of the magnet b of the stator the rotor magnets may be formed of magnets together one behind the other forming a block when the rotor magnet has an angled edge this rotor magnet should form an oblique angle with a tangent to the circle defined by rotation of the rotor there are two preferred variants on the stator the stator is formed of thick magnets b at the end that approaches the rotor magnet there is a thin magnet a or a high magnetic permeability material the function of the thick magnets b of the stator is to create a repulsion of the rotor magnet they can have an angled edge on the face so that the magnetic poles on each magnet face up to the rotor several magnets can be added so that they form an oblique angled structure the two preferred variants of the stator preferably have the same positioning of the magnetic poles as on the thick magnets b so that when the rotor magnet goes towards the thick magnet b of the stator the two ends that face up to each other are of the same polarity in the variant where there is a thin magnet a on the end of the stator the function of this magnet is to block the repulsion that would take place on the magnetic.