Abstract: An expandable shelter includes a ceiling panel that unfolds from a top, a floor panel that unfolds from a bottom, a flexible sidewall having a first end coupled to the ceiling panel and a second end coupled to the floor panel. The flexible sidewall further includes a window disposed in the sidewall, and a shade to cover the window. The shade is configured to transition between a closed state and an open state. A first line and a second line couple to the shade, extend between an interior of the expandable shelter and an exterior of the expandable shelter, and are usable to transition the shade between the closed state and the open state.

Abstract: A shelter with electromagnetic interference (EMI) protection includes first and second panels including EMI protection connected by at least one of: (i) a hinged connection; (ii) a scissor joint connection. The hinged connection includes an EMI protected hinge including a first hinge leaf, a second hinge leaf, and a hinge joint. A flexible EMI protection covering extends across the hinge joint. The scissor joint connection includes a first joint portion connected to the first panel, a second joint portion connected to the second panel, and an EMI gasket located in an open channel of the first joint portion. Part of the first joint portion is received in a second open channel of the second joint portion and part of the second joint portion is received in the first open channel of the first joint portion and the gasket is compressed.

Abstract: A shelter with electromagnetic interference (EMI) protection includes first and second wall panels including EMI protection. The panels are connected by at least one of: (i) a hinged connection; (ii) a scissor joint connection. The hinged connection includes an EMI protected hinge that extends between the first and second panels and includes a first hinge leaf, a second hinge leaf, and a hinge joint. A flexible EMI protection covering extends across the hinge joint. The scissor joint connection includes a first hook connected to the first panel and a second hook connected to the second panel and an EMI gasket is located in an open channel of the first hook. Part of the first hook is received in a second open channel of the second hook and part of the second hook is received in the first open channel of the first hook and the gasket is compressed.

Abstract: A shelter includes a body having a wall. A stairs and platform system is connected adjacent the wall of the shelter. The stairs and platform system includes a platform and a stair assembly. The platform includes: (i) first and second spaced-apart side rails and a platform floor located between the first and second side rails; and (ii) first and second platform handrail assemblies respectively located on opposite first and second lateral sides of the platform. The stair assembly is connected to the platform to provide access to the platform and is movable relative to the platform from a first operative position in which the stair assembly projects outwardly away from the platform to a second stowed position in which the stair assembly is retracted relative to the platform and at least part of the stair assembly is supported adjacent the platform.

Abstract: An expandable shelter includes a ceiling panel that unfolds from a top, a floor panel that unfolds from a bottom, a flexible sidewall having a first end coupled to the ceiling panel and a second end coupled to the floor panel. The flexible sidewall further includes a window disposed in the sidewall, and a shade to cover the window. The shade is configured to transition between a closed state and an open state. A first line and a second line couple to the shade, extend between an interior of the expandable shelter and an exterior of the expandable shelter, and are usable to transition the shade between the closed state and the open state.

Abstract: An expandable shelter includes a ceiling panel that unfolds from a top, a floor panel that unfolds from a bottom, a flexible sidewall having a first end coupled to the ceiling panel and a second end coupled to the floor panel. The flexible sidewall further includes a window disposed in the sidewall, and a shade to cover the window. The shade is configured to transition between a closed state and an open state. A first line and a second line couple to the shade, extend between an interior of the expandable shelter and an exterior of the expandable shelter, and are usable to transition the shade between the closed state and the open state.

Abstract: An enclosure including an upper frame, a lower frame, and a lift mechanism operably coupling the upper frame and the lower frame together. The lift mechanism includes first drive shafts and a second drive shaft operably coupling the first drive shafts for operation in unison, and an input operably coupled to at least one of the first drive shafts or the second drive shaft. The lift mechanism transitions the enclosure between a stowed state and a deployed state during a movement of the actuator.

Abstract: A wall configured to couple to a shelter and extend around at least a portion of a perimeter of the shelter. The wall includes a first end having a first attachment mechanism configured to engage with a second attachment mechanism of the shelter, a second end opposite the first end, a sidewall extending between the first end and the second end, and a third attachment mechanism coupled proximal to the second end and configured to engage with a fourth attachment mechanism disposed on the shelter to couple the wall to the shelter.

Abstract: A system including a frame and a pair wheel of assemblies to engage with one or more tracks of a structure. The pair of wheel assemblies include a first hub assembly, having a first wheel and a first attachment mechanism to engage with the one or more tracks of the structure, and a second hub assembly having a second wheel and a second attachment mechanism to engage with the one or more tracks of the structure. The system further includes an elongated rod coupling the first hub assembly to the second hub assembly, where a movement of the elongated rod causes the first attachment mechanism and the second attachment mechanism to engage with the one or more tracks of the structure.

Abstract: A wall mounted heat exchanger including a plurality of panels. Individual panels may include a first end, a second end, a first sidewall, a second sidewall, a first gap disposed along the second end, and a second gap disposed along the second sidewall. A first plurality of panels may be arranged such that first ends of the first plurality of panels are co-planar with second ends of a second plurality of panels and first sidewalls of the first plurality of panels are co-planar with second sidewalls of the second plurality of panels. The first plurality of panels and the second plurality of panels, when arranged, may form a plurality of first inlets from the second gap, a plurality of first outlets from the first gap, a plurality of second inlets from the second gap, and a plurality of second outlets from the first gap.

Abstract: An expandable shelter includes a ceiling panel that unfolds from a top, a floor panel that unfolds from a bottom, a flexible sidewall having a first end coupled to the ceiling panel and a second end coupled to the floor panel. The flexible sidewall further includes a window disposed in the sidewall, and a shade to cover the window. The shade is configured to transition between a closed state and an open state. A first line and a second line couple to the shade, extend between an interior of the expandable shelter and an exterior of the expandable shelter, and are usable to transition the shade between the closed state and the open state.

Abstract: A wall mountable assembly including a mount and an insert. The mount may include an interior frame, an exterior frame, and an opening extending between the interior frame and the exterior frame. Channels may be coupled to the exterior frame and/or the interior frame. The insert may operably engage with the mount and transition between a stowed position and a deployed position. The insert may include a cover having a face plate, a top, a bottom, and tapered sidewalls extending between the top of the cover and the bottom of the cover. Slides of the cover may be configured to operably engage with the channels. In the stowed position the tapered sidewalls of the insert may be separated from the interior frame while in the deployed position the tapered sidewalls may be substantially flush with the interior frame.

Abstract: A wall mounted heat exchanger including a plurality of panels. Individual panels may include a first end, a second end, a first sidewall, a second sidewall, a first gap disposed along the second end, and a second gap disposed along the second sidewall. A first plurality of panels may be arranged such that first ends of the first plurality of panels are co-planar with second ends of a second plurality of panels and first sidewalls of the first plurality of panels are co-planar with second sidewalls of the second plurality of panels. The first plurality of panels and the second plurality of panels, when arranged, may form a plurality of first inlets from the second gap, a plurality of first outlets from the first gap, a plurality of second inlets from the second gap, and a plurality of second outlets from the first gap.

Abstract: Expandable shelters having a heating, ventilation, and air conditioning (HVAC) system arranged to receive outside air away from a mechanical compartment are disclosed. The expandable shelters may comprise an air inlet vent disposed in a front of the expandable shelter interconnected to an in-floor air duct arranged to draw outside air below an interior floor and exchange heat with the coolest area of the expandable shelter. By virtue of having an air inlet vent receive outside air from a location substantially away from the mechanical compartment and exchange heat with the coolest area of the expandable shelter, an environmental control unit (ECU), housed in the mechanical compartment, receives relatively cool outside air, keeping air temperatures inside the mechanical compartment below the upper operating limit of the ECU.

Abstract: A collapsible bed system is disclosed that may comprise a first bunk, a second bunk, a first frame member, and second frame member. The collapsible bed system may be moved between a stowed state and a deployed state. The first bunk may comprise a container and a platform, the platform being hingedly connected to the container over a top opening of the container, enclosing a volume within the container. In the deployed state, a mattress may be positioned on top of the platform and in a stowed state, the mattress may be positioned in the enclosed volume. The collapsible bed system may include a foldable drawer configured to be received by a foldable drawer opening arranged on the first bunk.

Abstract: Expandable shelters having a heating, ventilation, and air conditioning (HVAC) system arranged to receive outside air away from a mechanical compartment are disclosed. The expandable shelters may comprise an air inlet vent disposed in a front of the expandable shelter interconnected to an in-floor air duct arranged to draw outside air below an interior floor and exchange heat with the coolest area of the expandable shelter. By virtue of having an air inlet vent receive outside air from a location substantially away from the mechanical compartment and exchange heat with the coolest area of the expandable shelter, an environmental control unit (ECU), housed in the mechanical compartment, receives relatively cool outside air, keeping air temperatures inside the mechanical compartment below the upper operating limit of the ECU.

Abstract: A solar shade includes a rigid frame, a flexible cover, and a supporting member to shade a portable enclosure. The solar shade provides cover to an area beyond a footprint of the portable enclosure and does not require attachment to the ground. When attached to a portable enclosure, the solar shade enables unobstructed movement around a perimeter of the portable structure by virtue of not attaching to the ground.

Abstract: Expandable shelters housing displaceable cassettes configured to provide an allocated resource are disclosed. Techniques of complexing the expandable shelters housing displaceable cassettes are also disclosed. The displaceable cassettes may deploy from a stowed position in an interior of the expandable shelter to a use position removeably coupled in an expanded interior portion of a displaceable side of the expandable shelter. In the use position, the cassettes are configured to provide an allocated resource, and provide a hallway between other interconnected expandable shelters.

Abstract: A collapsible bed system is disclosed that may comprise a first bunk, a second bunk, a first frame member, and second frame member. The collapsible bed system may be moved between a stowed state and a deployed state. The first bunk may comprise a container and a platform, the platform being hingedly connected to the container over a top opening of the container, enclosing a volume within the container. In the deployed state, a mattress may be positioned on top of the platform and in a stowed state, the mattress may be positioned in the enclosed volume. The collapsible bed system may include a foldable drawer configured to be received by a foldable drawer opening arranged on the first bunk.

Abstract: A solar shade includes a rigid frame, a flexible cover, and a supporting member to shade a portable enclosure. The solar shade provides cover to an area beyond a footprint of the portable enclosure and does not require attachment to the ground. When attached to a portable enclosure, the solar shade enables unobstructed movement around a perimeter of the portable structure by virtue of not attaching to the ground.