5)と向き合う磁極が同じ極となることもあり得る。
(ニ).ローター磁石(3)の個数や、傾斜角度は、図に示すものに限定されず、必要とする回転数やトルクに応じて仕様を決める。
また、ローター磁石(3)の個数や傾斜角度がそれぞれ異なる複数のローター(2)(ローター磁石(3))を用いて、動力を得るローター(2)(ローター磁石(3))を必要に応じて切り換えることにより、変速をおこなうことも可能である。
図に示すローター(2)は、ローター磁石(3)の数を12個、傾斜角度を45度前後とする形態を表したものである。
(ホ).ローター(2)及び、ローター磁石(3)の形態は、図に示すものに限定されず、回転力の低下や磁石の強度を考慮した設計であれば、たとえば「ローター(2)そのものを磁石にする」「回転軸(1)に直接ローター磁石(3)を取り付ける」「制御部右(4)側と制御部左(5)側で別々のローター磁石(3)を使用する」などが可能である。
(ヘ).制御部(4)(5)は、基本的に回転軸(1)と接触・干渉はせず、操作によって移動するアーム部品(図示せず)などに固定、または一体となる。
(ト).制御磁石(6)は、向かい合うローター磁石(3)の磁極に反発する極をローター(2)側に向ける。
(チ).図に示す形態では、制御磁石(6)の数は左右合わせて計6個。
磁極面の形状は、回転軸(1)の中心方向から放射状に伸びるものであるが、制御部(4)(5)及び、制御磁石(6)の形態、制御磁石(6)の個数はこれに限定されるものではない。
(リ).制御部(4)(5)同士の距離(制御磁石(6)とローター磁石(3)の距離)を、近づけることによって、制御磁石(6)との反発力が強くなったローター磁石(3)が移動しようとする。その方向は、図3に示す向きのローター磁石(3)があった場合、図中の上から下となり、回転としては、図1のローター(2)を右側(右面)から見た場合、反時計回りとなる。
(ヌ).回転数とトルクは、制御磁石(6)とローター磁石(3)の距離が近いほど、高くなる。
この仕組みを利用し、制御部(4)(5)をローター(2)に近づけたり離したりすることで、出力制御が可能となる。
(ル).制御部(4)(5)の名称の左右の記は、図面上のものであり、実際の位置は、本発明の設置方向(回転軸(1)の伸びる方向)によって変化し、上下となることも有り得る。
BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below.
(stomach). The rotor (2) is integrated with the rotating shaft (1) or is connected by a gear or the like, receives the magnetic force from the control magnet (6), and transmits the force of the rotor magnet (3) trying to move to the rotating shaft (1). .
(B). The rotor (2) is arranged between the control units (4)(5), and the rotor magnet (3), whose surface facing the control units (4)(5) is inclined, is driven by the rotor (2). , arranged on a circle about the axis of rotation (1).
(C). The magnetic poles of the rotor magnet (3) are divided into right and left sides as shown in FIG. 3, with one pole facing the right control section (4) and the other facing the left control section (5).
However, if separate rotor magnets (3) are used on the right (4) side of the control unit and the left (5) side of the control unit, the magnetic poles facing the left and right control units (4) and (5) must be the same. It is possible.
(d). The number of rotor magnets (3) and the angle of inclination are not limited to those shown in the figure, and the specifications are determined according to the required rotational speed and torque.
In addition, by using a plurality of rotors (2) (rotor magnets (3)) having different numbers and inclination angles of the rotor magnets (3), the rotors (2) (rotor magnets (3)) for obtaining power are arranged as needed. It is also possible to shift gears by switching with the
The rotor (2) shown in the figure represents a configuration in which the number of rotor magnets (3) is 12 and the inclination angle is about 45 degrees.
(E). The configuration of the rotor (2) and the rotor magnet (3) is not limited to the one shown in the figure. "Attach the rotor magnet (3) directly to the rotating shaft (1)""Use separate rotor magnets (3) on the right (4) side of the control unit and the left (5) side of the control unit", etc. be.
(f). The control units (4) and (5) basically do not contact or interfere with the rotary shaft (1), and are fixed or integrated with an arm component (not shown) that moves by operation.
(door). The control magnets (6) direct the poles that repel the magnetic poles of the opposing rotor magnets (3) toward the rotor (2).
(blood). In the form shown in the figure, there are a total of six control magnets (6) on the left and right.
The shape of the magnetic pole faces extends radially from the center of the rotating shaft (1). is not limited to
(i). A rotor magnet (3) whose repulsive force with the control magnet (6) is strengthened by bringing the distance between the control parts (4) and (5) closer (the distance between the control magnet (6) and the rotor magnet (3)). tries to move. If the rotor magnet (3) is oriented as shown in FIG. 3, the direction of rotation is from top to bottom in the figure. clockwise.
(N). The speed and torque increase as the distance between the control magnet (6) and the rotor magnet (3) decreases.
By using this mechanism and moving the control units (4) and (5) closer to or away from the rotor (2), output control becomes possible.
(L). The left and right notation of the names of the control units (4) and (5) are those in the drawing, and the actual position changes depending on the installation direction of the present invention (the direction in which the rotating shaft (1) extends), and becomes up and down. It is also possible.

1 回転軸
2 ローター
3 ローター磁石
4 制御部 右
5 制御部 左
6 制御磁石
1 Rotating shaft 2 Rotor 3 Rotor magnet 4 Control part Right 5 Control part Left 6 Control magnet

Claims (3)

制御部(4)(5)と対面する面(磁極)に傾斜角をつけ、回転軸(1)を中心とした円周上に配置したローター磁石(3)に対し、回転軸(1)両端方向から、反発する制御磁石(6)の磁力を加え、ローター磁石(3)の移動しようとする力を回転力として利用し、動力とするモーター。The surfaces (magnetic poles) facing the control units (4) and (5) are inclined, and the rotor magnets (3) arranged on the circumference around the rotation axis (1) are attached to both ends of the rotation axis (1). A motor powered by applying the magnetic force of the control magnet (6) repelling from the direction and using the moving force of the rotor magnet (3) as a rotational force. 制御磁石(6)とローター磁石(3)の距離を調整することによって、請求項1の出力制御をおこなう制御方式。A control system for performing output control according to claim 1 by adjusting the distance between the control magnet (6) and the rotor magnet (3). 請求項1の構造をベースに、ローター磁石(3)の個数や傾斜角度がそれぞれ異なる複数のローター(2)(ローター磁石(3))を用いて、動力を得るローター(2)(ローター磁石(3))を切り換えることによって、変速をおこなう変速機構。Based on the structure of claim 1, the rotor (2) (rotor magnet ( 3) A transmission mechanism that shifts gears by switching ).
JP2021132087A 2021-07-02 2021-07-02 Motor utilizing repulsive force between magnets Pending JP2023008731A (en)

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Application Number Priority Date Filing Date Title
JP2021132087A JP2023008731A (en) 2021-07-02 2021-07-02 Motor utilizing repulsive force between magnets

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Application Number Priority Date Filing Date Title
JP2021132087A JP2023008731A (en) 2021-07-02 2021-07-02 Motor utilizing repulsive force between magnets

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JP2023008731A true JP2023008731A (en) 2023-01-19

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