Cable terminal pedestal

A pedestal cable closure for underground cable connections comprising:

• a rear member with upper and lower portions and forwardly projecting sidewalls, a lower front member with rearwardly projecting sidewalls adapted to be mated with the rear member, the rear member including a groove at the extremity of each of its forwardly projecting sidewalls and the lower front member including a tongue at the extremity of each of the rearwardly projecting sidewalls to provide a tongue and groove seal between the lower front member and the rear member;
• the lower front nember further including snap latch members integral to said rearwardly projecting sidewalls, said snap latch members adapted to hold the lower front member to the rear member;
• the rear member further including tracks on the interior side of the forwardly projecting sidewalls in the upper portion, a cable support ladder adapted to fit in the tracks of the upper portion of the rear member for supporting cables for splicing;
• a backboard support assembly attached to the upper portion of the rear member;
• an upper front cover with rearwardly projecting sidewalls adapted to be mated with the rear member, the sidewalls including a tongue at the extremity of each sidewall for mating with said grooves at the extremity of each sidewall of the rear member to provide a tongue and groove seal between the upper front cover and the rear member;
• and
• a self-locking latching mechanism activated when the upper front cover is lowered vertically against the rear member.

A pedestal cable closure made essentially from a plastic material for above ground terminals of a buried cable installation comprising:

• a rear member having a vertically elongated rear wall and forwardly projecting sidewalls forming an interior cavity therein, the rear member having upper and lower sections, the sidewalls each including a channel extending along its sidewall edge, the upper section including an opening in a projecting lip spanning the region between the upper extremity of its sidewalls, the rear member also having a pair of spaced apart support members each located near a sidewall in the lower portion of the upper section;
• a backboard assembly adapted to be attached within the interior cavity of the upper section of the rear member, the backboard assembly having a latching mechanism at an upper portion with guiding means at each side of the latching mechanism, the latching mechanism adapted to snap into the opening in the projecting lip of the rear member, and the guiding means having slots to engage the projecting lip of the rear member, the backboard assembly having hinge pins laterally extending from its lower portion each adapted to be mated to a slot of one of the support members in the rear member, the backboard assembly having a pair of lateral ribs extending up from its lower edge;
• an electrically conductive member adapted to be attached in the interior cavity of the upper section of the rear member, the conductive member having openings which accommodate connection to the rear member, the conductive member further having projecting portions for supporting the set of ribs integral to the backboard assembly when the backboard assembly is in an open position;
• a lower front member adapted to be secured to the lower section of the rear member;
• and
• an upper front member adapted to be secured with the upper section of the rear member, the upper front member having rearwardly projecting sidewalls for engagement with the channels, the upper front member covering the backboard assembly and the conductive member, the upper front member including an attachment means to secure the upper front member to the rear member.

A pedestal cable closure for providing connection between buried telephone cables and customer service wire, the closure comprising:

• a rear member with a back portion and forwardly projecting sidewalls extending along the length of the rear member, the rear member having an upper end surface joining the upper ends of the projecting sidewalls and an interior cavity defined between its sidewalls, the upper end surface, and back portion, the rear member further having upper, middle, and lower sections, the extremities of the sidewalls having grooves, the rear member having a pair of first projecting members extending in laterally opposing directions from the sidewalls of the lower section and a pair of recesses located in the inside of each sidewall in the top region of the lower section, and a single recess located in the upper end surface;
• a lower front member to be attached to the rear member at a position over the lower section below the middle section, the lower front member having a front section and rearwardly extending sidewalls whose edges fit into the grooves of the rear member, the upper portion of each sidewall of the lower front member having an integral snap latch tab and the lower portion of each sidewall of the lower front member having an integral hook member each of which is adapted to be mated with a first projecting member of the rear member when the snap latch tabs fit into the pair of recesses;
• a splice support ladder to be attached in the interior cavity of the upper section of the rear member;
• a backboard assembly to be connected to the upper section of the rear member to close off the interior cavity portion containing the splice support ladder, the backboard assembly including an integral latching member at a top section for engaging the recess in the upper end surface, guiding means at each side of the integral latching member for positioning the backboard assembly in relation to the rear member;
• and
• an upper front member having a front section and rearwardly projecting sidewalls whose edges fit into the grooves of the rear member, the upper front member including a latching member to secure the upper front member to the rear member.