High density fiber distribution tray system

• US 6,360,050 B1
• Filed: 09/08/2000
• Issued: 03/19/2002
• Est. Priority Date: 09/08/2000
• Status: Expired due to Term

• Current Assignee: Amphenol Network Solutions, Inc. (Amphenol Corporation)
• Original Assignee: Telect Incorporated (Amphenol Corporation)
• Inventors: Vollmer, Ted C., Blair, Blaise G., Larson, Reese G., Standish, Lindsay D., Knight, Paul A., Moua, Teng K.
• Primary Examiner(s): Sircus, Brian
• Assistant Examiner(s): Prasad, Chandrika
• Application Number:
  US09/658,297
• Time in Patent Office: 557 Days
• Field of Search: 385/135, 385/136, 385/134, 385/137, 385/147, 385/139, 385/53, 385/76, 385/77
• US Class Current: 385/135
• CPC Class Codes: G02B 6/3897 Connectors fixed to housings, casing, frames or circuit boards G02B6/44528 takes precedence
• CPC Class Codes: G02B 6/4452 Distribution frames
• CPC Class Codes: G02B 6/44526 Panels or rackmounts covering a whole width of the frame or rack
• CPC Class Codes: G02B 6/44528 Patch-cords; Connector arrangements in the system or in the box routing arrangements H04Q1/00
• CPC Class Codes: G02B 6/4453 Cassettes

Abstract

Disclosed is a fiber optic connector tray system for improved fiber optic cable management, especially in situations requiring higher fiber optic cable and connector density. Embodiments of the invention include tray bodies which are mounted to a framework and pivot or rotate to provide access to fiber optic connectors. The pivot or rotation further provides a mechanism to take up additional slack resulting from the pivoting.

Claims

1. A fiber optic connector tray system comprising:

a. a mount arm disposed to operatively attach to a framework;

b. a tray body pivotally mounted to the mount arm, the tray body comprised of;

i. a first tray body structure disposed to receive and retain fiber optic connectors, the first tray body structure being movably attached to a second tray body structure, the second tray body structure including a fiber optic cable exit pathway; and

ii. a link operatively attached to the mount arm and to the first tray body structure, the link being disposed relative to the first tray body structure and the mount arm such that when the tray body is pivoted, the link causes movement of the first tray body structure relative to the second tray body structure.

2. A fiber optic cable tray system as recited in claim 1, and further wherein the movement of the first tray body structure relative to the second tray body structure is in a longitudinal direction of the fiber optic connectors.

3. A fiber optic cable tray system as recited in claim 1, and further wherein the movement of the first tray body structure relative to the second tray body structure is a sliding movement.

4. A fiber optic cable tray system as recited in claim 1, and further wherein the movement of the first tray body structure relative to the second tray body structure is linear.

5. A fiber optic cable tray system as recited in claim 1, and further wherein the link is comprised of a first gear set operatively attached to the is mount arm, and a corresponding second gear set operatively attached to the first tray body structure, the first gear being adapted to interact with the second gear upon the pivoting of the tray body, thereby causing the movement of the first tray body structure relative to the second tray body structure.

6. A fiber distribution frame system comprising:

a. a distribution framework with a plurality of fiber optic connector trays mounted in a vertical array on the framework;

b. the one or more fiber optic connector trays are comprised of;

i. a mount arm disposed to operatively attach to a framework;

ii. a tray body pivotally mounted to the mount arm, the tray body being comprised of;

(a) a first tray body structure disposed to receive and retain fiber optic connectors, the first tray body structure being movably attached to a second tray body structure, the second tray body structure including a fiber optic cable exit pathway; and

(b) a link operatively attached to the mount arm and to the first tray body structure, the link disposed relative to the first tray body structure and the mount arm such that when the tray body is pivoted, the link causes the movement of the first tray body structure relative to the second tray body structure.

7. A fiber optic cable tray system as recited in claim 6, and further wherein the movement of the first tray body structure relative to the second tray body structure is in a longitudinal direction of the fiber optic connectors.

8. A fiber optic cable tray system as recited in claim 6, and further wherein the movement of the first tray body structure relative to the second tray body structure is a sliding movement.

9. A fiber optic cable tray system as recited in claim 6, and further wherein the movement of the first tray body structure relative to the second tray body structure is linear.

10. A fiber optic cable tray system as recited in claim 6, and further wherein the link is comprised of a first gear set operatively attached to the mount arm, and a corresponding second gear set operatively attached to the first tray body structure, the first gear being adapted to interact with the second gear upon the pivoting of the tray body, thereby causing the movement of the first tray body structure relative to the second tray body structure.

11. A fiber distribution frame system comprising:

a. a framework with a first side and a second side;

b. a first plurality of fiber optic connector trays pivotally mounted in a vertical arrangement on the first side of the framework such that the fiber optic connector trays pivot toward the center of the framework;

c. a second plurality of fiber optic connector trays pivotally mounted in a vertical arrangement on the second side of the framework such that the fiber optic connector trays pivot toward the center of the framework;

d. each of the first plurality of fiber optic connector trays including a plurality of fiber optic connectors mounted therein such that when the connector trays are rotated toward the center of the framework, access is provided to the fiber optic connectors; and

e. each of the second plurality of fiber optic connector trays including a plurality of fiber optic connectors mounted therein such that when the connector trays are rotated toward the center of the framework, access is provided to the fiber optic connectors.

12. A fiber distribution frame system as recited in claim 11, and further wherein the fiber optic connectors are mounted in the first plurality of connector trays and in the second plurality of connector trays, in a staggered arrangement.

13. A fiber distribution frame system as recited in claim 11, and further wherein the first and the second plurality of fiber optic connector trays are comprised of:

a. a mount arm disposed to operatively attach to a framework;

b. a tray body pivotally mounted to the mount arm, the tray body comprised of;

i. a first tray body structure disposed to receive and retain fiber optic connectors, the first tray body structure being movably attached to a second tray body structure, the second tray body structure including a fiber optic cable exit pathway; and

ii. a link operatively attached to the mount arm and to the first tray body structure, the link disposed relative to the first tray body structure and the mount arm such that when the tray body is pivoted, the link causes movement of the first tray body structure relative to the second tray body structure.

14. A fiber optic cable tray system as recited in claim 13, and further wherein the movement of the first tray body structure relative to the second tray body structure is in a longitudinal direction of the fiber optic connectors.

15. A fiber optic cable tray system as recited in claim 13, and further wherein the movement of the first tray body structure relative to the second tray body structure is a sliding movement.

16. A fiber optic cable tray system as recited in claim 13, and further is wherein the movement of the first tray body structure relative to the second tray body structure is linear.

17. A fiber optic cable tray system as recited in claim 13, and further wherein the link is comprised of a first gear set operatively attached to the mount arm, and a corresponding second gear set operatively attached to the first tray body structure, the first gear being adapted to interact with the second gear upon the pivoting of the tray body, thereby causing the movement of the first tray body structure relative to the second tray body structure.

18. A fiber distribution frame comprising:

a. a framework with a first side and a second side;

b. a vertically oriented first partition wall and an opposing vertically oriented second partition wall, the first partition wall and the second partition wall each having a corresponding transverse fiber optic cable pathway at an intermediate vertical location, the first partition wall and the second partition wall defining a fiber support area with a plurality of vertically spaced apart fiber supports in the fiber support area;

c. the first partition wall and the second partition wall each further having a corresponding transverse bottom fiber optic cable pathway at a lower end of the framework;

d. a first plurality of fiber optic connector trays pivotally mounted in a vertical arrangement on the first side of the framework such that the fiber optic connector trays pivot toward the center of the framework;

e. a second plurality of fiber optic connector trays pivotally mounted in a vertical arrangement on the second side of the framework such that the fiber optic connector trays pivot toward the center of the framework;

f. each of the first plurality of fiber optic connector trays including a plurality of fiber optic connectors mounted therein such that when the connector trays are rotated toward the center of the framework, access is provided to the fiber optic connectors;

g. each of the second plurality of fiber optic connector trays including a plurality of fiber optic connectors mounted therein such that when the connector trays are rotated toward the center of the framework, access is provided to the fiber optic connectors; and

h. wherein each of the first and the second plurality of fiber optic connector trays includes a tray body pivotally mounted to the mount arm, the tray body comprised of;

i. a first tray body structure disposed to receive and retain fiber optic connectors, the first tray body structure being movably attached to a second tray body structure, the second tray body structure including a fiber optic cable exit pathway; and

ii. a link operatively attached to the mount arm and to the first tray body structure, the link being disposed relative to the first tray body structure and the mount arm such that when the tray body is pivoted, the link causes movement of the first tray body structure relative to the second tray body structure.

19. A fiber optic cable tray system as recited in claim 18, and further wherein the movement of the first tray body structure relative to the second tray body structure is in a longitudinal direction of the fiber optic connectors.

20. A fiber optic cable tray system as recited in claim 18, and further wherein the movement of the first tray body structure relative to the second tray body structure is a sliding movement.

22. A fiber optic cable tray system as recited in claim 18, and further wherein the link is comprised of a first gear set operatively attached to the mount arm, and a corresponding second gear set operatively attached to the first tray body structure, the first gear being adapted to interact with the second gear upon the pivoting of the tray body, thereby causing the movement of the first tray body structure relative to the second tray body structure.

21. A fiber optic cable tray system as recited in claim:

i 18, and further wherein the movement of the first tray body structure relative to the second tray body structure is linear.

23. A fiber distribution frame comprising:

a. a framework with a first side and a second side, the first side including a first section above a second section, and the second side including a third section above a fourth section;

b. a first fiber optic connector assembly mounted on the framework in the first section;

c. a second fiber optic connector assembly mounted on the framework in the second section;

d. a third fiber optic connector assembly mounted on the framework in the third section;

e. a fourth fiber optic connector assembly mounted on the framework in the fourth section;

f. the first, second, third and fourth fiber optic connector assemblies each have fiber optic contents including fiber optic connectors;

g. a plurality of vertically spaced apart fiber supports mounted between the first side and the second side of the framework, each fiber support adapted to receive a fiber optic cable;

h. a vertically oriented first wall between the first section of the framework and the plurality of fiber supports;

i. a vertically oriented second wall between second section of the framework and the plurality of fiber supports;

j. a vertically oriented third wall between the third section of the framework and the plurality of fiber supports;

k. a vertically oriented fourth wall between the fourth section of the framework and the plurality of fiber supports;

l. wherein space between the first wall and the second wall defines a first transverse fiber pathway, space below the second wall defines a second transverse fiber pathway, space between the third wall and the fourth wall defines a third transverse fiber pathway, and further wherein space below the fourth wall defines a fourth transverse fiber pathway; and

m. further wherein the first, second, third and fourth fiber optic connector assemblies are each comprised of a plurality of trays comprising;

i. a mount arm disposed to operatively attach to a framework;

ii. a tray body pivotally mounted to the mount arm, the tray body comprised of;

(a) a first tray body structure disposed to receive and retain fiber optic connectors, the first tray body structure being movably attached to a second tray body structure, the second tray body structure including a fiber optic cable exit pathway; and

(b) a link operatively attached to the mount arm and to the first tray body structure, the link disposed relative to the first tray body structure and the mount arm such that when the tray body is pivoted, the link causes movement of the first tray body structure relative to the second tray body structure.

24. A fiber distribution frame as recited in claim 23, and further wherein the movement of the first tray body structure relative to the second tray body structure is in a longitudinal direction of the fiber optic connectors.

25. A fiber distribution frame as recited in claim 23, and further wherein the movement of the first tray body structure relative to the second tray body structure is a sliding movement.

26. A fiber distribution frame as recited in claim 23, and further wherein the movement of the first tray body structure relative to the second tray body structure is linear.

27. A fiber distribution frame as recited in claim 23, and further wherein the link is comprised of a first gear set operatively attached to the mount arm, and a corresponding second gear set operatively attached to the first tray body structure, the first gear being adapted to interact with the second gear upon the pivoting of the tray body, thereby causing the movement of the first tray body structure relative to the second tray body structure.

28. A fiber distribution frame as recited in claim 23, and further wherein the first wall, the second wall, the third wall and the fourth wall are translucent.

29. A fiber distribution frame as recited in claim 23, and further wherein fiber optic cables connected to the first fiber optic connector assembly are routed through the first transverse fiber pathway, supported on one of the plurality of fiber supports, and routed to the third fiber optic connector assembly in the third section.

30. A fiber distribution frame as recited in claim 23, and further wherein fiber optic cables connected to the second fiber optic connector assembly are routed through the second transverse fiber pathway, supported on one of the plurality of fiber supports, and routed to the fourth fiber optic connector assembly.