Wearable magnetic resonance imaging device

The invention provides a wearable magnetic resonance imaging device comprising a wearable body which is provided with a pipe sleeve for a target object to pass through; the magnetic shielding assembly and the wearing body are fixedly mounted; the number of the magnetic field generation assemblies is two, and the two magnetic field generation assemblies are located on the two sides of the wearing body respectively and symmetrically installed on the magnetic shielding assembly; the receiving coil is installed in the wearing body and used for receiving a signal generated by the target object in the magnetic resonance imaging process and transmitting the received signal to an external imaging control assembly. The beneficial effects of the invention are that the magnetic field generation assembly cooperates with the receiving coil and the external imaging control assembly, thereby guaranteeing the stability and consistency of the magnetic field in the imaging process, and achieving the precise imaging of a target