Equivalent magnetic particle conduction imbalance device

Abstract

The invention discloses an equivalent magnetic particle conduction unbalance device which is characterized in that a side shaft is driven to rotate to enable two outer magnets connected with a sleeve to rotate forwards and enable four side magnets connected with the sleeve to rotate backwards, and after the two outer magnets firstly enter and are overlapped with two middle magnets in an attracting manner, the four side magnets enter and are overlapped with the same two middle magnets in an attracting manner; when the two middle magnets are all located in the overlapping line of the four side magnets, the rear ends of the two outer magnets enter the middle magnets at the same time to be overlapped with the middle magnets, and when the rear ends of the four side magnets enter the middle magnets to be overlapped with the middle magnets, the rear ends of the two outer magnets also exit from the middle magnets at the same time to be overlapped with the middle magnets. The two middle magnets at the front end of the large shaft repel the inner magnet, and the two middle magnets at the rear end attract the inner magnet. The force that the two outer magnets enter and attract the two middle magnets is larger than the outgoing attraction force, the force that the four side magnets enter and attract the middle magnets is smaller than the outgoing attraction force, however, the redundant force of the two outer magnets is larger than the force needed by the four side magnets, the redundant force is transmitted to the side shafts through the gears, and the redundant force is transmitted to the outside through the side shafts.

Description

Technical field:

[0001] The invention relates to magnetic energy conduction equipment, belonging to a magnetic force conduction machine, and in particular to a machine for equal imbalance in the conduction process of magnetic particles. Background technology:

[0002] Humans can convert power into particles, setting a precedent for converting force into physical particles, such as using power for electricity generation. Electricity is composed of electric particles. Magnetism and thermodynamics also have similarities. For example, in thermodynamics, the quantity is the same, but the quality is different. In magnetism, the quantity is the same during transfer, but the properties are different. Thermal energy can be converted into power due to its quality. For example, the energy increases during the adiabatic throttling process of high-temperature and high-pressure steam. The different properties of permanent magnets and equal amounts of magnetic particles during the transfer process produce different attraction and repulsion forces, and power is transmitted to the outside world. Summary of the invention:

[0003] The invention provides an equal amount magnetic particle conduction unbalancer, wherein four groups of inner and middle magnets in a frame are fixed on the front and rear sleeves which cover a large shaft, the sleeves and the large shafts are fixed and cannot rotate, the inner magnets of the two front groups and the middle magnets repel each other, the inner magnets of the two rear groups and the middle magnets attract each other, four side magnets are fixed in a frame of a connecting rod connected to the sleeve, the side magnets attract the front and rear ends of the middle magnet, two outer magnets are fixed in a frame of a connecting rod fixed to the sleeve which covers the side magnets, and the outer magnets attract the peripheries of the front and rear middle magnets respectively. When the side shaft rotates, the gear drives the two outer magnets to reverse and forward first enter the vertical overlapping line of the front and rear middle magnets of the right side. At this time, the rear sections of the four front and rear side magnets are still at the overlapping line of the front and rear middle magnets of the left side. When the front and rear middle magnets of the right side are all in the overlapping line of the two outer magnets, the front and rear two side magnets also rotate out of the overlapping line of the front and rear middle magnets of the left side at the same time, and start to enter the front and rear middle magnets of the right side and overlap with them at the same time. When the front and rear middle magnets of the right side are all in the overlapping line of the two side magnets, the rear heads of the front and rear outer magnets also enter the middle magnet of the right side at the same time. When the rear heads of the front and rear side magnets enter the front and rear middle magnets of the right side, the rear heads of the two outer magnets also exit the front and rear middle magnets of the right side at the same time and start to enter the front and rear middle magnets of the left side. The suction force of the two outer magnets entering the front and rear middle magnets is greater than the suction force when exiting, and the suction force of the front and rear side magnets entering the middle magnets is less than the suction force when exiting. The redundant force of the two outer magnets is greater than the force used by the front and rear side magnets, and there is redundant force. The front and rear heads of the large shaft are fixed on the front and rear covers, and gears are installed on the sleeves fixed with the two external magnets, which are connected to the gears installed on the side shafts. When the side shafts rotate, they are reversed. Gears are installed on the sleeves fixed with the four side magnets, which are connected to the gears installed on the short shafts. The gears on the short shafts are connected to the gears on the side shafts on each side. The gears on the short shafts make the gears on the sleeves and the gears on the side shafts rotate in the same direction. The short shafts are fixed on the discs of the sleeves covered by the outer shell, and the discs and the sleeves form a gear box. The bearings of the side shafts are installed on three discs, and the excess force is transmitted to the side shafts by the gears, and the side shafts are transmitted to the outside world.

[0004] The structure of this equal magnetic particle conduction unbalancer is as follows:

[0005] The outer magnet, the middle magnet, the inner magnet and the side magnet are made into a ring segment, with two outer magnets, four middle magnets, four inner magnets and four side magnets. The two outer magnets and the four side magnets are 2 / 6 of the circumference, the four inner magnets and the four middle magnets are about 1 / 6 of the circumference, the two outer magnets can rotate, the four side magnets are divided into front and rear groups and can rotate, a middle magnet and an inner magnet are a group, two groups at the front and rear, the middle magnet and the inner magnet cannot rotate, the front and rear of the large shaft are square, the front and rear covers are opened with square holes, the large shaft and the front and rear heads are connected with the front and rear covers, the large shaft is stuck by the front and rear covers and cannot move and rotate, and the front and rear heads of the large shaft have holes for installation. A disc is strung behind the large shaft, and an oil seal and two bearings and an oil seal are mounted in the first sleeve. A gear is strung in front of the sleeve, and grooves are correspondingly provided on the gear and the sleeve, and a bayonet is installed in the groove. Two bearings and an oil seal are strung in the middle section of the sleeve in an outer sleeve. A connecting rod is fixed to the back of the sleeve, and a frame is built on the connecting rod, and a side magnet is installed in the frame. The frame is not sealed at the back, so that the side magnet can be installed and can be close to the center magnet. A gear is installed on the front section of the outer sleeve, and grooves are correspondingly provided on the gear and the outer sleeve, and a bayonet is installed in the groove. An oil seal on a disc is strung in the middle section of the outer sleeve, and a connecting rod is built on the back section of the outer sleeve, and tiles are built behind the connecting rod, and the tiles rise backward and have a frame, and an external magnet is installed in the frame. The back and the inner surface of the frame are not sealed, and the back is for the external magnet to be installed. The inner surface is not sealed so that it can be close to the periphery of the center magnet. A second sleeve is strung behind the large shaft, and corresponding grooves are opened on the sleeve and the large shaft, and a bayonet is installed in the groove. There are two frames on the sleeve, an inner magnet is installed in each frame, and a middle magnet is installed on the periphery of each inner magnet. The middle magnet is fixed with screws that are not attracted by magnets. Corresponding holes for screws are opened on the inner magnet, the middle magnet and the sleeve, and the front and rear heads of the middle magnet are attracted to the side magnets. Only the outer side of the frame is not sealed. The main shaft is further connected to the two bearings in the third sleeve. The front of the sleeve has a connecting rod, a frame is built on the connecting rod, and a side magnet is installed in the frame. The side magnet and the middle magnet are attracted to each other at the back, and only the front of the frame is not sealed. The sleeve is connected to the back with a disc, an oil seal and a gear. The sleeve is further connected to the back with a disc, an oil seal and an outer sleeve. The gear, sleeve and outer sleeve are respectively provided with grooves. The gear and sleeve are provided with a bayonet in the grooves. The sleeve and the grooves of the outer sleeve are mutually locked. The outer sleeve is provided with a connecting rod, a frame is built on the connecting rod, and a side magnet is installed in the frame. Only the back of the frame is not sealed. The main shaft is further connected to the back with the fourth sleeve. The main shaft and sleeve are respectively provided with grooves, a bayonet is installed in the grooves. The sleeve has two frames, each with an inner magnet, and a middle magnet is fixed to the periphery of each inner magnet with screws. The inner magnet, middle magnet and sleeve are respectively provided with holes for screws. The periphery of the middle magnet is attracted to the outer magnet, and the front is attracted to the side magnet. The middle magnets of the front two groups repel the inner magnets, while the middle magnets of the rear two groups attract the inner magnets.The large shaft is further connected to the rear with an oil seal and two bearings of the fifth sleeve. The sleeve has a connecting rod at the front, a frame on the connecting rod, a side magnet in the frame, only the front of the frame is not sealed, the front of the side magnet is attracted to the middle magnet, the sleeve is further connected to an oil seal and two bearings in the outer sleeve, the outer sleeve is further connected to a connecting rod at the front, a tile is fixed in front of the connecting rod, the tile rises forward and is fixed to a frame, an outer magnet is installed in the frame, the front and inner surface of the frame are not sealed, the inner surface of the outer magnet is attracted to the outer periphery of the middle magnet, the outer sleeve is further connected to an oil seal on the disc and a gear, the gear and the outer sleeve are provided with corresponding grooves, and a bayonet is installed in the groove. The large shaft is further connected to a disc and an oil seal at the rear. There are inherent convex rings on the front and rear covers, and the front and rear heads of the side shaft are passed through the holes opened on the front and rear covers. The front and rear covers are fixed to the front and rear heads of the shell respectively with screws. The side shaft is passed through an oil seal and a bearing on the first disc backwards, and a sleeve is fixed behind the disc. The rear section of the inner surface of the sleeve has a ring groove, and the oil seal is installed in the groove. The side shaft is then connected to two gears and an oil seal on the second disc backwards. The first gear is connected to the gear on the bearing connected to the short shaft, and the other side of the gear on the short shaft is connected to the gear on the first sleeve. The short shaft is installed on the first disc, and the short shaft disc has a corresponding groove, and a bayonet is installed in the groove. The second gear is connected to the gear on the outer sleeve of the first sleeve. The first and second gears and the side shaft are correspondingly provided with grooves, and a bayonet is installed in the groove. The rear section of the sleeve on the first disc is covered with the sleeve on the second disc, and the second disc is fixed to the back of the sleeve of the first disc with screws. The disc and the sleeve are correspondingly provided with holes for screws. The first, second discs and the two connected sleeves form a gear box, and the second disc is covered with the oil seal on the outer sleeve of the first sleeve. The side shaft is further connected to an oil seal and a bearing of the third disc, and the third disc is covered with the oil seal on the front section of the third sleeve. The side shaft is further connected to the third gear, an oil seal on the fourth disc and the fourth disc. The third gear is connected to the gear on the bearing connected to the short shaft, and the other side of the gear on the short shaft is connected to the gear on the third sleeve. A short shaft is installed on the third disc, and grooves are correspondingly opened on the side shaft, the third gear, the third disc and the short shaft, and a bayonet is installed in the groove. The third disc is fixed to the middle section of the inner surface of the sleeve, and a groove is opened on the inner surface of the rear section of the sleeve, and an oil seal is installed in the groove. The rear section of the sleeve is covered with a sleeve fixed to the front of the fourth disc, and the fourth disc is fixed to the back of the sleeve with screws. The fourth disc and the sleeve have corresponding holes for screws, and the third, fourth discs and the two connected sleeves form a gear box.The side shaft is then strung with the fifth disc, oil seal, fourth and fifth gears, bearings on the sixth disc, and oil seal. The fourth gear is connected to the gear on the outer sleeve of the fifth sleeve. The fifth gear is connected to the gear on the bearing strung with the short shaft. The other side of the gear on the short shaft is connected to the gear on the fifth sleeve. The fourth and fifth gears and the side shaft have corresponding grooves, and a bayonet is installed in the groove. The sixth disc and the short shaft have corresponding grooves, and a bayonet is installed in the groove. The sixth disc is covered with the short shaft and the front inherent sleeve. The sleeve covers the sleeve fixed behind the fifth disc and the inner groove, and the oil seal is installed in the groove. The fifth disc is fixed to the front end of the sleeve of the sixth disc with screws. The fifth, sixth discs and the connected sleeves form a gear box. The inner middle section and rear section of the outer shell have inherent convex rings. The outer shell covers three gear boxes. The convex rings fixed on the middle section and rear section of the outer shell cover the gear boxes at the middle section and rear section of the side shaft respectively.

[0006] The theoretical basis of the present invention is: utilizing the permanent attraction and repulsion of magnets and the function of reducing and increasing the magnetic force, and being able to self-circulate and circulate multiple times. The south and north pole interfaces of the fixed inner magnet are repelled and opposed to the south and north pole interfaces of the fixed middle magnet, the movable outer magnet is attracted and opposed to the south and north pole interfaces of the middle magnet, and one side and one pole of the movable two-sided magnet are attracted and opposed to the left and right sides and one pole of the middle magnet respectively. The outer magnet is first attracted to the middle magnet, and the two-sided magnet is then attracted to the middle magnet. When the two-sided magnet is attracted to one side and one pole of the middle magnet, the magnetic force of the inner magnet and the outer magnet cancels each other in the middle magnet. Therefore, the two-sided magnet only needs to cut off the force of the outer magnet to attract the middle magnet, and the attraction of the inner magnet and the outer magnet of the middle magnet combination is cut off, so that the outer magnet is first out of the relative attraction with the middle magnet, so that there is redundant force. When the inner magnet attracts the south and north poles of the middle magnet with the south and north poles of the middle magnet, the outer magnet first attracts the south and north poles of the middle magnet, and the two side magnets attract the middle magnet with one side and one pole. After the outer magnet enters and attracts the middle magnet, the attraction between the inner magnet and the middle magnet will be smaller than when there is no outer magnet to attract the middle magnet. When the magnetic force of the inner magnet and the outer magnet is the same, the attraction between the inner magnet and the outer magnet to the middle magnet is also the same. After the outer magnet leaves the middle magnet first, the attraction between the inner magnet and the middle magnet will increase. At this time, the attraction between the two side magnets and the middle magnet can only increase the same amount of attraction as the attraction between the outer magnet and the middle magnet, but the attraction of the inner magnet increases at the same time, which makes the increased attraction between the two side magnets smaller than the force of the outer magnet to attract the middle magnet. Therefore, the force of the outer magnet to attract the middle magnet is greater than the attraction between the two side magnets and the middle magnet, and there is excess force. The outer magnet can attract and repel the middle magnet with the south and north poles composed of two magnets with one side and one pole. The inner magnet can attract and repel the middle magnet with the south and north poles composed of two magnets with one side and one pole. The middle magnet uses the south and north pole interface to attract and oppose the south and north poles of the inner magnet. There is a certain gap between the middle magnet and the inner magnet. The two side magnets use one side and one pole to attract and oppose the one side and one pole of the middle magnet. The two side magnets first attract and oppose the middle magnet. No external magnet is needed. The iron sheet or the object attracted by the magnet enters the gap between the middle magnet and the inner magnet later. The two side magnets first exit the middle magnet, and the iron sheet exits the gap between the middle magnet and the inner magnet later. There is also excess force because the iron sheet replaces the suction force of the inner magnet and does not increase the suction force of the middle magnet. When the outer magnet repels the middle magnet, the side magnet can use the object attracted by the magnet. The inner magnet, the middle magnet, the outer magnet, and the two side magnets are all one section. The inner magnet and the middle magnet can be attracted by the outer magnet and the middle magnet, the inner magnet and the middle magnet can be attracted by one side magnet, and the inner magnet and the middle magnet can be repelled by one side magnet. The overlapping binary, first-in, first-out and last-in, last-out methods are used to analyze the interaction without residual force.During operation, the side shaft is rotated to make the two outer magnets fixed on the connecting rod connected to the sleeve move forward and the four side magnets fixed on the sleeve rotate backward. The two outer magnets first enter and attract the two middle magnets, and the four side magnets enter and attract the same two middle magnets. When the two middle magnets are all within the overlapping line of the four side magnets, the backs of the two outer magnets enter the middle magnet at the same time. When the backs of the four side magnets enter and overlap with the middle magnet, the backs of the two outer magnets also come out of the middle magnet at the same time. The two middle magnets at the front of the large shaft repel the inner magnets, and the two inner magnets at the back attract the middle magnet. The suction force of the two outer magnets entering the middle magnet is greater than the suction force coming out, and the suction force of the four side magnets entering the middle magnet is less than the suction force coming out. However, the excess force of the two outer magnets is greater than the force needed by the four side magnets. The excess force is transmitted to the side shaft by the gear, and the side shaft is transmitted to the outside world.

[0007] Advantages and effects of the present invention:

[0008] 1. High efficiency.

[0009] 2. Simple manufacturing and small size.

[0010] 3. Environmental protection. Description of the drawings:

[0011] Figure 1 It is a structural schematic diagram of the equal amount magnetic particle conduction unbalancer of the present invention.

[0012] Figure number identification: (1) main shaft, (2) side shaft, (3, 4, 5) short shaft, (6, 7) hole, (8) housing, (9, 10, 11, 12) convex ring, (13, 14, 15, 16, 17, 18) disc, (19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32) sleeve, (33, 34, 35, 36, 37, 38) connecting rod, (39, 40, 41, 42, 43, 44, 45, 46, 47, 48) frame, (49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61) gear, (62, 63, 64, 65, 66, 67, 68, 69, 70, 71) gear, (72, 73, 74, 75, 76, 77, 78, 79, 80, 81) gear, (82, 83, 84, 85, 86, 87, 88, 89, 90, 91) gear, (91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101) gear 4, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77) bearings, (78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96) oil seals, (97, 98, 99, 100, 101) screws, (102, 103, 104, 105) inner magnets, (106, 107, 108, 109) middle magnets, (110, 111) outer magnets, (112, 113, 114, 115) side magnets, (116) front cover, (117) rear cover, (118, 119) tiles. Specific implementation method:

[0013] As shown in the figure, the front and rear heads of the main shaft (1) are respectively provided with holes (6, 7), the front head of the main shaft (1) is connected with a cover (116), and the rear head is connected with a rear cover (117), the front and rear heads of the main shaft (1) are square, and the front cover (116) and the rear cover (117) are provided with corresponding square holes. The main shaft (1) is connected with a disc (13) and an oil seal (78) in a rearward direction, and the main shaft (1) is connected with bearings (62, 63) and an oil seal (79) in a sleeve (19) in a rearward direction, and the front section of the sleeve (19) is connected with a gear (51), and the sleeve (19) is connected with bearings (68, 69) in a sleeve (20), an oil seal (82) and a rear section inherent connecting rod (34) in a rearward direction, and a frame (39) is fixed on the connecting rod (34), and a side magnet (112) is installed in the frame (39), and only the rear section of the frame (39) is not sealed, and grooves are correspondingly provided on the sleeve (19) and the gear (51), and a bayonet is installed in the groove. The front end of the sleeve (20) is connected with a gear (53), the middle part is connected with an oil seal (86), the rear part is connected with a connecting rod (33), the gear (53) and the sleeve (20) are respectively provided with grooves, a bayonet is installed in the groove, a tile (118) is fixed at the rear of the connecting rod (33), the tile (118) rises to the rear and is connected with a frame (41), an external magnet (110) is installed in the frame (41), and the inner surface and the rear of the frame (41) are not sealed. The large shaft (1) is further connected with a sleeve (25) at the rear. The sleeve (25) and the large shaft (1) are provided with grooves respectively. A bayonet is installed in the groove. The sleeve (25) is provided with a frame (42, 43). An inner magnet (102) is installed in the frame (42). An inner magnet (103) is installed in the frame (43). Middle magnets (106, 107) are respectively fixed to the inner magnets (102, 103) by screws. The middle magnets (106, 107), the inner magnets (102, 103) and the sleeve (25) are provided with corresponding holes for screws. Only the outer peripheries of the frames (42, 43) are not sealed. The main shaft (1) is further connected to the bearings (64, 65) in the sleeve (23) in series. The front end of the sleeve (23) is fixed with a connecting rod (35). The sleeve (23) is connected to the oil seal (83), a disc (15), a gear (56), an oil seal (84), a disc (16), and a sleeve (24) in series in series in series in series in series. The gear (56) and the sleeves (23, 24) are respectively provided with grooves. The grooves of the gear (56) and the sleeve (23) are provided with bayonet pins. The grooves of the sleeves (23, 24) are mutually locked. A frame (40) is fixed on the connecting rod (35). A side magnet (113) is provided in the frame (40). Only the front of the frame (40) is not sealed. A connecting rod (36) is fixed on the sleeve (24), a frame (44) is fixed on the connecting rod (36), a side magnet (114) is installed in the frame (44), only the rear side of the frame (44) is not sealed, the side magnets (112, 113) are at two ends of the middle magnet (106), and the outer magnet (110) is outside the middle magnet (106).The main shaft (1) is further connected with a sleeve (26) at the rear. The main shaft (1) and the sleeve (26) are provided with grooves respectively. A bayonet is installed in the groove. The sleeve (26) is provided with a frame (47, 48). An inner magnet (104) is installed in the frame (47). An inner magnet (105) is installed in the frame (48). Middle magnets (108, 109) are respectively fixed to the inner magnets (104, 105) by screws. The inner magnets (104, 105), the middle magnets (108, 109) and the sleeve (26) are provided with corresponding holes for screws. Only the outer periphery of the frame (47, 48) is not sealed. The main shaft (1) is further connected to the oil seal (80) and bearings (66, 67) in the sleeve (21) backwards, the sleeve (21) is fixed with a connecting rod (37) at the front end, the connecting rod (37) is fixed with a frame (45), a side magnet (115) is installed in the frame (45), and only the front of the frame (45) is not sealed. The sleeve (21) is connected to the oil seal (85) and bearings (70, 71) in the sleeve (22) backwards, and the gear (61) is connected to the rear section, and the gear (61) and the sleeve (21) are correspondingly provided with grooves, and a bayonet is installed in the groove. The sleeve (22) is fixed with a connecting rod (38) at the front end, and a tile (119) is fixed in the front of the connecting rod (38), and the tile (119) is raised to the front end of the frame (46), and an external magnet (111) is installed in the frame (46), and the front and inner surface of the frame (46) are not sealed. The side magnets (114, 115) are located in front and rear of the middle magnet (108), and the outer magnet (111) is located outside the middle magnet (108). The large shaft (1) is further connected to the oil seal (81) and the disc (18) in a series. The front end of the side shaft (2) is connected to the hole in the front cover (116), and the rear end is connected to the hole in the rear cover (117). The front cover (116) and the rear cover (117) are provided with convex rings (9, 10) respectively. The side shaft (2) is connected with an oil seal (88), a bearing (72), gears (49, 52), and an oil seal (89) in series. The gear (52) is connected with a gear (53). The gear (49) is connected with a gear (50). The gear (50) is connected with a gear (51). The gear (50) is covered with a bearing (77). The short shaft (3) is connected with the bearing (77). The gears (49, 52) and the side shaft (2) are provided with corresponding grooves. A bayonet is installed in the groove. The disc (13) is provided with a hole to cover the oil seal (88), the bearing (72), and the short shaft. (3), the disc (13) and the short shaft (3) are provided with grooves correspondingly, a bayonet is installed in the grooves, a sleeve (27) is fixed at the rear of the disc (13), the sleeve (27) is covered with a sleeve (30) fixed at the front of the disc (14), a groove is provided on the inner surface of the rear section of the sleeve (27), an oil seal (94) is installed in the groove, the disc (14) is covered with oil seals (89, 86), the disc (14) is fixed to the rear of the sleeve (27) by screws (99), and the sleeves (27, 30) and the discs (13, 14) form a gear box.The side shaft (2) is further connected with an oil seal (90), a bearing (73), a gear (54), an oil seal (91), and a disc (16) in series. The gear (54) is connected with a gear (55), and the gear (55) is connected with a gear (56). The gear (55) is covered with a bearing (76), and the bearing (76) is covered with a short shaft (4). The gear (54) and the side shaft (2) are provided with corresponding grooves, and a bayonet is installed in the groove. The disc (15) is covered with an oil seal (90), a bearing (73), a short shaft (4), an oil seal (83), and the disc The disc (15) and the short shaft (4) are provided with corresponding grooves, and a bayonet is installed in the grooves. The outer periphery of the disc (15) is provided with a sleeve (28), and the inner surface of the rear section of the sleeve (28) is provided with a groove, and an oil seal (95) is installed in the groove. The rear section of the sleeve (28) is covered with a sleeve (31) fixed in front of the disc (16), and the disc (16) is covered with oil seals (91, 84). The disc (16) is fixed to the rear of the sleeve (28) by screws (100), and the sleeve (28, 31) and the discs (15, 16) form a gear box. The side shaft (2) is further connected with a disc (17), an oil seal (92), gears (57, 59), a bearing (74), and an oil seal (93). The gear (57) is connected to the gear (58), the gear (59) is connected to the gear (60), the gear (60) is connected to the gear (61), the gears (57, 59), and the side shaft (2) are provided with corresponding grooves, and a bayonet is installed in the groove. The disc (17) is covered with an oil seal (92, 87), the disc (18) is covered with a bearing (74), an oil seal (93, 8 1), a short shaft (5), a disc (18), and a short shaft (5) are provided with grooves correspondingly, a bayonet is installed in the groove, a sleeve (29) is provided in front of the disc (18), a groove is provided in the inner surface of the front section of the sleeve (29), an oil seal (96) is installed in the groove, the front section of the sleeve (29) is covered with a sleeve (32) fixed at the rear of the disc (17), the disc (17) is fixed to the front of the sleeve (29) by screws (101), the sleeve (29, 32), the disc (18, 17) form a gear box. The inner surface of the housing (8) has convex rings (11, 12), the convex ring (11) covers the sleeve (28), the convex ring (12) covers the sleeve (29), the front cover (116) of the inherent convex ring (9) and the rear cover (117) of the inherent convex ring (10) are fixed to the front and rear ends of the housing (8) by screws (97, 98) respectively.During installation, the bearing (64) is mounted on the main shaft (1), the oil seal (90) and the bearing (73) are mounted on the side shaft (2), the sleeve (23) and the bearing (65) are mounted on the main shaft (1), the disc (15) equipped with the bayonet, the short shaft (4), the oil seal (83) and the inherent sleeve (28) is inserted from the rear end of the main shaft (1) and mounted on the sleeve (23), the bearing (76) and the gear (55) on the short shaft (4) are mounted, the side shaft (2) is inserted into the oil seal (90) and the bearing (73), the front end of the side shaft (2) and the main shaft (1) are clamped with the clamp on the front end of the mounting frame, and the gear (55) is mounted. The gear (54) and the bayonet are installed on the side shaft (2) so that the gear (54) and the gear (55) are aligned, the gear (56) and the bayonet are installed on the sleeve (23) so that the gears (55, 56) are aligned, the oil seal (95) is installed on the inner surface of the sleeve (28), the oil seals (91, 84) are installed on the disc (16), the disc (16) is inserted from the rear of the main shaft (1) and the side shaft (2) so that the oil seal (91) is sleeved on the side shaft (2), the oil seal (84) is sleeved on the sleeve (23), the sleeve (31) is inserted into the sleeve (28), and the disc (16) is fixed to the rear of the sleeve (28) by a screw (100). Install the side magnet (113) into the frame (40) of the connecting rod (35), install the side magnet (114) into the frame (44) of the connecting rod (36), install the sleeve (24) onto the sleeve (23), install the inner magnets (104, 105) into the frames (47, 48) respectively, fix the middle magnets (108, 109) onto the inner magnets (104, 105) respectively with screws, install the bayonet at the rear section of the main shaft (1) and the sleeve (26) connected to the frames (47, 48). Install the side magnet (115) into the frame (45) of the connecting rod (37), install the oil seal (80) and the bearing (66) onto the main shaft (1), install the bearing (67) onto the inner surface of the rear end of the sleeve (21), and install the sleeve (21) onto the main shaft (1). Install the outer magnet (111) into the frame (46) of the tile (119) connected to the connecting rod (38), install the oil seal (85) and the bearing (70) on the sleeve (21), install the bearing (71) on the inner surface of the rear end of the sleeve (22), and install the sleeve (22) on the sleeve (21). Install the oil seals (92, 87) into the hole of the disc (17), install the disc (17) so that the oil seal (92) covers the side shaft (2), and the oil seal (87) covers the sleeve (21), install the gears (57, 59) and the two bayonet pins on the side shaft (2), fix the outer magnet (111) and the side magnet (115) with the clamp on the mounting frame, align them, and install the gear (58) and the bayonet pin into the sleeve (22).The bearing (74), the short shaft (5), the bayonet pin and the oil seal (81) are mounted on the disc (18), the gear (60) is mounted on the short shaft (5) with the bearing (75) mounted thereon, the oil seal (96) is mounted on the inner surface of the front end of the sleeve (29), the disc (18) connected to the sleeve (29) is mounted thereon, the sleeve (29) is mounted thereon with the sleeve (32), the bearing (74) is mounted thereon with the side shaft (2), the oil seal (81) is mounted thereon with the large shaft (1), the oil seal (93) is mounted thereon with the disc (18), the oil seal (93) is mounted thereon with the side shaft ( 2), fix the disc (17) on the sleeve (29) with screws (101), loosen the clamps clamping the outer magnet (111) and the side magnet (115), fix the side shaft (2) and the rear section of the main shaft (1) with the clamps on the mounting frame, loosen the clamps on the front section, install the inner magnets (102, 103) into the frames (42, 43) respectively, fix the inner magnets (106, 107) onto the inner magnets (102, 103) respectively with screws, install the sleeve (25) and the bayonet pin onto the front section of the main shaft (1), install the side magnet (112) into the frame (39) of the connecting rod (34), install the oil seal (79) and the bearing (63) onto the main shaft (1), install the bearing (62) onto the inner surface of the front end of the sleeve (19), and install the sleeve (19) onto the main shaft (1). The outer magnet (110) is installed in the frame (41) of the tile (118) fixed to the connecting rod (33), the oil seal (82) and the bearing (69) are installed on the sleeve (19), the bearing (68) is installed on the inner surface of the front end of the sleeve (20), the sleeve (20) is installed on the sleeve (19), the oil seal (86) is installed on the sleeve (20), the oil seal (89) is installed on the side shaft (2), the disc (14) connected to the sleeve (30) is installed, so that the hole opened on the disc (14) is covered with the oil seal (89, 86), the gear (52, 49) and the two bayonet pins are installed on the side shaft (2), the outer magnet (110) and the side magnet (112) are fixed by the clamp on the mounting frame, and the position is aligned, and the gear (53) and the bayonet pin are installed on the sleeve (20). The bearing (72) is mounted on the side shaft (2), the oil seal (78) and the short shaft (3) are mounted on the disc (13), the bearing (77) is mounted on the gear (50), the bearing (77) is mounted on the short shaft (3), the oil seal (94) is mounted on the inner surface of the rear end of the sleeve (27), the disc (13) is mounted, the sleeve (27) is covered with the sleeve (30), the disc (13) is covered with the bearing (72), the oil seal (78) is covered with the main shaft (1), the gear (50) is connected to the gears (49, 51), and the oil seal (88) is mounted on the side shaft (2). The front cover (116) is mounted, the convex ring (9) is pressed against the disc (13), and the two holes opened on the front cover (116) are covered with the main shaft (1) and the side shaft (2) respectively.The clamps holding the outer magnet (110) and the side magnet (112) are released, and the side shaft (2), the front section of the large shaft (1) and the front section of the side shaft (2) are clamped with the clamps on the front end of the mounting frame. The clamps holding the rear section are released, and the housing (8) is inserted halfway from the rear end. The rear cover (117) is strung with the shaft on the rear end of the mounting frame, and is respectively lifted into the holes (6, 7) opened at the front and rear heads of the large shaft (1) together with the shaft on the front end. The clamps holding the large shaft (1) and the front section of the side shaft (2) are released, and the housing (8) is installed in place. The front cover (116) is fixed to the front of the housing (8) with screws (97), and the rear cover (117) with the inherent convex ring (10) is fixed to the rear of the housing (8) with screws (98), so that the convex ring (10) is against the disc (18), and the clamps on the front end and the shafts on the two ends are released.

Claims

1. An equal amount magnetic particle conduction unbalancer, characterized in that: The front and rear heads of the main shaft (1) are respectively provided with holes (6, 7). The front head of the main shaft (1) is connected with a front cover (116), and the rear head is connected with a rear cover (117). The front and rear heads of the main shaft (1) are square, and the front cover (116) and the rear cover (117) are provided with corresponding square holes. The main shaft (1) is connected with a disc (13) and an oil seal (78) toward the rear. The main shaft (1) is further connected to the bearings (62, 63) and the oil seal (79) in the sleeve (19) backwards, the front section of the sleeve (19) is connected to the gear (51), the sleeve (19) is connected to the bearings (68, 69), the oil seal (82) and the rear section of the inherent connecting rod (34) in the sleeve (20) backwards, the connecting rod (34) is fixed with a frame (39), the frame (39) is installed with a side magnet (112), only the rear section of the frame (39) is not sealed, the sleeve (19) and the gear (51) are correspondingly provided with grooves, and the grooves are installed with bayonet pins. The front end of the sleeve (20) is connected with a gear (53), the middle part is connected with an oil seal (86), the rear part is connected with a connecting rod (33), the gear (53) and the sleeve (20) are respectively provided with grooves, a bayonet is installed in the groove, a tile (118) is fixed at the rear of the connecting rod (33), the tile (118) rises to the rear and is connected with a frame (41), an external magnet (110) is installed in the frame (41), and the inner surface and the rear of the frame (41) are not sealed. The large shaft (1) is further connected with a sleeve (25) backwards. The sleeve (25) and the large shaft (1) have corresponding grooves. A bayonet is installed in the groove. The sleeve (25) has a frame (42, 43). The inner magnet (102) is installed in the frame (42). The inner magnet (103) is installed in the frame (43). The middle magnets (106, 107) are fixed to the inner magnets (102, 103) respectively by screws. The middle magnets (106, 107), the inner magnets (102, 103) and the sleeve (25) have corresponding holes for screws. Only the outer periphery of the frame (42, 43) is not sealed. The main shaft (1) is further connected to the bearings (64, 65) in the sleeve (23) in series. The sleeve (23) is connected to the front end of the connecting rod (35). The sleeve (23) is connected to the oil seal (83), the disc (15), the gear (56), the oil seal (84), the disc (16), and the sleeve (24) in series in series in series in series in series. The gear (56) and the sleeve (23, 24) are respectively provided with grooves. The gear (56) and the sleeve (23, 24) are provided with bayonet pins in the grooves of the sleeve (23). The grooves of the sleeves (23, 24) are mutually locked. The connecting rod (35) is connected to the frame (40). The frame (40) is provided with a side magnet (113). Only the front of the frame (40) is not sealed. The sleeve (24) is connected to the connecting rod (36). The connecting rod (36) is connected to the frame (44). The frame (44) is provided with a side magnet (114). Only the back of the frame (44) is not sealed. The side magnets (112, 113) are located at two ends of the middle magnet (106), and the outer magnet (110) is located outside the middle magnet (106).The main shaft (1) is further connected with a sleeve (26) at the rear. The main shaft (1) and the sleeve (26) are provided with grooves correspondingly. A bayonet is installed in the groove. The sleeve (26) is provided with a frame (47, 48). An inner magnet (104) is installed in the frame (47). An inner magnet (105) is installed in the frame (48). Middle magnets (108, 109) are respectively fixed to the inner magnets (104, 105) by screws. The inner magnets (104, 105), the middle magnets (108, 109) and the sleeve (26) are provided with corresponding holes for screws. Only the outer periphery of the frame (47, 48) is not sealed. The main shaft (1) is further connected to the oil seal (80) and bearings (66, 67) in the sleeve (21) backwards, the sleeve (21) is fixed with a connecting rod (37) at the front end, the connecting rod (37) is fixed with a frame (45), the frame (45) is provided with a side magnet (115), and only the front of the frame (45) is not sealed, the sleeve (21) is connected to the oil seal (85) and bearings (70, 71) in the sleeve (22) backwards, and the gear (61) is connected to the rear section, the gear (61) and the sleeve (21) are provided with corresponding grooves, and a bayonet is installed in the groove. The sleeve (22) is fixed with a connecting rod (38) at the front end, the connecting rod (38) is fixed with a tile (119), the tile (119) is raised to the front end of the inherent frame (46), the frame (46) is provided with an external magnet (111), and the front and inner surface of the frame (46) are not sealed. The side magnets (114, 115) are located at the front and rear ends of the middle magnet (108), and the outer magnet (111) is located at the periphery of the middle magnet (108). The large shaft (1) is further connected with an oil seal (81) and a disc (18) at the rear. The front end of the side shaft (2) is connected to a hole in the front cover (116), and the rear end is connected to a hole in the rear cover (117). The front cover (116) and the rear cover (117) are respectively connected with convex rings (9, 10). The side shaft (2) is connected with an oil seal (88), a bearing (72), gears (49, 52), and an oil seal (89) in series backwards; the gear (52) is connected with a gear (53); the gear (49) is connected with a gear (50); the gear (50) is connected with a gear (51); the gear (50) is sleeved with a bearing (77); the short shaft (3) is connected with a bearing (77); the gears (49, 52) and the side shaft (2) are provided with corresponding grooves; a bayonet is installed in the groove; the disc (13) is provided with a hole and sleeved with an oil seal (88), a bearing (72), and a short shaft (3), the disc (13) and the short shaft (3) are respectively provided with grooves, and a bayonet is installed in the grooves. A sleeve (27) is fixed to the rear of the disc (13), and a groove is formed on the inner surface of the rear section of the sleeve (27), and an oil seal (94) is installed in the groove. The sleeve (27) is covered with a sleeve (30) fixed to the front of the disc (14), and the disc (14) is covered with oil seals (89, 86). The disc (14) is fixed to the rear of the sleeve (27) by screws (99), and the sleeves (27, 30) and the discs (13, 14) form a gear box.The side shaft (2) is further connected with an oil seal (90), a bearing (73), a gear (54), an oil seal (91), and a disc (16) in series. The gear (54) is connected with a gear (55), and the gear (55) is connected with a gear (56). The gear (55) is covered with a bearing (76), and the bearing (76) is covered with a short shaft (4). The gear (54) and the side shaft (2) are provided with corresponding grooves, and a bayonet is installed in the groove. The disc (15) is covered with an oil seal (90), a bearing (73), a short shaft (4), an oil seal (83), and the disc The disc (15) and the short shaft (4) are provided with corresponding grooves, and a bayonet is installed in the grooves. The outer periphery of the disc (15) is fixed with a sleeve (28), and the inner surface of the rear section of the sleeve (28) is provided with a groove, and an oil seal (95) is installed in the groove. The rear section of the sleeve (28) is covered with a sleeve (31) fixed in front of the disc (16), and the disc (16) is covered with oil seals (91, 84). The disc (16) is fixed to the rear of the sleeve (28) by screws (100). The sleeve (28, 31) and the discs (15, 16) form a gear box. The side shaft (2) is further connected with a disc (17), an oil seal (92), gears (57, 59), a bearing (74), and an oil seal (93) in series. The gear (57) is connected to the gear (58), the gear (59) is connected to the gear (60), and the gear (60) is connected to the gear (61). The gears (57, 59) and the side shaft (2) are provided with corresponding grooves, and a bayonet is installed in the groove. The disc (17) is covered with oil seals (92, 87), and the disc (18) is covered with bearings (74), oil seals, and the like. (93, 81), short shaft (5), disc (18), short shaft (5) are provided with grooves correspondingly, and bayonet pins are installed in the grooves. The disc (18) has a sleeve (29) in front, and a groove is provided in the inner surface of the front section of the sleeve (29), and an oil seal (96) is installed in the groove. The front section of the sleeve (29) is covered with a sleeve (32), and the disc (17) is fixed to the front of the sleeve (29) by screws (101). The sleeves (29, 32), discs (18, 17) form a gear box. The inner surface of the housing (8) has convex rings (11, 12), the convex ring (11) covers the sleeve (28), and the convex ring (12) covers the sleeve (29). The front cover (116) of the inherent convex ring (9) and the rear cover (117) of the inherent convex ring (10) are fixed to the front and rear heads of the housing (8) by screws (97, 98) respectively.

2. The equal-mass magnetic particle conduction unbalancer according to claim 1, characterized in that: The inner magnet (102) uses its south and north pole interfaces to repel the south and north pole interfaces of the middle magnet (106). The outer magnet (110) uses its south and north pole interfaces to attract the south and north pole interfaces of the middle magnet (106). The side magnets (112, 113) use one side and one pole to attract the middle magnet (106).

3. The equal-mass magnetic particle conduction unbalancer according to claim 1, characterized in that: The inner magnet (104) attracts the south and north pole interfaces of the middle magnet (108) with the south and north pole interfaces, the outer magnet (111) attracts the middle magnet (108) with the south and north pole interfaces, and the side magnets (114, 115) attract the middle magnet (108) with one side and one pole.

4. The equal-mass magnetic particle conduction unbalancer according to claim 1, characterized in that: The outer magnet (111) can be used to repel the middle magnet (108).

5. The equal-mass magnetic particle conduction unbalancer according to claims 1-4, characterized in that: The outer magnet (110) can attract the middle magnet (106) with its south and north poles, which are composed of two magnets with one pole on each side. The outer magnet (111) can attract or repel the middle magnet (108) with its south and north poles, which are composed of two magnets with one pole on each side.

6. The equal-mass magnetic particle conduction unbalancer according to claims 1-4, characterized in that: The inner magnet (102) can repel the middle magnet (106) by using the south and north poles formed by two magnets with one face and one pole. The inner magnet (104) can attract the middle magnet (108) by using the south and north poles formed by two magnets with one face and one pole.

7. The equal-mass magnetic particle conduction unbalancer according to claims 1-6, characterized in that: When the outer magnet (110) and the middle magnet (106) repel each other, the side magnets (112, 113) can attract objects by magnets. When the outer magnet (111) and the middle magnet (108) repel each other, the side magnets (114, 115) can attract objects by magnets.

8. The equal-mass magnetic particle conduction unbalancer according to claims 1-7, characterized in that: It uses overlapping binary, first-in, first-out and last-in, last-out methods to analyze the interaction without residual force.

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