Abstract: Systems and methods are disclosed for transporting products with an airplane by controlling temperature in a payload bay using cryogenic coolant and a heat exchanger to cool the payload bay and heat from a heater; recycling exhaust from the heat exchanger to power a Stirling engine; charging a storage device with power from the Stirling engine; and housing the payload bay in an enclosure with an angled side below one or more cryogenic tanks to fit the airplane.

Abstract: A flexible, hardened material created for the added stability, rust prevention and safety for all users of propane cylinders, tanks, canisters or the like. The composition of device can vary in flexibility, hardness, color, composition, shape or size. The molding/forming of the device can include but is not limited to injection molding, rotational molding, blow molding, compression molding, transfer molding, silicone molding and vacuum thermoforming. The device can be formed from a composition which may include, but is not limited to, rubber, thermoplastics, polymers, and synthetics of various durometer. The device can be non-electrostatic and can protect against ambient ground electrostatic charges.

Abstract: Systems and methods are disclosed for transporting products with an airplane by controlling temperature in a payload bay using cryogenic coolant and a heat exchanger to cool the payload bay and heat from a heater; recycling exhaust from the heat exchanger to power a Stirling engine; charging a storage device with power from the Stirling engine; housing the payload bay as part of a modular, stackable module in an aircraft bay for transportation; and venting exhaust gas to an exterior of the airplane.

Abstract: Herein disclosed is a novel and uniquely shaped pizza box and cup holder in combination. In a first embodiment the pizza box is of a shape and size to contain a single slice of pizza and support at least one beverage therein. The pizza box with the beverage is easily carried with one hand and the box when opened is functional as a plate and cup holder. The box may be produced in various sizes of engineering choice. The box is easily made and integrally formed from one piece of material. A further embodiment includes the pizza box being of a shape and size to carry more than one slice of pizza and more than one beverage.

Abstract: A wet well apparatus, and installation method therefore, that includes a cylindrical body extending between a first end and a second end along a body axis defining an interior material holding volume and a base form closing the first end of the cylindrical body to define a base interior volume adjacent the interior material holding volume of the cylindrical body. The base form is configured to receive a flowable fill material in the base interior volume.

Abstract: A bottle container made of resin includes a cylindrical barrel with a bottom and a cylindrical neck portion with a diameter smaller than that of the barrel. The bottle container also includes an upper part and a lower part divided into two parts by dividing at an upper end or a lower end of the barrel, and under the condition that the upper part and the lower part are connected with each other. The two parts are integrated by a cover member for liquid-tightly covering connecting surfaces of the two parts to shield the connecting surfaces from outside and to integrate the two parts with each other.

Abstract: A beverage can cap member (16, 100) is configured so that its exterior surface (28) extending radially inwardly from the rim (18) or rim forming portion (140) is substantially flat or continuous, or has a slight curve from a position adjacent from the rim (18) or rim forming portion (140). The cap member (16, 100) may have a countersink (160) which is filled with a filler material including a curable adhesive, an insert (180) of a natural or synthetic material or the like. The filler material increases the structural strength of the cap member (16, 100) to an extent that it can be made of a relatively thinner material and still complies with the minimum peaking pressure of the industrial standard.

Abstract: A pressure vessel includes a body with a closed end and a neck extends from the other end of the body and encloses an opening. A metal collar is mounted to the neck. A valve device is engaged with an inner periphery of the neck and has a peripheral wall extending through the opening. The peripheral wall is folded outward to wrap and position the collar.

Abstract: A process is provided for closing and hermetically sealing a bottom of a container. A cylindrical container body is provided which has an inside heat-sealable surface and an open bottom end. A flange is formed on and around the bottom end of the cylindrical container body which extends outwardly from the container body at a sharp radius of approximately 90 degrees to an outside surface of the container body and which defines a flat circular heat-sealable surface on an outer side of the flange. A generally circular membrane patch having an inside heat-sealable surface is positioned on the flat circular heat-sealable surface of the container body flange covering the open bottom end of the container body. The heat-sealable surfaces of the container body flange and the membrane patch are heat-sealed to each other for hermetically sealing the container bottom end.

Abstract: Disclosed is a flexible package made of plastic and capable of standing by itself, comprising a generally cylindrically-shaped body, comprised of a flexible plastic film; a first cover part at one end of the cylindrically-shaped body; and a second cover part at the opposite end of the cylindrically-shaped body, wherein the cover parts are bonded to the plastic film by heat-sealing. Also disclosed is a packaged liquid product, in particular a product under gas pressure, and a method for producing the packaged product.