Lockable electrical connector

• US 20030139081A1
• Filed: 01/23/2002
• Published: 07/24/2003
• Est. Priority Date: 01/23/2002
• Status: Active Grant

• Current Assignee: TE Connectivity Solutions GmbH (TE Connectivity Ltd. (United Kingdom))
• Original Assignee: Tyco Electronics Corporation (TE Connectivity Ltd. (United Kingdom))
• Inventors: Hardy, Douglas John, Hall, John Wesley, Raudenbush, James Michael
• Granted Patent: US 6,695,636 B2
• Time in Patent Office: Days
• US Class Current: 439/352
• CPC Class Codes: H01R 13/6277 comprising annular latching means, e.g. ring snapping in an annular groove
• CPC Class Codes: H01R 13/639 Additional means for holding or locking coupling parts together, after engagement, e.g. separate keylock, retainer strap
• CPC Class Codes: H01R 2103/00 Two poles
• CPC Class Codes: H01R 2201/02 for antennas
• CPC Class Codes: H01R 24/40 specially adapted for high frequency

Abstract

A locking electrical connector is provided including a connector shell extending along a longitudinal axis, an outer contact held in the connector shell and having a mating end formed with retention beams that are deflectable radially outward from the longitudinal axis, and a collar located about the outer contact and the connector shell being slidable along the longitudinal axis relative to the connector shell between locked and unlocked positions. The collar has a blocking surface that is positioned to align with and block radially outward deflection of the retention beams when the collar is in the locked position. The blocking surface is moved, when the collar is in the unlocked position, to a position at which the collar permits radial outward deflection of the retention beams.

Claims

1. A lockable electrical connector comprising:

a connector shell extending along a longitudinal axis;

an outer contact held in said connector shell, said outer contact having a mating end formed with retention beams that are deflectable radially outward from said longitudinal axis, said retention beams being configured to receive a mating jack; and

a collar mounted over said outer contact and said connector shell, said collar being slidable along said longitudinal axis relative to said outer contact between locked and unlocked positions, said collar having a blocking surface positioned to surround and block outward radial deflection of said retention beams from said longitudinal axis when said collar is in said locked position, said blocking surface being moved, when said collar is in said unlocked position, to a position at which said collar permits outward radial deflection of said retention beams thereby being adapted to receive a mating jack.

2. The lockable electrical connector of claim 1, wherein said connector shell includes a contact capture section on one end, said contact capture section including a center chamber surrounded by a ring-shaped recess, said center chamber and said ring-shaped recess opening onto one end of said connector shell, said center chamber receiving a dielectric core, said ring-shaped recess receiving an end of said outer contact opposite to said deflection beams, said dielectric core being arranged concentrically within said outer core.

3. The lockable electrical connector of claim 1, wherein each of said retention beams has an end portion flared outward radially from said longitudinal axis to define stop surfaces that face outward about a perimeter of said outer contact, said stop surfaces aligning with and abutting against said blocking surface when said collar is in said locked position.

4. The lockable electrical connector of claim 1, wherein said collar includes an interior rim extending inward toward said longitudinal axis to define said blocking surface, said blocking surface having an interior diameter that is smaller than an interior diameter of said collar.

5. The lockable electrical connector of claim 1, wherein said blocking surface including an interior diameter that is substantially equal to an outer diameter of a flared end portion of said retention beams.

6. The lockable electrical connector of claim 1, further comprising a spring mounted to a body section of said connector shell, said springs being held within said collar, said spring biasing said collar in said locked position relative to said outer contact.

7. The lockable electrical connector of claim 1, further comprising a tubular-shaped dielectric core held in said connector shell, said dielectric core including a hollow passage extending therethrough and aligned along said longitudinal axis, said dielectric core receiving an inner contact, said inner and outer contacts and dielectric core being arranged concentric with one another.

8. The lockable electrical connector of claim 1, wherein said retention beams are separated from one another by gaps and are aligned in a ring about said longitudinal axis, said retention beams including retention portions crimped radially inward to form securing ridges, said securing ridges having an inner diameter that is smaller than an inner diameter of said outer contact.

9. The lockable electrical connector of claim 1, wherein said mating end of said outer contact extends beyond an outer end of said collar when said collar is in said unlocked position.

10. The lockable electrical connector of claim 1, further comprising means for biasing said collar in said locked position relative to said outer contact.

11. The locking connector of claim 1, further comprising a spring retention assembly biasing said collar into said locked position relative to said outer contact, said spring retention assembly including a spring mounted about said connector shell, washers located at opposite ends of said spring, and a locking collar securely fitted within a rear end of said collar to retain said washers and said spring between said collar and said connector shell.

12. A locking connector matable in a coaxial cable jack comprising:

a shell extending along a longitudinal axis;

inner and outer contacts held by said shell to align concentric with one another along said longitudinal axis;

a dielectric core held by said shell between said inner and outer contacts; and

a collar located about said outer contact, said collar being movable relative to said outer contact along said longitudinal axis between locked and unlocked positions, said outer contact being movable in a transverse direction to said longitudinal axis, said collar enclosing said outer contact when in said locked position to prevent movement of said outer contact, in said transverse direction wherein at least a portion of said outer contact is exposed beyond an end of said collar, when said collar is in said unlocked position, to permit radial outward movement of said outer contact.

13. The locking connector of claim 12, wherein said shell includes a contact capture section including a chamber opening onto an end of said shell, said chamber securely receiving one end of said dielectric core.

14. The locking connector of claim 12, wherein said shell includes a contact capture section having a ring-shaped recess located about said longitudinal axis, said ring-shaped recess opening onto one end of said contact shell, said ring-shaped recess securely retaining an end of said outer contact.

15. The locking connector of claim 12, wherein said outer contact includes retention beams formed on a mating end of said outer contact, said retention beams being deflectable radially outward from said longitudinal axis, thereby being adapted to accept a mating contact therein.

16. The locking connector of claim 12, further comprising a spring mounted to said shell and said collar, said spring biasing said collar and said shell into said locked position.

17. The locking connector of claim 12, further comprising means for biasing said collar and said shell into said locked position.

18. The locking connector of claim 12, further comprising a spring retention assembly biasing said collar into said locked position relative to said shell, said spring retention assembly including a spring mounted about said shell, washers located at opposite ends of said spring, and a locking collar securely fitted within a rear end of said collar to retain said washers and said spring between said collar and said shell.

19. A locking electrical connector comprising:

a connector shell extending along a longitudinal axis;

an outer contact held in said connector shell, said outer contact having a mating end formed with retention beams that are deflectable outward radially from said longitudinal axis;

a collar located about said outer contact and said connector shell, said collar being slidable along said longitudinal axis relative to said connector shell between locked and unlocked positions, said collar having a blocking surface that is positioned to align with and block radially outward deflection of said retention beams when said collar is in said locked position, said blocking surface being moved, when said collar is in said unlocked position, to a position at which said collar permits radial outward deflection of said retention beams; and

a spring retention assembly biasing said collar into said locked position relative to said connector shell.

20. The locking electrical connector of claim 19, wherein said connector shell includes a contact capture section on one end, said contact capture section including a center chamber surrounded by a ring-shaped recess, said center chamber and said ring-shaped recess opening onto one end of said connector shell, said center chamber receiving a dielectric core, said ring-shaped recess receiving an end of said outer contact opposite to said deflection beams.

21. The locking electrical connector of claim 19, wherein each of said retention beams has an end portion that is flared radially outward to define stop surfaces that face outward about a perimeter of said outer contact, said stop surfaces aligned with and abutting against said blocking surface when said collar is in said locked position.

22. The locking electrical connector of claim 19, wherein said collar includes an interior rim containing said blocking surface, said blocking surface having an interior diameter that is smaller than an interior diameter of said collar.

23. The locking electrical connector of claim 19, wherein said blocking surface including an interior diameter that is substantially equal to an outer diameter defined by a flared end portion of said retention beams.

24. The locking electrical connector of claim 19, further comprising a spring mounted about a body section of said connector shell and held within said collar, said spring biasing said collar into said locked position relative to said connector shell.

25. The locking electrical connector of claim 19, wherein said spring retention assembly includes a spring mounted about said connector shell, washers located at opposite ends of said spring, and a locking collar securely fitted within a rear end of said collar to retain said washers and said spring between said collar and said connector shell.