CN108023503A

CN108023503A - Permanent magnet mutual inductance autobiography machine

Info

Publication number: CN108023503A
Application number: CN201610954115.3A
Authority: CN
Inventors: 王考
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-11-03
Filing date: 2016-11-03
Publication date: 2018-05-11

Abstract

The present invention relates to a kind of dynamic power machine, i.e. permanent magnet mutual inductance autobiography machine.By magnet arrangement, strong power output is realized.Permanent magnet is processed wedgewise, it is divided into small magnetic group, and them are allowed to be pulled together by natural magnetic pole, form a circumferential, it will be staggered with external force between these small magnetic groups, between wrong position in each of which sectional area to greatest extent, them are allowed to form the magnetic field for being made of naturally occurring eight magnets for being known as group iron, these group of iron can be staggered movement with the effect of mutual inductance, to change the position in magnetic field, it is allowed to constantly extend forward, eight magnets for being known as keeper are installed above them again, these magnets must be fixed on on eight spoke axis in the center of circle justified by this, them are allowed to be moved with the change of magnetic pole；Keeper is when new magnetic pole is moved to and power caused by the actuation of magnetic pole can provide power required when group iron is moved upwardly or downwardly.When the Wrong Shipment of group iron phase is dynamic, central axis where keeper is driven, as power output.

Description

Permanent magnet mutual inductance autobiography machine

Technical field

The present invention relates to a kind of dynamic power machine, i.e. permanent magnet mutual inductance autobiography machine.

Background technology

In the prior art, power output needs to consume the energy, such as electric energy, wind energy.Magnetic interaction can also be formed Power output, and the energy is saved, but this kind equipment has no report.

The content of the invention

The purpose of the present invention is providing a kind of permanent magnet mutual inductance autobiography machine for above-mentioned deficiency, by magnet arrangement, Realize strong power output, save the energy.

The present invention technical solution be：Permanent magnet mutual inductance autobiography machine, it is characterised in that：Permanent magnet is processed into Wedge shape, is divided into small magnetic group, and allows them to be pulled together by natural magnetic pole, forms a circumferential, with external force by these small magnetic Stagger between group, a wrong position to greatest extent, allows them to be formed by eight magnets for being known as group iron in each of which sectional area The magnetic field of naturally occurring is formed, these group of iron can be staggered with the effect of mutual inductance（Up and down）Movement, to change the position in magnetic field, makes Constantly extend forward, then eight magnets for being known as keeper are installed above them, these magnets must be fixed on to pass through this On eight spoke axis in the center of circle of a circle, them are allowed to be moved with the change of magnetic pole；Keeper is when new magnetic pole is moved to With the actuation of magnetic pole caused by power power required when group iron is moved upwardly or downwardly can be provided.When the Wrong Shipment of group iron phase is dynamic, drive Central axis where keeper, as power output.Magnet is permanent magnet.

It is an advantage of the invention that：By magnet arrangement, strong power output is realized, drive machine work, save the energy.

Embodiments of the present invention are described in further detail below in conjunction with attached drawing.

Brief description of the drawings

Fig. 1 is one of principle of the invention figure schematic diagram.

Fig. 2 is two schematic diagrams of principle of the invention figure.

Fig. 3 is three schematic diagrams of principle of the invention figure.

Fig. 4 is four schematic diagrams of principle of the invention figure.

Fig. 5 is five schematic diagrams of principle of the invention figure.

Fig. 6 is six schematic diagrams of principle of the invention figure.

Fig. 7 is structure diagram of the present invention.

Fig. 8 is Fig. 7 side structure schematic diagrams.

Embodiment

It is as follows referring to Fig. 1-8, parts title：Group iron 1, keeper 2, organizes iron 1-2, organizes iron 1-3, organizes iron 1-4, organizes iron 1-5, spoke axis 3, central shaft 4.

Permanent magnetism mutual inductance self-revolving machine operation principle：

Referring to Fig. 1, we form a small combined magnet with tens pieces of small magnets（Hereinafter referred to as organize iron 1）, another group of group Close magnet（Hereinafter referred to as keeper 2）It is placed on above group iron, keeper will be from N poles to S polar motions.Dotted line is 2 motion bit of keeper Put.

Referring to Fig. 2, if several groups of iron 1 are connected, them are allowed to be pulled together naturally, and group iron 1 and other groups Stagger between iron 1-2, group iron 1-3, keeper 2 also can be to the S polar motions of group iron 1.2 dotted line of keeper is 2 movement position of keeper.Group iron 1-2,1-3 dotted line are staggered positions

Referring to Fig. 3, when keeper 2 moves to the S poles position of group iron 1, a group iron 1-2 is allowed to be moved under the action of mutual inductance and group The parallel position of iron 1, at this moment, the S poles for originally organizing iron 1 disappear, and the S poles of group iron 1-2 become new magnetic pole, and 2 meeting of keeper To the S polar motions of group iron 1-2.

Referring to Fig. 4, when group iron 1-3 is moving to the position parallel with group iron 1-2 under the action of mutual inductance, keeper 2 is again Can be to the S polar motions of group iron 1-3, at the same time, group iron 1 can also move downward under the action of mutual inductance, wrong between group iron 1-2 Open.Group iron 1 is 1 position of group iron after staggering between group iron 1-2.

Referring to Fig. 5, that is to say, that when front group iron is in movement upwards under the action of mutual inductance, the group iron at rear also can Moved downward under the action of mutual inductance, this is because in the another side of circumference, also there is identical keeper 2 doing identical movement, The time of only front and rear group iron movement is identical, and direction is on the contrary, can be only achieved in cycles, the effect of mutual inductance autobiography and purpose.

Group iron and organize wrong movement between mutual inductance between iron, also must keeper 2 give itself downward power and can just smoothly complete It is parallel between group iron and group iron, because having certain height between keeper 2 and group iron, whenever keeper 2 moves to new magnetic pole When, it will be allowed to be attracted with S poles, the power so produced can drive group iron to be moved upwardly or downwardly.

Referring to Fig. 6, and when new group iron is moved to the previous piece of parallel position of group iron, the position of keeper 2 is in Position among two group iron, at this time, suction and repulsion between keeper and two blocks of group iron are zero.At this time keeper 2 with group iron 1 and Suction and repulsion between group iron 1-2 are zero.Until when keeper 2 is moved to new magnetic pole again, it can be made by very little external force Keeper 2 returns to original height.

Referring to Fig. 7, keeper 2 is there is four at four points above ring-type group iron 1, the corresponding back side（Below）There are four.Up and down Eight keepers 2 are connected with central shaft 4.Group iron 1 is made to be used as the movement that is staggered with the mutual inductance of keeper 2（See Fig. 8, each group of iron 1 does not exist On same straight line.）So that keeper 2 drives central shaft 4 to rotate.

Referring to Fig. 7,8, permanent magnet mutual inductance autobiography machine, is that permanent magnet is processed wedgewise, is divided into small magnetic group, and allow it Be pulled together by natural magnetic pole, formed a circumferential, will be staggered with external force between these small magnetic groups, a wrong position is at it Each sectional area to greatest extent, allow them to be formed and be known as the magnets of group iron 1 by eight and form the magnetic field of naturally occurring, these Group iron 1 can be staggered movement with the effect of mutual inductance（It is to move up and down in Fig. 7, is side-to-side movement in Fig. 8）, to change the position in magnetic field Put, be allowed to constantly extend forward, then above them install eight be known as keeper 2 magnets, these magnets must be fixed on On eight spoke axis 3 by the center of circle of this circle（Four above, spoke axis 3, four, the back side）, allow them with the change of magnetic pole and Movement；Keeper 2 can provide group iron 1 and transport up or down when new magnetic pole is moved to power caused by the actuation of magnetic pole Required power when dynamic；Group iron 1 be staggered movement when, drive 2 place central shaft 4 of keeper rotate, as power output.

Claims

1. permanent magnet mutual inductance autobiography machine, it is characterised in that：Permanent magnet is processed wedgewise, is divided into small magnetic group, and allow them It is pulled together by natural magnetic pole, forms a circumferential, will be staggered with external force between these small magnetic groups, a wrong position is at them Respective sectional area to greatest extent, allows them to be formed and is known as group iron by eight（1）Magnet form naturally occurring magnetic field, these Group iron（1）Can be staggered movement with the effect of mutual inductance, to change the position in magnetic field, be allowed to constantly extend forward, then they Eight installed above are known as keeper（2）Magnet, these magnets must be fixed on eight spoke axis in the center of circle to justify by this（3） On, allow them to be moved with the change of magnetic pole；Keeper（2）When new magnetic pole is moved to and produced by the actuation of magnetic pole Power a group iron can be provided（1）Required power when being moved upwardly or downwardly；Group iron（1）Be staggered movement when, drive keeper（2）In place Mandrel（4）Rotate, as power output.