Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. Carried by one of the bars at axially spaced locations are a pair of spaced rods which support a plurality of splice storage trays in stacked relationship.

Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. Carried by one of the bars at axially spaced locations are a pair of spaced rods which support a plurality of splice storage trays in stacked relationship.

Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. Carried by one of the bars at axially spaced locations are a pair of spaced rods which support a plurality of splice storage trays in stacked relationship.

Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. Carried by one of the bars at axially spaced locations are a pair of spaced rods which support a plurality of splice storage trays in stacked relationship.

Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. A connect panel for supplying connector couplings that receive connectors spliced to the glass fibers is connected to one of the rigid torque bars.

Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. Carried by one of the bars at axially spaced locations are a pair of spaced rods which support a plurality of splice storage trays in stacked relationship.

Abstract: A rod end fitting including a hollow housing with an internal cavity for receiving a rod. The cavity includes an opening or hole through which the rod is inserted into the cavity. In operation, an epoxy or other bonding or setting agent surrounds the rod and generally fills the cavity so as to secure the rod within the housing. The internal cavity is defined as one or more frustums aligned in series. Each of the frustums is shaped from either a right circular cone or an elliptical cone.

Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. A connect panel for supplying connector couplings that receive connectors spliced to the glass fibers is connected to one of the rigid torque bars.

Abstract: A housing assembly for enclosing and storing cable splices comprises axially spaced end plates defining a storage space and joined by a pair of rigid torque bars. A pair of opposed housing members contoured to enclose the end plates and the storage space are releasably and sealing clamped to each other and to the end plates. Carried by one of the bars at axially spaced locations are a pair of spaced rods which support a plurality of splice storage trays in stacked relationship.

Abstract: A guard assembly for use on a guy-wire of the type having an end terminating in a loop comprises an elongated tubular member of a relatively rigid plastic having a hollow interior throughout its length. The tubular member has a single split extending longitudinally thereof between the opposite ends thereof to allow the tubular member to be installed in surrounding relationship to a guy-wire by being moved laterally thereover with the guy-wire entering the hollow interior through the split. First and second generally diametrically opposed aligned apertures are located adjacent the first end of the tubular member so that they can be aligned with the loop on the guy-wire. An elongated pin-like fastener extends through the first aperture and has head portions at opposite ends with a first head portion located within the hollow interior of the tubular member and being radially compressible to a size to allow the head to be selectfully passed through the second aligned opening.

Abstract: A cable support assembly including first and second generally mating body members formed of a rigid, dielectric material. A bore defined between the mating body members to receive a cushion member is formed of a dielectric material substantially less rigid than the body member material. Outwardly extending flanges on the cushion member prevent axial movement relative to the body. Similarly, a cooperating tab and notch prevent axial movement between the mating body members. An enlarged boss is formed entirely within the first body member to facilitate a method of stringing cable. The first body member is secured to an associated support structure and the second body member positioned in close proximity. A cable is strung between the body members, the cushion member then received around the cable, and the first and second body members brought into mating arrangement.

Abstract: A cable support assembly including first and second generally mating body members formed of a rigid, dielectric material. A bore defined between the mating body members to receive a cushion member is formed of a dielectric material substantially less rigid than the body member material. Outwardly extending flanges on the cushion member prevent axial movement relative to the body. Similarly, a cooperating tab and notch prevent axial movement between the mating body members. An enlarged boss is formed entirely within the first body member to facilitate a method of stringing cable. The first body member is secured to an associated support structure and the second body member positioned in close proximity. A cable is strung between the body members, the cushion member then received around the cable, and the first and second body members brought into mating engagement.

Abstract: A cable support assembly including first and second generally mating body members formed of a rigid, dielectric material. A bore defined between the mating body members to receive a cushion member is formed of a dielectric material substantially less rigid than the body member material. Outwardly extending flanges on the cushion member prevent axial movement relative to the body. Similarly, a cooperating tab and notch prevent axial movement between the mating body members. An enlarged boss is formed entirely within the first body member to facilitate a method of stringing cable. The first body member is secured to an associated support structure and the second body member positioned in close proximity. A cable is strung between the body members, the cushion member than received around the cable, and the first and second body members brought into mating engagement.

Abstract: An apparatus for fusion splicing optical fibers includes a base member, an arc region, a clamp member, and a biasing arrangement for urging the clamp member along second and third axes as the clamp member is advanced or retracted along a first axis. The clamp member includes three fingers, each imposing a different biasing force to accommodate different sized fibers. The biasing force of the fingers may be selectively altered. A transformer bobbin includes a series of large and small grooves separated by dielectric ridges to maximize the creepage distance. Once an arc is established between opposed electrodes, constant power is provided during splicing.

Abstract: A connector assembly for maintaining electrical continuity with a grounding shield of a service cabvle. The connector assembly includes a connector member having a first portion of substantially cylindrical conformation. Radially outward extending teeth make electrical contact with the grounding shield and mechanical connection with the insulative outer sheath. First and second spring clamps are received over the service cable to provide circumferentially continuous clamping forces between the connector member and service cable.

Abstract: A closure assembly for encapsulating a fiber optic cable. A pair of opposed end plates cooperate with respective adaptor collars to receive an organizer tray therebetween defining a first cavity. A resin cup is positioned adjacent at least one end plate to receive the fiber optic cable as it extends inwardly into the first cavity. A first resin is retained in the resin cup and encapsulates the fiber optic cable therein. An inner shell assembly is thereafter positioned around the organizer tray to close off the first cavity. An outer shell assembly is next positioned around the inner shell and the end plates to define an annular second cavity. A reenterable resin fills the second cavity to prevent radial ingress of moisture into the cavity.

Abstract: A grounding mechanism adapted for use with a support assembly suspending an overhead linear member. The grounding mechanism includes first and second leg portions disposed generally perpendicular to each other. The first leg portion has a generally arcuate conformation over its axial length. The second leg portion is angularly disposed relative to the longitudinal axis of the first leg portion so as to extend outwardly from the support assembly through gaps defined between helical rods gripping the linear member. The arcuate conformation of the first leg portion increases in dimension as it extends from a first distal end toward the second leg portion. Reinforcing ribs are disposed at the juncture of the first and second leg portions to strengthen the grounding mechanism. The new grounding mechanism is mounted between the helical rods and the cable within the support assembly.

Abstract: A dead end appliance for a fiber optic cable includes a housing having an elongated opening therethrough. The elongated opening is angularly disposed with respect to a longitudinal axis of the housing and opposite to the lay angle of helical retaining rods surrounding the cable. This conformation assures full capture of the retaining rods within the housing. Strengthening ribs for the housing are disposed substantially normal to the housing longitudinal axis. Additionally, means for grounding the assembly is integrally formed with the housing, and either a U-shaped member or a pair of clevis members may be used for attaching the housing to an associated support.

Abstract: A tray assembly for organizing optical fiber splices comprising an upwardly open, generally channel shaped main frame having a bottom wall and upwardly extending side walls. A plurality of individual splice trays are removably carried in the main frame in vertically spaced, juxtaposed relationship on threaded studs which extend vertically upwardly from the bottom wall through openings in the trays. The trays are maintained in a predetermined vertically spaced relationship by bosses formed on the base of the main frame and about the openings in the trays. A cover member overlies the trays and extends between the side walls of the main frame.

Abstract: A fastener strip arrangement for joining splice cases of the type including a pair of splice case members having outwardly extending flanges positioned in opposed cooperating relationships to define cooperating flange pairs on opposite sides of the splice case. The fastener strip arrangement comprises two elongated strips each of generally channel-shaped cross-section and including a web having legs projecting from opposite side edges thereof in the same direction. One leg of each strip projects from the web a shorter distance than the other leg. One of the strips has generally keyhole-shaped slots formed through the web to extend generally longitudinally thereof. The generally keyhole-shaped slots each have large opening areas and narrow opening areas, with the narrow opening areas lying closer to the short leg of the strip than to the long leg of the strip and with a substantially greater portion of each large opening area being located on the side of the narrow opening spaced toward the long leg.