A vertical infill railing assembly includes an upper support handrail member. The upper support handrail member receives and supports one or more vertical infill cables and one or more baluster members. The assembly includes a lower support handrail member. The lower support handrail member receives and supports the one or more vertical infill cables and the one or more baluster members. The assembly also includes one or more tensioning devices. The one or more tensioning devices receive and tension the one or more vertical infill cables.

A railing assembly may include a first railing portion including a first aperture, a second railing portion including a second aperture, a first in-rail connector disposed in the first railing portion, and a second in-rail connector disposed in the second railing portion. A baluster may extend through the first aperture and may be connected to the first in-rail connector The baluster may extend through the second aperture and may be connected to the second in-rail connector.

A direct-insertion baluster connecting device, including a fence frame and a plurality of balusters uniformly arranged within the fence frame. The fence frame is a square frame jointly consisting of two vertical posts, an upper rail and a lower rail. The fence frame and the balusters are hollow tubes and a plurality of rivet nuts are arranged about the lower end of each vertical post. The disclosed direct-insertion baluster connecting device can be used for the installed fence frame formed by the vertical posts, upper rail and lower rail, and then it only needs to directly insert the balusters and make connection in a specified manner.

A support for a rigid panel (16) comprising an elongate channel (12) for attaching to a surface, at least one cradle (14) for receiving an edge of the panel, each cradle being receivable in the elongate channel and angularly adjustable about a longitudinal axis relative thereto, and locking means (18, 20) for securing the or each cradle to the elongate channel in an adjusted position.

An armrest structure for a railing contains: at least one upright post, a handrail mounted on the at least one upright post, and multiple first connectors. Each first connector is defined between each of the at least one upright post and the handrail, said each first connector includes a first connection part and a second connection part, a first end of the first connection part couples with said each upright post, and the first connection part has a first connecting portion extending outwardly from a second end of the first connection part, the second connection part is locked on a bottom of the handrail and has two second connecting portions configured to rotatably connect with the first connecting portion of the first connection part.

A universal railing system for level or inclined applications which includes spaced parallel upright rod balusters extending between top and bottom railings. The upper and lower ends of the rod balusters have bent rod terminal ends which are received through respective apertures of upper and lower channels which are secured respectively to the upper and lower rails whereby the baluster rod terminal ends may rotate within the channels in order to adapt the railing system from a level application to an inclined application.

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 present invention discloses a direct-insertion baluster connecting device, including a fence frame and a plurality of balusters uniformly arranged within the fence frame; the fence frame is a square frame jointly consisting of two vertical posts, an upper rail and a lower rail; the fence frame and the balusters are all hollow tubes; and a plurality of rivet nuts are arranged about the lower end of each vertical post. The disclosed direct-insertion baluster connecting device can be used for the installed fence frame formed by the vertical posts, upper rail and lower rail, and then it only needs to directly insert the balusters and make connection in a specified manner. The whole connecting process is a welding-free process, and only needs manual assembly in a DIY manner, thus ensuring beauty and safety, as well as convenient and labor-saving assembly, and it can be accomplished without too much auxiliary work.

A staircase kit, device, and method that uses precut, fixed-sized components capable of producing building code-compliant staircases that can accommodate foot or more differences in home story heights. The design uses fixed-length stringers and adjustable height risers. The angle between the stringers to the floor changes depending on the height of the adjustable height risers and story height. The angles of the steps, stringers and banisters/handrails are configured to adjust with respect to the other components with the aid of turnbuckles and movable joints or bolts, thus keeping the steps and landings level at different story heights. This enables homeowners, generally exempt from contractor license requirements, to use a prefabricated kit to build code-compliant stairways in their homes with little or no staircase cutting or part modification.

A baluster connector for interconnecting a baluster with a hollow end to a portion of a railing system by a fastener having a shaft and a head. The body portion can have an opening of sufficient size to pass the head of the fastener toward the second end of the body to seat against a necked-down portion within the interior of the body. Biasing flanges can extend away from the body to provide resistance when the body is positioned within a hollow end of a baluster.