A protective enclosure for equipment located outside, such as, for example pipeline and wellhead valves, dewatering pumps, etc. includes a wall frame assembly constructed of a plurality of vertical frame members that are connected together at their tops and bottoms by a plurality of angle-iron members. Wall assemblies comprising insulated wall panels that are connected in a side-by-side relation by tongue-and-grove couplings are attached to the wall frame with the bottoms thereof supported on angle-iron members that connect the bottoms of the vertical frame members. A roof assembly can be attached to the wall frame in a stationary fashion or in a movable fashion to allow the roof to open, permitting access into the enclosure for servicing equipment housed therein. The enclosure has other features as described in the specification in further detail.

A multicon structure comprising six or twelve expandable portable shelters (EPSs) characterized by equal depth dimensions extending in the direction of the structure length, and each EPS having two faces that are transverse to the structure length. Each EPS comprises two sets of panels, each set of panels including a floor panel, a ceiling panel, side panels, and an end panel. Each set of panels folding out from a corresponding face. Each EPS may be characterized by a depth that is a unit fractional amount of an intermodal shipping container length. Each EPS having corner post assemblies comprising a tubular stiffening structure, a hinge mount feature, and a panel interface feature. The outer panel having a gasket positioned such that, when the EPS is in a collapsed state, a watertight seal is formed between the gasket and the panel interface feature.

The present invention relates generally to the field of home protection devices. More specifically, the present invention relates to a home protection dome device primarily comprised of at least one motor that powers a dome structure. The dome structure is comprised of a plurality of curved members that enclose and shield a home, other structure or object. The curved members can be deployed and retracted via a track within a base, wherein the track is powered by a motor. The motor may further receive power from a solar panel. The motor may also be controlled by a control panel to move the track and deploy or retract the curved members over a home, structure, or object in an enclosed manner. In this manner, the home, structure, or object is protected from severe weather.

A foldable building system module (FBSM) comprising an integrated deployable modular building system. The foldable building system module comprises prefabricated panels connected by hinges which allow the panels to be unfolded from a flat pack geometry to an unfolded, erected or deployed geometry. An actuating mechanism can be integrated in one or more of the panels and, by applying load to one or more of the panels, allow for automated erection of the module. Two or more of the FBSM's can be connected in series to provide a building system.

A foldable building system module (FBSM) comprising an integrated deployable modular building system. The foldable building system module comprises prefabricated panels connected by hinges which allow the panels to be unfolded from a flat pack geometry to an unfolded, erected or deployed geometry. An actuating mechanism can be integrated in one or more of the panels and, by applying load to one or more of the panels, allow for automated erection of the module. Two or more of the FBSM's can be connected in series to provide a building system.

A folding shed may include a roof portion, a lateral portion and a bottom portion, said lateral portions forming two lateral sides of the shed that connects the roof portion and the bottom portion. Each roof portion, lateral portion and bottom portion includes a plurality of connecting units and hinge units, and each hinge unit is configured to pivotally connect with a longitudinal side of one connecting unit and pivotally connect with the other longitudinal side of an adjacent connecting unit. At least one hinge unit is configured to pivotally connect a corresponding connecting unit in the roof portion and a corresponding connecting unit in the lateral portion, and at least another hinge unit is configured to pivotally connect a corresponding connecting unit in the lateral portion and a corresponding connecting unit in the bottom portion.

A kinetic façade system visible at night which includes a plurality of flapping panels which move in response to wind, thereby providing an aesthetic, architectural exterior. The flappers are hung on rung subassemblies. The rungs overhang each other in a stacked vertical fashion about the face of a building, each rung including a housing. An LED is disposed within the rung housing positioned near the top thereof situated on a seat to direct light upward. As such, when the flapper elements situated above the light move, the flappers swing through the light at random intervals and at varying degrees in response to the environmental conditions, thereby creating an effect at night along the façade of the building.

A kinetic façade system visible at night which includes a plurality of flapping panels which move in response to wind, thereby providing an aesthetic, architectural exterior. The flappers are hung on rung subassemblies. The rungs overhang each other in a stacked vertical fashion about the face of a building, each rung including a housing. An LED is disposed within the rung housing positioned near the top thereof situated on a seat to direct light upward. As such, when the flapper elements situated above the light move, the flappers swing through the light at random intervals and at varying degrees in response to the environmental conditions, thereby creating an effect at night along the façade of the building.

A collapsible living compartment comprising a frame supporting and a floor which is connected to a sidewall formed from two or more panels, wherein at least one of panels includes a supporting member and a passage embedded within a space defined between two outer skins, and at least part of the space is filled with insulating material.

Foldable spaceframes that can be easily collapsed and unfolded to construct structurally stable (temporary) walls, for instance for events (concerts, shows, etc.) upon which (digital) display elements can be deployed, as well as a method for the construction of overlying structures comprising the spaceframes.