HIGH-CONNECTOR DENSITY INTERFACE PLATE

• US 20030077041A1
• Filed: 10/19/2001
• Published: 04/24/2003
• Est. Priority Date: 10/19/2001
• Status: Active Grant

• Current Assignee: Axe, Inc. (Humantrust Holdings Co., Ltd.)
• Original Assignee: Axe, Inc. (Humantrust Holdings Co., Ltd.)
• Inventors: Belaidi, Hakim F., Banta, Marlon
• Granted Patent: US 6,565,260 B2
• Time in Patent Office: Days
• US Class Current: 385/53
• CPC Class Codes: G02B 6/3897 Connectors fixed to housings, casing, frames or circuit boards G02B6/44528 takes precedence
• CPC Class Codes: G02B 6/475 Mechanical aspects of installing cables in ducts or the like for buildings

Abstract

A high-connector density interface plate comprising a curved outer surface having a plurality of interface connections is described. Each of the plurality of interface connections is adapted to receive a cable at an angle relative to a normal line extending from a normal angle to the curved outer surface. The curved outer surface increases the interface plate surface area available for interface connections relative to an interface plate having a flat outer surface.

Claims

1. A high-connector density interface plate comprising a curved outer surface having a plurality of interface connectors, each of the plurality of interface connectors being adapted to receive a transmission line at an angle relative to a normal line extending from a normal angle to the curved outer surface, wherein the curved outer surface increases the interface plate surface area available for interface connectors relative to an interface plate having a flat outer surface.

2. The interface plate of claim 1 wherein the angle relative to the normal line extending from the normal angle to the curved outer surface for at least one of the plurality of interface connectors is substantially zero.

3. The interface plate of claim 1 wherein the angle relative to the normal line extending from the normal angle to the curved outer surface for at least one of the plurality of interface connectors is non-zero.

4. The interface plate of claim 1 wherein the angle relative to the normal line extending from the normal angle to the curved outer surface for at least one of the plurality of interface connectors is different from another angle relative to another normal line extending from another normal angle to the curved outer surface for a different one of the plurality of interface connectors.

5. The interface plate of claim 1 wherein the interface plate is removably attached to a housing.

6. The interface plate of claim 1 wherein the interface plate is removably attached to a circuit board.

7. The interface plate of claim 1 wherein the interface connectors comprise optical fiber interface sleeves.

8. The interface plate of claim 1 wherein the interface connectors comprise FC optical fiber interface connectors.

9. The interface plate of claim 1 wherein the interface connectors comprise SC optical fiber interface connectors.

10. The interface plate of claim 1 wherein the interface connectors comprise LC optical fiber interface connectors.

11. The interface plate of claim 1 wherein the interface connectors comprise ST optical fiber interface connectors.

12. The interface plate of claim 1 wherein the interface connectors comprise APC optical fiber interface connectors.

13. The interface plate of claim 1 wherein the interface connectors comprise Mu optical fiber interface connectors.

14. The interface plate of claim 1 wherein the interface connectors comprise electrical interface connectors.

15. The interface plate of claim 1 wherein the interface connectors comprise RF signal interface connectors.

16. The interface plate of claim 1 wherein the interface connectors comprise microwave signal interface connectors.

17. The interface plate of claim 1 wherein the interface connectors comprise millimeter wave signal interface connectors.

18. The interface plate of claim 1 wherein the interface connectors comprise baseband signal interface connectors.

19. The interface plate of claim 1 wherein the interface connectors comprise pin interface connectors.

20. A signal interface for an optical fiber communication system, the signal interface comprising:

a) an interface plate having a curved outer surface that is adapted to receive a plurality of interface connectors, the curved outer surface increasing surface area available for interface connectors relative to an interface plate having a flat outer surface; and

b) a plurality of interface connectors positioned through the curved outer surface, each of the plurality of interface connectors being adapted to receive an external transmission line at an angle relative to a normal line extending from a normal angle to the curved outer surface.

21. The signal interface of claim 20 wherein the angle relative to the normal line extending from the normal angle to the curved outer surface for at least one of the plurality of interface connectors is substantially zero.

22. The signal interface of claim 20 wherein the angle relative to the normal line extending from the normal angle to the curved outer surface for at least one of the plurality of interface connectors is non-zero.

23. The signal interface plate of claim 20 wherein the angle relative to the normal line extending from the normal angle to the curved outer surface for at least one of the plurality of interface connectors is different from another angle relative to another normal line extending from another normal angle to the curved outer surface for a different one of the plurality of interface connectors.

24. A method for connecting an optical fiber to an optical fiber communication system, the method comprising:

a) positioning an interface connector on a interface plate having a curved outer surface that increases surface area available for interface connectors relative to an interface plate having a flat outer surface, the interface connector having an internal port and an external port;

b) coupling an internal fiber optic cable to the internal port of the interface connector; and

c) coupling an external fiber optic cable to the external port of the interface connector at an angle relative to a normal line extending from a normal angle to the curved outer surface.

25. The method of claim 24 wherein the angle relative to the normal line extending from the normal angle is zero.

26. The method of claim 24 wherein the angle relative to the normal line extending from the normal angle is non-zero.