CONNECTOR FOR PROVIDING POWER TO A MOBILE ELECTRONIC DEVICE

• US 20100055928A1
• Filed: 07/24/2009
• Published: 03/04/2010
• Est. Priority Date: 07/24/2008
• Status: Abandoned Application

• Current Assignee: WildCharge, Inc. (Pure Energy Visions Corporation)
• Original Assignee: WildCharge, Inc. (Pure Energy Visions Corporation)
• Inventors: Randall, Mitch
• Application Number:
  US12/509,421
• Publication Number:
  US 20100055928A1
• Time in Patent Office: Days
• US Class Current: 439/1
• CPC Class Codes: G06F 1/1632 External expansion units, e.g. docking stations
• CPC Class Codes: H01R 13/6205 Two-part coupling devices held in engagement by a magnet
• CPC Class Codes: H01R 31/06 Intermediate parts for linking two coupling parts, e.g. adapter with a holder adapted for supporting apparatus to which its counterpart is attached H01R33/94
• CPC Class Codes: H02J 50/005 Mechanical details of housing or structure aiming to accommodate the power transfer means, e.g. mechanical integration of coils, antennas or transducers into emitting or receiving devices
• CPC Class Codes: H02J 50/10 using inductive coupling
• CPC Class Codes: H02J 7/0042 characterised by the mechanical construction
• CPC Class Codes: H02J 7/0044 specially adapted for holding portable devices containing batteries H02J7/0045 takes precedence

Abstract

It is sometimes advantageous to provide power to the mobile electronic device while using the mobile electronic device. The present connector transfers power from a power source to the mobile electronic device via an element module, a cable, and a plug of the connector. The connector enables the user to: a) interface the element module with the mobile electronic device; and, b) interface the plug with a power source (wall transformer, automobile power jack, aircraft power jack, etc.).

Claims

1. A portable power pad for electrically coupling a mobile electronic device, comprising a first contact and a second contact, to a power source, said connector comprising:

an element module, defining an interface surface and a center, comprising;

a first electrode, formed on said interface surface, comprising;

a hub located at said element module center; and

a second electrode, formed on said interface surface and defining a voltage potential between said electrodes when operating, comprising;

a recess, located at said element module center, that is concentric to said first electrode hub; and

, an attachment system urging said element module towards said mobile electronic device such that said first electrode interfaces said first contact and said second electrode interfaces said second contact;

a cable attached to said element module comprising;

a first wire attached to said first electrode; and

, a second wire attached to said second electrode;

a plug, attached to said cable, comprising;

a first conductor electrically interfaced with said element module first electrode with said first wire; and

, a second conductor electrically interfaced with said element module second electrode with said second wire; and

,

wherein said element module electrodes electrically interface with said mobile electronic module surface contacts such that power at said voltage potential is transferred from said plug to said mobile electronic device.

2. The portable power pad of claim 1 and further comprising:

an insulating first spoke radiating from said element module center towards a outermost perimeter of said element module; and

,

an insulating second spoke radiating from said element module center towards said element module outermost perimeter, such that said spokes electrically insulate said first electrode from said second electrode.

3. The portable power pad of claim 2 wherein said spokes are transverse.

4. The portable power pad of claim 3 wherein said angle of intersection between 100 and 140 degrees.

5. The portable power pad of claim 4 wherein said spokes form and angle of intersection is 120 degrees.

6. The portable power pad of claim 1 wherein said plug is a universal serial bus plug.

7. The portable power pad of claim 1 and further comprising a power driver between said plug and said element module such that said element module voltage potential is created by said power driver.

8. The portable power pad of claim 1 wherein said attachment system comprises a magnet.

9. The portable power pad of claim 8 wherein said magnet is located in said element module attachment system.

10. The portable power pad of claim 9 and further comprising a total of three magnets located in said element module attachment system, said three magnets equally spaced 120 degrees apart.

11. The portable power pad of claim 1 wherein said mobile electronic device is selected from a list consisting of:

a cellular phone;

a camera, a personal digital assistant, a recorder, a tool, a razor, a toy, a media player;

an audio device;

a video device;

a gaming device;

a calculator;

a timepiece.

12. The portable power pad of claim 1 wherein said electrodes are flat.

13. The portable power pad of claim 12 wherein said electrodes are coplanar.

14. A method of connecting a mobile electronic device, comprising a first contact and a second contact, to a power source comprising:

providing a portable power pad comprising;

an element module, defining an interface surface and a center, comprising;

a first electrode, formed on said interface surface, comprising;

a hub located at said element module center; and

a second electrode, formed on said interface surface and defining a voltage potential between said electrodes when operating, comprising;

a recess, located at said element module center, that is concentric to said first electrode hub; and

, an attachment system urging said element module towards said mobile electronic device such that said first electrode interfaces said first contact and said second electrode interfaces said second contact; and

,

a cable attached to said element module comprising;

a first wire attached to said first electrode; and

, a second wire attached to said second electrode;

a plug, attached to said cable, comprising;

a first conductor electrically interfaced with said element module first electrode with said first wire; and

, a second conductor electrically interfaced with said element module second electrode with said second wire;

positioning said connector element module near said mobile electronic device contacts;

attracting said connector element module into contact with the mobile electronic device contacts with said attachment system;

holding said connector element module adjoining said mobile electronic device contacts with said attachment system; and

,

connecting said plug to said power source such that said voltage potential is transferred to said mobile electronic device through said plug, said cable, said electrodes and said mobile electronic device contacts.

15. The method of claim 14 wherein said providing said connector element module attachment system further comprises providing a magnet;

and,

said attracting and said holding utilize said magnet.

16. A portable power pad for providing electric power to a mobile electrically powered device that is equipped with an input power receptacle that can receive electric power by placement at any orientation on a power delivery surface, comprising:

a portable power delivery surface sized smaller than the electrically powered device for mating with and delivering electric power to the input power receptacle;

releasable attachment means for attaching the portable power delivery surface to the input power receptacle;

flexible wire means for transmitting power from an electric power source to the portable power delivery surface; and

power conditioning means for conditioning power from the electric power source to a condition that is receivable by the mobile electrically powered device.

17. The portable power pad of claim 16, including inductive power delivery means adjacent the portable power delivery surface.

18. The portable power pad of claim 17, wherein the inductive power delivery means includes a transmitter coil.

19. The portable power pad of claim 18, including inductive power drive means for driving the transmitter coil to transmit an alternating magnetic field that is receivable by a receiver coil in the input power receptacle for generating electric current in the input power receptacle.

20. The portable power pad of claim 16, including surface electrode means as part of the portable power delivery surface for delivering electric power to power receiver contacts that are part of the input power receptacle.

21. The portable power pad of claim 20, wherein the surface electrode means includes at least two flat surface electrodes separated electrically from each other and positioned in co-planar relation to each other and connectable to opposite polarities of the power source, wherein said flat surface electrodes are sized and shaped in a manner that is capable of connecting opposite polarities of the power to at least two of the contacts of the input power receptacle regardless of angular orientation of the portable power delivery surface in relation to the input power receptacle.

22. The portable power pad of claim 21, wherein the two flat surface electrodes together include a circle and each of which provides an arc of the circle, and one of which extends in a hub portion through the center of the circle.

23. The portable power pad of claim 22, wherein the arc included by one of the electrodes includes less than 180 degrees of the circle and the arc included by the other of the electrodes includes more than 180 degrees.

24. The portable power pad of claim 23, wherein the electrode that includes an arc of less than 180 degrees of the circle has the hub portion.

25. The portable power pad of claim 24, wherein the electrode that has the hub portion includes a sector of the circle.

26. The portable power pad of claim 24, wherein the arc included by the electrode that has the hub portion is about 100 to 140 degrees.

27. The portable power pad of claim 27, wherein the arc included by the electrode that has the hub portion is about 120 degrees.