The present invention relates to the construction industry, and in particular to laboratories, hospitals, food production areas and other places where asepsis is required. Specifically, it relates to a modular construction system based on self-supporting panels, which have post-formed exterior surfaces and are complemented with corner components of similar construction to build hermetic, waterproof and insulating walls that have smooth surfaces. For this, there is a modular system of panels for forming aseptic spaces within an enclosure and a method of installing a clean room wall by means of a modular system of panels to form aseptic spaces inside an enclosure.

Described herein is a method of anchoring for a demountable wall system and method for installing thereof. The wall system may include an anchoring assembly for supporting a demountable wall panel. The anchoring assembly may include a hub installable in a plenum between a main ceiling and a drop ceiling positioned below the main ceiling and a telescoping anchor member pivotally coupled with the hub and extendible to span between the hub and the main ceiling.

A wall assembly (10) comprising top and bottom caps (11) and (12) which are generally U shaped channels and these are secured to a floor (13) and a concrete slab ceiling (14) which comprises in this case the underside of a concrete floor of the next level in a multi-storey building. In these arrangements the ceiling (14) has to be arranged in relation to the wall (15) for deflection of the ceiling (14), consequentially, the track (11) is spaced from the underside surface (16) by a distance of typically 20 mm and a suitable compressible spacer arrangement (17) is located between the upper surface (18) of the track (11) and the underside surface (16). The spacer arrangement (17) may be any suitable infill and one example may be a fire rated double sided adhesive layered expandable/compressible tape or foam. This tape may be applied to the upper outer surface of the channel and its other side adhesively applied to the underside of the concrete.

A leveling assembly for leveling a bottom edge of an interior wall panel includes an elongate floor channel secured to the floor, a floor rail at least partially disposed with the floor channel, at least one panel support positioned within the floor rail for supporting the bottom edge of the interior wall panel, and at least one leveler at least partially located within the floor rail. The levelers each include a head removably secured to the floor channel, a threaded adjustment rod projecting from the head, and a rail support having a collar and support shoulder extending outwardly from the collar. The collar passes through an aperture defined in a horizontal portion of the floor rail and is threadedly engaged with the adjustment rod. The support shoulder supports the floor rail. The adjustment rod is rotated to vary a vertical distance between the floor rail and the floor channel.

A drywall can be used as an attachment to a connecting building element. The drywall includes a connecting profile, at least one drywall panel, and at least one flat sealing device. The flat sealing device extends in an extent direction and has, transverse thereto, a retaining portion for positioning between a base portion and the connecting building element, a sealing portion, and a positioning portion for positioning on an outer side of the drywall panel. The flat sealing device is so disposed that a cavity is formed between an edge of the drywall panel, the connecting building element, the limb portion of the connecting profile, and the sealing portion.

The invention relates to a bracket for connecting components for a drywall construction, in particular a bracket for a slidable fastening, preferably a slidable ceiling-side fastening, in the framework of a drywall, preferably a bracket for a drywall with a planked, preferably multi-planked, framework. Furthermore, the invention relates to an assembly kit and a drywall with at least one such bracket, as well as the use of such a bracket in dry wall construction.

Aspects of the present invention relate to a wall assembly for mounting a wall in a residential or commercial building space. The wall assembly has a wall body having an upper region configured to be laterally supported at one or more upper surfaces thereof to maintain the wall body in a substantially upright position, and a lower region configured to be laterally supported at one or more lower surfaces thereof to maintain the wall body in a substantially upright position. The wall assembly further has at least one lateral support comprising an engagement portion configured to engage the one or more upper surfaces of the upper region or one or more lower surfaces of the lower region of the wall body. The wall body has a unitary body having a molded material.

The present invention relates to the construction industry, and in particular to laboratories, hospitals, food production areas and other places where asepsis is required. Specifically, it relates to a modular construction system based on self-supporting panels, which have post-formed exterior surfaces and are complemented with corner components of similar construction to build hermetic, waterproof and insulating walls that have smooth surfaces. For this, there is a modular system of panels for forming aseptic spaces within an enclosure and a method of installing a clean room wall by means of a modular system of panels to form aseptic spaces inside an enclosure.

A pocket door frame includes a stud having a first section, a second section, and a third section. The first section is perpendicular to the second section, and the third section is perpendicular to the second section. The first section includes a first opening. The stud also includes a second opening located at least partially in the second section and at least partially in the third section. The second opening is at least partially aligned with the first opening so as to provide access to the first opening through the second opening.

Fire-rated wall construction components and wall systems for use in building construction. Embodiments can include tracks for holding studs which incorporate various geometries capable of receiving fire-retardant material, including but not limited to intumescent material. The fire-retardant material can be attached to compressible backer rods inserted within deflection gaps in the wall systems such that the fire-retardant material expands and seals gaps and/or areas between the tracks and wall components such as ceilings, floors, and drywall. Various assemblies and methods can be used to cover the deflection gap.