Wire terminal panel for building cable system

Claim 2

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel, the improvement comprising; a wire terminal panel mounted on the relay rack, said wire terminal panel comprising, a pair of supports mounted on the relay rack, a pivot pin mounted on each of the supports, a telephone block bulkhead pivotally mounted on the pivot pins, a bulkhead lock releasably connecting the bulkhead to one of the supports to hold the telephone block bulkhead in a selected position, said telephone block bulkhead including a bulkhead wall, and a telephone terminal block mounted on the wall, said telephone terminal block being connected to the telephonic signal carrying portion of the building cable.

Claim 3

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein said bulkhead lock includes a lock pin mounted on one of said supports, a rib fixed to one edge of the wall and being substantially perpendicular thereto, said rib having a lock slot formed therein removably receiving the lock pin for releasably locking the bulkhead to the support having the lock pin.

Claim 4

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, including a stop connected to one of the supports, said stop engageable with the telephone block bulkhead to limit movement of the bulkhead in one direction.

Claim 5

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, including a stop pin mounted on each support, said stop pins being engageable with the telephone block bulkhead to limit movement of the bulkhead in one direction.

Claim 6

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with the mounting ear and extending away from the relay rack, and said bulkhead lock including a pair of lock pins mounted on respective side walls selectively engageable with the bulkhead for selectively locking the bulkhead to the supports.

Claim 7

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein said pivot pins are in a straight line, said bulkhead being pivotally engageable with the pivot pins at the lower half of the bulkhead.

Claim 8

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein the telephone block bulkhead includes a top ledge formed integral with the uppermost portion of the wall and a lower ledge formed integral with the lowermost portion of the wall.

Claim 9

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein the telephone terminal block includes a plurality of insulation displacement wire contacts.

Claim 10

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein the bulkhead includes a rib fixed to one edge of said wall and being substantially perpendicular thereto, said bulkhead lock includes a lock pin mounted on one of said supports, said rib having a lock slot formed therein removably receiving the lock pin for releasably locking the bulkhead to the support, said lock slot having an opening adjacent to the relay rack for receiving the lock pin.

Claim 11

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein said pair of pivot pins are substantially aligned on the same center line, said bulkhead lock including a lock pin on each of said supports, said lock pins being substantially aligned, a rib fixed to each of opposed edges of said wall, said ribs being substantially perpendicular to the wall, each of said ribs having a lock slot formed therein removably receiving the lock pin for releasably locking the bulkhead to the supports, and each of said ribs having a pivot slot receiving a respective pivot pin.

Claim 12

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with the mounting ear, each of said side walls extending away from the relay rack, said pivot pins mounted on respective side walls, said pivot pins being aligned on a straight line, and said bulkhead lock including a pair of lock pins mounted on the respective side walls, said lock pins selectively engageable with the bulkhead for selectively locking the bulkhead to the supports.

Claim 13

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein the telephone block bulkhead includes a top ledge formed integral with the upper edge of the wall and a lower ledge formed integral with the lower edge of the wall, each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with the mounting ear, each of said side walls extending away from the relay rack, and said bulkhead lock includes a pair of lock pins mounted on respective side walls, said lock pins being aligned on a straight line, said lock pins being selectively engageable with the bulkhead for selectively locking the bulkhead to the supports.

Claim 14

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with the mounting ear, said side walls extending away from the relay rack, said bulkhead including a pair of parallel ribs fixed to opposite edges of said wall, said ribs being substantially perpendicular to the wall, said bulkhead lock including a lock pin mounted on each of the side walls of the support, said ribs each having a lock slot formed therein removably receiving respective lock pins and releasably locking the bulkhead to the supports, each of said lock slots having an opening adjacent to the relay rack for receiving respective lock pins.

Claim 15

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with the mounting ear, each of said side walls extending away from the relay rack, said side walls being substantially parallel to each other, each of said pivot pins being mounted on a respective side wall, said pair of pivot pins being substantially aligned on the same center line, said bulkhead lock including a lock pin on each of side walls, said lock pins being substantially aligned on the same center line, a rib fixed to opposed edges of said bulkhead wall, said ribs being substantially perpendicular to the bulkhead wall, each of said ribs having a lock slot formed therein removably receiving a respective lock pin for releasably locking the bulkhead to the supports, and each of said ribs having a pivot slot receiving a respective pivot pin.

Claim 16

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein the wall of the telephone block bulkhead is rectangular, a top ledge is formed integral with the upper edge of the wall, a lower ledge is formed integral with the lower edge of the wall, a rib is fixed to each of opposed side edges of the wall, said ribs being substantially perpendicular to the wall, said pair of pivot pins being substantially aligned on the same center line, each of said ribs having a pivot slot receiving a respective pivot pin, said bulkhead lock including a lock pin fixed to each of said supports, and each of said ribs having a lock slot formed therein removably receiving the respective lock pin for releasably locking the bulkhead to the supports.

Claim 17

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of the supports includes a mounting ear connected to the relay rack and a side wall formed integral with each mounting ear, said side walls extending away from the relay rack, a stop pin mounted on each side wall and engageable with the telephone block bulkhead to limit movement of the bulkhead in one direction, said telephone block bulkhead including a top ledge formed integral with the uppermost edge of the bulkhead wall and a lower ledge formed integral with the lowermost portion of the bulkhead wall, and said bulkhead lock including a lock pin mounted on each of the side walls, said lock pins being selectively engageable with the bulkhead for selectively locking the bulkhead to the supports.

Claim 18

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with each mounting ear, said side walls extending away from the relay rack, said side walls being substantially parallel to each other, a stop pin mounted in each side wall and engageable with the telephone block bulkhead to limit movement of the bulkhead in one direction, said bulkhead lock including a lock pin mounted on each of the side walls, said bulkhead includes a pair of ribs, each of said ribs fixed to one edge of the bulkhead wall and being substantially perpendicular thereto, said ribs being substantially parallel to each other, each of said ribs having a lock slot formed therein removably receiving its respective lock pin for releasably locking the bulkhead to the respective side wall, and each lock slot having an opening adjacent to the relay rack for receiving its respective lock pin.

Claim 19

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telphonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with the mounting ear, said side walls extending away from the relay rack, each of said pivot pins being mounted on a respective side wall, said pivot pins being substantially aligned on the same center line, a rib fixed to each of a pair of opposed edges of said bulkhead wall, said ribs being substantially perpendicular to the bulkhead wall, said bulkhead lock including a lock pin on each of the side walls, said lock pins being substantially aligned on the same center line, each of said ribs having a lock slot formed therein removably receiving a respective lock pin for releasably locking the bulkhead to the supports, each of said ribs having a pivot slot receiving a respective pivot pin, and a stop pin connected to each of the side walls engageable with a respective rib to limit movement of the bulkhead in one direction.

Claim 20

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein said pair of pivot pins being substantially aligned on the same center line, said telephone block bulkhead wall being substantially rectangular having a top ledge formed integral with the uppermost edge of the wall, a lower ledge formed integral with the lowermost edge of the wall, a pair of ribs formed integral with opposed edges of the wall, said ribs being substantially perpendicular to the wall, a stop pin mounted on each support and being engageable with the respective rib of the bulkhead to limit movement of the bulkhead in one direction, said bulkhead lock including a lock pin fixed to each of said supports, said lock pins being substantially aligned on the same center line, each of said ribs having a lock slot formed therein removably receiving the respective lock pin for releasably locking the bulkhead to the supports, and each of said ribs having a pivot slot receiving a respective pivot pin.

Claim 21

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein each of said supports includes a mounting ear connected to the relay rack and a side wall formed integral with the mounting ear, said side walls extending away from the relay rack, each of said pivot pins being mounted on a respective side wall, said pivot pins being substantially aligned on the same center line, a rib fixed to each of a pair of opposed edges of said bulkhead wall, said ribs being substantially perpendicular to the bulkhead wall, said bulkhead lock including a lock pin on each of the side walls, said lock pins being substantially aligned on the same center line, each of said ribs having a lock slot formed therein removably receiving a respective lock pin for releasably locking the bulkhead to the supports, each of said ribs having a pivot slot receiving a respective pivot pin, and a stop pin connected to each of the side walls engageable with a respective rib to limit movement of the bulkhead in one direction, and said telephone terminal block including a plurality of insulation displacement wire contacts.

Claim 22

In a building cable system including, a building cable having a portion for carrying data signals for networked computers and parts thereof and a second portion for carrying telephonic signals for telephone instruments, a data cross connect panel connected to the data signal carrying portion of the building cable for carrying data signals, and a relay rack supporting the data cross connect panel as defined in claim 1, wherein the telephone block bulkhead wall is rectangular, the wall includes a top ledge formed integral with the uppermost portion of the wall, a lower ledge formed integral with the lowermost portion of the wall, a pair of ribs formed integral with the remaining opposed edges of the wall, said top ledge, lower ledge and ribs being substantially perpendicular to the wall; each of said supports including a mounting ear connected to the relay rack and a side wall formed integral with each mounting ear, said side walls extending away from the relay rack, said bulkhead lock including a lock pin mounted on each of the side walls, said lock pins extending toward each other and being in line, each of said pivot pins being mounted on each of the side walls extending toward each other, said pivot pins having the center lines in substantial alignment, each of said pivot pins being on the same side of the respective side walls as the lock pins mounted on that side wall, said pivot pins being parallel to the lock pins, a stop pin fixed to each of the side walls on the same side of each side wall as the lock pin, said stop pins being engageable with respective ribs of the bulkhead to limit movement of the bulkhead in one direction, each of said ribs having a lock slot formed therein removably receiving a respective lock pin for releasably locking the bulkhead to the respective side wall, each of said lock slots having an opening adjacent to the relay rack for receiving the lock pin, and each of said ribs having a pivot slot receiving the respective pivot pin, each of said pivot slots being parallel to the lock slot in the same rib.