CN101359886A - Method and apparatus for converting magnetic energy into kinetic energy - Google Patents
Method and apparatus for converting magnetic energy into kinetic energy Download PDFInfo
- Publication number
- CN101359886A CN101359886A CNA2008101989542A CN200810198954A CN101359886A CN 101359886 A CN101359886 A CN 101359886A CN A2008101989542 A CNA2008101989542 A CN A2008101989542A CN 200810198954 A CN200810198954 A CN 200810198954A CN 101359886 A CN101359886 A CN 101359886A
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- permanent magnet
- magnet blocks
- groove
- magnetic
- frame
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Abstract
Disclosed is a method for converting magnetic energy into kinetic energy as well as an apparatus thereof, which are characterized in that: two attracting permanent magnet blocks are used to attract permanent magnet blocks attracted around a frame rotating along a rotating shaft so as to drive the frame to rotate along the rotating shaft, and a rotating permanent magnet block arranged in a groove between the two attracting permanent magnet blocks ensures that the attracted permanent magnet blocks are kept to be attracted continuously to drive the frame to rotate along the rotating shaft. Compared with the prior art, the method and the apparatus have the advantages of simple structure and convenient control by utilizing the magnetic force of permanent magnets to provide kinetic energy.
Description
Technical field:
The present invention relates to a kind of method and device that produces kinetic energy by magnetic force.
Background technology:
The magnetic force that existing permanent magnet produced generally is need hardly in the work of kinetic energy to be used in absorption etc., at present, also there is not mature technique that the magnetic force of permanent magnetism power directly is used on the production kinetic energy, and that the kinetic energy that magnetic force provided of permanent magnet be we can say is infinite, unless the magnetic force of permanent magnet disappears.For this reason, the applicant has designed 200710092818.0 technology and has converted magnetic energy to kinetic energy or electric energy, though this technology can convert magnetic energy to kinetic energy or electric energy, but, owing to move forward and backward the mode of slide bar by employing device is carried out smoothly, therefore, have complex structure, control is got up very inconvenient.
Summary of the invention:
Goal of the invention of the present invention is to provide a kind of magnetic force of permanent magnet that utilizes that method and device kinetic energy, simple in structure, that control converts magnetic energy to kinetic energy easily are provided.
The method that converts magnetic energy to kinetic energy of the present invention is to realize like this, periphery in the frame upper edge frame of rotating along rotating shaft evenly is provided with the plural permanent magnet blocks that is attracted, the south poles of the permanent magnet blocks that is attracted is positioned at perpendicular to the pole orientation of the two sides of this permanent magnet blocks of circumference and all permanent magnet blocks that is attracted identical, upper-lower position in the frame back is provided with the attraction permanent magnet blocks that magnetic pole faces frame, two attract the pole orientation of permanent magnet blocks identical, the groove of frame rotating shaft core is just being passed through in formation one between two attraction permanent magnet blocks, rotate in the groove on groove both sides the permanent magnet blocks that a magnetic pole is positioned at the side is set, in the time of above the identical magnetic pole of the magnetic pole with above attracting permanent magnet blocks of the permanent magnet blocks in the groove is not positioned at, front and back two magnetic poles of two attraction permanent magnet blocks form the magnetic line of force from south to north on groove, under the magnetic attraction of the magnetic line of force that two attraction permanent magnet blocks are forming on the groove, the permanent magnet blocks that is attracted moves towards the direction of its pole orientation groove identical with the magnetic line of force direction of groove, driving frame rotates along rotating shaft, when the permanent magnet blocks that is attracted during near groove, rotating permanent magnet blocks makes the magnetic pole above it identical with magnetic pole above the attraction permanent magnet blocks, to cut off the magnetic line of force at this groove place, the permanent magnet blocks that is attracted through this place can not attracted and no longer mobile by the magnetic line of force of groove, behind the permanent magnet blocks process groove that is attracted, rotate permanent magnet blocks at once, make above the identical magnetic pole of the magnetic pole with above attracting permanent magnet blocks of the permanent magnet blocks in the groove is not positioned at, so that this place at groove forms the magnetic line of force again, the permanent magnet blocks that attracts another to be attracted, constantly rotate thereby make the permanent magnet blocks that is attracted drive frame, constantly output kinetic energy.
The device that converts magnetic energy to kinetic energy of the present invention is to realize like this, by support, rotation is arranged on the frame on the support, in the even permanent magnet blocks that is attracted more than two that is provided with of the periphery of the frame upper edge frame of rotating along rotating shaft, be arranged on the upper-lower position of frame back and the attraction permanent magnet blocks that magnetic pole faces frame, control device constitutes, the south poles of the permanent magnet blocks that is attracted is positioned at perpendicular to the pole orientation of the two sides of this permanent magnet blocks of circumference and all permanent magnet blocks that is attracted identical, two attract the pole orientation of permanent magnet blocks identical, the groove of frame rotating shaft core is just being passed through in formation one between two attraction permanent magnet blocks, rotate in the groove on groove both sides and be provided with the permanent magnet blocks that magnetic pole is positioned at the side, permanent magnet blocks is connected with and drives its actuating unit that rotates on groove, and the signal of telecommunication output of control device links to each other with the control signal of telecommunication input of actuating unit.During work, front and back two magnetic poles of two attraction permanent magnet blocks form the magnetic line of force from south to north on groove, under the magnetic attraction of the magnetic line of force that two attraction permanent magnet blocks are forming on the groove, the permanent magnet blocks that is attracted moves towards the direction of its pole orientation groove identical with the magnetic line of force direction of groove, driving frame rotates along rotating shaft, when the permanent magnet blocks that is attracted during near groove, control device rotates permanent magnet blocks according to pre-set programs by actuating unit makes this magnetic pole above permanent magnet blocks identical with the magnetic pole that attracts the permanent magnet blocks surface, to cut off the magnetic line of force at this place, the permanent magnet blocks that is attracted through this place can not attracted and no longer mobile by the magnetic line of force of groove, behind the permanent magnet blocks process groove that is attracted, control device rotates permanent magnet blocks according to pre-set programs by actuating unit, so that this place at groove forms the magnetic line of force again, the permanent magnet blocks that attraction is attracted, constantly rotate thereby make the permanent magnet blocks that is attracted drive frame, constantly output kinetic energy.Because slip permanent magnet blocks slip energy needed is seldom, and the rotational kinetic energy of frame is very big, the loss of the magnetic force that adds permanent magnet in the process that produces kinetic energy is seldom, like this, just can obtain big to convert magnetic energy to kinetic energy by consuming little energy.
The present invention compared with the prior art, having the magnetic force that utilizes permanent magnet provides kinetic energy, simple in structure, easily advantage of control.
Description of drawings:
Fig. 1 is a fundamental diagram of the present invention;
Fig. 2 is a structural representation of the present invention;
Fig. 3 is the A-A cutaway view of Fig. 2;
Fig. 4 is a circuit controling drawing of the present invention.
Embodiment:
Now in conjunction with the accompanying drawings and embodiments the present invention is described in further detail:
As shown in Figure 1, the method that converts magnetic energy to kinetic energy of the present invention is to realize like this, periphery in the frame 2 upper edge frames 2 of rotating along rotating shaft 1 evenly is provided with the plural permanent magnet blocks that is attracted 3, the south poles of the permanent magnet blocks 3 that is attracted is positioned at perpendicular to the pole orientation of the two sides of this permanent magnet blocks 3 of circumference and all permanent magnet blocks that is attracted 3 identical, upper-lower position in frame 2 back is provided with the attraction permanent magnet blocks 4 that magnetic pole faces frame 2, two attract the pole orientation of permanent magnet blocks 4 identical, two attract 4 formation one of permanent magnet blocks just passing through the groove 5 of frame 2 rotating shaft cores, rotate in the groove 5 on groove 5 both sides the permanent magnet blocks 6a that a magnetic pole is positioned at the side is set, 6b, in the time of above the identical magnetic pole of the magnetic pole with above attracting permanent magnet blocks 4 of permanent magnet blocks 6a in the groove 5 or 6b is not positioned at, front and back two magnetic poles of two attraction permanent magnet blocks 4 form the magnetic line of force from south to north on groove 5, attract permanent magnet blocks 4 under the magnetic attraction of the magnetic line of force that forms on the groove 5 two, the permanent magnet blocks 3 that is attracted moves towards the direction of its pole orientation groove 5 identical with the magnetic line of force direction of groove 5, driving frame 2 rotates along rotating shaft, when the permanent magnet blocks that is attracted 3 during near groove 5, rotate permanent magnet blocks 6a or 6b, make the magnetic pole above it identical with magnetic pole above attracting permanent magnet blocks 4, to cut off the magnetic line of force at these groove 5 places, the permanent magnet blocks that is attracted 3 through this place can not attracted and no longer mobile by the magnetic line of force of groove 5, behind the permanent magnet blocks 3 process grooves 5 that are attracted, rotate permanent magnet blocks 6a or 6b at once, make above the identical magnetic pole of the magnetic pole with above attracting permanent magnet blocks 4 of permanent magnet blocks 6a in the groove 5 or 6b is not positioned at, so that this place at groove 5 forms the magnetic line of force again, attract another permanent magnet blocks that is attracted 3, constantly rotate thereby make the permanent magnet blocks 3 that is attracted drive frame 2, constantly output kinetic energy.Frame 2 adopts non-magnetic conduction, non-conducting material to make, and adopts non-magnetic conduction, non-conducting material can prevent that frame 2 is magnetized, thereby cutting magnetic line produces the smooth rotation that electric current influences the magnetic force situation and the frame 2 of whole system during rotation.Simultaneously, attracting the diameter of the groove of the groove 5 of formation in the permanent magnet blocks 4 is that frame 2 diameter 3/10-3/15 are best.
As Fig. 2, shown in Figure 3, the device that converts magnetic energy to kinetic energy of the present invention is to realize like this, by support 7, rotation is arranged on the frame 2 on the support 7, evenly be provided with the permanent magnet blocks that is attracted 3 more than two at the periphery of the frame 2 upper edge frames 2 of rotating along rotating shaft 1, be arranged on the upper-lower position of frame 2 back and the attraction permanent magnet blocks 4 that magnetic pole faces frame 2, control device 9 constitutes, the south poles of the permanent magnet blocks 3 that is attracted is positioned at perpendicular to the pole orientation of the two sides of this permanent magnet blocks 3 of circumference and all permanent magnet blocks that is attracted 3 identical, two attract the pole orientation of permanent magnet blocks 4 identical, the groove 5 of frame 2 rotating shaft cores is just being passed through in formation one between two attraction permanent magnet blocks, rotate in the groove 5 on groove 5 both sides and be provided with the permanent magnet blocks 6a that magnetic pole is positioned at the side, 6b, permanent magnet blocks 6a or 6b are connected with and drive its actuating unit 8 that rotates on grooves 5, and the signal of telecommunication output of control device 9 links to each other with the control signal of telecommunication input of actuating unit 8.Frame 2 adopts non-magnetic conduction, non-conducting material to make.Simultaneously, attracting the diameter of the groove of the groove 5 of formation in the permanent magnet blocks 4 is that frame 2 diameter 3/10-3/15 are best.
Claims (6)
1, a kind of method that magnetic energy is converted to kinetic energy, it is characterized in that the plural permanent magnet blocks that is attracted evenly being set at the periphery of the frame upper edge frame of rotating along rotating shaft, the south poles of the permanent magnet blocks that is attracted is positioned at perpendicular to the pole orientation of the two sides of this permanent magnet blocks of circumference and all permanent magnet blocks that is attracted identical, upper-lower position in the frame back is provided with the attraction permanent magnet blocks that magnetic pole faces frame, two attract the pole orientation of permanent magnet blocks identical, the groove of frame rotating shaft core is just being passed through in formation one between two attraction permanent magnet blocks, rotate in the groove on groove both sides the permanent magnet blocks that a magnetic pole is positioned at the side is set, in the time of above the identical magnetic pole of the magnetic pole with above attracting permanent magnet blocks of the permanent magnet blocks in the groove is not positioned at, front and back two magnetic poles of two attraction permanent magnet blocks form the magnetic line of force from south to north on groove, under the magnetic attraction of the magnetic line of force that two attraction permanent magnet blocks are forming on the groove, the permanent magnet blocks that is attracted moves towards the direction of its pole orientation groove identical with the magnetic line of force direction of groove, driving frame rotates along rotating shaft, when the permanent magnet blocks that is attracted during near groove, rotate permanent magnet blocks, make the magnetic pole above it identical with magnetic pole above attracting permanent magnet blocks, to cut off the magnetic line of force at this groove place, the permanent magnet blocks that is attracted through this place can not attracted and no longer mobile by the magnetic line of force of groove, behind the permanent magnet blocks process groove that is attracted, rotate permanent magnet blocks at once, make above the identical magnetic pole of the magnetic pole with above attracting permanent magnet blocks of the permanent magnet blocks in the groove is not positioned at, so that this place at groove forms the magnetic line of force again, the permanent magnet blocks that attracts another to be attracted, constantly rotate thereby make the permanent magnet blocks that is attracted drive frame, constantly output kinetic energy.
2, according to claim 1ly convert magnetic energy the method for kinetic energy to, it is characterized in that frame adopts non-magnetic conduction, non-conducting material to make.
3, according to claim 1 and 2ly convert magnetic energy the method for kinetic energy to, it is characterized in that attracting the diameter of the groove of the groove that forms in the permanent magnet blocks is frame diameter 3/10-3/15.
4, a kind of device that magnetic energy is converted to kinetic energy, it is characterized in that by support, rotation is arranged on the frame on the support, in the even permanent magnet blocks that is attracted more than two that is provided with of the periphery of the frame upper edge frame of rotating along rotating shaft, be arranged on the upper-lower position of frame back and the attraction permanent magnet blocks that magnetic pole faces frame, control device constitutes, the south poles of the permanent magnet blocks that is attracted is positioned at perpendicular to the pole orientation of the two sides of this permanent magnet blocks of circumference and all permanent magnet blocks that is attracted identical, two attract the pole orientation of permanent magnet blocks identical, the groove of frame rotating shaft core is just being passed through in formation one between two attraction permanent magnet blocks, rotate in the groove on groove both sides and be provided with the permanent magnet blocks that magnetic pole is positioned at the side, permanent magnet blocks is connected with and drives its actuating unit that rotates on groove, and the signal of telecommunication output of control device links to each other with the control signal of telecommunication input of actuating unit.
5, according to claim 4ly convert magnetic energy the device of kinetic energy to, it is characterized in that frame adopts non-magnetic conduction, non-conducting material to make.
6, describedly convert magnetic energy the device of kinetic energy to according to claim 4 or 5, it is characterized in that attracting the diameter of the groove of the groove that forms in the permanent magnet blocks is frame diameter 3/10-3/15.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008101989542A CN101359886A (en) | 2008-09-25 | 2008-09-25 | Method and apparatus for converting magnetic energy into kinetic energy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008101989542A CN101359886A (en) | 2008-09-25 | 2008-09-25 | Method and apparatus for converting magnetic energy into kinetic energy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101359886A true CN101359886A (en) | 2009-02-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008101989542A Pending CN101359886A (en) | 2008-09-25 | 2008-09-25 | Method and apparatus for converting magnetic energy into kinetic energy |
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| Country | Link |
|---|---|
| CN (1) | CN101359886A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014124036A2 (en) * | 2013-02-06 | 2014-08-14 | Textron Inc. | Induction reel motor |
-
2008
- 2008-09-25 CN CNA2008101989542A patent/CN101359886A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014124036A2 (en) * | 2013-02-06 | 2014-08-14 | Textron Inc. | Induction reel motor |
| WO2014124036A3 (en) * | 2013-02-06 | 2015-01-15 | Textron Inc. | Induction reel motor |
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Open date: 20090204 |