| 摘要 |
A method and a device for its realization relate to transportation of objects, using outer magnetic field and can be used in space industry, aviation, load-lifting equipment and load-bearing machines.The method of moving an object in space is based on effecting the magnetic field upon the winding comprising a conductor rigidly connected to the object to be moved, wherein the winding having two electrical conductors, said conductors connected in series and being parallel and crosswise or at an angle to magnetic lines of natural origin, one conductor is rigidly connected to a moving object, wherein the second conductor is arranged along the rotor generating connected to the moving object adapted for free rotation around its axis. D.C. is passed through the second conductor only being in operation mode, when the conductor can freely move relative to the first conductor provided preserving direction of Ampere force.The device for moving an object in space comprises an electric conductor as a multi-turn winding, the conductor is powered from a power system, the multi-turn winding is arranged in the rotor and interacts with the magnetic field of natural origin and wound so that in the working state one longitudinal side of the winding is positioned along the rotor shaft crossing its vertical axis, wherein the other longitudinal winding side is positioned along the rotor generating crossing its horizontal axis. In the device for moving the object in space windings are not connected electrically and their number can be changed to n units. The technical result is aimed at capability of free movement objects in space in any direction, using only magnetic field of natural origin due to purposeful arrangement of windings in a rotor. |
