초록 ▼

A design for passively cooled telecommunication repeater housings for use in wire transmission in the local loop outside plant provides mounting slots for repeaters and voltage protector assemblies disposed and arranged such that a repeater and its voltage protector assembly can be removed independe

A design for passively cooled telecommunication repeater housings for use in wire transmission in the local loop outside plant provides mounting slots for repeaters and voltage protector assemblies disposed and arranged such that a repeater and its voltage protector assembly can be removed independently of each other by pulling either one in the same direction.

대표청구항 ▼

1. A passively cooled repeater housing for use in a telecommunication network's wire transmission local loop outside plant to house a plurality of field replaceable, plug-in, standardized repeater modules that generate waste heat and at least one field replaceable, plug-in voltage protector assembly

1. A passively cooled repeater housing for use in a telecommunication network's wire transmission local loop outside plant to house a plurality of field replaceable, plug-in, standardized repeater modules that generate waste heat and at least one field replaceable, plug-in voltage protector assembly, the repeater housing comprising:an environmental enclosure;a plurality of repeater mounting slots inside the environmental enclosure which removably receive the plurality of repeater modules, wherein at least one repeater module is removable from its corresponding one of the plurality of repeater mounting slots by pulling the at least one repeater module in a first direction;at least one voltage protector assembly mounting slot inside the environmental enclosure which removably receives at least one voltage protector assembly, wherein the at least one voltage protector assembly is removable from its corresponding voltage protector assembly mounting slot by pulling the at least one voltage protector assembly in the first direction;wherein the plurality of repeater mounting slots and the at least one voltage protector assembly slot are disposed and arranged such that a voltage protector assembly is installable and removable from its corresponding voltage protector assembly mounting slot without removal of the repeater module protected by the voltage protector assembly from its corresponding repeater module mounting slot. 2. The repeater housing of claim 1, wherein each voltage protector assembly is installable and removable from its corresponding voltage protector assembly mounting slot without removal of any of the plurality of the repeater modules from their corresponding repeater module mounting slots. 3. The repeater housing of claim 2, wherein each of the plurality of repeater modules is installable and removable from its corresponding one of the plurality of repeater module mounting slots without removal of any voltage protector assembly from its corresponding voltage protector mountings lot. 4. The repeater housing of claim 1, wherein each of the plurality of repeater modules is installable and removable from its corresponding one of the plurality of repeater module mounting slots without removal of an associated voltage protector assembly from its corresponding voltage protector assembly mounting slot. 5. The repeater housing of claim 1, and further comprising a plurality of repeater connectors which electrically connect to the plurality of repeater modules when the plurality of repeater modules are received within the plurality of repeater mounting slots. 6. The repeater housing of claim 5, and further comprising at least one voltage protector assembly connector which electrically connects to the at least one voltage protector assembly when the at least one voltage protector assembly is received within its corresponding voltage protector assembly mounting slot. 7. The repeater housing of claim 6, wherein each voltage protector assembly connector is electrically connected to at least one of the plurality of repeater module connectors, wherein a voltage protector assembly plugged into its corresponding voltage protector assembly connector provides voltage surge protection to any repeater modules that are plugged-into repeater module connectors which are electrically connected to the corresponding voltage protector assembly connector. 8. The repeater housing of claim 7, wherein a voltage protector assembly is removable from its corresponding voltage protector assembly connector and voltage protector assembly mounting slot without disrupting the function of a repeater module protected by the voltage protector assembly when the repeater module is received within its corresponding repeater mounting slot and is electrically connected to its corresponding eater connector. 9. The repeater housing of claim 1, wherein the at least one voltage protector assembly includes a printed circuit board and at least one voltage protector eleme nt mounted on the printed circuit board. 10. The repeater housing of claim 9, and further comprising the at least one voltage protector assembly. 11. The repeater housing of claim 10, and further comprising the plurality of repeater modules. 12. The repeater housing of claim 10, wherein the environmental enclosure further includes at least one cover which is removable to provide field replaceable, plug-in access to at least one of the plurality of repeater modules and to at least one voltage protector assembly.