Rotating vane oscillating engine

Abstract

The invention relates to a rotating vane oscillating engine. In the oscillating engine, both ends of engine shells 1 are closed by baffle plates 2; a rotating vane shafts 3 and a rotating vane 4 are arranged in each engine shell; both ends of each rotating vane shaft are supported on the baffle plates of the shells and are in hermetic and movable fit with the baffle plates of the shells, and one end of each rotating vane shaft extends out of the baffle plates of the shells; the periphery of each rotating vane is in hermetic and movable fit with the engine shells and inner walls of the baffle plates of the shells respectively; the engine shells are provided with partition plates 5 inwards; the periphery of each partition plate 5 is respectively and fixedly connected with the engine shells and inner walls of the baffle plates of the shells, and is in hermetic and movable fit with the rotating vane shafts; and both sides of the partition plates 5 are respectively provided with air inlet valves 6, air exhaust valves 7 and sparking plugs 8. On the basis of the arrangement, more than two shells can be arranged in series. Due to the adoption of the scheme, two operating cavities (cylinders) can be formed in one shell of the engine and operate simultaneously, so power can be two times that of the conventional engine with the same cylinder number, an intermediate transmission device can be reduced or removed, the volume, weight and power consumption of the engine can be relieved, and self-maintaining running also can be realized.

Description

[0001] Technical Field: The present invention relates to an engine, in particular to a rotor blade swing engine. Background technique [0002] In the piston engine currently used, each cylinder is arranged in parallel, and each piston corresponds to a set of crank-connecting rod mechanisms, resulting in large volume, weight, negative mass, motion inertia, power consumption, mechanical vibration and wear, and the bottom of each cylinder The port is open, the closed end on the top of the cylinder and one end face of the piston can only form a working chamber, and the piston only does work once when it reciprocates four times, which has low efficiency and high power consumption. The working mechanism that cannot be directly driven for swinging motion needs to be converted by multiple mechanisms in the middle, which increases the volume, weight and power consumption. Contents of the invention [0003] The purpose of the present invention is to provide a rotary vane swinging engi...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a rotary vane swinging engine in order to overcome the defects of large volume, heavy weight and low mechanical efficiency caused by the unreasonable structure of the existing engine.

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