Magnetic force and fuel oil power hybrid engine

Abstract

The invention discloses a magnetic force and fuel oil power hybrid engine which comprises a fuel oil power cylinder, a magnetic force cylinder, a crankshaft, a flywheel, a crankcase, a battery power supply and a current controller. A traditional fuel oil piston is adopted in the fuel oil power cylinder to do work, an electromagnetic piston is adopted in the magnetic cylinder to do work, and fuel oil and electric power can be used as power sources simultaneously or respectively. Only electric drive is used under the low-torque working condition, fuel oil can be saved, and oil consumption and pollution are reduced; under the high-torque working condition, fuel oil driving and electric driving are used at the same time, and sufficient power can be guaranteed; after the battery power supply runs out of power after long endurance, fuel oil driving can be independently used for endurance, and especially when an automobile is outdoors without a charging pile, the automobile can be rapidly refueled through self-carried fuel oil or a refueling station, and it is guaranteed that the automobile is rapidly out of trouble; under the condition that an auxiliary motor is not arranged or the auxiliary motor is damaged, electric starting operation of the engine can still be completed by means of the magnetic cylinder; compared with the scheme of a fuel oil machine and a motor, the size of the engine can be smaller while oil burning and electricity utilization are achieved.

Description

technical field [0001] The invention relates to a power engine, in particular to a magnetic and fuel-powered hybrid engine. Background technique [0002] At present, in terms of fuel engines, traditional fuel car power or fuel speedboat engines mainly use four-stroke diesel or gasoline engines, old tanks, motorcycles and aircraft model engines use two-stroke diesel engines, and piston propellers and fixed wings use four-stroke star rotors. stroke engine. In terms of new energy, pure electric vehicles represented by Tesla Motors are mainly driven by power batteries and electric motors; gasoline-electric hybrids represented by Toyota Motors use a combination of a fuel engine plus a generator plus a power battery plus a motor. A drive scheme that distributes electricity and power; the gasoline-electric hybrid represented by BYD Auto is a combined power scheme that uses fuel front drive plus power battery and electric motor rear drive. [0003] In addition, some DIY enthusiast...

AI Technical Summary

Problems solved by technology

However, when it is used for automobile power, this scheme needs to increase the speed change of a mechanical gearbox on the basis of a pure electromagnetic piston engine plus a power battery. The technical scheme of variable speed has no advantages at all, because it requires a mechanical gearbox mechanism to implement gear shifting, which is naturally not as good as using an electric controller to enable the motor to achieve stepless speed change

[0004] In addition, among these solutions, there is no one that can integrate electric power and fuel power, especially on the basis of maintaining or reducing the size of the power engine, it will be very difficult to implement a hybrid drive

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