METHOD OF THE THRUST FORCE magnetoelectric, 'COAXIAL magneto-electric propulsion device with axial and tangential inertial forces THRUST' and 'MOVING OBJECT INERTIAL with gyroscopic orientation in space'

摘要

1. A method of making a magneto traction force acting in the resulting field, determined by the behavior of its power lines, consisting in applying, superposition of several magnetic fields, such as fields of the permanent magnet and a current-carrying conductor or several conductors with current in the coils, wherein that the axial and tangential directions magnetoelectric thrust forces and magnitude of the thrust forces created by the impact with the current conductors in the coils on the permanent magnets, wherein the coils and magnets operate in segments, with egmentnye magnets mounted on a cylindrical magnetic cores, with alternating polarity, above and below the segmental coils arranged in cylindrical radiators on the stator yokes with magnets arranged coaxially with the stator in parallel or at an angle to the axis, define the position and polarity of magnets over the conductors carrying a current in the coils , according to the magnetic field sensors, such as Hall sensors, and further changing the polarity of the current in the conductors of the coils in accordance with the position of the permanent magnets over Single carcasses and predetermined turns, and the rotor rotational direction, according to the rotor speed and direction in accordance with the specified parameters of movement in the axial and / or tangential directions of the inertial datchikam.2. A method for creating an axial thrust magnetoelectric according to claim 1, characterized in that the axial thrust forces magnetoelectric direction and magnitude of the thrust force created by the impact of currents flowing in the coils segmental longitudinal parts for permanent magnets, wherein the magnets are mounted on the segmented cylindrical