Universal magnetic mounting charger for mobile devices
A mobile device charger with mounting ability is disclosed. An attachment seat is attached to a mobile device, the attachment seat has a charging cable and charging plug that can be plugged into the charge port of mobile device. The attachment seat has an electrode section and a magnet section to interact with a charger mounting support that has a matching charging head with an electrode section and a magnet section. The charger mounting support also has a rotation section and a power converting configuration and port for power supply port.
1. A mounting charger for a mobile device, comprising:
a magnetic attachment seat having a first side surface, said first side surface having a center region and a peripheral region, said center region being configured as an electrode and said peripheral region being a ferromagnetic ring-piece;
a charger cable having a first end and a second end, said first end is physically connected with said electrode of said magnetic attachment seat, and said second end being configured with a battery charging plug that matches to a mobile device's charging port; and
a mounting charger body having a charging head, a rotatable neck portion and a cylindrical support stand, said charging head having a center region and a peripheral region, said center region being configured as an electrode ( 32 ) and said peripheral region being configured as a magnet, wherein said electrode of said charging head is connected with a power supply cable and said magnet of said charging head and said ferromagnetic ring-piece of said attachment seat attract with each other with sufficient magnetic force that enables said mounting charger body to grip a mobile device that is attached to said attachment seat.
2. The mounting charger of claim 1 , wherein said attachment seat and said charging head are both configured in matching size and shaped as a circular disk.
3. The mounting charger of claim 1 , wherein said rotatable neck portion is configured in a shape of a ball with a mounting section capable of rotating in all directions and has grooves for holding at one direction.
4. The mounting charger of claim 1 , wherein said charging head has a region for embedding printed circuits for conducting electricity.
5. The mounting charger of claim 1 , wherein said cylindrical support stand further is installed with a panel of printed circuit board for power control.
6. The mounting charger of claim 1 , wherein said magnet of said charging head and said magnet of said magnetic attachment seat are configured in a shape of circular ring.
7. The mounting charger of claim 1 , wherein said cylindrical support stand has a foot section that is adhesive to glass or plastic surface.
8. The mounting charger of claim 1 , wherein said cylindrical support stand is configured with a power cord to accept power supply from an automobile.
9. The mounting charger of claim 1 , wherein said magnetic attachment seat is a built-in integral piece of a mobile device's back cover.
10. The mounting charger of claim 1 , wherein said magnetic attachment seat is a built-in integral piece of a protective case for a mobile device.
11. A method for charging a mobile device, comprising the actions of:
constructing a magnetic attachment seat having a first side surface, said first side surface having a center region and a peripheral region, said center region being configured as an electrode and said peripheral region being a ferromagnetic ring-piece;
constructing a charger cable having a first end and a second end, said first end is physically connected with said electrode of said magnetic attachment seat, and said second end being configured with a battery charging plug that matches to a mobile device's charging port;
attaching said magnetic attachment seat to the mobile device's back cover;
plugging in said second end of said charger cable to said mobile devices' charging port;
constructing a mounting charger body having a charging head, a rotatable neck portion and a cylindrical support stand, said charging head having a center region and a peripheral region, said center region being configured as an electrode and said peripheral region being configured as a magnet;
attaching said magnetic attachment seat to said charging head via said magnet;
contacting said electrode of said charging head with said electrode of said magnetic attachment seat; and
plugging power supply to said mounting charger.
12. The method of claim 11 , wherein said attachment seat and said charging head are both configured in matching size and shaped as a circular disk.
13. The method of claim 11 , wherein said rotatable neck portion is configured in a shape of a ball with a mounting section capable of rotating in all directions and has grooves for holding at one direction.
14. The method of claim 11 , wherein said charging head has a region for embedding printed circuits for conducting electricity.
15. The method of claim 11 , wherein said cylindrical support stand further is installed with a panel of printed circuit board for power control.
16. The method of claim 11 , wherein said magnet of said charging head and said magnet of said magnetic attachment seat are configured in a shape of circular ring.
17. The method of claim 11 , wherein said cylindrical support stand has a foot section that is adhesive to glass or plastic surface.
18. The method of claim 11 , wherein said cylindrical support stand is configured with a power cord to accept power supply from an automobile.
19. The method of claim 11 , wherein said magnetic attachment seat is a built-in integral piece of a mobile device's back cover.
20. The method of claim 11 , wherein said magnetic attachment seat is a built-in integral piece of a protective case for a mobile device.