Abstract: A foldable package made from one sheet of material where the top portion folds into 3 or more layers. Cutouts in each of the layers line up in a way to make a J-shaped hook. The 3 or more layers fold longitudinally to form a flat tab with a J-shaped hook. The J-shaped hook is then used as a supportive apparatus which allows easy removal of items from a peg.

Abstract: A foldable package made from one sheet of material where the top portion folds into 3 or more layers. Cutouts in each of the layers line up in a way to make a J-hook.

Abstract: This will describe unique foot orthotics that are designed to restore, reduce or eliminate foot, ankle, knee, hip and back pain by restoring your natural gait, balance and posture by supporting and cushioning different arches under the foot. These unique orthotics are made in a way that allows different areas of a unitary part to be custom made at different hardnesses by controlling the thickness and cross-linking of the orthotic in that area. This is very beneficial as some parts of the foot need more solid support and other parts need softer support. The parts are made of a chemical-resistant, water-resistant microcellular closed cell material. Also, the orthotics can be made in a variety of overall average stiffness by varying the amount of foaming agent and/or changing materials. This is required for different sporting activities. These orthotics can also be made very light weight by increasing the amount of foaming.

Abstract: A method for injection-molding a cross-linked, foamed composition including the introduction of an inert gas into a mold chamber of a preheated mold to evacuate air and oxygen from the mold chamber. A mixture of a resin, a cross-linking agent and a chemical blowing agent are introduced into the mold chamber after the inert gas has evacuated air and oxygen from the mold chamber. The inert gas is evacuated from the mold chamber while the mixture substantially fills the mold chamber. The mixture is heated within the mold chamber to a temperature sufficient to thermally decompose the chemical blowing agent. The temperature of the mixture is maintained within the mold chamber until the resin substantially forms a cross-linked composition. The mold is opened and the cross-linked composition foams to produce a finished product that is free of oxidation.

Abstract: Foamed articles having excellent properties are prepared by partially filling a mold with foamable composition, pressurizing the mold while heating to activate blowing agent and crosslinking agent, and releasing the pressure while the polymer is at least partially crosslinked to permit the foam to fill the mold.