An elongated support board is for a walkway. The elongated support board includes a handrail and a knee rail or the like. The elongated support board is provided with a lighting-fixture rail for the attachment of a lighting fixture.

A longitudinally elongated resilient plastic wrapping for wrapping around a railing baluster, has a tubular shape, a longitudinally extending end-to-end slit, and a decorative surface pattern. In a balustrade, a wrapping may be provided around each of the balusters. To install a wrapping, it is opened along its longitudinal slit so that the wrapping can receive a baluster, it is placed over the baluster and worked the wrapping so that it snugly receives said baluster.

A lighting module assembly, including a module base and module cover housing a light source, and having latches sized and spaced so as to mate with the channels of the module base, each latch having a latch tab at a distal end of the latch. A locking unit connects the module cover and the module base together. The locking unit is formed of a springy material and includes two locking bodies and a ramped tang extending from the bottom of the locking body, and a pair of latch members, one mounted on each side of the ramped tang. The module cover includes a reflector portion for receiving light from the light source. The assembly may be provided with a tool with a plurality of prongs, connected by a handle and which, when inserted, engage the ramped tang and move the latches, to release the lighting module from the support base.

The invention relates to a fence/railing/gate element comprising a base frame (16) that has a multiplicity of vertical bars (18; 18) connected to a lower support profile (20; 20; 20; 20; 2), wherein the lengths of the vertical bars (18; 18) are greater than the horizontal distance between two adjacent vertical bars (18; 18). In order to extend the possible uses of such elements, it is provided according to the invention that between two adjacent vertical bars (18; 18), in each case one flat filling element (24; 24) is inserted for filling the space between two adjacent vertical bars (18; 18), the height of which filling elementmeasured in the direction of the longitudinal extent of the lower support profile (20; 20; 20; 20; 20)is greater than its width, wherein the support profile (20; 20; 20; 20; 20) is arranged vertically below the filling elements (24; 24) and the region vertically above the filling elements (24; 24) is open.

A handrail installation with emergency lighting for tunnels, comprising a handrail, a closed cable duct, at least one flat cable that is installed along the closed cable duct, and multiple branching boxes for contacting the flat cable without stripping of insulation. The branching boxes contact the flat cable within the closed cable duct. The handrail and the cable duct rest on support surfaces, which are different from one another, on the top side of multiple support members, and the handrail is provided separately from the closed cable duct and the support members, the cable duct is provided separately from the support members, and the handrail is situated above the closed cable duct. The emergency lighting includes multiple lamps situated in succession, which are placed at the branching boxes and are supplied with power by same. The lamps are passed through superposed installation openings in the floor of the cable duct, in the direction of the tunnel floor, so that the lamps radiate into an area below the closed cable duct. The closed cable duct and the support members are made of fireproof metal, and the flat cable as well as the branching boxes have a fireproof design.

A deck light assembly for attachment to a deck railing includes a C-shaped body with a core nesting within a cover and a top plate extending between two legs. A foot extends inwardly from each of the legs to engage the bottom of the deck railing and secure the deck light assembly thereon. A solar panel on the top plate charges a battery and causes an LED light to illuminate in the absence of ambient light. A shade on the outer surface of one of the legs directs light downwardly. One leg includes a catch with a planar portion biased inwardly to engage the deck railing and configured to flex outwardly to disengage from the deck railing. A nub extends from the catch for application of an outward force to flex the planar portion for attaching or removing the deck light assembly from the deck railing.

The present invention discloses a load-bearing interactive pole video display system. This device allows for graphical video content to be displayed on the surface of a load-bearing pole-shaped structure that may be used in applications such as, but not limited to, railings, beams and dance poles. The core components of the invention are load-bearing internal structure, LED display, light transmissive covering, modular end fittings, power source, sensing and control electronics, which, generally speaking, are configured as follows: the LEDs are mounted to the internal load-bearing structure contained within the external light transmissive tube. Located at one or both ends of the railing are modular end fittings, which allow for connecting power, data and mechanical attachment of the pole or railing to support structures such as permanent or impermanent infrastructure or other modular installations.

The invention relates to a board for a sports facility comprising a handrail at its upper edge, the handrail having a handrail body having a profile extending in a longitudinal direction, in the outer surface of which a mounting channel runs essentially over the entire length of the handrail, which mounting channel is designed to mount a flat information element. The invention further relates to such a handrail for a board, a mobile sports facility and a method for constructing a mobile sports facility.

An elongated support board is for a walkway. The elongated support board includes a handrail and a knee rail or the like. The elongated support board is provided with a lighting-fixture rail for the attachment of a lighting fixture.

A railing system (1) for an offshore installation (2) is disclosed. The railing system (1) comprises two or more balusters (3) including connection means (4) for connecting the balusters (3) to the offshore installation (2) and at least one rail (11) comprising two or more longitudinal rail sides (5), wherein at least one of the two or more longitudinal rail sides (5) is a T-slot side (6) comprising at least one T-slot (7). The railing system (1) also comprises at least two fixation devices (8) arranged to connect the at least one rail (11) to the two or more balusters (3) so that the T-slot side (6) of the rail (11) is forced against a first side (9) of the balusters (3), wherein each of the at least two fixation devices (8) comprises bolt means (10) including a pin part (12) and a head part (13), wherein the head part (13) is arranged at one end of the pin part (12), wherein the head part (13) is arranged in the at least one T-slot (7) and the pin part (12) is extending through an orifice (14) in the baluster (3), wherein the fixation device (8) further comprise a collar (15) encircling the pin part (12) on a second side (17) of the balusters (3), wherein the first side (9) is opposite the second side (17), wherein the collar (15) is connected to the pin part (12) by means of a compression joint (18), and wherein the two or more balusters (3), the at least one rail (11) and the at least two fixation devices (8) are made of aluminium. A method for assembling a railing system (1) on an offshore installation (2) and use of a railing system (1) is also disclosed.