CN2449413Y - Permanent magnetic energy powering motor - Google Patents
Permanent magnetic energy powering motor Download PDFInfo
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- CN2449413Y CN2449413Y CN 99238150 CN99238150U CN2449413Y CN 2449413 Y CN2449413 Y CN 2449413Y CN 99238150 CN99238150 CN 99238150 CN 99238150 U CN99238150 U CN 99238150U CN 2449413 Y CN2449413 Y CN 2449413Y
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Abstract
The utility model discloses a permanent magnetic energy powering motor. The utility model is characterized in that the permanent magnetic energy powering motor comprises a casing, a cylinder body and a magnetic external rotor. Crank shafts are connected with connecting rods; the connecting rods on the crank shafts are inlaid in cylinders, and the number of the cylinders arranged in the cylinder body is equal to the number of the connecting rods. A magnetic piston is arranged on the front end of each of connecting rods inlaid in the cylinders, and the number of the cylinders is equal to the number of the connecting rods. The magnetic external rotor is sheathed out of the cylinder body, and a blank space which is equally divided is partitioned on the periphery of the magnetic external rotor on which magnet N pole and magnet S pole are alternatively distributed. A gear is arranged on the crank shaft and is engaged with a speed change gear arranged on the internal periphery of the magnetic external rotor through a drive gear. The utility model has the characteristics of no loss, no noise and no pollution.
Description
The utility model relates to a kind of engine.
The available dynamic machine all adopts the engine of fuel oil as diesel engine, petrol engine etc., thereby must consume oil plant, and engine also produces noise and pollution except that meeting loss own.
The purpose of this utility model is to provide a kind of that magnetic force promotes, noiselessness and free of contamination permanently magnetic energy engine of adopting.
The purpose of this utility model is to realize like this, described permanently magnetic energy engine, its design feature comprises outer cage for it, cylinder body and magnetic external rotor, bent axle is connected with connecting rod, connecting rod on the bent axle is built in and is located in the cylinder body and the cylinder connecting rod equal number, be built in the cylinder body and be provided with magnetic piston with its front end of the connecting rod in the cylinder of number with connecting rod, cylinder body be with outward on its circumference a five equilibrium sky separately every and the magnetic external rotor that distributes alternately of the magnet N utmost point and the magnet S utmost point, the change-speed gearing engagement that the gear that bent axle is provided with is provided with through the inner periphery of travelling gear and magnetic external rotor.
The purpose of this utility model also can be achieved through the following technical solutions, described permanently magnetic energy engine, its characteristics are the built-in bent axle in outer cage center, be connected with four connecting rods on the bent axle in turn, two and back two respectively are one group in four connecting rods, each its head of group connecting rod is equipped with magnetic piston respectively and becomes 180 degree angles to arrange and can form reciprocating motion, four connecting rods become 90 degree to distribute and each self energy becomes reciprocating on the cylinder that 90 degree distribute outside in the cylinder body in the casing, the cover external rotor that is magnetic around the outer cage relative with four cylinder mouths, the magnetic external rotor along on the circumference relatively casing direction five equilibrium be provided with 5 the magnet S utmost point of 5 the magnet N utmost point and corresponding number and the magnet N utmost point and the magnet S utmost point five equilibrium sky be every arrangement separately, the gear that bent axle is provided with meshes through the change-speed gearing that the inner periphery of travelling gear and magnetic external rotor is provided with.Described permanently magnetic energy engine, its characteristics are that cylinder body is covered mutually with following cylinder shell by the upper cylinder half shell and fixedly constitutes, the inner chamber of cylinder block five equilibrium is distributed with eight cylinders, eight built-in eight connecting rods of cylinder, eight connecting rods are rotatably connected on the bent axle, bent axle is positioned at the Boring mill center, four is one group in eight connecting rods, four of backs are another group, bent axle is made two songs, four connecting rods are rotationally connected on every song, be rotatably connected to magnetic piston on the every connecting rod front end, front end be connected with magnetic piston eight its front ends of connecting rod magnetic pole in regular turn by magnetic pole NNSSNNSS or SSNNSSNN or NSSNNSSN or SNNSSNNS circle distribution in eight cylinders that branches such as inner chamber of cylinder block distribute, the cylinder body overcoat external rotor that is magnetic, the magnetic external rotor is along relative cylinder body direction 5 magnet S utmost points dividing 20 five equilibriums to be provided with 5 magnet N utmost points and corresponding number on the circumference, and the magnet N utmost point and the magnet S utmost point separately branch such as a sky settle, the gear that bent axle is provided with meshes through the change-speed gearing that the inner periphery of travelling gear and magnetic external rotor is provided with.Described permanently magnetic energy engine, its characteristics be in the magnetic external rotor five equilibrium sky separately every the magnet N utmost point that distributes and magnet S in extremely the adjacent magnets N utmost point and the five equilibrium sky between the magnet S utmost point every the interior coil that is provided with; One annular power coil is between outer cage and magnetic external rotor and be fixed on the outer cage, and the electric current that the magnetic field of the magnetic external rotor that annular power coil cutting is rotated produces is delivered in each coil in the magnetic external rotor and makes the two ends of coil produce magnetic field with the adjacent magnets same polarity.Described permanently magnetic energy engine, its characteristics are the magnet that distributes on the circumference of magnetic external rotor to be provided with coil in the groove that is provided with between the N utmost point of every block of magnet and the S utmost point; One annular power coil is between outer cage and magnetic external rotor and be fixed on the outer cage, and the electric current that the magnetic field that the magnetic external rotor is rotated in annular power coil cutting produces is delivered in each coil in the magnetic external rotor and makes the two ends of coil produce magnetic field with the adjacent magnets same polarity.Described permanently magnetic energy engine, its characteristics are to be built in the cylinder body and are provided with magnetic piston with connecting rod with its front end of the connecting rod in the cylinder of number, are provided with coil in the groove that is provided with between the two ends N utmost point of every magnetic piston and the S utmost point; One annular power coil is between outer cage and magnetic external rotor and be fixed on the outer cage, and the electric current that the magnetic field that the magnetic external rotor is rotated in annular power coil cutting produces is delivered in the coil of magnetic piston of each the connecting rod front end in the cylinder body and makes the two ends of coil produce magnetic field with the adjacent magnets same polarity.Described permanently magnetic energy engine, it is characterized in that on the magnetic external rotor, being fixed with change-speed gearing by screw, change-speed gearing is positioned on the inner periphery of magnetic external rotor, the change-speed gearing engagement of the gear that bent axle is provided with on the inner periphery of two travelling gears and magnetic external rotor, the travelling gear rotating shaft is fixed on the driving cog wheel carrier, the driving cog wheel carrier is fixed on the upper cylinder half shell, and outer cage covers cylinder body and magnetic external rotor and is fixed in down on the cylinder shell.Described permanently magnetic energy engine, its characteristics be annular power coil by three independently coil windings constitute, three independently coil windings respectively export a phase current and form three-phase current, phase current in the three-phase current is for illumination and signal usefulness, and two-phase is merged into one through diode and entered the lambda line box that outer cage is provided with through rheostat in addition; Be provided with the built-in ball bearing of ball bearing groove in the lambda line box, ball bearing is provided with compression spring and spring dead plate thereafter; Magnetic external rotor outer placed to be provided with and is with insulation cushion and ball bearing road in the cannelure, and coil lambda line one end is connected the ball bearing road; The ball bearing that is provided with in the lambda line box on the outer cage is placed the ball bearing road that is provided with at magnetic external rotor outer and is rolled, the electric current that the magnetic field that the magnetic external rotor is rotated in annular power coil cutting produces by ball bearing on the ball bearing road rolling and electric current is delivered in each coil in the magnetic external rotor.Described permanently magnetic energy engine, its characteristics be annular power coil by three independently coil windings constitute, three independently coil windings respectively export a phase current and form three-phase current, phase current in the three-phase current is for illumination and signal usefulness, and biphase current is merged on the ball bearing road that a phase current is provided with in the lambda line box access cylinder body that rheostat and outer cage are provided with through diode in addition; The groove that the magnetic piston of each connecting rod front end is provided with is built-in with ball bearing and compression spring that is provided with thereafter and spring dead plate; Roll on the ball bearing road that the ball bearing that the magnetic piston of each connecting rod front end is provided with is provided with in cylinder body; Coil lambda line one end is connected on the ball bearing; The annular power coil cutting of being fixed in outer cage is rotated electric current that the magnetic field of magnetic external rotor produces and by the ball bearing that rolls on the ball bearing road electric current is delivered in the coil of magnetic piston of each connecting rod front end.
The utility model is owing to adopt connecting rod on the bent axle to be built in to be located in the cylinder body and the cylinder connecting rod equal number, be built in the cylinder body and be provided with magnetic piston with its front end of the connecting rod in the cylinder of number with connecting rod, cylinder body be with outward on its circumference a five equilibrium sky separately every and the magnetic external rotor that distributes alternately of the magnet N utmost point and the magnet S utmost point, the change-speed gearing engagement that the gear that bent axle is provided with is provided with through the inner periphery of travelling gear and magnetic external rotor.Thereby on the magnetic piston that is equipped with of the link rod head on the formation bent axle and the magnetic external rotor circumference alternately the magnet N utmost point and the magnet S utmost point because that same sex magnet repels each other and different in nature magnet is inhaled mutually is former thereby produce one and draw a strength that pushes away, it is reciprocating in the cylinder of cylinder body to touch the connecting rod that makes on the bent axle, the bent axle that is connected is rotated, bent axle rotates 180 degree and promotes to rotate for 1/10 week through the magnetic external rotor of travelling gear formation engagement, make the magnet N utmost point on magnetic piston that link rod head is equipped with and the relative magnetic external rotor circumference and magnet S utmost point generation changes of magnetic field and change the magnetic piston direction of motion, reach and promote the purpose that bent axle rotates.In addition, load onto coil between the magnet N utmost point in the magnetic external rotor and the magnet S utmost point, the accurate magnet S utmost point when the N utmost point that produces magnetic field behind the coil electricity is aimed at the magnet N utmost point and the S utmost point, the size in the magnetic field of control coil by the size of current of control feeding coil, make the same polarity magnetic field of a variable-size of magnetic field affix of the magnet N utmost point in original magnetic external rotor and the magnet S utmost point, reach variable-ratio and promote the purpose that bent axle rotates.Have lossless, noiselessness and free of contamination characteristics, the power that can be used as machineries such as automobile, motorcycle is used.
Below in conjunction with drawings and Examples the utility model is elaborated:
Fig. 1 is the structural representation of eight connecting bar and crankshafts of the present utility model.
Fig. 2 is the structural representation of lower cylinder body of the present utility model.
Fig. 3 is a upper cylinder body structural representation of the present utility model.
Fig. 4 is a magnetic outer-rotor structure schematic diagram of the present utility model.
Fig. 5 is the structural representation that change-speed gearing that the inner periphery of crankshaft toothed wheel of the present utility model, travelling gear and magnetic external rotor is provided with is in transmission connection.
Fig. 6 be the magnetic pole of magnetic external rotor of the present utility model distribute with cylinder body in the connecting rod of eight connecting bar and crankshafts and the correlation structural representation that distributes of the magnetic pole of magnetic piston thereof.
Fig. 7 is an outer cage structural representation of the present utility model.
Fig. 8 is the structural representation of driving cog wheel carrier of the present utility model.
The magnet arrangement schematic diagram that magnetic piston adopted that Fig. 9 connects for the connecting rod front end among Fig. 1.
Figure 10 is the structural representation of four connecting bar and crankshafts relevant with principle of the present utility model.
The magnetic piston that Figure 11～Figure 18 is equipped with for the link rod head of four connecting bar and crankshafts relevant with principle of the present utility model and the magnetic pole motion principle schematic diagram of magnetic external rotor.
Figure 19 in the magnetic external rotor of Fig. 4 separately a five equilibrium sky every the magnet N utmost point that distributes and magnet S in extremely the adjacent magnets N utmost point and the five equilibrium sky between the magnet S utmost point every the interior structural representation that is provided with coil.
The magnet that distributes on the circumference of Figure 20 for the magnetic external rotor of Fig. 4 is provided with the structural representation of coil in the groove that is provided with between the N utmost point of every block of magnet and the S utmost point.
Be provided with the structural representation of coil in the groove that is provided with between the two ends N utmost point of the magnet of the magnetic piston that Figure 21 connects for the connecting rod front end among Fig. 9 and the S utmost point.
Figure 22 for of the present utility model between outer cage and magnetic external rotor and be fixed in annular power coil on the outer cage, and the structural representation in the magnetic field of the magnetic external rotor that rotates of annular power coil cutting.
Figure 23 for three of the annular power coil among Figure 22 independently coil windings respectively export a phase current and form three-phase current, phase current in the three-phase current is for illumination and signal usefulness, and two-phase is merged into one through diode and entered the structural representation of the lambda line box that outer cage is provided with through rheostat in addition.
Figure 24 is provided with the built-in ball bearing of ball bearing groove in the lambda line box of outer cage, and ball bearing is provided with compression spring and spring dead plate thereafter; Magnetic external rotor outer placed to be provided with and is with insulation cushion and ball bearing road in the cannelure, and coil lambda line one end is connected the ball bearing road; The ball bearing that is provided with in the lambda line box on the outer cage is at the outer structural representation of placing the ball bearing road rolling that is provided with of magnetic external rotor.
Figure 25 is that the groove that the magnetic piston of each connecting rod front end is provided with is built-in with ball bearing and compression spring that is provided with thereafter and spring dead plate; The structural representation that rolls on the ball bearing road that the ball bearing that the magnetic piston of each connecting rod front end is provided with is provided with in cylinder body.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5 and shown in Figure 7, the utility model comprises outer cage 1, upper cylinder half shell 2, following cylinder shell 3 and magnetic external rotor 4, upper cylinder half shell 2 covers by the fixing cylinder body 6 that forms of the screw hole 5 usefulness screws which is provided with mutually with following cylinder shell 3, the inner chamber of cylinder block five equilibrium is distributed with eight cylinders 7, eight built-in eight connecting rods of cylinder, eight connecting rods are rotatably connected on the bent axle 8, bent axle 8 is positioned at the Boring mill center, four is one group in eight connecting rods 9, four of backs are another group, bent axle is made two songs, one group of connecting rod is rotationally connected on every song, be rotatably connected to magnetic piston on the every connecting rod front end, front end be connected with magnetic piston eight its front ends of connecting rod magnetic pole in regular turn by magnetic pole NNSSNNSS or SSNNSSNN or NSSNNSSN or SNNSSNNS circle distribution in eight cylinders that branches such as inner chamber of cylinder block distribute, eight cylinder internal magnetic poles order NNSSNNSS that above-mentioned described circle distribution distributes at branches such as inner chamber of cylinder block or SSNNSSNN or NSSNNSSN or SNNSSNNS, in fact has only a kind of arrangement, four kinds of above-mentioned modes are just calculated at different positions, and in fact the distribution on circumference is the same; As Fig. 2, shown in Figure 3, magnetic external rotor 4 by the steel ball track 10 on the upper and lower cylinder shell or bearing outside outside cylinder body and free to rotate, magnetic external rotor 4 is along relative cylinder body direction five magnet S utmost points dividing 20 five equilibriums to be provided with five magnet N utmost points and corresponding number on the circumference, and the magnet N utmost point and the magnet S utmost point separately branch such as a sky settle; As shown in figure 19, in the magnetic external rotor 4 separately a five equilibrium sky every the magnet N utmost point that distributes and magnet S in extremely the adjacent magnets N utmost point and the five equilibrium sky between the magnet S utmost point also can be provided with coil 19 every interior; One annular power coil 20 is between outer cage and magnetic external rotor 4 and be fixed on the outer cage 1, and the electric current that the magnetic field of the magnetic external rotor that annular power coil cutting is rotated produces is delivered in each coil 19 in the magnetic external rotor 4 and makes the two ends of coil 19 produce magnetic field with the adjacent magnets same polarity; As shown in figure 20, the magnet that distributes on the circumference of magnetic external rotor 4 also can be provided with groove between the N utmost point of every block of magnet and the S utmost point, is provided with coil 19 in it; One annular power coil 20 is between outer cage and magnetic external rotor 4 and be fixed on the outer cage, and the electric current that the magnetic field that the magnetic external rotor is rotated in annular power coil cutting produces is delivered in each coil in the magnetic external rotor 4 and makes the two ends of coil 19 produce magnetic field with the adjacent magnets same polarity; As Figure 22, Figure 23 and shown in Figure 24, the annular power coil by three independently coil windings constitute, three independently coil windings respectively export a phase current and form three-phase current, phase current in the three-phase current is for illumination and signal usefulness, and two-phase is merged into one through diode 22 and entered the lambda line box 24 that outer cage is provided with through rheostat 23 in addition; Be provided with ball bearing groove 25 built-in ball bearings 26 in the lambda line box, ball bearing is provided with compression spring 27 and spring dead plate 28 thereafter; Magnetic external rotor 4 outer placed to be provided with and is with insulation cushion 30 and annular ball bearing road 31 in the cannelure 29, and coil lambda line one end is connected the ball bearing road; The ball bearing that is provided with in the lambda line box on the outer cage 1 is placed the ball bearing road that is provided with at magnetic external rotor outer and is rolled, the electric current that the magnetic field that the magnetic external rotor is rotated in annular power coil cutting produces by ball bearing on the ball bearing road rolling and electric current is delivered in each coil 19 in the magnetic external rotor 4.As shown in Figure 9, the corresponding magnet that connects at the connecting rod front end of eight connecting bar and crankshafts 8 is also made with the magnetic external rotor and is complementary along the magnet shape on the circumference, the magnet piston that makes the magnet that is provided with along circumference be connected with connecting rod front end in being built in cylinder body can produce one and draw one to push away and smooth respectively the running, is provided with ball bearing road 11 in the cylinder of upper and lower cylinder body and is convenient to the connecting rod of bent axle and ball bearing 12 reciprocating motion on the cylinder road that the magnet piston is provided with; As Figure 21 and shown in Figure 25, be built in the cylinder body 6 and be provided with magnetic piston with its front end of the connecting rod in the cylinder of number with connecting rod, then also can in the groove that is provided with, be built-in with coil 19 between the magnet 21 two ends N utmost points of every magnetic piston and the S utmost point; One annular power coil 20 is between outer cage and magnetic external rotor 4 and be fixed on the outer cage, and the electric current that the magnetic field that the magnetic external rotor is rotated in annular power coil cutting produces is delivered in the coil 19 of magnetic piston of each the connecting rod front end in the cylinder body 6 and makes the two ends of coil produce magnetic field with the adjacent magnets same polarity; The annular power coil by three independently coil windings constitute, three independently coil windings respectively export a phase current and form three-phase current, phase current in the three-phase current is for illumination and signal usefulness, and biphase current is merged on the ball bearing road 11 that a phase current is provided with in the lambda line box access cylinder body 6 that rheostat and outer cage are provided with through diode in addition; Compression spring 32 and spring dead plate 33 that the groove 34 that the magnetic piston of each connecting rod front end is provided with is built-in with ball bearing 12 and is provided with thereafter; Roll on the ball bearing road that the ball bearing that the magnetic piston of each connecting rod front end is provided with is provided with in cylinder body 6; Coil lambda line one end is connected on the ball bearing 12; Annular power coil 20 cutting of being fixed in outer cage 1 is rotated electric current that the magnetic field of magnetic external rotors produces and by the ball bearing that rolls on the ball bearing road electric current is delivered in the coil 19 of magnetic piston of each connecting rod front end.As shown in Figure 5, on magnetic external rotor 4, change-speed gearing 13 is fixed together with it by screw, be to be shaped on screw hole 14 on the change-speed gearing 13 and by screw change-speed gearing to be positioned on the inner periphery of magnetic external rotor with magnetic external rotor 4, perhaps on magnetic external rotor inner periphery, directly be shaped on change-speed gearing, change-speed gearing 13 engagements of the gear 15 that bent axle 8 is provided with on the inner periphery of two travelling gears 16 and magnetic external rotor 4, as shown in Figure 8, the travelling gear rotating shaft is fixed on the driving cog wheel carrier 17, driving cog wheel carrier 17 is provided with screw hole 18 and is fixed on the upper cylinder half shell 2 by screw, and outer cage 1 covers on the magnetic external rotor and is fixed on the following cylinder shell by playing the cylinder shell to be provided with screw hole outward.As shown in figure 19, in the magnetic external rotor 4 separately a five equilibrium sky every the magnet N utmost point that distributes and magnet S in extremely the adjacent magnets N utmost point and the five equilibrium sky between the magnet S utmost point every the interior band coil unshakable in one's determination that also can be provided with, the electric current that the magnetic field of the power coil that is wound with on outer cage cutting magnetic external rotor produces is delivered in each band in the magnetic external rotor 4 coil unshakable in one's determination and makes the two ends of band coil unshakable in one's determination produce magnetic field with the adjacent magnets same polarity; Be specially: the five equilibrium sky between the magnet N utmost point in magnetic external rotor 4 and the magnet S utmost point every in load onto band coil unshakable in one's determination, produce magnetic field principle and right-hand law according to hot-wire coil, the N utmost point that makes coil produce magnetic field is aimed at the magnet N utmost point, coil produces the S utmost point in magnetic field and aims at the magnet S utmost point, thereby can feed the size of current of band coil unshakable in one's determination and the size in the magnetic field that control coil produces by control, thereby make the same polarity magnetic field of a variable-size of magnetic field affix of the magnet N utmost point in original magnetic external rotor 4 and the magnet S utmost point, be convenient to control constitute that magnetic piston that the link rod head on the bent axle is equipped with is repelled each other with the same sex in the magnetic field on the magnetic external rotor circumference and there is a natural attraction between the sexes one draw a strength size that pushes away, reach the purpose that variable-ratio promotes the bent axle rotation.As shown in figure 10, structural representation for four connecting bar and crankshafts relevant with principle of the present utility model, and as Figure 11～shown in Figure 180, the magnetic piston that is equipped with for the link rod head of four connecting bar and crankshafts relevant and the magnetic pole motion principle schematic diagram of magnetic external rotor with principle of the present utility model, the built-in bent axle in its outer cage center, be connected with four connecting rods on the bent axle in turn, two and back two respectively are one group in four connecting rods, each its head of group connecting rod is equipped with magnetic piston respectively and becomes 180 degree angles to arrange and can form reciprocating motion, four connecting rods become 90 degree distributions and each self energy to become 90 to spend reciprocating motion on the cylinder that distributes in casing, the cover external rotor that is magnetic around the casing relative with four cylinder mouths, the magnetic external rotor along on the circumference relatively casing direction five equilibrium be provided with 5 magnet N utmost points and corresponding with number 5 magnet S utmost points and the magnet N utmost point and the empty compartment of the equal separately five equilibrium of the magnet S utmost point apart from arrangement, the change-speed gearing engagement that the gear that bent axle is provided with is provided with through the inner periphery of two travelling gears and magnetic external rotor, thereby compare the difference that only is cylinder number and connecting rod number with the utility model, the magnet N utmost point and the magnet S utmost point that distribute on the circumference of its magnetic external rotor and be equal to, and effect and running principle are identical.Now in order to be easy to illustrate operation principle of the present utility model, the magnetic piston that is equipped with the link rod head as four connecting bar and crankshafts relevant with principle of the present utility model of Figure 11～shown in Figure 180 and the magnetic pole motion principle schematic diagram of magnetic external rotor elaborate operation principle of the present utility model: when the magnetic external rotor along doing timesharing such as 20 on the circumference, the magnet and the magnet N utmost point and the magnet S utmost point are arranged alternately in interval every a five equilibrium, bent axle whenever circles like this, the magnetic external rotor moves four lattice, be that bent axle rotates 360 degree, the magnetic external rotor rotates 72 degree, 5 times of speed changes.As shown in figure 11, when link rod head be equipped with respectively with the piston of the magnet N utmost point with respect to the sky on the magnetic external rotor inner periphery every the time, and another group link rod head be equipped with respectively with the piston of the magnetic S utmost point just with magnetic external rotor inner periphery on the magnet N utmost point and magnet S extremely relative, thereby the piston that makes the magnetic S utmost point moves from left to right and drives bent axle and move counterclockwise, and the magnetic external rotor is rotated counterclockwise with 1/5 bent axle velocity of rotation; As shown in figure 12, because the magnetic external rotor rotates counterclockwise, the magnet N utmost point piston of two groups of link rod heads and magnetic S utmost point piston turn to the magnet N utmost point and the magnet S utmost point on the magnetic external rotor inner periphery respectively, four pistons all were subjected to magneticaction and made bent axle rotate for 1/4 week this moment, and the magnetic external rotor rotates counterclockwise.As shown in figure 13, the magnet N utmost point piston rotation of link rod head to magnetic external rotor inner periphery on the magnet N utmost point and magnet S extremely rotate relative to stressed, the magnetic external rotor rotates counterclockwise, and the magnet S utmost point of link rod head with respect to the sky on the magnetic external rotor inner periphery every not stressing; As shown in figure 14, the magnet N utmost point piston of link rod head and magnet S utmost point piston all turn to magnetic pole on the magnetic external rotor inner periphery and the sky on the magnetic external rotor inner periphery every between, this moment, piston was all stressed, the magnetic external rotor rotates counterclockwise; As shown in figure 15, bent axle rotates 180 degree, the magnet N utmost point piston of link rod head from right to left stroke finish and aim on the magnetic external rotor inner periphery sky every, the magnet S utmost point piston rotation of link rod head to magnetic external rotor inner periphery on the magnet N utmost point and magnet S extremely relative, stressed rotation; As shown in figure 16, the magnet N utmost point piston of link rod head and magnet S utmost point piston all turn to magnetic pole on the magnetic external rotor inner periphery and the sky on the magnetic external rotor inner periphery every between, this moment, four pistons were all stressed, the magnetic external rotor rotates counterclockwise; As shown in figure 17, bent axle rotates 270 degree, the magnet S utmost point piston of link rod head from right to left stroke finish and aim on the magnetic external rotor inner periphery sky every, the magnet N utmost point piston rotation of link rod head to magnetic external rotor inner periphery on the magnet N utmost point and magnet S extremely relative, stressed rotation; As shown in figure 18, the magnetic external rotor rotates, the magnet N utmost point piston of the link rod head on the bent axle and magnet S utmost point piston all turn to magnetic pole on the magnetic external rotor inner periphery and the sky on the magnetic external rotor inner periphery every between, this moment, four pistons were all stressed, finish a revolution and drive bent axle rotation 360 degree, this moment, magnetic external rotor change-speed gearing rotated 72 degree, 5 times of speed changes, and promptly speed of crankshaft is 5 times of magnetic external rotor rotating speed.
Claims (9)
1, a kind of permanently magnetic energy engine, it is characterized in that it comprises outer cage (1), cylinder body (6) and magnetic external rotor (4), bent axle (8) is connected with connecting rod (9), connecting rod on the bent axle (8) is built in and is located in the cylinder body (6) and the cylinder connecting rod equal number, be built in the cylinder body and be provided with magnetic piston with its front end of the connecting rod in the cylinder of number with connecting rod, cylinder body (6) is outer be with on its circumference between the magnet N utmost point and the magnet S utmost point five equilibrium sky separately every and magnetic external rotor (4) that the magnet N utmost point and the magnet S utmost point distribute alternately, the gear that bent axle is provided with meshes through the change-speed gearing that the inner periphery of travelling gear and magnetic external rotor is provided with.
2, permanently magnetic energy engine according to claim 1, it is characterized in that the built-in bent axle in outer cage center (8), be connected with four connecting rods on the bent axle in turn, two and back two respectively are one group in four connecting rods, each its head of group connecting rod is equipped with magnetic piston respectively and becomes 180 degree angles to arrange and can form reciprocating motion, four connecting rods become 90 degree to distribute and each self energy becomes reciprocating on the cylinder that 90 degree distribute outside in the cylinder body in the casing, the cover external rotor that is magnetic around the outer cage relative with four cylinder mouths, the magnetic external rotor along on the circumference relatively casing direction five equilibrium be provided with 5 the magnet S utmost point of 5 the magnet N utmost point and corresponding number and the magnet N utmost point and the magnet S utmost point five equilibrium sky be every arrangement separately, the gear that bent axle is provided with meshes through the change-speed gearing that the inner periphery of travelling gear and magnetic external rotor is provided with.
3, permanently magnetic energy engine according to claim 1, it is characterized in that cylinder body (6) to cover mutually with following cylinder shell (3) and fixing formation by upper cylinder half shell (2), cylinder body (6) inner chamber five equilibrium is distributed with eight cylinders (7), eight built-in eight connecting rods of cylinder (9), eight connecting rods (9) are rotatably connected on the bent axle (8), bent axle is positioned at the Boring mill center, four is one group in eight connecting rods, four of backs are another group, bent axle is made two songs, four connecting rods are rotationally connected on every song, be rotatably connected to magnetic piston on the every connecting rod front end, front end be connected with magnetic piston eight its front ends of connecting rod magnetic pole in regular turn by magnetic pole NNSSNNSS or SSNNSSNN or NSSNNSSN or SNNSSNNS circle distribution in eight cylinders (7) that branches such as inner chamber of cylinder block distribute, cylinder body (6) the overcoat external rotor (4) that is magnetic, magnetic external rotor (4) divides 20 five equilibriums to be provided with 5 magnet S utmost points of 5 magnet N utmost points and corresponding number along relative cylinder body direction on the circumference, and the magnet N utmost point and the magnet S utmost point branch such as a sky are separately settled, change-speed gearing (13) engagement that the gear (15) that bent axle (8) is provided with is provided with through the inner periphery of travelling gear (16) and magnetic external rotor.
4, according to claim 1 or 2 or 3 described permanently magnetic energy engines, it is characterized in that in the magnetic external rotor (4) a five equilibrium sky separately every the magnet N utmost point that distributes and magnet S in extremely the adjacent magnets N utmost point and the five equilibrium sky between the magnet S utmost point every the interior coil (19) that is provided with; One annular power coil (20) is positioned between outer cage and the magnetic external rotor (4) and is fixed on the outer cage, and the electric current that the magnetic field of the magnetic external rotor that annular power coil (20) cutting is rotated produces is delivered in each coil (19) in the magnetic external rotor (4) and makes the two ends of coil produce magnetic field with the adjacent magnets same polarity.
5,, it is characterized in that the magnet that distributes on the circumference of magnetic external rotor (4) being provided with coil (19) in the groove that is provided with between the N utmost point of every block of magnet and the S utmost point according to claim 1 or 2 or 3 described permanently magnetic energy engines; One annular power coil (20) is positioned between outer cage and the magnetic external rotor (4) and is fixed on the outer cage, and the cutting of annular power coil is rotated electric current that the magnetic field of magnetic external rotor produces and is delivered in each coil in the magnetic external rotor (4) and makes the two ends of coil (19) produce magnetic field with the adjacent magnets same polarity.
6, according to claim 1 or 2 or 3 described permanently magnetic energy engines, it is characterized in that being built in the cylinder body (6) and be provided with magnetic piston with its front end of the connecting rod in the cylinder of number, be provided with coil (19) in the groove that is provided with between the two ends N utmost point of every magnetic piston and the S utmost point with connecting rod; One annular power coil (20) is positioned between outer cage and the magnetic external rotor (4) and is fixed on the outer cage, and the cutting of annular power coil is rotated electric current that the magnetic field of magnetic external rotor produces and is delivered in the coil of magnetic piston of each the connecting rod front end in the cylinder body and makes the two ends of coil produce magnetic field with the adjacent magnets same polarity.
7, permanently magnetic energy engine according to claim 3, it is characterized in that upward being fixed with change-speed gearing (13) by screw at magnetic external rotor (4), change-speed gearing is positioned on the inner periphery of magnetic external rotor, the change-speed gearing engagement of the gear that bent axle is provided with (15) on the inner periphery of two travelling gears (16) and magnetic external rotor, the travelling gear rotating shaft is fixed on the driving cog wheel carrier (17), the driving cog wheel carrier is fixed on the upper cylinder half shell (2), and outer cage (1) covers cylinder body and magnetic external rotor and is fixed in down on the cylinder shell (3).
8, permanently magnetic energy engine according to claim 4, it is characterized in that annular power coil (20) by three independently coil windings constitute, three independently coil windings respectively export a phase current and form three-phase current, phase current in the three-phase current is for illumination and signal usefulness, and two-phase is merged into one through diode (22) and entered the lambda line box (24) that outer cage is provided with through rheostat (23) in addition; Be provided with the built-in ball bearing of ball bearing groove (25) (26) in the lambda line box, ball bearing is provided with compression spring (27) and spring dead plate (28) thereafter; Magnetic external rotor (4) outer placed to be provided with and is with insulation cushion (30) and ball bearing road (31) in the cannelure (29), and coil lambda line one end is connected the ball bearing road; The ball bearing that is provided with in the lambda line box on the outer cage is placed the ball bearing road that is provided with at magnetic external rotor outer and is rolled, annular power coil (20) cutting rotate electric current that the magnetic field of magnetic external rotor produces by ball bearing on the ball bearing road rolling and electric current is delivered in each coil (19) in the magnetic external rotor (4).
9, permanently magnetic energy engine according to claim 6, it is characterized in that annular power coil (20) by three independently coil windings constitute, three independently coil windings respectively export a phase current and form three-phase current, phase current in the three-phase current is for illumination and signal usefulness, and biphase current is merged on the ball bearing road (11) that a phase current is provided with in the lambda line box access cylinder body (6) that rheostat and outer cage are provided with through diode in addition; Compression spring (32) and spring dead plate (33) that the groove that the magnetic piston of each connecting rod front end is provided with is built-in with ball bearing (12) and is provided with thereafter; The ball bearing road (11) that the ball bearing that the magnetic piston of each connecting rod front end is provided with (12) is provided with in cylinder body (6) is gone up and is rolled; Coil lambda line one end is connected on the ball bearing; The annular power coil cutting of being fixed in outer cage is rotated the electric current that the magnetic field of magnetic external rotor produces and electric current is delivered in the coil (19) of the magnetic piston of each connecting rod front end by the ball bearing that rolls on the ball bearing road.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 99238150 CN2449413Y (en) | 1999-06-09 | 1999-07-19 | Permanent magnetic energy powering motor |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN99237898 | 1999-06-09 | ||
| CN99237898.2 | 1999-06-09 | ||
| CN 99238150 CN2449413Y (en) | 1999-06-09 | 1999-07-19 | Permanent magnetic energy powering motor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2449413Y true CN2449413Y (en) | 2001-09-19 |
Family
ID=34066160
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 99238150 Expired - Fee Related CN2449413Y (en) | 1999-06-09 | 1999-07-19 | Permanent magnetic energy powering motor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2449413Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107672686A (en) * | 2017-09-20 | 2018-02-09 | 深圳市行者机器人技术有限公司 | A kind of biped robot and its leg damping and energy recycle device |
-
1999
- 1999-07-19 CN CN 99238150 patent/CN2449413Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107672686A (en) * | 2017-09-20 | 2018-02-09 | 深圳市行者机器人技术有限公司 | A kind of biped robot and its leg damping and energy recycle device |
| CN107672686B (en) * | 2017-09-20 | 2019-09-20 | 深圳市行者机器人技术有限公司 | A kind of biped robot and its leg damping and energy recycle device |
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| CF01 | Termination of patent right due to non-payment of annual fee |