Disclosed is a modular building system including, in some embodiments, one or more wall panels, one or more floor panels, and one or more roof panels. The modular building components of the modular building system including the one or more wall panels, the one or more floor panels, and the one or more roof panels can form housing or storage structures with electrical wiring, plumbing, or both wiring and plumbing. The housing or storage structures can be erected by one or more persons without a need for a plumber, an electrician, or power tools. Also disclosed is a method for erecting one or more housing or storage structure in accordance with the modular building system.

The disclosed interlocking panel systems are portable, self-supporting, and modular. They may function as guards around the sides, rear, and a surface of a workspace and can be disassembled by one person and transported to a sink for cleaning or another location for use or storage. They may also function as structural panels for constructing an enclosure, such as a building.

A massive block preferably made of compressed earth is described as well as a method to build walls utilizing the massive blocks. By combining wooden frame construction and massive wall construction with bricks or other massive block elements, a wall can be built with the advantages of both. A wooden stud frame is erected, the electricity and other utilities are placed through the frame and then the frame is covered up on both sides with large massive blocks of a specific design that interlock with both the frame and each other. The cavities in between the blocks can then be filled up with a filler such as sand to create additional thermal mass and improve the sound insulation properties of the wall. A second embodiment of the wall utilizes an extra layer of blocks with grooves to accommodate a radiant heating system and insulation material.

In a snap-in structure of aluminum alloy roof, roof panel, and corner-connecting materials, a roof panel's splicing base is connected with a splicing depression bar and secured by screws. Meanwhile, its bulge is connected with a snap-in groove, and its clasp is hooked with the clasp on the support section. A roof's splicing base is connected with a splicing depression bar and secured by screws. At the same time, its bulge is connected with a snap-in groove. The first corner-connecting material has an acute angle shape. Its transverse splicing base is engaged with the roof panel's splicing depression bar, and its longitudinal splicing base is engaged with the roof's splicing depression bar. The second corner-connecting material's splicing depression bar is attached with a roof panel's splicing base. A combination of the insert spell buckle and screws fixes without using any sealing materials. It is waterproof and easy to install. It is primarily applied to install at an aluminum alloy house's wall and roof.

The present invention relates to a modular structural panel intended to form part of an inner or outer wall of a building, the structural panel including two faade panels parallel to each other. Both faade panels are connected by at least one first strut extending along a first direction of the structural panel and by a set of second struts extending along a second direction, perpendicular to the first direction, the second struts protruding from an edge of the structural panel by a distance D and the at least one first strut extending in a recessed manner from the opposed edge of the structural panel by a distance D at least equal to the distance D, in order to allow the protruding parts of the adjacent panel in the building to be nested within the intermediary space between this first strut and the close edge of the structural panel.

A building system comprises one or more panels with one or more Z-shaped edges. The panels may connected to each other through interaction of the corresponding shaped edges. In addition, a building component comprises upper and lower surfaces and first and second lateral ends. One or more of the building components may be connected together through engagement of the second lateral end of a first building component with the first lateral end of a second building component. Through this connection, vertical forces on the building components are transferred laterally.

A glueless composite panel is disclosed having a first panel element and a second panel element. The two panel elements are connected together by coupling and extend in each case parallel to a longitudinal direction of a first end side of the first panel element. A first groove is arranged on the first panel element on the first end side thereof, the groove being delimited by a tongue and an edge strip that is set back with respect to the tongue. The first edge strip is in this case subdivided into individual first strip sections. The second panel element has corresponding coupling such that in the coupled state of the two panel elements the first strip sections and second strip sections of the second panel element undercut one another at least regionally.

The present subject matter discloses an outdoor storage shed utilizing molded plastic components or panels. A storage shed structure can comprise foldable corner panels and one or more interlocked teeth couplings. The foldable corner panel can pivot at integrated folding grooves to serve as corners. The interlocked teeth couplings comprise a plurality of protrusions and matched recesses arranged on both sides of engaged panels. Furthermore, the storage shed can come with pre-constructed shelf grooves in the foldable corner panels. The storage shed can have a concaved door frame and a recessed door.

The present subject matter discloses an outdoor storage shed utilizing plastic components or panels. A storage shed structure can comprise foldable corner panels, which pivot at integrated folding grooves to serve as corners. Each leaf of a foldable corner panel can be fitted with a unique coupling mechanism to interact with an additional panel. Furthermore, the storage shed structure can come with pre-constructed shelf grooves in the foldable corner panels. Storage shelves can be slotted into these grooves, thereby boosting the overall stability of the storage shed.

The present subject matter discloses an outdoor storage shed utilizing plastic components or panels. A storage shed structure can comprise foldable corner panels, which pivot at integrated folding grooves to serve as corners. Each leaf of a foldable corner panel can be fitted with a unique coupling mechanism to interact with an additional panel. Furthermore, the storage shed structure can come with pre-constructed shelf grooves in the foldable corner panels. Storage shelves can be slotted into these grooves, thereby boosting the overall stability of the storage shed.