CN101888201A - Double-acting magnetic energy generating device and application thereof - Google Patents
Double-acting magnetic energy generating device and application thereof Download PDFInfo
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- CN101888201A CN101888201A CN2010102382642A CN201010238264A CN101888201A CN 101888201 A CN101888201 A CN 101888201A CN 2010102382642 A CN2010102382642 A CN 2010102382642A CN 201010238264 A CN201010238264 A CN 201010238264A CN 101888201 A CN101888201 A CN 101888201A
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Abstract
The invention relates to a double-acting magnetic energy generating device and application thereof. The double-acting magnetic energy generating device mainly comprises a rocker, a rocking handle, magnets, magnetic dridge, induction windings, a rotor yoke, an output shaft and magnetic rings, wherein the rotor yoke is arranged on the output shaft, the magnetic rings are arranged around the rotor yoke; the rocking handle is provided with the magnets and fixed on the rocker; the magnetic rings are the magnetic rings which contains four antipoles or more than four antipoles which are formed by alternative arrangement of S magnetic poles and N magnetic poles; four or more magnets are symmetrically or evenly distributed around the magnetic rings, wherein S poles of a half of magnets are arranged toward an shaft and N poles of the other half of magnets are arranged toward the shaft; the magnets and the magnetic rings are oppositely arranged and symmetrically or evenly distributed round the shaft; magnetic bridges are arranged on the rotor yoke and/or the rocking handle, and taken as parts of the magnetic rings and/or magnetic circuits of the magnets to be connected with S magnetic poles and N magnetic poles; and the magnetic bridges are provided with the induction windings. The double-acting magnetic energy generating device can output mechanical energy and electric energy simultaneously.
Description
Technical field
The present invention relates to a kind of energy, dynamical system, particularly a kind of double-acting magnetic energy generating device and application thereof that integrates generating and power output function.
Technical background
Faraday in 1821 finds that electrified wire can rotate around permanent magnet, has invented magneto.The Hui Sitong of Britain in 1857 replaces permanent magnet with electromagnet, has invented electric excitation mode, has started new era of electro-magnetic motor.But above motor all is the instrument of power conversion.
Prior art: " magnetic energy amplifier " of my application, " permanent magnetism energy prime mover ", " the magnetic force machine of fluid transmission ", " composite excitation magnetic energy generating device and application thereof ", " magnetic-energy generator " etc.
The present invention is a kind of magnetic energy generating device and application thereof that integrates electricity generate function and power output function, is fit to the occasion of not only needs kinetic energy but also needs electric energy, as the power and the electricity generation system of motor vehicle.
Summary of the invention
The present invention is achieved in that a kind of double-acting magnetic energy generating device, mainly comprise rocking bar (1), rocking handle (2), magnet (3), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), magnet ring (8), it is characterized in that: rotor yoke is located on the power shaft, magnet ring be located at rotor yoke around; Rocking handle is provided with magnet, and rocking handle is fixed on the rocking bar; Magnet ring is S magnetic pole and N magnetic pole four pairs of utmost points or four pairs of extremely above magnet rings alternately, and the magnetic of magnet ring is 4 or 6 common multiple to number of poles; Magnet more than 4 or 4 be symmetrically or evenly distributed in magnet ring around, the quantity of magnet is 2 common multiple, wherein, has the S utmost point of half magnet to arrange to axle, the N utmost point of second half magnet is arranged to axle; Magnet is relative with magnet ring and establish and around axial symmetry or be evenly distributed; Magnetic bridge is located on rotor yoke and/or the rocking handle, and magnetic bridge connects S magnetic pole and N magnetic pole as the part of the magnetic circuit of magnet ring and/or magnet; Magnetic bridge is provided with the induction winding.
Double-acting magnetic energy generating device is a kind of device that produces electric energy and kinetic energy, its basic principle is: rotor is driven by prime mover, during rotor rotation, magnet ring is an alternating magnetic field with respect to the magnet that is located on the rocking handle; magnet on the rocking handle and epitrochanterian magnet ring alternately produce suction and repulsion; on the one hand; rocking handle is produced the power of reciprocally swinging; outwards export the power of machinery rotation motion by rocking bar; on the other hand; the magnetic flux of magnet ring and magnet changes, the induction winding that is located on the magnetic bridge is sensed electromotive force, and the induction winding produces electric current.Owing to act on epitrochanterian suction and repulsion all is that symmetry is offset, what prime mover need overcome in theory is friction, and in fact the magnetic flux of each magnetic pole of magnet ring and magnet is difficult to accomplish in full accord, therefore a small amount of resistance that can become rotor from the suction that can not cancel out each other and the repulsion of magnet ring and magnet, but on the whole, the kinetic energy of magnetic energy generating device output and electric energy sum are far longer than the energy that prime mover consumes.
The magnet ring of 4 pairs of utmost points be equivalent to magnet ring have 4 S extremely outwards, 4 N extremely outwards and 4 S extremely inwardly, 4 N are extremely inside.
Described magnet is permanent magnet or electromagnet, and magnet ring is permanent magnet magnetic ring or electromagnet magnet ring.
The pole orientation of magnet and magnet ring is for radially tangential or axial.
The electromagnet magnet ring is by 8 or 8 above electromagnet are formed, magnetic pole is set at the S utmost point and the N utmost point 4 pairs of utmost points or 4 pairs of extremely above magnet rings alternately, magnetic is 4 or 6 common multiple to the quantity of the utmost point, as 4 pairs of utmost points, 6 pairs of utmost points, 8 pairs of utmost points etc., the quantity of electromagnet is 4 common multiple, as 8,12,16 etc.Electromagnet is made up of iron core and excitation winding, and iron core is generally formed by silicon steel plate stacking, and excitation winding is winding-type winding or mouse-cage type winding.The iron core of whole magnet ring can be made an integral body, also can make independently individual one by one.Each excitation winding of magnet ring can be used the method wiring of serial or parallel connection.
Permanent magnet magnetic ring is formed 4 pairs of utmost points or 4 pairs of extremely above magnet rings by 8 or 8 above S utmost points and N utmost point permanent magnet alternately, magnetic is 4 or 6 common multiple to the quantity of the utmost point, as 4 pairs of utmost points, 6 pairs of utmost points, 8 pairs of utmost points etc., the quantity of permanent magnet is 4 common multiple, as 8,12,16 etc.Perhaps, utilize the method for mold filling or pressing mold to make a complete magnet ring, in special anchor clamps, magnetize then, 4 pairs of utmost points or 4 pairs of extremely above magnet rings of adopting this method to process.Magnet ring is divided into circular and two kinds on polygon.The permanent magnet of the magnet ring of being made up of the polylith permanent magnet is an arc, fan-shaped or trapezoidal.
Double-acting magnetic energy generating device is that permanent magnetism can generating means or electromagnetic energy generating means or composite excitation magnetic energy generating device or multistage magnetic energy generating device or composite excitation magnetic energy generating device arranged side by side.The magnet of permanent magnetism energy generating means is permanent magnet, and magnet ring is a permanent magnet magnetic ring; The magnet of electromagnetic energy generating means is electromagnet, and magnet ring is the electromagnet magnet ring; The magnet of composite excitation magnetic energy generating device is that permanent magnet, magnet ring are the electromagnet magnet ring, and perhaps, magnet is that electromagnet, magnet ring are permanent magnet magnetic ring; The rotor magnetic ring of multistage magnetic energy generating device has more than two sections or two sections, and rocking handle magnet has more than two sections or two sections; The composite excitation magnetic energy generating device is to have electromagnet that permanent magnet is also arranged in the multisection type magnetic energy generating device side by side, and perhaps, magnet ring has permanent magnet magnetic ring that the electromagnet magnet ring is also arranged.
The same with common motor, electromagnet and induction winding need the terminal box wiring.The electric current that is located at epitrochanterian induction winding generation can be sent to terminal box by collector ring and brush, and the electric current that is located at the induction winding generation on the rocking handle can directly be sent to terminal box by electric wire.
The power of the machinery rotation motion that magnetic energy generating device produces converts mechanical rotation movement or mechanical reciprocating power output to by transmission fluid or ratchet mechanism.
Transmission fluid mainly by pipeline, the reciprocating power conversion of machinery can be become fluid direct current shuttling movement or fluid reciprocating motion power the swing cylinder pressure with can become the fluid motor of mechanical rotation movement or mechanical reciprocating motion power or piston cylinder pressure to form fluid direct current shuttling movement or fluid reciprocating motion power conversion.
The swing cylinder pressure comprises vane type or rack-and-pinion piston type or bidentate wheel double rack piston type or plunger type or the double-screw type swing cylinder pressure and the vane type that the power conversion of 4 or 4 above machinery rotation motions can be become fluid direct current shuttling movement or fluid reciprocating motion power or rack-and-pinion piston type or bidentate wheel double rack piston type or plunger type or double-screw type swing cylinder pressure that the power conversion of a machinery rotation motion can be become fluid direct current shuttling movement or fluid reciprocating motion power.Gateway at common swing cylinder pressure installs triple valve additional, can realize the power conversion that machinery rotation moves is become the power of fluid direct current shuttling movement, also the swing cylinder pressure can be designed to have the swing cylinder pressure that the power conversion of machinery rotation motion is become the power function of fluid direct current shuttling movement.Be provided with buffer unit in the swing cylinder pressure,, also limited the hunting range of rocking handle magnet simultaneously in case swing component and cylinder body collide mutually.Buffer unit is when utilizing swing component to move near terminal point, a part of fluid between swing component and the cylinder body is sealed, forced fluid from aperture or slit, to be extruded, thereby produce very big resistance, make the workpiece braking, avoid the mutual collision of swing component and cylinder body.
Ratchet mechanism mainly is made up of detent mechanism, ratchet-gear wheel and freewheel clutch, is a kind of engagement type ratchet mechanism or friction-type ratchet mechanism that the power conversion of one or more machinery rotation motions can be become mechanical rotation movement power; Engagement type ratchet mechanism is outer ratchet or interior ratchet ratchet mechanism, and profile of tooth is lance tooth or rectangular teeth; Engagement type ratchet mechanism is single-lift or the double-acting ratchet mechanism; The friction-type ratchet mechanism is eccentric Wedge-type ratchet mechanism or roller wedging type ratchet mechanism.The ratchet mechanism of being made up of a ratchet and a plurality of detent mechanisms can realize the reciprocating power conversion of a plurality of machineries is become the power of mechanical rotation movement.The effect of freewheel clutch is to convert intermittent rotatablely moving to lasting rotatablely move.
Because rocking handle is only done gyration, and the distance of rocking handle magnet and magnet ring can not be excessive, must the hunting range of rocking handle be limited, and collides mutually to prevent rocking handle magnet and magnet ring.
When the power of the machinery rotation motion that produces when magnetic energy generating device is outwards exported by transmission fluid, can realize restriction by the buffer unit in swing cylinder pressure or the piston cylinder to the hunting range of rocking handle.
When the power that the machinery rotation that produces when magnetic energy generating device moves is outwards exported by ratchet mechanism, can utilize the hunting range of buffer limiter restriction ratchet and rocking handle.Buffer limiter comprises gear type magnetic buffering stop, lever type magnetic buffer limiter, hydraulic cushion stop, plays semi-annular jade pendant buffer limiter, rubber buffer limiter etc.
Rocking handle is provided with rocking bar, by the outside outputting power of rocking bar.Many rocking bars of magnetic energy generating device are outside outputting powers respectively, perhaps, by linkage gear with the power concentration of a plurality of gyrations of many rocking bars in an outside outputting power of rocking bar.When many outside outputting powers of rocking bars difference, power maybe can convert a plurality of machinery rotation motion-promotion forces to the ratchet mechanism output of mechanical rotation movement power by the swing cylinder pressure that a plurality of machinery rotation motion-promotion forces can be converted to the fluid transfer motion power.When a plurality of reciprocating power concentrated on the outside outputting power of rocking bar by linkage gear, power maybe can convert a machinery rotation motion-promotion force to the ratchet mechanism output of mechanical rotation movement power by the swing cylinder pressure that a machinery rotation motion-promotion force can be changed into the fluid transfer motion power.
Linkage gear is located on the rocking bar, and the linkage gear number is identical with the quantity of rocking handle, is even number also, and adjacent linkage gear is meshing with each other, and the direction of adjacent linkage gear swing (rotation) must be opposite.Therefore if adopt linkage gear, adjacent rocking handle winding unshakable in one's determination must the S utmost point with the N utmost point alternately so that the direction that adjacent rocking handle is swung is opposite.When the size of magnetic energy generating device is big, in order to reduce the size of linkage gear, can between adjacent linkage gear, add ellipse the wheel, if the direction of rotation of two adjacent linkage gears is opposite, then ellipse quantity of taking turns is even number between two gears, if the direction of rotation of two adjacent linkage gears is identical, then ellipse quantity of taking turns is odd number between two gears.
Since the angle of linkage gear swing less (about about 10 to 15 degree), so pass through pivot angle amplifier transferring power between linkage gear and swing cylinder pressure or the ratchet mechanism, to amplify the pendulum angle of swing component.The pivot angle amplifier is exactly one-level or the above big or small gear pair of one-level in fact, and the process of its power transmission is the process that an increment subtracts power.
And the supporting buffer limiter of ratchet mechanism is located between magnetic energy generating device and the pivot angle amplifier, and perhaps, the pivot angle amplifier is located between magnetic energy generating device and the buffer limiter.It is different that two kinds of methods to set up require buffer limiter, when buffer limiter is located between magnetic energy generating device and the pivot angle amplifier, the power of input buffering stop is big, hunting range is less, when the pivot angle amplifier was located between magnetic energy generating device and the buffer limiter, the power of input buffering stop was less, hunting range is bigger.When the pivot angle amplifier was located between magnetic energy generating device and the buffer limiter, the size of buffer limiter was less, and cost is lower.
Described fluid is liquid or gas, and described swing cylinder pressure is hydraulic cylinder or pneumatic cylinder, and described fluid motor is hydraulic motor or air pressure motor.
In actual applications, hydraulic system or baric systerm often also have a lot of relevant parts and Technology Needs to use, as Pressure gauge, filter or the like, because the technology comparative maturity of fluid rotation, so repeat no more.
Description of drawings
Fig. 1 is the first embodiment of the invention structural representation.
Fig. 2 is the second embodiment of the invention structural representation.
Fig. 3 is the third embodiment of the invention structural representation.
Fig. 4 is the fourth embodiment of the invention structural representation.
Fig. 5,6,7,8 is the fifth embodiment of the invention structural representation.
Fig. 9 is the sixth embodiment of the invention structural representation.
Figure 10 is the seventh embodiment of the invention structural representation.
Figure 11 is the eighth embodiment of the invention structural representation.
Embodiment
Below in conjunction with drawings and Examples the present invention is further described.
First embodiment
Referring to Fig. 1, a kind of double acting permanent magnetism energy generating means, mainly comprise rocking bar (1), rocking handle (2), magnet (3), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), magnet ring (8), it is characterized in that: rotor yoke is located on the power shaft, magnet ring be located at rotor yoke around; Rocking handle is provided with magnet, and rocking handle is fixed on the rocking bar; S magnetic pole and N magnetic pole four pairs of utmost point permanent magnet magnetic rings alternately that magnet ring is made up of 8 blocks of permanent magnets; 4 permanent magnets that are located on the rocking handle be evenly distributed in magnet ring around, wherein, the S utmost point of left and right two magnet is arranged to axle, the N utmost point of upper and lower two magnet is arranged to axle; Magnet is relative with magnet ring and establish and around axial symmetry or be evenly distributed; The magnet ring inboard is provided with 4 magnetic bridges, and a magnetic bridge connects a pair of magnetic pole of magnet ring; Magnetic bridge is as the part of the magnetic circuit of magnet ring, and magnetic bridge is provided with the induction winding.
Second embodiment
Referring to Fig. 2, a kind of double acting electromagnetic energy generating means mainly comprises rocking bar (1), rocking handle (2), electromagnet (3.1), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), magnet ring (8.1).Magnet ring by 8 electromagnet form, magnetic pole is set at the S magnetic pole and N magnetic pole four pairs of utmost point electromagnet magnet rings alternately; 4 electromagnet that are located on the rocking handle be evenly distributed in magnet ring around, wherein, the N utmost point that is set at of left and right two electromagnet is arranged to axle, the S utmost point that is set at of upper and lower two electromagnet is arranged to axle; 4 electromagnet are relative with the electromagnetism ring and establish and be evenly distributed around axle; Electromagnetism ring inboard is provided with 4 magnetic bridges, and a magnetic bridge is connected with the magnetic pole of two electromagnet; Magnetic bridge is provided with the induction winding.All the other do not state partly first embodiment together, no longer repeat.
The 3rd embodiment
Referring to Fig. 3, the mixed reed-type magnetic energy generating device of a kind of double acting mainly comprises rocking bar (1), rocking handle (2), electromagnet (3.1), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), magnet ring (8).The magnet that is located on the rocking handle is electromagnet, and magnet ring is 4 pairs of utmost point permanent magnet magnetic rings.All the other do not state partly first embodiment together, no longer repeat.
The 4th embodiment
Referring to Fig. 4, the mixed reed-type magnetic energy generating device of a kind of double acting mainly comprises rocking bar (1), rocking handle (2), permanent magnet (3), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), electromagnetism ring (8.1).The magnet that is located on the rocking handle is permanent magnet, and magnet ring is 4 pairs of utmost point electromagnetism rings.All the other do not state partly first embodiment together, no longer repeat.
The 5th embodiment
Referring to Fig. 5, a kind of gear coordinated type ratchet mechanism double acting permanent magnetism energy magnetic force machine mainly comprises: rocking bar (1), rocking handle (2), magnet (3), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), magnet ring (8), linkage gear (9), gear type magnetic buffering stop (10), pivot angle amplifier (11), double-acting ratchet mechanism (12), output shaft (13), motor (14), storage battery (15), bearing (16) and casing (17).Have the motor of storage battery prime mover as the magnetic force machine, motor is connected with power shaft.Double acting permanent magnetism can generating means magnet ring be 4 pairs of utmost point permanent magnet magnetic rings, rocking bar has 4, rocking handle to have 4, the permanent magnet that is located on the rocking handle has 4.Magnetic bridge is as the part of the magnetic circuit of 4 pairs of utmost point permanent magnet magnetic rings, and the magnet ring inboard is provided with 4 magnetic bridges, and magnetic bridge is provided with the induction winding.During the motor drives rotor rotation, magnet ring is an alternating magnetic field with respect to the magnet that is located on the rocking handle; magnet on the rocking handle and epitrochanterian magnet ring alternately produce suction and repulsion; on the one hand, to the power of rocking handle generation reciprocally swinging, outwards exports the power of machinery rotation motion by rocking bar; on the other hand; the magnetic flux of magnet ring and magnet changes, the induction winding that is located on the magnetic bridge is sensed electromotive force, and the induction winding produces electric current.Every rocking bar is provided with a linkage gear, and adjacent linkage gear is meshing with each other.Be provided with gear type magnetic buffering stop and pivot angle amplifier between linkage gear and the ratchet mechanism, utilize the hunting range of gear type magnetic buffering stop restriction rocking bar, utilize the pivot angle amplifier to amplify the pendulum angle of ratchet.Ratchet-gear wheel is connected with output shaft by freewheel clutch.Realization becomes the power of mechanical rotation movement outwards to export the power conversion of the machinery rotation motion that permanent magnetism energy generating means produces.
Referring to Fig. 6, a kind of gear type magnetic buffering stop mainly comprises fixing magnet (10a), swing arm (10c), swing magnet (10d), input gear (10f), big or small gear pair (10g), final stage pinion (10b), gear shaft (10h), bearing (10I) and casing (10e).Be provided with an input gear, secondary size gear pair in the casing, two very big pinion pairs are all in a side of importing gear, the pinion of input gear and first order size gear pair, the pinion of the gear wheel of first order size gear pair and second level size gear pair, the gear wheel and the final stage pinion of second level size gear pair.The swing arm and the final stage pinion that are provided with magnet are fixed on the same gear shaft, have two magnet to be separately positioned on the both sides of swing arm, to be fixed in the casing.Two magnetic poles of the magnet on swing arm magnet homopolarity with both sides respectively are relative, swing sideward when moving when swing arm, and the magnet on the swing arm and the magnet of both sides are approaching, braked by the effect of repulsion.According to lever principle, power is the process that an increment subtracts power from the input gear through the process that secondary size gear pair and final stage pinion are delivered to swing arm, therefore utilizes the repulsion of less magnet just can realize braking.Magnet is permanent magnet.
Referring to Fig. 7, the quantity of linkage gear is identical with the quantity of rocking bar, the gear axis of 4 linkage gears on a circle, 4 gears big or small identical, adjacent gear is meshing with each other.
Referring to Fig. 8, a kind of double-acting ratchet mechanism mainly comprises: double-acting detent mechanism (12a), ratchet-gear wheel (12b) and freewheel clutch (12c).
The 6th embodiment
Referring to Fig. 9, the double acting electromagnetic energy magnetic force machine of a kind of gear coordinated type fluid transmission mainly comprises: rocking bar (1), rocking handle (2), electromagnet (3.1), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), electromagnetism ring (8.1), linkage gear (9), pivot angle amplifier (11), output shaft (13), motor (14), storage battery (15), bearing (16), casing (17), terminal box (18), fan (19), triple valve (20), the swing of rack-and-pinion piston type cylinder pressure (21), fluid motor (22) and pipeline (23,23.1).Triple valve is equipped with at the two ends of rack-and-pinion piston swing cylinder pressure, is provided with buffer unit in the swing cylinder pressure, and the outlet of two parallel connections of swing cylinder pressure is connected with the inlet of fluid motor by pipeline (23); The inlet of two parallel connections of swing cylinder pressure is connected with the outlet of fluid motor by pipeline (23.1); Utilize the swing cylinder pressure that the power conversion of machinery rotation motion is become fluid direct current shuttling movement power, utilize fluid motor to become the power of mechanical rotation movement outwards to export the power conversion of fluid direct current shuttling movement.All the other do not state partly the second, the 5th embodiment together, no longer repeat.
The 7th embodiment
Referring to Figure 10, the double acting composite excitation magnetic energy magnetic force machine of a kind of gear coordinated type fluid transmission mainly comprises: rocking bar (1); rocking handle (2); electromagnet (3.1); magnetic bridge (4); induction winding (5); rotor yoke (6); power shaft (7); permanent magnet magnetic ring (8); linkage gear (9); pivot angle amplifier (11); output shaft (13); motor (14); storage battery (15); bearing (16); casing (17); terminal box (18); fan (19); triple valve (20); rack-and-pinion piston type swing cylinder pressure (21); fluid motor (22) and pipeline (23; 23.1).All the other do not state partly the 3rd, the 6th embodiment together, no longer repeat.
The 8th embodiment
Referring to Figure 11, the double acting block form composite excitation magnetic energy magnetic force machine of a kind of gear coordinated type fluid transmission mainly comprises: rocking bar (1); rocking handle (2); permanent magnet (3); electromagnet (3.1); magnetic bridge (4); induction winding (5); rotor yoke (6); power shaft (7); permanent magnet magnetic ring (8); electromagnetism ring (8.1); linkage gear (9); pivot angle amplifier (11); output shaft (13); motor (14); storage battery (15); bearing (16); casing (17); terminal box (18); fan (19); triple valve (20); rack-and-pinion piston type swing cylinder pressure (21); fluid motor (22) and pipeline (23; 23.1).Rotor is a kind of two-part rotor, and one section rotor is made up of rotor yoke, electromagnetism ring, magnetic bridge and induction winding, and another section rotor is made up of rotor yoke, permanent magnet magnetic ring, magnetic bridge and induction winding.Rocking handle on the rocking bar is a kind of two-part rocking handle, and one section rocking handle is provided with electromagnet, and one section rocking handle is provided with permanent magnet; Electromagnet on the rocking handle is relative with epitrochanterian electromagnetism ring and establish, and the permanent magnet on the rocking handle is relative with epitrochanterian permanent magnet magnetic ring and establish.All the other do not state part with first, second and the 6th embodiment, no longer repeat.
Claims (10)
1. double-acting magnetic energy generating device, mainly comprise rocking bar (1), rocking handle (2), magnet (3), magnetic bridge (4), induction winding (5), rotor yoke (6), power shaft (7), magnet ring (8), it is characterized in that: rotor yoke is located on the power shaft, magnet ring be located at rotor yoke around; Rocking handle is provided with magnet, and rocking handle is fixed on the rocking bar; Magnet ring is S magnetic pole and N magnetic pole four pairs of utmost points or four pairs of extremely above magnet rings alternately, and the magnetic of magnet ring is 4 or 6 common multiple to number of poles; Magnet more than 4 or 4 be symmetrically or evenly distributed in magnet ring around, the quantity of magnet is 2 common multiple, wherein, has the S utmost point of half magnet to arrange to axle, the N utmost point of second half magnet is arranged to axle; Magnet is relative with magnet ring and establish and around axial symmetry or be evenly distributed; Magnetic bridge is located on rotor yoke and/or the rocking handle, and magnetic bridge connects S magnetic pole and N magnetic pole as the part of the magnetic circuit of magnet ring and/or magnet; Magnetic bridge is provided with the induction winding.
2. according to the described a kind of double-acting magnetic energy generating device of claim 1, it is characterized in that the magnet on the rocking handle is permanent magnet or electromagnet, magnet ring is permanent magnet magnetic ring or electromagnet magnet ring; The pole orientation of magnet and magnet ring is for radially tangential or axial.
3. according to the described a kind of double-acting magnetic energy generating device of claim 2, it is characterized in that permanent magnet magnetic ring is by 8 or 84 pairs of utmost points or 4 pairs of extremely above circular magnet ring or polygon magnet rings that above permanent magnet is formed; Perhaps, utilize the method for mold filling or pressing mold to make a complete magnet ring, in special anchor clamps, magnetize then, 4 pairs of utmost points or 4 pairs of extremely above circle and polygon magnet rings of adopting this method to process; The electromagnet magnet ring is by 8 or 8 above electromagnet are formed, magnetic pole is set at the S utmost point and the N utmost point 4 pairs of utmost points or 4 pairs of magnet rings more than the level alternately.
4. according to the described a kind of double-acting magnetic energy generating device of claim 1, it is characterized in that the power of the machinery rotation motion that magnetic energy generating device produces converts mechanical rotation movement or mechanical reciprocating power output to by transmission fluid or ratchet mechanism.
5. according to the described transmission fluid of claim 4, it is characterized in that transmission fluid mainly by pipeline, the power conversion of machinery rotation motion can be become the buffer-type swing cylinder pressure of fluid direct current shuttling movement or fluid reciprocating motion power and can become the fluid motor of mechanical rotation movement or mechanical reciprocating motion power or piston cylinder pressure to form fluid direct current shuttling movement or fluid reciprocating motion power conversion; Vane type or rack-and-pinion piston type or bidentate wheel double rack piston type or plunger type or the double-screw type swing cylinder pressure and the vane type that the power conversion of 4 or 4 above machinery rotation motions can be become fluid direct current shuttling movement or fluid reciprocating motion power or rack-and-pinion piston type or bidentate wheel double rack piston type or plunger type or double-screw type swing cylinder pressure of swing cylinder pressure for the power conversion of a machinery rotation motion being become fluid direct current shuttling movement or fluid reciprocating motion power; Described fluid is liquid or gas, and described swing cylinder pressure is hydraulic cylinder or pneumatic cylinder, and described fluid motor is hydraulic motor or air pressure motor.
6. according to the described ratchet mechanism of claim 4, it is characterized in that ratchet mechanism comprises detent mechanism, ratchet-gear wheel and freewheel clutch, is a kind of engagement type ratchet mechanism or friction-type ratchet mechanism that the power conversion of one or more machinery rotation motions can be become mechanical rotation movement power; Engagement type ratchet mechanism is outer ratchet or interior ratchet ratchet mechanism, and profile of tooth is lance tooth or rectangular teeth; Engagement type ratchet mechanism is single-lift or the double-acting ratchet mechanism; The friction-type ratchet mechanism is eccentric Wedge-type ratchet mechanism or roller wedging type ratchet mechanism.
7. according to the described a kind of double-acting magnetic energy generating device of claim 1, it is characterized in that utilizing linkage gear and/or ellipse the wheel, the swing power concentration of a plurality of rocking handle magnet is exported in same axle.
8. according to claim 1,4 and 7 described a kind of double-acting magnetic energy generating devices, it is characterized in that being provided with between linkage gear and the transmission fluid pivot angle amplifier; Be provided with pivot angle amplifier and buffering stop between linkage gear and the ratchet mechanism.
9. according to claim 1 and 4 described a kind of double-acting magnetic energy generating devices, it is characterized in that utilizing the hunting range of buffer unit restriction rocking handle magnet.
10. according to the described a kind of double-acting magnetic energy generating device of claim 1, it is characterized in that double-acting magnetic energy generating device is that permanent magnetism can generating means or electromagnetic energy generating means or composite excitation magnetic energy generating device or multistage magnetic energy generating device or composite excitation magnetic energy generating device arranged side by side.
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| CN2010102382642A CN101888201A (en) | 2010-07-26 | 2010-07-26 | Double-acting magnetic energy generating device and application thereof |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104129651A (en) * | 2014-07-18 | 2014-11-05 | 刘忠臣 | Magnetic nut and universal permanent magnet transmission device |
| CN107071945A (en) * | 2017-04-10 | 2017-08-18 | 刘凤德 | A kind of magnetic energy converts the device of heat energy |
| CN108278224A (en) * | 2017-03-15 | 2018-07-13 | 陈文星 | A kind of energy conversion device of environmental protection |
| CN109149895A (en) * | 2018-10-08 | 2019-01-04 | 哈尔滨工业大学 | A kind of novel vibration motor |
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2010
- 2010-07-26 CN CN2010102382642A patent/CN101888201A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104129651A (en) * | 2014-07-18 | 2014-11-05 | 刘忠臣 | Magnetic nut and universal permanent magnet transmission device |
| CN108278224A (en) * | 2017-03-15 | 2018-07-13 | 陈文星 | A kind of energy conversion device of environmental protection |
| CN107071945A (en) * | 2017-04-10 | 2017-08-18 | 刘凤德 | A kind of magnetic energy converts the device of heat energy |
| CN109149895A (en) * | 2018-10-08 | 2019-01-04 | 哈尔滨工业大学 | A kind of novel vibration motor |
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