METHOD FOR CONVERTING THE ROTATION OF A SOLID BODY INTO LINEAR TRACTION FORCE ACCORDING TO A DIRECTIONAL UNBALANCE PROCESS, AND DEVICES FOR REALISING THE SAME

摘要

The present invention uses the well-known effect of disbalance of a rotating solid body that is wobbling and thus generation vibrations. But this effect converted into such form that the wobbling are always developed in one direction towards the axis and that its pulses are levelled, as result a constant linear propulsion force of high smoothness and efficiency is obtained. This occurs in the following manner: moving masses (2) are placed on the body (1) and while the body (1) is rotating they are forced in turm to move away from the body axis (Ao) and approach back of one complete rotation of the body. The masses move away from the axis occurs under the rotation of the body, while the approach of the masses towards the axis is occurring under the influence of radial centripetal forces. Under this reason there is no occurrence of the mutual neutralisation of forces which are responsible for retreat and approach motions of the masses. Simultaneous action of all centrifugal forces creates in geometrical sum the resultant force which is applied to the body axis. This invention is based on the law of conservation of impulse, Newton's laws, law of conservation and transformation of energy, law of change of body masses centre motion, law of change of angular impulse. In this invention is presented the series of mechanical facilities, which may be used for building new transport systems having properties never reached before, lake those of "flying cars", while using traditional engines, and others.