A storm shield apparatus for protecting persons, animals, or property within a bathing structure includes a retractable shield that is selectively moveable between a stowed position and a deployed position. The shield is moveable along first and second tracks. In some embodiments, the first and second tracks are disposed on opposing longitudinal end walls proximate the bathing structure, and the shield includes flexible roll-top shield sections. A trough with multiple panels may be positioned under the bathing structure to provide an additional barrier to prevent flying debris from penetrating the bathing structure from its sides, longitudinal ends or bottom. The trough mates with the shield in some embodiments to form a protective enclosure.

A screen panel for a roll-up door is configured to be slidably coupled to the door adjacent a bottom portion of the door. The panel is generally parallel to the bottom portion when installed and movable between a retracted position, wherein a bottom edge of the panel is generally aligned with a bottom edge of the door, and an extended position, wherein the bottom edge of the panel is located below the bottom portion. A biasing device biases the panel toward the retracted position with a biasing force that is sufficient to move the panel to the retracted position only when the panel is positioned in an orientation other than a vertical orientation.

A two door system for recreational vehicles and/or camper style trailers is disclosed including an interior door with a self-closing access panel for reaching a locking mechanism of an exterior door. The access panel provides a user the ability to reach and manipulate the latching mechanism of the exterior door from the interior of the vehicle even when the interior door is closed. A biasing member is disclosed that maintains the access panel in a closed position whenever an adequate opening force is not present. The access panel may take on a number of configurations and may be designed as a retrofit for existing door systems or as an original component. In a configuration, a vertically sliding movable panel portion may be provided, which defaults to a downward, closed position. In such embodiments, no biasing member may be needed (gravity may be sufficient for the movable panel portion to close).

A door system including a primary door molding attachable to a primary door frame, the primary door molding including a first vertical member and a first hinge member extending from the first vertical member. One of a horizontal member from which the first vertical member downwardly extends and the first vertical member includes a first rotatably engageable element, and the first hinge member includes a second rotatably engageable element vertically spaced from the first rotatably engageable element.

To make it possible to raise a door body even if it is damaged by an impact of vehicle traffic or falling objects when it is in a lowered state, and to keep the door body in a raised state even if it is damaged by a water pressure of a tsunami or a high tide when it is in a raised state. A door body 2 of a floating flap gate 1 is disposed at an opening or at an access way. When water flows in, a forward end 2b of which swings upwards, in a direction in which the water flows in and within a plane in a height direction, around a base end 2a thereof which serves as a center of rotation, to block the opening or the access way. The door body 2 is formed from a hard polyurethane foam 4 in the form of a sheet.

A storm shield apparatus for protecting persons, animals, or property within a bathing structure includes a retractable shield that is selectively moveable between a stowed position and a deployed position. The shield is moveable along first and second tracks. In some embodiments, the first and second tracks are disposed on the bathing structure, and the shield includes a plurality of nesting arcuate shield sections. In other embodiments, the tracks are positioned on opposing longitudinal end walls proximate the bathing structure, and the shield rolls over the bathing structure along the tracks. A trough with multiple panels may be positioned under the bathing structure to provide an additional barrier to prevent flying debris from penetrating the bathing structure from its sides, longitudinal ends or bottom. The trough mates with the shield in some embodiments to form a protective enclosure.

A door assembly includes a subdoor. The subdoor is selectively openable by pivoting relative to the main door and includes a window panel (typically glass). An array of screens is disposed in front of the subdoor and includes a plurality of relatively smaller screens that are physically separated from each other by a lattice. The structure of the door allows for greater ease of assembly while providing an appearance of having true divided lights. Related methods are also discussed.

A retention assembly secures together field-coupled handle assemblies of co-mounted doors and may include a first retention component mounted to or defined by a first magnet housing of a first door handle assembly operatively mounted to one of the co-mounted doors, and a second retention component mounted to or defined by a second magnet housing of a second door handle assembly operatively mounted to the other of the co-mounted doors, the first and second magnet housings arranged such that magnets carried by each align with and magnetically couple to one another and such that the first retention component aligns with the second retention component and mechanically couple to one another as the first and second door handle assemblies are brought into contact with each other.

A window frame assembly has a built-in foldable screen, having a body, the body having at least a first frame part and a second frame part; the first frame part has at least a first end surface and a second end surface; the second end surface is fixedly connected to the second frame part; the first end surface is provided with a protruded guiding convex part; the guiding convex part is provided with a line receiving groove; and two sides of the line receiving groove are respectively provided with a concave part. The above structure has the benefits of enabling the guiding convex part located on the transverse frame in the foldable screen module to be re-assembled on the structure of the window frame assembly, thus reducing the number of foldable screen module components, and also improving the convenience of assembling the foldable screen module in the window.

A door system including a primary door molding attachable to a primary door frame, the primary door molding including a first vertical member and a first hinge member extending from the first vertical member. One of a horizontal member from which the first vertical member downwardly extends and the first vertical member includes a first rotatably engageable element, and the first hinge member includes a second rotatably engageable element vertically spaced from the first rotatably engageable element.