Method and apparatus for controlling of the translational velocity, the rotational speed, as well as the frequency and / or the amplitude of linearly -, - of rotation and pendulum oscillations of components made of electrically conductive, non-ferromagnetic material due to magnetic fields

摘要

The invention relates to a method for regulation of the translational velocity, the rotational speed, as well as the frequency and / or the amplitude of linearly -, - of rotation and pendulum oscillations of components made of electrically conductive, non-ferromagnetic material due to magnetic fields. The method is characterized in that the components in the direction of movement of the same by means of at least two magnetic fields which are arranged one behind the other with a constant, opposite polarity are guided in such a way that the magnetic field lines penetrate the cross section of the components and transversely of the magnetic field lines in the component voltages are induced in the opposite direction, through which, in the components, at least three lying one behind the eddy current fields are generated and that by means of the cooperation of the magnetic fields and eddy currents lorentz forces are generated, by which the translational velocity, the rotational speed or the frequency and / or the amplitude of the linearly -, - of rotation and pendulum oscillations of the components in a function of the magnetic field strengths are regulated.