A deck board cover assembly includes a plurality of deck board covers. Each of the deck board covers is positionable over a respective one of a plurality of deck boards of a deck. Each of the deck board covers is comprised of a fluid impermeable material to protect the deck boards from precipitation. Each of the deck board covers has a plurality of gripping elements each is integrated into the deck board covers for retaining the deck board covers on the respective deck boards. A plurality of adhesive strips is each bonded to a respective one of the deck board covers. Each of the adhesive strips adhesively engages the respective deck board upon which the deck board covers are positioned for retaining the deck board covers on the respective deck board.

A flooring board spacing assembly including an elongate platform member locatable on a flooring joist, the platform member having a plurality of first spacers evenly spaced at regular intervals along the length of the platform member, wherein, in use each of the first spacers separates adjacent flooring boards located on the platform member and forms a predetermined space between the adjacent flooring boards.

A deck tile assembly is disclosed. The deck tile assembly comprises a frame having at least four sides. The deck tile assembly further comprises a plurality of bars for providing a support structure to the frame. The deck tile assembly further comprises at least two parallel sleepers permanently attached between two opposite sides of the frame and mounted on the plurality of bars. The deck tile assembly further comprises at least two step clip fastening devices, wherein each of the step clip fastening device is mounted on one of the at least two parallel sleepers. The deck tile assembly further comprises at least two supporting members for attaching the frame with the ground surface.

A glass light-emitting tile may include a light-transmissive glass plate, a glass substrate and a light guide plate. The light guide plate may be arranged between the light-transmissive glass plate and the glass substrate. A light-emitting diode (LED) lamp may be provided on a side of the light guide plate. The light-transmissive glass plate and the glass substrate may be glued together using a sealant. The glass light-emitting tile may having a tile and/or a stone-textured coating that may be low cost, may provide a high production efficiency, and may provide flexible customization. The tile may be used indoors and/or outdoors.

The present invention is regarding a structure for fastening decking lumber woods for a wooden deck. The present invention includes a first deck wood (10a) and a second deck wood (10b) with a form of a certain thickness and extended to a certain length and the cross member, the joist, placed underneath and perpendicular to the deck lumber woods, and the bracket (100) that allows to fix the first deck wood (10a) and the second deck wood (10b) onto the cross member with a fastening material through the gap space between the deck woods without touching them so the deck wood can breath freely thus, preventing them from splitting.

A deck tile assembly is disclosed. The deck tile assembly comprises a frame having at least four sides. The deck tile assembly further comprises a plurality of bars for providing a support structure to the frame. The deck tile assembly further comprises at least two parallel sleepers permanently attached between two opposite sides of the frame and mounted on the plurality of bars. The deck tile assembly further comprises at least two step clip fastening devices, wherein each of the step clip fastening device is mounted on one of the at least two parallel sleepers. The deck tile assembly further comprises at least two supporting members for attaching the frame with the ground surface.

Frame members for decks and decking systems comprising frame members. A perimeter frame member can include a first engagement member adjacent a first vertical end and a second engagement member adjacent a second vertical end. An inner frame member can include a first ridge adjacent a first vertical end and a second ridge adjacent a second vertical end.

A flooring element suitable for connection to other elements in a flooring system. The flooring element comprises a body, a female connector and a retainer. The body defines a connector surface that is horizontal when in use. The female connector comprises a connector recess which is suitable for receiving a male connector and also which defines a connector opening in the connector surface. The retainer is connectable to the body such that, while it is connected to the body, the retainer is movable between and open position and a closed position. When in the closed position, the retainer is arranged to restrict movement of the male connector to guard against the male connector exiting the connector recess through the connector opening. When in the open position, the retainer does not restrict movement of the male connector thereby permitting the male connector to exit the connector recess through the connector opening.

Systems and methods of covering structural bases are described herein. The systems include a plurality of floating field tiles arranged to cover a top surface of the structural base, a mat positioned between a bottom surface of at least one of the floating field tiles and a top surface of the structural base and a coping system secured to the top surface of the structural base. The coping system has an upper edge that is level with or below a top surface of the floating field tiles and forms a fixed perimeter around the plurality of floating field tiles to inhibit lateral movement of the plurality of floating field tiles.

An installation clip for installing assembly pieces includes a holding arrangement with a first holding element and a second holding element that are arranged symmetrically inside the holding arrangement. The first holding element is configured to interlock with a first receiving element of a first assembly piece and the second holding element is configured to interlock with a second receiving element of a second assembly piece. The first holding element and the second holding element are configured elastically to be held by a preload inside the first receiving element and the second receiving element.