초록 ▼

Multiple function current-sharing charging systems and methods are provided. Where first and second rechargeable power supplies are connected to a charging system, a first charging current is provided to the first rechargeable power supply and a second charging current is provided to the second rech

Multiple function current-sharing charging systems and methods are provided. Where first and second rechargeable power supplies are connected to a charging system, a first charging current is provided to the first rechargeable power supply and a second charging current is provided to the second rechargeable power supply. Upon detection of a predetermined charge level of one of the rechargeable power supplies, a third charging current is provided to the first rechargeable power supply and a fourth charging current is provided to the second rechargeable power supply.

대표청구항 ▼

1. A method of charging rechargeable power supplies comprising: providing a charging system having at least one universal serial bus (USB) connection and at least one non-USB charging interface;providing a first charging current usable to charge a first rechargeable power supply via one of the USB c

1. A method of charging rechargeable power supplies comprising: providing a charging system having at least one universal serial bus (USB) connection and at least one non-USB charging interface;providing a first charging current usable to charge a first rechargeable power supply via one of the USB connection and the non-USB charging interface;determining an available second charging current based on a difference between the first charging current and a maximum output of the charging system; andwhile continuing to provide the first charging current via one of the USB connection and the non-USB charging interface, providing a second charging current via the other of the USB connection and the non-USB charging interface, the second charging current usable for charging a second rechargeable power supply, the second charging current based on the available second charging current. 2. The method of claim 1 where the second charging current comprises a majority of the available second charging current. 3. The method of claim 1 comprising: determining that the first rechargeable power supply is substantially charged; andapplying to the second charging current a charging current based on a total output current available from the charging system. 4. The method of claim 1 where the at least one non-USB charging interface comprises a connection enabled for use to connect to a second rechargeable power supply that is outside of a mobile device. 5. The method of claim 1 where as the first rechargeable power supply charges, gradually reducing power of the first charging current applied to the first rechargeable power supply. 6. A method of charging power supplies comprising: providing a charging system comprising a universal serial bus (USB) connection and a non-USB connection, the USB connection having at least two data lines;sending an identification signal via the USB connection using the USB connection's data lines, the identification signal configured to be receivable by a first device with a first rechargeable power supply and allowing recognition that the charging system can provide charging current for a rechargeable power supply;providing a first charging current to one of the USB connection and the non-USB connection;determining an available second charging current based on a difference between the first charging current and a maximum output of the charging system; andwhile continuing to provide the first charging current, providing the available second charging current to the other of the USB connection and the non-USB connection. 7. The method of claim 6 where the non-USB connection is configured to interface with a rechargeable power supply that is not in a mobile device. 8. The method of claim 6 where the second charging current comprises a majority of the available second charging current. 9. The method of claim 6 comprising: determining that the current being provided to the USB connection indicates the first rechargeable power supply is substantially charged; and enabling an amount of current to be drawn through the non-USB connection to approach the maximum output of the charging system.