CN104638868A - Permanent strong magnetic energy power machine - Google Patents
Permanent strong magnetic energy power machine Download PDFInfo
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- CN104638868A CN104638868A CN201310546964.1A CN201310546964A CN104638868A CN 104638868 A CN104638868 A CN 104638868A CN 201310546964 A CN201310546964 A CN 201310546964A CN 104638868 A CN104638868 A CN 104638868A
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Abstract
The invention discloses a permanent strong magnetic energy power machine. The machine comprises a shell, a non-magnetic rotating shaft is installed in the shell, and a rotating disc is installed on the non-magnetic rotating shaft. The periphery of the rotating disc is equipped with an insulting sleeve, the periphery of the insulating sleeve is equipped with two first conductive blocks and two second conductive blocks, and the first conductive blocks and the second conductive blocks are arranged in a staggered mode. The periphery of the non-magnetic rotating shaft is equipped with four electromagnets and four rotor permanent strong magnets, and one rotor permanent strong magnet is arranged between the electromagnets of any two phases. A rotor of the machine is equipped with an electromagnet of which the polarity can be cyclically transformed. A stator of the machine is composed of a pair of rotor permanent strong magnets of which the like poles are arranged opposite to each other. Electrical energy is efficiently converted into mechanical energy. In addition, the permanent strong magnetic energy power machine has a simpler and more compact structure, the left and right sides of the shell are provided with end covers, a plurality of machines can be used in a linked mode, and assembly and disassembly are convenient. The permanent strong magnetic energy power machine can convert electric energy into mechanical energy more efficiently. The permanent strong magnetic energy power machine has the advantages of convenient control and stable operation.
Description
Technical field
The present invention relates to one strong magnet power machine forever.
Background technology
Existing DC motor structure is comparatively complicated, and coil is more, and operation stability is poor, keeps in repair more complicated, and, be that the efficiency of mechanical energy is lower by electric energy conversion, be difficult to the instructions for use meeting user.
Summary of the invention
Object of the present invention, is to provide one strong magnet power machine forever, it simple for structure compact, safeguard more convenient, stable, and it significantly can improve the efficiency that electric energy conversion is mechanical energy, can solve prior art Problems existing.
The object of the invention is to be achieved through the following technical solutions: strong magnet power machine forever, comprises shell, in shell, non-magnetic rotating shaft is installed, rolling disc is installed in non-magnetic rotating shaft; The periphery installing insulating cover of rolling disc, two piece of first conducting block and two piece of second conducting block are installed in the periphery of insulating case, and the first conducting block and the second conducting block are staggered; Four electromagnet and four rotors kicker magnet are forever installed in the periphery of non-magnetic rotating shaft, install rotor kicker magnet forever between the electromagnet of any two phases; Each electromagnet is connected and composed by coil and silicon steel sheet magnetic conductive part, and the periphery of each silicon steel sheet magnetic conductive part is wound around one group of coil; Four magnet spools connect one to one with two the first conducting blocks and two the second conducting blocks respectively; Two adjacent magnet spools are connected with first conducting block and second conducting block respectively; In shell, two the first carbon brush and two the second carbon brush are installed; Two the first carbon brush respectively with two the first conducting block corresponding matching; Two the second carbon brush respectively with two the second conducting block corresponding matching; Two the first carbon brush are connected with the positive terminal on shell respectively by wire, and two the second carbon brush are connected with the negative terminal on shell respectively by wire; In shell, the first magnets of stator and the second magnets of stator are installed, first magnets of stator and the second magnets of stator are S shape, first magnets of stator is relative with the second magnets of stator homopolarity, and the lower semisection of the first magnets of stator and the upper semisection of the second magnets of stator lay respectively at the both sides of non-magnetic rotating shaft.
For realizing object of the present invention further, can also realize by the following technical solutions: described shell is bolted by right end cap, left end cap and housing main body and forms, right end cap and left end cap lay respectively at housing main body both sides, and left end cap and the second magnets of stator are connected and fixed, first fixed mechanism is installed between housing main body and right end cap, second fixed mechanism is installed between housing main body and left end cap, first fixed mechanism is by the first guide rod, first guide pin bushing, first backstay and the first fastening bolt connect and compose, second fixed mechanism is by the second guide rod, second guide pin bushing, second backstay and the second fastening bolt connect and compose, left end cap is provided with the first guide rod, housing main body is provided with the first guide pin bushing, first guide rod coordinates with the first guide pin bushing, first guide rod is offered the first location hole, housing main body is installed the first backstay, one end of first backstay coordinates with the first location hole, the other end of the first backstay is provided with the first locating ring, first locating ring coordinates with the first fastening bolt, housing main body and left end cap are connected and fixed by the first fastening bolt, housing main body is provided with the second guide rod, right end cap is provided with the second guide pin bushing, second guide pin bushing coordinates with the second guide rod, second guide rod is provided with the second location hole, in second location hole, the second backstay is installed, one end of second backstay passes outside right end cap and is provided with the second locating ring, and install the second fastening bolt in the second locating ring, housing main body and right end cap are connected and fixed by the second fastening bolt.The part of described first magnets of stator electromagnet dorsad installs the first magnetic isolation plate, and the part of described second magnets of stator electromagnet dorsad installs the second magnetic isolation plate.One end of described non-magnetic rotating shaft passes shell and installs flying wheel outward.Magnetism shielding hood is provided with between adjacent two electromagnet.
Good effect of the present invention is: its rotor has the electromagnet that reverse capable of circulation is housed.Its stator by the relative rotor of a pair homopolarity forever kicker magnet form.It utilizes the principle of homopolar-repulsion, drives non-magnetic rotating shaft to rotate continuously, thus, be mechanical energy by electric energy Efficient Conversion.In addition, its structure is more simply compact, and its housing left and right sides is provided with end cap, is applicable to multiple stage machine and carries out online use, easy accessibility.Electric energy can be converted into mechanical energy by more expeditiously.The present invention also has the easy and stable advantage of manipulation.
Accompanying drawing explanation
Accompanying drawing illustrates: Fig. 1 is the structural representation of strong magnet power machine forever of the present invention; Fig. 2 is the A-A line sectional structure schematic diagram along Fig. 1; Fig. 3 is the B-B line sectional structure schematic diagram along Fig. 1; Fig. 4 is the I partial enlargement structural representation of Fig. 3; Fig. 5 is the II partial enlargement structural representation of Fig. 3; Fig. 6 be described in multiple stage forever strong magnet power machine with the use of structural representation.
Reference numeral: 1 shell 2 non-magnetic rotating shaft 3 flying wheel 4 first conducting block 5 second conducting block 6 insulating case 7 first carbon brush 8 magnetism shielding hood 9 right end cap 10 rotor is kicker magnet 11 coil 12 silicon steel sheet magnetic conductive part 13 first magnetic isolation plate 14 first magnets of stator 15 second magnets of stator 16 rolling disc 17 second carbon brush 18 second magnetic isolation plate 19 left end cap 20 housing main body 21 first guide rod 22 first guide pin bushing 23 first location hole 24 first backstay 25 first fastening bolt 26 first locating ring 27 second guide rod 28 second guide pin bushing 29 second location hole 30 second backstay 31 second fastening bolt 32 second locating ring forever.
Embodiment
As shown in Figure 3, strong magnet power machine forever of the present invention, comprises shell 1.In shell 1, non-magnetic rotating shaft 2 is installed.As shown in Figures 2 and 3, rolling disc 16 is installed in non-magnetic rotating shaft 2.As shown in Figure 2, the periphery installing insulating cover 6 of rolling disc 16.The periphery of insulating case 6 is installed two piece of first conducting block 4 and two piece of second conducting block 5, first conducting block 4 and the second conducting block 5 and is staggered, and installs second conducting block 5 between wantonly two adjacent the first conducting blocks 4.As shown in Figure 3, four electromagnet and four rotors kicker magnet 10 are forever installed in the periphery of non-magnetic rotating shaft 2.For making described motor running stablize, four electromagnet can be uniformly distributed in the periphery of non-magnetic rotating shaft 2.Between any two adjacent electromagnet, rotor kicker magnet 10 is forever installed.Each electromagnet is connected and composed by coil 11 and silicon steel sheet magnetic conductive part 12.The periphery of each silicon steel sheet magnetic conductive part 12 is wound around one group of coil 11.Four magnet spools 11 connect one to one with two the first conducting blocks 4 and two the second conducting blocks 5 respectively.Two adjacent magnet spools 11 are connected with first conducting block 4 and second conducting block 5 respectively.As shown in Figure 2, in shell 1, two the first carbon brush 7 and two the second carbon brush 17 are installed.Two the first carbon brush 7 respectively with two the first conducting block 4 corresponding matching; Two the second carbon brush 17 respectively with two the second conducting block 5 corresponding matching.Two the first carbon brush 7 are connected with the positive terminal on shell 1 respectively by wire, and two the second carbon brush 17 are connected with the negative terminal on shell 1 respectively by wire.As shown in Figure 3, in shell 1, first magnets of stator 14 and the second magnets of stator 15 is installed.For making described power machine structure more compact small and exquisite, meanwhile, guarantee the work of engine normal power-up, as shown in Figure 3, the first magnets of stator 14 and the second magnets of stator 15 are S shape.First magnets of stator 14 is relative with the second magnets of stator 15 homopolarity, and the lower semisection of the first magnets of stator 14 and the upper semisection of the second magnets of stator 15 lay respectively at the both sides of non-magnetic rotating shaft 2.
With the first magnets of stator 14 polarity relative with the second magnets of stator 15 for N pole, the polarity of all rotors outer end of kicker magnet 10 be forever N very example operation principle is described:
Positive negative terminal on shell 1 is connected with the both positive and negative polarity of DC power supply respectively.
As shown in Figure 2, two the first conducting block 4 positively chargeds, two the second conducting blocks 5 are electronegative, and the outer end of up and down two electromagnet corresponding with the first magnets of stator 14 and the second magnets of stator 15 is N pole, and the outer end of two other electromagnet is S pole for initial condition.As shown in Figure 3, the magnetic line of force due to magnet extends from magnet one-level to surrounding, finally all closes at the closed curve of another pole of magnet.And, first magnets of stator 14 and the second magnets of stator 15 are all that half end face is corresponding with upper and lower two electromagnet, the magnetic line of force direction that first magnets of stator 14 is left half section left, the magnetic line of force that second magnets of stator 15 is right half section to the right, therefore, electromagnet one power left of the first magnets of stator 14 meeting to below, the second magnets of stator 15 can give electromagnet one power to the right of top, and non-magnetic rotating shaft 2 is turned clockwise.
After non-magnetic rotating shaft 2 rotates 90 degree, originally two electromagnet of upper-lower position go to horizontal level, originally two electromagnetism of horizontal level go to upper-lower position, now, as shown in Figure 2, first conducting block 4 and the second conducting block 5 also synchronously turn 90 degrees, make two the first conducting blocks 4 electronegative, two the second conducting block 5 positively chargeds, thus, make the outer end of two electromagnet just going to upper-lower position switch to N pole, the outer end just having gone to the electromagnet of horizontal level switches to S pole; First magnets of stator 14 and the second magnets of stator 15 still apply the power turned clockwise to the electromagnet being positioned at upper-lower position.Circulation like this, non-magnetic rotating shaft 2 can be driven and be rotated clockwise continuously.
For convenience of the engine on-line working described in multiple stage, save the space of multiple stage engine on-line working, when simplifying on-line working, the structure of whole online unit, reduce production cost, as shown in Fig. 3,4 and 5, described shell 1 is bolted by right end cap 9, left end cap 19 and housing main body 20 and forms.Right end cap 9 and left end cap 19 lay respectively at housing main body 20 both sides, and left end cap 19 and the second magnets of stator 15 are connected and fixed.First fixed mechanism is installed between housing main body 20 and right end cap 9, the second fixed mechanism is installed between housing main body 20 and left end cap 19.First fixed mechanism is by the first guide rod 21, first guide pin bushing 22, first backstay 24 and the first fastening bolt 25 connect and compose, second fixed mechanism is by the second guide rod 27, second guide pin bushing 28, second backstay 30 and the second fastening bolt 31 connect and compose, left end cap 19 is provided with the first guide rod 21, housing main body 20 is provided with the first guide pin bushing 22, first guide rod 21 coordinates with the first guide pin bushing 22, first guide rod 21 is offered the first location hole 23, housing main body 20 is installed the first backstay 24, one end of first backstay 24 coordinates with the first location hole 23, the other end of the first backstay 24 is provided with the first locating ring 26, first locating ring 26 coordinates with the first fastening bolt 25, housing main body 20 and left end cap 19 are connected and fixed by the first fastening bolt 25.Housing main body 20 is provided with the second guide rod 27, right end cap 9 is provided with the second guide pin bushing 28, second guide pin bushing 28 coordinates with the second guide rod 27, second guide rod 27 is provided with the second location hole 29, in second location hole 29, second backstay 30 is installed, one end of second backstay 30 passes to be provided with outside right end cap 9 and installs the second fastening bolt 31, second fastening bolt 31 in second locating ring 32, second locating ring 32 and housing main body 20 and right end cap 9 are connected and fixed.Described in separate unit during engine work, can be as shown in Figures 2 and 3.Described in multiple stage during engine work, as shown in Figure 6.By separate unit engine be converted into multiple stage engine combine online use time, first the first fixed mechanism of every platform engine and the second fixed mechanism are opened, and pull down housing main body 20 and the bolt between right end cap 9 and left end cap 19, the right end cap 9 of every platform engine is separated with housing main body 20 with left end cap 19, because left end cap 19 is fixedly connected with 15, therefore, while pulling down left end cap 19,15 pull down in the lump with left end cap 19; The right-hand member of an engine is connected with the left end of another engine again, between two engines, second guide rod 27 of the second fixed mechanism of left side power machine can match with the first guide pin bushing 22 of the first fixed mechanism of right side power machine, thus, realize being fixedly connected with between two engines, in addition, be also bolted fixing between two engines, make online unit secure rigid more.
In order to prevent rotor, kicker magnet 10 and adjacent electromagnet produce mutual magnetic force and disturb forever.As shown in Figure 3, magnetism shielding hood 8 is provided with between adjacent two electromagnet.For guaranteeing described motor continuous rotation, one end of described non-magnetic rotating shaft 2 passes shell 1 outer installation flying wheel 3.
For preventing the irony article of described motor to surrounding from causing attraction, guarantee electric motor normal working.As shown in Figure 1, the part of described first magnets of stator 14 electromagnet dorsad installs the first magnetic isolation plate 13, and the part of described second magnets of stator 15 electromagnet dorsad installs the second magnetic isolation plate 18.
Claims (5)
1. strong magnet power machine forever, is characterized in that: comprise shell (1), installs non-magnetic rotating shaft (2), non-magnetic rotating shaft (2) is installed rolling disc (16) in shell (1); Periphery installing insulating cover (6) of rolling disc (16), two piece of first conducting block (4) and two piece of second conducting block (5) are installed in the periphery of insulating case (6), and the first conducting block (4) and the second conducting block (5) are staggered; Four electromagnet and four rotors kicker magnet (10) are forever installed in the periphery of non-magnetic rotating shaft (2), install rotor kicker magnet (10) forever between the electromagnet of any two phases; Each electromagnet is connected and composed by coil (11) and silicon steel sheet magnetic conductive part (12), and the periphery of each silicon steel sheet magnetic conductive part (12) is wound around one group of coil (11); Four magnet spools (11) connect one to one with two the first conducting blocks (4) and two the second conducting blocks (5) respectively; Two adjacent magnet spools (11) are connected with first conducting block (4) and second conducting block (5) respectively; In shell (1), two the first carbon brush (7) and two the second carbon brush (17) are installed; Two the first carbon brush (7) respectively with two the first conducting block (4) corresponding matching; Two the second carbon brush (17) respectively with two the second conducting block (5) corresponding matching; Two the first carbon brush (7) are connected with the positive terminal on shell (1) respectively by wire, and two the second carbon brush (17) are connected with the negative terminal on shell (1) respectively by wire; In shell (1), the first magnets of stator (14) and the second magnets of stator (15) are installed, first magnets of stator (14) and the second magnets of stator (15) are S shape, first magnets of stator (14) is relative with the second magnets of stator (15) homopolarity, and the lower semisection of the first magnets of stator (14) and the upper semisection of the second magnets of stator (15) lay respectively at the both sides of non-magnetic rotating shaft (2).
2. strong magnet power machine forever according to claim 1, is characterized in that: described shell (1) is bolted by right end cap (9), left end cap (19) and housing main body (20) and forms, right end cap (9) and left end cap (19) lay respectively at housing main body (20) both sides, and left end cap (19) and the second magnets of stator (15) are connected and fixed, between housing main body (20) and right end cap (9), the first fixed mechanism is installed, between housing main body (20) and left end cap (19), the second fixed mechanism is installed, first fixed mechanism is by the first guide rod (21), first guide pin bushing (22), first backstay (24) and the first fastening bolt (25) connect and compose, second fixed mechanism is by the second guide rod (27), second guide pin bushing (28), second backstay (30) and the second fastening bolt (31) connect and compose, left end cap (19) is provided with the first guide rod (21), housing main body (20) is provided with the first guide pin bushing (22), first guide rod (21) coordinates with the first guide pin bushing (22), first guide rod (21) is offered the first location hole (23), upper installation first backstay (24) of housing main body (20), one end of first backstay (24) coordinates with the first location hole (23), the other end of the first backstay (24) is provided with the first locating ring (26), first locating ring (26) coordinates with the first fastening bolt (25), housing main body (20) and left end cap (19) are connected and fixed by the first fastening bolt (25), housing main body (20) is provided with the second guide rod (27), right end cap (9) is provided with the second guide pin bushing (28), second guide pin bushing (28) coordinates with the second guide rod (27), second guide rod (27) is provided with the second location hole (29), in second location hole (29), the second backstay (30) is installed, one end of second backstay (30) passes outside right end cap (9) and is provided with the second locating ring (32), install the second fastening bolt (31) in second locating ring (32), housing main body (20) and right end cap (9) are connected and fixed by the second fastening bolt (31).
3. strong magnet power machine forever according to claim 1, it is characterized in that: the part of described first magnets of stator (14) electromagnet dorsad installs the first magnetic isolation plate (13), the part of described second magnets of stator (15) electromagnet dorsad installs the second magnetic isolation plate (18).
4. strong magnet power machine forever according to claim 1, is characterized in that: one end of described non-magnetic rotating shaft (2) passes shell (1) and installs flying wheel (3) outward.
5. strong magnet power machine forever according to claim 1, is characterized in that: be provided with magnetism shielding hood (8) between adjacent two electromagnet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310546964.1A CN104638868A (en) | 2013-11-07 | 2013-11-07 | Permanent strong magnetic energy power machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310546964.1A CN104638868A (en) | 2013-11-07 | 2013-11-07 | Permanent strong magnetic energy power machine |
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| Publication Number | Publication Date |
|---|---|
| CN104638868A true CN104638868A (en) | 2015-05-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310546964.1A Pending CN104638868A (en) | 2013-11-07 | 2013-11-07 | Permanent strong magnetic energy power machine |
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| CN (1) | CN104638868A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111327177A (en) * | 2020-04-16 | 2020-06-23 | 李盈念 | Layer-fixed double-rotation and multilayer multi-rotation strong magnetic direct current power machine |
-
2013
- 2013-11-07 CN CN201310546964.1A patent/CN104638868A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111327177A (en) * | 2020-04-16 | 2020-06-23 | 李盈念 | Layer-fixed double-rotation and multilayer multi-rotation strong magnetic direct current power machine |
| CN111327177B (en) * | 2020-04-16 | 2023-08-25 | 李盈念 | Strong magnetic direct current power machine with layer fixed double rotation and multiple layers multiple rotation |
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Application publication date: 20150520 |