PLUG ASSEMBLY

• US 20100261367A1
• Filed: 04/08/2010
• Published: 10/14/2010
• Est. Priority Date: 04/09/2009
• Status: Active Grant

• Current Assignee: Souriau USA, Inc. (Eaton Corporation PLC.)
• Original Assignee: Souriau USA, Inc. (Eaton Corporation PLC.)
• Inventors: HARNISH, Scott David, BILLMAN, Timothy Brian
• Granted Patent: US 7,988,476 B2
• Time in Patent Office: Days
• US Class Current: 439/271
• CPC Class Codes: H01R 13/512 assembled by screw or screws
• CPC Class Codes: H01R 13/516 Means for holding or embracing insulating body, e.g. casing , hoods
• CPC Class Codes: H01R 13/5202 Sealing means between parts of housing or between housing part and a wall, e.g. sealing rings
• CPC Class Codes: H01R 13/622 Screw-ring or screw-casing H01R13/623 takes precedence
• CPC Class Codes: H01R 13/6584 formed by conductive elastomeric members, e.g. flat gaskets or O-rings

Abstract

A protective plug assembly for use with a USB connector. The plug assembly may be installed over a terminated USB connector and provides additional shielding for the USB connector, thereby allowing the USB connector to be used in military, aerospace, industrial or other applications in which signal degradation is a concern. The plug assembly is easily installed in the field, as the plug adapter assembly may be preassembled during manufacture. The plug assembly also provides sealing for the USB connector which allows the USB connector to be used in environmental conditions which are not conducive to the longevity of an unprotected connector.

Claims

1. A plug assembly for housing a USB connector, the plug assembly comprising:

a protective shell having an opening which is dimensioned to receive the USB connector and attached cable therethrough;

a sealing member dimensioned to be received in the opening of the protective shell, the sealing member having a connector receiving opening which extends from a front surface of the sealing member to proximate a back surface of the sealing member, the connector receiving opening being tapered such that diameter of the connector receiving opening is larger proximate the front surface and smaller proximate the back surface;

a plug adapter assembly having a plug body, a seating member and a mating assembly, the plug body having a generally cylindrical opening which extends therethough which is dimensioned to receive the USB connector therein, the seating member having a positioning opening which is dimensioned to cooperate with a mating portion of the USB connector, the mating assembly having a mating opening for positioning the seating member, the mating assembly being dimensioned to engage a mating connector to properly position the mating portion of the USB connector relative to the mating connector;

whereby the protective shell, the sealing member and the plug adaptor can be installed on the USB connector after the USB connector has been terminated to the cable.

2. A plug assembly as recited in claim 1, wherein the protective shell has threads positioned about the circumference of the opening, the plug body has outwardly facing threads, the outwardly facing threads of the plug body cooperate with the threads of the protective shell to maintain the protective shell in engagement with the plug body.

3. A plug assembly as recited in claim 2, wherein slopped surfaces proximate a back surface of the protective shell engage the sealing member to insure that the sealing member provides a proper seal.

4. A plug assembly as recited in claim 1, wherein the plug adapter assembly has a ground member, the ground member having inner tabs and outer tabs, the inner tabs extending from a ground member opening, the ground member opening being dimensioned to receive the mating portion of the USB connector therethrough, the outer tabs being formed about the perimeter of the ground member, the outer tabs are bent to extend toward the plug body, the seating member having a seating opening dimensioned to receive the inner tabs of the grounding member therein, wherein a conductive shell of the USB connector is placed in electrical engagement with a shell of the plug adapter assembly via the inner and outer tabs of the system ground, allowing for a grounding path to be provided between the USB connector and a mating connector to which the plug adapter assembly is mated.

5. A plug assembly as recited in claim 4, wherein the system ground member is a circular plate-like member, the inner tabs extend from an rectangular opening in the center of the circular plate which is dimensioned to receive the mating portion of the USB connector therethrough, the inner tabs are integral with and extend from each side of the opening, the outer tabs are formed about the perimeter of the circular plate and are spaced periodically about the entire perimeter of the circular plate, the inner tabs extend away from the plug body and the outer tabs extend toward the plug body.

6. A plug assembly as recited in claim 5, wherein the seating member has a circular cross-section which is larger than the circular cross-section of the ground member, the seating member has a rectangular seating opening which receives the inner tabs of the grounding member therein.

7. A plug assembly as recited in claim 1, wherein a first compressible member is positioned between the plug body and the mating assembly to provide a seal therebetween, a second compressible member is provide between the plug body and the protective shell to provide a seal therebetween, whereby the sealing member, the first compressible member and the second compressible member provide the plug assembly with sealing to protect the USB connector in harsh environmental conditions.

8. A plug assembly for housing a USB connector, the plug assembly comprising:

a protective shell having an opening which is dimensioned to receive the USB connector and attached cable therethrough;

a sealing member dimensioned to be received in the opening of the protective shell, the sealing member having a connector receiving opening which extends from a front surface of the sealing member to proximate a back surface of the sealing member, the connector receiving opening being tapered such that diameter of the connector receiving opening is larger proximate the front surface and smaller proximate the back surface;

a plug adapter assembly having a seating member and a ground member, the ground member having inner tabs and outer tabs, the inner tabs extending from a ground member opening, the ground member opening being dimensioned to receive a mating portion of the USB connector therethrough, the outer tabs being formed about the perimeter of the ground member, the outer tabs are bent to extend toward the plug body, the seating member having a seating opening dimensioned to receive the inner tabs of the grounding member therein;

wherein a conductive shell of the USB connector is placed in electrical engagement with a shell of the plug adapter assembly via the inner and outer tabs of the system ground, allowing for a grounding path to be provided between the USB connector and a mating connector to which the plug adapter assembly is mated.

9. A plug assembly as recited in claim 8, wherein the plug adapter assembly has a plug body with outwardly facing threads, the protective shell has threads positioned about the circumference of the opening, the outwardly facing threads of the plug body cooperate with the threads of the protective shell to maintain the protective shell in engagement with the plug body.

10. A plug assembly as recited in claim 9, wherein slopped surfaces proximate a back surface of the protective shell engage a sealing member of the plug adapter assembly to insure that the sealing member provides a proper seal.

11. A plug assembly as recited in claim 8, wherein the system ground member is a circular plate-like member, the inner tabs extend from an rectangular opening in the center of the circular plate which is dimensioned to receive the mating portion of the USB connector therethrough, the inner tabs are integral with and extend from each side of the opening, the outer tabs are formed about the perimeter of the circular plate and are spaced periodically about the entire perimeter of the circular plate, the inner tabs extend away from the plug body and the outer tabs extend toward the plug body.

12. A plug assembly as recited in claim 11, wherein the seating member has a circular cross-section which is larger than the circular cross-section of the ground member, the seating member has a rectangular seating opening which receives the inner tabs of the grounding member therein.

13. A plug assembly as recited in claim 8, wherein a first compressible member is positioned between the plug body and the mating assembly to provide a seal therebetween, a second compressible member is provide between the plug body and the protective shell to provide a seal therebetween, whereby the sealing member, the first compressible member and the second compressible member provide the plug assembly with sealing to protect the USB connector in harsh environmental conditions.

14. A plug assembly as recited in claim 8, wherein the plug body has a generally cylindrical opening which extends therethough which is dimensioned to receive the USB connector therein, the seating opening of the seating member cooperates with a mating portion of the USB connector, a mating assembly of the plug adapter assembly has a mating opening for positioning the seating member and engaging a mating connector to properly position the mating portion of the USB connector relative to the mating connector, whereby the protective shell, the sealing member and the plug adaptor can be installed on the USB connector after the USB connector has been terminated to the cable.

15. A plug assembly for housing a USB connector, the plug assembly comprising:

a protective shell having an opening which is dimensioned to receive the USB connector and attached cable therethrough;

a sealing member dimensioned to be received in the opening of the protective shell, the sealing member having a connector receiving opening which extends from a front surface of the sealing member to proximate a back surface of the sealing member, the connector receiving opening being tapered such that diameter of the connector receiving opening is larger proximate the front surface and smaller proximate the back surface;

a plug adapter assembly having a plug body and a mating assembly, the plug body having a generally cylindrical opening which extends therethough which is dimensioned to receive the USB connector therein, the mating assembly having a mating opening for positioning a mating portion of the USB connector relative to a mating connector;

a first compressible member being positioned between the plug body and the mating assembly to provide a seal therebetween, a second compressible member being provide between the plug body and the protective shell to provide a seal therebetween,

whereby the sealing member, the first compressible member and the second compressible member provide the plug assembly with sealing to protect the USB connector in harsh environmental conditions.

16. A plug assembly as recited in claim 15, wherein the plug body with outwardly facing threads, the protective shell has threads positioned about the circumference of the opening, the outwardly facing threads of the plug body cooperate with the threads of the protective shell to maintain the protective shell in engagement with the plug body.

17. A plug assembly as recited in claim 16, wherein slopped surfaces proximate a back surface of the protective shell engage a sealing member of the plug adapter assembly to insure that the sealing member provides a proper seal.

18. A plug assembly as recited in claim 15, wherein the plug adapter assembly has a ground member, the ground member having inner tabs and outer tabs, the inner tabs extending from a ground member opening, the ground member opening being dimensioned to receive the mating portion of the USB connector therethrough, the outer tabs being formed about the perimeter of the ground member, the outer tabs are bent to extend toward the plug body, the seating member having a seating opening dimensioned to receive the inner tabs of the grounding member therein, wherein a conductive shell of the USB connector is placed in electrical engagement with a shell of the plug adapter assembly via the inner and outer tabs of the system ground, allowing for a grounding path to be provided between the USB connector and a mating connector to which the plug adapter assembly is mated.

19. A plug assembly as recited in claim 18, wherein the ground member is a circular plate-like member, the inner tabs extend from an rectangular opening in the center of the circular plate which is dimensioned to receive the mating portion of the USB connector therethrough, the inner tabs are integral with and extend from each side of the opening, the outer tabs are formed about the perimeter of the circular plate and are spaced periodically about the entire perimeter of the circular plate, the inner tabs extend away from the plug body and the outer tabs extend toward the plug body.

20. A plug assembly as recited in claim 19, wherein the plug adapter assembly has a seating member, the seating member has a circular cross-section which is larger than the circular cross-section of the ground member, the seating member has a rectangular seating opening which receives the inner tabs of the grounding member therein.