Pulsed Inertial Electric Motor
AssigneePulsed Inertial Electric Motor
InventorVasily Vasilievich Shkondin
Life of this patent
Estimating the term…
Abstract
A pulsed inertial electric motor of the present invention comprises (i) a stator with an annular magnetic conductor on which an even number of permanent magnets are uniformly arranged with a predetermined pitch, (ii) a rotor separated from the stator by an air gap and bearing an even number of electromagnets, each electromagnet consisting of first and second coils with mutually opposed winding directions, the coils being connected in series, (iii) a collector distributor (commutator) mounted on the stator body, containing current-conducting plates separated by insulating spacers and connected with alternating polarity to a direct current (DC) source, and (iv) current collectors mounted on the rotor and capable of contacting with plates of the collector distributor
Claims14
A pulsed inertial electric motor, comprising:
- (i) a stator with an annular magnetic conductor on which an even number of permanent magnets are uniformly arranged with a predetermined pitch, with adjacent permanent magnets being of alternating polarity;
- (ii) a rotor separated from the stator by air gap and being coaxial therewith about an axis, the rotor bearing an even number of electromagnets arranged pairwise in diametrically opposed relationship about the axis, each electromagnet consisting of first and second coils with opposite winding directions, which coils are connected in series;
- (iii) a current distributor mounted on the stator, and bearing circularly arranged current-conducting plates separated by insulating spacers and connected with alternating polarity to a dc current source;
- and
- (iv) current collectors mounted on the rotor and capable of contacting the plates of the current distributor, wherein each current collector is connected to the first coil of a respective electromagnet and also to the first coil of the electromagnet opposed to the respective electromagnet, wherein the second coil of each electromagnet is connected to the second coil of its opposing electromagnet, wherein the coils of adjacent electromagnets are connected in series, and wherein the number n of permanent magnets on the stator obeys the relation n=10+4 k, where k is an arbitrary integer.
(canceled)
Dependencies are inferred from the claim text.