Machine based on inertial rotational forces operating as a turbine or a pump

Abstract

A machine based on rotational inertial forces operating as a turbine or a pump is described. In accordance with the present invention the machine consists of the following components, to wit, (a) a mechanism made up of a crankshaft, crank and connecting rod designed to generate the oscillatory motion of the rotor R1, (b) a tube fastened to R1 curved and closed on itself and communicating with an inlet SA and an outlet SB dividing the tube in two circuits C1 C1′ in such a manner that the surface area of their projection on a plane perpendicular to the oscillation axis of R1 is equal, (c) four 2-way valves each inserted at each end of C1 {overscore (f)}i>{overscore (f)}e and C1′ and operated by a mechanism in which with to complete oscillation of R1 corresponds a left-hand rotation of 360° of the cranks causing opening of the pair of valves of C1 only in the interval θ(0°, 180°) and opening of the valves of C1′ only in the interval θ(180°, 360°) with the origin of the angle θ being fixed so that for θ=0° there is a corresponding maximum left-hand velocity of the rotor and for θ=180° the maximum right-hand velocity. In this manner the liquid of C1 develops a left-hand inertial force f1 and the liquid of C1′ an identical right-hand inertial force f1′. In addition both are oriented towards the cross section SA to which is applied the external force fe with opposite direction with the forces fi increasing with the velocity of rotation of the cranks so that for a mean value fi less than fe the velocity of the liquid of Ci has a direction from SA to SB and the machine operates as a turbine while for the machine it operates as a pump.

Dependencies are inferred from the claim text.