CN1819434A - Engine by magnetic energy - Google Patents

Abstract

There are two magnets in the magnetic motor. One of them is called fixed magnet, and the other one is called magnetic piston linked with engine column and crankshaft. Between the fixed magnet and the magnetic piston there is a magnetic shield for use in cutting off the magnetic force line. At one side of magnetic shield close to the fixed magnet, when the poles of fixed magnet and the magnetic piston are homopolarity, a great repulsion force will be generated. With magnetic shied, when the magnetic piston is close to the fixed magnet, the magnetic shied is closed to remove the repulsion force between said magnets, and when the magnetic piston is close to the fixed magnet and reaches a nearest point, the magnetic shied is opened to generate repulsion force pushing the magnetic piston far away from the fixed magnet. Through the engine column and crankshaft, the repulsion force is translated to rotation force.

Description

Magnetic energy motor

Technical field

The present invention relates to engine art, particularly a kind of magnetic energy motor.

Background technology

At present, the energy major part that we utilize all is non-renewable energy resources, as power plant generating boiler, other industry, the coal that civil boiler consumption is a large amount of, the a large amount of fuel oil of engine consumption of communications and transportation, combustion gas, and magnetic energy motor is to utilize the different pole between two magnets or two magnetic patch to inhale the power of repelling each other and producing with magnetic pole mutually, supply with as energy, magnetic potential energy just, the power of repelling each other of the same magnetic pole between two magnets particularly, connecting rod by engine, machineries such as bent axle are changed into revolving force with the power between the magnetic field, the utilization of magnetic energy mainly is that magnetic shielding device plays an important role, and when two magnet homopolar-repulsions needs are close, closes magnetic screen, make two magnets do not have under the situation of mutual expelling force close, when near after open magnetic screen, produce mutual expelling force, the power of Here it is magnetic energy motor, magnetic energy motor can provide power to various device, saves non-renewable energy resources.

Description

The present invention is the magnet potential energy that utilizes different pole between two magnets or two magnetic patch to inhale mutually to repel each other with the magnetic pole power as engine, particularly two magnets are with the relative mutual expelling force that produces of magnetic pole strength, the fixing fixedly magnetic patch that cries of magnet, another magnet is made piston-shaped being contained in the piston shell, as Fig. 6 magnetic piston schematic diagram, be connected with machineries such as engine link bent axles and be the magnetic piston, fixedly installing magnetic shielding device additional in the middle of magnetic patch and the magnetic piston, just can be the device of magnetic field or magnetic line of force blocking-up, magnetic shielding device is in fixing magnetic patch one side, distance is at 0.1mm---and between the 80mm, between magnetic piston closest approach 0.1mm-80mm, the magnetic plunger distance is fixedly called stop in the magnetic patch solstics, closest approach is lower dead center, when the magnetic piston in lower dead center, open magnetic screen, making fixedly, magnetic patch and magnetic piston produce mutual expelling force, as engine power, when magnetic piston arrives after top dead center, close magnetic screen and make the magnetic piston not having to reach lower dead center under the situation of mutual expelling force smoothly, finish a duty cycle.The running of realization engine will be understood the performance of magnet, magnet or magnetic patch are through magnetizing, magnetic energy has just been arranged, but this energy shows as the absorption affinity to permeability magnetic material such as ferrous material, magnetic energy utilization is narrower, and the different pole between two magnets or magnetic patch is inhaled the power of repelling each other with magnetic pole mutually, will increase several times shows to tens times, especially the power of repelling each other with magnetic pole between two magnetic patch, more can well utilize, when two magnetic patch that repel each other under the repulsion effect, can away from, if near just needing equal power, this just needs a kind of device, the power that can utilize two magnetic patch to repel each other solves again not having to make two magnetic patch close under the situation of mutual expelling force, just needs the screening arrangement of the magnetic field or the magnetic line of force.In the iron pipe that certain thickness is arranged, put a magnet, outside iron pipe, put a magnetic patch, make two magnetic patch relative with magnetic pole strength, fully can be close, two magnetic poles have only the thickness distance of iron pipe, this is to make the iron pipe inwall that the magnetic line of force of circulation arranged because the magnetic patch magnetic line of force in the iron pipe flows along the iron pipe inwall, if we make a call to a hole in the relative position of two big magnetic patch, and do activity with ferrous material and seal, opening the hole just can make two magnetic patch produce mutual expelling force, closing closed pore just can make two magnetic patch that repel each other close, can accomplish with logical direct current of pancake coil or outage, but mechanical movement is opened, close and play the used power of magnetic screen or pancake coil is opened, close magnetic screen, all can not reach the purpose of utilizing magnetic energy, the utilization of magnetic energy, be exactly the used power of shielding and the motion that do not shield of magnetic and whose size of mutual expelling force of two magnetic patch generation becomes key, the invention solves this problem; 1, the magnetic piston is made rectangle or ellipse, is contained in the piston shell, makes the relative barricade of piston in narrow one side motion, reduces screening range.Form by two parts as Figure 62, magnetic screen maneuvering board, play the magnetic conductive board of shielding action, play the corrosion resistant plate of support effect, magnetic conductive board and magnetic piston area are basic identical, other motion barricade positions are to be welded into a whole with the material and the permeability magnetic material that are not adsorbed by magnetic force, and without any other resistance, and the magnetic shield panel centre is porose when magnetic shield panel moves, reduce weight, as Fig. 5.3, the magnetic screen maneuvering board is to open, close the most critical parts of shielding, in barricade permeability magnetic material upper and lower surfaces the back suction magnetic patch is housed, one side is towards fixing magnetic patch, another side is towards the magnetic piston, simultaneously be equipped with between the thicker magnetic patch 5mm-30mm in the face of this of fixing magnetic patch, with fixing magnetic patch homopolar-repulsion, the effect of this piece magnetic patch is to make be not fixed at the volley magnetic patch absorption of magnetic shield panel, can very weak magnetic field of inhaling mutually with magnetic piston heteropole appear at the another side of magnetic screen maneuvering board again, play crucial shielding action, make fixedly magnetic patch when closing shielding, the magnetic piston is provided with mutual expelling force in case the magnetic piston from the approaching smoothly fixedly magnetic patch of top dead centre.Another side at the magnetic shield panel permeability magnetic material also is equipped with the back suction magnetic patch, can be several fritters, its effect mainly is that the magnetic piston does not produce big suction to the magnetic screen maneuvering board when shielding is opened, these several little magnetic patch are identical with magnetic piston magnetic pole certain mutual expelling force, but can not influence the magnetic piston when shielding to fixedly magnetic patch motion, the motion of magnetic screen maneuvering board in a word is that be not fixed magnetic patch or magnetic piston adsorbs.4, the back suction magnetic patch is equipped with at the main shielding position of magnetic screen maneuvering board up and down, above towards the back suction magnetic patch of magnetic piston when closing the magnetic piston at top dead centre, there is not magnetic force to disturb, but magnetic screen is near fixing magnetic patch one side, the magnetic screen maneuvering board and fixedly magnetic patch mutual expelling force is arranged, will make fixedly magnetic patch increasing, magnetic screen maneuvering board magnetic conduction part is moved in magnetic field range, just invisible magnetic orbital as Fig. 7, has reduced the resistance of magnetic shield panel motion.More than these four aspects with the shielding in magnetic field with do not shield the resistance of motion and drop to minimum, magnetic screen maneuvering board Fig. 5 is contained in above fixed mask plate Fig. 4, press with grooving board, as Figure 10, mutual expelling force between the magnet, in saturated magnetic patch, the intensity in magnetic field fails gradually, generally need some months, these material conditions that be the magnetic energy motor innovation and creation just, and the magnetic patch of decline is only magnetized tens seconds of needs, the magnetic energy motor magnetic shielding device is most important, but the back suction magnetic patch that is equipped with on the magnetic screen maneuvering board must be the very strong magnetic patch of coercive force, avoids frequent replacing.Fixedly the used magnetic patch table magnetic of magnetic patch or magnetic piston is in 7000 Gausses, the magnetic hill value reaches 8000 Gausses, but neodymium iron boron magnetic body to 80 degree centigrade just begins quick demagnetization, a method is to add the thermal insulation sheet, use resistant to elevated temperatures magnetic patch besides, two magnets repel each other area 30mm * 70mm thickness 50mm at the mutual expelling force that closely produces more than 60 kilograms, and several kilograms power is once used in opening or closing of shielding, and four cylinder magnetic energy motors of our design are the shieldings of 2 cylinders of 1 conduction device control and do not shield.A conduction device is controlled the shielding of two cylinders simultaneously, be that two cylinders are close, a magnetic piston is at top dead centre, another is in lower dead center, operating angle 180 degree, no matter be that fixedly magnetic patch or magnetic are piston-shaped can be different shape, as square, circular, rectangle, oval, but all should keep certain thickness to increase magnetic flux, the big manufacturing difficulty of thickness can overlap with multilayer and make, and the magnetic pole area of magnet can be very big, if but area surpasses the certain limit core is no magnetic, so can form a bulk with a plurality of fritter magnets, each fritter all has independently magnetic field, after having provided fixedly the area that repels each other of magnetic patch, can make following another side magnetic pole strength increase form trapezoidal, increase the magnetic field intensity of used magnetic pole strength, for each magnetic patch being fixed on the position of oneself, should be with material that is not adsorbed by magnetic field such as the stainless steel material card that fixes, fix with the Luo silk, just dismounting.In magnetic energy motor fixedly magnetic patch or magnetic piston can be single to or how right, one fixedly magnetic patch can with a magnetic piston action, also can with a plurality of magnetic piston actions, the stroke of magnetic piston in cylinder is between 10mm-1000mm, generally should be between 100mm-200mm, should keep the distance of 20mm-2000mm in order when moving, to be independent of each other mutually between every pair of magnetic piston, generally should be between 100mm-200mm.The size of magnetic shielding device is the magnetic piston that shields as required and fixed, thickness should be between 10mm-60mm, magnetic screen should not be too thick, because fixedly the mutual expelling force of magnetic patch and magnetic piston is that limited general mutual expelling force is between 180mm-300mm, the shielding campaign of magnetic screen maneuvering board, can be to pass through gear by main power shaft, the shielding power transmission shaft, the cam fork controls, rotating speed passed on the shielding driven axle by 1: 1, open or close magnetic screen such as Fig. 8 in accordance with regulations, conducting system with fixed head and bearing fixing at engine housing, or opening with the magnetic screen maneuvering board of electromagnetism conduction control, close, as Fig. 9, no matter be mechanical conductive or automatically controlled conduction, the magnetic screen that every cover conduction device can be controlled a cylinder or a plurality of cylinders opens or closes.The cylinder block of engine can be assembling or be cast as one, oil leab, water channel are arranged in the cylinder, because the distance in the magnetic energy motor between the magnetic piston is far to be assembled into, entire cylinder body, bearing box, bent axle, crank, connecting rod must be made with the material that does not influence the motion of magnetic piston, cylinder can be single cylinder or multi cylinder, can word order, many rows arrange, multi-angle is arranged, multi-angle is arranged and is meant that the cylinder of each angle points to same bent axle, and the active force of each angle is pointed to same bent axle.The fixedly magnetic patch and the magnetic piston of engine can replace, just fixedly magnetic patch last, piston is following, the corresponding change of miscellaneous part position, fixedly the magnetic patch detachment system is when not working, and all fixedly magnetic patch are broken away from other magnetic field, in order that shut down or the minimizing loss of field, as among Fig. 13, magnetic energy motor such as Fig. 1 parts mainly comprise: 1, fixing magnetic patch; 2, the fixing total supporting plate of magnetic patch; 3, fixing magnetic patch release unit; 4, magnetic piston; 5, connecting rod; 6, bent axle and crank; 7, crankshaft bearing and bearing box; 8, main power shaft; 9, engine cylinder block fixed head; 10, magnetic screen maneuvering board mechanical conductive device; 11, the moving plate conduction of magnetic screen cam shift fork; 12, magnetic screen fixed head; 13, the moving plate of magnetic screen; 14, magnetic screen maneuvering board return spring device; 15, cylinder; 16, lubricating oil pump and lubricating system; 17, water pump and water tank cooling recirculation system; 18, engine; 19, storage battery; 20, starter motor; 21, air compressor; 22, air gas receiver; 23, panel board; 24, shell; 25, the magnetic patch conveying end that magnetizes; 26, magnetic screen maneuvering board back suction magnetic patch; 27, magnetic screen maneuvering board driven axle; 28, magnetic screen conduction axis fixed head and bearing.

Description of drawings

1, Fig. 1 is the positive simple and easy cross-sectional schematic of four-cylinder of the present invention;

2, Fig. 2 is the simple and easy cross-sectional schematic in four-cylinder of the present invention side;

3, Fig. 3 is a four-cylinder cylinder block fixed head vertical view;

4, Fig. 4 is a magnetic screen fixed head vertical view;

5, Fig. 5 is a magnetic screen maneuvering board vertical view;

6, Fig. 6 is magnetic piston and piston shell schematic diagram;

7, Fig. 7 motion magnetic orbital schematic diagram that is the magnetic screen maneuvering board in fixedly magnetic patch, magnetic piston;

8, Fig. 8 is a magnetic screen maneuvering board conduction device schematic diagram;

9, Fig. 9 is a magnetic screen maneuvering board conduct electricity control device schematic diagram;

10, Figure 10 cross-sectional schematic that is the magnetic screen maneuvering board in fixing magnetic screen.

Embodiment

Below in conjunction with the accompanying drawing embodiment the present invention is described in further detail, among Fig. 1, order cylinder 1234 is arranged from left to right, 2 left sides of magnetic screen conduction device are that 1 right side is 2, start starter motor 20, fixedly magnetic patch 1 by fixing magnetic patch release unit fix above arriving, magnetic piston 4, magnetic screen conduction 10 action simultaneously, magnetic piston 4 in 1 cylinder 15 is in lower dead center, magnetic piston 4 in 2 cylinders 15 is at top dead centre, magnetic piston 4 in 3 cylinders 15 stroke half, magnetic piston 4 in 4 cylinders 15 stroke half, the operating angle of magnetic piston 4 is 180 degree in magnetic piston 4 in 1 cylinder 15 and 2 cylinders 15, just one top dead centre another in lower dead center, magnetic piston 4 operating angles 180 degree in magnetic piston 4 in 3 cylinders 15 and 4 cylinders 15, also be one top dead centre another in lower dead center, magnetic piston 4 in 1 cylinder 15 and 2 cylinders 15 and the magnetic piston 4 in 3 cylinders and 4 cylinders differ 180 degree operating angles, just per 90 degree just have a magnetic piston 4 to begin acting, have a magnetic piston 4 to begin to move to lower dead center from the stroke top dead centre simultaneously.Magnetic screen conduction device 10 has two in 4 cylinder engines, the left side is conduction 2 for conduction 1 the right, each conduction device is controlled the shielding of 2 cylinders 15 and is not shielded, conduct 1 cam shift fork 11 and conduction 2 cam shift forks 11 operating angles 180 degree, the shielding of magnetic screen conduction 1 control 1,2 cylinders, the shielding of conduction 2 controls 3,4 cylinders.

Concrete action is: starter motor 20 drives magnetic screen conduction 10 and passes to magnetic screen maneuvering board conduction cam shift fork 11 by rotation in 1: 1, stir magnetic screen maneuvering board driven axle 27, make the moving plate 13 of shielding begin to open or close shielding, if 1 cylinder, 15 shieldings are at this moment opened, 15 shieldings of 2 cylinders are closed, magnetic piston 4 in 1 cylinder 15 begins to produce mutual expelling force, move to top dead centre from lower dead center, magnetic piston 4 magnetic screens in 2 cylinders 15 are closed beginning and are moved to lower dead center, half moves to lower dead center magnetic piston 4 in 3 cylinders 15 at stroke, magnetic screen is closed, magnetic piston 4 in 4 cylinders 15 moves to top dead centre at half, magnetic screen is opened, magnetic piston 4 upwards arrives stroke one half in 1 cylinder 15, magnetic piston 4 in 2 cylinders 15 move downward stroke half, magnetic piston 4 in 3 cylinders 15 has arrived lower dead center, magnetic screen prepares to open, magnetic piston 4 in 4 cylinders 15 arrives top dead centre and prepares to close magnetic screen, job order is 1-3-2-4-1-3-2-4, and half the time is that twin-tub is worked simultaneously, just closes after starter 20 is engine start, at this moment whole lubricating arrangement 16, water cooling plant 17, generator 18, air compressor 21 is worked simultaneously.Conduction cam shift fork just has the action of one moving maneuvering board, and the magnetic screen maneuvering board is by the spring assembly return.

Crankshaft bearing and bearing box 7 are installed in above engine cylinder block fixed head Fig. 3, cylinder 15 also is installed on air cylinder fixed plate Fig. 3, the vertical view of engine cylinder block fixed head 3 is seen Fig. 3, magnetic piston stroke 120mm, between the magnetic piston apart from 160mm, cylinder length 190mm, the high 70mm of the wide 37mm of the long 107mm of magnetic piston shell, the high 50mm of the wide 30mm of the long 100mm of magnetic piston, the face of 100mm * 30mm is a pole-face, the fixing high 50mm of the wide 70mm of the long 100mm of magnetic patch, 100mm * 70mm face is a pole-face, Fig. 5 is a magnetic screen maneuvering board vertical view; The 1st, iron plate respectively is equipped with the back suction magnetic patch up and down, and the 2nd, corrosion resistant plate, the 3rd, stainless steel maneuvering board conduction handle, the 4th, magnetic screen maneuvering board driven axle, the 5th, spring base, 6 side's cylinders, length overall 1100mm, wide 320mm, thick 20mm.

Fig. 3 four-cylinder cylinder block fixed head vertical view: 1, cylinder-bore; 2, shielding conduction axis hole; 3, fixing Luo silk hole; 4, bearing and bearing are pressed box.

Fig. 4 four-cylinder magnetic screen fixed head vertical view: 1, square cylinder; 2, indent; 3, indent; 4, magnetic screen stop bit plate washer; 5, spring returning device.

Fig. 5 magnetic screen maneuvering board vertical view: 1, magnetic conduction barricade; 2, stainless steel stent; 3, stainless steel conductive plate; 4, maneuvering board driven axle; 5, spring base; 6, square hole.

Fig. 6 magnetic piston and piston shell schematic diagram: 1, magnetic piston side; 2, magnetic piston shell; 3, magnetic piston front; 4, link pin; 5, connecting rod; 6, thermal insulation sheet; 7, magnetic piston stator.

Fig. 8 magnetic screen maneuvering board conduction device schematic diagram: 1, barricade; 2, conduction camshaft; 3, barricade driven axle; 4, magnetic screen maneuvering board cam shift fork; 5, spring returning device.

Fig. 9 magnetic screen maneuvering board conduct electricity control device schematic diagram: 1, minitype cylinder; 2, electromagnetically operated valve; 3, contact switch; 4, storage battery; 5, minitype cylinder piston; 6, barricade; 7, fixing magnetic shield panel.

Claims (16)

1, a kind of magnetic energy motor, be to utilize between two magnets or two magnetic patch different pole to inhale mutually, the power of repelling each other and being produced with magnetic pole, potential energy as engine, between two magnets, magnetic shielding device is installed, by magnetic shielding device armoured magnetic field and the not trade-off of armoured magnetic field, make the magnetic potential in magnetic field can produce power, pass through engine link again, machineries such as bent axle change the active force between two magnets into revolving force, manufacture magnetic energy motor, magnetic energy motor turns round under the situation that does not consume any external energy, the power of engine is according to what of cylinder, the size design manufacturing of magnetic patch, magnetic energy motor directly or indirectly provides power for various device, save non-renewable energy resources, magnetic energy motor mainly comprises parts: fixing magnetic patch (1), the fixing total supporting plate of magnetic patch (2), fixing magnetic patch release unit (3), magnetic piston (4), connecting rod (5), bent axle and crank (6), crankshaft bearing and bearing box (7), main power shaft (8), engine cylinder block fixed head (9), magnetic screen maneuvering board conduction device (10), magnetic screen maneuvering board conduction cam shift fork (11), magnetic screen fixed head (12), magnetic screen maneuvering board (13), magnetic screen maneuvering board return spring device (14), cylinder (15), lubricating oil pump and lubricating system (16), water pump and water tank cooling recirculation system (17), engine (18), storage battery (19), starter motor (20), air compressor (21), air gas receiver (22), panel board (23), shell (24), the magnetic patch conveying end (25) that magnetizes, magnetic screen maneuvering board back suction magnetic patch (26), magnetic screen maneuvering board driven axle (27), magnetic screen conduction axis fixed head and bearing (28).

2, magnetic energy motor according to claim 1 is characterized in that, the power between described two magnets or two magnetic patch is that different pole is inhaled mutually or with the magnetic pole mutual expelling force, is the power resources of magnetic energy motor between two magnets or two magnetic patch.

3, magnetic energy motor according to claim 2 is characterized in that, described two magnets or two magnetic patch can be single to or how right.

4, according to claim 2 or 3 described magnetic energy motors, it is characterized in that, described two magnets or two magnetic patch, magnet is fixing to make fixedly magnetic patch, another magnet be connected with engine link to be the magnetic piston.

5, magnetic energy motor according to claim 1 is characterized in that, described magnetic shielding device is to block the magnetic field between two magnets or two magnetic patch or the magnetic line of force, and can open or close the device of shielding.

6, magnetic energy motor according to claim 5, it is characterized in that, described magnetic shielding device mainly contains fixedly compositions such as magnetic shield panel, motion magnetic shield panel, back suction magnetic patch, magnetic shielding device is installed in fixedly magnetic patch one side apart from fixing magnetic patch 0.1mm-80mm place, apart from magnetic piston closest approach 0.1mm-80mm place, magnetic shielding device thickness is between 10mm-200mm, and shielding opens or closes by magnetic screen maneuvering board conduction device to be controlled.

7, according to claim 5 or 6 described magnetic energy motors, it is characterized in that, described magnetic shielding device, be also to make lower dead center open magnetic screen to closest approach at the magnetic piston, also call stop in magnetic piston arrives solstics and close magnetic screen, the magnetic screen maneuvering board moves in movement slots, also in invisible magnetic orbital, move, on two faces of magnetic screen maneuvering board, respectively be equipped with inhale magnetic patch, make magnetic screen maneuvering board non-resistance when the motion that opens or closes shielding, again can fixedly magnetic patch and magnetic piston have repulsion in when shielding, the screening range of magnetic screen campaign is decided according to the magnetic piston size, magnetic screen is apart between fixing magnetic patch and the magnetic piston lower dead center 2mm-80mm, and the magnetic screen thickness of slab is between 10mm-60mm.

8, magnetic energy motor according to claim 1, it is characterized in that, described magnetic screen maneuvering board mechanical conductive device, be the power of engine main power shaft to be passed to the magnetic screen maneuvering board open or close magnetic screen on request, stir the driven axle of barricade by conduction device magnetic screen motion cam shift fork, drive the motion of shielding maneuvering board.

9, magnetic energy motor according to claim 8, it is characterized in that, described magnetic cup Huang maneuvering board mechanical conductive device is to be connected with the biography shaft gear by the main power shaft gear power is passed on the magnetic screen maneuvering board cam shift fork by 1: 1 rotating speed, stir the magnetic shield panel motion by the cam shift fork, magnetic screen conduction device control magnetic screen is opened, the time of closing, control is opened, the screening range of closing, one cover magnetic screen maneuvering board mechanical conductive device can be controlled opening or closing of a cylinder magnetic screen or a plurality of cylinder magnetic screens, and the magnetic screen conduction device can also be the automatically controlled magnetic shield panel movement conduction device of solenoid control.The spring returning device is equipped with in the shielding of magnetic screen mechanical conductive.

10, magnetic energy motor according to claim 1, it is characterized in that, described fixedly magnetic patch can be autonomous block or form a big magnetic patch by colony's magnetic patch, can overlap, one fixedly magnetic patch can with single magnetic patch or the acting in conjunction of a plurality of magnetic piston, fixedly magnetic patch provides magnetic orbital for the maneuvering board of magnetic screen.

11, magnetic energy motor according to claim 1, it is characterized in that, described magnetic piston can be a bulk of an autonomous block or colony's magnetic patch combination, piston stroke is between 10mm-1000mm, the magnetic piston can be one or a plurality of in engine, the magnetic piston has different shape, remains on the above distance of 20mm between two magnetic pistons.

12, magnetic energy motor according to claim 11, it is characterized in that, described magnetic piston should be installed in the piston shell, between the magnetic piston, answer the reload temperature heat shield, the distance of per two magnetic pistons should be between 100mm-200mm, the magnetic piston should be made rectangle or ellipse, and the magnetic piston stroke is between 100mm-200mm.

13, magnetic energy motor according to claim 1 is characterized in that, described cylinder can word order or many row's arrangements or multi-angle arrangement with single cylinder or multi cylinder.

14, magnetic energy motor according to claim 13, it is characterized in that, described cylinder, total cylinder block can be assembling or be cast as one, described multi-angle is meant that a plurality of faces are equipped with fixedly magnetic patch, magnetic piston and magnetic shielding device on same bent axle, and the magnetic force on all angles points to same bent axle by connecting rod.

15, magnetic energy motor according to claim 1 is characterized in that, described fixedly magnetic patch and magnetic piston are to replace mutually, just fixedly magnetic patch last, the magnetic piston is descending, the corresponding change of miscellaneous part, and fixedly magnetic patch, magnetic piston can be pulled down and magnetize or directly magnetize.

16, magnetic energy motor according to claim 1 is characterized in that, described fixedly magnetic patch release unit is that engine is not when working, with all fixing magnetic patch devices of breaking away from other magnetic fields.

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