Abrégé

Disclosed is a full-range load electric actuator, consisting of at least one first magnet arrangement group, at least one second magnet arrangement group, at least one coil arrangement group, and at least one sensing switch group. The first and second magnet arrangement groups are defined as a rotor or a stator, respectively, such that the first and second magnet arrangement groups are capable of moving relative to the coil arrangement group. The sensing switch group enables the coil arrangement group to precisely switch to a forward power supply or a reverse power supply at a specific single pole position, such that the first and second magnet arrangement groups are capable of receiving a full-range and enhanced magnetic auxiliary force when moving relative to the coil arrangement group. The invention achieves superior magnetic flux management, prevents the effects of two opposing magnetic forces, and amplifies magnetic stress, thereby reducing kinetic energy loss and increasing output power, simplifying the structure of an electrical system, and accordingly lowering costs and reducing the possibility of damage to the electric actuator.

Classes IPC  ?

• H02K 35/02 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant avec des aimants mobiles et des systèmes de bobines fixes
• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

Disclosed is a shared-magnetism complex magnetoelectric device composed of a pair of opposite magnetic groups and at least one coil column group. The pair of opposite magnetic groups contains two or more magnetic column groups parallel to each other and moving synchronously, each magnetic column group is composed of at least two magnetic members staggered at intervals in a movement direction and magnetized in a direction parallel to the movement direction, the same magnetic poles of adjacent end portions of adjacent magnetic members are adjacent, and the same magnetic poles, located at the same positions, of magnetic members of the opposite magnetic column groups are opposite each other; and the coil column group is composed of a first coil member and a second coil member, the first and second coil members are respectively a ㄈ-shaped body composed of a longitudinal electric body and two parallel transverse power generators, and the electric bodies of the first and second coil members reversely supply power respectively. Thus, the reciprocation of power generation and being electric can be realized, an input current can be reduced, and an output power can be improved, thereby achieving the purpose of energy saving; and during power generation, a gain of magnetic flux shared magnetism in a circuit can be shared and added, thereby increasing the quantity of generated power.

Classes IPC  ?

• H02K 1/06 - Détails du circuit magnétique caractérisés par la configuration, la forme ou le genre de structure

Abrégé

A coaxial electromagnetic apparatus formed of at least one magnetic disk and at least one coil disk synchronously and relatively movable and staggered at intervals. The magnetic disk and the coil disk are respectively provided with at least one power-driven module and at least one power generation module. The power-driven modules are provided at the outermost diameters of the magnetic disk and the coil disk. The power generation modules are provided at the innermost diameters of the magnetic disk and the coil disk. A rotation speed of the magnetic disk is increased due to torque amplification and good magnetic current management of the power-driven modules, thereby achieving low power consumption and large thrust of the power-driven modules. The power generation modules generate high cutting frequency to increase power generated and meet the requirement for supplying power to the power-driven modules, thereby achieving autonomous power generation and a self-propelled motor.

Classes IPC  ?

• H02K 53/00 - Mouvements dits perpétuels par moyens dynamo-électriques
• H02K 35/06 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant avec des distributeurs mobiles de flux, les systèmes de bobines et les aimants étant fixes

Abrégé

The electric motor includes at least two opposing magnet sets, at least a coil assembly, and a detection switch circuit. Each magnet set includes at least a magnet whose poles are arranged perpendicular to the movement of the magnet. The magnets in a same magnet set are stacked and have poles on a same side of reversed polarities. Opposing magnets from neighboring magnet sets have facing poles of a same polarity. The coil assembly is disposed between neighboring magnet sets, and axially parallel to an alignment direction between the facing poles of opposing magnets. Each coil assembly includes a magnetizer wrapped in a winding. Yokes are extended from two ends of the magnetizer towards opposite directions and a specific distance is between the yokes' centers. Together with the detection switch circuit's switching between positive and negative power supplies, the electric motor effectively reduces input power, and increases output power.

Classes IPC  ?

• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

A concentric common-battery electromagnetic device, which consists of at least two magnetic column groups (10), at least one coil column group (30) provided parallel and between the opposite magnetic column groups (10), and at least one inductive switch group (40). The magnetic column groups (10) consist of first and second magnetic elements (11 and 12) magnetizing in the direction of motion and provided with a magnetic gap (15). The coil column group (30) consists of at least one coil element (31). Each coil element (31) is provided with a magnetic conductor (32). The length of the magnetic conductor (32) is the length of either magnetic element (11 and 12) plus that of one magnetic gap (15). Moreover, the magnetic conductor (32) is provided at a departing extremity side corresponding to the direction of motion with an electricity supplying coil (36) connected to a power supply and an inductor coil (38) connected to a load. The inductive switch group (40) is capable of controlling whether electricity is supplied by the electricity supplying coil (36) of the coil column group (30) or not. As such, the goal of increasing the rotational speed throughout an entire process is achieved, thus further increasing output power and generated electricity, increasing the energy conversion efficiency, and allowing the structure to be fully utilized.

Classes IPC  ?

• H02K 1/06 - Détails du circuit magnétique caractérisés par la configuration, la forme ou le genre de structure

Abrégé

A disc motor uses first, second magnetic components and third, fourth magnetic components of first, second magnetic disc set of a magnetic set to carry out magnetization in the motion direction, a coil of a coil set of an induction set is arranged perpendicularly to the motion direction, so as to form a four magneto-mechanical force effect; poles of the first, second magnetic components and the third, fourth magnetic component of the first, second magnetic disc sets are arranged oppositely to each other if they are different in polarity and adjacently to each other if they are the same in polarity; with the switching of forward reverse circuit power supplies of an induction switch circuit, magnetic resistant force can be avoided, the whole motion process is magnetically assisted, input power can be reduced effectively, and output power is increased.

Classes IPC  ?

• H02K 17/30 - Association structurelle de moteurs asynchrones à induction à des appareils électriques auxiliaires agissant sur les caractéristiques du moteur ou en assurant la commande, p. ex. à des impédances ou des interrupteurs
• H02K 21/24 - Moteurs synchrones à aimants permanentsGénératrices synchrones à aimants permanents avec des induits fixes et des aimants tournants avec des aimants disposés axialement en face des induits, p. ex. dynamos de bicyclette du type moyeu
• H02K 29/12 - Moteurs ou génératrices à dispositifs de commutation non mécaniques, p. ex. tubes à décharge ou dispositifs à semi-conducteurs avec des dispositifs détecteurs de la position utilisant des bobines détectrices

Abrégé

Disclosed in the present invention is a slope-assist electromagnetic apparatus, comprising a magnetic array and a coil array; the magnetic array comprises at least one first magnetic piece and at least one second magnetic piece, the first and second magnetic pieces being magnetized in a movement direction; the same magnetic poles of adjacent first and second magnetic pieces are adjacent to each other, and the same magnetic poles of opposing first and second magnetic pieces are opposite to each other, a magnetic gap being provided between the two; the coil array is positioned between opposing magnetic arrays, and the coil array comprises at least one induction coil piece that is on a same axis and that is spaced apart; the induction coil piece is provided with a coil that is wound around a magnetic conductor, a segment of the magnetic conductor corresponding to the coil being an installation segment having the minimum diameter; an end of the magnetic conductor that is far from a relative movement direction is provided with an abutting end, and an expanding end of the magnetic conductor having a gradually increasing external diameter is formed from the installation segment to an end that is close to the relative movement direction, while an external edge of the magnetic conductor adjacent to the magnetic array is a sloped edge, thereby effectively reducing magnetic resistance, improving magnetic assistance, and achieving the goal of improving energy conversion efficiency.

Classes IPC  ?

• H02K 1/12 - Parties fixes du circuit magnétique
• H02K 1/22 - Parties tournantes du circuit magnétique

Abrégé

A high-flux magnet set device, consisting of at least one first side magnet column group (50) and one second side magnet column group (60); the first and second side magnet column groups are formed of magnetic pieces (51,52,61,62) magnetized in a moving direction and connected in series at intervals; like poles of the neighboring magnetic pieces are placed adjacent to each other; one magnetic gap (53) is left between each two neighboring magnetic pieces; each magnetic gap is provided with one guiding magnetic piece (55) magnetized in a direction perpendicular to the moving direction; unlike poles of each guiding magnetic piece and the magnetic piece neighboring to the guiding magnetic piece are placed opposite to each other. Thus, magnetic field lines are effectively managed; utilization rate of magnetic flux is improved; double magnet effect is overcome; magnetic resistance is reduced; and kinetic energy loss is decreased. Accordingly, when the device is applied to an electromotor, magnetic force is improved to achieve high output power; and when the device is applied to a generator, cutting frequency and cutting quantity are improved, thus increasing energy conversion efficiency.

Classes IPC  ?

• H02K 16/00 - Machines avec plus d'un rotor ou d'un stator

Abrégé

A magnetic pole dislocation electric apparatus with a magnetic gap is provided with a sensing group (10), wherein a first magnetic group (20) and a second magnetic group (30) are respectively arranged on two sides of the sensing group (10); the first magnetic group (20) is formed by means of a series connection of two or more first magnetic members (21) at equal intervals, and the first magnetic members (21) have a magnetic gap (25) therebetween; the second magnetic group (30) is formed by means of a series connection of two or more second magnetic members (31) at equal intervals, and the second magnetic members (31) have a magnetic gap (35) therebetween; the second magnetic members (31) and the first magnetic members (21) are in an arrangement of the same magnetic pole being opposite and dislocated; and a power supply switch group (40) for selectively supplying power to the sensing group (10) is arranged between the sensing group (10) and the first magnetic group (20) as well as the second magnetic group (30). In this way, a magnetic beam parallel to a moving direction is formed by means of the magnetic flux direction of magnetic lines of force of the first magnetic group (20) and the second magnetic group (30) and relative compression thereof, so that the magnetic lines of force within a corresponding region are less than cutting line coils, an induced electromotive force is weakened, input power can be reduced, dual magnetic assistance is sensed and proliferated when power supply and driving are carried out, output power can be improved, and the energy conversion efficiency is raised.

Classes IPC  ?

• H02K 35/00 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant

Abrégé

A magnetic pole dislocation power generation apparatus with a magnetic gap is provided with a sensing group (10), wherein a first magnetic group (20) and a second magnetic group (30), which are capable of synchronous relative motion, are respectively arranged on two sides of the sensing group (10); the first magnetic group (20) is formed by means of a series connection of two or more first magnetic members (21) at equal intervals, and the first magnetic members (21) have a magnetic gap (25) therebetween; the second magnetic group (30) is formed by means of a series connection of two or more second magnetic members (31) at equal intervals, and the second magnetic members (31) have a magnetic gap (35) therebetween; the second magnetic members (31) and the first magnetic members (21) are in an arrangement of different magnetic poles being opposite and dislocated; and a load switch group (40) for selectively pulling power to the sensing group (10) is arranged between the sensing group (10) and the first magnetic group (20) as well as the second magnetic group (30). In this way, magnetic stresses of the first magnetic group (20) and the second magnetic group (30) relative to the sensing group (10) are mutually eliminated, thereby reducing a kinetic energy loss, and effectively increasing a cutting frequency, and most magnetic lines of force flow through, in an overlap area, a coil member, so that the number of effective cuts can be greatly increased, and the energy conversion efficiency can be effectively raised.

Classes IPC  ?

• H02K 35/00 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant

Abrégé

An electric actuator having magnetic groups misaligned relative to a magnetic pole. The electric actuator comprises an induction coil group (10), and a horizontal magnetic group (20) and a vertical magnetic group (30) which may synchronously move relative to each other are respectively disposed at two sides of the induction coil group; the horizontal magnetic group (20) consists of at least one first magnetic member (21) magnetized along a moving direction, and the vertical magnetic group (30) consists of at least one second magnetic member (31) having a magnetizing direction vertical to the moving direction; the first magnetic member (21) and the second magnetic member (31) are arranged opposite to each other; a switch group (40) is disposed between the induction coil group (10) and the horizontal magnetic group (20), and between the induction coil group (10) and the vertical magnetic group (30) for selectively switching off power of the induction coil group (10). In virtue of the above, magnetic resistance may be eliminated as magnetic members are arranged opposite to each other, so that loss of kinetic energy can be reduced, the rotation speed is increased, and the cutting frequency is enhanced; most of the magnetic current flow through the coil member, and the high flux flowing through a magnetizer can effectively cutting through magnetic wires, thereby enhancing the cutting quantity, to greatly enhance the electricity amount and thus effectively the energy conversion efficiency.

Classes IPC  ?

• H02K 35/06 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant avec des distributeurs mobiles de flux, les systèmes de bobines et les aimants étant fixes

Abrégé

An electric actuator having magnetic groups misaligned relative to a magnetic pole. The electric actuator comprises an induction coil group (10), and a horizontal magnetic group (20) and a vertical magnetic group (30) which may synchronously move relative to each other are respectively disposed at two sides of the induction coil group; the horizontal magnetic group consists of at least one first magnetic member (21) magnetized along a moving direction, and the vertical magnetic group consists of at least one second magnetic member (31) having a magnetizing direction vertical to the moving direction; the first magnetic member and the second magnetic member are arranged opposite to each other; a switch group (40) is disposed between the induction coil group and the horizontal magnetic group, and between the induction coil group and the vertical magnetic group for selectively supplying power to the coils. In virtue of the above, an induced voltage can be eliminated when no power is supplied, the electric actuator is driven by lower power, and magnetic aid can be generated during power transmission driving, so that output kinetic energy is enhanced, and the purpose of significantly improving the energy conversion rate is achieved.

Classes IPC  ?

• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

A Magnetic pole misalignment power generation device, comprising an induction coil group (10). A first magnetic group (20) and a second magnetic group (30) that may synchronously move relative to each other are respectively disposed at two sides of the induction coil group (10); the first magnetic group (20) is prepared by connecting, in series by an equal interval, first and second magnetic members (21) and (22) magnetized along a moving direction and arranged heteropolarly; the second magnetic group (30) is prepared by connecting, in series by an equal interval, third and fourth magnetic members (31) and (32) magnetized along a moving direction and arranged heteropolarly; the third and fourth magnetic members (31) and (32) are misaligned with the first and second magnetic members (21) and (22); a load switch group (40) is disposed between the induction coil group (10) and the first magnetic group (20) and between the induction coil group (10) and the second magnetic group (30) for selectively switching off the induction coil group (10). In virtue of the above, magnetic stress between the induction coil group (10) and the first and second magnetic groups (20) and (30) may be eliminated, so that loss of kinetic energy can be reduced, and the cutting frequency is enhanced; most of the magnetic current flow through the coil member, thereby greatly enhancing the cutting quantity, to greatly enhance the energy conversion efficiency.

Classes IPC  ?

• H02K 35/00 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant

Abrégé

An electric device with magnetic poles misaligned. The electric device comprises: an induction coil group (10), and at least one first magnetic group (20) and at least one second magnetic group (30) that are capable of synchronous relative movement and are respectively provided on two sides of the induction coil group. The first magnetic group is formed by a first magnetic member (21) and a second magnetic member (22) which are magnetized in a vertical movement direction, arranged in a form that the magnetic poles of the second magnetic member (22) are inverted with respect to the magnetic poles of the first magnetic member (21), and connected in series at equal intervals. The second magnetic group is formed by a third magnetic member (31) and a fourth magnetic member (32) which are magnetized in a vertical movement direction, arranged in a form that the magnetic poles of the fourth magnetic member (32) are inverted with respect to the magnetic poles of the third magnetic member (31), and connected in series at equal intervals. The third and fourth magnetic members are misaligned with the first and second magnetic members. A power switch group (40) used for selectively supplying power to the induction coil group is provided among the induction coil group, the first magnetic group, and the second magnetic group. In this way, magnetic fluxes of magnetic lines of the first and second magnetic groups can be compressed to form a magnetic flux parallel to the movement direction, so that magnetic lines in a corresponding region do not cut a coil member (11). Thus, the induced electromotive force is weakened, input electric power is reduced, dual magnetic assistance during electric driving is inductively increased, output power is increased, and the energy conversion efficiency is improved.

Classes IPC  ?

• H02K 33/16 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des induits polarisés se déplaçant dans des directions opposées par inversion de la tension appliquée au système à une seule bobine

Abrégé

An electric motor power supply controlling structure comprises at least one magnetic disk (1), at least one coil disk (2) and a power supply detection module (50), wherein the magnetic disk (1) and the coil disk (2) can perform a high-speed relative motion by intermittent power supply; the power supply detection module (50) comprises a light gate group (51) and a detection groove group (55) disposed in a fixed position; the light gate group(51) has at least one position sensing member (52) which has a position light source (521) and a corresponding light gate switch (522); the sensing groove group (55) forms at least one position slot (56) corresponding to each position sensing member (52) on a rotor; the width of each position slot (56) is the power supply width of the coil member (25); a power supply starting point of the each position slot (56) corresponds to a power supply starting point of the coil member (25); and a power supply ending point of each position slot (56) corresponds to a power supply ending point of the coil member (25). Thus, the structure thereof is extremely simple, and it is not necessary to use computer software for conversion, which substantially reduces the cost thereof, can quickly and accurately determine the power supply position at the same time, and accurately determine the power supply direction, thereby avoiding error actions or opposite effects, and greatly improving reliability.

Classes IPC  ?

• H02K 33/16 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des induits polarisés se déplaçant dans des directions opposées par inversion de la tension appliquée au système à une seule bobine

Abrégé

Provided is a dual-magnet-assisted electrically powered device, having a magnet array (10), a coil array (20), and a sensing switch assembly (30); said magnet array (10) has at least one first magnetic element (11) and at least one second magnetic element (12); the first and second magnetic elements (11, 12) are magnetized in the direction of movement; the same-polarity magnetic poles of the first and second magnetic elements (11, 12) are adjacent to one another and there is a magnetic gap (15) between them, and the coil array (20) is disposed at one side of the magnet array (10); the coil array (20) has at least one sensing element (21); each sensing element (21) consists of one first magnetic body (22), one first coil (25), and one second coil (26), such that the sensing element (21) forms a pole parallel to the direction of movement; the length of the sensing element (21) is the length of the distance from any one of the magnetic elements (11, 12) and the magnetic gap (15) and coils (25, 26) extending into the other adjacent magnetic element (12, 11), and the sensing element (21), in conjunction with the sensing switch assembly (30), instructs the selection of supplying and disconnecting electrical power between the coils (25, 26) and a power supply; thus a design in which the magnetic body (22) extends across the magnetic gap (15) may be used to avoid reluctance and enhance magnetic assistance, effectively improving the energy conversion rate, reducing the inputted electrical energy, and increasing the outputted kinetic energy.

Classes IPC  ?

• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

A full load power generation device consists of at least one magnetic column group (10) and at least one sensing column group (20) which is movable with respect to the magnetic column group. The magnetic column group (10) has at least two magnetic parts (11, 12) of equal length which magnetize in the direction of movement, and there are magnetic gaps (15) of equal length between adjacent magnetic parts (11, 12). The adjacent portions of the adjacent magnetic parts (11, 12) have the same polarity. The sensing column groups (20) each have one or more coaxial sensing parts (21). The various sensing parts (21) each have a conducting magnet (22) and a coil (25) wound around the conducting magnet (22). Furthermore, the length of the coil (25) of each sensing part (21) is equal to the width of the magnetic gap (15), the length of the conducting magnet (22) is twice the length of the coil (25), and the center of the coil (25) corresponds to the center of the conducting magnet (22). In this way, magnetic resistance can be avoided in the whole process, and a movement assisted by the magnetic force can be generated, such that the inertial force in the direction of the movement can be increased, the rotating speed can be effectively improved, and thus the amount of the power being generated is improved. Meanwhile, the kinetic energy loss can be reduced, thereby improving the efficiency of energy conversion, and achieving the purpose of energy saving.

Classes IPC  ?

• H02K 35/02 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant avec des aimants mobiles et des systèmes de bobines fixes
• H02K 35/04 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines mobiles et des aimants fixes

Abrégé

A magnetoelectric composite machine, composed of at least one magnetic disc (1) and at least one coil disc (2) arranged at staggered intervals and capable of synchronous relative motion, the magnetic disc (1) and the coil disc (2) respectively being provided with at least one electric-powered module (101) and at least one power generating module (102), an electric-powered module (101) being arranged at the outermost diameter of the magnetic disc (1) and the coil disc (2), and a power generating module (102) being arranged at the innermost diameter of the magnetic disc (1) and the coil disc (2); thus, the magnetic flux increase, torque amplification, and magnetic flow of the electric-powered module do not experience interference, such that the rotation speed and the motion thrust of the magnetic disc (1) increase, achieving the objective of low power consumption and large thrust of the electric-powered module (101), and the co-axial power generating module (102) additionally generates a high cutting frequency, increasing the power generated.

Classes IPC  ?

• H02K 35/02 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant avec des aimants mobiles et des systèmes de bobines fixes

Abrégé

A coaxial electromagnetic apparatus formed of at least one magnetic disk (1) and at least one coil disk (2) that may synchronously move relative to each other and are staggered at intervals. The magnetic disk (1) and the coil disk (2) are respectively provided with at least one power-driven module (101) and at least one power generation module (102). The power-driven modules (101) are provided at the outermost diameters of the magnetic disk (1) and the coil disk (2), and the power generation modules (102) are provided at the innermost diameters of the magnetic disk (1) and the coil disk (2), such that the rotation speed of the magnetic disk (1) is increased due to the torque amplification and the good magnetic current management of the power-driven modules (101), thereby achieving low power consumption and a large thrust of the power-driven modules (101), and the power generation modules (102) generate a high cutting frequency so as to increase the amount of power generated and meet the requirement for supplying power to the power-driven modules (101), thereby achieving autonomous power generation and a self-propelled motor.

Classes IPC  ?

• H02K 35/06 - Génératrices avec système de bobines, aimant, induit, ou autre partie du circuit magnétique à mouvement alternatif, oscillant ou vibrant avec des distributeurs mobiles de flux, les systèmes de bobines et les aimants étant fixes

Abrégé

An electric motor, which has one or more magnet arrays (10), one or more coil arrays (20) and a set of induction switches (30). Each magnet array (10) is provided with at least one first magnetic element (11) and at least one second magnetic element (12), as well as a magnetic gap (15) provided therebetween; each coil array (20) is provided with at least one induction coil element (21); the coil length of each induction coil element (21) is greater than or equal to one quarter of the length of any one of the magnetic elements (11, 12), and less than or equal to three fourths of the length of any one of the magnetic elements (11, 12); the length of a conducting body (22) of each induction coil element (21) is greater than or equal to the length of any one of the magnetic elements (11, 12) plus the width of the adjacent magnetic gap (15), and less than or equal to the length of any one of the magnetic elements (11, 12) plus the width of the adjacent magnetic gap (15) plus the length of the coil (25) in the same array, and each induction coil element cooperates with the set of induction switches (30) to enable a selection of power-on or power-off between the coil (25) and a power supply (28). Thus, by mean of a design wherein the conducting magnet (22) extends over the magnetic gap (15), magnetic reluctance may be eliminated while increasing a magnetic assist force, thereby effectively reducing the electric energy inputted and increasing the mechanical energy outputted.

Classes IPC  ?

• H02K 33/16 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des induits polarisés se déplaçant dans des directions opposées par inversion de la tension appliquée au système à une seule bobine
• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

Disclosed is a magnetic gap spanned electric generator, having at least one magnetic column group, at least one coil column group and one sensing switch group. The magnetic column group respectively has at least one first magnetic part and at least one second magnetic part which are arranged at intervals; a magnetic pole axis of the first and second magnetic part is parallel to the movement direction; magnetic poles, with the same polarity, of the adjacent first and second magnetic part face each other, and are separated by a magnetic gap; the coil column group is provided at one side of the magnetic column group or between every two oppositely arranged magnetic column groups; the coil column group respectively has at least one sensing coil with the same axis and is arranged at intervals; the sensing coil can form a magnetic pole parallel to the movement direction; the length of the sensing coil is greater than the width of the magnetic gap, and is less than or equal to the length of the magnetic gap plus the magnetic part, cooperating with the selective switching between the opening and closing of the sensing switch group. In this way, a magnetoresistance phenomenon after a magnetization can be avoided, a multi-magnet power assistance with the same movement direction can be generated; and an energy conversion ratio is increased.

Classes IPC  ?

• H02K 1/12 - Parties fixes du circuit magnétique

Abrégé

A push-suction double-magnetic-power electric motor, having one or more magnet groups (10), one or more coil groups (20) and an induction switch circuit (30), wherein the magnet group (10) is composed of at least two magnetic members (11) arranged at intervals and arranged in a movement direction, and the axis of a magnetic pole of the magnetic member (11) is perpendicular to and interlaces with the movement direction; adjacent magnetic members (11) are arranged with magnetic poles being the same, and a magnet gap (15) is arranged therebetween; and the coil group (20) is arranged at one side of the magnet group (10), the coil group (20) is provided with a magnetic conductor (21), and a coil (25) with a winding extension direction being parallel to the movement direction is wound at least around the magnetic conductor (21) for forming the corresponding magnetic pole with the opposite magnetic member (11), so that the magnetic pole of an inlet end of the coil group (20) is in a heteropolar state in the movement direction with respect to the magnetic pole of the magnetic member (11) of the magnetic group (10), and the coil group (20) cooperates with the switching of power supply and power off of the induction switch circuit (30). In this way, double magnetic power with repulsion in the front and suction at back can be formed, thereby improving the rotational speed, reducing the input power, and enhancing the output power.

Classes IPC  ?

• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

An electric motor structure, composed of at least two magnetic units (50), at least one coil unit (60) and an induction switch circuit (80). Two opposite magnetic units are respectively composed of magnetic parts (51, 55) with at least one magnetic pole being perpendicular to a motion direction. The magnetic parts (51, 55) of a magnetic unit (50) on the same side are arranged with magnetic poles being different. The same magnetic poles of the opposite magnetic parts (51, 55) of the magnetic units (50) on two sides are opposite each other. The coil unit (60) is respectively arranged between a pair of opposite magnetic units (50), and is arranged in parallel with the magnetic poles of the magnetic parts (51, 55) of the magnetic units (50). Each coil unit (60) is provided with a magnetizer (61) wound with a coil (65). Magnetic yokes (611, 612) protruding toward different directions are respectively formed at two ends, corresponding to the magnetic units (50) on two sides, of the magnetizer (61). A distance (a) is provided between centres of the front and rear magnetic yokes (611, 612) of the magnetizer (61), and the front and rear magnetic yokes are enabled to cooperate with the switching between forward and reverse circuit power supply of the induction switch circuit (80). In this way, there is no power generation voltage generated inside, and by increasing a magnetic power during a movement process, an output power can be effectively reduced and an output power is enhanced.

Classes IPC  ?

• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

An electric motor structure, composed of at least two magnetic units (50), at least one coil unit (60) and an induction switch circuit (80). Two opposite magnetic units are respectively composed of magnetic parts (51, 55) with at least one magnetic pole being perpendicular to a motion direction. The magnetic parts (51, 55) of a magnetic unit (50) on the same side are arranged with magnetic poles being different. The same magnetic poles of the opposite magnetic parts (51, 55) of the magnetic units (50) on two sides are opposite each other. The coil unit (60) is respectively arranged between a pair of opposite magnetic units (50), and is arranged in parallel with the magnetic poles of the magnetic parts (51, 55) of the magnetic units (50). Each coil unit (60) is provided with a magnetizer (61) wound with a coil (65). Magnetic yokes (611, 612) protruding toward different directions are respectively formed at two ends, corresponding to the magnetic units (50) on two sides, of the magnetizer (61). A distance (a) is provided between centres of the front and rear magnetic yokes (611, 612) of the magnetizer (61), and the front and rear magnetic yokes are enabled to cooperate with the switching between forward and reverse circuit power supply of the induction switch circuit (80). In this way, there is no power generation voltage generated inside, and by increasing a magnetic power during a movement process, an output power can be effectively reduced and an output power is enhanced.

Classes IPC  ?

• H02K 33/18 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des systèmes de bobines se déplaçant, du fait de mises sous tension intermittentes ou inversées, par interaction avec un système de champ magnétique fixe, p. ex. des aimants permanents

Abrégé

A magnetic energy conversion device. The magnetic energy conversion device consists of two relative magnetic sets (50), at least one coil set (60), and an at least one induction switch circuit (70). The two relative magnetic sets are disposed at an interval, and each of the two relative magnetic sets is formed in series by magnetic poles and magnetic components (11, 12) perpendicular to a motion direction. The magnetic poles of the adjacent magnetic components of the magnetic sets on the same side are different, the magnetic poles of the magnetic components of the magnetic sets on the two sides of the coil set are opposite to each other, the coil set is disposed between the relative two magnetic sets, and have equal distances with the relative two magnetic sets. The induction switch circuit is provided with a path detection device (71) at the center of the magnetic components. A circuit break detection device (72) is disposed at the junction of the adjacent magnetic components. In this way, the coil set is controlled to be on or off by means of the induction switch circuit, magnetic stress in the operation can be offset, a magnetic current of a magnetic path is compressed to form a magnetic bundle, a magnetic resistant force in the operation is reduced by means of added horizontal component forces, magnetic aided force is generated, and kinetic energy loss can be effectively reduced, thereby improving the whole operation speed, further increasing the magnetic effect force and the electric energy production, and improving the energy conversion efficiency.

Classes IPC  ?

• H02K 1/06 - Détails du circuit magnétique caractérisés par la configuration, la forme ou le genre de structure

Abrégé

A disc motor. A first magnetic component (51), a second magnetic component (52), a third magnetic component (61) and a fourth magnetic component (62) of a first magnetic disc set (50) and a second magnetic disc set (60) in a magnetic sets (5) are magnetized in the motion direction, a coil (71) of a coil set (70)of an induction set (7) is disposed perpendicular to the motion direction, so as to form four magnetomechanical force effects; in design, poles of the first magnetic component, the second magnetic component, the third magnetic component and the fourth magnetic component of the first magnetic disc set the second magnetic disc set are opposite to each other when the poles are different in polarity, and the poles are adjacent when the poles are same in polarity; in cooperation with the switching of power supply of a forward circuit and a backward circuit of an induction switch circuit (80), magnetic resistant force can be avoided, so that the magnetic aided force exists in the whole motion process, so that the input power can be effectively reduced, and the output power is enhanced.

Classes IPC  ?

• H02K 16/00 - Machines avec plus d'un rotor ou d'un stator
• H02K 33/16 - Moteurs avec un aimant, un induit ou un système de bobines à mouvement alternatif, oscillant ou vibrant avec des induits polarisés se déplaçant dans des directions opposées par inversion de la tension appliquée au système à une seule bobine