A wall mounting system is provided. The wall mounting system includes a plurality of mount brackets. A pair of hooks extend along the length of the mount brackets and are substantially parallel to one another. Each the pair of hooks includes a horizontal portion and a vertical portion. The horizontal portion includes a proximal end and a distal end. The proximal end extends from the front surface and includes a notch formed on an upper surface. The vertical portion extends from the distal end of the horizontal portion. The hooks of a mounting bracket interlock with the hooks of another mounting bracket.

Implementations of the present invention relate to systems, methods, and apparatus for constructing a building. More specifically, the present disclosure provides an interlocking wall system that can allow a builder to accurately position, orient, and/or secure various structural wall modules. Additionally, this disclosure provides systems and methods for securing one or more cladding layers to the building's envelope. Furthermore, implementations of the present disclosure can allow for quick and modifiable installation of utility and communication lines within the building.

A mounting rail for attachment to a building has a base with a top edge and a bottom edge. A pivot member projects from the base and provides a pivot point structure. A gripping flange extends from the base toward the pivot point structure and provides a gripping surface between the bottom edge and the pivot point structure. A slot is thus formed in the mounting rail. The mounting rail also has an anchor portion between the gripping surface and the bottom edge. A mounting system for mounting panels on a building includes mounting rails and a plurality of panel brackets for engaging panels to be mounted on the building by engaging the mounting rail slot at one end and the anchor portion at the other end. A method for mounting panels on a building by the use of the system is disclosed.

An assembly for securing a panel to a wall surface, including an elongated rail adapted to being secured in extending fashion along the wall surface and a clip adapted to being secured to a rear surface of the panel. The rail and clip each exhibit a similar cross sectional profile, with each including at least one mating and inclined support surface for redirecting a weight of the panel inwards toward the wall surface.

Covering comprising a structure formed by a plurality of panels provided on their lower face with at least one guide formed by a groove giving access to a cavity and longitudinal profiles perpendicular to said grooves on the panels, said profiles having, in turn, a guide and clips housed simultaneously in the cavities of both guides of the panel and the profile, the clips having a resilient body that is housed, in the expanded position, in the corresponding cavity, said body comprising at least two legs, each leg having, in turn, a shoulder area intended to make contact with the wall of the cavity immediately adjacent to the groove.

This application relates to the field of reveal architectural panels and a tool or clamp for assembly thereof. The apparatus and method replace prior art assembly methods and fasteners with adhesives and a dedicated particularly designed clamp to facilitate assembly. The frame members are modified to facilitate assembly with adhesive sealants and removal of mechanical fasteners.

The present invention provides an architectural decoration panel dry-hang structure free in mounting-dismounting and flexible in size combination, wherein the architectural decoration panel dry-hang structure is provided with a vertical keel frame fixed on a wall surface, a transverse skeleton nut is disposed inside a vertical keel frame mounting groove on the vertical keel frame, the transverse skeleton nut is of a rectangle shape and has two opposite curved angles, a transverse skeleton is located outside the vertical keel frame, a transverse skeleton screw is screwed with the transverse skeleton nut after traversing the transverse skeleton, and the curved angles of the transverse skeleton nut lean against the side wall of the vertical keel frame mounting groove; and a coupling assembly disposed at the back of an architectural decoration panel component is inserted in a transverse skeleton mounting groove provided for the transverse skeleton so that the architectural decoration panel component is hung on the transverse skeleton. The present invention realizes high security, simple structure, convenient and quick mounting, environment protection and free of contamination of an architectural decoration panel mounting structure, and saving the cost.

There is provided a wall panel mount system including first and second frames connectable to first and second wall panels, respectively. The wall panel mount system includes a clip connectable to a wall or wall substrate. The clip snap-fit connects to the first frame and slidably connects to the second frame. The clip includes a clip snap interface or first male portion which snap-fit connects to the first frame and a clip slide function interface or second male portion which slidably couples to and/or extends within a female portion of the second frame according to one aspect. The clip is configured to snap-fit connect to the first frame via a folded portion thereof according to another aspect. Each frame includes an inner channel with one or more angled surfaces shaped to facilitate insertion of the clip therein according to a further aspect.

A fastening arrangement for connecting a composite panel and a panel holder is provided. The composite panel has a rear cover sheet, a front cover sheet and a core layer. A keyhole-shaped groove is provided on the rear side of the composite panel having a widened insertion opening and a retaining area with an undercut in the core layer. The mechanical connection between the composite panel and the panel holder is a riveted connection using a rivet with a mushroom-shaped head inserted through the insertion opening and into the undercut of the retaining area. The panel holder is pushed onto a free end of the rivet shank that extends out via a through-opening so that the panel holder rests on the cover panel. The rivet shank free end is then formed by a rivet setting tool to create a positive fit between the composite panel and the panel holder.

Building cladding systems with changeable appearances are described. The building cladding system may include a plurality of panels, a substrate, and a controller configured to move the plurality of panels relative to the substrate to change the appearance of the building cladding system, while protecting the substrate. Moving the plurality of panels to change the appearance of the building cladding system may include rotation.