CN208623566U - The structure of magnetic motor - Google Patents

Abstract

The utility model discloses a kind of structures of magnetic motor, primary structure includes the pedestal that an inside is equipped with a runner assembly, the runner assembly includes one to be hubbed at the intracorporal rotary output member of seat, one be articulated in the swing component on pedestal, multiple magnetic support components on the swing component and at least one be set to magnetic disk part on rotary output member, and the plane of the magnetic disk part need to form a predetermined angle with the plane of rotary output member, and swing component is located at the side of rotary output member, magnetic support component is equipped with multiple antifreeze plates.By means of above structure, a rotary power can be imported on rotary output member, rotary output member is allowed to rotate, and drive the rotation of magnetic disk part to cooperate swing component, magnetic support component and antifreeze plate to rotate it persistently, to retain the power of its rotation.

Description

The structure of magnetic motor

Technical field

The utility model relates to a kind of structure of magnetic motor, espespecially a kind of knot for the magnetic motor that can retain rotary power Structure.

Background technique

Since the industrial revolution, various machinery brings the people and quickly improves, and someone says the mankind's in the last hundred years Progress speed has been ten several times for thousands of years before, but opposite, and the energy as required for various machinery also causes Ten several times before being also for the acquisition of environmental disruption and the energy in the last hundred years for thousands of years.

Such as petroleum and natural gas etc. largely exploit, cause storage increasingly reduce in addition some supply areas soon Close to exhausted state, and burning petroleum and natural gas generate electric power, also result in quite serious air pollution and temperature The situation of room effect, so how Looking For Substitutions Of Oil is subject under discussion quite popular at present.

The alternative energy source presently most often mentioned and used has solar energy, waterpower and wind-power electricity generation etc., above-mentioned substitution The energy is all to have a degree of effect, but other than above-mentioned several ways, there are also utilize with current result of study Magnetic energy comes as the method for replacing the energy, but for current magnetic motor, and the effect for saving power is all complete not enough, So how to save power using magnetic motor achievees the effect that power generation, as problem to be solved whereby.

So how to solve the problems, such as it is above-mentioned commonly use with missing, as the applicant of the utility model and be engaged in this journey The relevant manufactures of industry want to study improved direction place.

Therefore the creator of the utility model is in view of the above-mentioned deficiency, is collecting related data, via assessing and examine in many ways Consider, and to engage in many years of experience of the industry accumulation, through continuous trial and modification, designs the utility model eventually.

Utility model content

The purpose of this utility model is to provide the structures that one kind can save the magnetic motor of rotary power.

Based on this, the utility model mainly uses utilising techniques, Lai Shixian above-mentioned purpose.

A kind of structure of magnetic motor mainly includes: a pedestal；One runner assembly, the runner assembly are set in the pedestal, And the runner assembly includes a rotary output member, a swing component, multiple magnetic support components and an at least magnetic disk part, the rotation Turn output to be hubbed in the pedestal, the magnetic disk part be set to the rotary output member on, and the plane of the magnetic disk part with The plane of the rotary output member forms a predetermined angle, which is articulated on the pedestal, and the swing component is located at the rotation At the side of output, the magnetic support component is set on the swing component, and position corresponds to the magnetic disk part；And it is multiple every magnetic Piece, the antifreeze plate are respectively arranged on the magnetic support component, and are located at the side of the neighbouring magnetic disk part.

Further, which includes one first sheet body, one is set to the second sheet body and together at the first sheet body side When connect the pedestal of first sheet body and second sheet body, and the runner assembly be set to first sheet body and second sheet body it Between.

Further, each magnetic support component includes an elastic element and one swings magnetic element, which is set to the pendulum Between moving part and the pedestal, and the swing magnetic element is set on the swing component, and position corresponds to the magnetic disk part.

Further, which includes multiple swing magnetic elements, and the swing magnetic element is respectively arranged on the pendulum At the two sides of moving part, and position corresponds to the magnetic disk part.

Further, which includes a fixed part and multiple spin magnetization elements on the fixed part.

Further, which is equipped with an at least element fixed part, which passes through the member Part fixed part is fixed in the fixed part.

Further, which connects a power resources part.

Further, which connects a power output member.

Further, which is equipped with a brake element for connecting the rotary output member.

Further, which is one of Drum brake or Disk brake.

After above-mentioned technological means, the utility model utilizes runner assembly and antifreeze plate, and rotation can be retained by reaching The effect of power, wherein the plane of rotary output member and the plane of magnetic disk part will form a predetermined angle, that is, the two Can't be parallel, and swing component is located at the side of rotary output member, the position of magnetic support component can then correspond to magnetic disk part, and Magnetic force at the magnetic support component side mutually adjacent with magnetic disk part can be mutually exclusive, and by above-mentioned structure, user needs elder generation Rotary output member is rotated using external impetus, when rotary output member rotation, that is, will drive the rotation of magnetic disk part, due to magnetic Property disc plane and the plane of rotary output member form a predetermined angle, therefore to have side more neighbouring for magnetic disk part Swing component, at the other side then can further from swing component, when magnetic disk part is close to magnetic support component on swing component, by Repel each other in the magnetic force of magnetic support component and magnetic disk part, and the magnetic force of magnetic support component can be adjusted via antifreeze plate, therefore one can be generated Mutual expelling force is located remotely from each other it, and because magnetic disk part is in the state of rotation, mutual expelling force can cooperate the side of rotation To a thrust is formed, to push it persistently to rotate, and when wherein side pushed away from magnetic disk part because of magnetic support component to swing component, It can work as magnetic disk part because the principle of lever swing is close to magnetic disk part at its other side and be again close to the another of swing component When side, a thrust will be generated according to above-mentioned movement again via the magnetic support component being set on the other side, rotate it persistently, The power of rotation can be thus stored in runner assembly via under the interaction of magnetic force.

By above-mentioned technology, the poor problem of the effect that can save power for the magnetic motor commonly used is broken through, Reach above-mentioned advantage.

Detailed description of the invention

Fig. 1 is the perspective view of the utility model preferred embodiment.

Fig. 2 is the power schematic diagram of the utility model preferred embodiment.

Fig. 3 is the utility model preferred embodiment close to schematic diagram.

Fig. 4 is the schematic diagram that repels each other of the utility model preferred embodiment.

Fig. 5 is the thrust schematic diagram of the utility model preferred embodiment.

Fig. 6 is the perspective view of the another preferred embodiment of the utility model.

Fig. 7 is the exploded view of the another preferred embodiment of the utility model.

Fig. 8 is the another preferred embodiment of the utility model close to schematic diagram.

Fig. 9 is the schematic diagram that repels each other of the another preferred embodiment of the utility model.

Figure 10 is the thrust schematic diagram of the another preferred embodiment of the utility model.

Figure 11 is the brake schematic diagram of the another preferred embodiment of the utility model.

Figure 12 is the power generation schematic diagram of the another preferred embodiment of the utility model.

Figure 13 is the perspective view of the utility model another embodiment.

Figure 14 is the rotation schematic diagram (one) of the utility model another embodiment.

Figure 15 is the rotation schematic diagram (two) of the utility model another embodiment.

Figure 16 is the promotion schematic diagram (one) of the utility model another embodiment.

Figure 17 is the swing schematic diagram (one) of the utility model another embodiment.

Figure 18 is the promotion schematic diagram (two) of the utility model another embodiment.

Figure 19 is the swing schematic diagram (two) of the utility model another embodiment.

[symbol description]

Pedestal 1,1a

First sheet body 11

Second sheet body 12

Pedestal 13

Power resources part 14

Brake element 15a

Power output member 16a

Generator 161a

Disk 162a

Crawler belt 163a

Tube body 17a

Runner assembly 2

Rotary output member 21,21a

Swing component 22,22a, 22b

Magnetic support component 221,221a, 221b

Swing magnetic element 222,222a, 222b

Elastic element 223

Magnetic disk part 3,3a, 3b

Fixed part 31,31a, 31b

Spin magnetization element 32,32a, 32b

Element fixed part 321a

Antifreeze plate 4,4a, 4b.

Specific embodiment

To reach above-mentioned purpose and effect, technical means and structures used by the utility model, hereby drawing just, this is practical Novel its feature and function of preferred embodiment elaborate are as follows, understood completely with sharp.

Refering to Figure 1, being the perspective view of the utility model preferred embodiment, it can be clearly seen from the figure that this is practical new Type includes:

One pedestal 1, pedestal 1 include one first sheet body 11, one be set to 11 side of the first sheet body at the second sheet body 12 and One connects the pedestal 13 of the first sheet body 11 and the second sheet body 12 simultaneously；

One runner assembly 2, runner assembly 2 include a rotary output member 21, a swing component 22, two magnetic support components 221 and One magnetic disk part 3, wherein rotary output member 21 is hubbed in pedestal 1, and between the first sheet body 11 and the second sheet body 12, And swing component 22 is articulated on pedestal 1, magnetic support component 221 is then set on swing component 22, and it is corresponding to be located at swing component 22 Two sides at, magnetic disk part 3 is set on rotary output member 21, and the plane of magnetic disk part 3 and rotary output member 21 is flat Face will form a predetermined angle, and the two is made not to be parallel to each other whereby；

Each magnetic support component 221 includes that an elastic element 223 and one swings magnetic element 222, and elastic element 223 is set to pendulum Between moving part 22 and pedestal 1, and swings magnetic element 222 and be located at the side of neighbouring magnetic disk part 3 on swing component 22；

Magnetic disk part 3 include one be set to rotary output member 21 on fixed part 31 and it is multiple be set to fixed part 31 in Spin magnetization element 32, and spin magnetization element 32 and swing at the mutually adjacent side of magnetic element 222, magnetic force can be mutual When being the pole N at repulsion, such as the neighbouring side for swinging magnetic element 222 of spin magnetization element 32, it is neighbouring to swing magnetic element 222 Also be the pole N at the side of spin magnetization element 32, it is on the contrary then；And

An antifreeze plate 4 is all equipped on each magnetic support component 221, the magnetic line of force caused by adjustable swing magnetic element 222, And in this present embodiment, the material of antifreeze plate 4 is iraurite.

By above-mentioned explanation, the structure of the utility model can be appreciated that, and the corresponding matching according to this structure The kinetic energy of rotation is stored among runner assembly 2, and detailed explanation will be in following the description.

Also referring to FIG. 1 to 5, illustrate for the perspective view of the utility model preferred embodiment to thrust Figure, when by above-mentioned component groups structure, it can be clearly seen from the figure that, user must first connect the rotary output member 21 in runner assembly 2 A power resources part 14 is connect, power resources part 14 can be electric motor or other tools that it can be driven to rotate, it does not limit, It whereby rotates rotary output member 21, will drive magnetic disk part 3 when rotary output member 21 rotates and rotate, due to magnetism circle Diskware 3 and rotary output member 21 form a predetermined angle, and swing component 22 can and rotate defeated when not swinging and not to Surge chamber The plane of part 21 is parallel out, and two swing magnetic element 222 all at the side of neighbouring second sheet body 12, therefore magnetic disk part 3 have at side it is more neighbouring swing magnetic element 222, and at the other side i.e. can further from swinging magnetic element 222, when Magnetic disk part 3 at the side of swing component 22 close to swing component 22 when, the spin magnetization element on magnetic disk part 3 32 can swing magnetic element 222 close to being located on swing component 22, because of spin magnetization element 32 and swing between magnetic element 222 Magnetic force repel each other, therefore a mutual expelling force can be generated, the power of magnetic disk part 3 rotation itself can cooperate the adjustment of antifreeze plate 4 to swing magnetic After the magnetic force of property element 222, can break through mutual expelling force keeps its close to each other, and mutual expelling force can be again by swing component 22 and magnetic disk later Part 3 mutually pushes away, and mutual expelling force can cooperate the direction of rotation to form a thrust, pushes magnetic disk part 3 and rotation output whereby Part 21 continues to rotate.

When swinging at 22 side of swing component via the power that swing magnetic element 222 is given, i.e., it can squeeze elastic element 223 are transmitted on swing component 22 with generating an elastic force, assist swing component 22 to swing and persistently push away magnetic disk part 3 whereby, together When, it, then can be because lever principle be close to magnetic at the other side of swing component 22 when at 22 one end of swing component far from magnetic disk part 3 Disc 3, and when magnetic disk part 3 rotates at the side of swing component 22 to the other side of swing component 22, also can be through By above-mentioned manner of execution, via the swing magnetic element 222, spin magnetization element 32 and antifreeze plate 4 of the other side by mutual expelling force It is converted into thrust, pushes magnetic disk part 3 and rotary output member 21 persistently to rotate whereby, rotary power can be remained in rotation In component 2, if power is lost fastly, power resources part 14 can be reused and supplement power, to extend in rotational time.

Please cooperate simultaneously again and is extremely sent out refering to the perspective view for shown in Fig. 6 to Figure 12, being the another preferred embodiment of the utility model Electrical schematic, it can be clearly seen from the figure that, the present embodiment and above-described embodiment be it is similar, in this present embodiment, magnetism circle The quantity of diskware 3a is two, and the two can be located at adjacent to the side of swing component 22a it is one of identical on rotary output member 21a Side, that is, can be simultaneously close to swing component 22a when two magnetic disk part 3a rotation, and the spin magnetization in magnetic disk part 3a is first Also there is multiple element fixed part 321a on part 32a, be in this present embodiment fixed perforation, and fixed part 31a is then groove, therefore Spin magnetization element 32a can be caught in groove, then screw is locked in element fixed part 321a, be secured to fixed part On 31a, and each magnetic support component 221a includes two swing magnetic element 222a, and is located at the two sides of swing component 22a, Position respectively corresponds two magnetic disk part 3a, is equipped with an a brake element 15a and power output member 16a then at pedestal 1a, and Brake element 15a and power output member 16a is both connected on rotary output member 21a.

When giving rotary output member 21a rotary power so that it is rotated, it will drive two magnetic disk part 3a and rotate, and two When a magnetic disk part 3a is rotated, the two can close swing component 22a, and benefit simultaneously simultaneously at the side of swing component 22a The mutual expelling force that swing magnetic element 222a with magnetic disk part 3a and on swing component 22a gives, then cooperate antifreeze plate 4a Adjustment and the power of rotation mutual expelling force is converted to thrust, to push magnetic disk part 3a and rotary output member 21a to continue Rotation.

Rotary output member 21a can extend a tube body 17a, and tube body 17a can with rotary output member 21a synchronous rotary, and Brake element 15a is set on tube body 17a, when user needs to stop rotary output member 21a, that is, brake element can be used 15a stops tube body 17a, is stopped rotating with driving rotary output member 21a to synchronize, and brake element 15a can for Drum brake or One of Disk brake is not limited, and also can be other kinds of brake mode.

And power output member 16a be in this present embodiment include a generator 161a, a disk 162a and one can be simultaneously The crawler belt 163a for driving generator 161a and disk 162a rotation, whereby conducts the rotary power of rotary output member 21a to hair In motor 161a, to achieve the effect that power generation.

Please cooperate simultaneously again refering to fig. 13 to shown in Figure 19, is the perspective view of the utility model another embodiment To swinging schematic diagram (two), it can be clearly seen from the figure that, the present embodiment and above-described embodiment be it is similar, in the present embodiment In, each magnetic support component 221b includes two swing magnetic element 222b, and is located at the two sides of swing component 22b, and magnetic Disc 3b is located at two and swings between magnetic element 222b, and spin magnetization element 32b is located at the two sides of fixed part 31b Place, to respectively correspond the swing magnetic element 222b at two sides, and antifreeze plate 4b can then be set to and swing on magnetic element 222b, and Between swing magnetic element 222b and spin magnetization element 32b.

When movement, can be rotated referring initially to power shown in Figure 14 to Figure 16, is first given by magnetic disk part 3b, and such as Figure 16 Shown, when magnetic disk part 3b turns to the angle, wherein the spin magnetization element 32b of side can be close to the pendulum of wherein side Dynamic magnetic element 222b, and the magnetic line of force for swinging magnetic element 222b, the strength repelled each other whereby are adjusted via antifreeze plate 4b The power-conversion for collecting and cooperating rotation is thrust, to push magnetic disk part 3b to rotate.

Referring again to shown in Figure 17, when mutual expelling force is converted into thrust, and magnetic disk part 3b is driven to rotate whereby, the other side The spin magnetization element 32b at place is the swing magnetic element 222b that can be squeezed with mutual expelling force on its corresponding position, pushes pendulum whereby Moving part 22b cooperates the direction of rotation of magnetic disk part 3b to swing.

Referring again to shown in Figure 18, when magnetic disk part 3b rotate to herein when, will be magnetic via the swing at the other side The magnetic force that element 222b gives makes the magnetic force to repel each other be converted into thrust, pushes magnetic disk again after antifreeze plate 4b adjustment Part 3b is persistently rotated, and as shown in figure 19, when magnetic disk part 3b rotation, understands again pushing moving part 22b according to magnetic disk part The direction of 3b rotation is swung, and returns to the aspect such as Figure 16 whereby, and repetitive operation remaines in rotary power wherein.

The above is only the preferred embodiment of the utility model only, and therefore, it does not limit the patent models of the utility model It encloses, therefore all simple modifications and equivalent structure variation carried out by with the utility model specification and schema content, it should all similarly wrap In the scope of the patents contained in the utility model.

So the structure of the magnetic motor of the utility model can improve the key problem in technology commonly used and be:

Thrust is converted by mutually exclusive magnetic force via magnetic support component 221, magnetic disk part 3 and antifreeze plate 4, is borrowed This rotary power that will act on rotary output member 21 is stored in runner assembly 2, if power is lost fastly, can be reused dynamic Power source part 14 supplements power.

In conclusion the structure of the magnetic motor of the utility model in use, can reach its effect and purpose really.

Claims (10)

1. a kind of structure of magnetic motor, which is characterized in that mainly include:

One pedestal；

One runner assembly, the runner assembly are set in the pedestal, and the runner assembly includes a rotary output member, a swing Part, multiple magnetic support components and at least a magnetic disk part, the rotary output member are hubbed in the pedestal, which sets In on the rotary output member, and the plane of the magnetic disk part and the plane of the rotary output member form a predetermined angle, the pendulum Moving part is articulated on the pedestal, and the swing component is located at the side of the rotary output member, and the magnetic support component is set to the swing On part, and position corresponds to the magnetic disk part；And

Multiple antifreeze plates, the antifreeze plate are respectively arranged on the magnetic support component, and are located at the side of the neighbouring magnetic disk part Place.

2. the structure of magnetic motor as described in claim 1, it is characterised in that: the pedestal includes one first sheet body, one sets The second sheet body at the first sheet body side and one connect first sheet body and second sheet body simultaneously pedestal, and this turn Dynamic component is set between first sheet body and second sheet body.

3. the structure of magnetic motor as described in claim 1, it is characterised in that: each magnetic support component include an elastic element and One swings magnetic element, which is set between the swing component and the pedestal, and the swing magnetic element is set to the swing On part, and position corresponds to the magnetic disk part.

4. the structure of magnetic motor as described in claim 1, it is characterised in that: the magnetic support component includes that multiple swings are magnetic Element, the swing magnetic element is respectively arranged at the two sides of the swing component, and position corresponds to the magnetic disk part.

5. the structure of magnetic motor as described in claim 1, it is characterised in that: the magnetic disk part include a fixed part, And multiple spin magnetization elements on the fixed part.

6. the structure of magnetic motor as claimed in claim 5, it is characterised in that: the spin magnetization element is equipped at least unitary Part fixed part, the spin magnetization element are fixed in the fixed part by the element fixed part.

7. the structure of magnetic motor as described in claim 1, it is characterised in that: the rotary output member connects a power resources Part.

8. the structure of magnetic motor as described in claim 1, it is characterised in that: the rotary output member connects a power output Part.

9. the structure of magnetic motor as described in claim 1, it is characterised in that: the pedestal is equipped with one and connects rotation output The brake element of part.

10. the structure of magnetic motor as claimed in claim 9, it is characterised in that: the brake element is Drum brake or dish-style One of brake.