A system for improved window fall prevention provides removable attachment of a window screen frame to a window frame. Systems according to the disclosure provide removable attachment of a window screen frame to an anchor positioned in the window frame by means of a plurality of cables. The cables attach to the screen frame or rest against an exterior portion of the screen frame at an exterior end, are threaded through the screen frame, and include on an interior end, opposite the exterior end, a releasable attachment to the window frame anchor. The releasable attachment may be between a loop of cable formed at the interior end and the window frame anchor, where the window frame anchor may be a T-screw.

A system for improved window fall prevention provides removable attachment of a window screen frame to a window frame. Systems according to the disclosure provide removable attachment of a window screen frame to an anchor positioned in the window frame by means of a plurality of cables. The cables attach to the screen frame or rest against an exterior portion of the screen frame at an exterior end, are threaded through the screen frame, and include on an interior end, opposite the exterior end, a releasable attachment to the window frame anchor. The releasable attachment may be between a loop of cable formed at the interior end and the window frame anchor, where the window frame anchor may be a T-screw.

A low profile garage door attachment which deters loose debris from entering the contained space without unduly restricting movement in and out of said space is disclosed. The disclosed garage door attachment system and apparatus deters loose debris from entering the contained space by providing, in one embodiment, an easily attachable, robust netting system to block unwanted debris while the door is open. The garage door attachment may be configured to be low or small enough not to unduly restrict movement in and out of said space. The disclosed garage door attachment can also be configured to be retractable to a small size for storage when not in use.

A low profile garage door attachment which deters loose debris from entering the contained space without unduly restricting movement in and out of said space is disclosed. The disclosed garage door attachment system and apparatus deters loose debris from entering the contained space by providing, in one embodiment, an easily attachable, robust netting system to block unwanted debris while the door is open. The garage door attachment may be configured to be low or small enough not to unduly restrict movement in and out of said space. The disclosed garage door attachment can also be configured to be retractable to a small size for storage when not in use.

A gate made from light weight tubular material with creates a framework upon which slats are attached. Slats are capable of being attached on the front of the gate or being passed through slots in the tubular material. The framework is capable of being reinforced with the use of additional tubular material or braces in the corners, as well as additional horizontal, vertical, or diagonal supports.

A gate made from light weight tubular material with creates a framework upon which slats are attached. Slats are capable of being attached on the front of the gate or being passed through slots in the tubular material. The framework is capable of being reinforced with the use of additional tubular material or braces in the corners, as well as additional horizontal, vertical, or diagonal supports.

Disclosed is door guardrail. The door guardrail includes a door guardrail body having an opening; a movable baffle movably mounted on and movable relative to the door guardrail body to open or close the opening; and a locking device, arranged on the movable baffle or the door guardrail body; and wherein the locking device is capable of limiting or releasing the movement of the movable baffle relative to the door guardrail body.

Disclosed is door guardrail. The door guardrail includes a door guardrail body having an opening; a movable baffle movably mounted on and movable relative to the door guardrail body to open or close the opening; and a locking device, arranged on the movable baffle or the door guardrail body; and wherein the locking device is capable of limiting or releasing the movement of the movable baffle relative to the door guardrail body.

A security window comprises a mesh infill and a plurality of extruded window frame elements arranged to form a polygon. Each said extruded window frame element comprises a front frame portion, a side frame portion, a retainer bar and a hinge that connects the front frame portion to the retainer bar. The retainer bar is oriented to receive the mesh infill such that the mesh infill is pressed between the front frame portion and the retainer bar and is also wrapped around the retainer bar.

The invention refers to a door structure with thermal bridge brake defined by a door element mounted through hinges on a metal frame; characterized by such door element being defined by an inner metal panel and an outer metal panel bent in the shape of an idler; with celeron hearths provided on the perimeter as thermal bridge break element, defining a middle cavity filled with expanded polyurethane or other materials with isolating properties. Such inner and outer metal panels are joined on the perimeter, through welding points. The metal frame consists of a hollow outer metal frame and a hollow inner metal frame filled with expanded polyurethane or other materials with similar isolating properties, with a celeron hearth between them as a thermal bridge break element, joined by welding points in specific areas.