The present disclosure relates to a cabinet adapted to be suspended from vertically oriented carrier elements (11, 13), provided with slots (15). The cabinet has a top (3) and bottom panels (5), as well as first and second side panels (7,9). The side panels comprise rear connector elements (31) for connecting to carrier element slots at the rear of the cabinet, and the top panel comprise connector elements (33) connecting the front corners of the top panel to the front end of a side panel. Thereby a cabinet can be readily assembled by an end user.

An assembly that is removably mountable to a wall, the assembly including a base plate and a mounting plate that is asymmetrically deflectably coupled to the base plate.

A modular enclosure system includes a plurality of anchor rails configured to be mounted to a surface such as a wall to which the modular enclosure system is to be attached. The modular enclosure system includes a first partition having a plurality of partition segments and a second partition having a plurality of partition segments. The first partition and the second partition are each coupled to a first rail and a second rail of the plurality of anchor rails.

A drywall kit is provided including a wall frame, a drywall section, and a cabinet. The wall frame includes a top plate, a bottom plate, and a plurality of vertical studs. A first vertical stud includes a first hole and a first bolt screwed into the first hole. A second vertical stud includes a second hole and a second bolt screwed into the second hole. The drywall section includes a third hole which aligns with the first hole and a fourth hole which aligns with the second hole. The cabinet includes a back panel. The back panel includes a fifth hole which aligns with the first hole and a sixth hole which aligns with the second hole. The cabinet and the drywall section are secured to the wall frame via the first bolt and the second bolt. A method of installation is also provided.

A hanging rack assembly may include a mounting rail having a mounting base. The mounting base has a first end, a second end, a first edge that extends between the first and the second end, and a second edge that extends between the first end and the second end, the mounting base having opposite faces that extend between the first end, the second end, the first edge, and the second edge; and a mounting lip, wherein the mounting base comprises one or more non-circular openings sized to receive an anchor for mounting the mounting rail to a surface. A method of installing a mounting rail may include mounting the mounting rail on a surface; drilling through one or more non-circular openings located on a mounting base of the mounting rail; and inserting an anchor into one or more of the non-circular openings and the surface in order to secure the mounting rail to the surface.

A hanging bracket for the wall assembly of a wall-cupboard includes, in combination: a metallic base, an arm assembled and articulated on the base and protruding from it with a hook configured for anchoring to a plate (or other equivalent element) fixed to the wall, first and second regulation mechanisms regulating the position of the arm in height and in depth, respectively, and a flange integral with the base and equipped with at least one fixing unit of the hanging bracket to the wall-cupboard, wherein the fixing unit includes a shear-resistant element cooperating with a fixing peg of the hanging bracket to a shoulder of the cupboard. According to the invention, the peg is fitted onto a collar protruding from the flange, there also being a reciprocal fixing element between the collar and the peg, to make them integral with each other.

A vertically positionable storage device that is vertically positionable includes a cabinet. A pair of tracks, which is parallel, is configured to mount to a vertical surface. A plurality of guides, which is complimentary to the tracks, is configured to couple to a back of the cabinet. A biaser is operationally coupled to the back of the cabinet. The biaser is configured to return the cabinet to a raised position from a lowered position. The tracks are mountable to the vertical surface and the guides are couplable to the back of the cabinet such that the tracks are positioned to receive the guides to couple the cabinet to the tracks. The biaser is configured to allow the user to position the cabinet in a lowered position, with the guides moving through the tracks. The biaser will return the cabinet to a raised position.

A wall mounted object support system includes a grid member with a peripheral portion proximate a wall and a body portion offset from the peripheral portion and spaced further away from the wall than the peripheral portion. The grid member is formed by a plurality of spaced apart first elongated rod or wire portions each running in a first direction and a plurality of spaced apart second rod or wire portions each running in a second direction that is substantially perpendicular to the first direction. One or more of a support block and/or pivoting anchor components may be used to hold the grid member against the wall.

A furniture unit including two mutually spaced functional walls, on which at least one movable furniture component, such as a flap device, is held and guided. The furniture component is movable between at least between two positions. The furniture component screens off an intermediate space between the functional walls when in a closed position and exposes the intermediate space when in an open position. The two functional walls can be set in their spatial location independently of each other via separately adjustable mounting devices.

Disclosed is a cover which may include an attachment section and at least one wing having at least one holder therein, wherein the attachment section is configured to attach to a wall socket.