A flooring module (100) for forming a temporary access floor comprises a base component (1) defining a cruciform channel formation (3, 4) for receiving cabling or the like. The channels (3, 4) have a floor (1A) defined by the base component and a removable channel cover (2). The channel cover (2) comprises one or more channel cover components for covering the channel formation, such that the channel formation and channel cover may combine to provide a closed channel for the cabling or the like. Removal of the cover (2) allows access to the channel formation from above, in use. The sides of the base component (1) define module connector clips (20, 21) for engaging with corresponding module connector clips on adjacent modules to lock the modules together in an array. The base component (1) defines retaining formations (13, 14) for engaging with and retaining the channel cover components over the channel formation. The channel cover (2) engages against one or more of the module connector clips (20, 21) when in the clips are in the closed position so as to limit deflection of the module connector clips (20, 21) and thus prevent disengagement of the module clips from the module clips of an adjacent flooring module in an array of flooring modules. The sides of the module preferably also include a plurality of levelling clips (41, 42) which define upward and downward facing engagement faces to prevent vertical misalignment of the modules.

A rail system, in particular for assembling or fastening seats in an aircraft, includes an assembly rail, in particular a seat rail for assembling or fastening a seat, a first panel, in particular a first floor panel for arrangement next to and substantially in parallel with the assembly rail, and at least one cover element which is movable between a first position in or on the first panel and a second position for covering the assembly rail, wherein an upper surface of the at least one cover element in the second position is located substantially in a plane with a surface of the first panel.

A floor protector for a security access system, comprising a rigid floor assembly having front and rear edges, the floor assembly comprising at least one floor plate and a base mounted underneath the floor plate, the base being at least partially spaced from the floor plate enabling cabling to pass between the two, and elastomeric entry and exit ramps supporting the front and rear edges of the floor assembly; wherein the base has protrusions at its front and rear edges which locate within respective grooves in respective elastomeric ramps, spaced a distance above the lower surface of the ramp, so as to support the base spaced above the whole or a major part of the floor that it overlies.

Cable protectors and related methods are provided for protecting cables while being positioned between raised floor panels. The cable protector has a base portion having at least one receptacle channel configured to receive a cable, wherein the at least one receptacle channel is positioned between a first side ridge and a second side ridge that each extend vertically to different heights relative to the at least one receptacle channel. The cable protector also has a cover panel mounted to the base portion and supported by the first and second side ridges. The cover panel covers the at least one receptacle channel at a non-orthogonal angle with respect to the vertical direction. Other cable protectors disclosed have a modular design or a feature for connection to adjacent floor panels having differing heights or interlocking designs.

The present invention relates to utility support apparatus (30). The utility support apparatus (30) comprises first (32) and second (34) elongate arrangements each configured towards a proximal end to be attached to a structure so as to depend from the structure. The utility support apparatus (30) also comprises a holding arrangement configured to, in use, hold utility distribution elements. The first and second elongate arrangements (32, 34) are mechanically coupled to the holding arrangement at spaced apart locations on the holding arrangement. Each of the first and second elongate arrangements (32, 34) is mechanically coupled to the holding arrangement at a location on the elongate arrangement spaced apart from the proximal end. Each of the first and second elongate arrangements (32, 34) comprises a first aperture (42) towards the proximal end to provide for attachment to the structure and second and third apertures (44, 46) spaced apart from the proximal end, the second and third apertures (44, 46) providing for mechanical coupling to the holding arrangement. The first, second and third apertures (42, 44, 46) lie in the same plane.

A floor protector for a security access system, comprising a rigid floor assembly having front and rear edges, the floor assembly comprising at least one floor plate and a base mounted underneath the floor plate, the base being at least partially spaced from the floor plate enabling cabling to pass between the two, and elastomeric entry and exit ramps supporting the front and rear edges of the floor assembly; wherein the base has protrusions at its front and rear edges which locate within respective grooves in respective elastomeric ramps, spaced a distance above the lower surface of the ramp, so as to support the base spaced above the whole or a major part of the floor that it overlies.

The present invention is directed to a weatherproof electrical box for protecting an electrical connection from the elements. The electrical box includes a housing comprising four side walls and a base forming an interior space, a pivotal cover that latches onto the housing, a circumferential flange extending outwardly from the upper end of the housing, and an outer flange. The outer flange can be releasably attached to corrugations on the housing.

A walkway system comprising a plurality of support assemblies, each having a pair of spaced apart beam support plates on an upper side thereof, and a plurality of pairs of beams. Each pair of beams is supported by pairs of spaced apart beam support plates of at least two support assemblies. A plurality of cross members extend between lower portions of the pairs of beams. The cross members are configured to support one or more cables resting thereupon. A plurality of decking members extend between the pairs of beams. The decking members are secured to upper sides of the beams. The cross members, beams and decking members cooperate to form a partial enclosure for the cables, thereby eliminating the need for a separate cable tray.

A low voltage cable conduit system for stadium seating flooring includes a tread base, a riser base, a tread cover, a riser cover, an inside-corner cover, and an outside-corner cover. The tread base and the riser base are mounted perpendicular to each other about a stadium seating flooring. The tread base is linearly enclosed by the tread cover, and a distal end of the tread cover is mounted to the tread base. The riser base is linearly enclosed by the riser cover. The inside-corner cover is positioned over a proximal end of the tread cover. The inside-corner cover can be mounted to the tread base through the proximal end of the tread cover and to the riser base through the proximal end of the riser cover. The outside-corner cover is positioned adjacent to a distal end of the riser cover and mounted to the riser base through the riser cover.

A power distribution system is disclosed. The power distribution system may include a power skid configured to be installed in a raised floor configuration. The power skid may include a support structure, a floor coupled to the support structure and located on top of the support structure, and one or more enclosing elements disposed along a boundary of the power skid and coupled to the support structure.