if then as envisaged in accordance with further developments for instance an electrical series circuit of appropriately optimised coil arrangements is provided without a contrary flux influence occurring as inventively advantageously achieved such that with respect to the magnetic circuit and the msm element the coil magnetic fluxes are introduced in a parallel manner an effective optimisation is achieved of the interaction of a drive element with a plurality of coil devices so as to generate the movement magnetic field an alternative form of implementation as a form of embodiment of the invention not shown in the figures envisages that instead of two flux conducting sections 28 30 in fig1 respectively separately embodied and aligned parallel to one another a common flux conducting section is provided here too the advantageous flux management of fig3 occurs corresponding to the path of the arrows 32 34 such that the inventive advantage of the parallel magnetic circuit i e of a respective displacement of magnetic flux components from a flux conducting circuit in each case located opposite can be achieved fig4 to 6 show a preferred further development of the invention in which permanent magnetic means typically in the form of sections of the magnetic flux circuits of a permanent magnetic material with a permanent magnetisation along the flux direction are coupled into various sections of the magnetic flux conducting circuit and thus for instance cause a magnetic preload as a result of the superposition of the permanent magnetic field on a respective coil magnetic field the result.