Connection interface
A connection interface includes a base bracket and a cable connection carrier (e.g., module, panel, etc.). The cable connection carrier has a front wall to which one or more cable connection components (e.g., optical components, electrical components, and/or hybrid components) are mounted. The cable connection carrier may angle the cable connection components relative to an open front of the base bracket. Some cable connection carriers may be snap-fit to the base bracket for easy installation. Other cable connection carriers are movable (e.g., pivotal) relative to the base bracket.
1. A connection interface comprising:
a base bracket having a front and a back, the base bracket including a base wall defining the back of the base bracket and first and second opposite base bracket side walls that project forwardly from the base wall to the front of the base bracket, the base bracket defining a module mounting location between the first and second base bracket side walls, wherein the base bracket includes latch arms extending outwardly from a bottom of the base bracket and the base bracket defines catch surfaces at a top of the base bracket in vertical alignment with the latch arms;
a cable connection module having a front wall to which a plurality of cable connection components are mounted, the cable connection module also including opposite first and second legs that project rearwardly from the front wall, wherein the cable connection module is configured to be inserted into the module mounting location through the front of the base bracket; and
a cover configured to mount to the catch surfaces of the base bracket.
2. The connection interface of claim 1 , wherein a front reference plane is defined at the front of the base bracket, and wherein the front wall of the cable connection module is oriented at an oblique angle relative to the front reference plane when the cable connection module is mounted at the module mounting location.
3. The connection interface of claim 2 , wherein when the cable connection module is mounted at the module mounting location the front reference plane intersects the front wall so that a rearward portion of the front wall is rearward of the front reference plane and between the base bracket side walls and a forward portion of the front wall is in front of the front reference plane and in front of the front of the base bracket.
4. The connection interface of claim 1 , wherein the base wall and the base bracket side walls cooperate to define a c-shaped configuration when viewed from an end of the base bracket, and wherein the front of the base bracket is open, and wherein the front wall and the first and second legs of the cable connection module cooperate to define a c-shaped configuration when viewed from an end of the cable connection module, and wherein a rear of the cable connection module is open.
5. The connection interface of claim 1 , wherein the cable connection module is one of a plurality of the cable connection modules, wherein the base bracket includes a plurality of module mounting locations for receiving the plurality of cable connection modules.
6. The connection interface of claim 5 , wherein the base bracket includes a plurality of base bracket modules that are stacked together to form the base bracket, and wherein each of the base bracket modules defines a separate one of the module mounting locations.
7. The connection interface of claim 5 , wherein the cable connection module and the base bracket are configured so that the cable connection module is adapted to be inserted into the module mounting location along a linear insert path that is obliquely oriented relative to a front reference plane.
8. The connection interface of claim 1 , wherein the first base bracket side wall includes tabs protruding outwardly from the base bracket; and wherein the second base bracket side wall defines apertures laterally aligned with the tabs.
9. The connection interface of claim 1 , wherein the front wall of the cable connection module carries at least one component mounting surface that is angled relative to the front wall.
10. The connection interface of claim 9 , wherein the front wall of the cable connection module carries multiple component mounting surfaces, each component mounting surface being angled relative to the front wall, and each component mounting surface defining a row of apertures.
11. The connection interface of claim 1 , wherein the base bracket is formed from first and second pieces that latch together, each of the first and second pieces defining one of the first and second side walls of the base bracket.
12. A cable connection interface comprising:
a plurality of base bracket modules coupled together to form a base bracket, each base bracket module including a base wall extending between first and second side walls, the first and second side walls having distal ends defining a front end of the base bracket, each of the first and second side walls defining an internally facing mounting receptacle leading to a first portion of a respective snap-fit arrangement, each internally facing mounting receptacle including guide walls extending from the front end of the base bracket to the respective snap-fit arrangement, the guide walls being angled relative to the front end of the base bracket; and
a plurality of cable connection carriers mounted to the base bracket modules, each of the cable connection carriers being configured to slide along the internally facing mounting receptacles of one of the base bracket modules until a second portion of the respective snap-fit arrangement engages the respective first portion of the snap-fit arrangement, each of the cable connection carriers including a front wall at which a plurality of apertures are defined, each front wall extending at a non-zero angle to the base wall when the respective cable connection carrier is mounted to the respective base bracket module.
13. The cable connection interface of claim 12 , wherein the plurality of base bracket modules includes a first base bracket module and a second base bracket module stacked together to form a base bracket defining a passage extending through both the first and second base bracket modules.
14. The cable connection interface of claim 13 , wherein each of the base bracket modules includes a latch arm extending from a bottom of the base bracket module and a catch surface disposed at a top of the base bracket module.
15. The cable connection interface of claim 13 , wherein the plurality of base bracket modules also includes a third base bracket module that laterally mounts to the first base bracket module.
16. The cable connection interface of claim 12 , wherein the plurality of base bracket modules includes a first base bracket module and a second base bracket module that laterally mounts to the first base bracket module.
17. The cable connection interface of claim 16 , wherein the first side wall of each of the base bracket modules includes a side tab extending laterally outwardly from the first side wall, and wherein the second side wall of each of the base bracket modules defines a mounting aperture, and wherein the side tab of the first base bracket module extends through the mounting aperture of the second base bracket module.
18. The cable connection interface of claim 12 , wherein the front wall of each cable connection carrier carries a component mounting surface that is angled relative to the front wall, wherein the plurality of apertures are partially defined by the component mounting surface, wherein the front wall of at least one of the cable connection carriers includes two component mounting surfaces, each of the component mounting surfaces being angled relative to the front wall, and each of the component mounting surfaces defining some of the apertures of the plurality.
19. The cable connection interface of claim 12 , wherein each base bracket module defines a first part of a securement arrangement at a top and a second part of the securement arrangement at the bottom, wherein the first and second parts of the securement arrangement are shaped so that the first part of the securement arrangement of any of the base bracket modules engages the second part of the securement arrangement of any other of the base bracket modules.
20. The cable connection interface of claim 19 , wherein a cover is configured to mount to the first part of the securement arrangement of any of the base bracket modules.