A drain assembly for installation in a shower floor, the drain assembly including a drain body including an upper surface defining a top side, and a lower surface opposite the upper surface defining a bottom side. The drain assembly also defines an aperture extending along an axis through the drain body between the upper surface and the lower surface and includes an outlet having a flange and an elongated body. When assembled, the elongated body is configured to extend below the lower surface of the drain body when the flange rests on the upper surface. The drain assembly also includes one or more fasteners configured to couple the outlet to the drain body to form a water-tight seal therebetween, where each of the one or more fasteners are accessible from the top side.

A green or sustainable building infrastructure comprising conjoining modular building segments. The purpose of the invention is to increase the precision, quality, and timing of building projects by allowing modular building segments to be constructed in an off-site controlled environment, transported, and quickly assembled on site. The conjoining modular building segments are prismatic box-like structures conjoined in a variety of configurations, each having at least three walls. The prismatic box-like structures are arranged and attached horizontally to create ceilings and floors, and they are arranged and attached vertically to create walls for the infrastructure. Some of the walls may be removed and the space inside each prismatic box-like structure is available for storage. The prismatic box-like structures may have certain dimensions, comprise specific materials, or be constructed or conjoined in specific ways.

A dwelling for accommodating users, the dwelling including at least one dividing module provided with respect to a floor surface for separating the floor surface into at least two separate living spaces, the at least one dividing module being selectively adjustable in position with respect to the floor surface for providing the dwelling with selectively adjustable living spaces. The dwelling also includes a displacement assembly operatively connectable to the at least one dividing module for displacing said at least one dividing module about the floor surface. The dwelling also includes a controlling assembly operatively disposed between the at least one dividing module and the displacement assembly for allowing a user of the dwelling to selectively and adjustably position the at least one dividing module with respect to the floor surface of the dwelling, and in turn to selectively and adjustably vary a corresponding layout of the two separate living spaces delimited by the at least one dividing module, in response to a given input of the user and depending on a desired configuration by said user of the dwelling.

A rapidly deployable cleanroom is constructed from multiple modular building sections that are side-by-side and have similarly sized lengths, as well as user-accessible panels in multiple of them for air, water, power, networking, and other utilities at a similar internal location along their lengths. The utility panels can be standardized such that each panel is substantially identical to one another. The modular building sections can be drawn together using tension cables within lateral hollow extruded structural tubes beneath and/or above the cleanroom, the tension system utilizing jackscrews to pull everything tight. Because the utility panels are at the same longitudinal location in the building sections, the joined structure and resulting open space “ballroom” style cleanroom has the utility panels aligned with each other inside the cleanroom.

Disclosed is a method for the installation of a roof truss on an upper part of a building. A roof truss package includes multiple trusses spaced from each other to be mounted on top of upper runners on the building's opposite walls. The method includes using a prefabricated roof truss package in which the individual trusses are disposed side by side in a bundle, with weather protection present in a pleated condition on top of the bundle. The bundle is unfolded at construction site in such a way that the adjacent trusses become locked at a certain distance from each other by brace members included in the trusses and at the same time the weather protection unfolds to cover the trusses and the intervening space. Finally, the individual trusses are fastened to the upper runners. Also disclosed is a prefabricated roof truss package which is provided with a weather protection.

A visiting booth for safe social interaction. The visiting booth having an opposing pair of parallel end walls, an opposing pair of parallel side walls, and a partition. The partition having a partition window, wherein the partition divides the visiting booth into a first visiting area and a second visiting area. Alternatively, an end wall configured to couple to a standing structure. Alternatively, the visiting booth configured with a first end wall, a second end wall, a first set of opposing pair of parallel side walls, second set of opposing pair of parallel side walls, and a partition. A second end of the second set of opposing pair of parallel side walls coupled to a standing structure. The visiting booth having a partition including a partition window. The partition coupled to a second end of the first set of opposing pair of parallel side walls to the standing structure.

The invention relates to a fold-out prefabricated construction structure and method for the assembly thereof. The structure, having bays of desired width, length and shape, is made up of porticos formed by pillars and an upper structure (27). The method involves positioning the base (1) on a surface (28) and provisionally fixing at least one portion of said base. This allows opening the porticos with the help of auxiliary structures created for this purpose (14). The elements of the structure are fixed to one another, and to the surface of the portions of the base in their final position. Each of the porticos not yet fixed must be moved to their final position, in a successive manner and separately from the closest fixed portico, together with the rest of still free attached porticos, and suitably fixed to the surface.

A plant configuring module is created that includes a frame body having a lower frame member of a rectangular shape, an upper frame member having the same shape as the lower frame member, and a column member that couples the upper frame member and the lower frame member, and a plant element arranged inside the frame body, the column member being formed with a projecting column portion that projects out from one side or both sides of the lower frame member and the upper frame member, and a flange plate for bonding being arranged at a distal end portion of the projecting column portion; the plant configuring modules are stacked by a predetermined number of stages at a plant construction place; two overlapping flange portions of the overlapped plant configuring modules are coupled; and the plant configuring modules adjacent in a horizontal direction are coupled with a connecting beam.

A portable structure or hunting blind includes a floor railing or frame system for supporting side walls and a roof. The side walls and roof are formed of polyurethane foam. The side walls and roof can be manufactured by applying uncured polyurethane foam over a sheeting material, which is supported by a removable set of forms. The polyurethane foam is then allowed to cure, and once cured the forms are removed. A door and windows and floor decking can then be installed to finish out the hunting blind. The exterior of the polyurethane foam walls and roof can be coated with an elastomer coating for UV protection.

A contiguous uni-body insulated hunting blind or outdoor shelter is disclosed herein. In an embodiment, the shelter is comprised of a main body element having a floor portion and a top portion. The main body element is formed as a single component having an outside layer, a middle layer, and an inner layer. The top portion provides an enclosure for all sides and a top covering. The top portion is also comprised of at least one opening portion and a door opening portion for installing a door for entering and exiting the structure. In embodiments, the top portion is comprised of a top wall, a front wall, a back wall, a left wall, and a right wall with at least one opening portion. In embodiments, the top portion is comprised of one opening portion on each wall except the top wall. In embodiments, the opening portions are configured with windows.