Reversible universal serial bus (USB) device and connector

1. A reversible connector for coupling with a USB A-type standard connector, the standard connector having a hollow section, a fixed set of four electrical contacts disposed on one side of the hollow section and an electrically conducting shield disposed on three sides of the hollow section, the reversible connector comprising:

a sleeve configured for cooperating with the electrically conducting shield; and

a flexible tongue arrangement centrally disposed in said sleeve, said tongue arrangement including a set of at least four metallic strips, said metallic strips providing a first set of four electrical contact regions on a first side of said tongue arrangement and a second set of four electrical contact regions on a second side of said tongue arrangement, said metallic strips forming a primary structural element of said tongue arrangement, said tongue arrangement being configured such that:

(a) in a first coupling orientation of the reversible connector with the standard connector, said tongue arrangement is moved in a first direction by the standard connector and said first set of electrical contact regions is mechanically connected with the set of electrical contacts of the standard connector; and

(b) in a second coupling orientation of the reversible connector with the standard connector, said tongue arrangement is moved in a second direction by the standard connector and said second set of electrical contact regions is mechanically connected with the set of electrical contacts of the standard connector.

2. The reversible connector of claim 1 , wherein the reversible connector is a plug and the standard connector is a USB A-type receptacle.

3. The reversible connector of claim 1 , wherein the reversible connector is a receptacle and the standard connector is a USB A-type plug.

4. The connector of claim 1 , further comprising a printed circuit board interface connector arrangement having four terminals disposed thereon, each of said four terminals being configured for connection to a printed circuit board, said printed circuit board connector arrangement connected to an electronic switching arrangement for electrically connecting electrically corresponding contact regions of said first set of electrical contact regions and said second set of electrical contact regions to said terminals.

5. The connector of claim 1 , further comprising a printed circuit board interface connector arrangement having four terminals disposed thereon, each of said four terminals being configured for connection to a printed circuit board, said printed circuit board connector arrangement having a crossover arrangement for electrically connecting electrically corresponding contact regions of said first set of electrical contact regions and said second set of electrical contact regions to said terminals.

6. The connector of claim 1 , further comprising a contact raising arrangement configured for:

(a) deflecting said first set of contact regions in said first coupling orientation so that said first set of contact regions makes mechanical contact with the set of electrical contacts of the standard connector; and

(b) deflecting said second set of contact regions in said second coupling orientation so that said second set of contact regions makes mechanical contact with the set of electrical contacts of the standard connector.

7. The connector of claim 1 , further comprising a centering mechanism configured for maintaining said tongue arrangement centrally within said sleeve prior to said tongue arrangement and the standard connector making contact.

8. The connector of claim 1 , wherein said set of metallic strips functions as a leaf spring to provide flexibility along a majority of said tongue arrangement.

9. The connector of claim 1 , wherein said set of metallic strips includes at least a first group of four metallic strips providing said first set of electrical contact regions and a second group of four metallic strips providing said set of second electrical contact regions, said first group of metallic strips being electrically insulated from said second group of metallic strips.

10. The connector of claim 1 , wherein said tongue arrangement has a tip, said tongue arrangement including an insulated cap disposed at said tip, said insulated cap being configured for preventing electrical contact between said leaf spring electrical contact arrangement and said sleeve.

11. The connector of claim 1 , further comprising a tongue actuator configured to point said tongue arrangement toward the set of contacts of the standard connector as said tongue arrangement is being coupled with the hollow section of the standard connector.

12. The connector of claim 1 , wherein each of said metallic strips forms part of a double-sided conductor providing one of said first set of electrical contact regions and one of said second set of electrical contact regions.

13. The connector of claim 7 , wherein said centering mechanism is further configured such that, initial contact of said centering mechanism with the standard connector releases said centering mechanism thereby allowing movement of said tongue arrangement.

14. The connector of claim 13 , wherein said centering mechanism includes a spring recoiled sliding locking mechanism.

15. The connector of claim 9 , further comprising a printed circuit board interface connector arrangement having four terminals disposed thereon, each of said four terminals being configured for connection to a printed circuit board, said printed circuit board connector arrangement having a crossover arrangement for electrically connecting electrically corresponding contact regions of said first set of electrical contact regions and said second set of electrical contact regions to said terminals.

16. The connector of claim 11 , wherein said tongue arrangement has a tip, said tongue arrangement including an insulated cap disposed at said tip, said tongue arrangement being configured for:

(a) preventing electrical contact between said leaf spring electrical contact arrangement and the shield of the standard connector as said tongue arrangement is being coupled with the hollow section; and

(b) making electrical contact between said leaf spring electrical contact arrangement and the set of contacts of the standard connector when said tongue arrangement is coupled with the hollow section.

17. The connector of claim 10 , wherein said insulated cap is configured for preventing electrical contact between said leaf spring electrical contact arrangement and said sleeve when a central plane of said tongue arrangement forms an acute angle with the surface of the sleeve and to allow electrical contact between said leaf spring contact arrangement and a contact parallel to said central plane.

18. The connector of claim 12 , wherein said double-sided conductor is formed from a single one of said metallic strips.

19. The connector of claim 12 , wherein at least one of said double-sided conductors forms an electrical connection with a first of said electrical contacts of the standard connector when in said first coupling orientation and with a second of said electrical contacts of the standard connector when in said second coupling orientation, the connector further comprising an electronic switching arrangement for reversing a connection of two of said double-sided conductors to a printed circuit board.

20. The connector of claim 19 , wherein said electronic switching arrangement is responsive to a polarity of a power supply associated with two of said electrical contacts of the standard connector to reverse said connection.

21. A reversible connector for coupling with a USB A-type standard connector, the standard connector having a hollow section, a fixed set of four electrical contacts disposed on one side of the hollow section and an electrically conducting shield disposed on three sides of the hollow section, the reversible connector comprising:

(a) a sleeve configured for cooperating with the electrically conducting shield;

(b) a flexible tongue arrangement centrally disposed in said sleeve, said tongue arrangement including a set of four metallic strips, each of said metallic strips forming part of a double-sided conductor providing one of a first set of four electrical contact regions on a first side of said tongue arrangement and one of a second set of four electrical contact regions on a second side of said tongue arrangement, said tongue arrangement being configured such that:

(i) in a first coupling orientation of the reversible connector with the standard connector, said tongue arrangement is moved in a first direction by the standard connector and said first set of electrical contact regions is mechanically connected with the set of electrical contacts of the standard connector; and

(ii) in a second coupling orientation of the reversible connector with the standard connector, said tongue arrangement is moved in a second direction by the standard connector and said second set of electrical contact regions is mechanically connected with the set of electrical contacts of the standard connector,

wherein at least one of said double-sided conductors forms an electrical connection with a first of said electrical contacts of the standard connector when in said first coupling orientation and with a second of said electrical contacts of the standard connector when in said second coupling orientation; and

(c) an electronic switching arrangement for reversing a connection of two of said double-sided conductors to a printed circuit board.

22. The connector of claim 21 , wherein said electronic switching arrangement is responsive to a polarity of a power supply associated with two of said electrical contacts of the standard connector to reverse said connection.