Recharging method of active medical implant using wearable incoherent light source

A new method for recharging active medical implant(AMI) in vitro based on incoherent light source and results of the simulation experiments are proposed. Firstly, the models of the AMI recharging method based on incoherent light source in vitro are developed, which include the models of an incoherent light source and skin tissue. Secondly, simulation experiments of the incoherent light source of the AMI recharging process in vitro based on the Monte Carlo (MC) method are carried out. Finally, absorbed fractions of different layers and distributions of density along x axis of the tissue model and other important conclusions have been achieved.