Abstract: A cable conveyance system includes first and second rails, a plurality of cable-retaining supports, and at least one front panel including one or more electronic visual displays. The plurality of cable-retaining supports are disposed between the first and second rails in parallel, spaced apart relation relative to one another and the first and second rails to define a plurality of spaced apart and parallel longitudinal cable-receiving passages each configured to retain at least one longitudinally-extending cable therein. The at least one front panel is pivotable relative to the first and second rails between an open position and a closed position.

Abstract: A cable support system includes a plurality of V-bracket assemblies spaced-apart from one another and aligned to form first and second sides defining an angle therebetween. A first cable support apparatus is disposed on the first side and secured to the plurality of V-bracket assemblies and a second cable support apparatus is disposed on the second side and secured to the plurality of V-bracket assembles such that the first and second cable support apparatuses defined the angle therebetween. Each of the first and second cable support apparatuses includes a plurality of horizontal supports of wire stock and a plurality of first vertical supports of wire stock. Each first vertical support includes a vertical segment joined to the horizontal supports at intersections therebetween and an upper cable-receiving element extending outwardly from the corresponding vertical segment.

Abstract: A cable management system includes a cable-retaining spacer block defining a plurality of cylindrical passages arranged to define a rectangular array. Each cylindrical passage is configured to receive a transmission cable. Brackets are configured to support ends of the cable-retaining spacer block and enable suspension from a support cable. Another cable management system includes a center base, first and second intermediate wings configured to operably couple to the center base to define a first plurality of cylindrical passages configured to retain transmission cables therein, and first and second outer wings configured to operably couple to the first and second intermediate wings to define a second plurality of cylindrical passages configured to retain transmission cables therein. These cable management systems enable snap-together engagement without the use of tools, thus facilitating assembly.

Abstract: A cable support apparatus includes first and second horizontal supports spaced-apart and substantially parallel to one another, a plurality of vertical supports spaced-apart horizontally along the first and second horizontal supports, and at least one junction box assembly configured to hang from the first horizontal support. Each horizontal support is formed from wire stock. Each vertical support is formed from wire stock and secured to each of the first and second horizontal supports. At least two of the vertical supports include cable-receiving segments that cooperate to define at least one cable-receiving channel extending horizontally. The at least one junction box assembly includes an input and an output for receiving cable ends of cables disposed within one of the at least one cable-receiving channels to enable joining of the cable ends within the junction box assembly.

Abstract: A cable management system includes a cable-retaining spacer block defining a plurality of cylindrical passages arranged to define a rectangular array. Each cylindrical passage is configured to receive a transmission cable. Brackets are configured to support ends of the cable-retaining spacer block and enable suspension from a support cable. Another cable management system includes a center base, first and second intermediate wings configured to operably couple to the center base to define a first plurality of cylindrical passages configured to retain transmission cables therein, and first and second outer wings configured to operably couple to the first and second intermediate wings to define a second plurality of cylindrical passages configured to retain transmission cables therein. These cable management systems enable snap-together engagement without the use of tools, thus facilitating assembly.

Abstract: A cable management system includes first and second beams spaced-apart from one another and extending in generally parallel orientation relative to one another. A plurality of brackets are supported by and extend between the first and second beams in stacked orientation relative to one another. The plurality of brackets is configured to retain a row of cables between each adjacent pair of stacked brackets. Each bracket of the plurality of brackets includes a plurality of cable receptacles. Opposing cable receptacles of each adjacent pair of stacked brackets are configured for inter-fit engagement with one another in offset, overlapping orientation to retain a cable of the rows of cables therebetween.

Abstract: A cable support apparatus includes a flexible spine and a plurality of support members disposed along a length of the flexible spine. Each support member includes an attachment portion and a body portion. The attachment portion is secured to the flexible spine in at least two locations and cooperates therewith to define a first slot oriented in a first direction and a second slot oriented in a second direction perpendicular to the first direction. The body portion depends from the attachment portion, defines an interior, and includes an opening providing access to the interior. The opening is configured to permit passage of at least one cable therethrough and into the interior. The interiors of the body portions of the plurality of support members cooperate to define a longitudinal passageway extending along the flexible spine in parallel orientation relative to the flexible spine.