| 摘要 |
A two-stroke internal combustion engine includes an oscillating member, two stator walls, two engine casing members, two engine casing end plates, and at least two generating assemblies, magnetically coupled to the oscillating internal combustion engine and converting mechanical energy into electrical energy. The two engine casing members are attached, with the two stator walls sandwiched in between, to form a cylinder bisected by the walls. Two engine casing end plates, having bearing surfaces adapted to allow the ends of the shaft of the oscillating member to pass therethrough, close the top and bottom of the cylindrical engine casing. The oscillating member has a hollow shaft with two outwardly extending opposing vanes. The oscillating member shaft is disposed within the cylindrical engine casing between the stator walls. The vanes rotate reciprocally between the two coplanar stator walls following a two-stroke cycle. The hollow shaft of the oscillating member has openings between the outwardly extending vanes acting as air intake ports. Air is forced through the hollow shaft and into the combustion chambers during periods when the ports are not closed off by the stator walls. Exhaust ports are located in the engine casing members which vent exhaust from the combustion areas depending on the position of the rotor. A generator or a mechanical ratchet is used to convert the oscillating motion of the engine into rotational motion.
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