Patent ID: 9724526
Date: 2017-08-08
CPC Classifications: A61N,G16H

Claim:
1. A method comprising: transcutaneously recharging a rechargeable battery within a housing of an implantable electrical stimulation generator via an externally generated radio frequency magnetic field, wherein the radio frequency magnetic field is generated via a first circuitry of an external controller and a charging coil coupled to the first circuitry, wherein the externally generated radio frequency magnetic field is received via a power receiving coil carried within the housing of the implantable electrical stimulation generator to recharge the rechargeable battery; wirelessly communicating with an antenna and second circuitry of the implantable electrical stimulation generator via the first circuitry of the external controller using at least one of UHF signals or VHF signals, wherein transcutaneously recharging the rechargeable battery comprises transcutaneously recharging the rechargeable battery during a battery recharge period, wherein wirelessly communicating comprises wirelessly receiving, during the battery recharge period, status information from the implantable electrical stimulator to allow the external controller to automatically adjust the magnitude of the radio frequency magnetic field; and automatically adjusting a magnitude of the radio frequency magnetic field based on the received status information.