Provided is a handrail with an LED. The handrail comprises a bar, a first connecting component, and a second connecting component. The first connecting component is provided at a first end of the bar and secures the bar to a wall. The second connecting component is provided at a second end of the bar and secures the bar to the wall. The bar is long and narrow and comprises an installation groove. The installation groove is configured for receiving a light emitting assembly, which is configured for emitting visible light when sensing stimulation. The light emitting assembly comprises a sensing unit and a light emitting unit. The light emitting unit is capable of emitting light when the sensing unit senses the stimulation.

A deck system according to an example of the present disclosure includes a deck post cap having opposing first and second sides, with the second side being attached to an end of a deck post, and the first side including an aperture. A light post is provided that includes opposing first and second ends. The first end of the light post is received into the aperture, and the second end of the light post includes a slot that extends across the second end in a direction transverse to a central longitudinal axis of the light post. The slot can be used to receive string lights.

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.

A grab rail with automatically activated light including: a straight longitudinal bar having a front longitudinal face and a rear longitudinal face and hollow openings at each end; two light units, each sealingly but releasably secured in one of said hollow end openings; a battery source connected with the light units and located inside the bar; at least one noise activated switching device operatively associated with said LED light units and battery source; and at least one post mount with flange, wherein an end of the post distal the flange is secured to the rear longitudinal face of the bar.

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.

Provided is a handrail with an LED. The handrail comprises a bar, a first connecting component, and a second connecting component. The first connecting component is provided at a first end of the bar and secures the bar to a wall. The second connecting component is provided at a second end of the bar and secures the bar to the wall. The bar is long and narrow and comprises an installation groove. The installation groove is configured for receiving a light emitting assembly, which is configured for emitting visible light when sensing stimulation. The light emitting assembly comprises a sensing unit and a light emitting unit. The light emitting unit is capable of emitting light when the sensing unit senses the stimulation.

A deck system includes a baluster actuator device that moves balusters from an open position to a closed position. The movable balusters are positioned in the open position to at least partially open the baluster gaps between the stationary balusters, and the movable balusters are positioned in the closed position to close the baluster gaps between the stationary balusters. The balusters further include one or more functional modules secured to module inserts defined in the balusters.

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.

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.

The invention discloses an illuminated safety rail apparatus contained within a watertight, translucent or transparent tubular-shaped housing. The housing may be manufactured from a plastic or polymer material. The shape of the safety rail may vary and be customized to accommodate various sizes and configurations of railings and ladders, such as a commonly used return-to-deck style handrails for pools and spas; safety rails for indoor and outdoor stairwells and walls of any structure; docks and dock ramps; and for travel trailers and motor homes. The housing also contains watertight maintenance access points. The apparatus contains LED or other energy efficient lights that illuminate the safety rail and the surrounding area and has the additional benefit of creating a pleasant aesthetic effect.