Drive Device using a Magnetic Field due to Resonant Current between Electrodes

(Linear and circular drive by combination of circumferential magnetic fields)

Abstract

Explains that wave dynamic resonance characteristics can be obtained from the impedance between electrodes. A large current flows at the resonance point, and a drive device using the generated magnetic field is proposed. A magnetic field is generated in a circumferential shape with respect to the current according to Ampère's law. And the magnetic field generates electromagnetic force in the vicinity of the electric wire. The position of the wire so that the magnetic field generated in the circumferential shape can be combined to obtain a sustained electromagnetic force in a straight line in a constant direction and the driving force can be maintained in the moving part. We propose an example of setting the direction of the current. We propose the electrode arrangement of a drive device that moves in a linear or circular shape. Also, the speed at which the moving part moves is calculated from the electrode spacing and frequency.