Machine functioning as a pump or a turbine and consisting of a mechanism transmitting rotational inertial forces of the periodic type to a tubular circuits system

摘要

The invention described in FIG. 1 of 4 concerns a hydraulic machine based on the utilization of the rotational inertial forces developed by 2 pairs of circuits (C₁,C₂) and (C₃,C₄) fastened respectively to the rotor R 1 and R 2. Each rotor is subjected by a connecting rod-crankshaft system to an oscillatory motion of identical frequency and phase different from 180°. In operation as a pump the circuits (C₁,C₂) are respectively utilized in the rightward theta(0°,90°) and leftward theta(180°,270°) phases of the oscillatory motion of R₁; while the circuits (C₃,C₄) are respectively utilized in the rightward theta(0°,90°) and leftward phases theta(180°,270°) of the oscillatory motion of R₂. Operation of the machine as a turbine is characterized by rightward operation theta(90°,180°) of C₁, leftward of C₂ in theta(270°,360°); rightward of C₃ in theta(180°,270°) and leftward of C₄ in theta(0°,90°). The power developed by the machine can be considerably increased by extending the active circuits as set forth below.