Abstract: The present invention comprises a novel self inflating, collapsible fall protection pad generally consisting of a single folding unit that utilizes the internal structure of the device in concert with air pressure to provide fall injury protection via a cushioning action. The internal structure of the device may create the self-inflation properties as well as assist in providing support during use. This structure may be comprised of layers of foam, laminated fabrics and a reinforcing yet flexible structure such as that provided by viscoelastic polymers. An air seal may also assist in providing cushion and a supportive structure by limiting air flow. While not in use, the system may fold or compress into a compact form that is easy to transport.

Abstract: The present invention relates to a modular loft bed. Specifically, the modular loft bed comprises a plurality of rigid pieces that form together in a slot and tab configuration. The pieces fit together in various combinations to form a plurality of different loft bed embodiments. More specifically, the modular loft bed utilizes the plurality of rigid pieces together in a slot and tab configuration and without using mechanical and/or chemical means for binding the pieces together. In other words, the modular loft bed only uses gravity and friction to bind the rigid pieces together, and does not require the use of bolts, screws, glues, or other means.

Abstract: The present invention relates to a bottle pouring film. Specifically, a film is provided on a face of a bottle or on the neck thereof, having a shape, the shape of which can be curled into a pouring spout that may be placed within the neck of a bottle to aid in pouring fluids out of the same without spillage. The film may preferably be provided over the label of the bottle, and may be peeled from the same for use as a pour spout. Methods of making and using the same are further provided.