Adjustable molding assemblies and methods for bridging a gap between building elements are provided. The molding assembly includes a molding that includes a cover portion with opposing ends that are configured to contact outer surfaces of adjacent building elements. At least one flexible attachment portion extends from a lower surface of the cover portion, the at least one attachment portion including one or more interlocking elements. A track includes one or more grooves for receiving the attachment portion. One or more complementary interlocking elements are associated with each groove for retaining the attachment portion.

In order to allow or improve a laminar air flow in a transition region between aerodynamic profile elements, a pressure plate arrangement is proposed. The pressure plate arrangement comprises a pressure plate body and at least one cover strip, in particular a sealing strip. The pressure plate body has an outlet region from which free-flowing sealant can exit during pressing. The cover strip already contains cured sealant and presses the free-flowing sealant flat in order to be able to form the transition region.

A joint and covering assembly for panels covering floors and having a covering profile having at least one extension with a hidden face arranged facing the floor and an exposed face arranged visible; a base profile with a resting face to make contact with the floor and a supporting face arranged facing the hidden face; and coupling elements between the profiles, having two coupling portions according to different angles with respect to the resting face, and an attachable element coupled in the portions, the attachable element projecting from the hidden face. The coupled arrangement is established such that the exposed face has a different inclination with respect to the resting face according to the portion.

The present invention provides a wall paneling system that is completely mechanical and does not require the use of adhesives in attaching panels to the walls. The system comprises wall panels having a core with a decorative surface attached to one side and profiled edges that connect to each other by push click, panel connector clips (PCCs) that further connect and secure the interconnecting panels to the walls; and corner moldings for use in paneling adjoining walls meeting at a corner via tongue and groove. The PCCs and corner moldings attach to the walls by mechanical fastening and provide an air space between the walls and the wall panels. Since the wall panels are not directly connected or adhered to the wall, the system allows the panels to be easily replaced by removing and inserting from the PCCs and corner moldings. By using specially adapted bottom seals, seals in the corner moldings and sealant between the panels, the paneling system can be made impermeable to water and is therefore especially useful in area wet areas such as bathrooms.

In order to allow or improve a laminar air flow in a transition region between aerodynamic profile elements, a pressure plate arrangement is proposed. The pressure plate arrangement comprises a pressure plate body and at least one cover strip, in particular a sealing strip. The pressure plate body has an outlet region from which free-flowing sealant can exit during pressing. The cover strip already contains cured sealant and presses the free-flowing sealant flat in order to be able to form the transition region.

A universal transition molding for bridging two floor surfaces can include: a substantially symmetrical extruded profile of unitary construction having: (i) a substantially planar central portion, (ii) a pair of downwardly depending substantially planar wings, (iii) a pair of hinge sections joining the wings to opposing edges of the central portion, and (iv) a pair of vertical legs depending from a bottom surface of the central portion. Methods of manufacturing and installing the universal transition molding are described.

A furnishing structure with light sources includes two substantially equal base sections facing each other and held together by a connection section and by a pair of end heads to jointly define a prismatic body and jointly delimit at least one slot for light rays to pass, the light rays being emitted by at least one multiple light source positioned removably inside the space delimited by the base sections facing each other and being reflected by the connection section. Each base section includes a first wing, which is coplanar to a first wall of the prismatic body, a second wing, which is adjacent to the first wing, and a third wing, which is adjacent to the second wing and extends parallel from the third wing of the other base section to delimit the slot when the two base sections are facing each other.

Provided herein is a molding assembly for bridging a gap between floor covering materials, or for finishing an edge of a floor covering material. The molding assembly comprising a molding and a track is configured with a hinge portion to allow tilting of the molding when attached to the track attachment component. Floor installations are also provided herein. The floor installations comprise floor covering materials adjoining respective sides of a gap, and a molding assembly to cover the gap and accommodate any difference in thickness between the respective adjoining floor covering materials.

A modular water-resistant paneling system and method is configured for being retrofitted into walls of existing finished basements or buildings and/or used in new construction, using components fastenable onto wall studs supporting drywall. The components include dimensionally stable water-resistant panels, and finishing strips having a backing flange and an upper lip portion sized and shaped to receive upper edge portions of the panels therein. The backing flange is fastenable to the wall studs while maintaining the panels in spaced relation therefrom, to maintain interior facing surfaces of the panels and drywall flush with one another. The upper lip portion includes opposing flanges configured for superposed engagement with adjacent portions of the interior facing surfaces of the panels and drywall. Mounting clips are sized and shaped for receiving a stud therein, and have a support flange for supporting lower edge portions of the panels.

A furnishing structure with light sources includes two substantially equal base sections facing each other and held together by a connection section and by a pair of end heads to jointly define a prismatic body and jointly delimit at least one slot for light rays to pass, the light rays being emitted by at least one multiple light source positioned removably inside the space delimited by the base sections facing each other and being reflected by the connection section. Each base section includes a first wing, which is coplanar to a first wall of the prismatic body, a second wing, which is adjacent to the first wing, and a third wing, which is adjacent to the second wing and extends parallel from the third wing of the other base section to delimit the slot when the two base sections are facing each other.