JPS61231870A

JPS61231870A - Motor utilizing repelling and attracting forces of magnets without power source

Info

Publication number: JPS61231870A
Application number: JP7036785A
Authority: JP
Inventors: Shinichi Oba; 大庭　信一
Original assignee: Individual
Current assignee: Individual
Priority date: 1985-04-03
Filing date: 1985-04-03
Publication date: 1986-10-16

Abstract

PURPOSE:To rotate a rotor without power source by forming L-shaped cutouts at the rotor and mounting magnets in the cutouts. CONSTITUTION:A nonmagnetic rotor 2 is filled in a stator magnet 1, and its rotational, shaft is mounted at bearings of a motor. L-shaped cutouts are formed, and magnets 4, 5 are so mounted as to be given the same polarity as that of the inner periphery of the magnet 1. The inner peripheral surface of the magnet 1 is aligned with the same polarity. Thus, the direction of the composite vector acting on the magnets 4, 5 is displaced from the radial line of the rotor 2, thereby obtaining a rotary force.

Description

【発明の詳細な説明】この発明は、モーターの固定子極と回転子極の両方を磁
石とし、電源なしで回転させるものである。DETAILED DESCRIPTION OF THE INVENTION According to the present invention, both the stator pole and the rotor pole of the motor are magnets, and the motor is rotated without a power source.

従来モーターは、電源がかならず必要であり、電池がき
れたり、電灯線がきていないところでは、使えなかつた
。Conventional motors always require a power source, and cannot be used if the battery runs out or there is no power line.

電気代もけつこうかかつていたものである。Even the electricity bill is what it used to be.

３．発明の詳細な説明本発明は、それらの欠点をのぞくために、考案されたも
ので、これを図面について説明すれば、（イ）固定子磁石１の内周面の極性を同じ極性にそろえ
る。3. DETAILED DESCRIPTION OF THE INVENTION The present invention has been devised to eliminate these drawbacks, and can be explained with reference to the drawings. (a) The polarities of the inner peripheral surfaces of the stator magnets 1 are aligned to the same polarity.

（ロ）非磁性体回転子２のすべてのＬ形の切り口面が、
固定子磁石１の内周面の極性と同じ極性となるよう非磁
性体回転子２へ、磁石４と磁石５をつける。(b) All L-shaped cut surfaces of the non-magnetic rotor 2 are
Magnets 4 and 5 are attached to the non-magnetic rotor 2 so as to have the same polarity as the inner peripheral surface of the stator magnet 1.

（ハ）固定子磁石１の中へ非磁性体回転子２を入れ、非
磁性体回転子２が回るように、回転軸をモーターの軸受
けにつける。(c) Place the non-magnetic rotor 2 into the stator magnet 1, and attach the rotating shaft to the motor bearing so that the non-magnetic rotor 2 rotates.

（ニ）磁石４と磁石５の磁力の強さは、次の関係をもた
せる。(d) The strength of the magnetic force between the magnets 4 and 5 has the following relationship.

磁石４の磁力≦磁石５の磁力３．発明の詳細な説明本発明は以上のような構成であり、非磁性体回転子２の円周上から、回転軸３の中心へ向け
て、いくら力をかけても非磁性体回転子２は回らないが
、前記（ニ）の関係の中で磁石４と磁石５にはたらく合
成ベクトルの方向が非磁性体回転子２の直径線上よりず
れるように、磁石４と磁石５の磁力を変えておけば、非
磁性体回転子２を回す力が、おきる。Magnetic force of magnet 4≦magnetic force of magnet 53. DETAILED DESCRIPTION OF THE INVENTION The present invention has the above configuration, and no matter how much force is applied from the circumference of the non-magnetic rotor 2 toward the center of the rotating shaft 3, the non-magnetic rotor 2 will not move. Although it does not rotate, the magnetic forces of magnets 4 and 5 should be changed so that the direction of the resultant vector acting on magnets 4 and 5 is deviated from the diameter line of non-magnetic rotor 2 within the relationship (d) above. For example, a force that turns the non-magnetic rotor 2 is generated.

また非磁性体回転子２のＬ形の切り口面が固定子磁石１
の内周面の極性と反対の極性となるように非磁性体回転
子２へ磁石４と磁石５をつければ、磁石４と磁石５に、
はたらく力の合成ベクトルの方向が、前記と逆となり、
回転方向を変えることができる。In addition, the L-shaped cut surface of the non-magnetic rotor 2 is the stator magnet 1.
If magnets 4 and 5 are attached to non-magnetic rotor 2 so that the polarity is opposite to that of the inner peripheral surface of
The direction of the resultant vector of the acting forces is opposite to the above,
The direction of rotation can be changed.

３．発明の詳細な説明このように本発明は、磁石４と磁石５にはたらく力の合
成ベクトルの方向を、非磁性体回転子２の直径線上より
ずらすことによつて電源がなくても、回転力がえられる
モーターを作れるようにしたものである。3. DETAILED DESCRIPTION OF THE INVENTION As described above, the present invention provides rotational force even in the absence of a power source by shifting the direction of the composite vector of the forces acting on the magnets 4 and 5 from the diameter line of the non-magnetic rotor 2. This made it possible to make a motor that could be replaced.

なお、モーターの回転力を変える場合は、次のように実
施する。In addition, if you want to change the rotational force of the motor, do it as follows.

（ホ）磁石４と磁石５の２つで１極とかぞえ、非磁性体
回転子２の極数を多くする。(E) The number of poles of the non-magnetic rotor 2 is increased by counting the two magnets 4 and 5 as one pole.

（ヘ）磁石４の磁力≦磁石５の磁力の関係を保ちつつ、固定子磁石１および、磁石４と磁石
５の磁力を強く、または、弱くする。(F) While maintaining the relationship of magnetic force of magnet 4≦magnetic force of magnet 5, the magnetic force of stator magnet 1, magnet 4, and magnet 5 is made stronger or weaker.

（ト）非磁性体回転子２のＬ形の切り口面につけた磁石
４と磁石５を固定子磁石１の内周面に対する角度を変え
てやる。(G) The angles of the magnets 4 and 5 attached to the L-shaped cut surface of the non-magnetic rotor 2 with respect to the inner peripheral surface of the stator magnet 1 are changed.

[Brief explanation of drawings]

第１図は本発明のモーターの内部図である。第２図は本発明の非磁性体回転子２をモーターよりとりだした図である。１は固定子磁石２は非磁性体回転子３は回転軸４は磁石５は磁石 FIG. 1 is an internal view of the motor of the present invention. Figure 2 shows a non-magnetic rotor 2 of the present invention. This is a diagram taken from the motor. 1 is stator magnet 2 is a non-magnetic rotor 3 is the rotation axis 4 is a magnet 5 is a magnet

Claims

[Claims] All L-shaped cut surfaces of the non-magnetic rotor 2 have the same polarity as the inner peripheral surface of the stator magnet 1, or
Magnets 4 are attached to the non-magnetic rotor 2 so as to have opposite polarities.
and a motor with magnet 5 attached.