Mounting structure
View Patent ↗A mounting structure is disclosed in a test-bed installation in which vertically aligned first backboards are pivotally secured to a front side of one of the upright posts of a relay rack for movement between a closed position and open positions. Vertically aligned second backboards are secured to a rear side of both upright posts of the relay rack in opposed relationship with the first backboards. A pair of optical network terminals is mounted on an outer side of each of the backboards, and a pair of battery backup units is mounted on an inner side thereof. Thus when one of the first backboards is moved to an open position, access is provided to the pair of battery backup units mounted on the first backboard so moved and to the pair of battery backup units mounted on the opposing second backboard.
1. A mounting structure comprising:
a relay rack having at least two upright posts,
a hinge secured to a front side of one of said upright posts, and
a first backboard for mounting electrical units including at least one electrically operable unit mounted on an outer side of said first backboard relative to said relay rack, and at least one electric power unit mounted on an inner side of said first backboard relative to said relay rack, said electrically operable unit and said electric power unit being in electrical communication with each other,
said first backboard being secured to said hinge for selective movement relative to said relay rack between a closed position and open positions.
2. A mounting structure according to claim 1 , wherein said electrically operable unit is an optical network terminal.
3. A mounting structure according to claim 1 , wherein said electric power unit is a battery backup unit.
4. A mounting structure according to claim 1 , wherein said electrically operable unit is an optical network terminal and said electric power unit is a battery backup unit.
5. A mounting structure according to claim 1 , including a second backboard for mounting electrical units, said second backboard being secured to a rear side of at least one of said upright posts opposite said first backboard.
6. A mounting structure according to claim 1 , including a second backboard for mounting electrical units, said second backboard being secured to a rear side of each of said upright posts opposite said first backboard, whereby said second backboard is fixed relative to said relay rack.
7. A mounting structure according, to claim 1 , including a second backboard secured to a rear side of at least one of said upright posts opposite said first backboard, a second electrically operable unit mounted on an outer side of said second backboard relative to said relay rack, and a second electric power unit mounted on an inner side of said second backboard relative to said relay rack, said second electrically operable unit and said second electric power unit being in electrical communication with each other.
8. A mounting structure according to claim 7 , wherein said first and second electrically operable units are optical network terminals and said first and second electric power units are battery backup units.
9. A mounting structure according to claim 1 , including at least a pair of electrically operable units mounted on an outer side of said first backboard relative to said relay rack.
10. A mounting structure according to claim 9 , wherein said electrically operable units are optical network terminals.
11. A mounting structure according to claim 1 , including at least a pair of electric power units mounted on an inner side of said first backboard relative to said relay rack.
12. A mounting structure according to claim 11 , wherein said electric power units are battery backup units.
13. A mounting structure according to claim 1 , including at least two first electrically operable units mounted on an outer side of said first backboard relative to said relay rack, at least two first electric power units mounted on an inner side of said first backboard relative to said relay rack, each of said first electrically operable units being in electrical communication with a respective one of said first electric power units, a second backboard secured to a rear side of at least one of said upright posts opposite said first backboard, at least two second electrically operable units mounted on an outer side of said second backboard relative to said relay rack, and at least two second electric power units mounted on an inner side of said second backboard relative to said relay rack, each of said second electrically operable units being in electrical communication with a respective one of said second electric power units.
14. A mounting structure according to claim 13 , wherein said first and second electrically operable units are optical network terminals and said first and second electric power units are battery backup units.
15. A test-bed installation comprising:
a relay rack having a pair of upright posts,
a plurality of vertically aligned first backboards, each of said first backboards being pivotally secured to a front side of one of said upright posts for movement between a closed position and open positions relative to said relay rack,
a plurality of vertically aligned second backboards, each of said second backboards being secured to a rear side of at least one of said upright posts in opposed relationship with a respective one of said first backboards,
a pair of optical network terminals mounted on an outer side of each of said first and second backboards relative to said relay rack, and
a pair of battery backup units mounted on an inner side of each of said first and second backboards relative to said relay rack,
whereby when one of said first backboards is moved to an open position, access is provided to the pair of battery backup units mounted on said one first backboard so moved and to the pair of battery backup units mounted on the opposing second backboard.