FIELD: machine building; power engineering.
SUBSTANCE: invention relates to power engineering and in particular to rotary inertial engines using for their operation environmentally clean, renewable energy of inertia force of centripetal acceleration of liquid rotating with the same angular velocity with the rotor of the engine. Engine rotor includes jet openings made on side cylindrical surface of its housing and two suction holes located on end walls of rotor concentrically relative to its axis of rotation. Rotor itself is arranged in stator initially filled with liquid. Entire volume of fluid filling the engine is at constant pressure set by the accumulator attached to the stator. Set of rotor angular speed is performed by means of accelerating device containing overrunning coupling. Duration of acceleration is limited by moment of inclusion of free stroke of overrunning clutch under action of reactive moment of momentum of inertial force of centripetal acceleration of liquid rotating with rotor. Centripetal acceleration of liquid is performed by operation of inner arch of rotating rotor. Liquid circulation inside engine is performed due to pressure drop between inertial head at outlet of jet windows and low pressure at inlet of suction holes of rotor. Distribution of effective suction area in equal proportions between two suction holes allows increasing engine power.
EFFECT: pressure set by the accumulator ensures compensation of leaks, circulation of liquid, as well as stable serviceability of the engine at any spatial position.
1 cl, 3 dwg
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Authors
Dates
2020-08-05—Published
2019-11-26—Filed