Non-instrusive passive wireless self-energizing quantum current sensor

Abstract

The present disclosure relates to the field of sensor technology, particularly to a non-intrusive passive wireless self-energizing quantum current sensor comprising: a self-energizing module and a quantum current sensor module; the self-energizing module is configured to collect an environmental energy of an environment where a measured device is located, and convert the environmental energy into an electric energy, to supply power to the quantum current sensor module with the converted electric energy, wherein the environmental energy comprises at least one of an electric energy, an optical energy, or a magnetic energy; and the quantum current sensor module is configured to sense a current signal of the measured device when it is detected that the measured device generates a magnetic field.

Dependencies are inferred from the claim text.