METHOD OF FORCE APPLICATION OF TWO OR MORE SEPARATE ELECTRIC/ELECTROMAGNETIC AND/OR MECHANICAL NONINERTIAL SYSTEMS FOR MULTIPLYING OF TORQUE AND/OR POWER FOR DIFFERENT DRIVE UNITS

摘要

Method of force application of two or more separate electric/electromagnetic and/or mechanical non-inertial systems for multiplying of torque and/or power for different drive units is based on the mutual interactions of dynamically changing, independent of each other two or more electrical/magnetic and mechanical non- inertial systems, which are not mechanically coupled to each other or linked and are placed/created in an inertial system, and that their the mutual interaction is realized only by action of forces of that force fields, and where the mutual force interaction are depending on the direction and manner of such cyclically recurring interactions, where the difference of such interactions of non-inertial systems generate in an inertial system excess of torque and power between energy input and output points of such systems. If we provide continuous reloading of artificially deformed asymmetrical magnetic force fields using cyclic repeating of cycle described in this invention, we obtain continuous excess of torque and/or power on input side of complex (non)inertial systems. Multiplier of torque and power consists of the first electric/magnetic and mechanical non-inertial system consisting of inertia disc (4) with constructed gate line (5) with a closed trajectory, whereas the inertia disc (4) has a fixed axis (6) rotation and is the energy input point/node for delivery of torque and/or power. Gate line (5) form the second/other component inducing permanent force fields divided into angle sections. It consists also of the second electrical/magnetic and mechanical non-inertial system consisting of swinging rods (3) with the common eccentric support with common or separate crankshafts with energy output point/node (1) for recovery of torque and/or power. Ends of swing rods (3) are equipped with grippers (2) guided in carriers (7) grippers driven to a fixed point (6) of rotational axis of inertia disc (4) and grippers (2) are also guided in the gate line (5). Grippers (2) are constructed also from single or combined components inducing permanent force fields.